>>4YLP:HELIX 207 AW9 PHE J 377 ARG J 388 1 12
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HELIX 207 AW9 PHE J 377 ARG J 388 1 12
ATOM 48614 N PHE J 377 -108.322 85.032 195.680 1.00117.70 N
ANISOU48614 N PHE J 377 19173 6430 19115 438 6035 -268 N
ATOM 48615 CA PHE J 377 -109.419 84.277 196.184 1.00118.51 C
ANISOU48615 CA PHE J 377 19607 6371 19051 181 5969 -110 C
ATOM 48616 C PHE J 377 -109.068 83.405 197.335 1.00121.31 C
ANISOU48616 C PHE J 377 20282 6400 19411 176 5637 46 C
ATOM 48617 O PHE J 377 -109.791 82.494 197.582 1.00122.94 O
ANISOU48617 O PHE J 377 20771 6392 19549 0 5547 169 O
ATOM 48618 CB PHE J 377 -109.991 83.406 195.099 1.00119.27 C
ANISOU48618 CB PHE J 377 19759 6358 19197 167 6003 -238 C
ATOM 48619 CG PHE J 377 -110.710 84.166 194.068 1.00116.87 C
ANISOU48619 CG PHE J 377 19235 6363 18804 96 6309 -337 C
ATOM 48620 CD1 PHE J 377 -112.087 84.212 194.074 1.00116.11 C
ANISOU48620 CD1 PHE J 377 19216 6351 18549 -204 6429 -229 C
ATOM 48621 CD2 PHE J 377 -110.011 84.853 193.104 1.00115.74 C
ANISOU48621 CD2 PHE J 377 18797 6435 18742 329 6477 -519 C
ATOM 48622 CE1 PHE J 377 -112.766 84.925 193.115 1.00114.18 C
ANISOU48622 CE1 PHE J 377 18769 6385 18227 -251 6672 -319 C
ATOM 48623 CE2 PHE J 377 -110.677 85.568 192.140 1.00113.84 C
ANISOU48623 CE2 PHE J 377 18389 6472 18392 272 6740 -588 C
ATOM 48624 CZ PHE J 377 -112.060 85.606 192.144 1.00113.00 C
ANISOU48624 CZ PHE J 377 18374 6433 18127 -8 6817 -496 C
ATOM 48625 N LYS J 378 -107.945 83.686 197.999 1.00122.20 N
ANISOU48625 N LYS J 378 20341 6467 19619 369 5440 47 N
ATOM 48626 CA LYS J 378 -107.546 83.023 199.246 1.00125.06 C
ANISOU48626 CA LYS J 378 21030 6543 19944 381 5086 223 C
ATOM 48627 C LYS J 378 -108.712 82.448 200.093 1.00126.27 C
ANISOU48627 C LYS J 378 21590 6566 19818 56 5073 499 C
ATOM 48628 O LYS J 378 -108.768 81.233 200.382 1.00129.28 O
ANISOU48628 O LYS J 378 22287 6592 20238 29 4831 612 O
ATOM 48629 CB LYS J 378 -106.710 84.007 200.089 1.00124.81 C
ANISOU48629 CB LYS J 378 20879 6642 19898 482 4973 244 C
ATOM 48630 CG LYS J 378 -105.552 83.392 200.876 1.00128.19 C
ANISOU48630 CG LYS J 378 21445 6782 20478 710 4525 274 C
ATOM 48631 CD LYS J 378 -104.683 84.438 201.590 1.00128.15 C
ANISOU48631 CD LYS J 378 21269 6915 20504 812 4380 252 C
ATOM 48632 CE LYS J 378 -103.561 83.806 202.425 1.00131.97 C
ANISOU48632 CE LYS J 378 21894 7106 21139 1042 3878 288 C
ATOM 48633 NZ LYS J 378 -102.695 84.765 203.186 1.00132.58 N
ANISOU48633 NZ LYS J 378 21823 7284 21265 1133 3656 260 N
ATOM 48634 N PRO J 379 -109.652 83.318 200.480 1.00124.31 N
ANISOU48634 N PRO J 379 21329 6601 19301 -188 5345 616 N
ATOM 48635 CA PRO J 379 -110.754 82.928 201.333 1.00125.74 C
ANISOU48635 CA PRO J 379 21835 6734 19203 -500 5404 895 C
ATOM 48636 C PRO J 379 -111.616 81.898 200.649 1.00126.79 C
ANISOU48636 C PRO J 379 22058 6689 19424 -685 5453 930 C
ATOM 48637 O PRO J 379 -111.926 80.852 201.221 1.00129.93 O
ANISOU48637 O PRO J 379 22799 6786 19782 -837 5281 1146 O
ATOM 48638 CB PRO J 379 -111.566 84.208 201.428 1.00122.99 C
ANISOU48638 CB PRO J 379 21302 6792 18634 -652 5763 903 C
ATOM 48639 CG PRO J 379 -111.329 84.862 200.117 1.00120.04 C
ANISOU48639 CG PRO J 379 20524 6610 18472 -508 5932 634 C
ATOM 48640 CD PRO J 379 -109.865 84.655 199.909 1.00120.85 C
ANISOU48640 CD PRO J 379 20537 6547 18833 -191 5660 480 C
ATOM 48641 N PHE J 380 -112.002 82.222 199.421 1.00124.44 N
ANISOU48641 N PHE J 380 21465 6569 19247 -679 5671 725 N
ATOM 48642 CA PHE J 380 -112.888 81.377 198.642 1.00125.36 C
ANISOU48642 CA PHE J 380 21625 6548 19455 -859 5709 710 C
ATOM 48643 C PHE J 380 -112.347 79.968 198.559 1.00128.76 C
ANISOU48643 C PHE J 380 22326 6507 20090 -756 5355 698 C
ATOM 48644 O PHE J 380 -113.080 78.980 198.662 1.00131.34 O
ANISOU48644 O PHE J 380 22895 6563 20443 -997 5259 848 O
ATOM 48645 CB PHE J 380 -113.019 81.919 197.227 1.00122.73 C
ANISOU48645 CB PHE J 380 20951 6447 19231 -751 5907 429 C
ATOM 48646 CG PHE J 380 -114.169 82.839 197.056 1.00120.46 C
ANISOU48646 CG PHE J 380 20468 6517 18781 -977 6235 477 C
ATOM 48647 CD1 PHE J 380 -115.413 82.357 196.675 1.00121.34 C
ANISOU48647 CD1 PHE J 380 20599 6611 18892 -1260 6316 541 C
ATOM 48648 CD2 PHE J 380 -114.016 84.179 197.297 1.00117.85 C
ANISOU48648 CD2 PHE J 380 19928 6522 18326 -907 6437 458 C
ATOM 48649 CE1 PHE J 380 -116.486 83.207 196.524 1.00119.61 C
ANISOU48649 CE1 PHE J 380 20164 6729 18551 -1446 6604 581 C
ATOM 48650 CE2 PHE J 380 -115.084 85.037 197.146 1.00116.07 C
ANISOU48650 CE2 PHE J 380 19524 6611 17965 -1082 6724 493 C
ATOM 48651 CZ PHE J 380 -116.323 84.551 196.761 1.00116.94 C
ANISOU48651 CZ PHE J 380 19629 6727 18076 -1341 6813 555 C
ATOM 48652 N ILE J 381 -111.046 79.882 198.355 1.00129.12 N
ANISOU48652 N ILE J 381 22310 6440 20309 -392 5155 516 N
ATOM 48653 CA ILE J 381 -110.443 78.600 198.098 1.00132.42 C
ANISOU48653 CA ILE J 381 22938 6415 20961 -211 4819 433 C
ATOM 48654 C ILE J 381 -110.478 77.740 199.328 1.00135.97 C
ANISOU48654 C ILE J 381 23814 6503 21343 -349 4532 747 C
ATOM 48655 O ILE J 381 -110.886 76.580 199.243 1.00139.01 O
ANISOU48655 O ILE J 381 24479 6506 21832 -476 4344 828 O
ATOM 48656 CB ILE J 381 -109.018 78.751 197.586 1.00132.37 C
ANISOU48656 CB ILE J 381 22708 6409 21176 240 4700 157 C
ATOM 48657 CG1 ILE J 381 -109.062 78.755 196.053 1.00131.26 C
ANISOU48657 CG1 ILE J 381 22322 6385 21164 393 4875 -167 C
ATOM 48658 CG2 ILE J 381 -108.150 77.613 198.115 1.00136.47 C
ANISOU48658 CG2 ILE J 381 23511 6461 21879 456 4266 194 C
ATOM 48659 CD1 ILE J 381 -107.772 79.203 195.405 1.00130.80 C
ANISOU48659 CD1 ILE J 381 21933 6476 21287 811 4912 -435 C
ATOM 48660 N TYR J 382 -110.071 78.318 200.457 1.00135.90 N
ANISOU48660 N TYR J 382 23876 6606 21153 -332 4486 925 N
ATOM 48661 CA TYR J 382 -110.046 77.604 201.721 1.00139.55 C
ANISOU48661 CA TYR J 382 24778 6760 21481 -444 4214 1254 C
ATOM 48662 C TYR J 382 -111.406 77.004 202.007 1.00141.26 C
ANISOU48662 C TYR J 382 25252 6869 21552 -886 4342 1544 C
ATOM 48663 O TYR J 382 -111.546 75.811 202.318 1.00145.21 O
ANISOU48663 O TYR J 382 26114 6929 22129 -997 4083 1737 O
ATOM 48664 CB TYR J 382 -109.730 78.567 202.845 1.00138.79 C
ANISOU48664 CB TYR J 382 24706 6918 21107 -427 4241 1395 C
ATOM 48665 CG TYR J 382 -108.353 79.138 202.789 1.00137.95 C
ANISOU48665 CG TYR J 382 24363 6884 21166 -35 4055 1165 C
ATOM 48666 CD1 TYR J 382 -107.246 78.328 202.957 1.00141.09 C
ANISOU48666 CD1 TYR J 382 24891 6919 21798 264 3624 1120 C
ATOM 48667 CD2 TYR J 382 -108.154 80.495 202.595 1.00134.45 C
ANISOU48667 CD2 TYR J 382 23555 6856 20672 30 4293 1005 C
ATOM 48668 CE1 TYR J 382 -105.969 78.850 202.921 1.00140.81 C
ANISOU48668 CE1 TYR J 382 24581 6962 21959 616 3448 916 C
ATOM 48669 CE2 TYR J 382 -106.882 81.031 202.559 1.00134.15 C
ANISOU48669 CE2 TYR J 382 23264 6876 20828 352 4117 816 C
ATOM 48670 CZ TYR J 382 -105.789 80.206 202.722 1.00137.36 C
ANISOU48670 CZ TYR J 382 23761 6947 21482 641 3701 771 C
ATOM 48671 OH TYR J 382 -104.514 80.739 202.690 1.00137.51 O
ANISOU48671 OH TYR J 382 23471 7037 21740 954 3522 587 O
ATOM 48672 N GLY J 383 -112.406 77.867 201.881 1.00138.54 N
ANISOU48672 N GLY J 383 24691 6925 21020 -1137 4743 1577 N
ATOM 48673 CA GLY J 383 -113.773 77.491 202.153 1.00140.09 C
ANISOU48673 CA GLY J 383 25024 7116 21087 -1578 4937 1854 C
ATOM 48674 C GLY J 383 -114.249 76.360 201.276 1.00142.12 C
ANISOU48674 C GLY J 383 25346 7022 21630 -1714 4805 1797 C
ATOM 48675 O GLY J 383 -114.758 75.358 201.783 1.00146.08 O
ANISOU48675 O GLY J 383 26177 7179 22146 -1987 4667 2090 O
ATOM 48676 N LYS J 384 -114.080 76.505 199.965 1.00139.85 N
ANISOU48676 N LYS J 384 24770 6804 21563 -1528 4833 1427 N
ATOM 48677 CA LYS J 384 -114.584 75.468 199.083 1.00142.02 C
ANISOU48677 CA LYS J 384 25120 6748 22090 -1651 4687 1328 C
ATOM 48678 C LYS J 384 -113.797 74.169 199.190 1.00146.10 C
ANISOU48678 C LYS J 384 26001 6679 22830 -1474 4235 1325 C
ATOM 48679 O LYS J 384 -114.384 73.088 199.084 1.00149.67 O
ANISOU48679 O LYS J 384 26702 6726 23439 -1716 4050 1441 O
ATOM 48680 CB LYS J 384 -114.848 75.972 197.659 1.00139.03 C
ANISOU48680 CB LYS J 384 24376 6629 21816 -1547 4863 957 C
ATOM 48681 CG LYS J 384 -116.158 76.751 197.618 1.00137.07 C
ANISOU48681 CG LYS J 384 23885 6783 21413 -1900 5229 1075 C
ATOM 48682 CD LYS J 384 -116.637 77.123 196.227 1.00134.94 C
ANISOU48682 CD LYS J 384 23309 6727 21235 -1861 5358 760 C
ATOM 48683 CE LYS J 384 -118.031 77.738 196.301 1.00133.98 C
ANISOU48683 CE LYS J 384 22962 6942 21000 -2236 5665 919 C
ATOM 48684 NZ LYS J 384 -118.439 78.471 195.066 1.00131.23 N
ANISOU48684 NZ LYS J 384 22276 6917 20668 -2151 5826 631 N
ATOM 48685 N LEU J 385 -112.509 74.275 199.514 1.00146.07 N
ANISOU48685 N LEU J 385 26038 6610 22850 -1078 4039 1230 N
ATOM 48686 CA LEU J 385 -111.714 73.090 199.824 1.00150.38 C
ANISOU48686 CA LEU J 385 26946 6596 23593 -880 3585 1268 C
ATOM 48687 C LEU J 385 -112.327 72.311 200.971 1.00154.45 C
ANISOU48687 C LEU J 385 27908 6780 23995 -1252 3439 1746 C
ATOM 48688 O LEU J 385 -112.378 71.077 200.954 1.00158.77 O
ANISOU48688 O LEU J 385 28794 6782 24748 -1316 3113 1836 O
ATOM 48689 CB LEU J 385 -110.279 73.459 200.197 1.00149.94 C
ANISOU48689 CB LEU J 385 26824 6582 23563 -423 3406 1146 C
ATOM 48690 CG LEU J 385 -109.295 73.738 199.064 1.00148.18 C
ANISOU48690 CG LEU J 385 26250 6478 23573 43 3406 681 C
ATOM 48691 CD1 LEU J 385 -107.937 74.104 199.641 1.00148.44 C
ANISOU48691 CD1 LEU J 385 26194 6551 23655 428 3216 635 C
ATOM 48692 CD2 LEU J 385 -109.185 72.542 198.131 1.00151.29 C
ANISOU48692 CD2 LEU J 385 26792 6426 24264 207 3157 438 C
ATOM 48693 N GLU J 386 -112.746 73.037 201.995 1.00153.49 N
ANISOU48693 N GLU J 386 27807 6976 23536 -1478 3675 2056 N
ATOM 48694 CA GLU J 386 -113.238 72.372 203.191 1.00157.77 C
ANISOU48694 CA GLU J 386 28791 7251 23902 -1809 3575 2550 C
ATOM 48695 C GLU J 386 -114.658 71.827 203.033 1.00159.82 C
ANISOU48695 C GLU J 386 29108 7411 24203 -2336 3754 2787 C
ATOM 48696 O GLU J 386 -115.002 70.795 203.605 1.00164.70 O
ANISOU48696 O GLU J 386 30124 7591 24862 -2603 3556 3139 O
ATOM 48697 CB GLU J 386 -113.123 73.302 204.404 1.00156.80 C
ANISOU48697 CB GLU J 386 28718 7498 23358 -1826 3753 2790 C
ATOM 48698 CG GLU J 386 -112.839 72.612 205.731 1.00161.71 C
ANISOU48698 CG GLU J 386 29878 7782 23780 -1889 3469 3217 C
ATOM 48699 CD GLU J 386 -112.530 73.606 206.841 1.00160.73 C
ANISOU48699 CD GLU J 386 29809 8038 23224 -1804 3587 3356 C
ATOM 48700 OE1 GLU J 386 -112.186 74.770 206.526 1.00156.27 O
ANISOU48700 OE1 GLU J 386 28859 7906 22608 -1590 3774 3054 O
ATOM 48701 OE2 GLU J 386 -112.628 73.231 208.030 1.00164.76 O
ANISOU48701 OE2 GLU J 386 30767 8401 23432 -1949 3482 3769 O
ATOM 48702 N LEU J 387 -115.450 72.539 202.233 1.00156.33 N
ANISOU48702 N LEU J 387 28254 7370 23773 -2479 4109 2594 N
ATOM 48703 CA LEU J 387 -116.825 72.151 201.882 1.00157.92 C
ANISOU48703 CA LEU J 387 28382 7542 24077 -2962 4285 2742 C
ATOM 48704 C LEU J 387 -116.801 70.839 201.103 1.00161.42 C
ANISOU48704 C LEU J 387 29027 7385 24918 -2987 3892 2616 C
ATOM 48705 O LEU J 387 -117.582 69.904 201.373 1.00165.93 O
ANISOU48705 O LEU J 387 29838 7588 25617 -3405 3789 2926 O
ATOM 48706 CB LEU J 387 -117.494 73.292 201.068 1.00153.17 C
ANISOU48706 CB LEU J 387 27260 7511 23425 -2997 4686 2481 C
ATOM 48707 CG LEU J 387 -119.006 73.602 200.910 1.00153.17 C
ANISOU48707 CG LEU J 387 26989 7806 23401 -3463 5047 2631 C
ATOM 48708 CD1 LEU J 387 -119.781 73.547 202.224 1.00156.31 C
ANISOU48708 CD1 LEU J 387 27553 8290 23547 -3868 5283 3157 C
ATOM 48709 CD2 LEU J 387 -119.228 74.956 200.225 1.00147.89 C
ANISOU48709 CD2 LEU J 387 25838 7723 22629 -3307 5383 2329 C
ATOM 48710 N ARG J 388 -115.885 70.758 200.146 1.00159.80 N
ATOM 48711 CA ARG J 388 -115.723 69.523 199.430 1.00163.44 C
ATOM 48712 C ARG J 388 -115.140 68.492 200.399 1.00168.43 C
ATOM 48713 O ARG J 388 -115.134 67.324 200.095 1.00172.72 O
ATOM 48714 CB ARG J 388 -114.904 69.714 198.137 1.00160.91 C
ATOM 48715 CG ARG J 388 -115.589 70.609 197.098 1.00156.82 C
ATOM 48716 CD ARG J 388 -115.106 70.359 195.674 1.00156.47 C
ATOM 48717 NE ARG J 388 -115.591 71.368 194.733 1.00152.35 N
ATOM 48718 CZ ARG J 388 -116.797 71.357 194.175 1.00152.60 C
ATOM 48719 NH1 ARG J 388 -117.654 70.395 194.463 1.00156.81 N
ATOM 48720 NH2 ARG J 388 -117.149 72.312 193.331 1.00149.00 N