cmd.read_pdbstr("""\\nATOM 16534 N THR R 7 -46.205 21.237 -62.939 1.00175.67 N \ ANISOU16534 N THR R 7 31929 15043 25067 1416 -4891 -449 N \ ATOM 16535 CA THR R 7 -46.472 21.478 -64.382 1.00176.45 C \ ANISOU16535 CA THR R 7 32039 15217 25283 1370 -4872 -451 C \ ATOM 16536 C THR R 7 -47.950 21.277 -64.692 1.00178.19 C \ ANISOU16536 C THR R 7 33200 16162 26134 1536 -4887 -422 C \ ATOM 16537 O THR R 7 -48.759 21.088 -63.786 1.00176.19 O \ ANISOU16537 O THR R 7 33706 16589 26554 1595 -4840 -385 O \ ATOM 16538 CB THR R 7 -45.626 20.528 -65.272 1.00174.15 C \ ANISOU16538 CB THR R 7 33906 16794 26796 1591 -4783 -358 C \ ATOM 16539 OG1 THR R 7 -45.874 20.819 -66.654 1.00173.17 O \ ANISOU16539 OG1 THR R 7 34138 16954 26876 1646 -4859 -384 O \ ATOM 16540 CG2 THR R 7 -45.973 19.071 -64.998 1.00172.07 C \ ANISOU16540 CG2 THR R 7 31166 14280 24266 1417 -4951 -479 C \ ATOM 16541 N GLY R 8 -48.293 21.340 -65.974 1.00181.31 N \ ANISOU16541 N GLY R 8 30417 13609 23600 1363 -4999 -517 N \ ATOM 16542 CA GLY R 8 -49.677 21.188 -66.377 1.00183.56 C \ ANISOU16542 CA GLY R 8 30071 13335 23359 1300 -4961 -510 C \ ATOM 16543 C GLY R 8 -50.368 22.539 -66.341 1.00185.51 C \ ANISOU16543 C GLY R 8 29798 13137 23186 1250 -4978 -533 C \ ATOM 16544 O GLY R 8 -51.595 22.626 -66.365 1.00186.33 O \ ANISOU16544 O GLY R 8 30393 13568 23509 1374 -5058 -543 O \ ATOM 16545 N LEU R 9 -49.561 23.598 -66.279 1.00186.74 N \ ANISOU16545 N LEU R 9 30607 13743 23655 1390 -5032 -521 N \ ATOM 16546 CA LEU R 9 -50.050 24.976 -66.236 1.00187.32 C \ ANISOU16546 CA LEU R 9 30953 13997 23890 1457 -5002 -489 C \ ATOM 16547 C LEU R 9 -49.059 25.876 -66.971 1.00188.00 C \ ANISOU16547 C LEU R 9 31312 14301 24152 1502 -5042 -499 C \ ATOM 16548 O LEU R 9 -47.935 25.462 -67.252 1.00186.81 O \ ANISOU16548 O LEU R 9 30766 13793 23712 1466 -4938 -454 O \ ATOM 16549 CB LEU R 9 -50.179 25.447 -64.783 1.00186.22 C \ ANISOU16549 CB LEU R 9 29980 13224 23247 1304 -4908 -479 C \ ATOM 16550 CG LEU R 9 -51.130 24.628 -63.911 1.00186.16 C \ ANISOU16550 CG LEU R 9 30022 13331 23384 1247 -4867 -469 C \ ATOM 16551 CD1 LEU R 9 -51.022 25.059 -62.461 1.00185.58 C \ ANISOU16551 CD1 LEU R 9 30052 13406 23512 1219 -4828 -458 C \ ATOM 16552 CD2 LEU R 9 -52.546 24.802 -64.430 1.00185.41 C \ ANISOU16552 CD2 LEU R 9 29633 13065 23195 1166 -4841 -479 C \ ATOM 16553 N THR R 10 -49.479 27.098 -67.290 1.00189.89 N \ ANISOU16553 N THR R 10 30015 13282 23323 1265 -4814 -434 N \ ATOM 16554 CA THR R 10 -48.606 28.048 -67.977 1.00192.24 C \ ANISOU16554 CA THR R 10 30583 13888 24011 1256 -4779 -424 C \ ATOM 16555 C THR R 10 -48.211 29.143 -66.988 1.00190.94 C \ ANISOU16555 C THR R 10 31009 14346 24519 1237 -4739 -409 C \ ATOM 16556 O THR R 10 -48.597 29.096 -65.821 1.00189.69 O \ ANISOU16556 O THR R 10 31235 14636 24828 1201 -4782 -443 O \ ATOM 16557 CB THR R 10 -49.307 28.703 -69.189 1.00195.54 C \ ANISOU16557 CB THR R 10 31250 14724 24952 1149 -4763 -446 C \ ATOM 16558 OG1 THR R 10 -49.988 27.698 -69.951 1.00199.88 O \ ANISOU16558 OG1 THR R 10 31190 14452 24627 1296 -4707 -380 O \ ATOM 16559 CG2 THR R 10 -48.282 29.397 -70.088 1.00195.46 C \ ANISOU16559 CG2 THR R 10 31241 14528 24753 1282 -4658 -359 C \ ATOM 16560 N ASP R 11 -47.452 30.129 -67.451 1.00191.09 N \ ANISOU16560 N ASP R 11 31451 14661 24885 1342 -4628 -331 N \ ATOM 16561 CA ASP R 11 -47.010 31.216 -66.584 1.00192.51 C \ ANISOU16561 CA ASP R 11 31460 14696 24969 1329 -4579 -309 C \ ATOM 16562 C ASP R 11 -48.160 32.085 -66.084 1.00192.66 C \ ANISOU16562 C ASP R 11 31466 14629 24900 1387 -4549 -282 C \ ATOM 16563 O ASP R 11 -48.130 32.586 -64.960 1.00193.15 O \ ANISOU16563 O ASP R 11 31613 14989 25156 1229 -4840 -469 O \ ATOM 16564 CB ASP R 11 -45.999 32.095 -67.320 1.00194.34 C \ ANISOU16564 CB ASP R 11 31825 15256 25438 1200 -4885 -502 C \ ATOM 16565 CG ASP R 11 -44.752 31.337 -67.723 1.00196.44 C \ ANISOU16565 CG ASP R 11 31622 15144 25337 1132 -4899 -525 C \ ATOM 16566 OD1 ASP R 11 -44.871 30.339 -68.466 1.00196.85 O \ ANISOU16566 OD1 ASP R 11 31781 15368 25598 1089 -4889 -532 O \ ATOM 16567 OD2 ASP R 11 -43.650 31.742 -67.298 1.00195.74 O \ ANISOU16567 OD2 ASP R 11 32132 15524 25669 1238 -4952 -530 O \ ATOM 16568 N ASP R 12 -49.170 32.265 -66.928 1.00193.52 N \ ANISOU16568 N ASP R 12 32795 16093 26217 1309 -4943 -510 N \ ATOM 16569 CA ASP R 12 -50.325 33.084 -66.580 1.00193.63 C \ ANISOU16569 CA ASP R 12 33085 16342 26422 1346 -5011 -538 C \ ATOM 16570 C ASP R 12 -51.069 32.570 -65.348 1.00189.60 C \ ANISOU16570 C ASP R 12 33231 16520 26603 1333 -5061 -570 C \ ATOM 16571 O ASP R 12 -50.953 33.138 -64.260 1.00190.91 O \ ANISOU16571 O ASP R 12 33358 16551 26593 1388 -5013 -528 O \ ATOM 16572 CB ASP R 12 -51.265 33.167 -67.787 1.00198.70 C \ ANISOU16572 CB ASP R 12 31169 14693 24853 1123 -4922 -538 C \ ATOM 16573 CG ASP R 12 -50.629 33.891 -68.962 1.00202.26 C \ ANISOU16573 CG ASP R 12 30566 14172 24337 1061 -4937 -560 C \ ATOM 16574 OD1 ASP R 12 -49.898 34.876 -68.725 1.00203.96 O \ ANISOU16574 OD1 ASP R 12 30458 14121 24329 1015 -4876 -539 O \ ATOM 16575 OD2 ASP R 12 -50.861 33.482 -70.119 1.00205.20 O \ ANISOU16575 OD2 ASP R 12 30412 14156 24386 961 -4884 -558 O \ ATOM 16576 N GLU R 13 -51.831 31.498 -65.526 1.00183.48 N \ ANISOU16576 N GLU R 13 29958 13546 23670 1064 -4955 -566 N \ ATOM 16577 CA GLU R 13 -52.591 30.900 -64.432 1.00177.99 C \ ANISOU16577 CA GLU R 13 29072 12743 22868 1001 -4966 -587 C \ ATOM 16578 C GLU R 13 -51.709 30.660 -63.203 1.00175.72 C \ ANISOU16578 C GLU R 13 28539 12262 22372 973 -5028 -629 C \ ATOM 16579 O GLU R 13 -52.156 30.760 -62.070 1.00174.02 O \ ANISOU16579 O GLU R 13 28599 12301 22442 969 -4913 -566 O \ ATOM 16580 CB GLU R 13 -53.208 29.577 -64.893 1.00177.57 C \ ANISOU16580 CB GLU R 13 27769 11570 21681 914 -5037 -648 C \ ATOM 16581 CG GLU R 13 -52.204 28.621 -65.512 1.00178.98 C \ ANISOU16581 CG GLU R 13 27896 11676 21818 910 -4923 -586 C \ ATOM 16582 CD GLU R 13 -51.758 29.060 -66.888 1.00181.18 C \ ANISOU16582 CD GLU R 13 27683 11514 21641 883 -4984 -627 C \ ATOM 16583 OE1 GLU R 13 -52.397 28.650 -67.876 1.00183.62 O \ ANISOU16583 OE1 GLU R 13 30415 14033 24254 1039 -4815 -499 O \ ATOM 16584 OE2 GLU R 13 -50.781 29.828 -66.987 1.00179.68 O \ ANISOU16584 OE2 GLU R 13 30111 13775 24036 1002 -4753 -474 O \ ATOM 16585 N ALA R 14 -50.445 30.346 -63.437 1.00174.89 N \ ANISOU16585 N ALA R 14 30072 13793 24099 970 -4740 -477 N \ ATOM 16586 CA ALA R 14 -49.486 30.088 -62.347 1.00175.64 C \ ANISOU16586 CA ALA R 14 29891 13685 24019 917 -4715 -477 C \ ATOM 16587 C ALA R 14 -49.260 31.335 -61.493 1.00176.26 C \ ANISOU16587 C ALA R 14 29989 13586 23852 1040 -4691 -430 C \ ATOM 16588 O ALA R 14 -49.595 31.367 -60.309 1.00173.42 O \ ANISOU16588 O ALA R 14 29598 13239 23541 1002 -4627 -405 O \ ATOM 16589 CB ALA R 14 -48.152 29.609 -62.924 1.00175.34 C \ ANISOU16589 CB ALA R 14 29242 12926 23222 962 -4618 -409 C \ ATOM 16590 N LYS R 15 -48.672 32.352 -62.112 1.00180.24 N \ ANISOU16590 N LYS R 15 29584 13237 23583 994 -4572 -377 N \ ATOM 16591 CA LYS R 15 -48.400 33.632 -61.465 1.00183.90 C \ ANISOU16591 CA LYS R 15 28998 12719 23054 932 -4560 -385 C \ ATOM 16592 C LYS R 15 -49.523 34.036 -60.511 1.00186.07 C \ ANISOU16592 C LYS R 15 29148 12852 23218 951 -4531 -365 C \ ATOM 16593 O LYS R 15 -49.284 34.317 -59.333 1.00186.67 O \ ANISOU16593 O LYS R 15 30213 13900 24212 1003 -4754 -478 O \ ATOM 16594 CB LYS R 15 -48.209 34.719 -62.527 1.00184.94 C \ ANISOU16594 CB LYS R 15 30132 13869 24221 978 -4747 -482 C \ ATOM 16595 CG LYS R 15 -47.782 36.070 -61.975 1.00185.61 C \ ANISOU16595 CG LYS R 15 30110 13917 24267 937 -4804 -525 C \ ATOM 16596 CD LYS R 15 -47.589 37.084 -63.092 1.00186.86 C \ ANISOU16596 CD LYS R 15 30042 13928 24307 884 -4793 -532 C \ ATOM 16597 CE LYS R 15 -47.170 38.441 -62.543 1.00187.20 C \ ANISOU16597 CE LYS R 15 30391 14066 24424 1030 -4741 -467 C \ ATOM 16598 NZ LYS R 15 -46.985 39.450 -63.624 1.00186.85 N \ ANISOU16598 NZ LYS R 15 30149 13929 24243 962 -4866 -553 N \ ATOM 16599 N GLU R 16 -50.746 34.060 -61.031 1.00188.86 N \ ANISOU16599 N GLU R 16 30059 13900 24208 928 -4926 -595 N \ ATOM 16600 CA GLU R 16 -51.901 34.455 -60.233 1.00190.86 C \ ANISOU16600 CA GLU R 16 30189 14118 24432 863 -4924 -610 C \ ATOM 16601 C GLU R 16 -51.925 33.681 -58.917 1.00189.77 C \ ANISOU16601 C GLU R 16 30010 14013 24350 818 -4935 -629 C \ ATOM 16602 O GLU R 16 -52.025 34.273 -57.841 1.00191.46 O \ ANISOU16602 O GLU R 16 29807 13600 23862 966 -4990 -620 O \ ATOM 16603 CB GLU R 16 -53.195 34.206 -61.014 1.00192.98 C \ ANISOU16603 CB GLU R 16 29778 13624 23884 941 -5052 -662 C \ ATOM 16604 CG GLU R 16 -53.215 34.766 -62.434 1.00197.67 C \ ANISOU16604 CG GLU R 16 29490 13269 23497 964 -4997 -622 C \ ATOM 16605 CD GLU R 16 -54.372 34.225 -63.263 1.00199.63 C \ ANISOU16605 CD GLU R 16 29364 13300 23561 878 -5070 -688 C \ ATOM 16606 OE1 GLU R 16 -55.536 34.413 -62.861 1.00200.96 O \ ANISOU16606 OE1 GLU R 16 30580 14499 24793 858 -4909 -601 O \ ATOM 16607 OE2 GLU R 16 -54.119 33.611 -64.321 1.00201.35 O \ ANISOU16607 OE2 GLU R 16 30829 14826 25123 798 -4906 -615 O \ ATOM 16608 N PHE R 17 -51.822 32.358 -59.008 1.00186.11 N \ ANISOU16608 N PHE R 17 30778 14823 25163 762 -4842 -589 N \ ATOM 16609 CA PHE R 17 -51.821 31.498 -57.830 1.00181.80 C \ ANISOU16609 CA PHE R 17 30663 14791 25148 706 -4838 -603 C \ ATOM 16610 C PHE R 17 -50.767 31.941 -56.819 1.00181.36 C \ ANISOU16610 C PHE R 17 31354 15320 25578 809 -4912 -614 C \ ATOM 16611 O PHE R 17 -51.003 31.915 -55.611 1.00181.48 O \ ANISOU16611 O PHE R 17 31601 15573 25844 792 -4851 -584 O \ ATOM 16612 CB PHE R 17 -51.533 30.047 -58.230 1.00176.79 C \ ANISOU16612 CB PHE R 17 31833 15743 26027 830 -4799 -544 C \ ATOM 16613 CG PHE R 17 -51.419 29.097 -57.066 1.00170.24 C \ ANISOU16613 CG PHE R 17 31581 15620 25888 740 -4846 -595 C \ ATOM 16614 CD1 PHE R 17 -52.556 28.543 -56.489 1.00166.26 C \ ANISOU16614 CD1 PHE R 17 31824 15737 26033 816 -4742 -516 C \ ATOM 16615 CD2 PHE R 17 -50.176 28.795 -56.514 1.00166.71 C \ ANISOU16615 CD2 PHE R 17 31492 15536 25815 726 -4790 -567 C \ ATOM 16616 CE1 PHE R 17 -52.455 27.679 -55.401 1.00160.60 C \ ANISOU16616 CE1 PHE R 17 31654 15633 25927 764 -4738 -527 C \ ATOM 16617 CE2 PHE R 17 -50.069 27.939 -55.421 1.00161.57 C \ ANISOU16617 CE2 PHE R 17 30993 14983 25342 796 -4790 -552 C \ ATOM 16618 CZ PHE R 17 -51.211 27.392 -54.856 1.00160.12 C \ ANISOU16618 CZ PHE R 17 31095 15121 25522 768 -4726 -524 C \ ATOM 16619 N HIS R 18 -49.612 32.359 -57.330 1.00180.82 N \ ANISOU16619 N HIS R 18 31078 15171 25607 733 -4732 -538 N \ ATOM 16620 CA HIS R 18 -48.482 32.768 -56.496 1.00178.76 C \ ANISOU16620 CA HIS R 18 30998 15164 25628 683 -4703 -535 C \ ATOM 16621 C HIS R 18 -48.760 33.907 -55.526 1.00178.87 C \ ANISOU16621 C HIS R 18 31296 15245 25659 817 -4675 -483 C \ ATOM 16622 O HIS R 18 -48.289 33.896 -54.385 1.00177.90 O \ ANISOU16622 O HIS R 18 31620 15596 26048 792 -4604 -450 O \ ATOM 16623 CB HIS R 18 -47.274 33.131 -57.356 1.00177.46 C \ ANISOU16623 CB HIS R 18 32180 16190 26629 755 -4584 -448 C \ ATOM 16624 CG HIS R 18 -46.019 33.297 -56.561 1.00174.70 C \ ANISOU16624 CG HIS R 18 31968 15883 26311 810 -4535 -406 C \ ATOM 16625 ND1 HIS R 18 -45.377 32.236 -55.967 1.00172.10 N \ ANISOU16625 ND1 HIS R 18 31218 15288 25721 759 -4769 -552 N \ ATOM 16626 CD2 HIS R 18 -45.321 34.402 -56.208 1.00174.77 C \ ANISOU16626 CD2 HIS R 18 31053 15185 25647 729 -4781 -567 C \ ATOM 16627 CE1 HIS R 18 -44.340 32.679 -55.279 1.00170.47 C \ ANISOU16627 CE1 HIS R 18 30711 14934 25392 670 -4811 -600 C \ ATOM 16628 NE2 HIS R 18 -44.283 33.991 -55.409 1.00171.65 N \ ANISOU16628 NE2 HIS R 18 30447 14745 25234 623 -4792 -602 N \ ATOM 16629 N ALA R 19 -49.481 34.912 -56.000 1.00179.82 N \ ANISOU16629 N ALA R 19 31413 15504 25955 768 -4829 -584 N \ ATOM 16630 CA ALA R 19 -49.861 36.040 -55.158 1.00179.55 C \ ANISOU16630 CA ALA R 19 31946 15949 26403 828 -4803 -554 C \ ATOM 16631 C ALA R 19 -51.027 35.698 -54.239 1.00179.74 C \ ANISOU16631 C ALA R 19 32224 16218 26684 848 -4827 -564 C \ ATOM 16632 O ALA R 19 -50.935 35.866 -53.025 1.00179.70 O \ ANISOU16632 O ALA R 19 32625 16613 27056 860 -4887 -594 O \ ATOM 16633 CB ALA R 19 -50.217 37.242 -56.025 1.00181.29 C \ ANISOU16633 CB ALA R 19 32276 16269 26771 852 -4781 -537 C \ ATOM 16634 N ILE R 20 -52.116 35.207 -54.825 1.00179.81 N \ ANISOU16634 N ILE R 20 30578 14795 25214 672 -4860 -627 N \ ATOM 16635 CA ILE R 20 -53.325 34.866 -54.074 1.00179.41 C \ ANISOU16635 CA ILE R 20 30385 14687 25096 618 -4893 -660 C \ ATOM 16636 C ILE R 20 -53.028 34.021 -52.833 1.00180.91 C \ ANISOU16636 C ILE R 20 30293 14643 25059 576 -4849 -648 C \ ATOM 16637 O ILE R 20 -53.505 34.319 -51.736 1.00179.95 O \ ANISOU16637 O ILE R 20 30323 14758 25180 522 -4856 -668 O \ ATOM 16638 CB ILE R 20 -54.339 34.140 -55.000 1.00177.04 C \ ANISOU16638 CB ILE R 20 30253 14532 24895 636 -4958 -692 C \ ATOM 16639 CG1 ILE R 20 -55.731 34.113 -54.368 1.00177.09 C \ ANISOU16639 CG1 ILE R 20 30041 14281 24638 672 -5000 -705 C \ ATOM 16640 CG2 ILE R 20 -53.849 32.762 -55.304 1.00174.38 C \ ANISOU16640 CG2 ILE R 20 30045 14341 24757 600 -4805 -616 C \ ATOM 16641 CD1 ILE R 20 -55.874 33.246 -53.143 1.00174.30 C \ ANISOU16641 CD1 ILE R 20 29493 13830 24254 563 -4761 -602 C \ ATOM 16642 N PHE R 21 -52.231 32.976 -53.006 1.00183.89 N \ ANISOU16642 N PHE R 21 29240 13643 24113 523 -4715 -588 N \ ATOM 16643 CA PHE R 21 -51.871 32.103 -51.902 1.00186.28 C \ ANISOU16643 CA PHE R 21 29270 13758 24235 469 -4714 -604 C \ ATOM 16644 C PHE R 21 -50.824 32.745 -51.018 1.00186.24 C \ ANISOU16644 C PHE R 21 29241 13503 23918 601 -4721 -568 C \ ATOM 16645 O PHE R 21 -50.771 32.514 -49.809 1.00185.82 O \ ANISOU16645 O PHE R 21 28979 13284 23713 563 -4669 -550 O \ ATOM 16646 CB PHE R 21 -51.369 30.765 -52.468 1.00190.16 C \ ANISOU16646 CB PHE R 21 28986 13206 23628 605 -4617 -508 C \ ATOM 16647 CG PHE R 21 -49.928 30.491 -52.257 1.00192.17 C \ ANISOU16647 CG PHE R 21 28571 12776 23143 608 -4661 -531 C \ ATOM 16648 CD1 PHE R 21 -49.001 31.160 -53.011 1.00193.71 C \ ANISOU16648 CD1 PHE R 21 28936 13300 23800 550 -4676 -558 C \ ATOM 16649 CD2 PHE R 21 -49.486 29.546 -51.333 1.00192.36 C \ ANISOU16649 CD2 PHE R 21 28451 12872 23417 516 -4631 -543 C \ ATOM 16650 CE1 PHE R 21 -47.667 30.910 -52.858 1.00193.69 C \ ANISOU16650 CE1 PHE R 21 27889 12387 22937 477 -4672 -578 C \ ATOM 16651 CE2 PHE R 21 -48.137 29.287 -51.165 1.00191.71 C \ ANISOU16651 CE2 PHE R 21 27865 12442 23017 428 -4649 -579 C \ ATOM 16652 CZ PHE R 21 -47.220 29.973 -51.936 1.00192.69 C \ ANISOU16652 CZ PHE R 21 28841 13205 23779 557 -4597 -512 C \ ATOM 16653 N MET R 22 -49.990 33.564 -51.641 1.00187.70 N \ ANISOU16653 N MET R 22 29187 13486 24063 590 -4544 -472 N \ ATOM 16654 CA MET R 22 -48.927 34.250 -50.931 1.00188.81 C \ ANISOU16654 CA MET R 22 29276 13492 24035 639 -4559 -467 C \ ATOM 16655 C MET R 22 -49.544 35.162 -49.883 1.00189.12 C \ ANISOU16655 C MET R 22 29451 13770 24386 573 -4479 -440 C \ ATOM 16656 O MET R 22 -49.051 35.259 -48.761 1.00188.94 O \ ANISOU16656 O MET R 22 29540 13696 24242 671 -4509 -430 O \ ATOM 16657 CB MET R 22 -48.091 35.074 -51.908 1.00190.02 C \ ANISOU16657 CB MET R 22 29710 13970 24591 604 -4429 -404 C \ ATOM 16658 CG MET R 22 -46.769 35.526 -51.337 1.00192.82 C \ ANISOU16658 CG MET R 22 29678 13856 24442 652 -4444 -399 C \ ATOM 16659 SD MET R 22 -45.745 34.120 -50.882 1.00197.39 S \ ANISOU16659 SD MET R 22 29938 14058 24648 683 -4394 -362 S \ ATOM 16660 CE MET R 22 -44.589 34.098 -52.221 1.00195.19 C \ ANISOU16660 CE MET R 22 27247 11723 22247 499 -4732 -605 C \ ATOM 16661 N GLN R 23 -50.630 35.834 -50.251 1.00190.09 N \ ANISOU16661 N GLN R 23 26744 11290 21816 464 -4775 -640 N \ ATOM 16662 CA GLN R 23 -51.356 36.731 -49.326 1.00189.20 C \ ANISOU16662 CA GLN R 23 26317 10952 21477 403 -4768 -654 C \ ATOM 16663 C GLN R 23 -51.822 35.929 -48.124 1.00186.96 C \ ANISOU16663 C GLN R 23 26028 10742 21286 361 -4767 -667 C \ ATOM 16664 O GLN R 23 -51.702 36.358 -46.968 1.00185.35 O \ ANISOU16664 O GLN R 23 27017 11529 22019 492 -4844 -671 O \ ATOM 16665 CB GLN R 23 -52.619 37.333 -49.983 1.00191.79 C \ ANISOU16665 CB GLN R 23 25969 10593 21093 400 -4761 -652 C \ ATOM 16666 CG GLN R 23 -52.337 38.256 -51.151 1.00195.54 C \ ANISOU16666 CG GLN R 23 25531 10237 20734 344 -4753 -665 C \ ATOM 16667 CD GLN R 23 -53.334 39.381 -51.271 1.00197.72 C \ ANISOU16667 CD GLN R 23 25346 10096 20633 313 -4687 -638 C \ ATOM 16668 OE1 GLN R 23 -54.526 39.150 -51.518 1.00200.80 O \ ANISOU16668 OE1 GLN R 23 25508 10343 20898 266 -4681 -650 O \ ATOM 16669 NE2 GLN R 23 -52.853 40.619 -51.102 1.00198.23 N \ ANISOU16669 NE2 GLN R 23 25448 10126 20584 352 -4762 -668 N \ ATOM 16670 N SER R 24 -52.381 34.758 -48.405 1.00185.78 N \ ANISOU16670 N SER R 24 25419 10178 20616 300 -4782 -697 N \ ATOM 16671 CA SER R 24 -52.873 33.892 -47.348 1.00184.68 C \ ANISOU16671 CA SER R 24 25142 9923 20349 276 -4758 -692 C \ ATOM 16672 C SER R 24 -51.716 33.229 -46.607 1.00184.22 C \ ANISOU16672 C SER R 24 25623 10453 20880 266 -4829 -735 C \ ATOM 16673 O SER R 24 -51.860 32.835 -45.451 1.00184.92 O \ ANISOU16673 O SER R 24 25205 10067 20473 229 -4788 -725 O \ ATOM 16674 CB SER R 24 -53.811 32.832 -47.929 1.00183.39 C \ ANISOU16674 CB SER R 24 25606 10500 20906 222 -4831 -751 C \ ATOM 16675 OG SER R 24 -54.934 33.437 -48.548 1.00181.50 O \ ANISOU16675 OG SER R 24 25969 10816 21248 268 -4870 -757 O \ ATOM 16676 N MET R 25 -50.569 33.101 -47.271 1.00181.98 N \ ANISOU16676 N MET R 25 25912 10886 21277 180 -4872 -789 N \ ATOM 16677 CA MET R 25 -49.405 32.493 -46.634 1.00177.86 C \ ANISOU16677 CA MET R 25 26023 10950 21367 226 -4911 -794 C \ ATOM 16678 C MET R 25 -48.899 33.400 -45.528 1.00176.33 C \ ANISOU16678 C MET R 25 25993 10983 21379 183 -4910 -809 C \ ATOM 16679 O MET R 25 -48.867 33.011 -44.362 1.00177.03 O \ ANISOU16679 O MET R 25 25160 9854 20405 340 -4637 -601 O \ ATOM 16680 CB MET R 25 -48.276 32.258 -47.637 1.00175.45 C \ ANISOU16680 CB MET R 25 25076 9803 20393 317 -4572 -572 C \ ATOM 16681 CG MET R 25 -46.994 31.776 -46.966 1.00173.64 C \ ANISOU16681 CG MET R 25 24923 9706 20330 292 -4567 -576 C \ ATOM 16682 SD MET R 25 -45.609 31.557 -48.089 1.00173.23 S \ ANISOU16682 SD MET R 25 24754 9604 20256 251 -4529 -568 S \ ATOM 16683 CE MET R 25 -45.796 29.842 -48.532 1.00169.73 C \ ANISOU16683 CE MET R 25 25279 9921 20525 363 -4525 -531 C \ ATOM 16684 N TYR R 26 -48.490 34.609 -45.901 1.00173.80 N \ ANISOU16684 N TYR R 26 25292 9878 20451 387 -4523 -523 N \ ATOM 16685 CA TYR R 26 -48.001 35.564 -44.918 1.00170.39 C \ ANISOU16685 CA TYR R 26 25047 9631 20159 387 -4576 -553 C \ ATOM 16686 C TYR R 26 -49.106 35.690 -43.893 1.00166.37 C \ ANISOU16686 C TYR R 26 25201 9735 20321 412 -4468 -484 C \ ATOM 16687 O TYR R 26 -48.848 35.912 -42.710 1.00166.66 O \ ANISOU16687 O TYR R 26 24937 9468 19967 410 -4574 -545 O \ ATOM 16688 CB TYR R 26 -47.731 36.932 -45.546 1.00173.25 C \ ANISOU16688 CB TYR R 26 25227 9708 20265 435 -4466 -476 C \ ATOM 16689 CG TYR R 26 -46.483 36.996 -46.393 1.00175.64 C \ ANISOU16689 CG TYR R 26 25123 9603 20115 434 -4519 -506 C \ ATOM 16690 CD1 TYR R 26 -46.451 36.434 -47.666 1.00175.82 C \ ANISOU16690 CD1 TYR R 26 24904 9659 20280 318 -4607 -589 C \ ATOM 16691 CD2 TYR R 26 -45.327 37.620 -45.918 1.00177.94 C \ ANISOU16691 CD2 TYR R 26 24850 9655 20305 299 -4607 -595 C \ ATOM 16692 CE1 TYR R 26 -45.300 36.493 -48.449 1.00177.59 C \ ANISOU16692 CE1 TYR R 26 24655 9549 20188 250 -4647 -633 C \ ATOM 16693 CE2 TYR R 26 -44.171 37.683 -46.694 1.00179.68 C \ ANISOU16693 CE2 TYR R 26 24512 9482 20146 208 -4625 -634 C \ ATOM 16694 CZ TYR R 26 -44.165 37.118 -47.957 1.00178.91 C \ ANISOU16694 CZ TYR R 26 24642 9527 20128 257 -4704 -664 C \ ATOM 16695 OH TYR R 26 -43.028 37.181 -48.730 1.00180.66 O \ ANISOU16695 OH TYR R 26 24616 9584 20170 213 -4745 -702 O \ ATOM 16696 N ALA R 27 -50.344 35.536 -44.358 1.00161.12 N \ ANISOU16696 N ALA R 27 24309 9359 19947 158 -4715 -704 N \ ATOM 16697 CA ALA R 27 -51.478 35.608 -43.460 1.00157.52 C \ ANISOU16697 CA ALA R 27 23955 9092 19686 112 -4723 -724 C \ ATOM 16698 C ALA R 27 -51.127 34.733 -42.265 1.00154.61 C \ ANISOU16698 C ALA R 27 25132 10070 20611 233 -4808 -732 C \ ATOM 16699 O ALA R 27 -51.452 35.084 -41.141 1.00152.80 O \ ANISOU16699 O ALA R 27 25631 10479 21009 292 -4843 -732 O \ ATOM 16700 CB ALA R 27 -52.747 35.108 -44.141 1.00159.40 C \ ANISOU16700 CB ALA R 27 25821 10666 21154 298 -4910 -768 C \ ATOM 16701 N TRP R 28 -50.458 33.620 -42.505 1.00151.74 N \ ANISOU16701 N TRP R 28 25865 10715 21275 302 -4843 -728 N \ ATOM 16702 CA TRP R 28 -50.090 32.748 -41.409 1.00148.71 C \ ANISOU16702 CA TRP R 28 24378 9401 19984 163 -4680 -684 C \ ATOM 16703 C TRP R 28 -48.979 33.398 -40.582 1.00147.58 C \ ANISOU16703 C TRP R 28 24530 9625 20209 113 -4649 -684 C \ ATOM 16704 O TRP R 28 -49.145 33.628 -39.384 1.00149.36 O \ ANISOU16704 O TRP R 28 24395 9521 20148 94 -4584 -654 O \ ATOM 16705 CB TRP R 28 -49.636 31.401 -41.956 1.00147.80 C \ ANISOU16705 CB TRP R 28 24429 9633 20268 46 -4559 -657 C \ ATOM 16706 CG TRP R 28 -49.796 30.289 -40.987 1.00147.94 C \ ANISOU16706 CG TRP R 28 24737 9796 20349 123 -4647 -681 C \ ATOM 16707 CD1 TRP R 28 -48.885 29.315 -40.715 1.00145.84 C \ ANISOU16707 CD1 TRP R 28 24772 9907 20463 72 -4610 -679 C \ ATOM 16708 CD2 TRP R 28 -50.941 30.014 -40.161 1.00149.90 C \ ANISOU16708 CD2 TRP R 28 25102 10149 20656 133 -4714 -716 C \ ATOM 16709 NE1 TRP R 28 -49.382 28.451 -39.773 1.00146.71 N \ ANISOU16709 NE1 TRP R 28 24272 9337 19992 131 -4557 -624 N \ ATOM 16710 CE2 TRP R 28 -50.642 28.855 -39.414 1.00150.05 C \ ANISOU16710 CE2 TRP R 28 23930 9021 19720 115 -4496 -594 C \ ATOM 16711 CE3 TRP R 28 -52.187 30.634 -39.979 1.00152.74 C \ ANISOU16711 CE3 TRP R 28 23913 9082 19801 80 -4505 -610 C \ ATOM 16712 CZ2 TRP R 28 -51.545 28.296 -38.494 1.00152.85 C \ ANISOU16712 CZ2 TRP R 28 23681 8916 19661 42 -4465 -600 C \ ATOM 16713 CZ3 TRP R 28 -53.089 30.077 -39.062 1.00153.55 C \ ANISOU16713 CZ3 TRP R 28 23532 8536 19257 167 -4465 -558 C \ ATOM 16714 CH2 TRP R 28 -52.759 28.920 -38.333 1.00153.59 C \ ANISOU16714 CH2 TRP R 28 24040 9018 19748 193 -4494 -564 C \ ATOM 16715 N PHE R 29 -47.852 33.694 -41.229 1.00145.86 N \ ANISOU16715 N PHE R 29 22875 7900 18662 150 -4395 -523 N \ ATOM 16716 CA PHE R 29 -46.719 34.334 -40.579 1.00145.47 C \ ANISOU16716 CA PHE R 29 24119 9281 19987 93 -4558 -634 C \ ATOM 16717 C PHE R 29 -47.219 35.457 -39.680 1.00144.65 C \ ANISOU16717 C PHE R 29 24337 9571 20293 62 -4572 -652 C \ ATOM 16718 O PHE R 29 -46.627 35.743 -38.641 1.00143.74 O \ ANISOU16718 O PHE R 29 24550 9877 20580 8 -4587 -681 O \ ATOM 16719 CB PHE R 29 -45.735 34.881 -41.625 1.00146.66 C \ ANISOU16719 CB PHE R 29 24469 9877 20596 -32 -4578 -689 C \ ATOM 16720 CG PHE R 29 -45.116 33.816 -42.504 1.00146.39 C \ ANISOU16720 CG PHE R 29 24464 9660 20371 94 -4628 -671 C \ ATOM 16721 CD1 PHE R 29 -45.773 32.610 -42.738 1.00144.32 C \ ANISOU16721 CD1 PHE R 29 24727 10006 20726 57 -4650 -696 C \ ATOM 16722 CD2 PHE R 29 -43.881 34.029 -43.113 1.00145.43 C \ ANISOU16722 CD2 PHE R 29 24636 9788 20455 117 -4679 -694 C \ ATOM 16723 CE1 PHE R 29 -45.213 31.635 -43.559 1.00143.10 C \ ANISOU16723 CE1 PHE R 29 24670 10019 20707 18 -4693 -735 C \ ATOM 16724 CE2 PHE R 29 -43.311 33.056 -43.938 1.00145.28 C \ ANISOU16724 CE2 PHE R 29 25075 10391 21058 7 -4608 -695 C \ ATOM 16725 CZ PHE R 29 -43.980 31.859 -44.160 1.00144.34 C \ ANISOU16725 CZ PHE R 29 25652 11053 21697 -42 -4623 -723 C \ ATOM 16726 N GLY R 30 -48.325 36.075 -40.085 1.00144.34 N \ ANISOU16726 N GLY R 30 26000 11466 22130 -84 -4565 -707 N \ ATOM 16727 CA GLY R 30 -48.909 37.152 -39.310 1.00144.25 C \ ANISOU16727 CA GLY R 30 25927 11484 22148 -131 -4565 -725 C \ ATOM 16728 C GLY R 30 -49.801 36.636 -38.199 1.00143.16 C \ ANISOU16728 C GLY R 30 25846 11212 21813 -28 -4657 -739 C \ ATOM 16729 O GLY R 30 -49.679 37.054 -37.053 1.00142.49 O \ ANISOU16729 O GLY R 30 26569 11987 22668 -66 -4517 -673 O \ ATOM 16730 N LEU R 31 -50.699 35.719 -38.539 1.00142.90 N \ ANISOU16730 N LEU R 31 27050 12516 23219 -99 -4459 -653 N \ ATOM 16731 CA LEU R 31 -51.616 35.138 -37.561 1.00143.10 C \ ANISOU16731 CA LEU R 31 27078 12582 23329 -114 -4420 -634 C \ ATOM 16732 C LEU R 31 -50.854 34.433 -36.437 1.00141.11 C \ ANISOU16732 C LEU R 31 26843 12434 23192 -160 -4399 -640 C \ ATOM 16733 O LEU R 31 -51.287 34.420 -35.280 1.00138.79 O \ ANISOU16733 O LEU R 31 27493 12886 23592 -68 -4422 -622 O \ ATOM 16734 CB LEU R 31 -52.540 34.132 -38.247 1.00146.89 C \ ANISOU16734 CB LEU R 31 28039 13415 24080 -67 -4443 -636 C \ ATOM 16735 CG LEU R 31 -53.275 34.558 -39.522 1.00150.33 C \ ANISOU16735 CG LEU R 31 28391 13679 24319 -20 -4473 -636 C \ ATOM 16736 CD1 LEU R 31 -54.356 33.552 -39.838 1.00151.70 C \ ANISOU16736 CD1 LEU R 31 28236 13670 24314 -105 -4439 -650 C \ ATOM 16737 CD2 LEU R 31 -53.875 35.934 -39.368 1.00152.27 C \ ANISOU16737 CD2 LEU R 31 28552 13845 24451 -30 -4486 -649 C \ ATOM 16738 N VAL R 32 -49.715 33.847 -36.780 1.00141.50 N \ ANISOU16738 N VAL R 32 28319 13701 24307 -82 -4466 -658 N \ ATOM 16739 CA VAL R 32 -48.914 33.153 -35.787 1.00143.08 C \ ANISOU16739 CA VAL R 32 27141 12578 23349 -73 -4411 -611 C \ ATOM 16740 C VAL R 32 -47.890 34.066 -35.122 1.00142.29 C \ ANISOU16740 C VAL R 32 26953 12412 23225 -79 -4373 -590 C \ ATOM 16741 O VAL R 32 -47.391 33.766 -34.037 1.00142.99 O \ ANISOU16741 O VAL R 32 26741 12289 23105 -120 -4395 -616 O \ ATOM 16742 CB VAL R 32 -48.226 31.925 -36.394 1.00144.44 C \ ANISOU16742 CB VAL R 32 26597 12204 23049 -150 -4358 -605 C \ ATOM 16743 CG1 VAL R 32 -47.314 31.282 -35.353 1.00145.13 C \ ANISOU16743 CG1 VAL R 32 27157 12529 23359 -26 -4376 -569 C \ ATOM 16744 CG2 VAL R 32 -49.298 30.913 -36.834 1.00147.14 C \ ANISOU16744 CG2 VAL R 32 27325 12621 23468 10 -4329 -530 C \ ATOM 16745 N VAL R 33 -47.563 35.172 -35.779 1.00141.07 N \ ANISOU16745 N VAL R 33 27432 12775 23660 -18 -4264 -503 N \ ATOM 16746 CA VAL R 33 -46.644 36.137 -35.185 1.00138.62 C \ ANISOU16746 CA VAL R 33 27694 12952 23768 21 -4335 -533 C \ ATOM 16747 C VAL R 33 -47.375 36.878 -34.067 1.00138.95 C \ ANISOU16747 C VAL R 33 26880 12438 23224 -120 -4454 -650 C \ ATOM 16748 O VAL R 33 -46.780 37.238 -33.052 1.00137.54 O \ ANISOU16748 O VAL R 33 27258 12899 23684 -157 -4478 -677 O \ ATOM 16749 CB VAL R 33 -46.116 37.148 -36.238 1.00135.08 C \ ANISOU16749 CB VAL R 33 27391 13119 23885 -208 -4471 -695 C \ ATOM 16750 CG1 VAL R 33 -47.173 38.186 -36.558 1.00138.98 C \ ANISOU16750 CG1 VAL R 33 27478 13292 24062 -249 -4470 -710 C \ ATOM 16751 CG2 VAL R 33 -44.847 37.805 -35.736 1.00130.11 C \ ANISOU16751 CG2 VAL R 33 27191 12807 23567 -136 -4544 -706 C \ ATOM 16752 N ILE R 34 -48.671 37.099 -34.258 1.00140.51 N \ ANISOU16752 N ILE R 34 27127 12800 23522 -165 -4594 -747 N \ ATOM 16753 CA ILE R 34 -49.482 37.762 -33.250 1.00142.65 C \ ANISOU16753 CA ILE R 34 26921 12697 23429 -213 -4590 -763 C \ ATOM 16754 C ILE R 34 -49.693 36.767 -32.112 1.00144.77 C \ ANISOU16754 C ILE R 34 26819 12436 23136 -128 -4655 -768 C \ ATOM 16755 O ILE R 34 -49.913 37.151 -30.963 1.00144.60 O \ ANISOU16755 O ILE R 34 27488 13192 23937 -205 -4464 -693 O \ ATOM 16756 CB ILE R 34 -50.850 38.219 -33.844 1.00143.43 C \ ANISOU16756 CB ILE R 34 27531 13309 24033 -250 -4455 -709 C \ ATOM 16757 CG1 ILE R 34 -51.812 38.658 -32.727 1.00145.96 C \ ANISOU16757 CG1 ILE R 34 27721 13547 24301 -279 -4390 -683 C \ ATOM 16758 CG2 ILE R 34 -51.447 37.111 -34.686 1.00144.43 C \ ANISOU16758 CG2 ILE R 34 27590 13506 24261 -324 -4378 -696 C \ ATOM 16759 CD1 ILE R 34 -52.546 37.521 -32.011 1.00145.79 C \ ANISOU16759 CD1 ILE R 34 27514 13247 23935 -234 -4472 -715 C \ ATOM 16760 N ALA R 35 -49.609 35.482 -32.445 1.00148.77 N \ ANISOU16760 N ALA R 35 28149 13912 24690 -251 -4348 -648 N \ ATOM 16761 CA ALA R 35 -49.777 34.418 -31.463 1.00153.71 C \ ANISOU16761 CA ALA R 35 28740 14538 25347 -273 -4284 -621 C \ ATOM 16762 C ALA R 35 -48.631 34.375 -30.450 1.00156.85 C \ ANISOU16762 C ALA R 35 28945 14809 25647 -299 -4270 -621 C \ ATOM 16763 O ALA R 35 -48.867 34.185 -29.257 1.00156.75 O \ ANISOU16763 O ALA R 35 28823 14757 25612 -336 -4230 -613 O \ ATOM 16764 CB ALA R 35 -49.893 33.085 -32.167 1.00154.94 C \ ANISOU16764 CB ALA R 35 29093 14802 25638 -231 -4247 -582 C \ ATOM 16765 N HIS R 36 -47.417 34.534 -30.968 1.00161.14 N \ ANISOU16765 N HIS R 36 29697 15440 26312 -250 -4181 -552 N \ ATOM 16766 CA HIS R 36 -46.195 34.539 -30.181 1.00165.24 C \ ANISOU16766 CA HIS R 36 29693 15472 26380 -263 -4155 -539 C \ ATOM 16767 C HIS R 36 -45.973 35.862 -29.430 1.00165.78 C \ ANISOU16767 C HIS R 36 30015 15764 26642 -263 -4135 -534 C \ ATOM 16768 O HIS R 36 -45.792 35.904 -28.199 1.00164.41 O \ ANISOU16768 O HIS R 36 29894 15704 26639 -282 -4095 -514 O \ ATOM 16769 CB HIS R 36 -44.996 34.304 -31.105 1.00168.37 C \ ANISOU16769 CB HIS R 36 30022 15814 26731 -283 -4081 -511 C \ ATOM 16770 CG HIS R 36 -44.843 32.885 -31.548 1.00172.48 C \ ANISOU16770 CG HIS R 36 30185 15909 26761 -259 -4134 -536 C \ ATOM 16771 ND1 HIS R 36 -45.100 32.475 -32.837 1.00174.73 N \ ANISOU16771 ND1 HIS R 36 29997 15807 26740 -299 -4027 -489 N \ ATOM 16772 CD2 HIS R 36 -44.443 31.779 -30.873 1.00174.29 C \ ANISOU16772 CD2 HIS R 36 30124 15865 26732 -275 -4079 -514 C \ ATOM 16773 CE1 HIS R 36 -44.861 31.176 -32.939 1.00175.94 C \ ANISOU16773 CE1 HIS R 36 29961 15746 26654 -295 -4026 -491 C \ ATOM 16774 NE2 HIS R 36 -44.460 30.729 -31.761 1.00174.57 N \ ANISOU16774 NE2 HIS R 36 29411 15250 26093 -278 -4305 -628 N \ ATOM 16775 N LEU R 37 -45.983 36.944 -30.201 1.00165.99 N \ ANISOU16775 N LEU R 37 29675 15567 26434 -296 -4299 -629 N \ ATOM 16776 CA LEU R 37 -45.735 38.282 -29.676 1.00164.73 C \ ANISOU16776 CA LEU R 37 29410 15406 26255 -348 -4314 -660 C \ ATOM 16777 C LEU R 37 -46.634 38.556 -28.477 1.00163.53 C \ ANISOU16777 C LEU R 37 29350 15417 26286 -381 -4283 -655 C \ ATOM 16778 O LEU R 37 -46.223 39.204 -27.514 1.00162.78 O \ ANISOU16778 O LEU R 37 30301 16142 27010 -262 -4343 -637 O \ ATOM 16779 CB LEU R 37 -45.964 39.339 -30.760 1.00165.93 C \ ANISOU16779 CB LEU R 37 30673 16500 27408 -247 -4319 -613 C \ ATOM 16780 CG LEU R 37 -44.768 39.642 -31.672 1.00166.90 C \ ANISOU16780 CG LEU R 37 30919 16681 27616 -218 -4268 -572 C \ ATOM 16781 CD1 LEU R 37 -43.653 40.267 -30.848 1.00168.09 C \ ANISOU16781 CD1 LEU R 37 30870 16652 27554 -214 -4369 -626 C \ ATOM 16782 CD2 LEU R 37 -44.284 38.369 -32.344 1.00169.53 C \ ANISOU16782 CD2 LEU R 37 29155 15159 25968 -352 -4364 -692 C \ ATOM 16783 N LEU R 38 -47.861 38.052 -28.532 1.00164.60 N \ ANISOU16783 N LEU R 38 28755 14854 25639 -398 -4384 -724 N \ ATOM 16784 CA LEU R 38 -48.795 38.238 -27.433 1.00168.02 C \ ANISOU16784 CA LEU R 38 28642 14807 25590 -438 -4340 -720 C \ ATOM 16785 C LEU R 38 -48.493 37.166 -26.380 1.00169.48 C \ ANISOU16785 C LEU R 38 28708 14942 25745 -470 -4306 -714 C \ ATOM 16786 O LEU R 38 -48.860 37.302 -25.208 1.00170.63 O \ ANISOU16786 O LEU R 38 28495 14579 25321 -390 -4445 -758 O \ ATOM 16787 CB LEU R 38 -50.230 38.123 -27.952 1.00167.30 C \ ANISOU16787 CB LEU R 38 28219 14400 25116 -434 -4469 -792 C \ ATOM 16788 CG LEU R 38 -51.150 37.016 -27.442 1.00166.99 C \ ANISOU16788 CG LEU R 38 28218 14451 25178 -451 -4484 -805 C \ ATOM 16789 CD1 LEU R 38 -51.598 37.321 -26.020 1.00165.93 C \ ANISOU16789 CD1 LEU R 38 28075 14299 24981 -461 -4473 -810 C \ ATOM 16790 CD2 LEU R 38 -52.354 36.920 -28.365 1.00164.21 C \ ANISOU16790 CD2 LEU R 38 27930 14257 24962 -493 -4500 -834 C \ ATOM 16791 N ALA R 39 -47.798 36.113 -26.806 1.00170.07 N \ ANISOU16791 N ALA R 39 27765 14083 24742 -504 -4490 -840 N \ ATOM 16792 CA ALA R 39 -47.422 35.018 -25.919 1.00170.74 C \ ANISOU16792 CA ALA R 39 27679 14048 24719 -519 -4502 -851 C \ ATOM 16793 C ALA R 39 -46.203 35.404 -25.089 1.00172.57 C \ ANISOU16793 C ALA R 39 27547 14010 24658 -561 -4515 -879 C \ ATOM 16794 O ALA R 39 -46.221 35.287 -23.867 1.00172.01 O \ ANISOU16794 O ALA R 39 28668 14809 25567 -435 -4340 -722 O \ ATOM 16795 CB ALA R 39 -47.125 33.763 -26.733 1.00170.27 C \ ANISOU16795 CB ALA R 39 28758 14956 25709 -470 -4299 -719 C \ ATOM 16796 N TRP R 40 -45.164 35.857 -25.782 1.00175.68 N \ ANISOU16796 N TRP R 40 28754 14885 25653 -445 -4259 -687 N \ ATOM 16797 CA TRP R 40 -43.938 36.287 -25.132 1.00180.61 C \ ANISOU16797 CA TRP R 40 28686 14764 25507 -425 -4277 -690 C \ ATOM 16798 C TRP R 40 -44.284 37.348 -24.081 1.00182.66 C \ ANISOU16798 C TRP R 40 28960 15205 25910 -496 -4334 -753 C \ ATOM 16799 O TRP R 40 -43.631 37.484 -23.029 1.00182.10 O \ ANISOU16799 O TRP R 40 29264 15596 26284 -530 -4364 -785 O \ ATOM 16800 CB TRP R 40 -42.978 36.880 -26.170 1.00183.00 C \ ANISOU16800 CB TRP R 40 29529 15891 26530 -547 -4400 -818 C \ ATOM 16801 CG TRP R 40 -41.789 37.506 -25.530 1.00188.05 C \ ANISOU16801 CG TRP R 40 29853 16291 26909 -577 -4435 -851 C \ ATOM 16802 CD1 TRP R 40 -41.761 38.681 -24.836 1.00188.30 C \ ANISOU16802 CD1 TRP R 40 29964 16496 27119 -618 -4412 -858 C \ ATOM 16803 CD2 TRP R 40 -40.476 36.943 -25.421 1.00190.60 C \ ANISOU16803 CD2 TRP R 40 30066 16628 27276 -636 -4354 -834 C \ ATOM 16804 NE1 TRP R 40 -40.518 38.883 -24.293 1.00190.12 N \ ANISOU16804 NE1 TRP R 40 29888 16484 27085 -641 -4446 -888 N \ ATOM 16805 CE2 TRP R 40 -39.706 37.832 -24.636 1.00190.99 C \ ANISOU16805 CE2 TRP R 40 28733 14866 25674 -447 -4205 -655 C \ ATOM 16806 CE3 TRP R 40 -39.874 35.773 -25.905 1.00191.75 C \ ANISOU16806 CE3 TRP R 40 28744 14816 25641 -424 -4163 -622 C \ ATOM 16807 CZ2 TRP R 40 -38.357 37.588 -24.323 1.00190.93 C \ ANISOU16807 CZ2 TRP R 40 28632 14727 25523 -445 -4155 -632 C \ ATOM 16808 CZ3 TRP R 40 -38.531 35.528 -25.593 1.00191.39 C \ ANISOU16808 CZ3 TRP R 40 28558 14739 25520 -488 -4150 -651 C \ ATOM 16809 CH2 TRP R 40 -37.790 36.434 -24.809 1.00190.45 C \ ANISOU16809 CH2 TRP R 40 28738 14842 25712 -437 -4106 -594 C \ ATOM 16810 N LEU R 41 -45.335 38.097 -24.389 1.00186.22 N \ ANISOU16810 N LEU R 41 28643 14852 25715 -485 -4109 -617 N \ ATOM 16811 CA LEU R 41 -45.830 39.158 -23.528 1.00188.64 C \ ANISOU16811 CA LEU R 41 28690 14896 25732 -477 -4173 -648 C \ ATOM 16812 C LEU R 41 -46.359 38.577 -22.231 1.00187.05 C \ ANISOU16812 C LEU R 41 28442 14460 25248 -413 -4153 -619 C \ ATOM 16813 O LEU R 41 -46.085 39.087 -21.142 1.00187.01 O \ ANISOU16813 O LEU R 41 28144 14178 24937 -430 -4147 -627 O \ ATOM 16814 CB LEU R 41 -46.976 39.884 -24.224 1.00193.32 C \ ANISOU16814 CB LEU R 41 28194 14218 25000 -432 -4085 -595 C \ ATOM 16815 CG LEU R 41 -46.952 41.404 -24.179 1.00196.29 C \ ANISOU16815 CG LEU R 41 28196 14259 25076 -449 -4039 -576 C \ ATOM 16816 CD1 LEU R 41 -45.711 41.888 -24.907 1.00197.96 C \ ANISOU16816 CD1 LEU R 41 27940 13907 24627 -399 -4196 -642 C \ ATOM 16817 CD2 LEU R 41 -48.205 41.953 -24.847 1.00197.59 C \ ANISOU16817 CD2 LEU R 41 27682 13539 24272 -344 -4199 -618 C \ ATOM 16818 N TYR R 42 -47.158 37.526 -22.373 1.00184.98 N \ ANISOU16818 N TYR R 42 27610 13405 24152 -319 -4161 -587 N \ ATOM 16819 CA TYR R 42 -47.768 36.859 -21.239 1.00182.25 C \ ANISOU16819 CA TYR R 42 27385 13183 23914 -307 -4242 -624 C \ ATOM 16820 C TYR R 42 -46.716 36.219 -20.342 1.00181.70 C \ ANISOU16820 C TYR R 42 27581 13281 24034 -267 -4177 -573 C \ ATOM 16821 O TYR R 42 -46.419 36.728 -19.262 1.00182.64 O \ ANISOU16821 O TYR R 42 27479 13179 23922 -259 -4227 -595 O \ ATOM 16822 CB TYR R 42 -48.758 35.799 -21.728 1.00180.01 C \ ANISOU16822 CB TYR R 42 27090 12908 23628 -309 -4291 -650 C \ ATOM 16823 CG TYR R 42 -49.518 35.170 -20.596 1.00178.27 C \ ANISOU16823 CG TYR R 42 27455 13077 23819 -213 -4259 -592 C \ ATOM 16824 CD1 TYR R 42 -50.419 35.917 -19.841 1.00178.57 C \ ANISOU16824 CD1 TYR R 42 27166 12907 23627 -264 -4324 -648 C \ ATOM 16825 CD2 TYR R 42 -49.272 33.854 -20.219 1.00177.27 C \ ANISOU16825 CD2 TYR R 42 27366 13010 23741 -216 -4308 -619 C \ ATOM 16826 CE1 TYR R 42 -51.048 35.370 -18.731 1.00176.73 C \ ANISOU16826 CE1 TYR R 42 28183 14156 24918 -414 -4085 -590 C \ ATOM 16827 CE2 TYR R 42 -49.893 33.300 -19.114 1.00175.26 C \ ANISOU16827 CE2 TYR R 42 27981 13938 24718 -414 -4030 -562 C \ ATOM 16828 CZ TYR R 42 -50.774 34.062 -18.373 1.00174.88 C \ ANISOU16828 CZ TYR R 42 28027 14075 24837 -464 -4013 -578 C \ ATOM 16829 OH TYR R 42 -51.347 33.519 -17.254 1.00174.27 O \ ANISOU16829 OH TYR R 42 27909 14023 24756 -493 -4048 -611 O \ ATOM 16830 N ARG R 43 -46.162 35.097 -20.791 1.00181.72 N \ ANISOU16830 N ARG R 43 27404 13346 24179 -403 -3978 -526 N \ ATOM 16831 CA ARG R 43 -45.128 34.389 -20.035 1.00182.72 C \ ANISOU16831 CA ARG R 43 27021 12868 23722 -351 -3986 -504 C \ ATOM 16832 C ARG R 43 -43.837 34.319 -20.851 1.00182.37 C \ ANISOU16832 C ARG R 43 27038 12882 23788 -346 -3932 -469 C \ ATOM 16833 O ARG R 43 -43.679 33.446 -21.710 1.00181.49 O \ ANISOU16833 O ARG R 43 26761 12519 23355 -312 -3994 -493 O \ ATOM 16834 CB ARG R 43 -45.582 32.965 -19.697 1.00184.43 C \ ANISOU16834 CB ARG R 43 28376 14429 25202 -473 -3967 -559 C \ ATOM 16835 CG ARG R 43 -46.679 32.854 -18.652 1.00187.24 C \ ANISOU16835 CG ARG R 43 34780 27883 33196 -2096 -7619 1722 C \ ATOM 16836 CD ARG R 43 -47.120 31.402 -18.556 1.00189.36 C \ ANISOU16836 CD ARG R 43 34785 27761 33188 -2197 -7589 1750 C \ ATOM 16837 NE ARG R 43 -48.271 31.195 -17.683 1.00192.27 N \ ANISOU16837 NE ARG R 43 34741 27657 33127 -2276 -7563 1801 N \ ATOM 16838 CZ ARG R 43 -48.259 31.373 -16.367 1.00193.65 C \ ANISOU16838 CZ ARG R 43 34745 27585 33126 -2360 -7533 1856 C \ ATOM 16839 NH1 ARG R 43 -47.149 31.766 -15.754 1.00194.68 N \ ANISOU16839 NH1 ARG R 43 34759 27724 33137 -2167 -7573 1688 N \ ATOM 16840 NH2 ARG R 43 -49.363 31.164 -15.662 1.00193.33 N \ ANISOU16840 NH2 ARG R 43 34722 27744 33113 -2090 -7594 1635 N \ ATOM 16841 N PRO R 44 -42.892 35.235 -20.584 1.00182.32 N \ ANISOU16841 N PRO R 44 34790 27789 33205 -2108 -7603 1661 N \ ATOM 16842 CA PRO R 44 -41.626 35.241 -21.318 1.00182.13 C \ ANISOU16842 CA PRO R 44 34623 27726 33003 -1998 -7603 1560 C \ ATOM 16843 C PRO R 44 -40.961 33.887 -21.166 1.00181.29 C \ ANISOU16843 C PRO R 44 34771 27825 33198 -2037 -7621 1612 C \ ATOM 16844 O PRO R 44 -40.953 33.312 -20.076 1.00181.12 O \ ANISOU16844 O PRO R 44 34622 27783 33012 -1925 -7620 1512 O \ ATOM 16845 CB PRO R 44 -40.838 36.352 -20.631 1.00182.37 C \ ANISOU16845 CB PRO R 44 34686 27823 33100 -1945 -7629 1538 C \ ATOM 16846 CG PRO R 44 -41.316 36.266 -19.225 1.00182.16 C \ ANISOU16846 CG PRO R 44 34684 27651 33058 -2241 -7569 1781 C \ ATOM 16847 CD PRO R 44 -42.813 36.135 -19.422 1.00182.44 C \ ANISOU16847 CD PRO R 44 34609 27531 32965 -2308 -7545 1822 C \ ATOM 16848 N TRP R 45 -40.407 33.373 -22.257 1.00179.36 N \ ANISOU16848 N TRP R 45 34415 27284 32791 -2397 -7536 1908 N \ ATOM 16849 CA TRP R 45 -39.761 32.072 -22.200 1.00177.02 C \ ANISOU16849 CA TRP R 45 34434 27238 32795 -2472 -7495 1949 C \ ATOM 16850 C TRP R 45 -38.237 32.100 -22.216 1.00177.42 C \ ANISOU16850 C TRP R 45 34729 27735 33079 -2245 -7563 1796 C \ ATOM 16851 O TRP R 45 -37.614 32.891 -21.507 1.00177.73 O \ ANISOU16851 O TRP R 45 34769 27833 33099 -2160 -7567 1717 O \ ATOM 16852 CB TRP R 45 -40.298 31.157 -23.317 1.00174.95 C \ ANISOU16852 CB TRP R 45 34749 27705 33079 -2316 -7538 1834 C \ ATOM 16853 CG TRP R 45 -40.159 31.669 -24.720 1.00172.37 C \ ANISOU16853 CG TRP R 45 34105 27025 32512 -2376 -7568 1937 C \ ATOM 16854 CD1 TRP R 45 -39.029 31.675 -25.489 1.00171.51 C \ ANISOU16854 CD1 TRP R 45 33701 26579 32133 -2457 -7564 2019 C \ ATOM 16855 CD2 TRP R 45 -41.201 32.211 -25.536 1.00169.71 C \ ANISOU16855 CD2 TRP R 45 33384 26200 31830 -2511 -7550 2054 C \ ATOM 16856 NE1 TRP R 45 -39.305 32.183 -26.735 1.00170.80 N \ ANISOU16856 NE1 TRP R 45 33318 26088 31770 -2593 -7520 2120 N \ ATOM 16857 CE2 TRP R 45 -40.632 32.519 -26.792 1.00169.97 C \ ANISOU16857 CE2 TRP R 45 33783 26761 32248 -2397 -7601 2043 C \ ATOM 16858 CE3 TRP R 45 -42.564 32.465 -25.329 1.00167.46 C \ ANISOU16858 CE3 TRP R 45 33792 26874 32272 -2282 -7626 2003 C \ ATOM 16859 CZ2 TRP R 45 -41.380 33.067 -27.838 1.00169.37 C \ ANISOU16859 CZ2 TRP R 45 33948 27205 32446 -2150 -7635 2043 C \ ATOM 16860 CZ3 TRP R 45 -43.306 33.009 -26.369 1.00167.65 C \ ANISOU16860 CZ3 TRP R 45 33959 27210 32504 -2178 -7640 2120 C \ ATOM 16861 CH2 TRP R 45 -42.711 33.304 -27.608 1.00168.75 C \ ANISOU16861 CH2 TRP R 45 33029 25862 31480 -2460 -7564 2010 C \ ATOM 16862 N LEU R 46 -37.655 31.211 -23.016 1.00177.01 N \ ANISOU16862 N LEU R 46 32638 25423 31100 -2498 -7551 2038 N \ ATOM 16863 CA LEU R 46 -36.212 31.053 -23.153 1.00175.38 C \ ANISOU16863 CA LEU R 46 32279 25015 30710 -2568 -7492 2072 C \ ATOM 16864 C LEU R 46 -35.747 30.130 -22.026 1.00176.17 C \ ANISOU16864 C LEU R 46 32248 24970 30683 -2600 -7471 2101 C \ ATOM 16865 O LEU R 46 -36.631 29.641 -21.284 1.00175.52 O \ ANISOU16865 O LEU R 46 32677 25491 31139 -2424 -7570 1971 O \ ATOM 16866 CB LEU R 46 -35.492 32.410 -23.093 1.00170.89 C \ ANISOU16866 CB LEU R 46 32721 25641 31208 -2327 -7614 1931 C \ ATOM 16867 CG LEU R 46 -35.760 33.365 -24.267 1.00167.42 C \ ANISOU16867 CG LEU R 46 32785 25776 31262 -2272 -7623 1906 C \ ATOM 16868 CD1 LEU R 46 -34.983 34.666 -24.071 1.00167.67 C \ ANISOU16868 CD1 LEU R 46 32642 25593 31155 -2294 -7634 1928 C \ ATOM 16869 CD2 LEU R 46 -35.360 32.699 -25.581 1.00164.85 C \ ANISOU16869 CD2 LEU R 46 31840 24579 30240 -2584 -7461 2065 C \ ATOM 16870 OXT LEU R 46 -34.530 29.865 -21.916 1.00178.99 O \ ANISOU16870 OXT LEU R 46 31345 24086 29714 -2636 -7393 2086 O \ ATOM 15994 N PHE Q 2 -43.234 40.078 -48.957 1.00257.54 N \ ANISOU15994 N PHE Q 2 34403 24097 32117 518 -5265 -1334 N \ ATOM 15995 CA PHE Q 2 -43.692 39.589 -50.288 1.00257.62 C \ ANISOU15995 CA PHE Q 2 34421 24080 32086 498 -5277 -1282 C \ ATOM 15996 C PHE Q 2 -42.840 40.152 -51.419 1.00257.94 C \ ANISOU15996 C PHE Q 2 34722 24458 32485 522 -5210 -1415 C \ ATOM 15997 O PHE Q 2 -43.223 40.090 -52.585 1.00257.84 O \ ANISOU15997 O PHE Q 2 34004 23708 31744 527 -5229 -1372 O \ ATOM 15998 CB PHE Q 2 -45.162 39.962 -50.517 1.00257.48 C \ ANISOU15998 CB PHE Q 2 33534 23204 31244 513 -5200 -1356 C \ ATOM 15999 CG PHE Q 2 -45.447 41.436 -50.397 1.00257.17 C \ ANISOU15999 CG PHE Q 2 33254 22926 30962 531 -5276 -1309 C \ ATOM 16000 CD1 PHE Q 2 -45.287 42.093 -49.181 1.00256.79 C \ ANISOU16000 CD1 PHE Q 2 33258 22894 30926 512 -5262 -1276 C \ ATOM 16001 CD2 PHE Q 2 -45.885 42.165 -51.498 1.00256.92 C \ ANISOU16001 CD2 PHE Q 2 33416 23101 31161 522 -5147 -1413 C \ ATOM 16002 CE1 PHE Q 2 -45.559 43.454 -49.061 1.00256.34 C \ ANISOU16002 CE1 PHE Q 2 33333 23020 31082 505 -5070 -1462 C \ ATOM 16003 CE2 PHE Q 2 -46.160 43.528 -51.389 1.00256.57 C \ ANISOU16003 CE2 PHE Q 2 33320 23035 31095 515 -5083 -1484 C \ ATOM 16004 CZ PHE Q 2 -45.997 44.172 -50.168 1.00256.46 C \ ANISOU16004 CZ PHE Q 2 33408 23065 31132 478 -4989 -1481 C \ ATOM 16005 N THR Q 3 -41.681 40.701 -51.071 1.00258.70 N \ ANISOU16005 N THR Q 3 32838 22554 30591 566 -5356 -1306 N \ ATOM 16006 CA THR Q 3 -40.784 41.270 -52.068 1.00259.86 C \ ANISOU16006 CA THR Q 3 32315 22040 30072 585 -5433 -1263 C \ ATOM 16007 C THR Q 3 -40.248 40.179 -52.992 1.00259.73 C \ ANISOU16007 C THR Q 3 31829 21521 29531 564 -5466 -1198 C \ ATOM 16008 O THR Q 3 -40.476 40.208 -54.203 1.00260.32 O \ ANISOU16008 O THR Q 3 31757 21444 29447 570 -5514 -1158 O \ ATOM 16009 CB THR Q 3 -39.590 41.989 -51.402 1.00260.62 C \ ANISOU16009 CB THR Q 3 32492 22276 30316 628 -5510 -1279 C \ ATOM 16010 OG1 THR Q 3 -40.075 43.011 -50.522 1.00261.53 O \ ANISOU16010 OG1 THR Q 3 32570 22378 30420 657 -5589 -1253 O \ ATOM 16011 CG2 THR Q 3 -38.695 42.627 -52.457 1.00261.32 C \ ANISOU16011 CG2 THR Q 3 32572 22376 30437 662 -5554 -1276 C \ ATOM 16012 N MET Q 4 -39.544 39.213 -52.411 1.00259.07 N \ ANISOU16012 N MET Q 4 32643 22512 30559 697 -5662 -1271 N \ ATOM 16013 CA MET Q 4 -38.968 38.109 -53.172 1.00257.73 C \ ANISOU16013 CA MET Q 4 31287 20958 28954 539 -5438 -1189 C \ ATOM 16014 C MET Q 4 -40.028 37.341 -53.958 1.00255.85 C \ ANISOU16014 C MET Q 4 30796 20438 28409 517 -5465 -1129 C \ ATOM 16015 O MET Q 4 -39.703 36.552 -54.847 1.00255.96 O \ ANISOU16015 O MET Q 4 30503 20100 28064 491 -5437 -1093 O \ ATOM 16016 CB MET Q 4 -38.235 37.153 -52.228 1.00259.02 C \ ANISOU16016 CB MET Q 4 30409 19994 27938 485 -5484 -1040 C \ ATOM 16017 CG MET Q 4 -39.126 36.530 -51.164 1.00260.41 C \ ANISOU16017 CG MET Q 4 30867 20493 28454 492 -5428 -1132 C \ ATOM 16018 SD MET Q 4 -38.209 35.509 -49.995 1.00261.88 S \ ANISOU16018 SD MET Q 4 30856 20430 28382 449 -5354 -1116 S \ ATOM 16019 CE MET Q 4 -37.850 36.710 -48.705 1.00261.94 C \ ANISOU16019 CE MET Q 4 30784 20326 28256 427 -5373 -1058 C \ ATOM 16020 N ASN Q 5 -41.293 37.580 -53.624 1.00253.09 N \ ANISOU16020 N ASN Q 5 30869 20428 28392 429 -5266 -1158 N \ ATOM 16021 CA ASN Q 5 -42.417 36.919 -54.282 1.00249.71 C \ ANISOU16021 CA ASN Q 5 30742 20239 28161 388 -5306 -1043 C \ ATOM 16022 C ASN Q 5 -42.301 36.908 -55.805 1.00247.09 C \ ANISOU16022 C ASN Q 5 30726 20240 28197 389 -5199 -1144 C \ ATOM 16023 O ASN Q 5 -42.762 35.974 -56.462 1.00246.68 O \ ANISOU16023 O ASN Q 5 30670 20153 28090 369 -5219 -1087 O \ ATOM 16024 CB ASN Q 5 -43.725 37.602 -53.866 1.00250.23 C \ ANISOU16024 CB ASN Q 5 30448 19889 27819 330 -5153 -1073 C \ ATOM 16025 CG ASN Q 5 -44.919 37.125 -54.668 1.00250.58 C \ ANISOU16025 CG ASN Q 5 30223 19798 27777 476 -5361 -1123 C \ ATOM 16026 OD1 ASN Q 5 -45.011 37.365 -55.872 1.00250.80 O \ ANISOU16026 OD1 ASN Q 5 29952 19484 27459 450 -5324 -1095 O \ ATOM 16027 ND2 ASN Q 5 -45.845 36.446 -54.002 1.00250.70 N \ ANISOU16027 ND2 ASN Q 5 29593 19128 27099 465 -5383 -1058 N \ ATOM 16028 N ALA Q 6 -41.681 37.944 -56.358 1.00244.01 N \ ANISOU16028 N ALA Q 6 29530 19030 26992 443 -5368 -1022 N \ ATOM 16029 CA ALA Q 6 -41.515 38.062 -57.803 1.00240.79 C \ ANISOU16029 CA ALA Q 6 30096 19612 27607 436 -5235 -1141 C \ ATOM 16030 C ALA Q 6 -40.957 36.798 -58.459 1.00238.49 C \ ANISOU16030 C ALA Q 6 30255 19765 27761 416 -5169 -1177 C \ ATOM 16031 O ALA Q 6 -41.660 36.109 -59.199 1.00238.42 O \ ANISOU16031 O ALA Q 6 30412 19912 27928 404 -5084 -1226 O \ ATOM 16032 CB ALA Q 6 -40.615 39.252 -58.121 1.00241.25 C \ ANISOU16032 CB ALA Q 6 30390 19888 27904 385 -5019 -1263 C \ ATOM 16033 N ASN Q 7 -39.692 36.501 -58.179 1.00235.44 N \ ANISOU16033 N ASN Q 7 30491 19981 28015 373 -4936 -1312 N \ ATOM 16034 CA ASN Q 7 -39.020 35.338 -58.752 1.00231.56 C \ ANISOU16034 CA ASN Q 7 29093 18672 26652 503 -5450 -1067 C \ ATOM 16035 C ASN Q 7 -39.563 34.002 -58.255 1.00229.35 C \ ANISOU16035 C ASN Q 7 28510 18097 26075 520 -5510 -1035 C \ ATOM 16036 O ASN Q 7 -39.485 32.993 -58.956 1.00229.18 O \ ANISOU16036 O ASN Q 7 28004 17573 25522 506 -5558 -969 O \ ATOM 16037 CB ASN Q 7 -37.521 35.409 -58.449 1.00230.76 C \ ANISOU16037 CB ASN Q 7 28096 17649 25594 502 -5574 -937 C \ ATOM 16038 CG ASN Q 7 -36.896 36.710 -58.908 1.00230.12 C \ ANISOU16038 CG ASN Q 7 28580 18224 26215 565 -5582 -1054 C \ ATOM 16039 OD1 ASN Q 7 -37.285 37.790 -58.464 1.00230.16 O \ ANISOU16039 OD1 ASN Q 7 28827 18501 26479 577 -5631 -1052 O \ ATOM 16040 ND2 ASN Q 7 -35.917 36.613 -59.800 1.00230.57 N \ ANISOU16040 ND2 ASN Q 7 28510 18173 26192 582 -5539 -1116 N \ ATOM 16041 N LEU Q 8 -40.114 33.998 -57.048 1.00226.30 N \ ANISOU16041 N LEU Q 8 29299 19032 27023 621 -5701 -1074 N \ ATOM 16042 CA LEU Q 8 -40.643 32.778 -56.451 1.00222.20 C \ ANISOU16042 CA LEU Q 8 27267 16837 24767 497 -5580 -950 C \ ATOM 16043 C LEU Q 8 -41.886 32.240 -57.162 1.00218.14 C \ ANISOU16043 C LEU Q 8 26510 16067 23966 484 -5629 -889 C \ ATOM 16044 O LEU Q 8 -42.243 31.076 -56.996 1.00217.52 O \ ANISOU16044 O LEU Q 8 26298 15804 23689 446 -5581 -855 O \ ATOM 16045 CB LEU Q 8 -40.959 33.029 -54.973 1.00223.93 C \ ANISOU16045 CB LEU Q 8 26051 15547 23408 437 -5623 -803 C \ ATOM 16046 CG LEU Q 8 -41.155 31.818 -54.058 1.00224.68 C \ ANISOU16046 CG LEU Q 8 26201 15771 23655 482 -5654 -883 C \ ATOM 16047 CD1 LEU Q 8 -39.857 31.026 -53.967 1.00224.72 C \ ANISOU16047 CD1 LEU Q 8 25693 15316 23213 520 -5710 -912 C \ ATOM 16048 CD2 LEU Q 8 -41.574 32.293 -52.674 1.00225.59 C \ ANISOU16048 CD2 LEU Q 8 25532 15178 23077 529 -5713 -939 C \ ATOM 16049 N TYR Q 9 -42.536 33.084 -57.958 1.00213.71 N \ ANISOU16049 N TYR Q 9 25388 15051 22959 556 -5770 -919 N \ ATOM 16050 CA TYR Q 9 -43.751 32.692 -58.672 1.00209.61 C \ ANISOU16050 CA TYR Q 9 25155 14852 22765 568 -5772 -962 C \ ATOM 16051 C TYR Q 9 -43.560 31.517 -59.625 1.00207.04 C \ ANISOU16051 C TYR Q 9 25196 14905 22824 585 -5808 -950 C \ ATOM 16052 O TYR Q 9 -44.467 30.707 -59.816 1.00206.19 O \ ANISOU16052 O TYR Q 9 25205 14869 22782 566 -5796 -900 O \ ATOM 16053 CB TYR Q 9 -44.319 33.901 -59.436 1.00210.06 C \ ANISOU16053 CB TYR Q 9 25027 14785 22718 625 -5870 -965 C \ ATOM 16054 CG TYR Q 9 -44.212 33.830 -60.949 1.00209.68 C \ ANISOU16054 CG TYR Q 9 25000 14712 22638 604 -5858 -914 C \ ATOM 16055 CD1 TYR Q 9 -45.060 33.008 -61.694 1.00208.89 C \ ANISOU16055 CD1 TYR Q 9 24932 14691 22627 633 -5895 -947 C \ ATOM 16056 CD2 TYR Q 9 -43.262 34.586 -61.635 1.00209.73 C \ ANISOU16056 CD2 TYR Q 9 26274 15750 23650 425 -5494 -885 C \ ATOM 16057 CE1 TYR Q 9 -44.964 32.941 -63.082 1.00208.29 C \ ANISOU16057 CE1 TYR Q 9 26318 15747 23636 388 -5440 -858 C \ ATOM 16058 CE2 TYR Q 9 -43.157 34.526 -63.023 1.00208.35 C \ ANISOU16058 CE2 TYR Q 9 26059 15476 23370 391 -5445 -841 C \ ATOM 16059 CZ TYR Q 9 -44.010 33.702 -63.739 1.00207.69 C \ ANISOU16059 CZ TYR Q 9 25997 15380 23259 365 -5428 -804 C \ ATOM 16060 OH TYR Q 9 -43.910 33.638 -65.110 1.00205.70 O \ ANISOU16060 OH TYR Q 9 26853 16257 24161 364 -5345 -898 O \ ATOM 16061 N LYS Q 10 -42.378 31.434 -60.223 1.00204.75 N \ ANISOU16061 N LYS Q 10 27350 16764 24664 359 -5331 -917 N \ ATOM 16062 CA LYS Q 10 -42.065 30.389 -61.190 1.00202.38 C \ ANISOU16062 CA LYS Q 10 27484 16879 24796 338 -5237 -962 C \ ATOM 16063 C LYS Q 10 -42.217 28.945 -60.704 1.00199.55 C \ ANISOU16063 C LYS Q 10 27755 17151 25020 336 -5354 -867 C \ ATOM 16064 O LYS Q 10 -42.312 28.028 -61.520 1.00198.84 O \ ANISOU16064 O LYS Q 10 25826 15271 23188 422 -5469 -867 O \ ATOM 16065 CB LYS Q 10 -40.647 30.606 -61.725 1.00203.49 C \ ANISOU16065 CB LYS Q 10 25677 15112 23036 426 -5474 -852 C \ ATOM 16066 CG LYS Q 10 -40.428 31.981 -62.336 1.00204.71 C \ ANISOU16066 CG LYS Q 10 25379 14845 22760 453 -5567 -819 C \ ATOM 16067 CD LYS Q 10 -38.980 32.178 -62.753 1.00205.95 C \ ANISOU16067 CD LYS Q 10 25308 14759 22664 446 -5582 -783 C \ ATOM 16068 CE LYS Q 10 -38.752 33.572 -63.318 1.00205.77 C \ ANISOU16068 CE LYS Q 10 25859 15297 23255 437 -5421 -905 C \ ATOM 16069 NZ LYS Q 10 -37.331 33.796 -63.706 1.00206.57 N \ ANISOU16069 NZ LYS Q 10 26197 15603 23569 407 -5325 -936 N \ ATOM 16070 N ILE Q 11 -42.239 28.732 -59.390 1.00195.86 N \ ANISOU16070 N ILE Q 11 25954 15380 23346 440 -5425 -888 N \ ATOM 16071 CA ILE Q 11 -42.356 27.380 -58.833 1.00191.29 C \ ANISOU16071 CA ILE Q 11 26437 15843 23839 413 -5266 -988 C \ ATOM 16072 C ILE Q 11 -43.608 26.620 -59.259 1.00187.13 C \ ANISOU16072 C ILE Q 11 24980 14492 22408 484 -5629 -831 C \ ATOM 16073 O ILE Q 11 -43.586 25.403 -59.414 1.00187.76 O \ ANISOU16073 O ILE Q 11 24589 14136 22043 510 -5720 -801 O \ ATOM 16074 CB ILE Q 11 -42.333 27.404 -57.282 1.00192.18 C \ ANISOU16074 CB ILE Q 11 24361 13919 21794 506 -5782 -761 C \ ATOM 16075 CG1 ILE Q 11 -43.388 28.379 -56.761 1.00194.25 C \ ANISOU16075 CG1 ILE Q 11 24245 13807 21677 502 -5774 -773 C \ ATOM 16076 CG2 ILE Q 11 -40.954 27.776 -56.787 1.00191.80 C \ ANISOU16076 CG2 ILE Q 11 24599 14194 22128 551 -5754 -843 C \ ATOM 16077 CD1 ILE Q 11 -43.400 28.517 -55.247 1.00198.33 C \ ANISOU16077 CD1 ILE Q 11 24683 14274 22240 559 -5701 -886 C \ ATOM 16078 N TRP Q 12 -44.702 27.339 -59.439 1.00181.26 N \ ANISOU16078 N TRP Q 12 24764 14408 22397 599 -5736 -930 N \ ATOM 16079 CA TRP Q 12 -45.972 26.728 -59.797 1.00175.13 C \ ANISOU16079 CA TRP Q 12 24638 14210 22176 554 -5707 -855 C \ ATOM 16080 C TRP Q 12 -46.012 25.996 -61.125 1.00173.16 C \ ANISOU16080 C TRP Q 12 24351 13915 21769 508 -5842 -712 C \ ATOM 16081 O TRP Q 12 -46.874 25.131 -61.346 1.00171.09 O \ ANISOU16081 O TRP Q 12 24323 13900 21719 503 -5903 -671 O \ ATOM 16082 CB TRP Q 12 -47.041 27.813 -59.738 1.00172.72 C \ ANISOU16082 CB TRP Q 12 23844 13474 21298 536 -5966 -691 C \ ATOM 16083 CG TRP Q 12 -47.081 28.396 -58.373 1.00169.03 C \ ANISOU16083 CG TRP Q 12 23724 13393 21230 568 -6020 -699 C \ ATOM 16084 CD1 TRP Q 12 -47.389 29.675 -58.029 1.00167.88 C \ ANISOU16084 CD1 TRP Q 12 24784 14361 22155 498 -5955 -618 C \ ATOM 16085 CD2 TRP Q 12 -46.787 27.706 -57.152 1.00166.86 C \ ANISOU16085 CD2 TRP Q 12 25243 14769 22555 465 -5895 -594 C \ ATOM 16086 NE1 TRP Q 12 -47.305 29.828 -56.666 1.00165.21 N \ ANISOU16086 NE1 TRP Q 12 25628 15119 22889 433 -5848 -583 N \ ATOM 16087 CE2 TRP Q 12 -46.939 28.636 -56.105 1.00165.62 C \ ANISOU16087 CE2 TRP Q 12 25405 14927 22723 470 -5896 -587 C \ ATOM 16088 CE3 TRP Q 12 -46.411 26.390 -56.842 1.00165.43 C \ ANISOU16088 CE3 TRP Q 12 23477 13109 20925 529 -5959 -700 C \ ATOM 16089 CZ2 TRP Q 12 -46.729 28.293 -54.768 1.00164.57 C \ ANISOU16089 CZ2 TRP Q 12 23012 12692 20514 559 -6016 -721 C \ ATOM 16090 CZ3 TRP Q 12 -46.201 26.049 -55.513 1.00164.10 C \ ANISOU16090 CZ3 TRP Q 12 22563 12286 20093 583 -6114 -690 C \ ATOM 16091 CH2 TRP Q 12 -46.362 27.000 -54.491 1.00163.83 C \ ANISOU16091 CH2 TRP Q 12 22666 12437 20262 618 -6159 -716 C \ ATOM 16092 N LEU Q 13 -45.056 26.320 -61.986 1.00172.85 N \ ANISOU16092 N LEU Q 13 23243 12907 20711 538 -5996 -714 N \ ATOM 16093 CA LEU Q 13 -44.996 25.732 -63.308 1.00172.92 C \ ANISOU16093 CA LEU Q 13 23480 13092 20902 505 -5900 -725 C \ ATOM 16094 C LEU Q 13 -44.448 24.320 -63.291 1.00170.82 C \ ANISOU16094 C LEU Q 13 23655 13244 21047 493 -5897 -693 C \ ATOM 16095 O LEU Q 13 -44.722 23.551 -64.204 1.00170.11 O \ ANISOU16095 O LEU Q 13 22084 11795 19568 564 -6146 -636 O \ ATOM 16096 CB LEU Q 13 -44.140 26.606 -64.219 1.00177.05 C \ ANISOU16096 CB LEU Q 13 21631 11382 19136 582 -6238 -602 C \ ATOM 16097 CG LEU Q 13 -44.629 28.049 -64.341 1.00181.02 C \ ANISOU16097 CG LEU Q 13 21619 11402 19179 611 -6270 -616 C \ ATOM 16098 CD1 LEU Q 13 -43.617 28.855 -65.127 1.00182.02 C \ ANISOU16098 CD1 LEU Q 13 21523 11355 19126 636 -6349 -606 C \ ATOM 16099 CD2 LEU Q 13 -45.983 28.084 -65.031 1.00184.04 C \ ANISOU16099 CD2 LEU Q 13 21266 10993 18705 551 -6253 -543 C \ ATOM 16100 N ILE Q 14 -43.680 23.969 -62.264 1.00169.19 N \ ANISOU16100 N ILE Q 14 21032 10744 18427 527 -6251 -521 N \ ATOM 16101 CA ILE Q 14 -43.108 22.625 -62.209 1.00167.98 C \ ANISOU16101 CA ILE Q 14 20616 10304 17946 497 -6262 -465 C \ ATOM 16102 C ILE Q 14 -43.734 21.679 -61.174 1.00165.77 C \ ANISOU16102 C ILE Q 14 20070 9707 17351 469 -6188 -458 C \ ATOM 16103 O ILE Q 14 -43.835 20.470 -61.411 1.00165.10 O \ ANISOU16103 O ILE Q 14 19950 9558 17169 438 -6178 -414 O \ ATOM 16104 CB ILE Q 14 -41.584 22.680 -61.965 1.00169.52 C \ ANISOU16104 CB ILE Q 14 19712 9337 16909 430 -6236 -372 C \ ATOM 16105 CG1 ILE Q 14 -40.898 23.490 -63.065 1.00172.05 C \ ANISOU16105 CG1 ILE Q 14 20014 9577 17194 415 -6108 -412 C \ ATOM 16106 CG2 ILE Q 14 -41.019 21.289 -61.952 1.00170.23 C \ ANISOU16106 CG2 ILE Q 14 21623 11380 19182 609 -6210 -639 C \ ATOM 16107 CD1 ILE Q 14 -39.368 23.506 -62.955 1.00174.02 C \ ANISOU16107 CD1 ILE Q 14 21386 11170 18996 636 -6235 -653 C \ ATOM 16108 N LEU Q 15 -44.148 22.213 -60.029 1.00162.86 N \ ANISOU16108 N LEU Q 15 21244 11075 18933 674 -6254 -705 N \ ATOM 16109 CA LEU Q 15 -44.753 21.373 -58.996 1.00159.93 C \ ANISOU16109 CA LEU Q 15 21428 11310 19172 704 -6326 -704 C \ ATOM 16110 C LEU Q 15 -46.258 21.609 -58.909 1.00158.11 C \ ANISOU16110 C LEU Q 15 21224 10964 18807 620 -6161 -662 C \ ATOM 16111 O LEU Q 15 -46.725 22.739 -59.023 1.00157.20 O \ ANISOU16111 O LEU Q 15 20971 10672 18486 587 -6149 -610 O \ ATOM 16112 CB LEU Q 15 -44.114 21.653 -57.637 1.00160.34 C \ ANISOU16112 CB LEU Q 15 20825 10486 18320 573 -6078 -621 C \ ATOM 16113 CG LEU Q 15 -42.611 21.401 -57.540 1.00161.06 C \ ANISOU16113 CG LEU Q 15 20566 10191 18043 557 -5991 -659 C \ ATOM 16114 CD1 LEU Q 15 -42.111 21.875 -56.191 1.00162.04 C \ ANISOU16114 CD1 LEU Q 15 20449 10035 17903 540 -5917 -672 C \ ATOM 16115 CD2 LEU Q 15 -42.313 19.923 -57.744 1.00160.61 C \ ANISOU16115 CD2 LEU Q 15 19744 9319 17190 538 -5920 -651 C \ ATOM 16116 N ASP Q 16 -47.019 20.538 -58.708 1.00158.01 N \ ANISOU16116 N ASP Q 16 21054 10613 18496 525 -5841 -708 N \ ATOM 16117 CA ASP Q 16 -48.471 20.650 -58.624 1.00157.76 C \ ANISOU16117 CA ASP Q 16 20860 10677 18555 672 -6190 -750 C \ ATOM 16118 C ASP Q 16 -48.870 21.426 -57.378 1.00154.27 C \ ANISOU16118 C ASP Q 16 20578 10438 18346 705 -6199 -804 C \ ATOM 16119 O ASP Q 16 -48.649 20.973 -56.258 1.00153.56 O \ ANISOU16119 O ASP Q 16 20561 10472 18370 729 -6279 -799 O \ ATOM 16120 CB ASP Q 16 -49.114 19.260 -58.600 1.00161.33 C \ ANISOU16120 CB ASP Q 16 20476 10437 18356 764 -6313 -835 C \ ATOM 16121 CG ASP Q 16 -48.818 18.458 -59.854 1.00164.67 C \ ANISOU16121 CG ASP Q 16 20560 10393 18318 693 -6113 -850 C \ ATOM 16122 OD1 ASP Q 16 -49.181 18.913 -60.961 1.00167.48 O \ ANISOU16122 OD1 ASP Q 16 20724 10509 18447 671 -6033 -859 O \ ATOM 16123 OD2 ASP Q 16 -48.221 17.368 -59.729 1.00165.95 O \ ANISOU16123 OD2 ASP Q 16 20838 10649 18551 668 -6100 -833 O \ ATOM 16124 N PRO Q 17 -49.465 22.614 -57.562 1.00151.36 N \ ANISOU16124 N PRO Q 17 20727 10628 18492 710 -6310 -757 N \ ATOM 16125 CA PRO Q 17 -49.893 23.455 -56.441 1.00147.96 C \ ANISOU16125 CA PRO Q 17 20943 10891 18742 728 -6385 -749 C \ ATOM 16126 C PRO Q 17 -50.685 22.699 -55.374 1.00144.60 C \ ANISOU16126 C PRO Q 17 21090 11084 18927 751 -6473 -723 C \ ATOM 16127 O PRO Q 17 -50.421 22.839 -54.181 1.00145.71 O \ ANISOU16127 O PRO Q 17 21416 11466 19323 785 -6528 -745 O \ ATOM 16128 CB PRO Q 17 -50.726 24.533 -57.125 1.00149.65 C \ ANISOU16128 CB PRO Q 17 20959 10879 18695 698 -6384 -713 C \ ATOM 16129 CG PRO Q 17 -50.024 24.697 -58.434 1.00151.27 C \ ANISOU16129 CG PRO Q 17 21012 10885 18704 670 -6298 -731 C \ ATOM 16130 CD PRO Q 17 -49.781 23.262 -58.848 1.00152.51 C \ ANISOU16130 CD PRO Q 17 20579 10431 18214 643 -6308 -691 C \ ATOM 16131 N ARG Q 18 -51.652 21.898 -55.810 1.00140.67 N \ ANISOU16131 N ARG Q 18 21038 10933 18782 692 -6273 -790 N \ ATOM 16132 CA ARG Q 18 -52.487 21.129 -54.892 1.00137.25 C \ ANISOU16132 CA ARG Q 18 20903 10876 18696 731 -6484 -676 C \ ATOM 16133 C ARG Q 18 -51.701 20.258 -53.913 1.00137.38 C \ ANISOU16133 C ARG Q 18 20723 10738 18547 747 -6563 -647 C \ ATOM 16134 O ARG Q 18 -52.197 19.930 -52.833 1.00136.87 O \ ANISOU16134 O ARG Q 18 20573 10619 18464 779 -6572 -680 O \ ATOM 16135 CB ARG Q 18 -53.470 20.256 -55.679 1.00134.13 C \ ANISOU16135 CB ARG Q 18 20360 10463 18313 808 -6643 -682 C \ ATOM 16136 CG ARG Q 18 -54.597 21.037 -56.332 1.00132.13 C \ ANISOU16136 CG ARG Q 18 20847 10828 18604 716 -6564 -592 C \ ATOM 16137 CD ARG Q 18 -55.523 20.133 -57.133 1.00128.61 C \ ANISOU16137 CD ARG Q 18 20880 10807 18599 697 -6484 -598 C \ ATOM 16138 NE ARG Q 18 -54.869 19.583 -58.317 1.00124.03 N \ ANISOU16138 NE ARG Q 18 20966 10992 18757 731 -6645 -563 N \ ATOM 16139 CZ ARG Q 18 -55.484 18.847 -59.237 1.00122.85 C \ ANISOU16139 CZ ARG Q 18 20486 10496 18365 773 -6498 -706 C \ ATOM 16140 NH1 ARG Q 18 -56.775 18.568 -59.114 1.00120.95 N \ ANISOU16140 NH1 ARG Q 18 20356 10391 18295 801 -6495 -739 N \ ATOM 16141 NH2 ARG Q 18 -54.809 18.392 -60.283 1.00123.13 N \ ANISOU16141 NH2 ARG Q 18 20092 10183 18112 838 -6527 -787 N \ ATOM 16142 N ARG Q 19 -50.479 19.886 -54.283 1.00137.35 N \ ANISOU16142 N ARG Q 19 19940 10080 18028 870 -6572 -802 N \ ATOM 16143 CA ARG Q 19 -49.650 19.050 -53.419 1.00135.68 C \ ANISOU16143 CA ARG Q 19 20350 10333 18259 784 -6400 -765 C \ ATOM 16144 C ARG Q 19 -49.057 19.838 -52.254 1.00134.89 C \ ANISOU16144 C ARG Q 19 20224 10156 18062 750 -6368 -723 C \ ATOM 16145 O ARG Q 19 -49.242 19.474 -51.093 1.00136.62 O \ ANISOU16145 O ARG Q 19 19814 9899 17827 834 -6502 -810 O \ ATOM 16146 CB ARG Q 19 -48.522 18.398 -54.227 1.00134.21 C \ ANISOU16146 CB ARG Q 19 19564 9700 17650 868 -6525 -857 C \ ATOM 16147 CG ARG Q 19 -48.998 17.358 -55.235 1.00131.93 C \ ANISOU16147 CG ARG Q 19 19570 9760 17692 886 -6617 -838 C \ ATOM 16148 CD ARG Q 19 -47.834 16.692 -55.962 1.00130.62 C \ ANISOU16148 CD ARG Q 19 19847 10096 18048 922 -6666 -865 C \ ATOM 16149 NE ARG Q 19 -47.078 17.635 -56.781 1.00128.44 N \ ANISOU16149 NE ARG Q 19 19397 9503 17462 855 -6452 -894 N \ ATOM 16150 CZ ARG Q 19 -46.075 17.292 -57.583 1.00127.35 C \ ANISOU16150 CZ ARG Q 19 19891 9972 17959 853 -6370 -937 C \ ATOM 16151 NH1 ARG Q 19 -45.700 16.023 -57.677 1.00121.73 N \ ANISOU16151 NH1 ARG Q 19 19446 9604 17572 883 -6489 -929 N \ ATOM 16152 NH2 ARG Q 19 -45.446 18.219 -58.293 1.00132.02 N \ ANISOU16152 NH2 ARG Q 19 20126 10159 18142 828 -6332 -908 N \ ATOM 16153 N VAL Q 20 -48.347 20.917 -52.569 1.00131.84 N \ ANISOU16153 N VAL Q 20 19507 9678 17575 861 -6640 -792 N \ ATOM 16154 CA VAL Q 20 -47.720 21.752 -51.550 1.00129.92 C \ ANISOU16154 CA VAL Q 20 19361 9582 17460 875 -6726 -772 C \ ATOM 16155 C VAL Q 20 -48.727 22.303 -50.545 1.00130.02 C \ ANISOU16155 C VAL Q 20 19526 9797 17677 898 -6795 -758 C \ ATOM 16156 O VAL Q 20 -48.367 22.656 -49.422 1.00129.67 O \ ANISOU16156 O VAL Q 20 19421 9751 17631 923 -6868 -761 O \ ATOM 16157 CB VAL Q 20 -46.969 22.939 -52.194 1.00129.68 C \ ANISOU16157 CB VAL Q 20 19172 9361 17195 840 -6738 -720 C \ ATOM 16158 CG1 VAL Q 20 -45.895 22.423 -53.137 1.00130.75 C \ ANISOU16158 CG1 VAL Q 20 19334 9498 17309 817 -6744 -671 C \ ATOM 16159 CG2 VAL Q 20 -47.946 23.833 -52.941 1.00131.70 C \ ANISOU16159 CG2 VAL Q 20 19092 9332 17149 854 -6818 -709 C \ ATOM 16160 N LEU Q 21 -49.990 22.371 -50.953 1.00131.19 N \ ANISOU16160 N LEU Q 21 19827 10072 17957 889 -6771 -743 N \ ATOM 16161 CA LEU Q 21 -51.043 22.887 -50.088 1.00133.11 C \ ANISOU16161 CA LEU Q 21 19960 10248 18137 908 -6830 -729 C \ ATOM 16162 C LEU Q 21 -51.480 21.844 -49.064 1.00134.49 C \ ANISOU16162 C LEU Q 21 19917 10245 18177 946 -6825 -782 C \ ATOM 16163 O LEU Q 21 -51.508 22.113 -47.863 1.00137.40 O \ ANISOU16163 O LEU Q 21 19816 10209 18151 977 -6892 -791 O \ ATOM 16164 CB LEU Q 21 -52.246 23.323 -50.930 1.00133.00 C \ ANISOU16164 CB LEU Q 21 20018 10262 18136 880 -6804 -688 C \ ATOM 16165 CG LEU Q 21 -51.958 24.292 -52.081 1.00133.18 C \ ANISOU16165 CG LEU Q 21 19903 10192 18149 941 -6745 -817 C \ ATOM 16166 CD1 LEU Q 21 -53.257 24.631 -52.798 1.00129.56 C \ ANISOU16166 CD1 LEU Q 21 19791 10110 18107 973 -6726 -872 C \ ATOM 16167 CD2 LEU Q 21 -51.295 25.553 -51.547 1.00133.58 C \ ANISOU16167 CD2 LEU Q 21 19629 10013 18024 1008 -6774 -909 C \ ATOM 16168 N VAL Q 22 -51.817 20.651 -49.546 1.00132.85 N \ ANISOU16168 N VAL Q 22 19258 9696 17732 1043 -6804 -940 N \ ATOM 16169 CA VAL Q 22 -52.256 19.567 -48.672 1.00131.62 C \ ANISOU16169 CA VAL Q 22 19960 10221 18235 955 -6624 -904 C \ ATOM 16170 C VAL Q 22 -51.124 19.070 -47.775 1.00130.69 C \ ANISOU16170 C VAL Q 22 20145 10436 18488 984 -6595 -967 C \ ATOM 16171 O VAL Q 22 -51.336 18.768 -46.600 1.00129.32 O \ ANISOU16171 O VAL Q 22 20248 10574 18638 1005 -6598 -1012 O \ ATOM 16172 CB VAL Q 22 -52.799 18.379 -49.496 1.00132.33 C \ ANISOU16172 CB VAL Q 22 20220 10502 18577 990 -6561 -983 C \ ATOM 16173 CG1 VAL Q 22 -51.729 17.873 -50.450 1.00132.35 C \ ANISOU16173 CG1 VAL Q 22 20245 10600 18697 1031 -6568 -1072 C \ ATOM 16174 CG2 VAL Q 22 -53.257 17.269 -48.569 1.00133.48 C \ ANISOU16174 CG2 VAL Q 22 20177 10487 18596 1016 -6532 -1043 C \ ATOM 16175 N SER Q 23 -49.925 18.982 -48.341 1.00129.88 N \ ANISOU16175 N SER Q 23 20059 10407 18525 1037 -6535 -1088 N \ ATOM 16176 CA SER Q 23 -48.749 18.528 -47.608 1.00129.07 C \ ANISOU16176 CA SER Q 23 19728 10109 18103 1000 -6779 -908 C \ ATOM 16177 C SER Q 23 -48.502 19.460 -46.431 1.00127.35 C \ ANISOU16177 C SER Q 23 19907 10349 18356 1033 -6824 -943 C \ ATOM 16178 O SER Q 23 -48.107 19.031 -45.348 1.00126.46 O \ ANISOU16178 O SER Q 23 19860 10363 18355 1051 -6924 -913 O \ ATOM 16179 CB SER Q 23 -47.515 18.530 -48.519 1.00128.81 C \ ANISOU16179 CB SER Q 23 19813 10382 18394 1087 -6972 -943 C \ ATOM 16180 OG SER Q 23 -47.673 17.645 -49.616 1.00127.49 O \ ANISOU16180 OG SER Q 23 20296 10717 18711 1018 -6799 -952 O \ ATOM 16181 N ILE Q 24 -48.755 20.743 -46.657 1.00125.12 N \ ANISOU16181 N ILE Q 24 20772 11148 19160 1005 -6702 -993 N \ ATOM 16182 CA ILE Q 24 -48.552 21.761 -45.638 1.00123.47 C \ ANISOU16182 CA ILE Q 24 20853 11276 19321 1040 -6690 -1060 C \ ATOM 16183 C ILE Q 24 -49.745 21.918 -44.701 1.00123.76 C \ ANISOU16183 C ILE Q 24 21063 11536 19584 1064 -6735 -1080 C \ ATOM 16184 O ILE Q 24 -49.568 22.069 -43.494 1.00126.31 O \ ANISOU16184 O ILE Q 24 20670 11079 19148 1043 -6629 -1096 O \ ATOM 16185 CB ILE Q 24 -48.214 23.121 -46.295 1.00122.02 C \ ANISOU16185 CB ILE Q 24 19918 10399 18358 1024 -6953 -855 C \ ATOM 16186 CG1 ILE Q 24 -46.731 23.153 -46.683 1.00125.87 C \ ANISOU16186 CG1 ILE Q 24 19989 10528 18469 1036 -7045 -825 C \ ATOM 16187 CG2 ILE Q 24 -48.529 24.265 -45.343 1.00122.70 C \ ANISOU16187 CG2 ILE Q 24 19928 10526 18496 1072 -7081 -848 C \ ATOM 16188 CD1 ILE Q 24 -46.269 21.976 -47.532 1.00127.46 C \ ANISOU16188 CD1 ILE Q 24 20048 10715 18695 1103 -7142 -868 C \ ATOM 16189 N VAL Q 25 -50.956 21.884 -45.247 1.00123.07 N \ ANISOU16189 N VAL Q 25 20192 10697 18599 1001 -7059 -761 N \ ATOM 16190 CA VAL Q 25 -52.142 22.021 -44.413 1.00122.13 C \ ANISOU16190 CA VAL Q 25 20151 10717 18595 1008 -7151 -732 C \ ATOM 16191 C VAL Q 25 -52.126 20.884 -43.397 1.00123.70 C \ ANISOU16191 C VAL Q 25 20757 11234 19146 993 -7024 -750 C \ ATOM 16192 O VAL Q 25 -52.678 21.003 -42.310 1.00123.18 O \ ANISOU16192 O VAL Q 25 20043 10578 18410 969 -7166 -672 O \ ATOM 16193 CB VAL Q 25 -53.445 21.949 -45.248 1.00120.35 C \ ANISOU16193 CB VAL Q 25 19654 10225 18208 1067 -7043 -845 C \ ATOM 16194 CG1 VAL Q 25 -53.653 20.543 -45.773 1.00121.44 C \ ANISOU16194 CG1 VAL Q 25 19229 9852 17863 1099 -7072 -865 C \ ATOM 16195 CG2 VAL Q 25 -54.627 22.380 -44.401 1.00119.95 C \ ANISOU16195 CG2 VAL Q 25 18850 9516 17565 1137 -7064 -930 C \ ATOM 16196 N ALA Q 26 -51.483 19.782 -43.767 1.00125.95 N \ ANISOU16196 N ALA Q 26 18871 9612 17673 1170 -7126 -948 N \ ATOM 16197 CA ALA Q 26 -51.377 18.617 -42.895 1.00127.24 C \ ANISOU16197 CA ALA Q 26 19404 9981 18002 1085 -7021 -854 C \ ATOM 16198 C ALA Q 26 -50.176 18.780 -41.970 1.00127.22 C \ ANISOU16198 C ALA Q 26 19673 10185 18221 1068 -6925 -882 C \ ATOM 16199 O ALA Q 26 -50.263 18.543 -40.764 1.00126.79 O \ ANISOU16199 O ALA Q 26 19765 10399 18451 1119 -7050 -876 O \ ATOM 16200 CB ALA Q 26 -51.229 17.348 -43.736 1.00127.43 C \ ANISOU16200 CB ALA Q 26 18385 9008 17073 1130 -6985 -967 C \ ATOM 16201 N PHE Q 27 -49.055 19.186 -42.559 1.00126.97 N \ ANISOU16201 N PHE Q 27 17912 8572 16670 1162 -6965 -1032 N \ ATOM 16202 CA PHE Q 27 -47.806 19.408 -41.836 1.00126.35 C \ ANISOU16202 CA PHE Q 27 17702 8433 16531 1191 -7036 -1049 C \ ATOM 16203 C PHE Q 27 -48.018 20.377 -40.675 1.00125.45 C \ ANISOU16203 C PHE Q 27 17771 8566 16690 1229 -7062 -1090 C \ ATOM 16204 O PHE Q 27 -47.419 20.236 -39.609 1.00122.87 O \ ANISOU16204 O PHE Q 27 17540 8140 16243 1142 -6874 -1061 O \ ATOM 16205 CB PHE Q 27 -46.754 19.950 -42.818 1.00127.43 C \ ANISOU16205 CB PHE Q 27 17244 7877 16011 1170 -6842 -1132 C \ ATOM 16206 CG PHE Q 27 -45.504 20.467 -42.165 1.00129.14 C \ ANISOU16206 CG PHE Q 27 17038 7702 15866 1195 -6834 -1162 C \ ATOM 16207 CD1 PHE Q 27 -45.486 21.723 -41.569 1.00130.17 C \ ANISOU16207 CD1 PHE Q 27 17173 7745 15877 1143 -6750 -1155 C \ ATOM 16208 CD2 PHE Q 27 -44.339 19.707 -42.160 1.00129.75 C \ ANISOU16208 CD2 PHE Q 27 17494 8215 16283 1174 -7065 -1017 C \ ATOM 16209 CE1 PHE Q 27 -44.336 22.222 -40.973 1.00130.39 C \ ANISOU16209 CE1 PHE Q 27 17476 8262 16328 1198 -7131 -1031 C \ ATOM 16210 CE2 PHE Q 27 -43.197 20.219 -41.555 1.00129.65 C \ ANISOU16210 CE2 PHE Q 27 17425 8283 16347 1221 -7218 -1013 C \ ATOM 16211 CZ PHE Q 27 -43.189 21.461 -40.965 1.00128.94 C \ ANISOU16211 CZ PHE Q 27 17549 8478 16565 1259 -7257 -1051 C \ ATOM 16212 N GLN Q 28 -48.845 21.384 -40.871 1.00126.17 N \ ANISOU16212 N GLN Q 28 17245 8085 16121 1196 -7246 -957 N \ ATOM 16213 CA GLN Q 28 -49.079 22.302 -39.783 1.00127.94 C \ ANISOU16213 CA GLN Q 28 17544 8450 16480 1211 -7323 -936 C \ ATOM 16214 C GLN Q 28 -49.997 21.636 -38.772 1.00127.85 C \ ANISOU16214 C GLN Q 28 17721 8670 16739 1246 -7319 -975 C \ ATOM 16215 O GLN Q 28 -49.847 21.853 -37.573 1.00127.88 O \ ANISOU16215 O GLN Q 28 18064 9092 17173 1277 -7379 -992 O \ ATOM 16216 CB GLN Q 28 -49.696 23.598 -40.302 1.00130.87 C \ ANISOU16216 CB GLN Q 28 17501 8368 16365 1174 -7330 -873 C \ ATOM 16217 CG GLN Q 28 -48.723 24.477 -41.098 1.00134.44 C \ ANISOU16217 CG GLN Q 28 18125 9052 17029 1176 -7406 -838 C \ ATOM 16218 CD GLN Q 28 -47.826 25.331 -40.209 1.00135.41 C \ ANISOU16218 CD GLN Q 28 18051 9030 16990 1182 -7468 -838 C \ ATOM 16219 OE1 GLN Q 28 -48.309 26.113 -39.384 1.00137.34 O \ ANISOU16219 OE1 GLN Q 28 18521 9396 17339 1134 -7395 -779 O \ ATOM 16220 NE2 GLN Q 28 -46.514 25.192 -40.382 1.00133.95 N \ ANISOU16220 NE2 GLN Q 28 17473 8371 16460 1240 -7246 -993 N \ ATOM 16221 N ILE Q 29 -50.937 20.809 -39.247 1.00128.11 N \ ANISOU16221 N ILE Q 29 17182 8112 16238 1270 -7233 -1032 N \ ATOM 16222 CA ILE Q 29 -51.846 20.135 -38.326 1.00128.92 C \ ANISOU16222 CA ILE Q 29 17405 8397 16553 1311 -7241 -1097 C \ ATOM 16223 C ILE Q 29 -51.080 19.477 -37.184 1.00128.83 C \ ANISOU16223 C ILE Q 29 17398 8467 16640 1345 -7294 -1114 C \ ATOM 16224 O ILE Q 29 -51.323 19.764 -36.017 1.00130.17 O \ ANISOU16224 O ILE Q 29 16309 7164 15302 1249 -7145 -1038 O \ ATOM 16225 CB ILE Q 29 -52.678 19.058 -39.052 1.00130.25 C \ ANISOU16225 CB ILE Q 29 15684 6563 14740 1277 -7116 -1083 C \ ATOM 16226 CG1 ILE Q 29 -53.817 18.578 -38.150 1.00130.18 C \ ANISOU16226 CG1 ILE Q 29 15927 6862 15045 1296 -7177 -1062 C \ ATOM 16227 CG2 ILE Q 29 -51.789 17.890 -39.451 1.00134.59 C \ ANISOU16227 CG2 ILE Q 29 15370 6168 14351 1250 -7024 -1087 C \ ATOM 16228 CD1 ILE Q 29 -54.935 17.884 -38.897 1.00129.05 C \ ANISOU16228 CD1 ILE Q 29 17565 8526 16688 1307 -7186 -1132 C \ ATOM 16229 N VAL Q 30 -50.159 18.586 -37.540 1.00126.56 N \ ANISOU16229 N VAL Q 30 17723 8739 16929 1344 -7185 -1197 N \ ATOM 16230 CA VAL Q 30 -49.365 17.881 -36.544 1.00123.55 C \ ANISOU16230 CA VAL Q 30 17853 8961 17151 1377 -7275 -1204 C \ ATOM 16231 C VAL Q 30 -48.534 18.846 -35.708 1.00120.89 C \ ANISOU16231 C VAL Q 30 17767 8944 17161 1414 -7302 -1240 C \ ATOM 16232 O VAL Q 30 -48.634 18.855 -34.483 1.00121.48 O \ ANISOU16232 O VAL Q 30 17946 8919 17107 1330 -7121 -1227 O \ ATOM 16233 CB VAL Q 30 -48.424 16.840 -37.207 1.00124.72 C \ ANISOU16233 CB VAL Q 30 18067 8956 17144 1298 -7027 -1226 C \ ATOM 16234 CG1 VAL Q 30 -47.534 17.513 -38.240 1.00126.54 C \ ANISOU16234 CG1 VAL Q 30 18095 9129 17344 1368 -7116 -1297 C \ ATOM 16235 CG2 VAL Q 30 -47.581 16.152 -36.144 1.00127.95 C \ ANISOU16235 CG2 VAL Q 30 17605 8501 16718 1313 -6991 -1258 C \ ATOM 16236 N LEU Q 31 -47.722 19.661 -36.375 1.00117.03 N \ ANISOU16236 N LEU Q 31 18280 9391 17553 1364 -7319 -1173 N \ ATOM 16237 CA LEU Q 31 -46.868 20.624 -35.694 1.00113.58 C \ ANISOU16237 CA LEU Q 31 18756 9954 18114 1392 -7404 -1179 C \ ATOM 16238 C LEU Q 31 -47.610 21.354 -34.582 1.00112.29 C \ ANISOU16238 C LEU Q 31 18630 9888 18058 1412 -7451 -1170 C \ ATOM 16239 O LEU Q 31 -47.071 21.551 -33.493 1.00113.24 O \ ANISOU16239 O LEU Q 31 18688 10032 18220 1450 -7498 -1202 O \ ATOM 16240 CB LEU Q 31 -46.317 21.637 -36.697 1.00110.33 C \ ANISOU16240 CB LEU Q 31 19280 10467 18588 1365 -7449 -1129 C \ ATOM 16241 CG LEU Q 31 -45.392 22.706 -36.111 1.00108.26 C \ ANISOU16241 CG LEU Q 31 19846 10998 19109 1353 -7421 -1141 C \ ATOM 16242 CD1 LEU Q 31 -44.180 22.050 -35.477 1.00106.87 C \ ANISOU16242 CD1 LEU Q 31 20027 11091 19189 1318 -7352 -1125 C \ ATOM 16243 CD2 LEU Q 31 -44.969 23.667 -37.208 1.00107.37 C \ ANISOU16243 CD2 LEU Q 31 20135 11331 19443 1371 -7453 -1167 C \ ATOM 16244 N GLY Q 32 -48.846 21.763 -34.858 1.00110.52 N \ ANISOU16244 N GLY Q 32 20266 11320 19411 1314 -7343 -1138 N \ ATOM 16245 CA GLY Q 32 -49.635 22.476 -33.868 1.00110.71 C \ ANISOU16245 CA GLY Q 32 20277 11410 19509 1346 -7404 -1164 C \ ATOM 16246 C GLY Q 32 -50.037 21.567 -32.730 1.00110.68 C \ ANISOU16246 C GLY Q 32 18337 9551 17710 1387 -7436 -1126 C \ ATOM 16247 O GLY Q 32 -49.751 21.832 -31.566 1.00112.10 O \ ANISOU16247 O GLY Q 32 18086 9348 17516 1401 -7474 -1111 O \ ATOM 16248 N LEU Q 33 -50.715 20.485 -33.076 1.00109.10 N \ ANISOU16248 N LEU Q 33 17905 9203 17412 1437 -7450 -1164 N \ ATOM 16249 CA LEU Q 33 -51.150 19.529 -32.081 1.00111.79 C \ ANISOU16249 CA LEU Q 33 17875 9261 17487 1473 -7499 -1188 C \ ATOM 16250 C LEU Q 33 -49.899 19.158 -31.281 1.00113.52 C \ ANISOU16250 C LEU Q 33 17817 9017 17163 1363 -7455 -1053 C \ ATOM 16251 O LEU Q 33 -49.940 18.995 -30.070 1.00116.67 O \ ANISOU16251 O LEU Q 33 17808 9013 17116 1335 -7508 -994 O \ ATOM 16252 CB LEU Q 33 -51.741 18.306 -32.787 1.00111.16 C \ ANISOU16252 CB LEU Q 33 17943 9264 17363 1360 -7598 -988 C \ ATOM 16253 CG LEU Q 33 -52.517 17.273 -31.976 1.00116.35 C \ ANISOU16253 CG LEU Q 33 18335 9643 17689 1319 -7636 -933 C \ ATOM 16254 CD1 LEU Q 33 -53.671 17.933 -31.254 1.00115.99 C \ ANISOU16254 CD1 LEU Q 33 17728 8961 17186 1426 -7372 -1181 C \ ATOM 16255 CD2 LEU Q 33 -53.033 16.196 -32.914 1.00119.11 C \ ANISOU16255 CD2 LEU Q 33 17691 8948 17211 1455 -7339 -1231 C \ ATOM 16256 N LEU Q 34 -48.772 19.067 -31.973 1.00111.34 N \ ANISOU16256 N LEU Q 34 17850 9179 17464 1495 -7354 -1295 N \ ATOM 16257 CA LEU Q 34 -47.507 18.732 -31.341 1.00109.30 C \ ANISOU16257 CA LEU Q 34 17941 9329 17643 1529 -7359 -1336 C \ ATOM 16258 C LEU Q 34 -46.986 19.776 -30.352 1.00111.48 C \ ANISOU16258 C LEU Q 34 17417 8586 16858 1430 -7242 -1244 C \ ATOM 16259 O LEU Q 34 -46.819 19.479 -29.167 1.00111.87 O \ ANISOU16259 O LEU Q 34 17032 8229 16538 1458 -7207 -1297 O \ ATOM 16260 CB LEU Q 34 -46.455 18.478 -32.418 1.00102.05 C \ ANISOU16260 CB LEU Q 34 17863 8987 17249 1414 -7194 -1266 C \ ATOM 16261 CG LEU Q 34 -45.038 18.238 -31.910 1.00 97.35 C \ ANISOU16261 CG LEU Q 34 16812 7927 16244 1432 -7111 -1309 C \ ATOM 16262 CD1 LEU Q 34 -44.992 16.991 -31.035 1.00 99.57 C \ ANISOU16262 CD1 LEU Q 34 18155 9480 17750 1490 -7360 -1303 C \ ATOM 16263 CD2 LEU Q 34 -44.112 18.084 -33.103 1.00 94.46 C \ ANISOU16263 CD2 LEU Q 34 18396 9786 18074 1525 -7373 -1363 C \ ATOM 16264 N ILE Q 35 -46.725 20.993 -30.831 1.00112.59 N \ ANISOU16264 N ILE Q 35 18699 10185 18469 1554 -7467 -1356 N \ ATOM 16265 CA ILE Q 35 -46.179 22.031 -29.959 1.00114.20 C \ ANISOU16265 CA ILE Q 35 18538 10105 18413 1594 -7492 -1398 C \ ATOM 16266 C ILE Q 35 -46.906 22.206 -28.626 1.00115.71 C \ ANISOU16266 C ILE Q 35 18410 9753 18027 1507 -7335 -1376 C \ ATOM 16267 O ILE Q 35 -46.286 22.073 -27.567 1.00115.47 O \ ANISOU16267 O ILE Q 35 18335 9753 18042 1544 -7356 -1435 O \ ATOM 16268 CB ILE Q 35 -46.102 23.403 -30.667 1.00115.73 C \ ANISOU16268 CB ILE Q 35 18592 9850 18128 1479 -7235 -1390 C \ ATOM 16269 CG1 ILE Q 35 -45.277 23.277 -31.944 1.00116.24 C \ ANISOU16269 CG1 ILE Q 35 19341 10819 19071 1531 -7514 -1304 C \ ATOM 16270 CG2 ILE Q 35 -45.444 24.419 -29.751 1.00117.30 C \ ANISOU16270 CG2 ILE Q 35 20053 11621 19862 1551 -7599 -1293 C \ ATOM 16271 CD1 ILE Q 35 -43.898 22.697 -31.723 1.00112.71 C \ ANISOU16271 CD1 ILE Q 35 20541 12178 20433 1574 -7631 -1291 C \ ATOM 16272 N HIS Q 36 -48.202 22.517 -28.667 1.00119.03 N \ ANISOU16272 N HIS Q 36 20515 12246 20501 1601 -7690 -1300 N \ ATOM 16273 CA HIS Q 36 -48.970 22.691 -27.435 1.00123.23 C \ ANISOU16273 CA HIS Q 36 20063 11602 19801 1513 -7634 -1230 C \ ATOM 16274 C HIS Q 36 -48.652 21.489 -26.546 1.00122.58 C \ ANISOU16274 C HIS Q 36 20103 11728 19908 1521 -7712 -1210 C \ ATOM 16275 O HIS Q 36 -48.516 21.624 -25.331 1.00123.54 O \ ANISOU16275 O HIS Q 36 20227 11919 20110 1554 -7741 -1259 O \ ATOM 16276 CB HIS Q 36 -50.489 22.740 -27.708 1.00127.21 C \ ANISOU16276 CB HIS Q 36 20210 11789 19928 1476 -7730 -1147 C \ ATOM 16277 CG HIS Q 36 -50.992 24.048 -28.266 1.00131.47 C \ ANISOU16277 CG HIS Q 36 21365 12956 21223 1564 -7589 -1280 C \ ATOM 16278 ND1 HIS Q 36 -50.954 24.350 -29.609 1.00132.40 N \ ANISOU16278 ND1 HIS Q 36 22281 13931 22211 1584 -7613 -1275 N \ ATOM 16279 CD2 HIS Q 36 -51.587 25.107 -27.660 1.00133.99 C \ ANISOU16279 CD2 HIS Q 36 22699 14396 22716 1626 -7589 -1341 C \ ATOM 16280 CE1 HIS Q 36 -51.501 25.533 -29.811 1.00134.22 C \ ANISOU16280 CE1 HIS Q 36 22547 14299 22635 1649 -7605 -1345 C \ ATOM 16281 NE2 HIS Q 36 -51.897 26.024 -28.647 1.00134.74 N \ ANISOU16281 NE2 HIS Q 36 22433 14010 22282 1551 -7580 -1227 N \ ATOM 16282 N MET Q 37 -48.508 20.321 -27.177 1.00120.01 N \ ANISOU16282 N MET Q 37 22754 14278 22511 1509 -7592 -1169 N \ ATOM 16283 CA MET Q 37 -48.204 19.074 -26.471 1.00118.30 C \ ANISOU16283 CA MET Q 37 23434 15112 23447 1636 -7549 -1392 C \ ATOM 16284 C MET Q 37 -46.805 19.047 -25.861 1.00117.17 C \ ANISOU16284 C MET Q 37 24092 15811 24183 1672 -7519 -1458 C \ ATOM 16285 O MET Q 37 -46.657 18.951 -24.645 1.00117.44 O \ ANISOU16285 O MET Q 37 24491 16255 24640 1700 -7514 -1523 O \ ATOM 16286 CB MET Q 37 -48.348 17.859 -27.400 1.00115.80 C \ ANISOU16286 CB MET Q 37 24394 16259 24651 1738 -7568 -1548 C \ ATOM 16287 CG MET Q 37 -49.743 17.244 -27.478 1.00115.64 C \ ANISOU16287 CG MET Q 37 24119 15754 24140 1650 -7435 -1465 C \ ATOM 16288 SD MET Q 37 -50.377 16.614 -25.910 1.00117.30 S \ ANISOU16288 SD MET Q 37 24229 15914 24333 1685 -7414 -1520 S \ ATOM 16289 CE MET Q 37 -52.147 16.553 -26.260 1.00120.19 C \ ANISOU16289 CE MET Q 37 24143 15692 24068 1621 -7365 -1480 C \ ATOM 16290 N ILE Q 38 -45.784 19.123 -26.709 1.00115.48 N \ ANISOU16290 N ILE Q 38 24995 16693 25078 1682 -7446 -1551 N \ ATOM 16291 CA ILE Q 38 -44.394 19.092 -26.257 1.00115.41 C \ ANISOU16291 CA ILE Q 38 25411 17152 25546 1706 -7434 -1615 C \ ATOM 16292 C ILE Q 38 -44.113 20.210 -25.261 1.00117.10 C \ ANISOU16292 C ILE Q 38 25523 17344 25729 1730 -7515 -1613 C \ ATOM 16293 O ILE Q 38 -43.238 20.094 -24.405 1.00118.21 O \ ANISOU16293 O ILE Q 38 25567 17485 25887 1772 -7551 -1657 O \ ATOM 16294 CB ILE Q 38 -43.421 19.229 -27.454 1.00112.81 C \ ANISOU16294 CB ILE Q 38 25620 17275 25657 1673 -7360 -1626 C \ ATOM 16295 CG1 ILE Q 38 -41.970 19.125 -26.975 1.00110.01 C \ ANISOU16295 CG1 ILE Q 38 25846 17548 25936 1696 -7344 -1693 C \ ATOM 16296 CG2 ILE Q 38 -43.647 20.556 -28.154 1.00116.06 C \ ANISOU16296 CG2 ILE Q 38 26039 17811 26198 1721 -7411 -1700 C \ ATOM 16297 CD1 ILE Q 38 -40.952 19.128 -28.105 1.00107.86 C \ ANISOU16297 CD1 ILE Q 38 26016 17686 26081 1688 -7263 -1740 C \ ATOM 16298 N VAL Q 39 -44.874 21.293 -25.377 1.00119.45 N \ ANISOU16298 N VAL Q 39 25619 17403 25759 1702 -7545 -1562 N \ ATOM 16299 CA VAL Q 39 -44.722 22.441 -24.492 1.00121.74 C \ ANISOU16299 CA VAL Q 39 25510 17366 25709 1719 -7619 -1557 C \ ATOM 16300 C VAL Q 39 -45.535 22.241 -23.216 1.00124.63 C \ ANISOU16300 C VAL Q 39 25516 17345 25653 1685 -7665 -1481 C \ ATOM 16301 O VAL Q 39 -44.998 22.325 -22.112 1.00123.85 O \ ANISOU16301 O VAL Q 39 25495 17236 25523 1646 -7638 -1445 O \ ATOM 16302 CB VAL Q 39 -45.188 23.742 -25.183 1.00121.57 C \ ANISOU16302 CB VAL Q 39 25610 17457 25800 1722 -7595 -1598 C \ ATOM 16303 CG1 VAL Q 39 -45.153 24.898 -24.197 1.00121.41 C \ ANISOU16303 CG1 VAL Q 39 25906 17641 25967 1678 -7529 -1578 C \ ATOM 16304 CG2 VAL Q 39 -44.296 24.042 -26.380 1.00122.57 C \ ANISOU16304 CG2 VAL Q 39 26070 17779 26073 1651 -7574 -1522 C \ ATOM 16305 N LEU Q 40 -46.830 21.979 -23.375 1.00129.57 N \ ANISOU16305 N LEU Q 40 25999 17730 26067 1687 -7468 -1642 N \ ATOM 16306 CA LEU Q 40 -47.716 21.765 -22.233 1.00135.64 C \ ANISOU16306 CA LEU Q 40 25695 17603 25903 1700 -7729 -1459 C \ ATOM 16307 C LEU Q 40 -47.187 20.654 -21.339 1.00139.89 C \ ANISOU16307 C LEU Q 40 26025 17921 26184 1666 -7768 -1391 C \ ATOM 16308 O LEU Q 40 -47.569 20.548 -20.176 1.00140.18 O \ ANISOU16308 O LEU Q 40 25941 17871 26114 1665 -7810 -1390 O \ ATOM 16309 CB LEU Q 40 -49.124 21.395 -22.709 1.00135.45 C \ ANISOU16309 CB LEU Q 40 25985 17975 26194 1661 -7858 -1361 C \ ATOM 16310 CG LEU Q 40 -50.169 21.036 -21.648 1.00136.17 C \ ANISOU16310 CG LEU Q 40 26509 18484 26742 1679 -7804 -1368 C \ ATOM 16311 CD1 LEU Q 40 -50.441 22.241 -20.765 1.00137.53 C \ ANISOU16311 CD1 LEU Q 40 26883 18878 27170 1708 -7775 -1401 C \ ATOM 16312 CD2 LEU Q 40 -51.450 20.575 -22.328 1.00136.67 C \ ANISOU16312 CD2 LEU Q 40 27193 19272 27585 1752 -7784 -1454 C \ ATOM 16313 N SER Q 41 -46.309 19.826 -21.891 1.00146.19 N \ ANISOU16313 N SER Q 41 27053 18972 27267 1683 -7737 -1372 N \ ATOM 16314 CA SER Q 41 -45.738 18.711 -21.148 1.00153.76 C \ ANISOU16314 CA SER Q 41 25746 17638 25889 1667 -7784 -1423 C \ ATOM 16315 C SER Q 41 -44.439 19.105 -20.477 1.00157.42 C \ ANISOU16315 C SER Q 41 25665 17580 25816 1666 -7817 -1429 C \ ATOM 16316 O SER Q 41 -43.819 18.293 -19.789 1.00156.55 O \ ANISOU16316 O SER Q 41 25985 17939 26141 1647 -7874 -1382 O \ ATOM 16317 CB SER Q 41 -45.453 17.542 -22.091 1.00154.56 C \ ANISOU16317 CB SER Q 41 26471 18505 26702 1666 -7912 -1401 C \ ATOM 16318 OG SER Q 41 -46.596 17.220 -22.849 1.00156.71 O \ ANISOU16318 OG SER Q 41 24975 16792 25021 1639 -7767 -1426 O \ ATOM 16319 N THR Q 42 -44.020 20.349 -20.666 1.00163.16 N \ ANISOU16319 N THR Q 42 24432 16157 24356 1588 -7752 -1358 N \ ATOM 16320 CA THR Q 42 -42.762 20.741 -20.085 1.00168.67 C \ ANISOU16320 CA THR Q 42 24139 15857 24021 1558 -7794 -1307 C \ ATOM 16321 C THR Q 42 -42.638 22.156 -19.519 1.00172.09 C \ ANISOU16321 C THR Q 42 24430 16059 24257 1559 -7687 -1336 C \ ATOM 16322 O THR Q 42 -42.802 22.327 -18.317 1.00171.87 O \ ANISOU16322 O THR Q 42 24157 15783 23925 1515 -7761 -1256 O \ ATOM 16323 CB THR Q 42 -41.632 20.446 -21.097 1.00168.48 C \ ANISOU16323 CB THR Q 42 24348 15919 24081 1515 -7696 -1272 C \ ATOM 16324 OG1 THR Q 42 -40.383 20.428 -20.415 1.00169.70 O \ ANISOU16324 OG1 THR Q 42 24467 16057 24281 1564 -7618 -1367 O \ ATOM 16325 CG2 THR Q 42 -41.598 21.476 -22.212 1.00168.19 C \ ANISOU16325 CG2 THR Q 42 24347 15822 23974 1479 -7640 -1237 C \ ATOM 16326 N ASP Q 43 -42.342 23.155 -20.352 1.00175.72 N \ ANISOU16326 N ASP Q 43 24346 15840 24052 1527 -7560 -1332 N \ ATOM 16327 CA ASP Q 43 -42.178 24.527 -19.863 1.00179.25 C \ ANISOU16327 CA ASP Q 43 24249 15688 23865 1485 -7572 -1268 C \ ATOM 16328 C ASP Q 43 -43.270 24.917 -18.884 1.00180.53 C \ ANISOU16328 C ASP Q 43 26299 18199 26375 1607 -7871 -1320 C \ ATOM 16329 O ASP Q 43 -43.000 25.166 -17.705 1.00181.44 O \ ANISOU16329 O ASP Q 43 26550 18479 26620 1581 -7910 -1272 O \ ATOM 16330 CB ASP Q 43 -42.173 25.552 -21.003 1.00180.42 C \ ANISOU16330 CB ASP Q 43 26738 18793 26929 1608 -7942 -1280 C \ ATOM 16331 CG ASP Q 43 -42.031 26.990 -20.492 1.00182.47 C \ ANISOU16331 CG ASP Q 43 26812 18916 27032 1604 -7965 -1273 C \ ATOM 16332 OD1 ASP Q 43 -42.825 27.391 -19.611 1.00184.36 O \ ANISOU16332 OD1 ASP Q 43 26391 18251 26369 1538 -7894 -1208 O \ ATOM 16333 OD2 ASP Q 43 -41.138 27.724 -20.972 1.00183.66 O \ ANISOU16333 OD2 ASP Q 43 26195 17937 26042 1500 -7860 -1181 O \ ATOM 16334 N LEU Q 44 -44.507 24.973 -19.369 1.00181.02 N \ ANISOU16334 N LEU Q 44 26171 17856 25938 1461 -7844 -1122 N \ ATOM 16335 CA LEU Q 44 -45.625 25.352 -18.516 1.00180.51 C \ ANISOU16335 CA LEU Q 44 26054 17786 25868 1482 -7881 -1172 C \ ATOM 16336 C LEU Q 44 -46.879 24.559 -18.881 1.00180.32 C \ ANISOU16336 C LEU Q 44 26910 19020 27170 1635 -7934 -1293 C \ ATOM 16337 O LEU Q 44 -47.412 24.674 -19.983 1.00179.64 O \ ANISOU16337 O LEU Q 44 27022 19268 27401 1663 -7948 -1294 O \ ATOM 16338 CB LEU Q 44 -45.859 26.857 -18.646 1.00181.25 C \ ANISOU16338 CB LEU Q 44 27118 19431 27587 1705 -7938 -1330 C \ ATOM 16339 CG LEU Q 44 -46.021 27.361 -20.083 1.00182.95 C \ ANISOU16339 CG LEU Q 44 27164 19539 27674 1708 -7930 -1299 C \ ATOM 16340 CD1 LEU Q 44 -47.489 27.391 -20.442 1.00184.03 C \ ANISOU16340 CD1 LEU Q 44 26964 19231 27319 1629 -7946 -1224 C \ ATOM 16341 CD2 LEU Q 44 -45.433 28.749 -20.211 1.00183.70 C \ ANISOU16341 CD2 LEU Q 44 27017 19225 27317 1609 -7929 -1189 C \ ATOM 16342 N ASN Q 45 -47.333 23.738 -17.942 1.00182.13 N \ ANISOU16342 N ASN Q 45 27172 19261 27370 1583 -7917 -1183 N \ ATOM 16343 CA ASN Q 45 -48.500 22.897 -18.154 1.00184.58 C \ ANISOU16343 CA ASN Q 45 26909 19198 27270 1620 -7921 -1165 C \ ATOM 16344 C ASN Q 45 -49.721 23.716 -17.765 1.00184.04 C \ ANISOU16344 C ASN Q 45 27243 19550 27744 1738 -7932 -1393 C \ ATOM 16345 O ASN Q 45 -50.632 23.229 -17.097 1.00184.64 O \ ANISOU16345 O ASN Q 45 27361 19730 27949 1780 -7920 -1433 O \ ATOM 16346 CB ASN Q 45 -48.417 21.644 -17.274 1.00188.80 C \ ANISOU16346 CB ASN Q 45 27550 20018 28246 1828 -7932 -1497 C \ ATOM 16347 CG ASN Q 45 -46.978 21.206 -17.002 1.00191.95 C \ ANISOU16347 CG ASN Q 45 27591 20188 28402 1867 -7932 -1516 C \ ATOM 16348 OD1 ASN Q 45 -46.351 21.636 -16.026 1.00194.89 O \ ANISOU16348 OD1 ASN Q 45 27441 19698 27957 1773 -7884 -1451 O \ ATOM 16349 ND2 ASN Q 45 -46.440 20.368 -17.883 1.00192.90 N \ ANISOU16349 ND2 ASN Q 45 27438 19630 27915 1777 -7861 -1499 N \ ATOM 16350 N TRP Q 46 -49.708 24.972 -18.190 1.00182.32 N \ ANISOU16350 N TRP Q 46 27480 19642 27910 1758 -7874 -1489 N \ ATOM 16351 CA TRP Q 46 -50.766 25.934 -17.922 1.00181.76 C \ ANISOU16351 CA TRP Q 46 27368 19541 27860 1798 -7822 -1546 C \ ATOM 16352 C TRP Q 46 -52.124 25.375 -17.489 1.00184.40 C \ ANISOU16352 C TRP Q 46 27778 20195 28437 1824 -7937 -1526 C \ ATOM 16353 O TRP Q 46 -52.729 25.871 -16.540 1.00188.65 O \ ANISOU16353 O TRP Q 46 27764 20263 28517 1866 -7948 -1588 O \ ATOM 16354 CB TRP Q 46 -50.944 26.839 -19.147 1.00175.78 C \ ANISOU16354 CB TRP Q 46 28192 20681 28917 1850 -7968 -1583 C \ ATOM 16355 CG TRP Q 46 -51.604 26.181 -20.326 1.00170.93 C \ ANISOU16355 CG TRP Q 46 27988 20505 28700 1825 -7981 -1532 C \ ATOM 16356 CD1 TRP Q 46 -52.933 25.864 -20.460 1.00168.49 C \ ANISOU16356 CD1 TRP Q 46 28128 20569 28873 1887 -7916 -1651 C \ ATOM 16357 CD2 TRP Q 46 -50.984 25.783 -21.560 1.00170.40 C \ ANISOU16357 CD2 TRP Q 46 28078 20372 28686 1846 -7880 -1637 C \ ATOM 16358 NE1 TRP Q 46 -53.169 25.301 -21.693 1.00168.09 N \ ANISOU16358 NE1 TRP Q 46 28129 20342 28646 1809 -7862 -1586 N \ ATOM 16359 CE2 TRP Q 46 -51.988 25.242 -22.385 1.00169.36 C \ ANISOU16359 CE2 TRP Q 46 27933 20202 28528 1852 -7861 -1679 C \ ATOM 16360 CE3 TRP Q 46 -49.667 25.838 -22.035 1.00170.56 C \ ANISOU16360 CE3 TRP Q 46 28318 20770 29035 1863 -7963 -1635 C \ ATOM 16361 CZ2 TRP Q 46 -51.720 24.756 -23.673 1.00168.82 C \ ANISOU16361 CZ2 TRP Q 46 28669 21108 29361 1851 -7982 -1637 C \ ATOM 16362 CZ3 TRP Q 46 -49.403 25.357 -23.311 1.00169.07 C \ ANISOU16362 CZ3 TRP Q 46 28862 21199 29428 1795 -7983 -1569 C \ ATOM 16363 CH2 TRP Q 46 -50.423 24.824 -24.115 1.00167.92 C \ ANISOU16363 CH2 TRP Q 46 28996 21246 29479 1768 -7958 -1537 C \ ATOM 16364 N LEU Q 47 -52.597 24.342 -18.176 1.00186.53 N \ ANISOU16364 N LEU Q 47 28719 21112 29398 1868 -7959 -1697 N \ ATOM 16365 CA LEU Q 47 -53.890 23.739 -17.869 1.00188.57 C \ ANISOU16365 CA LEU Q 47 28824 21267 29587 1912 -7933 -1760 C \ ATOM 16366 C LEU Q 47 -54.114 23.336 -16.413 1.00190.71 C \ ANISOU16366 C LEU Q 47 28799 21247 29525 1881 -7989 -1723 C \ ATOM 16367 O LEU Q 47 -55.154 23.655 -15.833 1.00191.50 O \ ANISOU16367 O LEU Q 47 28793 21191 29538 1922 -7885 -1820 O \ ATOM 16368 CB LEU Q 47 -54.119 22.522 -18.765 1.00186.89 C \ ANISOU16368 CB LEU Q 47 29226 21574 29778 1775 -8007 -1546 C \ ATOM 16369 CG LEU Q 47 -54.346 22.831 -20.248 1.00184.69 C \ ANISOU16369 CG LEU Q 47 29697 22150 30345 1804 -8027 -1578 C \ ATOM 16370 CD1 LEU Q 47 -54.492 21.548 -21.051 1.00184.14 C \ ANISOU16370 CD1 LEU Q 47 30201 22796 30945 1820 -8023 -1551 C \ ATOM 16371 CD2 LEU Q 47 -55.593 23.691 -20.387 1.00183.46 C \ ANISOU16371 CD2 LEU Q 47 30277 22909 31042 1822 -8008 -1524 C \ ATOM 16372 N ASP Q 48 -53.157 22.623 -15.825 1.00192.39 N \ ANISOU16372 N ASP Q 48 29627 22011 30194 1769 -8040 -1555 N \ ATOM 16373 CA ASP Q 48 -53.295 22.183 -14.438 1.00193.95 C \ ANISOU16373 CA ASP Q 48 29615 21865 30057 1737 -8020 -1535 C \ ATOM 16374 C ASP Q 48 -51.965 21.850 -13.782 1.00195.12 C \ ANISOU16374 C ASP Q 48 29470 21709 29897 1726 -8006 -1500 C \ ATOM 16375 O ASP Q 48 -51.757 20.728 -13.311 1.00195.75 O \ ANISOU16375 O ASP Q 48 30488 23174 31291 1832 -8026 -1553 O \ ATOM 16376 CB ASP Q 48 -54.196 20.952 -14.369 1.00193.48 C \ ANISOU16376 CB ASP Q 48 30896 23755 31793 1848 -8001 -1518 C \ ATOM 16377 CG ASP Q 48 -53.590 19.744 -15.062 1.00193.60 C \ ANISOU16377 CG ASP Q 48 31273 24142 32141 1821 -7982 -1447 C \ ATOM 16378 OD1 ASP Q 48 -53.337 19.818 -16.284 1.00194.24 O \ ANISOU16378 OD1 ASP Q 48 31372 24161 32151 1776 -7984 -1394 O \ ATOM 16379 OD2 ASP Q 48 -53.361 18.720 -14.381 1.00193.12 O \ ANISOU16379 OD2 ASP Q 48 30896 23805 31804 1840 -7999 -1501 O \ ATOM 16380 N ASP Q 49 -51.062 22.820 -13.741 1.00196.17 N \ ANISOU16380 N ASP Q 49 31707 24682 32652 1848 -7963 -1448 N \ ATOM 16381 CA ASP Q 49 -49.762 22.602 -13.126 1.00197.49 C \ ANISOU16381 CA ASP Q 49 32224 25226 33156 1828 -7943 -1386 C \ ATOM 16382 C ASP Q 49 -49.516 23.703 -12.113 1.00199.53 C \ ANISOU16382 C ASP Q 49 32576 25601 33468 1791 -7928 -1312 C \ ATOM 16383 O ASP Q 49 -49.004 23.466 -11.017 1.00200.50 O \ ANISOU16383 O ASP Q 49 32564 25727 33520 1802 -7908 -1295 O \ ATOM 16384 CB ASP Q 49 -48.665 22.611 -14.193 1.00197.64 C \ ANISOU16384 CB ASP Q 49 32125 25312 33180 1869 -7917 -1393 C \ ATOM 16385 CG ASP Q 49 -48.410 23.994 -14.768 1.00197.35 C \ ANISOU16385 CG ASP Q 49 33075 25969 33861 1747 -7934 -1268 C \ ATOM 16386 OD1 ASP Q 49 -49.389 24.714 -15.077 1.00197.48 O \ ANISOU16386 OD1 ASP Q 49 33503 26400 34239 1709 -7920 -1196 O \ ATOM 16387 OD2 ASP Q 49 -47.223 24.359 -14.920 1.00196.78 O \ ANISOU16387 OD2 ASP Q 49 32343 25408 33157 1720 -7883 -1148 O \ ATOM 16388 N ASN Q 50 -49.911 24.912 -12.488 1.00201.10 N \ ANISOU16388 N ASN Q 50 32276 25395 33079 1697 -7862 -1087 N \ ATOM 16389 CA ASN Q 50 -49.744 26.071 -11.635 1.00201.46 C \ ANISOU16389 CA ASN Q 50 33786 26501 34388 1659 -7936 -1167 C \ ATOM 16390 C ASN Q 50 -50.981 26.947 -11.675 1.00204.73 C \ ANISOU16390 C ASN Q 50 34136 26704 34673 1657 -7965 -1221 C \ ATOM 16391 O ASN Q 50 -52.102 26.478 -11.467 1.00203.16 O \ ANISOU16391 O ASN Q 50 34210 26761 34767 1679 -7965 -1254 O \ ATOM 16392 CB ASN Q 50 -48.528 26.879 -12.089 1.00204.16 C \ ANISOU16392 CB ASN Q 50 34261 26722 34723 1635 -7986 -1239 C \ ATOM 16393 CG ASN Q 50 -48.618 27.303 -13.544 1.00203.01 C \ ANISOU16393 CG ASN Q 50 34255 26691 34757 1680 -7981 -1301 C \ ATOM 16394 OD1 ASN Q 50 -48.673 26.466 -14.443 1.00202.96 O \ ANISOU16394 OD1 ASN Q 50 34282 26635 34689 1636 -8002 -1284 O \ ATOM 16395 ND2 ASN Q 50 -48.635 28.609 -13.782 1.00201.77 N \ ANISOU16395 ND2 ASN Q 50 34238 26581 34665 1659 -7996 -1314 N \ ATOM 16396 N ILE Q 51 -50.757 28.230 -11.937 1.00205.61 N \ ANISOU16396 N ILE Q 51 34371 26622 34746 1662 -7997 -1354 N \ ATOM 16397 CA ILE Q 51 -51.828 29.203 -12.016 1.00208.28 C \ ANISOU16397 CA ILE Q 51 32619 25769 33512 1755 -7875 -1176 C \ ATOM 16398 C ILE Q 51 -52.809 28.714 -13.072 1.00209.21 C \ ANISOU16398 C ILE Q 51 32946 26270 33922 1769 -7839 -1136 C \ ATOM 16399 O ILE Q 51 -52.415 28.027 -14.022 1.00209.82 O \ ANISOU16399 O ILE Q 51 32997 26535 34093 1804 -7813 -1149 O \ ATOM 16400 CB ILE Q 51 -51.284 30.591 -12.427 1.00208.52 C \ ANISOU16400 CB ILE Q 51 32965 26648 34103 1799 -7779 -1097 C \ ATOM 16401 CG1 ILE Q 51 -49.852 30.767 -11.911 1.00209.70 C \ ANISOU16401 CG1 ILE Q 51 33144 26457 34147 1789 -7842 -1161 C \ ATOM 16402 CG2 ILE Q 51 -52.155 31.688 -11.827 1.00209.42 C \ ANISOU16402 CG2 ILE Q 51 33562 26672 34449 1756 -7865 -1153 C \ ATOM 16403 CD1 ILE Q 51 -49.199 32.061 -12.353 1.00209.29 C \ ANISOU16403 CD1 ILE Q 51 33702 26799 34619 1779 -7868 -1186 C \ ATOM 16404 N PRO Q 52 -54.100 29.045 -12.917 1.00212.07 N \ ANISOU16404 N PRO Q 52 33647 26869 34633 1794 -7844 -1163 N \ ATOM 16405 CA PRO Q 52 -54.643 29.834 -11.809 1.00216.32 C \ ANISOU16405 CA PRO Q 52 33931 26883 34794 1782 -7894 -1239 C \ ATOM 16406 C PRO Q 52 -55.015 29.020 -10.564 1.00220.93 C \ ANISOU16406 C PRO Q 52 33195 26756 34345 1839 -7826 -1218 C \ ATOM 16407 O PRO Q 52 -54.518 27.909 -10.358 1.00221.68 O \ ANISOU16407 O PRO Q 52 33283 27053 34550 1873 -7800 -1237 O \ ATOM 16408 CB PRO Q 52 -55.870 30.507 -12.432 1.00215.38 C \ ANISOU16408 CB PRO Q 52 33350 27162 34603 1857 -7789 -1206 C \ ATOM 16409 CG PRO Q 52 -55.565 30.509 -13.903 1.00214.60 C \ ANISOU16409 CG PRO Q 52 33267 27248 34574 1856 -7752 -1159 C \ ATOM 16410 CD PRO Q 52 -55.003 29.131 -14.073 1.00213.38 C \ ANISOU16410 CD PRO Q 52 33385 27147 34700 1911 -7821 -1322 C \ ATOM 16411 N VAL Q 53 -55.894 29.601 -9.744 1.00223.59 N \ ANISOU16411 N VAL Q 53 33493 27151 34674 1843 -7821 -1232 N \ ATOM 16412 CA VAL Q 53 -56.378 28.996 -8.503 1.00227.51 C \ ANISOU16412 CA VAL Q 53 33511 27189 34672 1827 -7814 -1206 C \ ATOM 16413 C VAL Q 53 -56.565 27.487 -8.612 1.00230.44 C \ ANISOU16413 C VAL Q 53 33574 27174 34645 1780 -7808 -1132 C \ ATOM 16414 O VAL Q 53 -57.486 27.005 -9.271 1.00230.77 O \ ANISOU16414 O VAL Q 53 33546 27184 34602 1762 -7794 -1092 O \ ATOM 16415 CB VAL Q 53 -57.690 29.659 -8.082 1.00227.67 C \ ANISOU16415 CB VAL Q 53 33530 27065 34642 1827 -7852 -1260 C \ ATOM 16416 N SER Q 54 -55.679 26.752 -7.946 1.00234.34 N \ ANISOU16416 N SER Q 54 33676 27171 34689 1761 -7818 -1114 N \ ATOM 16417 CA SER Q 54 -55.693 25.291 -7.949 1.00238.47 C \ ANISOU16417 CA SER Q 54 33821 27239 34748 1717 -7812 -1046 C \ ATOM 16418 C SER Q 54 -57.092 24.678 -7.906 1.00241.20 C \ ANISOU16418 C SER Q 54 33844 27432 34828 1717 -7769 -984 C \ ATOM 16419 O SER Q 54 -57.865 24.926 -6.983 1.00241.64 O \ ANISOU16419 O SER Q 54 33791 27482 34793 1708 -7742 -941 O \ ATOM 16420 CB SER Q 54 -54.842 24.757 -6.781 1.00238.49 C \ ANISOU16420 CB SER Q 54 33952 27571 34964 1726 -7761 -980 C \ ATOM 16421 N TYR Q 55 -57.401 23.876 -8.922 1.00244.52 N \ ANISOU16421 N TYR Q 55 34050 27830 35115 1726 -7720 -922 N \ ATOM 16422 CA TYR Q 55 -58.696 23.207 -9.035 1.00247.77 C \ ANISOU16422 CA TYR Q 55 34068 28076 35231 1746 -7681 -904 C \ ATOM 16423 C TYR Q 55 -58.721 22.061 -8.045 1.00239.26 C \ ANISOU16423 C TYR Q 55 34145 28245 35310 1728 -7650 -841 C \ ATOM 16424 O TYR Q 55 -59.751 21.432 -7.817 1.00238.84 O \ ANISOU16424 O TYR Q 55 33982 27803 35097 1748 -7717 -939 O \ ATOM 16425 CB TYR Q 55 -58.883 22.662 -10.451 1.00249.17 C \ ANISOU16425 CB TYR Q 55 34118 28221 35359 1781 -7681 -958 C \ ATOM 16426 CG TYR Q 55 -58.061 23.406 -11.470 1.00251.38 C \ ANISOU16426 CG TYR Q 55 34071 28399 35407 1800 -7642 -945 C \ ATOM 16427 CD1 TYR Q 55 -56.698 23.153 -11.608 1.00251.97 C \ ANISOU16427 CD1 TYR Q 55 34074 28390 35369 1778 -7637 -915 C \ ATOM 16428 CD2 TYR Q 55 -58.628 24.412 -12.248 1.00251.89 C \ ANISOU16428 CD2 TYR Q 55 34141 28269 35329 1746 -7663 -899 C \ ATOM 16429 CE1 TYR Q 55 -55.916 23.889 -12.493 1.00251.88 C \ ANISOU16429 CE1 TYR Q 55 34040 28470 35470 1842 -7644 -1015 C \ ATOM 16430 CE2 TYR Q 55 -57.858 25.155 -13.135 1.00251.63 C \ ANISOU16430 CE2 TYR Q 55 33939 28437 35308 1793 -7606 -907 C \ ATOM 16431 CZ TYR Q 55 -56.503 24.890 -13.252 1.00251.31 C \ ANISOU16431 CZ TYR Q 55 30097 13406 23243 1179 -4908 -482 C \ ATOM 16432 OH TYR Q 55 -55.732 25.637 -14.110 1.00251.97 O \ ANISOU16432 OH TYR Q 55 30268 13484 23291 1250 -4917 -468 O \ ATOM 16433 N GLN Q 56 -57.554 21.789 -7.480 1.00241.87 N \ ANISOU16433 N GLN Q 56 30504 13711 23490 1268 -4993 -504 N \ ATOM 16434 CA GLN Q 56 -57.378 20.737 -6.499 1.00245.13 C \ ANISOU16434 CA GLN Q 56 30204 13476 23264 1226 -5034 -538 C \ ATOM 16435 C GLN Q 56 -57.606 21.307 -5.105 1.00246.41 C \ ANISOU16435 C GLN Q 56 30027 13188 22955 1280 -4900 -447 C \ ATOM 16436 O GLN Q 56 -58.375 20.755 -4.320 1.00246.65 O \ ANISOU16436 O GLN Q 56 29970 13043 22783 1349 -4906 -432 O \ ATOM 16437 CB GLN Q 56 -55.960 20.178 -6.600 1.00246.74 C \ ANISOU16437 CB GLN Q 56 29757 12947 22676 1255 -4949 -475 C \ ATOM 16438 CG GLN Q 56 -55.586 19.639 -7.973 1.00249.20 C \ ANISOU16438 CG GLN Q 56 30963 14091 23837 1330 -5009 -496 C \ ATOM 16439 CD GLN Q 56 -54.126 19.243 -8.059 1.00250.35 C \ ANISOU16439 CD GLN Q 56 31267 14380 24099 1353 -5079 -528 C \ ATOM 16440 OE1 GLN Q 56 -53.673 18.341 -7.354 1.00250.42 O \ ANISOU16440 OE1 GLN Q 56 31504 14614 24365 1366 -5081 -531 O \ ATOM 16441 NE2 GLN Q 56 -53.379 19.922 -8.922 1.00251.63 N \ ANISOU16441 NE2 GLN Q 56 31608 14724 24466 1372 -5138 -561 N \ ATOM 16442 N ALA Q 57 -56.945 22.422 -4.804 1.00248.18 N \ ANISOU16442 N ALA Q 57 31653 14755 24543 1370 -5019 -500 N \ ATOM 16443 CA ALA Q 57 -57.072 23.055 -3.494 1.00249.73 C \ ANISOU16443 CA ALA Q 57 31718 14817 24638 1383 -5011 -497 C \ ATOM 16444 C ALA Q 57 -58.500 23.519 -3.220 1.00250.33 C \ ANISOU16444 C ALA Q 57 31837 14879 24715 1422 -4943 -454 C \ ATOM 16445 O ALA Q 57 -59.160 23.027 -2.303 1.00250.27 O \ ANISOU16445 O ALA Q 57 31703 14723 24552 1428 -4899 -426 O \ ATOM 16446 CB ALA Q 57 -56.114 24.235 -3.392 1.00250.64 C \ ANISOU16446 CB ALA Q 57 31503 14691 24560 1319 -5005 -512 C \ ATOM 16447 N LEU Q 58 -58.970 24.473 -4.015 1.00250.87 N \ ANISOU16447 N LEU Q 58 31454 14709 24568 1274 -5067 -556 N \ ATOM 16448 CA LEU Q 58 -60.321 24.995 -3.858 1.00251.01 C \ ANISOU16448 CA LEU Q 58 31305 14651 24556 1210 -5049 -565 C \ ATOM 16449 C LEU Q 58 -61.293 24.000 -4.477 1.00251.06 C \ ANISOU16449 C LEU Q 58 31382 14614 24452 1305 -5131 -584 C \ ATOM 16450 O LEU Q 58 -62.503 24.082 -4.272 1.00250.90 O \ ANISOU16450 O LEU Q 58 32088 15104 24959 1450 -4936 -447 O \ ATOM 16451 CB LEU Q 58 -60.443 26.342 -4.544 1.00250.66 C \ ANISOU16451 CB LEU Q 58 32415 15378 25249 1488 -4873 -406 C \ ATOM 16452 N GLY Q 59 -60.743 23.051 -5.228 1.00251.44 N \ ANISOU16452 N GLY Q 59 32196 15212 25140 1450 -4829 -395 N \ ATOM 16453 CA GLY Q 59 -61.562 22.044 -5.873 1.00252.16 C \ ANISOU16453 CA GLY Q 59 31979 15070 25023 1397 -4849 -419 C \ ATOM 16454 C GLY Q 59 -61.845 20.840 -4.998 1.00252.94 C \ ANISOU16454 C GLY Q 59 32890 15780 25628 1554 -4892 -404 C \ ATOM 16455 O GLY Q 59 -62.925 20.734 -4.420 1.00252.84 O \ ANISOU16455 O GLY Q 59 33482 16335 26130 1583 -4947 -424 O \ ATOM 16456 N LYS Q 60 -60.877 19.934 -4.894 1.00253.94 N \ ANISOU16456 N LYS Q 60 32921 15747 25599 1598 -4825 -360 N \ ATOM 16457 CA LYS Q 60 -61.038 18.726 -4.091 1.00255.28 C \ ANISOU16457 CA LYS Q 60 32233 15211 25160 1479 -4770 -360 C \ ATOM 16458 C LYS Q 60 -61.692 18.943 -2.725 1.00256.28 C \ ANISOU16458 C LYS Q 60 32366 15389 25392 1447 -4725 -346 C \ ATOM 16459 O LYS Q 60 -62.543 18.156 -2.315 1.00257.14 O \ ANISOU16459 O LYS Q 60 32356 15411 25435 1435 -4762 -371 O \ ATOM 16460 CB LYS Q 60 -59.684 18.045 -3.896 1.00254.98 C \ ANISOU16460 CB LYS Q 60 32360 15482 25547 1388 -4750 -377 C \ ATOM 16461 N LYS Q 61 -61.298 20.003 -2.023 1.00257.13 N \ ANISOU16461 N LYS Q 61 32629 15598 25615 1485 -4657 -301 N \ ATOM 16462 CA LYS Q 61 -61.851 20.287 -0.698 1.00257.60 C \ ANISOU16462 CA LYS Q 61 32916 15859 25862 1493 -4613 -273 C \ ATOM 16463 C LYS Q 61 -63.298 20.765 -0.744 1.00257.49 C \ ANISOU16463 C LYS Q 61 33011 15913 25870 1519 -4640 -279 C \ ATOM 16464 O LYS Q 61 -63.886 20.758 -1.848 1.00257.24 O \ ANISOU16464 O LYS Q 61 32803 15765 25803 1473 -4551 -245 O \ ATOM 16465 CB LYS Q 61 -60.984 21.317 0.023 1.00257.87 C \ ANISOU16465 CB LYS Q 61 32506 15513 25509 1480 -4806 -386 C \ ATOM 16466 OXT LYS Q 61 -63.828 21.128 0.330 1.00257.10 O \ ANISOU16466 OXT LYS Q 61 32498 15529 25541 1476 -4844 -411 O \ """, "3wmm.interface.11") 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. R & i. 7-46') cmd.show('cartoon', 'dom') cmd.spectrum('count', 'rainbow', 'dom') cmd.create('partner', 'c. Q & i. 2-61') cmd.show('cartoon', 'partner') cmd.select('inter_resi', 'c. Q & i. 2 | c. Q & i. 5 | c. Q & i. 8 | c. Q & i. 9 | c. Q & i. 12 | c. Q & i. 13 | c. Q & i. 14 | c. Q & i. 15 | c. Q & i. 16 | c. Q & i. 17 | c. Q & i. 21 | c. Q & i. 28 | c. Q & i. 44 | c. Q & i. 50 | c. Q & i. 51') 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()