cmd.read_pdbstr("""\\nATOM 25669 N PRO 8 2 -87.448 -67.686 58.841 1.00108.79 N \ ANISOU25669 N PRO 8 2 12733 14080 14523 237 299 1445 N \ ATOM 25670 CA PRO 8 2 -87.636 -68.283 60.167 1.00109.69 C \ ANISOU25670 CA PRO 8 2 12865 14265 14548 223 341 1502 C \ ATOM 25671 C PRO 8 2 -88.676 -67.525 60.990 1.00110.45 C \ ANISOU25671 C PRO 8 2 12903 14445 14616 234 437 1494 C \ ATOM 25672 O PRO 8 2 -88.612 -66.298 61.071 1.00110.30 O \ ANISOU25672 O PRO 8 2 12863 14452 14594 278 470 1410 O \ ATOM 25673 CB PRO 8 2 -86.246 -68.147 60.806 1.00109.52 C \ ANISOU25673 CB PRO 8 2 12913 14259 14442 261 311 1452 C \ ATOM 25674 CG PRO 8 2 -85.535 -67.113 59.958 1.00108.64 C \ ANISOU25674 CG PRO 8 2 12800 14104 14375 302 277 1354 C \ ATOM 25675 CD PRO 8 2 -86.028 -67.401 58.588 1.00108.10 C \ ANISOU25675 CD PRO 8 2 12701 13958 14414 273 241 1378 C \ ATOM 25676 N LYS 8 3 -89.618 -68.256 61.584 1.00109.60 N \ ANISOU25676 N LYS 8 3 12771 14380 14492 193 482 1581 N \ ATOM 25677 CA LYS 8 3 -90.695 -67.672 62.387 1.00110.43 C \ ANISOU25677 CA LYS 8 3 12818 14570 14572 199 579 1586 C \ ATOM 25678 C LYS 8 3 -91.594 -66.741 61.581 1.00110.21 C \ ANISOU25678 C LYS 8 3 12711 14527 14636 211 610 1549 C \ ATOM 25679 O LYS 8 3 -91.217 -65.613 61.277 1.00109.72 O \ ANISOU25679 O LYS 8 3 12644 14457 14589 258 610 1456 O \ ATOM 25680 CB LYS 8 3 -90.138 -66.930 63.605 1.00110.84 C \ ANISOU25680 CB LYS 8 3 12901 14699 14514 248 625 1524 C \ ATOM 25681 CG LYS 8 3 -89.474 -67.827 64.635 1.00111.33 C \ ANISOU25681 CG LYS 8 3 13032 14797 14473 235 612 1572 C \ ATOM 25682 CD LYS 8 3 -89.101 -67.049 65.889 1.00111.88 C \ ANISOU25682 CD LYS 8 3 13126 14952 14430 281 666 1513 C \ ATOM 25683 CE LYS 8 3 -90.337 -66.538 66.612 1.00112.80 C \ ANISOU25683 CE LYS 8 3 13182 15152 14525 284 772 1523 C \ ATOM 25684 NZ LYS 8 3 -89.984 -65.788 67.849 1.00113.39 N \ ANISOU25684 NZ LYS 8 3 13287 15311 14486 329 825 1462 N \ ATOM 25685 N MET 8 4 -92.785 -67.218 61.240 1.00111.57 N \ ANISOU25685 N MET 8 4 12822 14697 14872 166 633 1623 N \ ATOM 25686 CA MET 8 4 -93.767 -66.390 60.555 1.00111.50 C \ ANISOU25686 CA MET 8 4 12732 14683 14952 175 666 1598 C \ ATOM 25687 C MET 8 4 -93.918 -65.074 61.303 1.00111.85 C \ ANISOU25687 C MET 8 4 12750 14798 14951 234 745 1518 C \ ATOM 25688 O MET 8 4 -93.932 -65.055 62.534 1.00112.60 O \ ANISOU25688 O MET 8 4 12860 14970 14953 247 804 1523 O \ ATOM 25689 CB MET 8 4 -95.117 -67.103 60.508 1.00112.21 C \ ANISOU25689 CB MET 8 4 12755 14790 15091 118 701 1698 C \ ATOM 25690 CG MET 8 4 -95.067 -68.507 59.935 1.00112.07 C \ ANISOU25690 CG MET 8 4 12765 14708 15109 54 630 1787 C \ ATOM 25691 SD MET 8 4 -95.277 -68.555 58.149 1.00111.18 S \ ANISOU25691 SD MET 8 4 12626 14489 15130 30 549 1782 S \ ATOM 25692 CE MET 8 4 -97.029 -68.219 58.014 1.00111.92 C \ ANISOU25692 CE MET 8 4 12601 14623 15301 4 619 1829 C \ ATOM 25693 N LYS 8 5 -94.029 -63.975 60.564 1.00109.65 N \ ANISOU25693 N LYS 8 5 12434 14490 14738 270 744 1444 N \ ATOM 25694 CA LYS 8 5 -94.224 -62.669 61.181 1.00109.99 C \ ANISOU25694 CA LYS 8 5 12450 14591 14750 328 817 1364 C \ ATOM 25695 C LYS 8 5 -95.664 -62.199 61.029 1.00110.56 C \ ANISOU25695 C LYS 8 5 12424 14693 14889 327 886 1385 C \ ATOM 25696 O LYS 8 5 -96.113 -61.899 59.926 1.00110.10 O \ ANISOU25696 O LYS 8 5 12319 14581 14934 321 858 1381 O \ ATOM 25697 CB LYS 8 5 -93.264 -61.633 60.593 1.00109.12 C \ ANISOU25697 CB LYS 8 5 12371 14431 14657 377 773 1257 C \ ATOM 25698 CG LYS 8 5 -91.815 -61.822 61.013 1.00108.73 C \ ANISOU25698 CG LYS 8 5 12413 14373 14526 392 723 1218 C \ ATOM 25699 CD LYS 8 5 -90.966 -60.605 60.685 1.00108.09 C \ ANISOU25699 CD LYS 8 5 12354 14264 14452 446 701 1106 C \ ATOM 25700 CE LYS 8 5 -89.524 -60.808 61.125 1.00107.76 C \ ANISOU25700 CE LYS 8 5 12398 14218 14330 459 649 1071 C \ ATOM 25701 NZ LYS 8 5 -88.672 -59.620 60.843 1.00107.20 N \ ANISOU25701 NZ LYS 8 5 12347 14119 14264 507 627 963 N \ ATOM 25702 N THR 8 6 -96.380 -62.138 62.147 1.00111.12 N \ ANISOU25702 N THR 8 6 12465 14853 14903 333 976 1409 N \ ATOM 25703 CA THR 8 6 -97.780 -61.725 62.144 1.00111.81 C \ ANISOU25703 CA THR 8 6 12454 14981 15048 335 1052 1434 C \ ATOM 25704 C THR 8 6 -97.963 -60.406 61.412 1.00111.38 C \ ANISOU25704 C THR 8 6 12357 14895 15068 385 1057 1349 C \ ATOM 25705 O THR 8 6 -97.359 -59.399 61.776 1.00111.25 O \ ANISOU25705 O THR 8 6 12370 14890 15009 442 1074 1254 O \ ATOM 25706 CB THR 8 6 -98.332 -61.564 63.573 1.00112.99 C \ ANISOU25706 CB THR 8 6 12586 15239 15107 353 1159 1445 C \ ATOM 25707 OG1 THR 8 6 -97.478 -60.690 64.321 1.00112.97 O \ ANISOU25707 OG1 THR 8 6 12641 15267 15016 413 1180 1347 O \ ATOM 25708 CG2 THR 8 6 -98.422 -62.909 64.273 1.00113.58 C \ ANISOU25708 CG2 THR 8 6 12687 15350 15119 297 1164 1548 C \ ATOM 25709 N HIS 8 7 -98.799 -60.417 60.381 1.00121.18 N \ ANISOU25709 N HIS 8 7 13527 16093 16422 362 1038 1384 N \ ATOM 25710 CA HIS 8 7 -99.085 -59.208 59.622 1.00120.83 C \ ANISOU25710 CA HIS 8 7 13435 16016 16458 406 1041 1314 C \ ATOM 25711 C HIS 8 7 -99.835 -58.205 60.487 1.00121.72 C \ ANISOU25711 C HIS 8 7 13494 16207 16549 460 1148 1272 C \ ATOM 25712 O HIS 8 7 -101.064 -58.200 60.527 1.00122.44 O \ ANISOU25712 O HIS 8 7 13497 16335 16689 450 1206 1320 O \ ATOM 25713 CB HIS 8 7 -99.901 -59.532 58.374 1.00120.56 C \ ANISOU25713 CB HIS 8 7 13336 15926 16547 365 998 1372 C \ ATOM 25714 CG HIS 8 7 -100.174 -58.341 57.514 1.00120.18 C \ ANISOU25714 CG HIS 8 7 13241 15839 16586 408 992 1306 C \ ATOM 25715 ND1 HIS 8 7 -101.171 -57.434 57.795 1.00120.88 N \ ANISOU25715 ND1 HIS 8 7 13248 15974 16708 448 1073 1285 N \ ATOM 25716 CD2 HIS 8 7 -99.573 -57.902 56.384 1.00119.22 C \ ANISOU25716 CD2 HIS 8 7 13142 15634 16522 419 916 1259 C \ ATOM 25717 CE1 HIS 8 7 -101.177 -56.489 56.873 1.00120.36 C \ ANISOU25717 CE1 HIS 8 7 13157 15853 16720 481 1043 1229 C \ ATOM 25718 NE2 HIS 8 7 -100.216 -56.750 56.005 1.00119.34 N \ ANISOU25718 NE2 HIS 8 7 13092 15647 16606 463 949 1212 N \ ATOM 25719 N LYS 8 8 -99.083 -57.357 61.177 1.00112.39 N \ ANISOU25719 N LYS 8 8 12362 15049 15291 516 1174 1180 N \ ATOM 25720 CA LYS 8 8 -99.658 -56.407 62.118 1.00113.28 C \ ANISOU25720 CA LYS 8 8 12439 15238 15366 572 1277 1129 C \ ATOM 25721 C LYS 8 8 -100.849 -55.656 61.534 1.00113.59 C \ ANISOU25721 C LYS 8 8 12375 15273 15511 594 1319 1127 C \ ATOM 25722 O LYS 8 8 -101.919 -55.611 62.141 1.00114.59 O \ ANISOU25722 O LYS 8 8 12433 15469 15637 601 1407 1162 O \ ATOM 25723 CB LYS 8 8 -98.590 -55.425 62.600 1.00113.02 C \ ANISOU25723 CB LYS 8 8 12476 15203 15262 631 1275 1014 C \ ATOM 25724 CG LYS 8 8 -97.528 -56.057 63.490 1.00113.01 C \ ANISOU25724 CG LYS 8 8 12570 15232 15139 618 1255 1013 C \ ATOM 25725 CD LYS 8 8 -98.095 -56.441 64.849 1.00114.20 C \ ANISOU25725 CD LYS 8 8 12712 15485 15194 616 1347 1054 C \ ATOM 25726 CE LYS 8 8 -97.047 -57.120 65.708 1.00114.22 C \ ANISOU25726 CE LYS 8 8 12809 15515 15075 601 1321 1060 C \ ATOM 25727 NZ LYS 8 8 -97.518 -57.340 67.097 1.00115.42 N \ ANISOU25727 NZ LYS 8 8 12962 15771 15122 606 1414 1087 N \ ATOM 25728 N GLY 8 9 -100.663 -55.072 60.354 1.00113.68 N \ ANISOU25728 N GLY 8 9 12375 15205 15615 607 1257 1088 N \ ATOM 25729 CA GLY 8 9 -101.721 -54.321 59.704 1.00113.91 C \ ANISOU25729 CA GLY 8 9 12310 15221 15751 630 1286 1083 C \ ATOM 25730 C GLY 8 9 -103.065 -55.026 59.745 1.00114.71 C \ ANISOU25730 C GLY 8 9 12319 15366 15900 589 1332 1186 C \ ATOM 25731 O GLY 8 9 -104.100 -54.403 59.983 1.00115.50 O \ ANISOU25731 O GLY 8 9 12336 15509 16038 621 1409 1184 O \ ATOM 25732 N ALA 8 10 -103.046 -56.334 59.517 1.00113.00 N \ ANISOU25732 N ALA 8 10 12117 15136 15682 516 1284 1278 N \ ATOM 25733 CA ALA 8 10 -104.270 -57.124 59.494 1.00113.73 C \ ANISOU25733 CA ALA 8 10 12126 15263 15823 466 1316 1384 C \ ATOM 25734 C ALA 8 10 -104.829 -57.333 60.894 1.00114.93 C \ ANISOU25734 C ALA 8 10 12255 15521 15891 472 1423 1415 C \ ATOM 25735 O ALA 8 10 -106.035 -57.246 61.109 1.00115.82 O \ ANISOU25735 O ALA 8 10 12273 15686 16047 472 1495 1459 O \ ATOM 25736 CB ALA 8 10 -104.020 -58.459 58.819 1.00113.20 C \ ANISOU25736 CB ALA 8 10 12089 15143 15779 385 1227 1468 C \ ATOM 25737 N LYS 8 11 -103.949 -57.614 61.846 1.00115.87 N \ ANISOU25737 N LYS 8 11 12460 15674 15890 478 1434 1392 N \ ATOM 25738 CA LYS 8 11 -104.378 -57.856 63.215 1.00117.01 C \ ANISOU25738 CA LYS 8 11 12596 15921 15942 483 1534 1422 C \ ATOM 25739 C LYS 8 11 -105.025 -56.618 63.811 1.00117.80 C \ ANISOU25739 C LYS 8 11 12640 16082 16037 557 1637 1354 C \ ATOM 25740 O LYS 8 11 -106.045 -56.705 64.490 1.00118.90 O \ ANISOU25740 O LYS 8 11 12710 16300 16167 558 1730 1400 O \ ATOM 25741 CB LYS 8 11 -103.195 -58.303 64.077 1.00116.86 C \ ANISOU25741 CB LYS 8 11 12688 15920 15791 480 1516 1401 C \ ATOM 25742 CG LYS 8 11 -103.543 -58.579 65.534 1.00118.05 C \ ANISOU25742 CG LYS 8 11 12842 16179 15832 484 1616 1431 C \ ATOM 25743 CD LYS 8 11 -103.526 -57.305 66.367 1.00118.60 C \ ANISOU25743 CD LYS 8 11 12914 16306 15841 567 1700 1328 C \ ATOM 25744 CE LYS 8 11 -103.918 -57.583 67.808 1.00119.85 C \ ANISOU25744 CE LYS 8 11 13075 16576 15887 571 1803 1359 C \ ATOM 25745 NZ LYS 8 11 -103.869 -56.349 68.642 1.00120.43 N \ ANISOU25745 NZ LYS 8 11 13160 16704 15895 653 1885 1253 N \ ATOM 25746 N LYS 8 12 -104.427 -55.462 63.557 1.00118.16 N \ ANISOU25746 N LYS 8 12 12717 16090 16090 620 1621 1244 N \ ATOM 25747 CA LYS 8 12 -104.917 -54.218 64.128 1.00118.89 C \ ANISOU25747 CA LYS 8 12 12768 16230 16173 697 1715 1166 C \ ATOM 25748 C LYS 8 12 -106.316 -53.883 63.628 1.00119.46 C \ ANISOU25748 C LYS 8 12 12715 16314 16360 705 1763 1205 C \ ATOM 25749 O LYS 8 12 -106.933 -52.926 64.093 1.00120.22 O \ ANISOU25749 O LYS 8 12 12761 16456 16462 768 1850 1155 O \ ATOM 25750 CB LYS 8 12 -103.960 -53.070 63.804 1.00118.12 C \ ANISOU25750 CB LYS 8 12 12731 16075 16076 757 1673 1044 C \ ATOM 25751 CG LYS 8 12 -102.542 -53.270 64.317 1.00117.60 C \ ANISOU25751 CG LYS 8 12 12784 15999 15898 756 1626 996 C \ ATOM 25752 CD LYS 8 12 -101.655 -52.082 63.971 1.00116.91 C \ ANISOU25752 CD LYS 8 12 12748 15854 15820 813 1587 876 C \ ATOM 25753 CE LYS 8 12 -100.217 -52.318 64.403 1.00116.36 C \ ANISOU25753 CE LYS 8 12 12793 15771 15648 807 1531 832 C \ ATOM 25754 NZ LYS 8 12 -100.096 -52.531 65.872 1.00117.28 N \ ANISOU25754 NZ LYS 8 12 12951 15981 15629 819 1603 827 N \ ATOM 25755 N ARG 8 13 -106.817 -54.673 62.682 1.00121.34 N \ ANISOU25755 N ARG 8 13 12903 16510 16691 642 1705 1295 N \ ATOM 25756 CA ARG 8 13 -108.118 -54.393 62.076 1.00121.82 C \ ANISOU25756 CA ARG 8 13 12842 16574 16871 644 1736 1337 C \ ATOM 25757 C ARG 8 13 -109.062 -55.600 62.031 1.00122.40 C \ ANISOU25757 C ARG 8 13 12847 16681 16981 567 1746 1468 C \ ATOM 25758 O ARG 8 13 -110.214 -55.476 61.616 1.00122.94 O \ ANISOU25758 O ARG 8 13 12806 16761 17144 562 1775 1515 O \ ATOM 25759 CB ARG 8 13 -107.938 -53.805 60.670 1.00120.83 C \ ANISOU25759 CB ARG 8 13 12704 16349 16858 654 1647 1299 C \ ATOM 25760 CG ARG 8 13 -107.202 -54.710 59.693 1.00119.71 C \ ANISOU25760 CG ARG 8 13 12620 16124 16742 587 1523 1340 C \ ATOM 25761 CD ARG 8 13 -107.181 -54.116 58.288 1.00118.88 C \ ANISOU25761 CD ARG 8 13 12491 15926 16750 597 1444 1311 C \ ATOM 25762 NE ARG 8 13 -106.269 -52.982 58.171 1.00118.26 N \ ANISOU25762 NE ARG 8 13 12474 15807 16652 662 1426 1195 N \ ATOM 25763 CZ ARG 8 13 -106.170 -52.209 57.093 1.00117.61 C \ ANISOU25763 CZ ARG 8 13 12378 15650 16657 686 1370 1151 C \ ATOM 25764 NH1 ARG 8 13 -106.932 -52.438 56.033 1.00117.48 N \ ANISOU25764 NH1 ARG 8 13 12291 15596 16752 653 1326 1212 N \ ATOM 25765 NH2 ARG 8 13 -105.310 -51.202 57.077 1.00117.11 N \ ANISOU25765 NH2 ARG 8 13 12374 15553 16571 743 1357 1048 N \ ATOM 25766 N VAL 8 14 -108.581 -56.760 62.463 1.00120.00 N \ ANISOU25766 N VAL 8 14 12604 16390 16601 507 1720 1529 N \ ATOM 25767 CA VAL 8 14 -109.387 -57.974 62.420 1.00120.53 C \ ANISOU25767 CA VAL 8 14 12616 16482 16700 427 1721 1656 C \ ATOM 25768 C VAL 8 14 -109.029 -58.929 63.553 1.00121.04 C \ ANISOU25768 C VAL 8 14 12741 16608 16642 391 1755 1707 C \ ATOM 25769 O VAL 8 14 -107.854 -59.190 63.801 1.00120.42 O \ ANISOU25769 O VAL 8 14 12770 16503 16479 389 1706 1672 O \ ATOM 25770 CB VAL 8 14 -109.208 -58.717 61.080 1.00119.58 C \ ANISOU25770 CB VAL 8 14 12502 16263 16669 360 1598 1708 C \ ATOM 25771 CG1 VAL 8 14 -109.860 -60.080 61.144 1.00120.12 C \ ANISOU25771 CG1 VAL 8 14 12534 16352 16752 272 1592 1838 C \ ATOM 25772 CG2 VAL 8 14 -109.779 -57.903 59.930 1.00119.24 C \ ANISOU25772 CG2 VAL 8 14 12385 16167 16755 385 1567 1681 C \ ATOM 25773 N LYS 8 15 -110.044 -59.449 64.239 1.00120.87 N \ ANISOU25773 N LYS 8 15 12648 16667 16611 361 1838 1791 N \ ATOM 25774 CA LYS 8 15 -109.824 -60.468 65.265 1.00121.45 C \ ANISOU25774 CA LYS 8 15 12770 16799 16575 317 1869 1858 C \ ATOM 25775 C LYS 8 15 -110.586 -61.752 64.943 1.00121.83 C \ ANISOU25775 C LYS 8 15 12764 16844 16681 223 1845 1994 C \ ATOM 25776 O LYS 8 15 -111.710 -61.711 64.442 1.00122.30 O \ ANISOU25776 O LYS 8 15 12713 16911 16844 204 1866 2045 O \ ATOM 25777 CB LYS 8 15 -110.201 -59.953 66.659 1.00122.66 C \ ANISOU25777 CB LYS 8 15 12907 17066 16630 369 2003 1832 C \ ATOM 25778 CG LYS 8 15 -109.864 -60.925 67.790 1.00123.26 C \ ANISOU25778 CG LYS 8 15 13047 17206 16580 329 2035 1893 C \ ATOM 25779 CD LYS 8 15 -109.958 -60.261 69.162 1.00124.29 C \ ANISOU25779 CD LYS 8 15 13188 17443 16595 393 2157 1841 C \ ATOM 25780 CE LYS 8 15 -109.588 -61.230 70.281 1.00124.90 C \ ANISOU25780 CE LYS 8 15 13334 17583 16540 353 2185 1903 C \ ATOM 25781 NZ LYS 8 15 -109.569 -60.576 71.622 1.00125.88 N \ ANISOU25781 NZ LYS 8 15 13482 17809 16539 416 2298 1845 N \ ATOM 25782 N ILE 8 16 -109.959 -62.888 65.239 1.00121.97 N \ ANISOU25782 N ILE 8 16 12861 16851 16633 163 1798 2053 N \ ATOM 25783 CA ILE 8 16 -110.505 -64.199 64.900 1.00122.24 C \ ANISOU25783 CA ILE 8 16 12862 16867 16717 68 1759 2180 C \ ATOM 25784 C ILE 8 16 -111.446 -64.736 65.978 1.00123.70 C \ ANISOU25784 C ILE 8 16 12986 17157 16856 37 1867 2272 C \ ATOM 25785 O ILE 8 16 -111.214 -64.535 67.171 1.00124.34 O \ ANISOU25785 O ILE 8 16 13104 17318 16821 72 1948 2249 O \ ATOM 25786 CB ILE 8 16 -109.374 -65.217 64.662 1.00121.39 C \ ANISOU25786 CB ILE 8 16 12870 16689 16565 18 1654 2204 C \ ATOM 25787 CG1 ILE 8 16 -109.946 -66.617 64.442 1.00121.81 C \ ANISOU25787 CG1 ILE 8 16 12895 16726 16660 -82 1620 2338 C \ ATOM 25788 CG2 ILE 8 16 -108.397 -65.207 65.830 1.00121.50 C \ ANISOU25788 CG2 ILE 8 16 12985 16750 16430 51 1686 2162 C \ ATOM 25789 CD1 ILE 8 16 -108.895 -67.696 64.385 1.00121.18 C \ ANISOU25789 CD1 ILE 8 16 12929 16587 16529 -131 1529 2370 C \ ATOM 25790 N THR 8 17 -112.507 -65.417 65.551 1.00124.92 N \ ANISOU25790 N THR 8 17 13049 17313 17103 -31 1866 2377 N \ ATOM 25791 CA THR 8 17 -113.494 -65.972 66.475 1.00126.35 C \ ANISOU25791 CA THR 8 17 13160 17592 17256 -68 1966 2476 C \ ATOM 25792 C THR 8 17 -112.911 -67.120 67.281 1.00126.62 C \ ANISOU25792 C THR 8 17 13281 17644 17182 -123 1957 2544 C \ ATOM 25793 O THR 8 17 -111.815 -67.595 66.993 1.00125.67 O \ ANISOU25793 O THR 8 17 13268 17452 17027 -139 1862 2525 O \ ATOM 25794 CB THR 8 17 -114.734 -66.500 65.735 1.00126.85 C \ ANISOU25794 CB THR 8 17 13103 17643 17452 -137 1954 2577 C \ ATOM 25795 OG1 THR 8 17 -114.396 -67.701 65.031 1.00126.27 O \ ANISOU25795 OG1 THR 8 17 13076 17484 17416 -225 1840 2650 O \ ATOM 25796 CG2 THR 8 17 -115.251 -65.467 64.755 1.00126.47 C \ ANISOU25796 CG2 THR 8 17 12972 17558 17521 -91 1939 2517 C \ ATOM 25797 N ALA 8 18 -113.657 -67.572 68.284 1.00126.75 N \ ANISOU25797 N ALA 8 18 13251 17758 17149 -151 2056 2626 N \ ATOM 25798 CA ALA 8 18 -113.214 -68.679 69.119 1.00127.17 C \ ANISOU25798 CA ALA 8 18 13380 17837 17100 -205 2055 2702 C \ ATOM 25799 C ALA 8 18 -113.264 -69.995 68.351 1.00126.85 C \ ANISOU25799 C ALA 8 18 13350 17715 17133 -307 1952 2807 C \ ATOM 25800 O ALA 8 18 -112.586 -70.957 68.708 1.00126.76 O \ ANISOU25800 O ALA 8 18 13428 17683 17053 -352 1908 2856 O \ ATOM 25801 CB ALA 8 18 -114.055 -68.766 70.379 1.00128.74 C \ ANISOU25801 CB ALA 8 18 13522 18165 17229 -207 2194 2764 C \ ATOM 25802 N SER 8 19 -114.067 -70.031 67.294 1.00127.86 N \ ANISOU25802 N SER 8 19 13386 17795 17399 -342 1913 2841 N \ ATOM 25803 CA SER 8 19 -114.182 -71.227 66.467 1.00127.58 C \ ANISOU25803 CA SER 8 19 13355 17676 17443 -439 1811 2934 C \ ATOM 25804 C SER 8 19 -113.110 -71.255 65.383 1.00126.05 C \ ANISOU25804 C SER 8 19 13251 17359 17282 -432 1676 2868 C \ ATOM 25805 O SER 8 19 -111.941 -71.511 65.661 1.00125.42 O \ ANISOU25805 O SER 8 19 13290 17248 17115 -418 1631 2831 O \ ATOM 25806 CB SER 8 19 -115.571 -71.312 65.835 1.00128.24 C \ ANISOU25806 CB SER 8 19 13298 17767 17661 -486 1826 3008 C \ ATOM 25807 OG SER 8 19 -115.889 -70.119 65.143 1.00127.81 O \ ANISOU25807 OG SER 8 19 13177 17701 17684 -421 1832 2922 O \ ATOM 25808 N GLY 8 20 -113.519 -70.993 64.146 1.00124.83 N \ ANISOU25808 N GLY 8 20 13039 17136 17253 -443 1611 2854 N \ ATOM 25809 CA GLY 8 20 -112.597 -70.960 63.026 1.00123.42 C \ ANISOU25809 CA GLY 8 20 12936 16842 17115 -436 1487 2790 C \ ATOM 25810 C GLY 8 20 -112.995 -69.915 62.001 1.00122.88 C \ ANISOU25810 C GLY 8 20 12798 16739 17151 -392 1466 2721 C \ ATOM 25811 O GLY 8 20 -112.782 -70.088 60.799 1.00122.02 O \ ANISOU25811 O GLY 8 20 12704 16534 17123 -417 1361 2710 O \ ATOM 25812 N LYS 8 21 -113.574 -68.822 62.484 1.00125.91 N \ ANISOU25812 N LYS 8 21 13106 17202 17530 -325 1567 2674 N \ ATOM 25813 CA LYS 8 21 -114.066 -67.767 61.610 1.00125.57 C \ ANISOU25813 CA LYS 8 21 12986 17137 17588 -278 1560 2613 C \ ATOM 25814 C LYS 8 21 -113.278 -66.480 61.804 1.00124.92 C \ ANISOU25814 C LYS 8 21 12954 17061 17451 -175 1586 2478 C \ ATOM 25815 O LYS 8 21 -112.502 -66.350 62.750 1.00124.93 O \ ANISOU25815 O LYS 8 21 13034 17101 17333 -137 1626 2434 O \ ATOM 25816 CB LYS 8 21 -115.555 -67.520 61.865 1.00126.83 C \ ANISOU25816 CB LYS 8 21 12998 17377 17815 -287 1654 2674 C \ ATOM 25817 CG LYS 8 21 -116.430 -68.742 61.634 1.00127.55 C \ ANISOU25817 CG LYS 8 21 13028 17464 17973 -394 1630 2810 C \ ATOM 25818 CD LYS 8 21 -117.858 -68.504 62.096 1.00128.95 C \ ANISOU25818 CD LYS 8 21 13058 17736 18200 -399 1738 2874 C \ ATOM 25819 CE LYS 8 21 -117.932 -68.356 63.606 1.00129.96 C \ ANISOU25819 CE LYS 8 21 13189 17979 18209 -364 1870 2879 C \ ATOM 25820 NZ LYS 8 21 -119.333 -68.172 64.071 1.00131.39 N \ ANISOU25820 NZ LYS 8 21 13225 18258 18439 -370 1981 2945 N \ ATOM 25821 N VAL 8 22 -113.485 -65.530 60.901 1.00122.78 N \ ANISOU25821 N VAL 8 22 12635 16749 17266 -131 1559 2413 N \ ATOM 25822 CA VAL 8 22 -112.776 -64.261 60.945 1.00122.14 C \ ANISOU25822 CA VAL 8 22 12596 16662 17150 -35 1575 2284 C \ ATOM 25823 C VAL 8 22 -113.752 -63.092 60.882 1.00122.72 C \ ANISOU25823 C VAL 8 22 12555 16781 17291 26 1651 2247 C \ ATOM 25824 O VAL 8 22 -114.645 -63.059 60.037 1.00122.87 O \ ANISOU25824 O VAL 8 22 12481 16777 17428 1 1626 2289 O \ ATOM 25825 CB VAL 8 22 -111.773 -64.147 59.789 1.00120.70 C \ ANISOU25825 CB VAL 8 22 12493 16365 17001 -31 1450 2223 C \ ATOM 25826 CG1 VAL 8 22 -111.259 -62.728 59.676 1.00120.13 C \ ANISOU25826 CG1 VAL 8 22 12441 16284 16920 65 1466 2096 C \ ATOM 25827 CG2 VAL 8 22 -110.630 -65.127 59.985 1.00120.10 C \ ANISOU25827 CG2 VAL 8 22 12542 16250 16842 -70 1384 2237 C \ ATOM 25828 N VAL 8 23 -113.572 -62.129 61.777 1.00122.93 N \ ANISOU25828 N VAL 8 23 12591 16872 17244 108 1743 2168 N \ ATOM 25829 CA VAL 8 23 -114.518 -61.031 61.891 1.00123.65 C \ ANISOU25829 CA VAL 8 23 12575 17015 17389 172 1831 2133 C \ ATOM 25830 C VAL 8 23 -113.852 -59.670 61.764 1.00123.00 C \ ANISOU25830 C VAL 8 23 12534 16907 17292 269 1833 1999 C \ ATOM 25831 O VAL 8 23 -112.744 -59.462 62.255 1.00122.48 O \ ANISOU25831 O VAL 8 23 12577 16834 17126 302 1825 1927 O \ ATOM 25832 CB VAL 8 23 -115.262 -61.092 63.228 1.00125.09 C \ ANISOU25832 CB VAL 8 23 12703 17320 17505 184 1968 2174 C \ ATOM 25833 CG1 VAL 8 23 -116.250 -59.953 63.328 1.00125.87 C \ ANISOU25833 CG1 VAL 8 23 12689 17473 17664 255 2060 2137 C \ ATOM 25834 CG2 VAL 8 23 -115.970 -62.423 63.366 1.00125.81 C \ ANISOU25834 CG2 VAL 8 23 12747 17439 17616 86 1969 2313 C \ ATOM 25835 N ALA 8 24 -114.541 -58.747 61.100 1.00133.21 N \ ANISOU25835 N ALA 8 24 13741 18185 18688 312 1843 1966 N \ ATOM 25836 CA ALA 8 24 -114.061 -57.377 60.952 1.00132.73 C \ ANISOU25836 CA ALA 8 24 13705 18099 18627 405 1851 1842 C \ ATOM 25837 C ALA 8 24 -115.224 -56.389 60.944 1.00133.61 C \ ANISOU25837 C ALA 8 24 13691 18255 18820 464 1934 1827 C \ ATOM 25838 O ALA 8 24 -116.382 -56.780 60.775 1.00134.41 O \ ANISOU25838 O ALA 8 24 13681 18390 18998 426 1962 1915 O \ ATOM 25839 CB ALA 8 24 -113.234 -57.235 59.684 1.00131.32 C \ ANISOU25839 CB ALA 8 24 13588 17805 18503 396 1722 1799 C \ ATOM 25840 N MET 8 25 -114.907 -55.110 61.127 1.00122.37 N \ ANISOU25840 N MET 8 25 12286 16829 17380 556 1972 1715 N \ ATOM 25841 CA MET 8 25 -115.916 -54.054 61.164 1.00123.20 C \ ANISOU25841 CA MET 8 25 12282 16973 17558 625 2053 1686 C \ ATOM 25842 C MET 8 25 -116.516 -53.790 59.788 1.00122.82 C \ ANISOU25842 C MET 8 25 12152 16853 17659 614 1979 1710 C \ ATOM 25843 O MET 8 25 -115.838 -53.934 58.772 1.00121.65 O \ ANISOU25843 O MET 8 25 12062 16613 17548 585 1863 1697 O \ ATOM 25844 CB MET 8 25 -115.311 -52.766 61.718 1.00123.15 C \ ANISOU25844 CB MET 8 25 12330 16972 17490 727 2105 1554 C \ ATOM 25845 CG MET 8 25 -115.166 -52.743 63.222 1.00124.03 C \ ANISOU25845 CG MET 8 25 12480 17180 17467 759 2216 1528 C \ ATOM 25846 SD MET 8 25 -116.738 -52.411 64.029 1.00125.84 S \ ANISOU25846 SD MET 8 25 12563 17525 17725 799 2371 1570 S \ ATOM 25847 CE MET 8 25 -117.191 -50.857 63.260 1.00125.79 C \ ANISOU25847 CE MET 8 25 12486 17470 17839 893 2376 1482 C \ ATOM 25848 N LYS 8 26 -117.787 -53.396 59.761 1.00124.14 N \ ANISOU25848 N LYS 8 26 12187 17068 17914 637 2046 1746 N \ ATOM 25849 CA LYS 8 26 -118.485 -53.144 58.505 1.00123.95 C \ ANISOU25849 CA LYS 8 26 12073 16986 18034 626 1981 1777 C \ ATOM 25850 C LYS 8 26 -117.863 -51.944 57.799 1.00123.08 C \ ANISOU25850 C LYS 8 26 12007 16797 17960 698 1930 1668 C \ ATOM 25851 O LYS 8 26 -117.526 -50.951 58.444 1.00123.26 O \ ANISOU25851 O LYS 8 26 12062 16841 17931 782 1996 1572 O \ ATOM 25852 CB LYS 8 26 -119.970 -52.897 58.763 1.00125.34 C \ ANISOU25852 CB LYS 8 26 12095 17239 18290 646 2076 1833 C \ ATOM 25853 CG LYS 8 26 -120.906 -53.755 57.921 1.00125.58 C \ ANISOU25853 CG LYS 8 26 12026 17256 18432 561 2018 1953 C \ ATOM 25854 CD LYS 8 26 -120.628 -53.624 56.430 1.00124.47 C \ ANISOU25854 CD LYS 8 26 11900 17005 18387 539 1882 1944 C \ ATOM 25855 CE LYS 8 26 -121.562 -54.521 55.625 1.00124.77 C \ ANISOU25855 CE LYS 8 26 11844 17032 18532 449 1822 2064 C \ ATOM 25856 NZ LYS 8 26 -121.365 -54.377 54.156 1.00123.79 N \ ANISOU25856 NZ LYS 8 26 11730 16803 18500 428 1690 2058 N \ ATOM 25857 N THR 8 27 -117.717 -52.035 56.478 1.00123.37 N \ ANISOU25857 N THR 8 27 12046 16743 18085 663 1813 1684 N \ ATOM 25858 CA THR 8 27 -116.980 -51.027 55.718 1.00122.40 C \ ANISOU25858 CA THR 8 27 11981 16536 17991 717 1749 1588 C \ ATOM 25859 C THR 8 27 -117.857 -49.898 55.192 1.00122.89 C \ ANISOU25859 C THR 8 27 11937 16587 18167 784 1773 1563 C \ ATOM 25860 O THR 8 27 -119.065 -50.055 55.025 1.00123.76 O \ ANISOU25860 O THR 8 27 11924 16736 18363 769 1803 1637 O \ ATOM 25861 CB THR 8 27 -116.234 -51.645 54.523 1.00121.11 C \ ANISOU25861 CB THR 8 27 11888 16274 17854 650 1606 1608 C \ ATOM 25862 OG1 THR 8 27 -117.146 -51.832 53.437 1.00121.22 O \ ANISOU25862 OG1 THR 8 27 11806 16256 17996 612 1548 1679 O \ ATOM 25863 CG2 THR 8 27 -115.619 -52.978 54.905 1.00120.78 C \ ANISOU25863 CG2 THR 8 27 11925 16242 17724 570 1575 1661 C \ ATOM 25864 N GLY 8 28 -117.225 -48.761 54.921 1.00120.96 N \ ANISOU25864 N GLY 8 28 11745 16290 17926 857 1756 1459 N \ ATOM 25865 CA GLY 8 28 -117.918 -47.601 54.398 1.00121.34 C \ ANISOU25865 CA GLY 8 28 11708 16316 18080 927 1771 1425 C \ ATOM 25866 C GLY 8 28 -118.880 -47.003 55.403 1.00122.76 C \ ANISOU25866 C GLY 8 28 11794 16587 18262 996 1910 1414 C \ ATOM 25867 O GLY 8 28 -120.094 -47.106 55.244 1.00123.66 O \ ANISOU25867 O GLY 8 28 11780 16741 18464 990 1944 1485 O \ ATOM 25868 N LYS 8 29 -118.336 -46.373 56.438 1.00151.77 N \ ANISOU25868 N LYS 8 29 15532 20296 21839 1063 1990 1324 N \ ATOM 25869 CA LYS 8 29 -119.162 -45.779 57.479 1.00153.15 C \ ANISOU25869 CA LYS 8 29 15631 20560 22001 1135 2129 1303 C \ ATOM 25870 C LYS 8 29 -118.623 -44.428 57.935 1.00153.19 C \ ANISOU25870 C LYS 8 29 15692 20547 21968 1239 2177 1171 C \ ATOM 25871 O LYS 8 29 -119.335 -43.654 58.575 1.00154.30 O \ ANISOU25871 O LYS 8 29 15765 20741 22123 1317 2283 1136 O \ ATOM 25872 CB LYS 8 29 -119.284 -46.727 58.677 1.00153.86 C \ ANISOU25872 CB LYS 8 29 15729 20748 21984 1095 2210 1353 C \ ATOM 25873 CG LYS 8 29 -120.240 -46.240 59.762 1.00155.41 C \ ANISOU25873 CG LYS 8 29 15837 21047 22166 1162 2361 1344 C \ ATOM 25874 CD LYS 8 29 -120.389 -47.247 60.897 1.00156.14 C \ ANISOU25874 CD LYS 8 29 15936 21238 22153 1115 2439 1405 C \ ATOM 25875 CE LYS 8 29 -119.156 -47.288 61.796 1.00155.70 C \ ANISOU25875 CE LYS 8 29 16025 21192 21942 1126 2453 1329 C \ ATOM 25876 NZ LYS 8 29 -118.013 -48.018 61.180 1.00154.26 N \ ANISOU25876 NZ LYS 8 29 15956 20932 21725 1053 2324 1339 N \ ATOM 25877 N ARG 8 30 -117.371 -44.140 57.600 1.00124.05 N \ ANISOU25877 N ARG 8 30 12124 16780 18232 1241 2099 1097 N \ ATOM 25878 CA ARG 8 30 -116.735 -42.916 58.075 1.00124.05 C \ ANISOU25878 CA ARG 8 30 12190 16758 18185 1332 2137 970 C \ ATOM 25879 C ARG 8 30 -116.717 -41.777 57.060 1.00123.62 C \ ANISOU25879 C ARG 8 30 12120 16613 18238 1386 2080 914 C \ ATOM 25880 O ARG 8 30 -117.414 -40.777 57.223 1.00124.48 O \ ANISOU25880 O ARG 8 30 12159 16733 18404 1468 2149 873 O \ ATOM 25881 CB ARG 8 30 -115.319 -43.202 58.580 1.00123.20 C \ ANISOU25881 CB ARG 8 30 12232 16635 17945 1310 2104 912 C \ ATOM 25882 CG ARG 8 30 -115.248 -43.369 60.084 1.00124.07 C \ ANISOU25882 CG ARG 8 30 12375 16842 17926 1333 2215 885 C \ ATOM 25883 CD ARG 8 30 -115.724 -42.100 60.774 1.00125.13 C \ ANISOU25883 CD ARG 8 30 12472 17008 18063 1441 2323 798 C \ ATOM 25884 NE ARG 8 30 -116.323 -42.368 62.077 1.00126.42 N \ ANISOU25884 NE ARG 8 30 12601 17286 18145 1460 2452 813 N \ ATOM 25885 CZ ARG 8 30 -115.633 -42.485 63.205 1.00126.62 C \ ANISOU25885 CZ ARG 8 30 12719 17362 18029 1470 2502 762 C \ ATOM 25886 NH1 ARG 8 30 -114.314 -42.359 63.192 1.00125.62 N \ ANISOU25886 NH1 ARG 8 30 12721 17179 17829 1462 2432 693 N \ ATOM 25887 NH2 ARG 8 30 -116.264 -42.727 64.347 1.00127.87 N \ ANISOU25887 NH2 ARG 8 30 12839 17628 18118 1487 2623 783 N \ ATOM 25888 N HIS 8 31 -115.914 -41.933 56.016 1.00152.45 N \ ANISOU25888 N HIS 8 31 15836 20172 21914 1342 1957 914 N \ ATOM 25889 CA HIS 8 31 -115.691 -40.858 55.054 1.00151.92 C \ ANISOU25889 CA HIS 8 31 15776 20013 21934 1389 1895 856 C \ ATOM 25890 C HIS 8 31 -116.941 -40.476 54.258 1.00152.52 C \ ANISOU25890 C HIS 8 31 15717 20077 22156 1410 1893 910 C \ ATOM 25891 O HIS 8 31 -117.439 -39.352 54.362 1.00153.21 O \ ANISOU25891 O HIS 8 31 15754 20160 22299 1497 1947 856 O \ ATOM 25892 CB HIS 8 31 -114.558 -41.237 54.101 1.00150.44 C \ ANISOU25892 CB HIS 8 31 15686 19737 21736 1328 1763 854 C \ ATOM 25893 CG HIS 8 31 -114.332 -40.238 53.012 1.00149.86 C \ ANISOU25893 CG HIS 8 31 15620 19567 21754 1365 1691 808 C \ ATOM 25894 ND1 HIS 8 31 -115.004 -40.287 51.810 1.00149.71 N \ ANISOU25894 ND1 HIS 8 31 15524 19503 21856 1341 1623 875 N \ ATOM 25895 CD2 HIS 8 31 -113.518 -39.159 52.946 1.00149.45 C \ ANISOU25895 CD2 HIS 8 31 15641 19453 21689 1423 1675 705 C \ ATOM 25896 CE1 HIS 8 31 -114.610 -39.282 51.049 1.00149.22 C \ ANISOU25896 CE1 HIS 8 31 15489 19358 21851 1383 1569 816 C \ ATOM 25897 NE2 HIS 8 31 -113.708 -38.583 51.714 1.00149.05 N \ ANISOU25897 NE2 HIS 8 31 15558 19323 21752 1433 1600 713 N \ ATOM 25898 N LEU 8 32 -117.433 -41.417 53.459 1.00181.49 N \ ANISOU25898 N LEU 8 32 19331 23741 25887 1331 1826 1016 N \ ATOM 25899 CA LEU 8 32 -118.582 -41.188 52.587 1.00181.98 C \ ANISOU25899 CA LEU 8 32 19265 23789 26089 1337 1806 1079 C \ ATOM 25900 C LEU 8 32 -119.758 -40.549 53.320 1.00183.47 C \ ANISOU25900 C LEU 8 32 19338 24051 26322 1414 1929 1075 C \ ATOM 25901 O LEU 8 32 -120.509 -39.765 52.740 1.00183.94 O \ ANISOU25901 O LEU 8 32 19310 24084 26494 1465 1928 1077 O \ ATOM 25902 CB LEU 8 32 -119.037 -42.504 51.946 1.00181.76 C \ ANISOU25902 CB LEU 8 32 19191 23771 26099 1233 1738 1201 C \ ATOM 25903 CG LEU 8 32 -119.840 -43.481 52.816 1.00182.73 C \ ANISOU25903 CG LEU 8 32 19242 23997 26188 1191 1819 1283 C \ ATOM 25904 CD1 LEU 8 32 -120.393 -44.628 51.979 1.00182.56 C \ ANISOU25904 CD1 LEU 8 32 19163 23969 26231 1091 1740 1403 C \ ATOM 25905 CD2 LEU 8 32 -119.012 -44.013 53.983 1.00182.61 C \ ANISOU25905 CD2 LEU 8 32 19327 24032 26023 1176 1872 1250 C \ ATOM 25906 N ASN 8 33 -119.908 -40.895 54.594 1.00124.56 N \ ANISOU25906 N ASN 8 33 11876 16682 18769 1424 2036 1071 N \ ATOM 25907 CA ASN 8 33 -121.034 -40.438 55.396 1.00126.07 C \ ANISOU25907 CA ASN 8 33 11956 16956 18988 1491 2165 1074 C \ ATOM 25908 C ASN 8 33 -121.310 -38.947 55.235 1.00126.53 C \ ANISOU25908 C ASN 8 33 11982 16974 19120 1601 2198 990 C \ ATOM 25909 O ASN 8 33 -120.395 -38.158 54.999 1.00125.80 O \ ANISOU25909 O ASN 8 33 11984 16807 19007 1640 2155 899 O \ ATOM 25910 CB ASN 8 33 -120.798 -40.776 56.868 1.00126.68 C \ ANISOU25910 CB ASN 8 33 12080 17125 18928 1501 2275 1046 C \ ATOM 25911 CG ASN 8 33 -122.062 -40.695 57.694 1.00128.29 C \ ANISOU25911 CG ASN 8 33 12159 17432 19155 1545 2408 1081 C \ ATOM 25912 OD1 ASN 8 33 -122.013 -40.691 58.923 1.00129.03 O \ ANISOU25912 OD1 ASN 8 33 12276 17602 19146 1576 2514 1046 O \ ATOM 25913 ND2 ASN 8 33 -123.206 -40.632 57.023 1.00128.89 N \ ANISOU25913 ND2 ASN 8 33 12098 17511 19363 1546 2402 1153 N \ ATOM 25914 N TRP 8 34 -122.581 -38.576 55.356 1.00188.51 N \ ANISOU25914 N TRP 8 34 19694 24873 27058 1651 2273 1025 N \ ATOM 25915 CA TRP 8 34 -123.007 -37.185 55.252 1.00189.16 C \ ANISOU25915 CA TRP 8 34 19728 24924 27219 1761 2315 954 C \ ATOM 25916 C TRP 8 34 -124.441 -37.056 55.743 1.00190.76 C \ ANISOU25916 C TRP 8 34 19776 25214 27488 1808 2427 1002 C \ ATOM 25917 O TRP 8 34 -124.795 -36.113 56.452 1.00191.76 O \ ANISOU25917 O TRP 8 34 19874 25370 27614 1909 2531 931 O \ ATOM 25918 CB TRP 8 34 -122.902 -36.692 53.806 1.00188.34 C \ ANISOU25918 CB TRP 8 34 19618 24712 27231 1757 2191 961 C \ ATOM 25919 CG TRP 8 34 -124.077 -37.065 52.947 1.00188.79 C \ ANISOU25919 CG TRP 8 34 19533 24778 27421 1723 2154 1072 C \ ATOM 25920 CD1 TRP 8 34 -124.297 -38.264 52.330 1.00188.35 C \ ANISOU25920 CD1 TRP 8 34 19447 24731 27387 1616 2079 1181 C \ ATOM 25921 CD2 TRP 8 34 -125.191 -36.231 52.609 1.00189.81 C \ ANISOU25921 CD2 TRP 8 34 19532 24907 27680 1797 2188 1085 C \ ATOM 25922 NE1 TRP 8 34 -125.480 -38.227 51.632 1.00189.04 N \ ANISOU25922 NE1 TRP 8 34 19393 24825 27609 1616 2061 1261 N \ ATOM 25923 CE2 TRP 8 34 -126.047 -36.990 51.786 1.00189.94 C \ ANISOU25923 CE2 TRP 8 34 19441 24934 27792 1727 2128 1205 C \ ATOM 25924 CE3 TRP 8 34 -125.547 -34.917 52.924 1.00190.66 C \ ANISOU25924 CE3 TRP 8 34 19605 25005 27835 1916 2262 1006 C \ ATOM 25925 CZ2 TRP 8 34 -127.235 -36.478 51.274 1.00190.88 C \ ANISOU25925 CZ2 TRP 8 34 19417 25058 28052 1772 2138 1251 C \ ATOM 25926 CZ3 TRP 8 34 -126.726 -34.411 52.414 1.00191.60 C \ ANISOU25926 CZ3 TRP 8 34 19581 25125 28093 1963 2274 1051 C \ ATOM 25927 CH2 TRP 8 34 -127.557 -35.190 51.599 1.00191.70 C \ ANISOU25927 CH2 TRP 8 34 19486 25153 28199 1891 2212 1173 C \ ATOM 25928 N GLN 8 35 -125.258 -38.025 55.347 1.00141.20 N \ ANISOU25928 N GLN 8 35 13400 18978 21270 1733 2404 1124 N \ ATOM 25929 CA GLN 8 35 -126.648 -38.104 55.753 1.00142.70 C \ ANISOU25929 CA GLN 8 35 13434 19258 21527 1760 2503 1190 C \ ATOM 25930 C GLN 8 35 -127.247 -39.349 55.121 1.00142.59 C \ ANISOU25930 C GLN 8 35 13341 19268 21569 1649 2438 1327 C \ ATOM 25931 O GLN 8 35 -128.108 -39.268 54.248 1.00142.90 O \ ANISOU25931 O GLN 8 35 13268 19289 21740 1642 2393 1393 O \ ATOM 25932 CB GLN 8 35 -127.423 -36.858 55.321 1.00143.47 C \ ANISOU25932 CB GLN 8 35 13435 19324 21753 1862 2527 1157 C \ ATOM 25933 CG GLN 8 35 -128.799 -36.738 55.970 1.00145.21 C \ ANISOU25933 CG GLN 8 35 13498 19645 22030 1914 2655 1201 C \ ATOM 25934 CD GLN 8 35 -129.589 -35.536 55.479 1.00145.99 C \ ANISOU25934 CD GLN 8 35 13496 19709 22265 2015 2672 1175 C \ ATOM 25935 OE1 GLN 8 35 -129.256 -34.930 54.461 1.00145.22 O \ ANISOU25935 OE1 GLN 8 35 13427 19510 22240 2029 2570 1149 O \ ATOM 25936 NE2 GLN 8 35 -130.649 -35.191 56.204 1.00147.57 N \ ANISOU25936 NE2 GLN 8 35 13576 19994 22501 2087 2802 1183 N \ ATOM 25937 N LYS 8 36 -126.762 -40.506 55.554 1.00130.30 N \ ANISOU25937 N LYS 8 36 11848 17748 19910 1561 2429 1370 N \ ATOM 25938 CA LYS 8 36 -127.271 -41.778 55.069 1.00130.23 C \ ANISOU25938 CA LYS 8 36 11777 17763 19940 1449 2372 1499 C \ ATOM 25939 C LYS 8 36 -128.310 -42.315 56.050 1.00131.70 C \ ANISOU25939 C LYS 8 36 11851 18073 20115 1443 2498 1569 C \ ATOM 25940 O LYS 8 36 -128.159 -42.170 57.264 1.00132.33 O \ ANISOU25940 O LYS 8 36 11964 18223 20092 1487 2613 1520 O \ ATOM 25941 CB LYS 8 36 -126.122 -42.772 54.894 1.00128.88 C \ ANISOU25941 CB LYS 8 36 11743 17553 19672 1352 2280 1511 C \ ATOM 25942 CG LYS 8 36 -124.970 -42.233 54.053 1.00127.43 C \ ANISOU25942 CG LYS 8 36 11683 17254 19482 1362 2167 1433 C \ ATOM 25943 CD LYS 8 36 -123.681 -43.024 54.270 1.00126.27 C \ ANISOU25943 CD LYS 8 36 11686 17083 19207 1294 2113 1414 C \ ATOM 25944 CE LYS 8 36 -123.705 -44.369 53.557 1.00125.66 C \ ANISOU25944 CE LYS 8 36 11608 16990 19149 1172 2014 1522 C \ ATOM 25945 NZ LYS 8 36 -123.589 -44.226 52.080 1.00124.77 N \ ANISOU25945 NZ LYS 8 36 11495 16778 19134 1144 1879 1539 N \ ATOM 25946 N SER 8 37 -129.364 -42.925 55.516 1.00138.06 N \ ANISOU25946 N SER 8 37 12526 18908 21025 1387 2474 1684 N \ ATOM 25947 CA SER 8 37 -130.487 -43.397 56.325 1.00139.57 C \ ANISOU25947 CA SER 8 37 12588 19215 21227 1379 2591 1761 C \ ATOM 25948 C SER 8 37 -130.044 -44.069 57.621 1.00139.82 C \ ANISOU25948 C SER 8 37 12693 19327 21106 1354 2682 1755 C \ ATOM 25949 O SER 8 37 -128.979 -44.682 57.677 1.00138.72 O \ ANISOU25949 O SER 8 37 12688 19154 20867 1295 2621 1739 O \ ATOM 25950 CB SER 8 37 -131.356 -44.358 55.511 1.00139.78 C \ ANISOU25950 CB SER 8 37 12502 19249 21358 1280 2518 1899 C \ ATOM 25951 OG SER 8 37 -130.585 -45.435 55.008 1.00138.55 O \ ANISOU25951 OG SER 8 37 12445 19044 21155 1167 2403 1942 O \ ATOM 25952 N GLY 8 38 -130.869 -43.949 58.659 1.00135.91 N \ ANISOU25952 N GLY 8 38 12107 18940 20594 1401 2828 1769 N \ ATOM 25953 CA GLY 8 38 -130.593 -44.578 59.938 1.00136.37 C \ ANISOU25953 CA GLY 8 38 12219 19086 20509 1379 2926 1772 C \ ATOM 25954 C GLY 8 38 -130.248 -46.047 59.780 1.00135.70 C \ ANISOU25954 C GLY 8 38 12181 19002 20378 1244 2850 1868 C \ ATOM 25955 O GLY 8 38 -129.478 -46.608 60.560 1.00135.38 O \ ANISOU25955 O GLY 8 38 12250 18988 20201 1212 2874 1852 O \ ATOM 25956 N LYS 8 39 -130.825 -46.668 58.757 1.00138.32 N \ ANISOU25956 N LYS 8 39 12431 19302 20823 1166 2756 1969 N \ ATOM 25957 CA LYS 8 39 -130.539 -48.060 58.435 1.00137.66 C \ ANISOU25957 CA LYS 8 39 12388 19203 20714 1034 2668 2063 C \ ATOM 25958 C LYS 8 39 -129.056 -48.250 58.122 1.00136.00 C \ ANISOU25958 C LYS 8 39 12359 18902 20411 1004 2563 1997 C \ ATOM 25959 O LYS 8 39 -128.387 -49.082 58.731 1.00135.65 O \ ANISOU25959 O LYS 8 39 12409 18880 20252 948 2567 2011 O \ ATOM 25960 CB LYS 8 39 -131.397 -48.508 57.248 1.00137.72 C \ ANISOU25960 CB LYS 8 39 12279 19177 20872 966 2572 2167 C \ ATOM 25961 CG LYS 8 39 -131.116 -49.918 56.747 1.00137.00 C \ ANISOU25961 CG LYS 8 39 12231 19055 20769 828 2464 2262 C \ ATOM 25962 CD LYS 8 39 -131.959 -50.232 55.514 1.00137.08 C \ ANISOU25962 CD LYS 8 39 12128 19025 20931 768 2363 2353 C \ ATOM 25963 CE LYS 8 39 -131.594 -51.578 54.910 1.00136.27 C \ ANISOU25963 CE LYS 8 39 12082 18875 20818 634 2243 2435 C \ ATOM 25964 NZ LYS 8 39 -132.361 -51.842 53.661 1.00136.31 N \ ANISOU25964 NZ LYS 8 39 11988 18835 20969 576 2135 2516 N \ ATOM 25965 N GLU 8 40 -128.552 -47.468 57.174 1.00143.82 N \ ANISOU25965 N GLU 8 40 13395 19793 21456 1043 2471 1928 N \ ATOM 25966 CA GLU 8 40 -127.153 -47.545 56.768 1.00142.24 C \ ANISOU25966 CA GLU 8 40 13359 19502 21182 1021 2369 1863 C \ ATOM 25967 C GLU 8 40 -126.212 -47.545 57.966 1.00142.10 C \ ANISOU25967 C GLU 8 40 13465 19522 21003 1048 2441 1789 C \ ATOM 25968 O GLU 8 40 -125.581 -48.554 58.274 1.00141.59 O \ ANISOU25968 O GLU 8 40 13486 19465 20849 972 2412 1823 O \ ATOM 25969 CB GLU 8 40 -126.802 -46.372 55.849 1.00141.50 C \ ANISOU25969 CB GLU 8 40 13291 19314 21160 1091 2300 1778 C \ ATOM 25970 CG GLU 8 40 -127.673 -46.251 54.604 1.00141.60 C \ ANISOU25970 CG GLU 8 40 13188 19283 21332 1072 2220 1842 C \ ATOM 25971 CD GLU 8 40 -127.294 -47.242 53.517 1.00140.51 C \ ANISOU25971 CD GLU 8 40 13094 19072 21220 961 2071 1910 C \ ATOM 25972 OE1 GLU 8 40 -126.996 -48.411 53.847 1.00140.29 O \ ANISOU25972 OE1 GLU 8 40 13114 19068 21121 873 2057 1967 O \ ATOM 25973 OE2 GLU 8 40 -127.302 -46.852 52.329 1.00139.91 O \ ANISOU25973 OE2 GLU 8 40 13007 18914 21237 961 1969 1907 O \ ATOM 25974 N ILE 8 41 -126.126 -46.402 58.636 1.00131.23 N \ ANISOU25974 N ILE 8 41 12100 18168 19592 1158 2533 1688 N \ ATOM 25975 CA ILE 8 41 -125.205 -46.217 59.751 1.00131.12 C \ ANISOU25975 CA ILE 8 41 12208 18185 19427 1196 2600 1602 C \ ATOM 25976 C ILE 8 41 -125.308 -47.316 60.804 1.00131.76 C \ ANISOU25976 C ILE 8 41 12298 18361 19404 1135 2671 1670 C \ ATOM 25977 O ILE 8 41 -124.327 -47.636 61.474 1.00131.27 O \ ANISOU25977 O ILE 8 41 12361 18306 19211 1121 2675 1630 O \ ATOM 25978 CB ILE 8 41 -125.423 -44.854 60.419 1.00131.96 C \ ANISOU25978 CB ILE 8 41 12294 18321 19525 1325 2710 1497 C \ ATOM 25979 CG1 ILE 8 41 -126.911 -44.624 60.672 1.00133.55 C \ ANISOU25979 CG1 ILE 8 41 12323 18604 19816 1363 2815 1554 C \ ATOM 25980 CG2 ILE 8 41 -124.880 -43.745 59.541 1.00131.08 C \ ANISOU25980 CG2 ILE 8 41 12227 18102 19473 1386 2632 1404 C \ ATOM 25981 CD1 ILE 8 41 -127.252 -43.198 61.049 1.00134.37 C \ ANISOU25981 CD1 ILE 8 41 12389 18718 19947 1495 2908 1454 C \ ATOM 25982 N ARG 8 42 -126.498 -47.890 60.948 1.00132.48 N \ ANISOU25982 N ARG 8 42 12255 18527 19556 1098 2727 1777 N \ ATOM 25983 CA ARG 8 42 -126.716 -48.966 61.909 1.00133.21 C \ ANISOU25983 CA ARG 8 42 12341 18712 19560 1034 2797 1855 C \ ATOM 25984 C ARG 8 42 -126.181 -50.296 61.388 1.00132.23 C \ ANISOU25984 C ARG 8 42 12282 18543 19417 910 2681 1937 C \ ATOM 25985 O ARG 8 42 -125.436 -50.989 62.080 1.00131.95 O \ ANISOU25985 O ARG 8 42 12348 18528 19257 869 2687 1940 O \ ATOM 25986 CB ARG 8 42 -128.203 -49.097 62.239 1.00134.83 C \ ANISOU25986 CB ARG 8 42 12374 19013 19842 1037 2900 1944 C \ ATOM 25987 CG ARG 8 42 -128.531 -50.244 63.183 1.00135.68 C \ ANISOU25987 CG ARG 8 42 12463 19220 19870 965 2973 2039 C \ ATOM 25988 CD ARG 8 42 -130.018 -50.291 63.498 1.00137.35 C \ ANISOU25988 CD ARG 8 42 12496 19528 20163 973 3080 2123 C \ ATOM 25989 NE ARG 8 42 -130.496 -49.035 64.070 1.00138.35 N \ ANISOU25989 NE ARG 8 42 12565 19705 20298 1100 3202 2040 N \ ATOM 25990 CZ ARG 8 42 -131.092 -48.071 63.372 1.00138.57 C \ ANISOU25990 CZ ARG 8 42 12500 19697 20452 1169 3194 2008 C \ ATOM 25991 NH1 ARG 8 42 -131.291 -48.216 62.069 1.00137.84 N \ ANISOU25991 NH1 ARG 8 42 12364 19523 20487 1122 3067 2054 N \ ATOM 25992 NH2 ARG 8 42 -131.493 -46.962 63.979 1.00139.54 N \ ANISOU25992 NH2 ARG 8 42 12579 19867 20574 1287 3311 1930 N \ ATOM 25993 N GLN 8 43 -126.571 -50.648 60.166 1.00131.69 N \ ANISOU25993 N GLN 8 43 12154 18410 19471 851 2573 2004 N \ ATOM 25994 CA GLN 8 43 -126.126 -51.894 59.549 1.00130.79 C \ ANISOU25994 CA GLN 8 43 12096 18244 19353 734 2455 2081 C \ ATOM 25995 C GLN 8 43 -124.607 -51.919 59.440 1.00129.33 C \ ANISOU25995 C GLN 8 43 12086 17982 19069 730 2374 2000 C \ ATOM 25996 O GLN 8 43 -123.992 -52.984 59.423 1.00128.70 O \ ANISOU25996 O GLN 8 43 12087 17882 18931 646 2312 2046 O \ ATOM 25997 CB GLN 8 43 -126.743 -52.061 58.156 1.00130.48 C \ ANISOU25997 CB GLN 8 43 11971 18138 19466 685 2345 2146 C \ ATOM 25998 CG GLN 8 43 -128.267 -51.962 58.102 1.00131.89 C \ ANISOU25998 CG GLN 8 43 11966 18383 19761 690 2410 2226 C \ ATOM 25999 CD GLN 8 43 -128.966 -53.187 58.663 1.00132.84 C \ ANISOU25999 CD GLN 8 43 12020 18584 19869 599 2456 2351 C \ ATOM 26000 OE1 GLN 8 43 -128.618 -53.678 59.736 1.00133.16 O \ ANISOU26000 OE1 GLN 8 43 12119 18687 19790 585 2529 2356 O \ ATOM 26001 NE2 GLN 8 43 -129.966 -53.680 57.941 1.00133.34 N \ ANISOU26001 NE2 GLN 8 43 11960 18648 20056 535 2412 2454 N \ ATOM 26002 N LYS 8 44 -124.009 -50.735 59.364 1.00143.80 N \ ANISOU26002 N LYS 8 44 13976 19774 20889 822 2376 1881 N \ ATOM 26003 CA LYS 8 44 -122.564 -50.611 59.233 1.00142.45 C \ ANISOU26003 CA LYS 8 44 13964 19529 20632 828 2302 1796 C \ ATOM 26004 C LYS 8 44 -121.878 -50.632 60.597 1.00142.72 C \ ANISOU26004 C LYS 8 44 14092 19627 20510 857 2390 1742 C \ ATOM 26005 O LYS 8 44 -120.648 -50.663 60.687 1.00141.72 O \ ANISOU26005 O LYS 8 44 14101 19454 20294 856 2338 1678 O \ ATOM 26006 CB LYS 8 44 -122.210 -49.326 58.482 1.00141.79 C \ ANISOU26006 CB LYS 8 44 13900 19365 20608 908 2256 1695 C \ ATOM 26007 CG LYS 8 44 -122.715 -49.283 57.048 1.00141.36 C \ ANISOU26007 CG LYS 8 44 13773 19236 20699 877 2152 1741 C \ ATOM 26008 CD LYS 8 44 -122.138 -50.426 56.226 1.00140.27 C \ ANISOU26008 CD LYS 8 44 13701 19033 20562 770 2021 1804 C \ ATOM 26009 CE LYS 8 44 -122.424 -50.251 54.743 1.00139.68 C \ ANISOU26009 CE LYS 8 44 13581 18872 20618 748 1906 1829 C \ ATOM 26010 NZ LYS 8 44 -121.705 -49.081 54.166 1.00138.83 N \ ANISOU26010 NZ LYS 8 44 13536 18686 20527 822 1861 1721 N \ ATOM 26011 N GLY 8 45 -122.682 -50.620 61.656 1.00145.39 N \ ANISOU26011 N GLY 8 45 14355 20072 20813 884 2523 1768 N \ ATOM 26012 CA GLY 8 45 -122.161 -50.603 63.011 1.00145.84 C \ ANISOU26012 CA GLY 8 45 14492 20201 20721 916 2618 1720 C \ ATOM 26013 C GLY 8 45 -121.603 -51.938 63.465 1.00145.56 C \ ANISOU26013 C GLY 8 45 14535 20186 20586 823 2589 1789 C \ ATOM 26014 O GLY 8 45 -120.552 -51.994 64.102 1.00145.10 O \ ANISOU26014 O GLY 8 45 14601 20127 20402 833 2589 1730 O \ ATOM 26015 N ARG 8 46 -122.306 -53.015 63.135 1.00140.43 N \ ANISOU26015 N ARG 8 46 13811 19553 19994 732 2564 1915 N \ ATOM 26016 CA ARG 8 46 -121.909 -54.354 63.558 1.00140.31 C \ ANISOU26016 CA ARG 8 46 13859 19558 19896 639 2539 1995 C \ ATOM 26017 C ARG 8 46 -120.829 -54.960 62.656 1.00138.75 C \ ANISOU26017 C ARG 8 46 13772 19251 19696 576 2387 1993 C \ ATOM 26018 O ARG 8 46 -120.307 -54.293 61.762 1.00137.74 O \ ANISOU26018 O ARG 8 46 13680 19035 19619 608 2306 1922 O \ ATOM 26019 CB ARG 8 46 -123.134 -55.268 63.628 1.00141.41 C \ ANISOU26019 CB ARG 8 46 13871 19760 20098 565 2579 2133 C \ ATOM 26020 CG ARG 8 46 -124.033 -55.198 62.402 1.00141.39 C \ ANISOU26020 CG ARG 8 46 13749 19710 20261 539 2515 2187 C \ ATOM 26021 CD ARG 8 46 -125.382 -55.857 62.661 1.00142.77 C \ ANISOU26021 CD ARG 8 46 13780 19968 20499 486 2583 2312 C \ ATOM 26022 NE ARG 8 46 -126.208 -55.916 61.455 1.00142.73 N \ ANISOU26022 NE ARG 8 46 13664 19915 20653 450 2508 2373 N \ ATOM 26023 CZ ARG 8 46 -127.439 -56.419 61.412 1.00143.85 C \ ANISOU26023 CZ ARG 8 46 13666 20113 20880 400 2545 2483 C \ ATOM 26024 NH1 ARG 8 46 -127.997 -56.910 62.510 1.00145.11 N \ ANISOU26024 NH1 ARG 8 46 13776 20379 20981 381 2660 2547 N \ ATOM 26025 NH2 ARG 8 46 -128.116 -56.434 60.270 1.00143.76 N \ ANISOU26025 NH2 ARG 8 46 13560 20050 21010 367 2465 2532 N \ ATOM 26026 N LYS 8 47 -120.499 -56.225 62.899 1.00129.02 N \ ANISOU26026 N LYS 8 47 12592 18025 18404 487 2352 2072 N \ ATOM 26027 CA LYS 8 47 -119.444 -56.908 62.153 1.00127.63 C \ ANISOU26027 CA LYS 8 47 12527 17752 18215 426 2216 2074 C \ ATOM 26028 C LYS 8 47 -120.005 -58.030 61.279 1.00127.54 C \ ANISOU26028 C LYS 8 47 12461 17702 18298 320 2132 2194 C \ ATOM 26029 O LYS 8 47 -121.213 -58.096 61.055 1.00128.43 O \ ANISOU26029 O LYS 8 47 12441 17850 18505 301 2166 2265 O \ ATOM 26030 CB LYS 8 47 -118.391 -57.454 63.115 1.00127.40 C \ ANISOU26030 CB LYS 8 47 12628 17746 18033 412 2228 2055 C \ ATOM 26031 CG LYS 8 47 -117.803 -56.397 64.033 1.00127.54 C \ ANISOU26031 CG LYS 8 47 12707 17804 17949 511 2307 1936 C \ ATOM 26032 CD LYS 8 47 -116.793 -56.989 64.999 1.00127.39 C \ ANISOU26032 CD LYS 8 47 12813 17811 17777 493 2315 1925 C \ ATOM 26033 CE LYS 8 47 -117.462 -57.879 66.031 1.00128.65 C \ ANISOU26033 CE LYS 8 47 12932 18073 17875 446 2406 2025 C \ ATOM 26034 NZ LYS 8 47 -116.485 -58.381 67.034 1.00128.58 N \ ANISOU26034 NZ LYS 8 47 13046 18096 17713 435 2419 2011 N \ ATOM 26035 N PHE 8 48 -119.135 -58.911 60.789 1.00133.74 N \ ANISOU26035 N PHE 8 48 13345 18414 19057 253 2022 2216 N \ ATOM 26036 CA PHE 8 48 -119.576 -59.965 59.874 1.00133.58 C \ ANISOU26036 CA PHE 8 48 13284 18343 19125 153 1930 2320 C \ ATOM 26037 C PHE 8 48 -118.569 -61.093 59.643 1.00132.66 C \ ANISOU26037 C PHE 8 48 13290 18163 18952 78 1829 2350 C \ ATOM 26038 O PHE 8 48 -117.447 -61.060 60.148 1.00132.06 O \ ANISOU26038 O PHE 8 48 13333 18076 18768 103 1823 2288 O \ ATOM 26039 CB PHE 8 48 -119.959 -59.357 58.524 1.00133.05 C \ ANISOU26039 CB PHE 8 48 13156 18203 19194 166 1852 2301 C \ ATOM 26040 CG PHE 8 48 -118.950 -58.377 57.990 1.00131.86 C \ ANISOU26040 CG PHE 8 48 13092 17979 19031 236 1796 2179 C \ ATOM 26041 CD1 PHE 8 48 -117.592 -58.624 58.108 1.00130.84 C \ ANISOU26041 CD1 PHE 8 48 13106 17802 18804 234 1742 2125 C \ ATOM 26042 CD2 PHE 8 48 -119.361 -57.215 57.357 1.00131.81 C \ ANISOU26042 CD2 PHE 8 48 13019 17949 19112 304 1797 2121 C \ ATOM 26043 CE1 PHE 8 48 -116.663 -57.724 57.615 1.00129.79 C \ ANISOU26043 CE1 PHE 8 48 13049 17603 18662 296 1692 2016 C \ ATOM 26044 CE2 PHE 8 48 -118.435 -56.313 56.859 1.00130.75 C \ ANISOU26044 CE2 PHE 8 48 12965 17746 18969 365 1746 2013 C \ ATOM 26045 CZ PHE 8 48 -117.086 -56.569 56.988 1.00129.74 C \ ANISOU26045 CZ PHE 8 48 12979 17574 18744 360 1694 1960 C \ ATOM 26046 N VAL 8 49 -118.996 -62.087 58.866 1.00133.03 N \ ANISOU26046 N VAL 8 49 13304 18164 19076 -15 1748 2445 N \ ATOM 26047 CA VAL 8 49 -118.138 -63.182 58.424 1.00132.15 C \ ANISOU26047 CA VAL 8 49 13299 17977 18935 -90 1639 2478 C \ ATOM 26048 C VAL 8 49 -117.630 -62.847 57.020 1.00130.90 C \ ANISOU26048 C VAL 8 49 13178 17707 18851 -85 1515 2425 C \ ATOM 26049 O VAL 8 49 -118.131 -61.913 56.394 1.00130.87 O \ ANISOU26049 O VAL 8 49 13102 17691 18932 -39 1515 2386 O \ ATOM 26050 CB VAL 8 49 -118.909 -64.515 58.396 1.00132.89 C \ ANISOU26050 CB VAL 8 49 13340 18084 19070 -198 1621 2615 C \ ATOM 26051 CG1 VAL 8 49 -117.947 -65.693 58.406 1.00132.25 C \ ANISOU26051 CG1 VAL 8 49 13383 17948 18920 -265 1542 2647 C \ ATOM 26052 CG2 VAL 8 49 -119.859 -64.600 59.581 1.00134.40 C \ ANISOU26052 CG2 VAL 8 49 13440 18394 19230 -198 1757 2677 C \ ATOM 26053 N LEU 8 50 -116.652 -63.597 56.515 1.00121.88 N \ ANISOU26053 N LEU 8 50 12147 16485 17678 -131 1411 2424 N \ ATOM 26054 CA LEU 8 50 -116.001 -63.214 55.259 1.00120.65 C \ ANISOU26054 CA LEU 8 50 12042 16225 17573 -117 1300 2362 C \ ATOM 26055 C LEU 8 50 -115.644 -64.350 54.287 1.00119.97 C \ ANISOU26055 C LEU 8 50 12013 16048 17522 -205 1172 2416 C \ ATOM 26056 O LEU 8 50 -114.958 -64.119 53.295 1.00118.91 O \ ANISOU26056 O LEU 8 50 11939 15828 17414 -195 1080 2362 O \ ATOM 26057 CB LEU 8 50 -114.761 -62.366 55.555 1.00119.78 C \ ANISOU26057 CB LEU 8 50 12036 16099 17377 -35 1307 2241 C \ ATOM 26058 CG LEU 8 50 -115.044 -61.060 56.297 1.00120.31 C \ ANISOU26058 CG LEU 8 50 12055 16237 17421 61 1418 2167 C \ ATOM 26059 CD1 LEU 8 50 -113.774 -60.476 56.885 1.00119.65 C \ ANISOU26059 CD1 LEU 8 50 12085 16149 17227 127 1433 2063 C \ ATOM 26060 CD2 LEU 8 50 -115.728 -60.064 55.374 1.00120.26 C \ ANISOU26060 CD2 LEU 8 50 11959 16204 17531 102 1403 2137 C \ ATOM 26061 N ALA 8 51 -116.100 -65.566 54.569 1.00119.83 N \ ANISOU26061 N ALA 8 51 11978 16046 17504 -291 1168 2521 N \ ATOM 26062 CA ALA 8 51 -115.955 -66.683 53.629 1.00119.38 C \ ANISOU26062 CA ALA 8 51 11961 15904 17493 -380 1050 2581 C \ ATOM 26063 C ALA 8 51 -114.512 -67.148 53.381 1.00118.22 C \ ANISOU26063 C ALA 8 51 11966 15680 17273 -384 968 2534 C \ ATOM 26064 O ALA 8 51 -113.779 -67.449 54.319 1.00118.20 O \ ANISOU26064 O ALA 8 51 12040 15706 17165 -371 1005 2522 O \ ATOM 26065 CB ALA 8 51 -116.646 -66.355 52.306 1.00119.20 C \ ANISOU26065 CB ALA 8 51 11864 15827 17599 -396 978 2589 C \ ATOM 26066 N LYS 8 52 -114.122 -67.216 52.110 1.00117.89 N \ ANISOU26066 N LYS 8 52 11964 15542 17288 -401 856 2509 N \ ATOM 26067 CA LYS 8 52 -112.819 -67.757 51.713 1.00116.83 C \ ANISOU26067 CA LYS 8 52 11965 15327 17099 -412 768 2473 C \ ATOM 26068 C LYS 8 52 -111.607 -67.008 52.263 1.00116.11 C \ ANISOU26068 C LYS 8 52 11963 15244 16909 -329 798 2369 C \ ATOM 26069 O LYS 8 52 -110.780 -67.603 52.949 1.00115.96 O \ ANISOU26069 O LYS 8 52 12032 15229 16798 -336 802 2370 O \ ATOM 26070 CB LYS 8 52 -112.710 -67.856 50.189 1.00116.06 C \ ANISOU26070 CB LYS 8 52 11884 15128 17084 -441 648 2462 C \ ATOM 26071 CG LYS 8 52 -112.958 -69.239 49.629 1.00116.23 C \ ANISOU26071 CG LYS 8 52 11923 15093 17145 -542 564 2552 C \ ATOM 26072 CD LYS 8 52 -114.342 -69.749 49.986 1.00117.50 C \ ANISOU26072 CD LYS 8 52 11969 15310 17364 -605 609 2658 C \ ATOM 26073 CE LYS 8 52 -114.723 -70.961 49.140 1.00117.65 C \ ANISOU26073 CE LYS 8 52 11992 15259 17449 -707 509 2741 C \ ATOM 26074 NZ LYS 8 52 -113.797 -72.112 49.336 1.00117.30 N \ ANISOU26074 NZ LYS 8 52 12069 15164 17336 -751 458 2762 N \ ATOM 26075 N PRO 8 53 -111.485 -65.706 51.950 1.00121.92 N \ ANISOU26075 N PRO 8 53 12678 15980 17665 -252 816 2281 N \ ATOM 26076 CA PRO 8 53 -110.294 -64.934 52.329 1.00121.17 C \ ANISOU26076 CA PRO 8 53 12670 15882 17487 -175 832 2176 C \ ATOM 26077 C PRO 8 53 -109.981 -65.024 53.819 1.00121.71 C \ ANISOU26077 C PRO 8 53 12769 16032 17444 -150 925 2173 C \ ATOM 26078 O PRO 8 53 -108.852 -64.748 54.230 1.00121.12 O \ ANISOU26078 O PRO 8 53 12786 15950 17284 -106 924 2102 O \ ATOM 26079 CB PRO 8 53 -110.677 -63.495 51.948 1.00121.08 C \ ANISOU26079 CB PRO 8 53 12592 15881 17533 -102 863 2105 C \ ATOM 26080 CG PRO 8 53 -112.171 -63.517 51.841 1.00122.09 C \ ANISOU26080 CG PRO 8 53 12586 16051 17750 -132 901 2179 C \ ATOM 26081 CD PRO 8 53 -112.454 -64.853 51.244 1.00122.16 C \ ANISOU26081 CD PRO 8 53 12601 16013 17800 -231 821 2274 C \ ATOM 26082 N GLU 8 54 -110.973 -65.401 54.617 1.00144.90 N \ ANISOU26082 N GLU 8 54 15629 19046 20380 -179 1003 2249 N \ ATOM 26083 CA GLU 8 54 -110.758 -65.622 56.038 1.00145.53 C \ ANISOU26083 CA GLU 8 54 15737 19206 20351 -166 1090 2260 C \ ATOM 26084 C GLU 8 54 -109.657 -66.649 56.216 1.00145.00 C \ ANISOU26084 C GLU 8 54 15791 19096 20206 -204 1028 2275 C \ ATOM 26085 O GLU 8 54 -108.817 -66.528 57.104 1.00144.90 O \ ANISOU26085 O GLU 8 54 15851 19115 20088 -166 1063 2232 O \ ATOM 26086 CB GLU 8 54 -112.048 -66.096 56.707 1.00146.87 C \ ANISOU26086 CB GLU 8 54 15805 19456 20543 -210 1170 2359 C \ ATOM 26087 CG GLU 8 54 -113.171 -65.069 56.655 1.00147.53 C \ ANISOU26087 CG GLU 8 54 15762 19593 20700 -166 1242 2346 C \ ATOM 26088 CD GLU 8 54 -114.461 -65.559 57.288 1.00148.91 C \ ANISOU26088 CD GLU 8 54 15828 19848 20901 -211 1322 2448 C \ ATOM 26089 OE1 GLU 8 54 -114.962 -66.628 56.875 1.00149.19 O \ ANISOU26089 OE1 GLU 8 54 15838 19858 20990 -299 1272 2545 O \ ATOM 26090 OE2 GLU 8 54 -114.983 -64.868 58.190 1.00149.73 O \ ANISOU26090 OE2 GLU 8 54 15873 20044 20976 -159 1436 2431 O \ ATOM 26091 N ALA 8 55 -109.667 -67.658 55.352 1.00116.22 N \ ANISOU26091 N ALA 8 55 12166 15377 16615 -277 934 2336 N \ ATOM 26092 CA ALA 8 55 -108.629 -68.677 55.345 1.00115.68 C \ ANISOU26092 CA ALA 8 55 12212 15253 16488 -314 864 2352 C \ ATOM 26093 C ALA 8 55 -107.270 -68.046 55.080 1.00114.54 C \ ANISOU26093 C ALA 8 55 12165 15062 16294 -251 821 2244 C \ ATOM 26094 O ALA 8 55 -106.254 -68.517 55.584 1.00114.23 O \ ANISOU26094 O ALA 8 55 12221 15013 16168 -247 803 2230 O \ ATOM 26095 CB ALA 8 55 -108.933 -69.735 54.300 1.00115.53 C \ ANISOU26095 CB ALA 8 55 12194 15154 16550 -399 766 2425 C \ ATOM 26096 N GLU 8 56 -107.259 -66.978 54.288 1.00113.46 N \ ANISOU26096 N GLU 8 56 12001 14896 16213 -201 803 2169 N \ ATOM 26097 CA GLU 8 56 -106.023 -66.267 53.983 1.00112.41 C \ ANISOU26097 CA GLU 8 56 11951 14720 16041 -140 765 2065 C \ ATOM 26098 C GLU 8 56 -105.514 -65.470 55.179 1.00112.60 C \ ANISOU26098 C GLU 8 56 12000 14816 15967 -69 850 1997 C \ ATOM 26099 O GLU 8 56 -104.362 -65.616 55.582 1.00112.12 O \ ANISOU26099 O GLU 8 56 12034 14743 15823 -49 830 1956 O \ ATOM 26100 CB GLU 8 56 -106.200 -65.347 52.773 1.00111.80 C \ ANISOU26100 CB GLU 8 56 11835 14589 16055 -111 721 2009 C \ ATOM 26101 CG GLU 8 56 -106.189 -66.070 51.435 1.00111.25 C \ ANISOU26101 CG GLU 8 56 11783 14426 16061 -170 611 2046 C \ ATOM 26102 CD GLU 8 56 -105.926 -65.135 50.265 1.00110.42 C \ ANISOU26102 CD GLU 8 56 11677 14260 16017 -131 557 1973 C \ ATOM 26103 OE1 GLU 8 56 -106.131 -63.914 50.420 1.00110.47 O \ ANISOU26103 OE1 GLU 8 56 11638 14300 16035 -66 610 1911 O \ ATOM 26104 OE2 GLU 8 56 -105.512 -65.620 49.190 1.00109.75 O \ ANISOU26104 OE2 GLU 8 56 11639 14092 15968 -164 461 1976 O \ ATOM 26105 N ARG 8 57 -106.371 -64.630 55.747 1.00119.20 N \ ANISOU26105 N ARG 8 57 12751 15725 16813 -31 943 1984 N \ ATOM 26106 CA ARG 8 57 -105.971 -63.793 56.873 1.00119.46 C \ ANISOU26106 CA ARG 8 57 12805 15829 16755 40 1027 1915 C \ ATOM 26107 C ARG 8 57 -105.473 -64.626 58.048 1.00119.89 C \ ANISOU26107 C ARG 8 57 12924 15931 16696 19 1058 1952 C \ ATOM 26108 O ARG 8 57 -104.587 -64.205 58.790 1.00119.71 O \ ANISOU26108 O ARG 8 57 12970 15936 16581 68 1083 1886 O \ ATOM 26109 CB ARG 8 57 -107.127 -62.902 57.310 1.00120.36 C \ ANISOU26109 CB ARG 8 57 12810 16018 16903 78 1128 1909 C \ ATOM 26110 CG ARG 8 57 -107.782 -62.179 56.163 1.00120.09 C \ ANISOU26110 CG ARG 8 57 12701 15940 16989 92 1098 1890 C \ ATOM 26111 CD ARG 8 57 -108.928 -61.319 56.643 1.00121.06 C \ ANISOU26111 CD ARG 8 57 12713 16138 17145 133 1201 1886 C \ ATOM 26112 NE ARG 8 57 -109.852 -61.012 55.555 1.00121.07 N \ ANISOU26112 NE ARG 8 57 12622 16103 17275 121 1169 1910 N \ ATOM 26113 CZ ARG 8 57 -110.958 -61.705 55.296 1.00121.75 C \ ANISOU26113 CZ ARG 8 57 12623 16204 17432 59 1170 2008 C \ ATOM 26114 NH1 ARG 8 57 -111.284 -62.741 56.054 1.00122.47 N \ ANISOU26114 NH1 ARG 8 57 12710 16344 17480 3 1204 2093 N \ ATOM 26115 NH2 ARG 8 57 -111.744 -61.361 54.282 1.00121.74 N \ ANISOU26115 NH2 ARG 8 57 12540 16169 17546 51 1135 2024 N \ ATOM 26116 N ILE 8 58 -106.050 -65.809 58.216 1.00116.46 N \ ANISOU26116 N ILE 8 58 12471 15509 16272 -55 1055 2059 N \ ATOM 26117 CA ILE 8 58 -105.605 -66.721 59.257 1.00116.90 C \ ANISOU26117 CA ILE 8 58 12589 15602 16225 -83 1075 2108 C \ ATOM 26118 C ILE 8 58 -104.131 -67.033 59.065 1.00115.92 C \ ANISOU26118 C ILE 8 58 12585 15414 16043 -73 994 2061 C \ ATOM 26119 O ILE 8 58 -103.376 -67.128 60.030 1.00116.03 O \ ANISOU26119 O ILE 8 58 12668 15467 15952 -51 1019 2041 O \ ATOM 26120 CB ILE 8 58 -106.391 -68.043 59.229 1.00117.57 C \ ANISOU26120 CB ILE 8 58 12640 15687 16346 -173 1062 2236 C \ ATOM 26121 CG1 ILE 8 58 -107.844 -67.816 59.653 1.00118.73 C \ ANISOU26121 CG1 ILE 8 58 12665 15914 16535 -185 1156 2292 C \ ATOM 26122 CG2 ILE 8 58 -105.730 -69.076 60.131 1.00117.84 C \ ANISOU26122 CG2 ILE 8 58 12758 15738 16279 -205 1059 2285 C \ ATOM 26123 CD1 ILE 8 58 -108.005 -67.367 61.090 1.00119.63 C \ ANISOU26123 CD1 ILE 8 58 12767 16137 16550 -141 1275 2278 C \ ATOM 26124 N LYS 8 59 -103.730 -67.182 57.807 1.00129.11 N \ ANISOU26124 N LYS 8 59 14282 16990 17785 -90 895 2044 N \ ATOM 26125 CA LYS 8 59 -102.356 -67.530 57.460 1.00128.16 C \ ANISOU26125 CA LYS 8 59 14270 16800 17623 -83 811 2004 C \ ATOM 26126 C LYS 8 59 -101.404 -66.368 57.707 1.00127.58 C \ ANISOU26126 C LYS 8 59 14241 16737 17496 -2 826 1887 C \ ATOM 26127 O LYS 8 59 -100.363 -66.259 57.058 1.00126.62 O \ ANISOU26127 O LYS 8 59 14188 16549 17375 16 752 1832 O \ ATOM 26128 CB LYS 8 59 -102.270 -67.947 55.991 1.00127.38 C \ ANISOU26128 CB LYS 8 59 14181 16600 17620 -121 708 2016 C \ ATOM 26129 CG LYS 8 59 -103.326 -68.949 55.555 1.00127.94 C \ ANISOU26129 CG LYS 8 59 14196 16652 17764 -202 686 2124 C \ ATOM 26130 CD LYS 8 59 -102.914 -70.380 55.850 1.00128.11 C \ ANISOU26130 CD LYS 8 59 14286 16647 17744 -262 643 2200 C \ ATOM 26131 CE LYS 8 59 -103.834 -71.360 55.139 1.00128.49 C \ ANISOU26131 CE LYS 8 59 14290 16652 17879 -346 598 2296 C \ ATOM 26132 NZ LYS 8 59 -103.292 -72.746 55.138 1.00128.46 N \ ANISOU26132 NZ LYS 8 59 14366 16595 17849 -403 533 2359 N \ ATOM 26133 N LEU 8 60 -101.767 -65.495 58.640 1.00113.35 N \ ANISOU26133 N LEU 8 60 12401 15018 15648 47 921 1850 N \ ATOM 26134 CA LEU 8 60 -100.927 -64.359 58.984 1.00112.94 C \ ANISOU26134 CA LEU 8 60 12390 14980 15541 123 941 1739 C \ ATOM 26135 C LEU 8 60 -100.781 -64.266 60.489 1.00113.72 C \ ANISOU26135 C LEU 8 60 12513 15173 15523 149 1024 1731 C \ ATOM 26136 O LEU 8 60 -99.678 -64.284 61.023 1.00113.43 O \ ANISOU26136 O LEU 8 60 12560 15138 15399 172 1005 1689 O \ ATOM 26137 CB LEU 8 60 -101.540 -63.066 58.456 1.00112.86 C \ ANISOU26137 CB LEU 8 60 12306 14970 15605 171 973 1676 C \ ATOM 26138 CG LEU 8 60 -102.128 -63.119 57.048 1.00112.42 C \ ANISOU26138 CG LEU 8 60 12196 14843 15674 140 911 1701 C \ ATOM 26139 CD1 LEU 8 60 -102.835 -61.814 56.736 1.00112.55 C \ ANISOU26139 CD1 LEU 8 60 12133 14874 15756 192 957 1646 C \ ATOM 26140 CD2 LEU 8 60 -101.048 -63.413 56.022 1.00111.27 C \ ANISOU26140 CD2 LEU 8 60 12128 14602 15549 129 802 1673 C \ ATOM 26141 N LEU 8 61 -101.911 -64.167 61.173 1.00115.05 N \ ANISOU26141 N LEU 8 61 12605 15419 15689 145 1115 1775 N \ ATOM 26142 CA LEU 8 61 -101.908 -64.027 62.616 1.00115.92 C \ ANISOU26142 CA LEU 8 61 12731 15625 15688 171 1204 1769 C \ ATOM 26143 C LEU 8 61 -101.793 -65.399 63.253 1.00116.40 C \ ANISOU26143 C LEU 8 61 12833 15706 15686 110 1196 1867 C \ ATOM 26144 O LEU 8 61 -102.341 -65.643 64.322 1.00117.43 O \ ANISOU26144 O LEU 8 61 12943 15923 15753 102 1277 1914 O \ ATOM 26145 CB LEU 8 61 -103.196 -63.349 63.068 1.00116.91 C \ ANISOU26145 CB LEU 8 61 12754 15828 15839 194 1312 1776 C \ ATOM 26146 CG LEU 8 61 -103.749 -62.308 62.091 1.00116.55 C \ ANISOU26146 CG LEU 8 61 12634 15744 15903 229 1308 1723 C \ ATOM 26147 CD1 LEU 8 61 -105.079 -61.749 62.574 1.00117.63 C \ ANISOU26147 CD1 LEU 8 61 12665 15961 16069 250 1417 1740 C \ ATOM 26148 CD2 LEU 8 61 -102.744 -61.190 61.868 1.00115.73 C \ ANISOU26148 CD2 LEU 8 61 12586 15605 15780 298 1281 1599 C \ ATOM 26149 N LEU 8 62 -101.077 -66.297 62.587 1.00133.48 N \ ANISOU26149 N LEU 8 62 15058 17791 17867 68 1097 1898 N \ ATOM 26150 CA LEU 8 62 -100.989 -67.681 63.039 1.00133.90 C \ ANISOU26150 CA LEU 8 62 15151 17848 17876 5 1076 1998 C \ ATOM 26151 C LEU 8 62 -100.435 -67.823 64.459 1.00134.50 C \ ANISOU26151 C LEU 8 62 15289 18001 17815 25 1127 1996 C \ ATOM 26152 O LEU 8 62 -101.128 -68.332 65.342 1.00135.55 O \ ANISOU26152 O LEU 8 62 15393 18205 17903 -5 1195 2071 O \ ATOM 26153 CB LEU 8 62 -100.193 -68.531 62.044 1.00132.96 C \ ANISOU26153 CB LEU 8 62 15096 17624 17800 -34 957 2017 C \ ATOM 26154 CG LEU 8 62 -100.917 -68.863 60.737 1.00132.64 C \ ANISOU26154 CG LEU 8 62 14998 17512 17888 -81 904 2060 C \ ATOM 26155 CD1 LEU 8 62 -99.928 -69.294 59.668 1.00131.54 C \ ANISOU26155 CD1 LEU 8 62 14929 17266 17784 -92 789 2037 C \ ATOM 26156 CD2 LEU 8 62 -101.991 -69.927 60.958 1.00133.57 C \ ANISOU26156 CD2 LEU 8 62 15064 17652 18034 -156 927 2184 C \ ATOM 26157 N PRO 8 63 -99.190 -67.372 64.693 1.00114.83 N \ ANISOU26157 N PRO 8 63 12879 15497 15254 73 1094 1912 N \ ATOM 26158 CA PRO 8 63 -98.649 -67.493 66.051 1.00115.44 C \ ANISOU26158 CA PRO 8 63 13017 15649 15197 92 1138 1909 C \ ATOM 26159 C PRO 8 63 -99.489 -66.724 67.075 1.00116.49 C \ ANISOU26159 C PRO 8 63 13094 15889 15278 127 1260 1892 C \ ATOM 26160 O PRO 8 63 -99.274 -66.864 68.279 1.00117.22 O \ ANISOU26160 O PRO 8 63 13225 16056 15256 137 1311 1902 O \ ATOM 26161 CB PRO 8 63 -97.243 -66.880 65.923 1.00114.53 C \ ANISOU26161 CB PRO 8 63 12982 15495 15039 145 1079 1804 C \ ATOM 26162 CG PRO 8 63 -97.306 -66.050 64.680 1.00113.65 C \ ANISOU26162 CG PRO 8 63 12831 15315 15035 169 1042 1737 C \ ATOM 26163 CD PRO 8 63 -98.180 -66.839 63.765 1.00113.62 C \ ANISOU26163 CD PRO 8 63 12771 15262 15137 107 1012 1824 C \ ATOM 26164 N TYR 8 64 -100.442 -65.932 66.596 1.00156.21 N \ ANISOU26164 N TYR 8 64 18034 20927 20391 145 1306 1867 N \ ATOM 26165 CA TYR 8 64 -101.298 -65.145 67.475 1.00157.22 C \ ANISOU26165 CA TYR 8 64 18101 21152 20481 184 1425 1846 C \ ATOM 26166 C TYR 8 64 -102.475 -65.977 67.976 1.00158.35 C \ ANISOU26166 C TYR 8 64 18180 21357 20628 128 1492 1965 C \ ATOM 26167 O TYR 8 64 -102.530 -67.188 67.763 1.00158.38 O \ ANISOU26167 O TYR 8 64 18197 21329 20650 59 1444 2062 O \ ATOM 26168 CB TYR 8 64 -101.800 -63.894 66.747 1.00156.89 C \ ANISOU26168 CB TYR 8 64 17990 21091 20530 233 1446 1767 C \ ATOM 26169 CG TYR 8 64 -102.161 -62.742 67.663 1.00157.65 C \ ANISOU26169 CG TYR 8 64 18058 21273 20568 302 1553 1694 C \ ATOM 26170 CD1 TYR 8 64 -101.173 -62.017 68.321 1.00157.49 C \ ANISOU26170 CD1 TYR 8 64 18114 21273 20450 360 1559 1596 C \ ATOM 26171 CD2 TYR 8 64 -103.487 -62.371 67.860 1.00158.56 C \ ANISOU26171 CD2 TYR 8 64 18071 21449 20727 310 1648 1722 C \ ATOM 26172 CE1 TYR 8 64 -101.495 -60.959 69.159 1.00158.22 C \ ANISOU26172 CE1 TYR 8 64 18187 21441 20488 424 1655 1524 C \ ATOM 26173 CE2 TYR 8 64 -103.818 -61.313 68.696 1.00159.30 C \ ANISOU26173 CE2 TYR 8 64 18142 21620 20767 377 1748 1651 C \ ATOM 26174 CZ TYR 8 64 -102.818 -60.611 69.343 1.00159.13 C \ ANISOU26174 CZ TYR 8 64 18202 21614 20646 434 1751 1551 C \ ATOM 26175 OH TYR 8 64 -103.140 -59.559 70.175 1.00159.91 O \ ANISOU26175 OH TYR 8 64 18282 21786 20689 501 1850 1477 O \ ATOM 24869 N LEU 6 9 -125.611 -26.890 50.896 1.00137.80 N \ ANISOU24869 N LEU 6 9 12913 17858 21586 2490 2236 565 N \ ATOM 24870 CA LEU 6 9 -124.994 -26.702 52.206 1.00138.05 C \ ANISOU24870 CA LEU 6 9 13036 17930 21487 2528 2335 465 C \ ATOM 24871 C LEU 6 9 -125.217 -27.930 53.092 1.00138.30 C \ ANISOU24871 C LEU 6 9 13046 18082 21421 2465 2406 518 C \ ATOM 24872 O LEU 6 9 -126.304 -28.507 53.100 1.00139.09 O \ ANISOU24872 O LEU 6 9 13015 18256 21576 2449 2444 610 O \ ATOM 24873 CB LEU 6 9 -125.551 -25.440 52.878 1.00139.44 C \ ANISOU24873 CB LEU 6 9 13170 18107 21706 2665 2445 378 C \ ATOM 24874 CG LEU 6 9 -124.751 -24.781 54.008 1.00139.66 C \ ANISOU24874 CG LEU 6 9 13315 18132 21618 2727 2525 242 C \ ATOM 24875 CD1 LEU 6 9 -125.157 -23.323 54.179 1.00140.75 C \ ANISOU24875 CD1 LEU 6 9 13426 18219 21833 2861 2585 155 C \ ATOM 24876 CD2 LEU 6 9 -124.905 -25.537 55.319 1.00140.29 C \ ANISOU24876 CD2 LEU 6 9 13393 18336 21576 2714 2642 240 C \ ATOM 24877 N LEU 6 10 -124.182 -28.329 53.827 1.00149.72 N \ ANISOU24877 N LEU 6 10 14618 19547 22722 2428 2420 462 N \ ATOM 24878 CA LEU 6 10 -124.278 -29.457 54.752 1.00149.96 C \ ANISOU24878 CA LEU 6 10 14644 19687 22646 2371 2488 505 C \ ATOM 24879 C LEU 6 10 -124.696 -28.986 56.141 1.00151.36 C \ ANISOU24879 C LEU 6 10 14801 19945 22762 2460 2646 435 C \ ATOM 24880 O LEU 6 10 -124.016 -28.166 56.759 1.00151.44 O \ ANISOU24880 O LEU 6 10 14908 19926 22706 2525 2684 318 O \ ATOM 24881 CB LEU 6 10 -122.948 -30.214 54.831 1.00148.56 C \ ANISOU24881 CB LEU 6 10 14613 19493 22342 2281 2419 488 C \ ATOM 24882 CG LEU 6 10 -122.648 -31.246 53.740 1.00147.31 C \ ANISOU24882 CG LEU 6 10 14464 19300 22206 2163 2288 587 C \ ATOM 24883 CD1 LEU 6 10 -123.679 -32.366 53.761 1.00147.87 C \ ANISOU24883 CD1 LEU 6 10 14415 19460 22307 2102 2313 711 C \ ATOM 24884 CD2 LEU 6 10 -122.582 -30.597 52.365 1.00146.67 C \ ANISOU24884 CD2 LEU 6 10 14374 19109 22245 2171 2174 595 C \ ATOM 24885 N LEU 6 11 -125.812 -29.515 56.630 1.00165.55 N \ ANISOU24885 N LEU 6 11 16475 21847 24581 2463 2736 507 N \ ATOM 24886 CA LEU 6 11 -126.387 -29.048 57.886 1.00167.06 C \ ANISOU24886 CA LEU 6 11 16626 22121 24729 2555 2893 451 C \ ATOM 24887 C LEU 6 11 -126.199 -30.052 59.024 1.00167.28 C \ ANISOU24887 C LEU 6 11 16690 22258 24610 2502 2971 468 C \ ATOM 24888 O LEU 6 11 -126.241 -31.265 58.816 1.00166.76 O \ ANISOU24888 O LEU 6 11 16606 22234 24522 2398 2929 569 O \ ATOM 24889 CB LEU 6 11 -127.874 -28.723 57.698 1.00168.46 C \ ANISOU24889 CB LEU 6 11 16625 22338 25042 2617 2957 510 C \ ATOM 24890 CG LEU 6 11 -128.469 -27.580 58.526 1.00170.00 C \ ANISOU24890 CG LEU 6 11 16777 22560 25257 2756 3092 421 C \ ATOM 24891 CD1 LEU 6 11 -128.718 -27.994 59.970 1.00171.06 C \ ANISOU24891 CD1 LEU 6 11 16907 22820 25270 2774 3239 402 C \ ATOM 24892 CD2 LEU 6 11 -127.568 -26.356 58.453 1.00169.58 C \ ANISOU24892 CD2 LEU 6 11 16843 22398 25189 2828 3061 288 C \ ATOM 24893 N GLU 6 12 -125.984 -29.527 60.227 1.00169.42 N \ ANISOU24893 N GLU 6 12 17017 22573 24782 2576 3084 369 N \ ATOM 24894 CA GLU 6 12 -125.840 -30.345 61.425 1.00169.83 C \ ANISOU24894 CA GLU 6 12 17105 22733 24689 2541 3173 376 C \ ATOM 24895 C GLU 6 12 -126.715 -29.776 62.543 1.00171.64 C \ ANISOU24895 C GLU 6 12 17263 23052 24901 2646 3341 330 C \ ATOM 24896 O GLU 6 12 -126.603 -28.599 62.884 1.00172.22 O \ ANISOU24896 O GLU 6 12 17371 23087 24977 2751 3390 217 O \ ATOM 24897 CB GLU 6 12 -124.373 -30.401 61.863 1.00168.77 C \ ANISOU24897 CB GLU 6 12 17151 22563 24410 2510 3131 290 C \ ATOM 24898 CG GLU 6 12 -123.699 -29.036 62.020 1.00168.77 C \ ANISOU24898 CG GLU 6 12 17245 22480 24398 2604 3133 145 C \ ATOM 24899 CD GLU 6 12 -123.147 -28.476 60.712 1.00167.57 C \ ANISOU24899 CD GLU 6 12 17130 22193 24345 2593 2993 130 C \ ATOM 24900 OE1 GLU 6 12 -122.885 -29.268 59.781 1.00166.41 O \ ANISOU24900 OE1 GLU 6 12 16983 22013 24231 2497 2880 216 O \ ATOM 24901 OE2 GLU 6 12 -122.965 -27.242 60.620 1.00167.82 O \ ANISOU24901 OE2 GLU 6 12 17194 22151 24418 2682 2997 32 O \ ATOM 24902 N CYS 6 13 -127.590 -30.609 63.102 1.00140.93 N \ ANISOU24902 N CYS 6 13 13273 19279 20994 2617 3428 419 N \ ATOM 24903 CA CYS 6 13 -128.550 -30.158 64.113 1.00142.76 C \ ANISOU24903 CA CYS 6 13 13418 19605 21218 2713 3593 391 C \ ATOM 24904 C CYS 6 13 -128.134 -30.517 65.535 1.00143.29 C \ ANISOU24904 C CYS 6 13 13571 19768 21107 2714 3700 342 C \ ATOM 24905 O CYS 6 13 -128.001 -31.692 65.870 1.00143.01 O \ ANISOU24905 O CYS 6 13 13547 19801 20989 2620 3699 420 O \ ATOM 24906 CB CYS 6 13 -129.944 -30.725 63.829 1.00143.71 C \ ANISOU24906 CB CYS 6 13 13352 19801 21449 2694 3636 522 C \ ATOM 24907 SG CYS 6 13 -130.894 -29.813 62.588 1.00144.07 S \ ANISOU24907 SG CYS 6 13 13258 19767 21714 2761 3586 549 S \ ATOM 24908 N THR 6 14 -127.945 -29.496 66.369 1.00182.13 N \ ANISOU24908 N THR 6 14 18547 24688 25966 2821 3790 213 N \ ATOM 24909 CA THR 6 14 -127.568 -29.693 67.769 1.00182.79 C \ ANISOU24909 CA THR 6 14 18715 24861 25876 2836 3898 153 C \ ATOM 24910 C THR 6 14 -128.800 -29.851 68.656 1.00184.64 C \ ANISOU24910 C THR 6 14 18823 25227 26105 2886 4063 194 C \ ATOM 24911 O THR 6 14 -129.929 -29.855 68.164 1.00185.36 O \ ANISOU24911 O THR 6 14 18757 25340 26329 2905 4089 273 O \ ATOM 24912 CB THR 6 14 -126.719 -28.518 68.304 1.00182.86 C \ ANISOU24912 CB THR 6 14 18858 24808 25811 2926 3917 -13 C \ ATOM 24913 OG1 THR 6 14 -126.145 -28.870 69.569 1.00183.21 O \ ANISOU24913 OG1 THR 6 14 19006 24932 25672 2916 3992 -64 O \ ATOM 24914 CG2 THR 6 14 -127.578 -27.273 68.472 1.00184.31 C \ ANISOU24914 CG2 THR 6 14 18962 24984 26084 3065 4015 -85 C \ ATOM 24915 N GLU 6 15 -128.577 -29.975 69.962 1.00145.67 N \ ANISOU24915 N GLU 6 15 13954 20380 21013 2909 4174 140 N \ ATOM 24916 CA GLU 6 15 -129.673 -30.131 70.913 1.00147.48 C \ ANISOU24916 CA GLU 6 15 14075 20744 21218 2957 4340 173 C \ ATOM 24917 C GLU 6 15 -129.732 -28.973 71.909 1.00148.83 C \ ANISOU24917 C GLU 6 15 14289 20935 21325 3093 4469 29 C \ ATOM 24918 O GLU 6 15 -128.785 -28.193 72.026 1.00148.30 O \ ANISOU24918 O GLU 6 15 14357 20789 21203 3135 4429 -96 O \ ATOM 24919 CB GLU 6 15 -129.558 -31.464 71.656 1.00147.51 C \ ANISOU24919 CB GLU 6 15 14100 20858 21089 2858 4377 258 C \ ATOM 24920 CG GLU 6 15 -130.809 -31.843 72.425 1.00149.29 C \ ANISOU24920 CG GLU 6 15 14187 21225 21312 2884 4535 330 C \ ATOM 24921 CD GLU 6 15 -130.624 -33.080 73.274 1.00149.41 C \ ANISOU24921 CD GLU 6 15 14239 21349 21181 2792 4579 403 C \ ATOM 24922 OE1 GLU 6 15 -129.635 -33.812 73.058 1.00147.98 O \ ANISOU24922 OE1 GLU 6 15 14168 21130 20929 2693 4469 426 O \ ATOM 24923 OE2 GLU 6 15 -131.472 -33.319 74.158 1.00150.97 O \ ANISOU24923 OE2 GLU 6 15 14354 21670 21336 2820 4725 439 O \ ATOM 24924 N CYS 6 16 -130.850 -28.872 72.622 1.00155.00 N \ ANISOU24924 N CYS 6 16 14953 21824 22114 3161 4624 49 N \ ATOM 24925 CA CYS 6 16 -131.069 -27.800 73.589 1.00156.50 C \ ANISOU24925 CA CYS 6 16 15168 22044 22250 3297 4761 -81 C \ ATOM 24926 C CYS 6 16 -130.612 -28.181 74.999 1.00157.14 C \ ANISOU24926 C CYS 6 16 15354 22228 22124 3291 4862 -130 C \ ATOM 24927 O CYS 6 16 -131.094 -29.155 75.578 1.00157.77 O \ ANISOU24927 O CYS 6 16 15376 22428 22140 3236 4937 -35 O \ ATOM 24928 CB CYS 6 16 -132.545 -27.393 73.609 1.00158.20 C \ ANISOU24928 CB CYS 6 16 15199 22321 22590 3386 4881 -42 C \ ATOM 24929 SG CYS 6 16 -133.154 -26.722 72.044 1.00157.74 S \ ANISOU24929 SG CYS 6 16 15016 22142 22777 3419 4777 -2 S \ ATOM 24930 N LYS 6 17 -129.687 -27.393 75.542 1.00168.87 N \ ANISOU24930 N LYS 6 17 16992 23664 23506 3347 4862 -277 N \ ATOM 24931 CA LYS 6 17 -129.123 -27.630 76.871 1.00169.43 C \ ANISOU24931 CA LYS 6 17 17183 23820 23373 3347 4945 -341 C \ ATOM 24932 C LYS 6 17 -128.406 -28.970 76.998 1.00168.29 C \ ANISOU24932 C LYS 6 17 17109 23717 23117 3206 4874 -252 C \ ATOM 24933 O LYS 6 17 -128.263 -29.501 78.099 1.00168.97 O \ ANISOU24933 O LYS 6 17 17249 23908 23045 3187 4959 -253 O \ ATOM 24934 CB LYS 6 17 -130.183 -27.480 77.966 1.00171.58 C \ ANISOU24934 CB LYS 6 17 17369 24228 23598 3432 5143 -349 C \ ATOM 24935 CG LYS 6 17 -130.096 -26.156 78.707 1.00172.77 C \ ANISOU24935 CG LYS 6 17 17588 24360 23698 3574 5237 -519 C \ ATOM 24936 CD LYS 6 17 -128.703 -25.962 79.289 1.00172.03 C \ ANISOU24936 CD LYS 6 17 17699 24224 23438 3556 5183 -636 C \ ATOM 24937 CE LYS 6 17 -128.546 -24.596 79.933 1.00173.12 C \ ANISOU24937 CE LYS 6 17 17916 24326 23535 3693 5260 -812 C \ ATOM 24938 NZ LYS 6 17 -127.173 -24.410 80.479 1.00172.39 N \ ANISOU24938 NZ LYS 6 17 18024 24192 23285 3670 5200 -924 N \ ATOM 24939 N ARG 6 18 -127.952 -29.504 75.869 1.00176.70 N \ ANISOU24939 N ARG 6 18 18178 24698 24264 3109 4717 -177 N \ ATOM 24940 CA ARG 6 18 -127.179 -30.742 75.858 1.00175.47 C \ ANISOU24940 CA ARG 6 18 18096 24560 24014 2975 4630 -97 C \ ATOM 24941 C ARG 6 18 -126.104 -30.712 74.774 1.00173.48 C \ ANISOU24941 C ARG 6 18 17934 24169 23811 2912 4446 -111 C \ ATOM 24942 O ARG 6 18 -125.658 -29.640 74.360 1.00173.09 O \ ANISOU24942 O ARG 6 18 17940 24015 23813 2978 4395 -217 O \ ATOM 24943 CB ARG 6 18 -128.093 -31.963 75.694 1.00175.76 C \ ANISOU24943 CB ARG 6 18 17997 24689 24097 2891 4657 73 C \ ATOM 24944 CG ARG 6 18 -128.836 -32.346 76.970 1.00177.53 C \ ANISOU24944 CG ARG 6 18 18170 25068 24214 2917 4831 101 C \ ATOM 24945 CD ARG 6 18 -129.994 -33.291 76.694 1.00178.10 C \ ANISOU24945 CD ARG 6 18 18072 25224 24374 2858 4871 264 C \ ATOM 24946 NE ARG 6 18 -130.878 -33.416 77.850 1.00180.03 N \ ANISOU24946 NE ARG 6 18 18245 25613 24544 2906 5054 282 N \ ATOM 24947 CZ ARG 6 18 -132.118 -33.891 77.796 1.00181.09 C \ ANISOU24947 CZ ARG 6 18 18209 25833 24763 2895 5134 399 C \ ATOM 24948 NH1 ARG 6 18 -132.632 -34.285 76.639 1.00180.42 N \ ANISOU24948 NH1 ARG 6 18 18008 25701 24842 2837 5044 507 N \ ATOM 24949 NH2 ARG 6 18 -132.848 -33.968 78.900 1.00182.87 N \ ANISOU24949 NH2 ARG 6 18 18380 26193 24910 2942 5305 407 N \ ATOM 24950 N ARG 6 19 -125.695 -31.890 74.315 1.00193.49 N \ ANISOU24950 N ARG 6 19 20484 26703 26332 2786 4347 -3 N \ ATOM 24951 CA ARG 6 19 -124.561 -31.993 73.405 1.00191.60 C \ ANISOU24951 CA ARG 6 19 20344 26343 26113 2719 4177 -15 C \ ATOM 24952 C ARG 6 19 -124.681 -33.171 72.438 1.00190.48 C \ ANISOU24952 C ARG 6 19 20139 26186 26048 2597 4071 134 C \ ATOM 24953 O ARG 6 19 -123.771 -33.992 72.322 1.00189.27 O \ ANISOU24953 O ARG 6 19 20079 26015 25821 2501 3978 168 O \ ATOM 24954 CB ARG 6 19 -123.265 -32.082 74.214 1.00191.09 C \ ANISOU24954 CB ARG 6 19 20458 26279 25869 2696 4154 -101 C \ ATOM 24955 CG ARG 6 19 -123.423 -32.819 75.541 1.00192.15 C \ ANISOU24955 CG ARG 6 19 20613 26553 25843 2677 4271 -74 C \ ATOM 24956 CD ARG 6 19 -122.288 -32.505 76.514 1.00192.11 C \ ANISOU24956 CD ARG 6 19 20780 26553 25661 2697 4278 -195 C \ ATOM 24957 NE ARG 6 19 -122.259 -31.098 76.913 1.00192.96 N \ ANISOU24957 NE ARG 6 19 20927 26624 25764 2821 4340 -346 N \ ATOM 24958 CZ ARG 6 19 -121.440 -30.595 77.834 1.00193.26 C \ ANISOU24958 CZ ARG 6 19 21104 26669 25658 2861 4367 -469 C \ ATOM 24959 NH1 ARG 6 19 -120.577 -31.383 78.461 1.00192.79 N \ ANISOU24959 NH1 ARG 6 19 21154 26653 25445 2788 4338 -458 N \ ATOM 24960 NH2 ARG 6 19 -121.485 -29.302 78.130 1.00194.08 N \ ANISOU24960 NH2 ARG 6 19 21237 26734 25770 2975 4421 -605 N \ ATOM 24961 N ASN 6 20 -125.812 -33.239 71.742 1.00200.67 N \ ANISOU24961 N ASN 6 20 21273 27485 27489 2602 4084 223 N \ ATOM 24962 CA ASN 6 20 -126.055 -34.281 70.748 1.00199.73 C \ ANISOU24962 CA ASN 6 20 21082 27347 27461 2492 3983 364 C \ ATOM 24963 C ASN 6 20 -126.256 -33.679 69.362 1.00198.98 C \ ANISOU24963 C ASN 6 20 20926 27137 27542 2508 3879 370 C \ ATOM 24964 O ASN 6 20 -126.767 -32.567 69.233 1.00199.73 O \ ANISOU24964 O ASN 6 20 20967 27201 27720 2612 3925 304 O \ ATOM 24965 CB ASN 6 20 -127.273 -35.123 71.145 1.00200.96 C \ ANISOU24965 CB ASN 6 20 21094 27626 27635 2461 4085 488 C \ ATOM 24966 CG ASN 6 20 -127.721 -36.068 70.042 1.00200.20 C \ ANISOU24966 CG ASN 6 20 20901 27506 27658 2359 3986 633 C \ ATOM 24967 OD1 ASN 6 20 -128.351 -35.653 69.067 1.00200.14 O \ ANISOU24967 OD1 ASN 6 20 20792 27444 27809 2381 3943 662 O \ ATOM 24968 ND2 ASN 6 20 -127.412 -37.350 70.200 1.00199.66 N \ ANISOU24968 ND2 ASN 6 20 20865 27481 27516 2246 3950 726 N \ ATOM 24969 N TYR 6 21 -125.857 -34.413 68.326 1.00172.15 N \ ANISOU24969 N TYR 6 21 17537 23673 24198 2407 3739 450 N \ ATOM 24970 CA TYR 6 21 -125.972 -33.914 66.956 1.00171.34 C \ ANISOU24970 CA TYR 6 21 17387 23459 24254 2412 3628 462 C \ ATOM 24971 C TYR 6 21 -126.911 -34.747 66.077 1.00171.29 C \ ANISOU24971 C TYR 6 21 17239 23469 24375 2339 3583 611 C \ ATOM 24972 O TYR 6 21 -127.385 -35.809 66.485 1.00171.74 O \ ANISOU24972 O TYR 6 21 17241 23618 24394 2272 3627 711 O \ ATOM 24973 CB TYR 6 21 -124.589 -33.799 66.301 1.00169.59 C \ ANISOU24973 CB TYR 6 21 17312 23122 24004 2369 3483 406 C \ ATOM 24974 CG TYR 6 21 -123.698 -32.742 66.923 1.00169.60 C \ ANISOU24974 CG TYR 6 21 17442 23081 23917 2450 3507 251 C \ ATOM 24975 CD1 TYR 6 21 -122.352 -32.987 67.158 1.00168.50 C \ ANISOU24975 CD1 TYR 6 21 17459 22906 23656 2402 3438 197 C \ ATOM 24976 CD2 TYR 6 21 -124.209 -31.502 67.284 1.00170.77 C \ ANISOU24976 CD2 TYR 6 21 17554 23224 24104 2574 3598 158 C \ ATOM 24977 CE1 TYR 6 21 -121.539 -32.023 67.726 1.00168.55 C \ ANISOU24977 CE1 TYR 6 21 17583 22874 23584 2472 3456 56 C \ ATOM 24978 CE2 TYR 6 21 -123.404 -30.534 67.854 1.00170.83 C \ ANISOU24978 CE2 TYR 6 21 17683 23191 24033 2646 3618 15 C \ ATOM 24979 CZ TYR 6 21 -122.071 -30.799 68.074 1.00169.72 C \ ANISOU24979 CZ TYR 6 21 17696 23016 23772 2592 3545 -35 C \ ATOM 24980 OH TYR 6 21 -121.271 -29.833 68.642 1.00169.82 O \ ANISOU24980 OH TYR 6 21 17828 22987 23708 2660 3561 -178 O \ ATOM 24981 N ALA 6 22 -127.176 -34.245 64.873 1.00148.63 N \ ANISOU24981 N ALA 6 22 14310 20508 21654 2353 3495 625 N \ ATOM 24982 CA ALA 6 22 -128.025 -34.933 63.904 1.00148.52 C \ ANISOU24982 CA ALA 6 22 14165 20494 21771 2285 3435 759 C \ ATOM 24983 C ALA 6 22 -127.605 -34.598 62.469 1.00147.18 C \ ANISOU24983 C ALA 6 22 14017 20193 21712 2262 3280 760 C \ ATOM 24984 O ALA 6 22 -127.061 -33.523 62.208 1.00146.81 O \ ANISOU24984 O ALA 6 22 14036 20061 21684 2332 3249 656 O \ ATOM 24985 CB ALA 6 22 -129.490 -34.579 64.131 1.00150.21 C \ ANISOU24985 CB ALA 6 22 14208 20783 22084 2355 3551 800 C \ ATOM 24986 N THR 6 23 -127.854 -35.527 61.548 1.00179.57 N \ ANISOU24986 N THR 6 23 18063 24279 25885 2162 3183 877 N \ ATOM 24987 CA THR 6 23 -127.503 -35.342 60.140 1.00178.32 C \ ANISOU24987 CA THR 6 23 17921 24003 25830 2129 3032 892 C \ ATOM 24988 C THR 6 23 -128.556 -34.505 59.419 1.00179.08 C \ ANISOU24988 C THR 6 23 17881 24071 26092 2200 3036 909 C \ ATOM 24989 O THR 6 23 -129.753 -34.773 59.533 1.00180.24 O \ ANISOU24989 O THR 6 23 17881 24292 26311 2206 3103 989 O \ ATOM 24990 CB THR 6 23 -127.366 -36.692 59.406 1.00177.33 C \ ANISOU24990 CB THR 6 23 17793 23869 25714 1993 2922 1011 C \ ATOM 24991 OG1 THR 6 23 -128.619 -37.387 59.439 1.00178.36 O \ ANISOU24991 OG1 THR 6 23 17771 24084 25914 1958 2972 1129 O \ ATOM 24992 CG2 THR 6 23 -126.297 -37.554 60.057 1.00176.53 C \ ANISOU24992 CG2 THR 6 23 17828 23791 25455 1921 2909 999 C \ ATOM 24993 N GLU 6 24 -128.109 -33.500 58.672 1.00151.64 N \ ANISOU24993 N GLU 6 24 14451 20487 22680 2253 2963 837 N \ ATOM 24994 CA GLU 6 24 -129.030 -32.612 57.966 1.00152.34 C \ ANISOU24994 CA GLU 6 24 14420 20538 22926 2327 2960 845 C \ ATOM 24995 C GLU 6 24 -128.452 -32.010 56.689 1.00151.16 C \ ANISOU24995 C GLU 6 24 14322 20254 22857 2326 2819 819 C \ ATOM 24996 O GLU 6 24 -127.265 -32.157 56.395 1.00149.80 O \ ANISOU24996 O GLU 6 24 14287 20015 22615 2277 2730 779 O \ ATOM 24997 CB GLU 6 24 -129.512 -31.491 58.890 1.00153.79 C \ ANISOU24997 CB GLU 6 24 14568 20757 23107 2463 3101 752 C \ ATOM 24998 CG GLU 6 24 -130.753 -31.830 59.699 1.00155.44 C \ ANISOU24998 CG GLU 6 24 14636 21095 23330 2489 3240 813 C \ ATOM 24999 CD GLU 6 24 -132.003 -31.922 58.841 1.00156.09 C \ ANISOU24999 CD GLU 6 24 14541 21185 23579 2485 3215 921 C \ ATOM 25000 OE1 GLU 6 24 -131.895 -32.358 57.675 1.00155.06 O \ ANISOU25000 OE1 GLU 6 24 14403 20991 23524 2407 3079 992 O \ ATOM 25001 OE2 GLU 6 24 -133.095 -31.561 59.332 1.00157.65 O \ ANISOU25001 OE2 GLU 6 24 14610 21455 23834 2559 3332 935 O \ ATOM 25002 N LYS 6 25 -129.312 -31.327 55.938 1.00135.73 N \ ANISOU25002 N LYS 6 25 12255 18264 21052 2380 2801 844 N \ ATOM 25003 CA LYS 6 25 -128.915 -30.657 54.705 1.00134.81 C \ ANISOU25003 CA LYS 6 25 12171 18023 21026 2389 2674 825 C \ ATOM 25004 C LYS 6 25 -129.802 -29.440 54.434 1.00135.92 C \ ANISOU25004 C LYS 6 25 12207 18136 21301 2505 2714 798 C \ ATOM 25005 O LYS 6 25 -130.937 -29.572 53.972 1.00136.71 O \ ANISOU25005 O LYS 6 25 12158 18266 21520 2508 2717 886 O \ ATOM 25006 CB LYS 6 25 -128.963 -31.627 53.520 1.00133.82 C \ ANISOU25006 CB LYS 6 25 12019 17868 20960 2272 2539 940 C \ ATOM 25007 CG LYS 6 25 -128.591 -31.002 52.183 1.00132.89 C \ ANISOU25007 CG LYS 6 25 11932 17627 20935 2274 2404 931 C \ ATOM 25008 CD LYS 6 25 -128.686 -32.017 51.055 1.00132.02 C \ ANISOU25008 CD LYS 6 25 11793 17494 20875 2157 2275 1046 C \ ATOM 25009 CE LYS 6 25 -130.058 -32.671 51.018 1.00133.12 C \ ANISOU25009 CE LYS 6 25 11763 17719 21099 2130 2312 1163 C \ ATOM 25010 NZ LYS 6 25 -130.145 -33.730 49.975 1.00132.32 N \ ANISOU25010 NZ LYS 6 25 11639 17599 21039 2010 2187 1274 N \ ATOM 25011 N ASN 6 26 -129.270 -28.259 54.730 1.00157.87 N \ ANISOU25011 N ASN 6 26 15066 20854 24062 2600 2743 675 N \ ATOM 25012 CA ASN 6 26 -129.982 -27.000 54.539 1.00158.92 C \ ANISOU25012 CA ASN 6 26 15119 20949 24314 2721 2783 633 C \ ATOM 25013 C ASN 6 26 -129.879 -26.509 53.096 1.00158.13 C \ ANISOU25013 C ASN 6 26 15014 20733 24337 2713 2642 658 C \ ATOM 25014 O ASN 6 26 -129.226 -27.138 52.261 1.00156.77 O \ ANISOU25014 O ASN 6 26 14904 20511 24151 2614 2518 704 O \ ATOM 25015 CB ASN 6 26 -129.424 -25.942 55.500 1.00159.39 C \ ANISOU25015 CB ASN 6 26 15274 20989 24298 2826 2872 486 C \ ATOM 25016 CG ASN 6 26 -130.248 -24.666 55.517 1.00160.73 C \ ANISOU25016 CG ASN 6 26 15356 21132 24582 2961 2939 438 C \ ATOM 25017 OD1 ASN 6 26 -131.461 -24.691 55.306 1.00161.79 O \ ANISOU25017 OD1 ASN 6 26 15333 21311 24827 2991 2976 513 O \ ATOM 25018 ND2 ASN 6 26 -129.588 -23.541 55.779 1.00160.73 N \ ANISOU25018 ND2 ASN 6 26 15456 21056 24558 3044 2953 311 N \ ATOM 25019 N LYS 6 27 -130.531 -25.388 52.806 1.00191.45 N \ ANISOU25019 N LYS 6 27 19158 24908 28675 2818 2664 630 N \ ATOM 25020 CA LYS 6 27 -130.446 -24.767 51.490 1.00190.85 C \ ANISOU25020 CA LYS 6 27 19080 24718 28716 2824 2539 645 C \ ATOM 25021 C LYS 6 27 -129.691 -23.448 51.589 1.00190.72 C \ ANISOU25021 C LYS 6 27 19172 24603 28691 2915 2540 515 C \ ATOM 25022 O LYS 6 27 -130.069 -22.561 52.356 1.00191.92 O \ ANISOU25022 O LYS 6 27 19299 24769 28855 3028 2649 437 O \ ATOM 25023 CB LYS 6 27 -131.841 -24.539 50.905 1.00191.99 C \ ANISOU25023 CB LYS 6 27 19043 24880 29023 2867 2544 731 C \ ATOM 25024 CG LYS 6 27 -132.731 -25.769 50.944 1.00192.41 C \ ANISOU25024 CG LYS 6 27 18973 25041 29093 2788 2561 858 C \ ATOM 25025 CD LYS 6 27 -131.998 -26.993 50.421 1.00190.90 C \ ANISOU25025 CD LYS 6 27 18860 24844 28830 2643 2452 922 C \ ATOM 25026 CE LYS 6 27 -132.729 -28.274 50.786 1.00191.37 C \ ANISOU25026 CE LYS 6 27 18821 25020 28870 2563 2493 1029 C \ ATOM 25027 NZ LYS 6 27 -131.849 -29.465 50.637 1.00189.98 N \ ANISOU25027 NZ LYS 6 27 18748 24847 28587 2432 2416 1066 N \ ATOM 25028 N ARG 6 28 -128.619 -23.330 50.813 1.00177.61 N \ ANISOU25028 N ARG 6 28 17631 22843 27009 2865 2418 491 N \ ATOM 25029 CA ARG 6 28 -127.763 -22.150 50.846 1.00177.33 C \ ANISOU25029 CA ARG 6 28 17712 22707 26959 2934 2404 370 C \ ATOM 25030 C ARG 6 28 -128.574 -20.853 50.852 1.00178.69 C \ ANISOU25030 C ARG 6 28 17802 22841 27251 3069 2461 326 C \ ATOM 25031 O ARG 6 28 -128.829 -20.276 51.911 1.00179.81 O \ ANISOU25031 O ARG 6 28 17939 23021 27361 3161 2586 246 O \ ATOM 25032 CB ARG 6 28 -126.790 -22.172 49.662 1.00175.75 C \ ANISOU25032 CB ARG 6 28 17610 22400 26768 2860 2248 383 C \ ATOM 25033 CG ARG 6 28 -125.813 -21.005 49.621 1.00175.35 C \ ANISOU25033 CG ARG 6 28 17686 22239 26701 2918 2221 265 C \ ATOM 25034 CD ARG 6 28 -124.792 -21.074 50.746 1.00175.03 C \ ANISOU25034 CD ARG 6 28 17777 22222 26503 2914 2282 162 C \ ATOM 25035 NE ARG 6 28 -123.917 -19.905 50.746 1.00174.79 N \ ANISOU25035 NE ARG 6 28 17861 22086 26463 2973 2261 47 N \ ATOM 25036 CZ ARG 6 28 -122.801 -19.804 50.029 1.00173.45 C \ ANISOU25036 CZ ARG 6 28 17806 21827 26271 2916 2148 28 C \ ATOM 25037 NH1 ARG 6 28 -122.416 -20.807 49.250 1.00172.23 N \ ANISOU25037 NH1 ARG 6 28 17669 21674 26096 2803 2048 113 N \ ATOM 25038 NH2 ARG 6 28 -122.069 -18.699 50.089 1.00173.39 N \ ANISOU25038 NH2 ARG 6 28 17894 21726 26259 2973 2137 -77 N \ ATOM 25039 N ASN 6 29 -128.980 -20.405 49.667 1.00170.89 N \ ANISOU25039 N ASN 6 29 16753 21777 26399 3080 2369 380 N \ ATOM 25040 CA ASN 6 29 -129.728 -19.158 49.522 1.00172.12 C \ ANISOU25040 CA ASN 6 29 16832 21883 26682 3206 2406 346 C \ ATOM 25041 C ASN 6 29 -131.236 -19.384 49.556 1.00173.50 C \ ANISOU25041 C ASN 6 29 16818 22142 26963 3244 2469 435 C \ ATOM 25042 O ASN 6 29 -131.982 -18.575 50.113 1.00174.95 O \ ANISOU25042 O ASN 6 29 16926 22342 27205 3361 2572 392 O \ ATOM 25043 CB ASN 6 29 -129.331 -18.444 48.226 1.00171.37 C \ ANISOU25043 CB ASN 6 29 16777 21655 26680 3205 2270 353 C \ ATOM 25044 CG ASN 6 29 -129.874 -17.026 48.145 1.00172.56 C \ ANISOU25044 CG ASN 6 29 16879 21736 26948 3341 2305 297 C \ ATOM 25045 OD1 ASN 6 29 -129.925 -16.433 47.067 1.00172.33 O \ ANISOU25045 OD1 ASN 6 29 16839 21613 27027 3354 2207 326 O \ ATOM 25046 ND2 ASN 6 29 -130.278 -16.477 49.285 1.00173.86 N \ ANISOU25046 ND2 ASN 6 29 17019 21946 27093 3444 2445 218 N \ ATOM 25047 N THR 6 30 -131.672 -20.485 48.950 1.00143.94 N \ ANISOU25047 N THR 6 30 12997 18450 23245 3144 2407 560 N \ ATOM 25048 CA THR 6 30 -133.078 -20.864 48.937 1.00145.18 C \ ANISOU25048 CA THR 6 30 12970 18693 23498 3159 2457 658 C \ ATOM 25049 C THR 6 30 -133.695 -20.575 50.305 1.00146.70 C \ ANISOU25049 C THR 6 30 13105 18977 23658 3255 2633 601 C \ ATOM 25050 O THR 6 30 -133.057 -20.829 51.328 1.00146.53 O \ ANISOU25050 O THR 6 30 13177 18999 23497 3246 2708 530 O \ ATOM 25051 CB THR 6 30 -133.235 -22.362 48.607 1.00144.48 C \ ANISOU25051 CB THR 6 30 12842 18678 23377 3022 2402 778 C \ ATOM 25052 OG1 THR 6 30 -132.112 -22.806 47.834 1.00142.75 O \ ANISOU25052 OG1 THR 6 30 12752 18387 23098 2920 2269 785 O \ ATOM 25053 CG2 THR 6 30 -134.524 -22.616 47.833 1.00145.28 C \ ANISOU25053 CG2 THR 6 30 12764 18809 23625 3014 2366 902 C \ ATOM 25054 N PRO 6 31 -134.928 -20.029 50.321 1.00154.06 N \ ANISOU25054 N PRO 6 31 13882 19936 24716 3349 2697 630 N \ ATOM 25055 CA PRO 6 31 -135.658 -19.631 51.535 1.00155.72 C \ ANISOU25055 CA PRO 6 31 14019 20230 24917 3456 2868 578 C \ ATOM 25056 C PRO 6 31 -135.505 -20.608 52.703 1.00155.79 C \ ANISOU25056 C PRO 6 31 14054 20361 24779 3404 2971 574 C \ ATOM 25057 O PRO 6 31 -136.441 -21.338 53.032 1.00156.65 O \ ANISOU25057 O PRO 6 31 14033 20580 24908 3382 3037 659 O \ ATOM 25058 CB PRO 6 31 -137.111 -19.586 51.059 1.00157.01 C \ ANISOU25058 CB PRO 6 31 13979 20435 25241 3497 2882 680 C \ ATOM 25059 CG PRO 6 31 -137.005 -19.157 49.636 1.00156.28 C \ ANISOU25059 CG PRO 6 31 13887 20227 25264 3480 2727 723 C \ ATOM 25060 CD PRO 6 31 -135.710 -19.742 49.103 1.00154.32 C \ ANISOU25060 CD PRO 6 31 13799 19920 24916 3359 2604 719 C \ ATOM 25061 N ASN 6 32 -134.328 -20.590 53.321 1.00166.53 N \ ANISOU25061 N ASN 6 32 15580 21699 25994 3384 2982 477 N \ ATOM 25062 CA ASN 6 32 -133.987 -21.458 54.443 1.00166.47 C \ ANISOU25062 CA ASN 6 32 15625 21794 25831 3334 3070 461 C \ ATOM 25063 C ASN 6 32 -132.782 -20.890 55.186 1.00165.96 C \ ANISOU25063 C ASN 6 32 15740 21684 25635 3367 3099 318 C \ ATOM 25064 O ASN 6 32 -131.671 -20.865 54.653 1.00164.52 O \ ANISOU25064 O ASN 6 32 15689 21412 25407 3310 2989 286 O \ ATOM 25065 CB ASN 6 32 -133.682 -22.881 53.963 1.00165.21 C \ ANISOU25065 CB ASN 6 32 15480 21672 25622 3178 2978 569 C \ ATOM 25066 CG ASN 6 32 -134.886 -23.805 54.055 1.00166.12 C \ ANISOU25066 CG ASN 6 32 15427 21903 25788 3138 3027 694 C \ ATOM 25067 OD1 ASN 6 32 -135.947 -23.419 54.547 1.00167.71 O \ ANISOU25067 OD1 ASN 6 32 15499 22167 26056 3226 3139 701 O \ ATOM 25068 ND2 ASN 6 32 -134.721 -25.039 53.589 1.00165.14 N \ ANISOU25068 ND2 ASN 6 32 15304 21807 25635 3004 2945 794 N \ ATOM 25069 N LYS 6 33 -133.007 -20.427 56.414 1.00144.17 N \ ANISOU25069 N LYS 6 33 12982 18982 22813 3460 3247 232 N \ ATOM 25070 CA LYS 6 33 -131.946 -19.807 57.206 1.00143.91 C \ ANISOU25070 CA LYS 6 33 13113 18909 22658 3502 3284 89 C \ ATOM 25071 C LYS 6 33 -131.702 -20.528 58.535 1.00144.22 C \ ANISOU25071 C LYS 6 33 13201 19064 22531 3475 3396 60 C \ ATOM 25072 O LYS 6 33 -130.563 -20.869 58.865 1.00143.14 O \ ANISOU25072 O LYS 6 33 13212 18914 22262 3413 3361 10 O \ ATOM 25073 CB LYS 6 33 -132.249 -18.324 57.441 1.00145.11 C \ ANISOU25073 CB LYS 6 33 13257 18998 22882 3653 3349 -17 C \ ATOM 25074 CG LYS 6 33 -132.275 -17.492 56.165 1.00144.71 C \ ANISOU25074 CG LYS 6 33 13189 18816 22980 3683 3231 -5 C \ ATOM 25075 CD LYS 6 33 -130.929 -17.526 55.455 1.00142.88 C \ ANISOU25075 CD LYS 6 33 13112 18478 22699 3599 3087 -31 C \ ATOM 25076 CE LYS 6 33 -131.025 -16.969 54.043 1.00142.37 C \ ANISOU25076 CE LYS 6 33 13015 18297 22782 3601 2956 15 C \ ATOM 25077 NZ LYS 6 33 -131.768 -17.882 53.131 1.00142.08 N \ ANISOU25077 NZ LYS 6 33 12851 18300 22832 3520 2885 167 N \ ATOM 25078 N LEU 6 34 -132.770 -20.754 59.296 1.00153.77 N \ ANISOU25078 N LEU 6 34 14289 20390 23749 3522 3531 93 N \ ATOM 25079 CA LEU 6 34 -132.665 -21.481 60.560 1.00154.21 C \ ANISOU25079 CA LEU 6 34 14377 20566 23652 3496 3644 78 C \ ATOM 25080 C LEU 6 34 -133.470 -22.782 60.545 1.00154.43 C \ ANISOU25080 C LEU 6 34 14279 20710 23689 3408 3665 222 C \ ATOM 25081 O LEU 6 34 -134.391 -22.945 59.743 1.00154.75 O \ ANISOU25081 O LEU 6 34 14176 20754 23868 3398 3628 325 O \ ATOM 25082 CB LEU 6 34 -133.075 -20.596 61.747 1.00155.92 C \ ANISOU25082 CB LEU 6 34 14585 20827 23830 3634 3808 -32 C \ ATOM 25083 CG LEU 6 34 -134.298 -19.672 61.664 1.00157.58 C \ ANISOU25083 CG LEU 6 34 14649 21038 24187 3764 3889 -37 C \ ATOM 25084 CD1 LEU 6 34 -134.010 -18.433 60.823 1.00157.29 C \ ANISOU25084 CD1 LEU 6 34 14651 20852 24261 3837 3803 -104 C \ ATOM 25085 CD2 LEU 6 34 -135.527 -20.407 61.149 1.00158.14 C \ ANISOU25085 CD2 LEU 6 34 14529 21185 24374 3727 3893 115 C \ ATOM 25086 N GLU 6 35 -133.111 -23.703 61.434 1.00159.49 N \ ANISOU25086 N GLU 6 35 14974 21443 24182 3342 3720 232 N \ ATOM 25087 CA GLU 6 35 -133.781 -24.998 61.515 1.00159.68 C \ ANISOU25087 CA GLU 6 35 14894 21578 24199 3249 3742 367 C \ ATOM 25088 C GLU 6 35 -134.308 -25.250 62.926 1.00161.16 C \ ANISOU25088 C GLU 6 35 15043 21903 24288 3292 3918 350 C \ ATOM 25089 O GLU 6 35 -133.566 -25.697 63.800 1.00160.85 O \ ANISOU25089 O GLU 6 35 15118 21908 24089 3255 3957 305 O \ ATOM 25090 CB GLU 6 35 -132.822 -26.121 61.099 1.00157.92 C \ ANISOU25090 CB GLU 6 35 14772 21338 23893 3101 3620 423 C \ ATOM 25091 CG GLU 6 35 -133.461 -27.505 60.979 1.00157.94 C \ ANISOU25091 CG GLU 6 35 14671 21435 23904 2992 3615 572 C \ ATOM 25092 CD GLU 6 35 -134.269 -27.678 59.703 1.00157.82 C \ ANISOU25092 CD GLU 6 35 14520 21384 24060 2958 3521 686 C \ ATOM 25093 OE1 GLU 6 35 -134.568 -26.661 59.042 1.00158.08 O \ ANISOU25093 OE1 GLU 6 35 14510 21337 24214 3038 3488 653 O \ ATOM 25094 OE2 GLU 6 35 -134.605 -28.832 59.360 1.00157.50 O \ ANISOU25094 OE2 GLU 6 35 14416 21393 24033 2850 3477 808 O \ ATOM 25095 N LEU 6 36 -135.589 -24.962 63.144 1.00164.87 N \ ANISOU25095 N LEU 6 36 15351 22440 24853 3370 4024 386 N \ ATOM 25096 CA LEU 6 36 -136.206 -25.149 64.458 1.00166.45 C \ ANISOU25096 CA LEU 6 36 15499 22775 24970 3419 4201 374 C \ ATOM 25097 C LEU 6 36 -137.084 -26.401 64.516 1.00166.92 C \ ANISOU25097 C LEU 6 36 15421 22954 25048 3331 4235 526 C \ ATOM 25098 O LEU 6 36 -138.081 -26.443 65.244 1.00168.56 O \ ANISOU25098 O LEU 6 36 15509 23272 25266 3385 4377 553 O \ ATOM 25099 CB LEU 6 36 -137.015 -23.911 64.868 1.00168.19 C \ ANISOU25099 CB LEU 6 36 15638 23000 25266 3581 4323 296 C \ ATOM 25100 CG LEU 6 36 -138.258 -23.531 64.057 1.00169.10 C \ ANISOU25100 CG LEU 6 36 15564 23106 25581 3635 4318 373 C \ ATOM 25101 CD1 LEU 6 36 -139.162 -22.605 64.861 1.00171.15 C \ ANISOU25101 CD1 LEU 6 36 15734 23420 25877 3789 4485 307 C \ ATOM 25102 CD2 LEU 6 36 -137.873 -22.894 62.728 1.00167.96 C \ ANISOU25102 CD2 LEU 6 36 15448 22810 25557 3635 4159 364 C \ ATOM 25103 N ARG 6 37 -136.704 -27.420 63.751 1.00185.56 N \ ANISOU25103 N ARG 6 37 17801 25292 27412 3194 4105 624 N \ ATOM 25104 CA ARG 6 37 -137.454 -28.672 63.707 1.00185.86 C \ ANISOU25104 CA ARG 6 37 17719 25430 27470 3094 4116 773 C \ ATOM 25105 C ARG 6 37 -137.138 -29.574 64.900 1.00186.08 C \ ANISOU25105 C ARG 6 37 17810 25568 27324 3038 4208 780 C \ ATOM 25106 O ARG 6 37 -135.980 -29.922 65.141 1.00184.88 O \ ANISOU25106 O ARG 6 37 17819 25386 27041 2979 4156 733 O \ ATOM 25107 CB ARG 6 37 -137.195 -29.413 62.388 1.00184.32 C \ ANISOU25107 CB ARG 6 37 17521 25162 27350 2970 3937 874 C \ ATOM 25108 CG ARG 6 37 -138.185 -29.084 61.268 1.00184.72 C \ ANISOU25108 CG ARG 6 37 17412 25173 27598 2992 3876 951 C \ ATOM 25109 CD ARG 6 37 -138.080 -27.636 60.801 1.00184.82 C \ ANISOU25109 CD ARG 6 37 17445 25078 27699 3114 3852 850 C \ ATOM 25110 NE ARG 6 37 -139.110 -27.301 59.817 1.00185.39 N \ ANISOU25110 NE ARG 6 37 17357 25123 27961 3143 3805 926 N \ ATOM 25111 CZ ARG 6 37 -139.164 -26.154 59.147 1.00185.44 C \ ANISOU25111 CZ ARG 6 37 17355 25029 28076 3233 3758 870 C \ ATOM 25112 NH1 ARG 6 37 -138.243 -25.220 59.347 1.00184.95 N \ ANISOU25112 NH1 ARG 6 37 17437 24880 27955 3302 3752 735 N \ ATOM 25113 NH2 ARG 6 37 -140.138 -25.942 58.274 1.00186.02 N \ ANISOU25113 NH2 ARG 6 37 17275 25085 28319 3254 3715 950 N \ ATOM 25114 N LYS 6 38 -138.177 -29.946 65.643 1.00190.42 N \ ANISOU25114 N LYS 6 38 18229 26247 27875 3057 4346 841 N \ ATOM 25115 CA LYS 6 38 -138.028 -30.828 66.797 1.00190.84 C \ ANISOU25115 CA LYS 6 38 18324 26418 27770 3005 4445 862 C \ ATOM 25116 C LYS 6 38 -137.378 -32.152 66.393 1.00189.35 C \ ANISOU25116 C LYS 6 38 18201 26220 27522 2844 4326 955 C \ ATOM 25117 O LYS 6 38 -137.342 -32.501 65.212 1.00188.27 O \ ANISOU25117 O LYS 6 38 18037 26011 27488 2770 4184 1028 O \ ATOM 25118 CB LYS 6 38 -139.390 -31.080 67.454 1.00192.80 C \ ANISOU25118 CB LYS 6 38 18394 26804 28058 3041 4600 939 C \ ATOM 25119 CG LYS 6 38 -139.319 -31.807 68.792 1.00193.55 C \ ANISOU25119 CG LYS 6 38 18528 27029 27985 3011 4729 947 C \ ATOM 25120 CD LYS 6 38 -140.706 -32.129 69.330 1.00195.47 C \ ANISOU25120 CD LYS 6 38 18581 27408 28279 3035 4874 1039 C \ ATOM 25121 CE LYS 6 38 -141.487 -30.867 69.649 1.00197.08 C \ ANISOU25121 CE LYS 6 38 18696 27627 28559 3198 4997 958 C \ ATOM 25122 NZ LYS 6 38 -142.838 -31.183 70.185 1.00199.00 N \ ANISOU25122 NZ LYS 6 38 18750 28008 28853 3223 5144 1049 N \ ATOM 25123 N TYR 6 39 -136.862 -32.887 67.373 1.00196.84 N \ ANISOU25123 N TYR 6 39 19240 27245 28307 2791 4383 952 N \ ATOM 25124 CA TYR 6 39 -136.215 -34.166 67.106 1.00195.52 C \ ANISOU25124 CA TYR 6 39 19142 27073 28072 2643 4280 1036 C \ ATOM 25125 C TYR 6 39 -136.358 -35.097 68.311 1.00196.34 C \ ANISOU25125 C TYR 6 39 19251 27312 28038 2595 4396 1084 C \ ATOM 25126 O TYR 6 39 -137.374 -35.070 69.004 1.00198.03 O \ ANISOU25126 O TYR 6 39 19342 27634 28264 2644 4539 1118 O \ ATOM 25127 CB TYR 6 39 -134.742 -33.945 66.749 1.00193.73 C \ ANISOU25127 CB TYR 6 39 19108 26730 27769 2617 4155 945 C \ ATOM 25128 CG TYR 6 39 -134.122 -35.035 65.897 1.00192.08 C \ ANISOU25128 CG TYR 6 39 18952 26468 27560 2473 3998 1033 C \ ATOM 25129 CD1 TYR 6 39 -134.752 -35.487 64.744 1.00191.73 C \ ANISOU25129 CD1 TYR 6 39 18794 26391 27664 2409 3901 1147 C \ ATOM 25130 CD2 TYR 6 39 -132.891 -35.591 66.233 1.00190.89 C \ ANISOU25130 CD2 TYR 6 39 18968 26297 27263 2404 3944 1000 C \ ATOM 25131 CE1 TYR 6 39 -134.184 -36.477 63.961 1.00190.27 C \ ANISOU25131 CE1 TYR 6 39 18661 26154 27477 2280 3758 1222 C \ ATOM 25132 CE2 TYR 6 39 -132.315 -36.579 65.455 1.00189.42 C \ ANISOU25132 CE2 TYR 6 39 18832 26060 27078 2278 3803 1077 C \ ATOM 25133 CZ TYR 6 39 -132.964 -37.018 64.322 1.00189.12 C \ ANISOU25133 CZ TYR 6 39 18681 25989 27185 2217 3712 1186 C \ ATOM 25134 OH TYR 6 39 -132.389 -38.001 63.548 1.00187.70 O \ ANISOU25134 OH TYR 6 39 18556 25757 27004 2093 3573 1258 O \ ATOM 25135 N CYS 6 40 -135.342 -35.920 68.558 1.00165.40 N \ ANISOU25135 N CYS 6 40 15470 23386 23987 2500 4336 1090 N \ ATOM 25136 CA CYS 6 40 -135.364 -36.852 69.684 1.00166.07 C \ ANISOU25136 CA CYS 6 40 15576 23592 23931 2447 4434 1138 C \ ATOM 25137 C CYS 6 40 -133.960 -37.307 70.075 1.00164.77 C \ ANISOU25137 C CYS 6 40 15608 23396 23602 2385 4371 1086 C \ ATOM 25138 O CYS 6 40 -133.272 -37.958 69.288 1.00163.23 O \ ANISOU25138 O CYS 6 40 15478 23125 23416 2286 4226 1129 O \ ATOM 25139 CB CYS 6 40 -136.231 -38.069 69.359 1.00166.40 C \ ANISOU25139 CB CYS 6 40 15483 23700 24043 2337 4422 1309 C \ ATOM 25140 SG CYS 6 40 -136.160 -39.381 70.600 1.00167.01 S \ ANISOU25140 SG CYS 6 40 15594 23912 23949 2247 4516 1387 S \ ATOM 25141 N PRO 6 41 -133.534 -36.962 71.300 1.00165.28 N \ ANISOU25141 N PRO 6 41 15767 23518 23513 2446 4481 991 N \ ATOM 25142 CA PRO 6 41 -132.210 -37.315 71.823 1.00164.24 C \ ANISOU25142 CA PRO 6 41 15823 23368 23215 2399 4436 933 C \ ATOM 25143 C PRO 6 41 -132.191 -38.739 72.365 1.00164.30 C \ ANISOU25143 C PRO 6 41 15837 23464 23124 2283 4453 1046 C \ ATOM 25144 O PRO 6 41 -133.183 -39.458 72.243 1.00165.04 O \ ANISOU25144 O PRO 6 41 15792 23627 23288 2232 4489 1173 O \ ATOM 25145 CB PRO 6 41 -132.012 -36.325 72.982 1.00165.31 C \ ANISOU25145 CB PRO 6 41 16029 23546 23237 2521 4568 792 C \ ATOM 25146 CG PRO 6 41 -133.189 -35.365 72.919 1.00166.77 C \ ANISOU25146 CG PRO 6 41 16066 23754 23546 2637 4669 770 C \ ATOM 25147 CD PRO 6 41 -134.279 -36.113 72.240 1.00167.11 C \ ANISOU25147 CD PRO 6 41 15935 23833 23726 2572 4655 925 C \ ATOM 25148 N TRP 6 42 -131.071 -39.137 72.958 1.00200.37 N \ ANISOU25148 N TRP 6 42 20566 28031 27534 2242 4426 1003 N \ ATOM 25149 CA TRP 6 42 -130.988 -40.432 73.617 1.00200.53 C \ ANISOU25149 CA TRP 6 42 20609 28140 27444 2141 4452 1101 C \ ATOM 25150 C TRP 6 42 -131.173 -40.240 75.119 1.00202.08 C \ ANISOU25150 C TRP 6 42 20830 28459 27492 2204 4623 1052 C \ ATOM 25151 O TRP 6 42 -131.801 -41.061 75.789 1.00203.12 O \ ANISOU25151 O TRP 6 42 20897 28705 27576 2159 4714 1148 O \ ATOM 25152 CB TRP 6 42 -129.660 -41.120 73.298 1.00198.76 C \ ANISOU25152 CB TRP 6 42 20540 27840 27139 2045 4308 1101 C \ ATOM 25153 CG TRP 6 42 -129.664 -42.608 73.545 1.00198.64 C \ ANISOU25153 CG TRP 6 42 20524 27887 27064 1919 4292 1234 C \ ATOM 25154 CD1 TRP 6 42 -128.696 -43.335 74.178 1.00198.08 C \ ANISOU25154 CD1 TRP 6 42 20590 27833 26837 1856 4266 1233 C \ ATOM 25155 CD2 TRP 6 42 -130.686 -43.545 73.169 1.00199.15 C \ ANISOU25155 CD2 TRP 6 42 20444 28001 27224 1839 4298 1388 C \ ATOM 25156 NE1 TRP 6 42 -129.048 -44.664 74.213 1.00198.20 N \ ANISOU25156 NE1 TRP 6 42 20557 27902 26846 1744 4256 1377 N \ ATOM 25157 CE2 TRP 6 42 -130.265 -44.819 73.603 1.00198.86 C \ ANISOU25157 CE2 TRP 6 42 20469 28006 27081 1730 4275 1473 C \ ATOM 25158 CE3 TRP 6 42 -131.914 -43.431 72.508 1.00199.87 C \ ANISOU25158 CE3 TRP 6 42 20358 28102 27480 1849 4317 1462 C \ ATOM 25159 CZ2 TRP 6 42 -131.028 -45.970 73.397 1.00199.25 C \ ANISOU25159 CZ2 TRP 6 42 20413 28106 27187 1629 4272 1629 C \ ATOM 25160 CZ3 TRP 6 42 -132.669 -44.576 72.305 1.00200.25 C \ ANISOU25160 CZ3 TRP 6 42 20299 28205 27583 1748 4313 1617 C \ ATOM 25161 CH2 TRP 6 42 -132.223 -45.827 72.748 1.00199.94 C \ ANISOU25161 CH2 TRP 6 42 20328 28204 27437 1638 4291 1698 C \ ATOM 25162 N CYS 6 43 -130.624 -39.147 75.642 1.00158.21 N \ ANISOU25162 N CYS 6 43 15371 22880 21863 2309 4666 902 N \ ATOM 25163 CA CYS 6 43 -130.916 -38.730 77.006 1.00159.85 C \ ANISOU25163 CA CYS 6 43 15592 23199 21947 2392 4837 837 C \ ATOM 25164 C CYS 6 43 -132.308 -38.113 77.019 1.00161.47 C \ ANISOU25164 C CYS 6 43 15621 23461 22269 2481 4960 854 C \ ATOM 25165 O CYS 6 43 -132.592 -37.196 76.247 1.00161.32 O \ ANISOU25165 O CYS 6 43 15547 23362 22385 2551 4926 803 O \ ATOM 25166 CB CYS 6 43 -129.883 -37.717 77.498 1.00159.54 C \ ANISOU25166 CB CYS 6 43 15712 23107 21800 2476 4834 666 C \ ATOM 25167 SG CYS 6 43 -128.234 -38.398 77.751 1.00157.95 S \ ANISOU25167 SG CYS 6 43 15720 22860 21432 2384 4715 636 S \ ATOM 25168 N ARG 6 44 -133.177 -38.619 77.890 1.00162.20 N \ ANISOU25168 N ARG 6 44 15625 23692 22313 2478 5103 927 N \ ATOM 25169 CA ARG 6 44 -134.583 -38.230 77.869 1.00163.79 C \ ANISOU25169 CA ARG 6 44 15639 23958 22634 2546 5220 969 C \ ATOM 25170 C ARG 6 44 -135.167 -38.524 76.490 1.00163.06 C \ ANISOU25170 C ARG 6 44 15417 23797 22742 2489 5108 1073 C \ ATOM 25171 O ARG 6 44 -134.623 -39.341 75.746 1.00161.58 O \ ANISOU25171 O ARG 6 44 15272 23545 22577 2376 4965 1144 O \ ATOM 25172 CB ARG 6 44 -134.754 -36.752 78.232 1.00164.74 C \ ANISOU25172 CB ARG 6 44 15766 24064 22763 2705 5313 819 C \ ATOM 25173 CG ARG 6 44 -134.842 -36.477 79.730 1.00166.34 C \ ANISOU25173 CG ARG 6 44 16017 24386 22800 2779 5487 747 C \ ATOM 25174 CD ARG 6 44 -133.537 -36.793 80.449 1.00165.55 C \ ANISOU25174 CD ARG 6 44 16117 24281 22502 2737 5450 682 C \ ATOM 25175 NE ARG 6 44 -133.662 -36.655 81.898 1.00167.14 N \ ANISOU25175 NE ARG 6 44 16362 24607 22537 2797 5617 628 N \ ATOM 25176 CZ ARG 6 44 -133.438 -35.528 82.567 1.00167.93 C \ ANISOU25176 CZ ARG 6 44 16535 24705 22565 2920 5698 475 C \ ATOM 25177 NH1 ARG 6 44 -133.076 -34.429 81.919 1.00167.26 N \ ANISOU25177 NH1 ARG 6 44 16488 24499 22564 2996 5628 361 N \ ATOM 25178 NH2 ARG 6 44 -133.578 -35.499 83.885 1.00169.42 N \ ANISOU25178 NH2 ARG 6 44 16763 25014 22596 2967 5850 435 N \ ATOM 25179 N LYS 6 45 -136.267 -37.861 76.145 1.00179.56 N \ ANISOU25179 N LYS 6 45 17349 25899 24975 2568 5172 1083 N \ ATOM 25180 CA LYS 6 45 -136.920 -38.114 74.861 1.00179.04 C \ ANISOU25180 CA LYS 6 45 17149 25777 25103 2518 5072 1185 C \ ATOM 25181 C LYS 6 45 -137.661 -36.911 74.272 1.00179.68 C \ ANISOU25181 C LYS 6 45 17117 25810 25343 2636 5094 1131 C \ ATOM 25182 O LYS 6 45 -138.549 -36.334 74.904 1.00181.41 O \ ANISOU25182 O LYS 6 45 17237 26112 25579 2735 5246 1108 O \ ATOM 25183 CB LYS 6 45 -137.859 -39.321 74.961 1.00179.85 C \ ANISOU25183 CB LYS 6 45 17112 25984 25239 2420 5116 1356 C \ ATOM 25184 CG LYS 6 45 -137.146 -40.666 74.895 1.00178.66 C \ ANISOU25184 CG LYS 6 45 17050 25828 25005 2270 5018 1446 C \ ATOM 25185 CD LYS 6 45 -136.326 -40.783 73.619 1.00176.61 C \ ANISOU25185 CD LYS 6 45 16865 25420 24819 2205 4816 1443 C \ ATOM 25186 CE LYS 6 45 -135.580 -42.105 73.544 1.00175.43 C \ ANISOU25186 CE LYS 6 45 16809 25260 24587 2061 4717 1526 C \ ATOM 25187 NZ LYS 6 45 -134.856 -42.247 72.251 1.00173.52 N \ ANISOU25187 NZ LYS 6 45 16627 24877 24424 1997 4524 1530 N \ ATOM 25188 N HIS 6 46 -137.279 -36.556 73.049 1.00168.75 N \ ANISOU25188 N HIS 6 46 15752 24292 24073 2624 4941 1114 N \ ATOM 25189 CA HIS 6 46 -137.925 -35.492 72.278 1.00169.12 C \ ANISOU25189 CA HIS 6 46 15694 24275 24288 2720 4930 1077 C \ ATOM 25190 C HIS 6 46 -137.758 -34.079 72.837 1.00169.86 C \ ANISOU25190 C HIS 6 46 15844 24348 24349 2875 5018 915 C \ ATOM 25191 O HIS 6 46 -138.525 -33.637 73.692 1.00171.62 O \ ANISOU25191 O HIS 6 46 15990 24665 24552 2968 5181 887 O \ ATOM 25192 CB HIS 6 46 -139.401 -35.812 72.015 1.00170.45 C \ ANISOU25192 CB HIS 6 46 15642 24523 24599 2715 4994 1205 C \ ATOM 25193 CG HIS 6 46 -139.646 -36.442 70.678 1.00169.41 C \ ANISOU25193 CG HIS 6 46 15430 24323 24613 2613 4841 1323 C \ ATOM 25194 ND1 HIS 6 46 -140.057 -35.718 69.579 1.00169.17 N \ ANISOU25194 ND1 HIS 6 46 15317 24204 24755 2660 4762 1318 N \ ATOM 25195 CD2 HIS 6 46 -139.522 -37.723 70.259 1.00168.55 C \ ANISOU25195 CD2 HIS 6 46 15319 24220 24503 2467 4748 1447 C \ ATOM 25196 CE1 HIS 6 46 -140.183 -36.528 68.543 1.00168.23 C \ ANISOU25196 CE1 HIS 6 46 15146 24042 24731 2547 4629 1433 C \ ATOM 25197 NE2 HIS 6 46 -139.865 -37.750 68.928 1.00167.84 N \ ANISOU25197 NE2 HIS 6 46 15144 24047 24580 2428 4617 1512 N \ ATOM 25198 N THR 6 47 -136.741 -33.385 72.333 1.00171.00 N \ ANISOU25198 N THR 6 47 16122 24363 24485 2901 4908 808 N \ ATOM 25199 CA THR 6 47 -136.536 -31.965 72.596 1.00171.49 C \ ANISOU25199 CA THR 6 47 16238 24373 24547 3043 4959 653 C \ ATOM 25200 C THR 6 47 -136.219 -31.274 71.271 1.00170.24 C \ ANISOU25200 C THR 6 47 16091 24063 24531 3058 4808 621 C \ ATOM 25201 O THR 6 47 -135.655 -31.889 70.367 1.00168.65 O \ ANISOU25201 O THR 6 47 15931 23788 24360 2953 4656 681 O \ ATOM 25202 CB THR 6 47 -135.382 -31.723 73.593 1.00171.19 C \ ANISOU25202 CB THR 6 47 16396 24336 24314 3065 4990 526 C \ ATOM 25203 OG1 THR 6 47 -134.153 -32.209 73.037 1.00169.22 O \ ANISOU25203 OG1 THR 6 47 16288 23995 24013 2965 4829 524 O \ ATOM 25204 CG2 THR 6 47 -135.651 -32.433 74.912 1.00172.41 C \ ANISOU25204 CG2 THR 6 47 16550 24642 24318 3046 5135 559 C \ ATOM 25205 N VAL 6 48 -136.590 -30.004 71.149 1.00157.22 N \ ANISOU25205 N VAL 6 48 14404 22367 22967 3189 4852 530 N \ ATOM 25206 CA VAL 6 48 -136.350 -29.268 69.912 1.00156.19 C \ ANISOU25206 CA VAL 6 48 14278 22093 22975 3212 4717 500 C \ ATOM 25207 C VAL 6 48 -134.863 -29.213 69.575 1.00154.33 C \ ANISOU25207 C VAL 6 48 14235 21746 22657 3160 4580 426 C \ ATOM 25208 O VAL 6 48 -134.014 -29.218 70.465 1.00154.17 O \ ANISOU25208 O VAL 6 48 14357 21746 22475 3162 4616 342 O \ ATOM 25209 CB VAL 6 48 -136.914 -27.837 69.978 1.00157.43 C \ ANISOU25209 CB VAL 6 48 14379 22215 23221 3372 4796 399 C \ ATOM 25210 CG1 VAL 6 48 -138.432 -27.864 69.920 1.00159.05 C \ ANISOU25210 CG1 VAL 6 48 14369 22505 23557 3418 4894 491 C \ ATOM 25211 CG2 VAL 6 48 -136.430 -27.131 71.235 1.00158.26 C \ ANISOU25211 CG2 VAL 6 48 14603 22351 23176 3467 4916 252 C \ ATOM 25212 N HIS 6 49 -134.553 -29.162 68.283 1.00171.02 N \ ANISOU25212 N HIS 6 49 16353 23746 24883 3113 4422 458 N \ ATOM 25213 CA HIS 6 49 -133.167 -29.137 67.830 1.00169.21 C \ ANISOU25213 CA HIS 6 49 16295 23407 24591 3057 4283 398 C \ ATOM 25214 C HIS 6 49 -132.879 -27.944 66.925 1.00168.65 C \ ANISOU25214 C HIS 6 49 16252 23197 24632 3129 4195 318 C \ ATOM 25215 O HIS 6 49 -133.396 -27.863 65.812 1.00168.35 O \ ANISOU25215 O HIS 6 49 16115 23102 24748 3117 4113 387 O \ ATOM 25216 CB HIS 6 49 -132.821 -30.438 67.104 1.00167.79 C \ ANISOU25216 CB HIS 6 49 16123 23217 24412 2904 4155 522 C \ ATOM 25217 CG HIS 6 49 -132.456 -31.562 68.022 1.00167.74 C \ ANISOU25217 CG HIS 6 49 16178 23309 24247 2819 4201 563 C \ ATOM 25218 ND1 HIS 6 49 -133.316 -32.045 68.984 1.00169.25 N \ ANISOU25218 ND1 HIS 6 49 16278 23638 24390 2829 4347 616 N \ ATOM 25219 CD2 HIS 6 49 -131.326 -32.302 68.121 1.00166.41 C \ ANISOU25219 CD2 HIS 6 49 16151 23121 23958 2724 4121 563 C \ ATOM 25220 CE1 HIS 6 49 -132.729 -33.031 69.641 1.00168.84 C \ ANISOU25220 CE1 HIS 6 49 16312 23646 24193 2742 4353 647 C \ ATOM 25221 NE2 HIS 6 49 -131.521 -33.207 69.136 1.00167.13 N \ ANISOU25221 NE2 HIS 6 49 16236 23334 23930 2678 4216 615 N \ ATOM 25222 N ARG 6 50 -132.049 -27.025 67.409 1.00154.21 N \ ANISOU25222 N ARG 6 50 14558 21312 22723 3202 4211 172 N \ ATOM 25223 CA ARG 6 50 -131.655 -25.857 66.627 1.00153.67 C \ ANISOU25223 CA ARG 6 50 14535 21106 22747 3269 4128 87 C \ ATOM 25224 C ARG 6 50 -130.590 -26.221 65.596 1.00151.64 C \ ANISOU25224 C ARG 6 50 14378 20740 22497 3167 3947 108 C \ ATOM 25225 O ARG 6 50 -129.870 -27.206 65.761 1.00150.64 O \ ANISOU25225 O ARG 6 50 14334 20641 22263 3061 3899 146 O \ ATOM 25226 CB ARG 6 50 -131.150 -24.740 67.544 1.00154.37 C \ ANISOU25226 CB ARG 6 50 14735 21172 22748 3382 4211 -79 C \ ATOM 25227 CG ARG 6 50 -132.251 -24.047 68.328 1.00156.44 C \ ANISOU25227 CG ARG 6 50 14891 21509 23041 3511 4379 -119 C \ ATOM 25228 CD ARG 6 50 -133.177 -23.276 67.399 1.00156.99 C \ ANISOU25228 CD ARG 6 50 14824 21517 23309 3586 4359 -92 C \ ATOM 25229 NE ARG 6 50 -134.422 -22.886 68.055 1.00159.02 N \ ANISOU25229 NE ARG 6 50 14942 21864 23612 3693 4521 -92 N \ ATOM 25230 CZ ARG 6 50 -135.355 -22.122 67.494 1.00159.91 C \ ANISOU25230 CZ ARG 6 50 14926 21943 23890 3782 4538 -80 C \ ATOM 25231 NH1 ARG 6 50 -135.183 -21.656 66.264 1.00158.95 N \ ANISOU25231 NH1 ARG 6 50 14799 21697 23900 3776 4403 -67 N \ ATOM 25232 NH2 ARG 6 50 -136.459 -21.820 68.165 1.00161.80 N \ ANISOU25232 NH2 ARG 6 50 15041 22273 24162 3879 4692 -80 N \ ATOM 25233 N GLU 6 51 -130.498 -25.428 64.532 1.00157.89 N \ ANISOU25233 N GLU 6 51 15163 21412 23415 3199 3849 87 N \ ATOM 25234 CA GLU 6 51 -129.513 -25.669 63.485 1.00156.02 C \ ANISOU25234 CA GLU 6 51 15018 21068 23195 3111 3679 104 C \ ATOM 25235 C GLU 6 51 -128.110 -25.765 64.083 1.00155.06 C \ ANISOU25235 C GLU 6 51 15085 20924 22909 3074 3651 13 C \ ATOM 25236 O GLU 6 51 -127.622 -26.860 64.362 1.00154.35 O \ ANISOU25236 O GLU 6 51 15047 20886 22715 2974 3627 65 O \ ATOM 25237 CB GLU 6 51 -129.585 -24.576 62.412 1.00155.77 C \ ANISOU25237 CB GLU 6 51 14965 20909 23312 3173 3597 70 C \ ATOM 25238 CG GLU 6 51 -128.579 -24.742 61.276 1.00153.90 C \ ANISOU25238 CG GLU 6 51 14820 20557 23096 3088 3422 86 C \ ATOM 25239 CD GLU 6 51 -128.928 -23.914 60.046 1.00153.73 C \ ANISOU25239 CD GLU 6 51 14737 20427 23244 3130 3336 98 C \ ATOM 25240 OE1 GLU 6 51 -130.130 -23.784 59.738 1.00154.75 O \ ANISOU25240 OE1 GLU 6 51 14712 20587 23497 3173 3374 165 O \ ATOM 25241 OE2 GLU 6 51 -128.002 -23.404 59.378 1.00152.60 O \ ANISOU25241 OE2 GLU 6 51 14699 20169 23112 3119 3227 46 O \ ATOM 25242 N VAL 6 52 -127.473 -24.616 64.291 1.00151.96 N \ ANISOU25242 N VAL 6 52 14792 20452 22495 3156 3653 -122 N \ ATOM 25243 CA VAL 6 52 -126.141 -24.560 64.895 1.00151.18 C \ ANISOU25243 CA VAL 6 52 14872 20327 22244 3133 3629 -221 C \ ATOM 25244 C VAL 6 52 -125.167 -25.545 64.238 1.00149.36 C \ ANISOU25244 C VAL 6 52 14721 20060 21969 2998 3489 -157 C \ ATOM 25245 O VAL 6 52 -124.199 -26.001 64.849 1.00148.74 O \ ANISOU25245 O VAL 6 52 14766 20002 21747 2947 3478 -195 O \ ATOM 25246 CB VAL 6 52 -126.200 -24.806 66.422 1.00152.31 C \ ANISOU25246 CB VAL 6 52 15049 20590 22232 3162 3773 -270 C \ ATOM 25247 CG1 VAL 6 52 -124.916 -24.339 67.092 1.00151.85 C \ ANISOU25247 CG1 VAL 6 52 15171 20490 22035 3175 3760 -403 C \ ATOM 25248 CG2 VAL 6 52 -127.399 -24.089 67.027 1.00154.24 C \ ANISOU25248 CG2 VAL 6 52 15181 20894 22531 3285 3923 -300 C \ """, "3d5d.interface.48") cmd.set('ignore_case', '0') cmd.set('retain_order', '1') cmd.set('cartoon_smooth_loops', 0) cmd.set('transparency', 0.6) cmd.set('surface_color', 'grey80') cmd.hide('everything', 'all') cmd.color('grey80', 'all') cmd.select('dom', 'c. 6 & i. 9-52') cmd.show('cartoon', 'dom') cmd.spectrum('count', 'rainbow', 'dom') cmd.create('partner', 'c. 8 & i. 2-64') cmd.show('cartoon', 'partner') cmd.select('inter_resi', '') cmd.color('purple', 'inter_resi') cmd.orient('dom | inter_resi') cmd.select('ptn_inter_resi', 'byres (!(n. C+O+H+CA+N)&dom within 4 of inter)') cmd.set_bond('stick_radius', 0.1, 'ptn_inter_resi') cmd.color('atomic','!e. C & inter_resi & (!(n. C+O+H+CA|(n. N&!r. pro)))') cmd.color('grey70','e. C & inter_resi & (!(n. C+O+H+CA|(n. N&!r. pro)))') cmd.color('atomic', '!e. C & ptn_inter_resi & (!(n. C+O+H+CA|(n. N&!r. pro)))') cmd.color('grey70', 'e. C & ptn_inter_resi & (!(n. C+O+H+CA|(n. N&!r. pro)))') cmd.show('sticks', 'ptn_inter_resi & !(n;C,O,H|(n. N&!r. pro))') cmd.show('sticks', 'inter_resi & !(n;C,O,H|(n. N&!r. pro))') cmd.show('surface', 'partner') cmd.deselect()