cmd.read_pdbstr("""\\nATOM 30351 N ILE J 445 45.081 5.068 -96.258 1.00135.96 N \ ANISOU30351 N ILE J 445 15651 18978 17028 1985 -2347 17 N \ ATOM 30352 CA ILE J 445 46.135 5.561 -97.135 1.00135.51 C \ ANISOU30352 CA ILE J 445 15349 19038 17099 1636 -2523 30 C \ ATOM 30353 C ILE J 445 46.740 6.867 -96.632 1.00138.72 C \ ANISOU30353 C ILE J 445 15807 19263 17636 1566 -2833 -92 C \ ATOM 30354 O ILE J 445 46.086 7.910 -96.625 1.00138.38 O \ ANISOU30354 O ILE J 445 15874 18968 17736 1523 -2921 -31 O \ ATOM 30355 CB ILE J 445 45.621 5.777 -98.562 1.00134.55 C \ ANISOU30355 CB ILE J 445 15057 18967 17097 1300 -2429 273 C \ ATOM 30356 CG1 ILE J 445 45.230 4.443 -99.195 1.00125.91 C \ ANISOU30356 CG1 ILE J 445 13879 18079 15883 1312 -2162 351 C \ ATOM 30357 CG2 ILE J 445 46.674 6.465 -99.402 1.00141.79 C \ ANISOU30357 CG2 ILE J 445 15759 19985 18129 914 -2589 313 C \ ATOM 30358 CD1 ILE J 445 46.402 3.521 -99.434 1.00120.73 C \ ANISOU30358 CD1 ILE J 445 13053 17690 15129 1276 -2123 228 C \ ATOM 30359 N TYR J 446 47.999 6.803 -96.219 1.00143.01 N \ ANISOU30359 N TYR J 446 16260 19919 18157 1559 -3020 -277 N \ ATOM 30360 CA TYR J 446 48.674 7.970 -95.675 1.00147.89 C \ ANISOU30360 CA TYR J 446 16916 20364 18911 1478 -3350 -433 C \ ATOM 30361 C TYR J 446 49.267 8.833 -96.784 1.00148.52 C \ ANISOU30361 C TYR J 446 16738 20453 19241 995 -3459 -300 C \ ATOM 30362 O TYR J 446 50.094 8.363 -97.564 1.00149.17 O \ ANISOU30362 O TYR J 446 16523 20812 19343 759 -3391 -258 O \ ATOM 30363 CB TYR J 446 49.762 7.553 -94.688 1.00151.87 C \ ANISOU30363 CB TYR J 446 17422 20982 19298 1682 -3551 -701 C \ ATOM 30364 CG TYR J 446 49.940 8.534 -93.559 1.00154.94 C \ ANISOU30364 CG TYR J 446 18048 21121 19701 1821 -3869 -930 C \ ATOM 30365 CD1 TYR J 446 50.446 9.803 -93.796 1.00160.24 C \ ANISOU30365 CD1 TYR J 446 18628 21614 20640 1508 -4139 -973 C \ ATOM 30366 CD2 TYR J 446 49.600 8.195 -92.257 1.00153.78 C \ ANISOU30366 CD2 TYR J 446 18241 20903 19284 2253 -3898 -1103 C \ ATOM 30367 CE1 TYR J 446 50.608 10.706 -92.771 1.00166.28 C \ ANISOU30367 CE1 TYR J 446 19627 22122 21429 1630 -4453 -1219 C \ ATOM 30368 CE2 TYR J 446 49.757 9.092 -91.222 1.00160.13 C \ ANISOU30368 CE2 TYR J 446 19294 21487 20060 2390 -4194 -1349 C \ ATOM 30369 CZ TYR J 446 50.262 10.348 -91.486 1.00167.89 C \ ANISOU30369 CZ TYR J 446 20173 22279 21337 2082 -4484 -1424 C \ ATOM 30370 OH TYR J 446 50.424 11.254 -90.462 1.00175.91 O \ ANISOU30370 OH TYR J 446 21452 23048 22338 2213 -4804 -1706 O \ ATOM 30371 N GLY J 447 48.851 10.095 -96.835 1.00147.39 N \ ANISOU30371 N GLY J 447 16717 19998 19285 856 -3618 -235 N \ ATOM 30372 CA GLY J 447 49.358 11.040 -97.814 1.00142.91 C \ ANISOU30372 CA GLY J 447 15968 19372 18958 380 -3740 -69 C \ ATOM 30373 C GLY J 447 49.140 10.612 -99.251 1.00126.39 C \ ANISOU30373 C GLY J 447 13680 17507 16836 87 -3493 228 C \ ATOM 30374 O GLY J 447 49.941 9.877 -99.815 1.00119.87 O \ ANISOU30374 O GLY J 447 12590 17022 15933 -68 -3363 224 O \ ATOM 30375 N GLY J 448 48.055 11.089 -99.848 1.00116.22 N \ ANISOU30375 N GLY J 448 12521 16030 15606 24 -3444 472 N \ ATOM 30376 CA GLY J 448 47.730 10.776-101.225 1.00111.88 C \ ANISOU30376 CA GLY J 448 11842 15673 14996 -252 -3255 764 C \ ATOM 30377 C GLY J 448 46.598 11.673-101.667 1.00117.71 C \ ANISOU30377 C GLY J 448 12758 16095 15870 -305 -3344 1014 C \ ATOM 30378 O GLY J 448 46.644 12.882-101.441 1.00123.71 O \ ANISOU30378 O GLY J 448 13638 16514 16853 -403 -3590 1043 O \ ATOM 30379 N GLN J 449 45.579 11.094-102.288 1.00116.48 N \ ANISOU30379 N GLN J 449 12618 16032 15608 -232 -3172 1183 N \ ATOM 30380 CA GLN J 449 44.401 11.869-102.646 1.00122.76 C \ ANISOU30380 CA GLN J 449 13560 16531 16554 -211 -3280 1406 C \ ATOM 30381 C GLN J 449 43.172 11.003-102.867 1.00118.42 C \ ANISOU30381 C GLN J 449 13009 16084 15900 18 -3089 1471 C \ ATOM 30382 O GLN J 449 43.255 9.775-102.858 1.00 83.47 O \ ANISOU30382 O GLN J 449 8486 11955 11274 113 -2861 1369 O \ ATOM 30383 CB GLN J 449 44.667 12.719-103.883 1.00132.15 C \ ANISOU30383 CB GLN J 449 14721 17671 17819 -675 -3414 1736 C \ ATOM 30384 CG GLN J 449 44.115 14.114-103.739 1.00150.70 C \ ANISOU30384 CG GLN J 449 17267 19533 20459 -673 -3702 1868 C \ ATOM 30385 CD GLN J 449 43.759 14.743-105.061 1.00168.78 C \ ANISOU30385 CD GLN J 449 19595 21747 22785 -1018 -3816 2285 C \ ATOM 30386 OE1 GLN J 449 43.979 14.160-106.125 1.00175.72 O \ ANISOU30386 OE1 GLN J 449 20359 22972 23433 -1292 -3669 2472 O \ ATOM 30387 NE2 GLN J 449 43.182 15.932-105.002 1.00173.73 N \ ANISOU30387 NE2 GLN J 449 20408 21913 23690 -987 -4088 2429 N \ ATOM 30388 N LYS J 450 42.022 11.656-103.019 1.00118.80 N \ ANISOU30388 N LYS J 450 13156 15861 16120 119 -3200 1627 N \ ATOM 30389 CA LYS J 450 40.783 10.959-103.339 1.00113.23 C \ ANISOU30389 CA LYS J 450 12404 15239 15378 289 -3058 1715 C \ ATOM 30390 C LYS J 450 40.827 10.415-104.756 1.00106.61 C \ ANISOU30390 C LYS J 450 11445 14697 14366 -44 -3003 1951 C \ ATOM 30391 O LYS J 450 41.459 11.000-105.636 1.00103.51 O \ ANISOU30391 O LYS J 450 11051 14337 13940 -409 -3128 2150 O \ ATOM 30392 CB LYS J 450 39.567 11.882-103.174 1.00119.09 C \ ANISOU30392 CB LYS J 450 13237 15616 16397 492 -3223 1814 C \ ATOM 30393 CG LYS J 450 39.337 12.356-101.747 1.00129.27 C \ ANISOU30393 CG LYS J 450 14662 16625 17831 877 -3233 1540 C \ ATOM 30394 CD LYS J 450 37.905 12.830-101.509 1.00137.38 C \ ANISOU30394 CD LYS J 450 15704 17388 19106 1184 -3266 1573 C \ ATOM 30395 CE LYS J 450 37.633 12.951-100.010 1.00141.62 C \ ANISOU30395 CE LYS J 450 16366 17759 19683 1612 -3151 1242 C \ ATOM 30396 NZ LYS J 450 36.185 12.900 -99.654 1.00142.00 N \ ANISOU30396 NZ LYS J 450 16345 17707 19902 1964 -3013 1213 N \ ATOM 30397 N ALA J 451 40.145 9.297-104.976 1.00105.23 N \ ANISOU30397 N ALA J 451 11182 14733 14069 69 -2810 1926 N \ ATOM 30398 CA ALA J 451 40.089 8.701-106.301 1.00107.67 C \ ANISOU30398 CA ALA J 451 11400 15327 14184 -217 -2763 2103 C \ ATOM 30399 C ALA J 451 38.678 8.825-106.872 1.00108.45 C \ ANISOU30399 C ALA J 451 11483 15326 14396 -161 -2877 2299 C \ ATOM 30400 O ALA J 451 37.695 8.574-106.175 1.00110.94 O \ ANISOU30400 O ALA J 451 11766 15515 14872 154 -2814 2202 O \ ATOM 30401 CB ALA J 451 40.523 7.242-106.242 1.00108.94 C \ ANISOU30401 CB ALA J 451 11463 15815 14116 -174 -2484 1898 C \ ATOM 30402 N LYS J 452 38.591 9.220-108.140 1.00106.46 N \ ANISOU30402 N LYS J 452 11250 15146 14055 -472 -3048 2580 N \ ATOM 30403 CA LYS J 452 37.312 9.362-108.834 1.00109.16 C \ ANISOU30403 CA LYS J 452 11567 15419 14491 -450 -3226 2790 C \ ATOM 30404 C LYS J 452 36.693 7.985-109.117 1.00102.68 C \ ANISOU30404 C LYS J 452 10610 14868 13536 -393 -3043 2675 C \ ATOM 30405 O LYS J 452 37.337 6.960-108.891 1.00 82.89 O \ ANISOU30405 O LYS J 452 8062 12590 10841 -399 -2783 2460 O \ ATOM 30406 CB LYS J 452 37.491 10.207-110.111 1.00123.05 C \ ANISOU30406 CB LYS J 452 13437 17175 16141 -814 -3493 3149 C \ ATOM 30407 CG LYS J 452 37.888 9.442-111.375 1.00130.97 C \ ANISOU30407 CG LYS J 452 14430 18589 16744 -1156 -3410 3241 C \ ATOM 30408 CD LYS J 452 37.839 10.350-112.611 1.00135.20 C \ ANISOU30408 CD LYS J 452 15120 19097 17153 -1488 -3698 3645 C \ ATOM 30409 CE LYS J 452 38.166 9.587-113.887 1.00135.64 C \ ANISOU30409 CE LYS J 452 15197 19589 16752 -1816 -3604 3719 C \ ATOM 30410 NZ LYS J 452 39.541 9.013-113.867 1.00135.78 N \ ANISOU30410 NZ LYS J 452 15163 19911 16517 -2002 -3269 3519 N \ ATOM 30411 N PRO J 453 35.432 7.948-109.582 1.00 97.08 N \ ANISOU30411 N PRO J 453 9821 14109 12955 -328 -3197 2804 N \ ATOM 30412 CA PRO J 453 34.867 6.630-109.892 1.00 99.60 C \ ANISOU30412 CA PRO J 453 10007 14669 13167 -322 -3044 2684 C \ ATOM 30413 C PRO J 453 35.560 5.954-111.071 1.00103.09 C \ ANISOU30413 C PRO J 453 10497 15460 13211 -668 -3005 2712 C \ ATOM 30414 O PRO J 453 36.078 6.634-111.954 1.00105.10 O \ ANISOU30414 O PRO J 453 10871 15783 13281 -944 -3170 2928 O \ ATOM 30415 CB PRO J 453 33.410 6.946-110.249 1.00106.20 C \ ANISOU30415 CB PRO J 453 10724 15370 14259 -219 -3293 2845 C \ ATOM 30416 CG PRO J 453 33.124 8.248-109.582 1.00105.92 C \ ANISOU30416 CG PRO J 453 10729 14971 14545 -3 -3461 2936 C \ ATOM 30417 CD PRO J 453 34.411 9.010-109.650 1.00 99.42 C \ ANISOU30417 CD PRO J 453 10112 14100 13562 -196 -3504 3010 C \ ATOM 30418 N GLY J 454 35.571 4.624-111.076 1.00105.00 N \ ANISOU30418 N GLY J 454 10664 15913 13320 -654 -2774 2492 N \ ATOM 30419 CA GLY J 454 36.195 3.870-112.148 1.00109.48 C \ ANISOU30419 CA GLY J 454 11274 16815 13508 -939 -2703 2447 C \ ATOM 30420 C GLY J 454 37.691 3.707-111.978 1.00113.63 C \ ANISOU30420 C GLY J 454 11852 17499 13822 -1030 -2478 2307 C \ ATOM 30421 O GLY J 454 38.336 3.006-112.756 1.00116.61 O \ ANISOU30421 O GLY J 454 12245 18172 13889 -1228 -2351 2209 O \ ATOM 30422 N ASP J 455 38.253 4.364-110.969 1.00115.80 N \ ANISOU30422 N ASP J 455 12143 17586 14270 -883 -2436 2275 N \ ATOM 30423 CA ASP J 455 39.687 4.271-110.722 1.00116.46 C \ ANISOU30423 CA ASP J 455 12227 17810 14211 -957 -2258 2132 C \ ATOM 30424 C ASP J 455 40.093 2.895-110.226 1.00110.31 C \ ANISOU30424 C ASP J 455 11380 17174 13359 -787 -1981 1816 C \ ATOM 30425 O ASP J 455 40.989 2.260-110.782 1.00112.06 O \ ANISOU30425 O ASP J 455 11565 17670 13342 -932 -1827 1685 O \ ATOM 30426 CB ASP J 455 40.130 5.326-109.715 1.00122.26 C \ ANISOU30426 CB ASP J 455 12999 18282 15171 -835 -2336 2153 C \ ATOM 30427 CG ASP J 455 40.019 6.721-110.261 1.00133.73 C \ ANISOU30427 CG ASP J 455 14545 19572 16693 -1044 -2607 2465 C \ ATOM 30428 OD1 ASP J 455 40.071 6.872-111.499 1.00139.51 O \ ANISOU30428 OD1 ASP J 455 15321 20485 17203 -1356 -2687 2672 O \ ATOM 30429 OD2 ASP J 455 39.888 7.666-109.459 1.00136.63 O \ ANISOU30429 OD2 ASP J 455 14967 19622 17323 -896 -2744 2503 O \ ATOM 30430 N PHE J 456 39.426 2.436-109.174 1.00104.21 N \ ANISOU30430 N PHE J 456 10595 16206 12794 -473 -1910 1697 N \ ATOM 30431 CA PHE J 456 39.717 1.129-108.603 1.00 98.00 C \ ANISOU30431 CA PHE J 456 9784 15486 11966 -289 -1669 1435 C \ ATOM 30432 C PHE J 456 38.420 0.384-108.347 1.00 96.59 C \ ANISOU30432 C PHE J 456 9585 15183 11932 -138 -1620 1416 C \ ATOM 30433 O PHE J 456 38.002 0.242-107.201 1.00100.79 O \ ANISOU30433 O PHE J 456 10136 15518 12641 132 -1527 1361 O \ ATOM 30434 CB PHE J 456 40.499 1.271-107.297 1.00 94.25 C \ ANISOU30434 CB PHE J 456 9340 14892 11578 -44 -1589 1294 C \ ATOM 30435 CG PHE J 456 41.678 2.192-107.394 1.00 98.27 C \ ANISOU30435 CG PHE J 456 9832 15471 12036 -196 -1677 1322 C \ ATOM 30436 CD1 PHE J 456 41.533 3.549-107.164 1.00102.74 C \ ANISOU30436 CD1 PHE J 456 10450 15837 12751 -239 -1877 1491 C \ ATOM 30437 CD2 PHE J 456 42.930 1.702-107.718 1.00102.37 C \ ANISOU30437 CD2 PHE J 456 10266 16242 12389 -300 -1558 1169 C \ ATOM 30438 CE1 PHE J 456 42.613 4.401-107.258 1.00107.71 C \ ANISOU30438 CE1 PHE J 456 11057 16501 13366 -421 -1964 1524 C \ ATOM 30439 CE2 PHE J 456 44.017 2.550-107.812 1.00108.40 C \ ANISOU30439 CE2 PHE J 456 10965 17081 13140 -475 -1625 1197 C \ ATOM 30440 CZ PHE J 456 43.858 3.901-107.581 1.00110.35 C \ ANISOU30440 CZ PHE J 456 11276 17113 13540 -555 -1831 1383 C \ ATOM 30441 N PRO J 457 37.779 -0.095-109.420 1.00 91.23 N \ ANISOU30441 N PRO J 457 8868 14629 11167 -327 -1680 1460 N \ ATOM 30442 CA PRO J 457 36.494 -0.784-109.288 1.00 91.82 C \ ANISOU30442 CA PRO J 457 8877 14591 11419 -240 -1659 1448 C \ ATOM 30443 C PRO J 457 36.602 -2.085-108.496 1.00 94.01 C \ ANISOU30443 C PRO J 457 9175 14810 11735 -53 -1395 1230 C \ ATOM 30444 O PRO J 457 35.647 -2.474-107.824 1.00 97.65 O \ ANISOU30444 O PRO J 457 9592 15097 12414 94 -1310 1236 O \ ATOM 30445 CB PRO J 457 36.105 -1.077-110.741 1.00 89.28 C \ ANISOU30445 CB PRO J 457 8532 14466 10924 -528 -1812 1495 C \ ATOM 30446 CG PRO J 457 37.389 -1.060-111.489 1.00 87.68 C \ ANISOU30446 CG PRO J 457 8407 14520 10389 -720 -1769 1433 C \ ATOM 30447 CD PRO J 457 38.219 -0.017-110.823 1.00 87.17 C \ ANISOU30447 CD PRO J 457 8370 14380 10370 -649 -1772 1517 C \ ATOM 30448 N TRP J 458 37.762 -2.732-108.558 1.00 91.49 N \ ANISOU30448 N TRP J 458 8916 14626 11219 -55 -1262 1050 N \ ATOM 30449 CA TRP J 458 37.979 -3.995-107.857 1.00 89.61 C \ ANISOU30449 CA TRP J 458 8732 14308 11008 133 -1042 855 C \ ATOM 30450 C TRP J 458 38.038 -3.834-106.351 1.00 85.32 C \ ANISOU30450 C TRP J 458 8260 13556 10602 437 -933 863 C \ ATOM 30451 O TRP J 458 38.140 -4.823-105.620 1.00 72.70 O \ ANISOU30451 O TRP J 458 6744 11850 9029 618 -760 752 O \ ATOM 30452 CB TRP J 458 39.278 -4.634-108.335 1.00 89.59 C \ ANISOU30452 CB TRP J 458 8754 14506 10779 89 -954 648 C \ ATOM 30453 CG TRP J 458 40.421 -3.678-108.298 1.00 88.99 C \ ANISOU30453 CG TRP J 458 8651 14565 10595 62 -1009 672 C \ ATOM 30454 CD1 TRP J 458 41.239 -3.409-107.240 1.00 90.45 C \ ANISOU30454 CD1 TRP J 458 8860 14679 10829 276 -973 618 C \ ATOM 30455 CD2 TRP J 458 40.861 -2.844-109.369 1.00 89.09 C \ ANISOU30455 CD2 TRP J 458 8611 14802 10437 -221 -1123 768 C \ ATOM 30456 NE1 TRP J 458 42.170 -2.462-107.592 1.00 90.26 N \ ANISOU30456 NE1 TRP J 458 8765 14814 10714 129 -1060 656 N \ ATOM 30457 CE2 TRP J 458 41.958 -2.099-108.896 1.00 94.88 C \ ANISOU30457 CE2 TRP J 458 9310 15580 11161 -185 -1132 765 C \ ATOM 30458 CE3 TRP J 458 40.437 -2.660-110.687 1.00 87.93 C \ ANISOU30458 CE3 TRP J 458 8456 14826 10126 -514 -1228 865 C \ ATOM 30459 CZ2 TRP J 458 42.635 -1.183-109.696 1.00101.81 C \ ANISOU30459 CZ2 TRP J 458 10132 16653 11900 -456 -1208 872 C \ ATOM 30460 CZ3 TRP J 458 41.112 -1.751-111.479 1.00 92.14 C \ ANISOU30460 CZ3 TRP J 458 8973 15564 10472 -763 -1304 987 C \ ATOM 30461 CH2 TRP J 458 42.197 -1.024-110.982 1.00 99.23 C \ ANISOU30461 CH2 TRP J 458 9823 16488 11392 -745 -1276 998 C \ ATOM 30462 N GLN J 459 37.973 -2.591-105.889 1.00 81.32 N \ ANISOU30462 N GLN J 459 7749 12978 10170 496 -1045 994 N \ ATOM 30463 CA GLN J 459 38.041 -2.328-104.464 1.00 78.60 C \ ANISOU30463 CA GLN J 459 7503 12454 9908 787 -959 979 C \ ATOM 30464 C GLN J 459 36.815 -2.844-103.741 1.00 78.58 C \ ANISOU30464 C GLN J 459 7509 12268 10078 937 -798 1025 C \ ATOM 30465 O GLN J 459 35.682 -2.709-104.210 1.00 76.61 O \ ANISOU30465 O GLN J 459 7133 11985 9990 830 -837 1133 O \ ATOM 30466 CB GLN J 459 38.241 -0.839-104.171 1.00 78.16 C \ ANISOU30466 CB GLN J 459 7455 12339 9903 810 -1131 1074 C \ ATOM 30467 CG GLN J 459 38.481 -0.519-102.696 1.00 80.85 C \ ANISOU30467 CG GLN J 459 7931 12517 10270 1116 -1068 1007 C \ ATOM 30468 CD GLN J 459 39.838 -0.998-102.192 1.00 87.52 C \ ANISOU30468 CD GLN J 459 8863 13442 10948 1223 -1038 840 C \ ATOM 30469 OE1 GLN J 459 40.616 -1.605-102.930 1.00 81.38 O \ ANISOU30469 OE1 GLN J 459 8017 12842 10060 1087 -1032 760 O \ ATOM 30470 NE2 GLN J 459 40.129 -0.716-100.927 1.00 98.97 N \ ANISOU30470 NE2 GLN J 459 10458 14771 12375 1486 -1029 771 N \ ATOM 30471 N VAL J 460 37.067 -3.441-102.589 1.00 72.12 N \ ANISOU30471 N VAL J 460 6837 11341 9225 1182 -618 951 N \ ATOM 30472 CA VAL J 460 36.026 -4.051-101.804 1.00 89.43 C \ ANISOU30472 CA VAL J 460 9064 13369 11545 1314 -399 1002 C \ ATOM 30473 C VAL J 460 36.177 -3.570-100.372 1.00 85.66 C \ ANISOU30473 C VAL J 460 8757 12774 11015 1613 -304 999 C \ ATOM 30474 O VAL J 460 37.290 -3.397 -99.874 1.00 77.12 O \ ANISOU30474 O VAL J 460 7818 11721 9764 1745 -376 905 O \ ATOM 30475 CB VAL J 460 36.109 -5.593-101.900 1.00 86.48 C \ ANISOU30475 CB VAL J 460 8760 12962 11138 1287 -238 929 C \ ATOM 30476 CG1 VAL J 460 35.796 -6.258-100.566 1.00 83.74 C \ ANISOU30476 CG1 VAL J 460 8595 12429 10794 1523 17 965 C \ ATOM 30477 CG2 VAL J 460 35.187 -6.101-103.006 1.00 87.27 C \ ANISOU30477 CG2 VAL J 460 8681 13090 11386 1018 -264 957 C \ ATOM 30478 N LEU J 461 35.042 -3.304 -99.738 1.00 94.25 N \ ANISOU30478 N LEU J 461 9813 13746 12252 1716 -153 1085 N \ ATOM 30479 CA LEU J 461 34.998 -2.978 -98.325 1.00101.76 C \ ANISOU30479 CA LEU J 461 10955 14591 13120 2010 -1 1069 C \ ATOM 30480 C LEU J 461 34.476 -4.171 -97.546 1.00102.40 C \ ANISOU30480 C LEU J 461 11160 14576 13171 2107 323 1119 C \ ATOM 30481 O LEU J 461 33.405 -4.709 -97.841 1.00101.09 O \ ANISOU30481 O LEU J 461 10833 14370 13205 1977 489 1208 O \ ATOM 30482 CB LEU J 461 34.103 -1.767 -98.061 1.00107.75 C \ ANISOU30482 CB LEU J 461 11601 15285 14053 2094 -15 1113 C \ ATOM 30483 CG LEU J 461 34.180 -1.302 -96.606 1.00 77.18 C \ ANISOU30483 CG LEU J 461 7963 11323 10039 2414 125 1045 C \ ATOM 30484 CD1 LEU J 461 35.634 -1.203 -96.193 1.00 76.27 C \ ANISOU30484 CD1 LEU J 461 8085 11241 9655 2513 -51 925 C \ ATOM 30485 CD2 LEU J 461 33.485 0.031 -96.418 1.00 78.45 C \ ANISOU30485 CD2 LEU J 461 8023 11408 10378 2523 63 1032 C \ ATOM 30486 N ILE J 462 35.244 -4.586 -96.550 1.00101.71 N \ ANISOU30486 N ILE J 462 11361 14445 12839 2323 397 1073 N \ ATOM 30487 CA ILE J 462 34.827 -5.669 -95.685 1.00 99.12 C \ ANISOU30487 CA ILE J 462 11223 14001 12438 2430 706 1158 C \ ATOM 30488 C ILE J 462 34.598 -5.144 -94.278 1.00 98.66 C \ ANISOU30488 C ILE J 462 11391 13892 12204 2715 882 1172 C \ ATOM 30489 O ILE J 462 35.503 -4.566 -93.656 1.00 97.18 O \ ANISOU30489 O ILE J 462 11406 13732 11787 2915 717 1066 O \ ATOM 30490 CB ILE J 462 35.873 -6.790 -95.638 1.00100.15 C \ ANISOU30490 CB ILE J 462 11561 14096 12395 2475 654 1118 C \ ATOM 30491 CG1 ILE J 462 36.014 -7.440 -97.016 1.00 96.25 C \ ANISOU30491 CG1 ILE J 462 10863 13646 12060 2204 535 1072 C \ ATOM 30492 CG2 ILE J 462 35.483 -7.828 -94.601 1.00107.59 C \ ANISOU30492 CG2 ILE J 462 12773 14874 13231 2608 960 1248 C \ ATOM 30493 CD1 ILE J 462 37.015 -8.571 -97.051 1.00 93.30 C \ ANISOU30493 CD1 ILE J 462 10663 13220 11565 2270 488 999 C \ ATOM 30494 N LEU J 463 33.374 -5.325 -93.795 1.00103.50 N \ ANISOU30494 N LEU J 463 11954 14446 12927 2724 1218 1285 N \ ATOM 30495 CA LEU J 463 33.069 -5.109 -92.392 1.00111.06 C \ ANISOU30495 CA LEU J 463 13168 15365 13663 2991 1486 1309 C \ ATOM 30496 C LEU J 463 32.771 -6.442 -91.738 1.00119.98 C \ ANISOU30496 C LEU J 463 14519 16393 14676 2994 1822 1477 C \ ATOM 30497 O LEU J 463 32.138 -7.312 -92.335 1.00123.44 O \ ANISOU30497 O LEU J 463 14780 16767 15354 2756 1963 1589 O \ ATOM 30498 CB LEU J 463 31.873 -4.175 -92.218 1.00108.47 C \ ANISOU30498 CB LEU J 463 12609 15061 13542 3031 1670 1303 C \ ATOM 30499 CG LEU J 463 32.068 -2.719 -92.637 1.00101.47 C \ ANISOU30499 CG LEU J 463 11570 14216 12767 3083 1357 1155 C \ ATOM 30500 CD1 LEU J 463 33.522 -2.307 -92.498 1.00 96.91 C \ ANISOU30500 CD1 LEU J 463 11240 13657 11925 3186 1009 1021 C \ ATOM 30501 CD2 LEU J 463 31.569 -2.491 -94.050 1.00 97.59 C \ ANISOU30501 CD2 LEU J 463 10672 13755 12654 2808 1163 1195 C \ ATOM 30502 N GLY J 464 33.226 -6.593 -90.503 1.00121.64 N \ ANISOU30502 N GLY J 464 15135 16573 14510 3255 1932 1498 N \ ATOM 30503 CA GLY J 464 33.040 -7.826 -89.768 1.00126.41 C \ ANISOU30503 CA GLY J 464 16032 17055 14944 3279 2237 1695 C \ ATOM 30504 C GLY J 464 33.624 -7.662 -88.386 1.00133.91 C \ ANISOU30504 C GLY J 464 17458 18013 15410 3612 2277 1692 C \ ATOM 30505 O GLY J 464 33.296 -6.707 -87.682 1.00131.45 O \ ANISOU30505 O GLY J 464 17206 17790 14949 3789 2385 1603 O \ ATOM 30506 N GLY J 465 34.507 -8.581 -88.004 1.00143.90 N \ ANISOU30506 N GLY J 465 19071 19179 16425 3715 2162 1771 N \ ATOM 30507 CA GLY J 465 35.212 -8.474 -86.741 1.00149.28 C \ ANISOU30507 CA GLY J 465 20235 19874 16611 4042 2101 1765 C \ ATOM 30508 C GLY J 465 36.006 -7.186 -86.712 1.00146.65 C \ ANISOU30508 C GLY J 465 19861 19683 16178 4208 1718 1484 C \ ATOM 30509 O GLY J 465 36.205 -6.583 -85.655 1.00150.14 O \ ANISOU30509 O GLY J 465 20609 20184 16254 4466 1710 1403 O \ ATOM 30510 N THR J 466 36.448 -6.757 -87.890 1.00138.65 N \ ANISOU30510 N THR J 466 18477 18720 15484 4041 1401 1334 N \ ATOM 30511 CA THR J 466 37.155 -5.493 -88.034 1.00133.36 C \ ANISOU30511 CA THR J 466 17707 18158 14804 4120 1037 1085 C \ ATOM 30512 C THR J 466 36.664 -4.748 -89.270 1.00119.31 C \ ANISOU30512 C THR J 466 15455 16427 13449 3861 968 1014 C \ ATOM 30513 O THR J 466 35.682 -5.140 -89.902 1.00110.90 O \ ANISOU30513 O THR J 466 14144 15333 12661 3652 1207 1140 O \ ATOM 30514 CB THR J 466 38.681 -5.688 -88.174 1.00140.40 C \ ANISOU30514 CB THR J 466 18685 19079 15582 4207 593 965 C \ ATOM 30515 OG1 THR J 466 38.983 -6.249 -89.457 1.00142.28 O \ ANISOU30515 OG1 THR J 466 18609 19318 16134 3964 475 974 O \ ATOM 30516 CG2 THR J 466 39.232 -6.583 -87.069 1.00146.29 C \ ANISOU30516 CG2 THR J 466 19895 19755 15932 4469 591 1064 C \ ATOM 30517 N THR J 467 37.364 -3.668 -89.601 1.00118.41 N \ ANISOU30517 N THR J 467 15226 16380 13386 3867 617 822 N \ ATOM 30518 CA THR J 467 37.171 -2.974 -90.866 1.00112.11 C \ ANISOU30518 CA THR J 467 14025 15622 12951 3613 460 776 C \ ATOM 30519 C THR J 467 38.418 -3.149 -91.707 1.00101.06 C \ ANISOU30519 C THR J 467 12507 14293 11599 3484 111 697 C \ ATOM 30520 O THR J 467 39.520 -2.780 -91.293 1.00 94.23 O \ ANISOU30520 O THR J 467 11774 13466 10563 3614 -165 557 O \ ATOM 30521 CB THR J 467 36.885 -1.468 -90.690 1.00112.50 C \ ANISOU30521 CB THR J 467 14008 15661 13074 3682 353 638 C \ ATOM 30522 OG1 THR J 467 37.994 -0.837 -90.039 1.00116.31 O \ ANISOU30522 OG1 THR J 467 14715 16154 13324 3856 51 455 O \ ATOM 30523 CG2 THR J 467 35.638 -1.254 -89.868 1.00113.48 C \ ANISOU30523 CG2 THR J 467 14210 15738 13168 3839 731 677 C \ ATOM 30524 N ALA J 468 38.247 -3.727 -92.887 1.00 94.39 N \ ANISOU30524 N ALA J 468 11401 13478 10984 3226 126 771 N \ ATOM 30525 CA ALA J 468 39.393 -3.996 -93.736 1.00 88.46 C \ ANISOU30525 CA ALA J 468 10521 12822 10269 3101 -139 685 C \ ATOM 30526 C ALA J 468 38.963 -3.965 -95.185 1.00 82.98 C \ ANISOU30526 C ALA J 468 9493 12192 9842 2778 -155 729 C \ ATOM 30527 O ALA J 468 37.789 -3.787 -95.487 1.00 76.81 O \ ANISOU30527 O ALA J 468 8581 11369 9233 2666 4 831 O \ ATOM 30528 CB ALA J 468 40.013 -5.333 -93.386 1.00 78.03 C \ ANISOU30528 CB ALA J 468 9391 11460 8795 3228 -100 705 C \ ATOM 30529 N ALA J 469 39.926 -4.138 -96.077 1.00 90.89 N \ ANISOU30529 N ALA J 469 10351 13313 10871 2636 -351 644 N \ ATOM 30530 CA ALA J 469 39.667 -4.023 -97.501 1.00103.22 C \ ANISOU30530 CA ALA J 469 11632 14973 12615 2324 -401 670 C \ ATOM 30531 C ALA J 469 39.607 -5.362 -98.228 1.00108.46 C \ ANISOU30531 C ALA J 469 12243 15647 13318 2205 -288 672 C \ ATOM 30532 O ALA J 469 39.659 -6.428 -97.615 1.00 74.00 O \ ANISOU30532 O ALA J 469 8061 11172 8882 2362 -152 681 O \ ATOM 30533 CB ALA J 469 40.697 -3.113 -98.149 1.00102.35 C \ ANISOU30533 CB ALA J 469 11373 15011 12503 2190 -671 575 C \ ATOM 30534 N GLY J 470 39.491 -5.282 -99.549 1.00110.35 N \ ANISOU30534 N GLY J 470 12259 16007 13662 1926 -359 665 N \ ATOM 30535 CA GLY J 470 39.423 -6.459-100.392 1.00105.57 C \ ANISOU30535 CA GLY J 470 11597 15421 13095 1785 -282 621 C \ ATOM 30536 C GLY J 470 39.567 -6.127-101.866 1.00100.74 C \ ANISOU30536 C GLY J 470 10764 15004 12507 1485 -414 579 C \ ATOM 30537 O GLY J 470 39.507 -4.968-102.270 1.00105.20 O \ ANISOU30537 O GLY J 470 11218 15663 13091 1357 -554 642 O \ ATOM 30538 N ALA J 471 39.758 -7.164-102.669 1.00 92.31 N \ ANISOU30538 N ALA J 471 9663 13985 11426 1376 -370 472 N \ ATOM 30539 CA ALA J 471 39.973 -7.032-104.099 1.00 87.34 C \ ANISOU30539 CA ALA J 471 8870 13570 10747 1098 -468 403 C \ ATOM 30540 C ALA J 471 39.076 -8.035-104.805 1.00 84.03 C \ ANISOU30540 C ALA J 471 8434 13083 10409 940 -390 378 C \ ATOM 30541 O ALA J 471 38.877 -9.138-104.311 1.00 88.44 O \ ANISOU30541 O ALA J 471 9115 13452 11037 1060 -254 332 O \ ATOM 30542 CB ALA J 471 41.426 -7.301-104.424 1.00 87.39 C \ ANISOU30542 CB ALA J 471 8840 13752 10611 1142 -501 208 C \ ATOM 30543 N LEU J 472 38.523 -7.665-105.950 1.00 75.60 N \ ANISOU30543 N LEU J 472 7235 12152 9336 663 -497 416 N \ ATOM 30544 CA LEU J 472 37.658 -8.593-106.668 1.00 80.23 C \ ANISOU30544 CA LEU J 472 7798 12681 10004 490 -472 364 C \ ATOM 30545 C LEU J 472 38.396 -9.526-107.632 1.00 88.61 C \ ANISOU30545 C LEU J 472 8887 13869 10912 398 -462 113 C \ ATOM 30546 O LEU J 472 38.994 -9.069-108.604 1.00 93.11 O \ ANISOU30546 O LEU J 472 9388 14705 11285 243 -554 44 O \ ATOM 30547 CB LEU J 472 36.551 -7.843-107.407 1.00 81.04 C \ ANISOU30547 CB LEU J 472 7754 12852 10186 254 -630 518 C \ ATOM 30548 CG LEU J 472 35.456 -8.749-107.975 1.00 77.33 C \ ANISOU30548 CG LEU J 472 7229 12291 9862 76 -636 478 C \ ATOM 30549 CD1 LEU J 472 34.723 -9.481-106.860 1.00 77.66 C \ ANISOU30549 CD1 LEU J 472 7312 12040 10154 217 -433 535 C \ ATOM 30550 CD2 LEU J 472 34.478 -7.961-108.828 1.00 94.36 C \ ANISOU30550 CD2 LEU J 472 9219 14556 12078 -149 -862 617 C \ ATOM 30551 N LEU J 473 38.365 -10.827-107.351 1.00 91.33 N \ ANISOU30551 N LEU J 473 9345 14013 11344 497 -337 -24 N \ ATOM 30552 CA LEU J 473 38.788 -11.831-108.326 1.00 97.09 C \ ANISOU30552 CA LEU J 473 10107 14806 11977 405 -329 -296 C \ ATOM 30553 C LEU J 473 37.570 -12.346-109.075 1.00106.19 C \ ANISOU30553 C LEU J 473 11232 15877 13239 146 -394 -312 C \ ATOM 30554 O LEU J 473 36.612 -12.801-108.452 1.00110.27 O \ ANISOU30554 O LEU J 473 11772 16125 14000 149 -332 -200 O \ ATOM 30555 CB LEU J 473 39.478 -13.010-107.645 1.00 98.43 C \ ANISOU30555 CB LEU J 473 10435 14754 12211 672 -194 -460 C \ ATOM 30556 CG LEU J 473 40.900 -12.757-107.153 1.00 96.00 C \ ANISOU30556 CG LEU J 473 10127 14565 11783 933 -173 -545 C \ ATOM 30557 CD1 LEU J 473 41.661 -14.064-106.974 1.00 94.52 C \ ANISOU30557 CD1 LEU J 473 10065 14208 11639 1167 -93 -788 C \ ATOM 30558 CD2 LEU J 473 41.619 -11.840-108.121 1.00 97.17 C \ ANISOU30558 CD2 LEU J 473 10102 15107 11712 771 -248 -617 C \ ATOM 30559 N TYR J 474 37.611 -12.284-110.402 1.00113.85 N \ ANISOU30559 N TYR J 474 12150 17089 14020 -90 -517 -452 N \ ATOM 30560 CA TYR J 474 36.486 -12.718-111.228 1.00121.28 C \ ANISOU30560 CA TYR J 474 13057 17989 15036 -357 -646 -494 C \ ATOM 30561 C TYR J 474 35.215 -11.980-110.805 1.00117.87 C \ ANISOU30561 C TYR J 474 12483 17467 14836 -442 -738 -194 C \ ATOM 30562 O TYR J 474 35.187 -10.753-110.767 1.00119.60 O \ ANISOU30562 O TYR J 474 12609 17840 14992 -446 -832 9 O \ ATOM 30563 CB TYR J 474 36.274 -14.234-111.133 1.00128.20 C \ ANISOU30563 CB TYR J 474 14060 18568 16084 -333 -552 -716 C \ ATOM 30564 CG TYR J 474 37.475 -15.091-111.492 1.00134.74 C \ ANISOU30564 CG TYR J 474 15025 19428 16743 -195 -456 -1052 C \ ATOM 30565 CD1 TYR J 474 38.547 -14.577-112.218 1.00133.34 C \ ANISOU30565 CD1 TYR J 474 14812 19614 16237 -187 -459 -1190 C \ ATOM 30566 CD2 TYR J 474 37.525 -16.425-111.110 1.00136.67 C \ ANISOU30566 CD2 TYR J 474 15424 19326 17177 -72 -351 -1231 C \ ATOM 30567 CE1 TYR J 474 39.636 -15.372-112.542 1.00130.38 C \ ANISOU30567 CE1 TYR J 474 14517 19285 15737 -36 -345 -1526 C \ ATOM 30568 CE2 TYR J 474 38.606 -17.224-111.429 1.00134.29 C \ ANISOU30568 CE2 TYR J 474 15235 19028 16762 96 -274 -1560 C \ ATOM 30569 CZ TYR J 474 39.657 -16.694-112.145 1.00129.21 C \ ANISOU30569 CZ TYR J 474 14516 18777 15800 126 -264 -1722 C \ ATOM 30570 OH TYR J 474 40.729 -17.498-112.460 1.00127.42 O \ ANISOU30570 OH TYR J 474 14358 18570 15486 318 -162 -2078 O \ ATOM 30571 N ASP J 475 34.173 -12.729-110.457 1.00113.58 N \ ANISOU30571 N ASP J 475 11912 16655 14589 -504 -700 -171 N \ ATOM 30572 CA ASP J 475 32.920 -12.117-110.017 1.00111.37 C \ ANISOU30572 CA ASP J 475 11444 16292 14579 -568 -749 87 C \ ATOM 30573 C ASP J 475 32.249 -12.883-108.879 1.00105.50 C \ ANISOU30573 C ASP J 475 10712 15207 14168 -481 -520 172 C \ ATOM 30574 O ASP J 475 31.136 -12.561-108.468 1.00103.65 O \ ANISOU30574 O ASP J 475 10292 14890 14201 -539 -502 356 O \ ATOM 30575 CB ASP J 475 31.952 -11.963-111.191 1.00119.16 C \ ANISOU30575 CB ASP J 475 12268 17409 15597 -872 -1032 70 C \ ATOM 30576 CG ASP J 475 31.609 -13.289-111.840 1.00126.43 C \ ANISOU30576 CG ASP J 475 13246 18202 16590 -1066 -1076 -187 C \ ATOM 30577 OD1 ASP J 475 32.508 -14.151-111.947 1.00128.03 O \ ANISOU30577 OD1 ASP J 475 13654 18347 16646 -991 -960 -427 O \ ATOM 30578 OD2 ASP J 475 30.439 -13.472-112.238 1.00129.68 O \ ANISOU30578 OD2 ASP J 475 13485 18558 17229 -1288 -1242 -166 O \ ATOM 30579 N ASN J 476 32.932 -13.898-108.370 1.00102.71 N \ ANISOU30579 N ASN J 476 10573 14654 13799 -338 -338 46 N \ ATOM 30580 CA ASN J 476 32.379 -14.719-107.305 1.00103.62 C \ ANISOU30580 CA ASN J 476 10760 14422 14189 -273 -105 151 C \ ATOM 30581 C ASN J 476 33.432 -15.037-106.249 1.00100.77 C \ ANISOU30581 C ASN J 476 10656 13924 13709 54 89 168 C \ ATOM 30582 O ASN J 476 33.285 -15.979-105.472 1.00102.95 O \ ANISOU30582 O ASN J 476 11096 13886 14136 126 275 218 O \ ATOM 30583 CB ASN J 476 31.766 -16.003-107.873 1.00112.62 C \ ANISOU30583 CB ASN J 476 11920 15333 15539 -517 -132 -15 C \ ATOM 30584 CG ASN J 476 32.686 -16.712-108.847 1.00121.58 C \ ANISOU30584 CG ASN J 476 13220 16516 16458 -538 -252 -352 C \ ATOM 30585 OD1 ASN J 476 33.529 -16.087-109.491 1.00127.49 O \ ANISOU30585 OD1 ASN J 476 13971 17571 16897 -480 -366 -462 O \ ATOM 30586 ND2 ASN J 476 32.522 -18.026-108.967 1.00123.43 N \ ANISOU30586 ND2 ASN J 476 13592 16439 16866 -628 -210 -524 N \ ATOM 30587 N TRP J 477 34.489 -14.231-106.217 1.00 99.36 N \ ANISOU30587 N TRP J 477 10512 13977 13265 241 28 141 N \ ATOM 30588 CA TRP J 477 35.548 -14.402-105.230 1.00104.08 C \ ANISOU30588 CA TRP J 477 11319 14487 13740 567 148 149 C \ ATOM 30589 C TRP J 477 36.094 -13.066-104.753 1.00 99.51 C \ ANISOU30589 C TRP J 477 10687 14132 12992 732 102 264 C \ ATOM 30590 O TRP J 477 36.171 -12.099-105.511 1.00 98.39 O \ ANISOU30590 O TRP J 477 10381 14256 12746 606 -56 254 O \ ATOM 30591 CB TRP J 477 36.697 -15.253-105.784 1.00109.55 C \ ANISOU30591 CB TRP J 477 12143 15179 14301 659 103 -138 C \ ATOM 30592 CG TRP J 477 36.299 -16.649-106.129 1.00120.41 C \ ANISOU30592 CG TRP J 477 13634 16264 15854 546 145 -285 C \ ATOM 30593 CD1 TRP J 477 35.863 -17.098-107.339 1.00126.41 C \ ANISOU30593 CD1 TRP J 477 14316 17063 16652 271 29 -489 C \ ATOM 30594 CD2 TRP J 477 36.274 -17.779-105.247 1.00130.19 C \ ANISOU30594 CD2 TRP J 477 15112 17097 17258 692 295 -234 C \ ATOM 30595 NE1 TRP J 477 35.573 -18.439-107.269 1.00135.51 N \ ANISOU30595 NE1 TRP J 477 15632 17844 18013 231 94 -597 N \ ATOM 30596 CE2 TRP J 477 35.820 -18.882-105.997 1.00138.14 C \ ANISOU30596 CE2 TRP J 477 16165 17885 18437 483 263 -425 C \ ATOM 30597 CE3 TRP J 477 36.595 -17.966-103.899 1.00130.19 C \ ANISOU30597 CE3 TRP J 477 15320 16886 17259 976 437 -40 C \ ATOM 30598 CZ2 TRP J 477 35.680 -20.155-105.445 1.00142.36 C \ ANISOU30598 CZ2 TRP J 477 16942 17967 19183 537 376 -413 C \ ATOM 30599 CZ3 TRP J 477 36.456 -19.231-103.352 1.00134.32 C \ ANISOU30599 CZ3 TRP J 477 16099 16984 17954 1038 551 -2 C \ ATOM 30600 CH2 TRP J 477 36.002 -20.309-104.125 1.00139.76 C \ ANISOU30600 CH2 TRP J 477 16823 17429 18851 814 524 -181 C \ ATOM 30601 N VAL J 478 36.486 -13.025-103.487 1.00 94.92 N \ ANISOU30601 N VAL J 478 10269 13424 12371 1009 224 376 N \ ATOM 30602 CA VAL J 478 37.122 -11.839-102.944 1.00 88.60 C \ ANISOU30602 CA VAL J 478 9453 12799 11411 1184 159 442 C \ ATOM 30603 C VAL J 478 38.488 -12.236-102.423 1.00 88.23 C \ ANISOU30603 C VAL J 478 9580 12736 11209 1463 140 322 C \ ATOM 30604 O VAL J 478 38.622 -13.162-101.619 1.00 85.94 O \ ANISOU30604 O VAL J 478 9509 12202 10944 1650 251 350 O \ ATOM 30605 CB VAL J 478 36.294 -11.202-101.818 1.00 92.59 C \ ANISOU30605 CB VAL J 478 9984 13207 11988 1285 289 674 C \ ATOM 30606 CG1 VAL J 478 37.129 -10.176-101.061 1.00 91.55 C \ ANISOU30606 CG1 VAL J 478 9920 13190 11674 1520 215 694 C \ ATOM 30607 CG2 VAL J 478 35.045 -10.556-102.392 1.00 97.16 C \ ANISOU30607 CG2 VAL J 478 10315 13855 12745 1043 259 775 C \ ATOM 30608 N LEU J 479 39.505 -11.559-102.936 1.00 94.20 N \ ANISOU30608 N LEU J 479 10224 13751 11818 1477 -9 193 N \ ATOM 30609 CA LEU J 479 40.867 -11.719-102.468 1.00 97.11 C \ ANISOU30609 CA LEU J 479 10670 14162 12064 1742 -67 66 C \ ATOM 30610 C LEU J 479 41.171 -10.685-101.392 1.00101.42 C \ ANISOU30610 C LEU J 479 11265 14747 12524 1927 -125 190 C \ ATOM 30611 O LEU J 479 40.972 -9.495-101.606 1.00 95.44 O \ ANISOU30611 O LEU J 479 10371 14145 11746 1799 -205 259 O \ ATOM 30612 CB LEU J 479 41.839 -11.538-103.626 1.00 90.97 C \ ANISOU30612 CB LEU J 479 9702 13673 11190 1631 -171 -158 C \ ATOM 30613 CG LEU J 479 43.296 -11.559-103.177 1.00 89.68 C \ ANISOU30613 CG LEU J 479 9529 13602 10943 1897 -245 -304 C \ ATOM 30614 CD1 LEU J 479 43.620 -12.883-102.507 1.00 87.28 C \ ANISOU30614 CD1 LEU J 479 9435 13026 10702 2187 -194 -378 C \ ATOM 30615 CD2 LEU J 479 44.202 -11.303-104.356 1.00 95.82 C \ ANISOU30615 CD2 LEU J 479 10071 14705 11632 1750 -291 -517 C \ ATOM 30616 N THR J 480 41.677 -11.139-100.250 1.00107.44 N \ ANISOU30616 N THR J 480 12243 15353 13228 2234 -111 210 N \ ATOM 30617 CA THR J 480 42.006 -10.243 -99.145 1.00101.24 C \ ANISOU30617 CA THR J 480 11549 14592 12324 2435 -190 293 C \ ATOM 30618 C THR J 480 43.011 -10.892 -98.209 1.00 91.63 C \ ANISOU30618 C THR J 480 10537 13276 11004 2782 -268 233 C \ ATOM 30619 O THR J 480 43.341 -12.066 -98.365 1.00 85.67 O \ ANISOU30619 O THR J 480 9865 12390 10297 2879 -240 157 O \ ATOM 30620 CB THR J 480 40.761 -9.834 -98.332 1.00 99.17 C \ ANISOU30620 CB THR J 480 11415 14188 12077 2433 -37 514 C \ ATOM 30621 OG1 THR J 480 41.157 -9.010 -97.228 1.00 98.45 O \ ANISOU30621 OG1 THR J 480 11456 14118 11833 2658 -121 546 O \ ATOM 30622 CG2 THR J 480 40.055 -11.060 -97.804 1.00 96.35 C \ ANISOU30622 CG2 THR J 480 11281 13556 11770 2496 178 636 C \ ATOM 30623 N ALA J 481 43.509 -10.117 -97.251 1.00 93.66 N \ ANISOU30623 N ALA J 481 10880 13581 11125 2976 -398 255 N \ ATOM 30624 CA ALA J 481 44.432 -10.633 -96.251 1.00104.64 C \ ANISOU30624 CA ALA J 481 12483 14884 12391 3329 -529 217 C \ ATOM 30625 C ALA J 481 43.727 -11.696 -95.419 1.00114.43 C \ ANISOU30625 C ALA J 481 14080 15817 13580 3482 -349 407 C \ ATOM 30626 O ALA J 481 42.523 -11.611 -95.187 1.00115.32 O \ ANISOU30626 O ALA J 481 14289 15822 13705 3353 -126 589 O \ ATOM 30627 CB ALA J 481 44.936 -9.503 -95.360 1.00105.26 C \ ANISOU30627 CB ALA J 481 12607 15070 12316 3475 -720 203 C \ ATOM 30628 N ALA J 482 44.479 -12.696 -94.975 1.00120.05 N \ ANISOU30628 N ALA J 482 14978 16383 14253 3755 -444 375 N \ ATOM 30629 CA ALA J 482 43.918 -13.756 -94.148 1.00121.24 C \ ANISOU30629 CA ALA J 482 15515 16208 14343 3903 -290 589 C \ ATOM 30630 C ALA J 482 43.676 -13.291 -92.723 1.00114.25 C \ ANISOU30630 C ALA J 482 14959 15273 13179 4106 -277 779 C \ ATOM 30631 O ALA J 482 42.694 -13.684 -92.093 1.00112.82 O \ ANISOU30631 O ALA J 482 15048 14896 12924 4081 -20 1019 O \ ATOM 30632 CB ALA J 482 44.820 -14.977 -94.149 1.00126.97 C \ ANISOU30632 CB ALA J 482 16359 16756 15127 4155 -430 503 C \ ATOM 30633 N HIS J 483 44.571 -12.446 -92.218 1.00109.14 N \ ANISOU30633 N HIS J 483 14285 14813 12371 4291 -545 660 N \ ATOM 30634 CA HIS J 483 44.473 -11.981 -90.841 1.00108.19 C \ ANISOU30634 CA HIS J 483 14508 14667 11934 4515 -581 788 C \ ATOM 30635 C HIS J 483 43.201 -11.172 -90.659 1.00108.88 C \ ANISOU30635 C HIS J 483 14603 14786 11981 4314 -295 911 C \ ATOM 30636 O HIS J 483 42.582 -11.201 -89.599 1.00110.82 O \ ANISOU30636 O HIS J 483 15192 14930 11986 4435 -120 1095 O \ ATOM 30637 CB HIS J 483 45.712 -11.161 -90.437 1.00107.91 C \ ANISOU30637 CB HIS J 483 14395 14834 11772 4720 -974 585 C \ ATOM 30638 CG HIS J 483 45.642 -9.710 -90.807 1.00101.88 C \ ANISOU30638 CG HIS J 483 13346 14300 11062 4515 -1033 446 C \ ATOM 30639 ND1 HIS J 483 46.323 -9.181 -91.882 1.00 98.86 N \ ANISOU30639 ND1 HIS J 483 12532 14123 10908 4327 -1188 238 N \ ATOM 30640 CD2 HIS J 483 45.002 -8.669 -90.221 1.00101.42 C \ ANISOU30640 CD2 HIS J 483 13392 14284 10858 4480 -961 485 C \ ATOM 30641 CE1 HIS J 483 46.088 -7.884 -91.956 1.00 97.11 C \ ANISOU30641 CE1 HIS J 483 12176 14029 10693 4165 -1224 186 C \ ATOM 30642 NE2 HIS J 483 45.287 -7.548 -90.961 1.00 98.90 N \ ANISOU30642 NE2 HIS J 483 12717 14150 10709 4270 -1098 315 N \ ATOM 30643 N ALA J 484 42.813 -10.459 -91.709 1.00111.43 N \ ANISOU30643 N ALA J 484 14547 15257 12535 4017 -245 810 N \ ATOM 30644 CA ALA J 484 41.620 -9.633 -91.667 1.00115.50 C \ ANISOU30644 CA ALA J 484 14999 15806 13080 3839 -10 900 C \ ATOM 30645 C ALA J 484 40.350 -10.465 -91.539 1.00116.62 C \ ANISOU30645 C ALA J 484 15266 15754 13289 3723 373 1130 C \ ATOM 30646 O ALA J 484 39.340 -9.997 -91.014 1.00113.56 O \ ANISOU30646 O ALA J 484 14940 15357 12850 3688 621 1248 O \ ATOM 30647 CB ALA J 484 41.549 -8.743 -92.900 1.00113.96 C \ ANISOU30647 CB ALA J 484 14379 15792 13129 3553 -95 763 C \ ATOM 30648 N VAL J 485 40.403 -11.703 -92.016 1.00122.02 N \ ANISOU30648 N VAL J 485 15975 16276 14111 3662 427 1179 N \ ATOM 30649 CA VAL J 485 39.205 -12.533 -92.096 1.00128.63 C \ ANISOU30649 CA VAL J 485 16867 16912 15095 3473 772 1381 C \ ATOM 30650 C VAL J 485 39.122 -13.602 -90.996 1.00138.49 C \ ANISOU30650 C VAL J 485 18573 17894 16151 3664 932 1616 C \ ATOM 30651 O VAL J 485 38.036 -14.100 -90.697 1.00138.46 O \ ANISOU30651 O VAL J 485 18673 17730 16205 3522 1276 1835 O \ ATOM 30652 CB VAL J 485 39.077 -13.155 -93.495 1.00125.42 C \ ANISOU30652 CB VAL J 485 16169 16470 15014 3198 750 1277 C \ ATOM 30653 CG1 VAL J 485 37.657 -13.642 -93.741 1.00127.79 C \ ANISOU30653 CG1 VAL J 485 16398 16622 15534 2917 1076 1445 C \ ATOM 30654 CG2 VAL J 485 39.433 -12.121 -94.527 1.00122.20 C \ ANISOU30654 CG2 VAL J 485 15382 16341 14709 3052 542 1061 C \ ATOM 30655 N TYR J 486 40.264 -13.936 -90.392 1.00146.41 N \ ANISOU30655 N TYR J 486 19844 18852 16934 3979 675 1583 N \ ATOM 30656 CA TYR J 486 40.322 -14.905 -89.294 1.00153.56 C \ ANISOU30656 CA TYR J 486 21244 19497 17604 4201 761 1831 C \ ATOM 30657 C TYR J 486 39.325 -14.504 -88.212 1.00160.93 C \ ANISOU30657 C TYR J 486 22430 20438 18278 4204 1103 2063 C \ ATOM 30658 O TYR J 486 38.709 -15.352 -87.569 1.00160.90 O \ ANISOU30658 O TYR J 486 22752 20202 18182 4189 1389 2350 O \ ATOM 30659 CB TYR J 486 41.734 -14.955 -88.702 1.00155.54 C \ ANISOU30659 CB TYR J 486 21710 19776 17611 4586 358 1732 C \ ATOM 30660 CG TYR J 486 42.210 -16.332 -88.282 1.00161.77 C \ ANISOU30660 CG TYR J 486 22871 20240 18353 4800 276 1896 C \ ATOM 30661 CD1 TYR J 486 41.810 -16.894 -87.075 1.00167.35 C \ ANISOU30661 CD1 TYR J 486 24103 20731 18750 4946 449 2229 C \ ATOM 30662 CD2 TYR J 486 43.080 -17.058 -89.084 1.00163.47 C \ ANISOU30662 CD2 TYR J 486 22929 20359 18823 4872 25 1719 C \ ATOM 30663 CE1 TYR J 486 42.254 -18.150 -86.686 1.00171.88 C \ ANISOU30663 CE1 TYR J 486 25055 20966 19286 5150 344 2413 C \ ATOM 30664 CE2 TYR J 486 43.528 -18.313 -88.705 1.00168.56 C \ ANISOU30664 CE2 TYR J 486 23920 20666 19461 5103 -80 1859 C \ ATOM 30665 CZ TYR J 486 43.113 -18.855 -87.505 1.00170.61 C \ ANISOU30665 CZ TYR J 486 24720 20679 19425 5239 63 2222 C \ ATOM 30666 OH TYR J 486 43.557 -20.102 -87.124 1.00170.60 O \ ANISOU30666 OH TYR J 486 25099 20299 19423 5474 -66 2396 O \ ATOM 30667 N GLU J 487 39.174 -13.195 -88.030 1.00171.80 N \ ANISOU30667 N GLU J 487 23654 22077 19546 4218 1085 1930 N \ ATOM 30668 CA GLU J 487 38.165 -12.638 -87.140 1.00184.25 C \ ANISOU30668 CA GLU J 487 25384 23711 20913 4217 1438 2076 C \ ATOM 30669 C GLU J 487 36.788 -13.144 -87.556 1.00185.46 C \ ANISOU30669 C GLU J 487 25361 23746 21361 3888 1882 2259 C \ ATOM 30670 O GLU J 487 36.182 -12.624 -88.497 1.00182.69 O \ ANISOU30670 O GLU J 487 24566 23503 21346 3637 1932 2141 O \ ATOM 30671 CB GLU J 487 38.195 -11.107 -87.183 1.00187.73 C \ ANISOU30671 CB GLU J 487 25591 24422 21316 4248 1315 1839 C \ ATOM 30672 CG GLU J 487 38.562 -10.427 -85.863 1.00192.58 C \ ANISOU30672 CG GLU J 487 26585 25134 21451 4568 1241 1808 C \ ATOM 30673 CD GLU J 487 40.058 -10.402 -85.593 1.00193.60 C \ ANISOU30673 CD GLU J 487 26881 25302 21376 4836 737 1655 C \ ATOM 30674 OE1 GLU J 487 40.571 -11.362 -84.977 1.00193.21 O \ ANISOU30674 OE1 GLU J 487 27207 25106 21099 5032 654 1811 O \ ATOM 30675 OE2 GLU J 487 40.720 -9.417 -85.986 1.00193.44 O \ ANISOU30675 OE2 GLU J 487 26611 25449 21439 4849 414 1388 O \ ATOM 30676 N GLN J 488 36.318 -14.175 -86.856 1.00184.91 N \ ANISOU30676 N GLN J 488 25641 23445 21170 3881 2180 2559 N \ ATOM 30677 CA GLN J 488 35.032 -14.803 -87.144 1.00178.07 C \ ANISOU30677 CA GLN J 488 24629 22432 20599 3548 2613 2762 C \ ATOM 30678 C GLN J 488 35.010 -15.319 -88.587 1.00154.50 C \ ANISOU30678 C GLN J 488 21253 19350 18101 3267 2458 2629 C \ ATOM 30679 O GLN J 488 34.212 -14.890 -89.426 1.00141.70 O \ ANISOU30679 O GLN J 488 19190 17837 16812 2994 2554 2534 O \ ATOM 30680 CB GLN J 488 33.872 -13.862 -86.782 1.00187.22 C \ ANISOU30680 CB GLN J 488 25590 23793 21753 3454 2991 2780 C \ ATOM 30681 CG GLN J 488 33.953 -13.418 -85.307 1.00191.99 C \ ANISOU30681 CG GLN J 488 26646 24493 21808 3759 3156 2882 C \ ATOM 30682 CD GLN J 488 32.868 -12.442 -84.883 1.00191.33 C \ ANISOU30682 CD GLN J 488 26379 24620 21698 3726 3544 2852 C \ ATOM 30683 OE1 GLN J 488 31.679 -12.680 -85.095 1.00193.11 O \ ANISOU30683 OE1 GLN J 488 26341 24818 22214 3459 3957 2983 O \ ATOM 30684 NE2 GLN J 488 33.277 -11.341 -84.260 1.00187.00 N \ ANISOU30684 NE2 GLN J 488 25959 24276 20817 4008 3405 2660 N \ ATOM 30685 N LYS J 489 35.933 -16.246 -88.841 1.00145.64 N \ ANISOU30685 N LYS J 489 20318 18022 16995 3365 2192 2611 N \ ATOM 30686 CA LYS J 489 36.149 -16.854 -90.148 1.00135.72 C \ ANISOU30686 CA LYS J 489 18782 16659 16127 3166 2005 2442 C \ ATOM 30687 C LYS J 489 35.246 -18.061 -90.400 1.00137.61 C \ ANISOU30687 C LYS J 489 19060 16563 16662 2867 2287 2643 C \ ATOM 30688 O LYS J 489 34.523 -18.094 -91.394 1.00139.53 O \ ANISOU30688 O LYS J 489 18922 16823 17269 2539 2352 2545 O \ ATOM 30689 CB LYS J 489 37.615 -17.257 -90.295 1.00129.63 C \ ANISOU30689 CB LYS J 489 18167 15829 15256 3451 1589 2282 C \ ATOM 30690 CG LYS J 489 38.168 -17.969 -89.083 1.00130.40 C \ ANISOU30690 CG LYS J 489 18819 15700 15028 3767 1559 2513 C \ ATOM 30691 CD LYS J 489 39.476 -18.635 -89.398 1.00131.35 C \ ANISOU30691 CD LYS J 489 19032 15691 15184 4019 1160 2356 C \ ATOM 30692 CE LYS J 489 39.705 -19.799 -88.465 1.00143.15 C \ ANISOU30692 CE LYS J 489 21078 16801 16512 4233 1175 2654 C \ ATOM 30693 NZ LYS J 489 40.873 -20.602 -88.901 1.00148.60 N \ ANISOU30693 NZ LYS J 489 21815 17306 17341 4473 799 2488 N \ ATOM 30694 N HIS J 490 35.296 -19.057 -89.515 1.00136.46 N \ ANISOU30694 N HIS J 490 19384 16100 16364 2970 2427 2928 N \ ATOM 30695 CA HIS J 490 34.430 -20.228 -89.645 1.00137.91 C \ ANISOU30695 CA HIS J 490 19647 15914 16838 2662 2711 3155 C \ ATOM 30696 C HIS J 490 32.964 -19.803 -89.653 1.00146.91 C \ ANISOU30696 C HIS J 490 20475 17176 18167 2313 3137 3272 C \ ATOM 30697 O HIS J 490 32.104 -20.520 -90.162 1.00147.29 O \ ANISOU30697 O HIS J 490 20359 17010 18596 1952 3330 3351 O \ ATOM 30698 CB HIS J 490 34.693 -21.253 -88.534 1.00135.22 C \ ANISOU30698 CB HIS J 490 19920 15207 16249 2838 2817 3507 C \ ATOM 30699 CG HIS J 490 35.914 -22.093 -88.760 1.00130.82 C \ ANISOU30699 CG HIS J 490 19621 14384 15702 3101 2414 3411 C \ ATOM 30700 ND1 HIS J 490 36.987 -21.660 -89.508 1.00124.11 N \ ANISOU30700 ND1 HIS J 490 18534 13737 14885 3306 1985 3032 N \ ATOM 30701 CD2 HIS J 490 36.224 -23.345 -88.346 1.00131.49 C \ ANISOU30701 CD2 HIS J 490 20165 14006 15791 3197 2380 3643 C \ ATOM 30702 CE1 HIS J 490 37.910 -22.605 -89.538 1.00123.45 C \ ANISOU30702 CE1 HIS J 490 18721 13350 14834 3541 1713 3009 C \ ATOM 30703 NE2 HIS J 490 37.471 -23.639 -88.841 1.00127.01 N \ ANISOU30703 NE2 HIS J 490 19611 13375 15273 3492 1923 3378 N \ ATOM 30704 N ASP J 491 32.693 -18.637 -89.073 1.00154.67 N \ ANISOU30704 N ASP J 491 21366 18497 18905 2433 3271 3262 N \ ATOM 30705 CA ASP J 491 31.421 -17.952 -89.255 1.00161.66 C \ ANISOU30705 CA ASP J 491 21828 19585 20011 2168 3594 3267 C \ ATOM 30706 C ASP J 491 31.383 -17.399 -90.677 1.00159.54 C \ ANISOU30706 C ASP J 491 21023 19496 20099 1995 3299 2940 C \ ATOM 30707 O ASP J 491 32.004 -16.375 -90.972 1.00152.17 O \ ANISOU30707 O ASP J 491 19944 18835 19037 2179 3013 2705 O \ ATOM 30708 CB ASP J 491 31.275 -16.815 -88.239 1.00166.94 C \ ANISOU30708 CB ASP J 491 22580 20551 20297 2413 3776 3296 C \ ATOM 30709 CG ASP J 491 29.846 -16.303 -88.124 1.00172.37 C \ ANISOU30709 CG ASP J 491 22904 21393 21195 2180 4224 3371 C \ ATOM 30710 OD1 ASP J 491 29.124 -16.291 -89.143 1.00173.30 O \ ANISOU30710 OD1 ASP J 491 22532 21531 21785 1869 4216 3267 O \ ATOM 30711 OD2 ASP J 491 29.445 -15.908 -87.008 1.00175.08 O \ ANISOU30711 OD2 ASP J 491 23447 21850 21225 2320 4579 3521 O \ ATOM 30712 N ALA J 492 30.657 -18.091 -91.550 1.00165.00 N \ ANISOU30712 N ALA J 492 21443 20024 21227 1626 3358 2933 N \ ATOM 30713 CA ALA J 492 30.611 -17.760 -92.971 1.00163.06 C \ ANISOU30713 CA ALA J 492 20744 19915 21295 1433 3056 2639 C \ ATOM 30714 C ALA J 492 30.065 -16.358 -93.230 1.00160.39 C \ ANISOU30714 C ALA J 492 19988 19948 21004 1425 3050 2518 C \ ATOM 30715 O ALA J 492 30.830 -15.406 -93.388 1.00159.62 O \ ANISOU30715 O ALA J 492 19860 20085 20703 1650 2777 2338 O \ ATOM 30716 CB ALA J 492 29.791 -18.796 -93.724 1.00164.69 C \ ANISOU30716 CB ALA J 492 20766 19860 21947 1023 3142 2669 C \ ATOM 30717 N SER J 493 28.741 -16.228 -93.241 1.00158.66 N \ ANISOU30717 N SER J 493 19441 19766 21076 1169 3348 2622 N \ ATOM 30718 CA SER J 493 28.092 -14.962 -93.585 1.00152.23 C \ ANISOU30718 CA SER J 493 18183 19262 20395 1153 3324 2506 C \ ATOM 30719 C SER J 493 28.288 -13.882 -92.520 1.00146.99 C \ ANISOU30719 C SER J 493 17672 18800 19378 1498 3458 2532 C \ ATOM 30720 O SER J 493 27.483 -12.959 -92.400 1.00147.19 O \ ANISOU30720 O SER J 493 17386 19016 19522 1509 3605 2508 O \ ATOM 30721 CB SER J 493 26.602 -15.174 -93.863 1.00155.56 C \ ANISOU30721 CB SER J 493 18171 19665 21271 802 3600 2599 C \ ATOM 30722 OG SER J 493 26.009 -13.997 -94.382 1.00152.69 O \ ANISOU30722 OG SER J 493 17347 19577 21093 797 3487 2463 O \ ATOM 30723 N ALA J 494 29.362 -14.014 -91.748 1.00142.58 N \ ANISOU30723 N ALA J 494 17592 18187 18395 1794 3386 2562 N \ ATOM 30724 CA ALA J 494 29.733 -13.031 -90.743 1.00138.85 C \ ANISOU30724 CA ALA J 494 17333 17891 17534 2140 3436 2542 C \ ATOM 30725 C ALA J 494 29.961 -11.671 -91.382 1.00130.34 C \ ANISOU30725 C ALA J 494 15949 17064 16512 2229 3118 2289 C \ ATOM 30726 O ALA J 494 29.559 -10.642 -90.842 1.00128.62 O \ ANISOU30726 O ALA J 494 15651 17005 16212 2385 3246 2247 O \ ATOM 30727 CB ALA J 494 30.995 -13.482 -90.018 1.00138.45 C \ ANISOU30727 CB ALA J 494 17825 17731 17048 2424 3279 2582 C \ ATOM 30728 N LEU J 495 30.583 -11.682 -92.554 1.00126.20 N \ ANISOU30728 N LEU J 495 15259 16559 16132 2121 2717 2122 N \ ATOM 30729 CA LEU J 495 31.093 -10.463 -93.164 1.00120.26 C \ ANISOU30729 CA LEU J 495 14313 16014 15366 2208 2364 1910 C \ ATOM 30730 C LEU J 495 30.079 -9.731 -94.031 1.00123.09 C \ ANISOU30730 C LEU J 495 14181 16495 16093 2005 2331 1856 C \ ATOM 30731 O LEU J 495 29.487 -10.311 -94.942 1.00123.55 O \ ANISOU30731 O LEU J 495 13975 16505 16465 1713 2306 1870 O \ ATOM 30732 CB LEU J 495 32.338 -10.783 -93.996 1.00110.45 C \ ANISOU30732 CB LEU J 495 13141 14768 14056 2198 1967 1760 C \ ATOM 30733 CG LEU J 495 33.185 -11.933 -93.446 1.00106.29 C \ ANISOU30733 CG LEU J 495 13023 14052 13312 2329 1977 1826 C \ ATOM 30734 CD1 LEU J 495 34.295 -12.320 -94.411 1.00 94.36 C \ ANISOU30734 CD1 LEU J 495 11491 12547 11815 2302 1621 1643 C \ ATOM 30735 CD2 LEU J 495 33.752 -11.579 -92.077 1.00111.80 C \ ANISOU30735 CD2 LEU J 495 14105 14765 13608 2676 2035 1882 C \ ATOM 30736 N ASP J 496 29.873 -8.454 -93.727 1.00125.45 N \ ANISOU30736 N ASP J 496 14371 16935 16358 2173 2306 1786 N \ ATOM 30737 CA ASP J 496 29.211 -7.557 -94.656 1.00126.07 C \ ANISOU30737 CA ASP J 496 14017 17128 16754 2045 2130 1710 C \ ATOM 30738 C ASP J 496 30.281 -7.212 -95.679 1.00119.36 C \ ANISOU30738 C ASP J 496 13166 16350 15834 1990 1668 1573 C \ ATOM 30739 O ASP J 496 31.398 -6.833 -95.312 1.00118.81 O \ ANISOU30739 O ASP J 496 13358 16310 15475 2183 1502 1489 O \ ATOM 30740 CB ASP J 496 28.721 -6.291 -93.947 1.00127.29 C \ ANISOU30740 CB ASP J 496 14097 17368 16899 2283 2243 1666 C \ ATOM 30741 CG ASP J 496 27.995 -5.333 -94.883 1.00124.19 C \ ANISOU30741 CG ASP J 496 13262 17059 16866 2185 2032 1609 C \ ATOM 30742 OD1 ASP J 496 27.222 -5.807 -95.745 1.00129.44 O \ ANISOU30742 OD1 ASP J 496 13596 17724 17860 1917 2009 1664 O \ ATOM 30743 OD2 ASP J 496 28.189 -4.105 -94.750 1.00115.46 O \ ANISOU30743 OD2 ASP J 496 12150 15998 15720 2378 1866 1508 O \ ATOM 30744 N ILE J 497 29.962 -7.372 -96.958 1.00109.71 N \ ANISOU30744 N ILE J 497 11653 15168 14865 1717 1464 1548 N \ ATOM 30745 CA ILE J 497 30.917 -7.046 -98.005 1.00 97.05 C \ ANISOU30745 CA ILE J 497 10037 13663 13175 1633 1069 1430 C \ ATOM 30746 C ILE J 497 30.312 -6.068 -98.983 1.00101.94 C \ ANISOU30746 C ILE J 497 10316 14393 14022 1496 828 1420 C \ ATOM 30747 O ILE J 497 29.530 -6.433 -99.876 1.00108.04 O \ ANISOU30747 O ILE J 497 10825 15183 15044 1250 763 1446 O \ ATOM 30748 CB ILE J 497 31.408 -8.283 -98.755 1.00 89.92 C \ ANISOU30748 CB ILE J 497 9202 12712 12252 1439 992 1381 C \ ATOM 30749 CG1 ILE J 497 32.229 -9.163 -97.821 1.00 96.63 C \ ANISOU30749 CG1 ILE J 497 10427 13431 12858 1623 1147 1391 C \ ATOM 30750 CG2 ILE J 497 32.247 -7.875 -99.959 1.00 82.28 C \ ANISOU30750 CG2 ILE J 497 8163 11897 11203 1321 628 1253 C \ ATOM 30751 CD1 ILE J 497 32.627 -10.472 -98.439 1.00100.16 C \ ANISOU30751 CD1 ILE J 497 10958 13769 13328 1473 1106 1334 C \ ATOM 30752 N ARG J 498 30.664 -4.809 -98.772 1.00103.23 N \ ANISOU30752 N ARG J 498 10505 14612 14106 1664 675 1385 N \ ATOM 30753 CA ARG J 498 30.186 -3.719 -99.593 1.00103.00 C \ ANISOU30753 CA ARG J 498 10212 14651 14274 1585 413 1402 C \ ATOM 30754 C ARG J 498 31.175 -3.517-100.732 1.00 90.53 C \ ANISOU30754 C ARG J 498 8669 13180 12549 1411 61 1353 C \ ATOM 30755 O ARG J 498 32.357 -3.797-100.578 1.00 83.26 O \ ANISOU30755 O ARG J 498 7978 12288 11370 1455 27 1274 O \ ATOM 30756 CB ARG J 498 30.081 -2.457 -98.735 1.00104.13 C \ ANISOU30756 CB ARG J 498 10398 14749 14416 1861 434 1382 C \ ATOM 30757 CG ARG J 498 29.306 -2.679 -97.434 1.00100.53 C \ ANISOU30757 CG ARG J 498 9978 14219 13998 2075 851 1400 C \ ATOM 30758 CD ARG J 498 28.943 -1.366 -96.761 1.00 98.98 C \ ANISOU30758 CD ARG J 498 9757 13982 13869 2344 865 1344 C \ ATOM 30759 NE ARG J 498 27.841 -1.514 -95.811 1.00107.72 N \ ANISOU30759 NE ARG J 498 10760 15063 15107 2500 1287 1364 N \ ATOM 30760 CZ ARG J 498 27.196 -0.491 -95.256 1.00122.63 C \ ANISOU30760 CZ ARG J 498 12541 16919 17134 2741 1377 1297 C \ ATOM 30761 NH1 ARG J 498 27.544 0.754 -95.558 1.00128.80 N \ ANISOU30761 NH1 ARG J 498 13331 17648 17961 2849 1039 1216 N \ ATOM 30762 NH2 ARG J 498 26.198 -0.709 -94.409 1.00126.53 N \ ANISOU30762 NH2 ARG J 498 12916 17424 17735 2872 1816 1307 N \ ATOM 30763 N MET J 499 30.692 -3.048-101.877 1.00 88.77 N \ ANISOU30763 N MET J 499 8213 13030 12485 1214 -198 1404 N \ ATOM 30764 CA MET J 499 31.586 -2.720-102.980 1.00 90.13 C \ ANISOU30764 CA MET J 499 8430 13331 12485 1036 -508 1384 C \ ATOM 30765 C MET J 499 30.922 -1.856-104.035 1.00 90.91 C \ ANISOU30765 C MET J 499 8311 13483 12748 881 -813 1492 C \ ATOM 30766 O MET J 499 29.695 -1.715-104.073 1.00 92.16 O \ ANISOU30766 O MET J 499 8231 13590 13196 888 -813 1563 O \ ATOM 30767 CB MET J 499 32.157 -3.976-103.643 1.00 91.95 C \ ANISOU30767 CB MET J 499 8736 13644 12558 846 -487 1292 C \ ATOM 30768 CG MET J 499 31.120 -4.959-104.141 1.00 94.43 C \ ANISOU30768 CG MET J 499 8877 13933 13070 662 -425 1300 C \ ATOM 30769 SD MET J 499 31.898 -6.330-105.012 1.00133.79 S \ ANISOU30769 SD MET J 499 13989 18988 17856 455 -445 1139 S \ ATOM 30770 CE MET J 499 30.541 -7.484-105.093 1.00 80.14 C \ ANISOU30770 CE MET J 499 7020 12058 11371 290 -307 1147 C \ ATOM 30771 N GLY J 500 31.757 -1.298-104.905 1.00 91.89 N \ ANISOU30771 N GLY J 500 8513 13717 12684 737 -1076 1512 N \ ATOM 30772 CA GLY J 500 31.306 -0.432-105.975 1.00 97.61 C \ ANISOU30772 CA GLY J 500 9105 14492 13491 579 -1408 1651 C \ ATOM 30773 C GLY J 500 30.795 0.901-105.474 1.00100.80 C \ ANISOU30773 C GLY J 500 9446 14737 14116 777 -1519 1754 C \ ATOM 30774 O GLY J 500 29.700 1.332-105.836 1.00111.34 O \ ANISOU30774 O GLY J 500 10564 16022 15717 781 -1675 1859 O \ ATOM 30775 N THR J 501 31.581 1.550-104.625 1.00 91.05 N \ ANISOU30775 N THR J 501 8393 13409 12791 956 -1456 1703 N \ ATOM 30776 CA THR J 501 31.187 2.840-104.085 1.00 86.52 C \ ANISOU30776 CA THR J 501 7803 12648 12423 1168 -1560 1755 C \ ATOM 30777 C THR J 501 32.394 3.578-103.525 1.00 83.20 C \ ANISOU30777 C THR J 501 7627 12156 11828 1249 -1602 1690 C \ ATOM 30778 O THR J 501 33.325 2.964-103.002 1.00 77.49 O \ ANISOU30778 O THR J 501 7060 11505 10877 1273 -1435 1562 O \ ATOM 30779 CB THR J 501 30.132 2.678-102.983 1.00 85.83 C \ ANISOU30779 CB THR J 501 7588 12443 12581 1449 -1282 1686 C \ ATOM 30780 OG1 THR J 501 29.853 3.952-102.391 1.00 87.35 O \ ANISOU30780 OG1 THR J 501 7792 12442 12954 1696 -1367 1683 O \ ATOM 30781 CG2 THR J 501 30.620 1.707-101.921 1.00 82.39 C \ ANISOU30781 CG2 THR J 501 7320 12034 11951 1569 -918 1543 C \ ATOM 30782 N LEU J 502 32.387 4.898-103.653 1.00 81.43 N \ ANISOU30782 N LEU J 502 7433 11774 11732 1287 -1855 1779 N \ ATOM 30783 CA LEU J 502 33.496 5.698-103.153 1.00 85.28 C \ ANISOU30783 CA LEU J 502 8137 12162 12104 1330 -1936 1712 C \ ATOM 30784 C LEU J 502 33.373 6.067-101.684 1.00 90.48 C \ ANISOU30784 C LEU J 502 8903 12639 12835 1686 -1766 1534 C \ ATOM 30785 O LEU J 502 34.220 5.670-100.881 1.00 88.04 O \ ANISOU30785 O LEU J 502 8760 12375 12315 1771 -1617 1377 O \ ATOM 30786 CB LEU J 502 33.678 6.939-104.004 1.00 97.51 C \ ANISOU30786 CB LEU J 502 9715 13593 13740 1162 -2300 1898 C \ ATOM 30787 CG LEU J 502 34.169 6.519-105.381 1.00105.71 C \ ANISOU30787 CG LEU J 502 10730 14869 14565 783 -2427 2049 C \ ATOM 30788 CD1 LEU J 502 34.535 7.745-106.169 1.00116.15 C \ ANISOU30788 CD1 LEU J 502 12140 16077 15913 581 -2760 2265 C \ ATOM 30789 CD2 LEU J 502 35.358 5.572-105.253 1.00 79.06 C \ ANISOU30789 CD2 LEU J 502 7434 11719 10886 674 -2222 1894 C \ ATOM 30790 N LYS J 503 32.328 6.823-101.339 1.00100.38 N \ ANISOU30790 N LYS J 503 10065 13696 14377 1907 -1798 1547 N \ ATOM 30791 CA LYS J 503 32.032 7.123 -99.943 1.00104.20 C \ ANISOU30791 CA LYS J 503 10644 14031 14915 2271 -1586 1352 C \ ATOM 30792 C LYS J 503 32.053 5.795 -99.203 1.00105.44 C \ ANISOU30792 C LYS J 503 10837 14362 14862 2347 -1203 1245 C \ ATOM 30793 O LYS J 503 31.489 4.805 -99.668 1.00 82.00 O \ ANISOU30793 O LYS J 503 7695 11540 11923 2224 -1061 1327 O \ ATOM 30794 CB LYS J 503 30.653 7.795 -99.781 1.00119.79 C \ ANISOU30794 CB LYS J 503 12419 15834 17261 2510 -1584 1369 C \ ATOM 30795 CG LYS J 503 30.621 9.326 -99.964 1.00126.44 C \ ANISOU30795 CG LYS J 503 13320 16382 18341 2598 -1930 1401 C \ ATOM 30796 CD LYS J 503 29.580 10.026 -99.050 1.00122.06 C \ ANISOU30796 CD LYS J 503 12685 15613 18080 3015 -1803 1245 C \ ATOM 30797 CE LYS J 503 28.118 9.809 -99.481 1.00120.12 C \ ANISOU30797 CE LYS J 503 12052 15410 18180 3101 -1743 1347 C \ ATOM 30798 NZ LYS J 503 27.195 10.845 -98.921 1.00 98.55 N \ ANISOU30798 NZ LYS J 503 9208 12418 15817 3488 -1755 1225 N \ ATOM 30799 N ARG J 504 32.752 5.761 -98.079 1.00102.43 N \ ANISOU30799 N ARG J 504 10705 13952 14261 2533 -1068 1068 N \ ATOM 30800 CA ARG J 504 32.811 4.558 -97.268 1.00 95.68 C \ ANISOU30800 CA ARG J 504 9948 13225 13182 2635 -721 991 C \ ATOM 30801 C ARG J 504 31.521 4.410 -96.475 1.00 95.16 C \ ANISOU30801 C ARG J 504 9783 13114 13260 2884 -384 957 C \ ATOM 30802 O ARG J 504 31.101 3.304 -96.128 1.00 88.64 O \ ANISOU30802 O ARG J 504 8927 12393 12361 2891 -64 987 O \ ATOM 30803 CB ARG J 504 34.008 4.625 -96.325 1.00 89.39 C \ ANISOU30803 CB ARG J 504 9467 12417 12079 2764 -739 822 C \ ATOM 30804 CG ARG J 504 34.014 3.555 -95.268 1.00 94.74 C \ ANISOU30804 CG ARG J 504 10318 13176 12504 2943 -400 752 C \ ATOM 30805 CD ARG J 504 35.277 3.624 -94.445 1.00106.25 C \ ANISOU30805 CD ARG J 504 12082 14637 13653 3063 -506 594 C \ ATOM 30806 NE ARG J 504 35.461 4.933 -93.829 1.00113.97 N \ ANISOU30806 NE ARG J 504 13202 15448 14652 3241 -682 430 N \ ATOM 30807 CZ ARG J 504 35.079 5.230 -92.592 1.00117.86 C \ ANISOU30807 CZ ARG J 504 13903 15861 15016 3560 -503 274 C \ ATOM 30808 NH1 ARG J 504 34.481 4.313 -91.845 1.00119.95 N \ ANISOU30808 NH1 ARG J 504 14253 16212 15112 3718 -118 298 N \ ATOM 30809 NH2 ARG J 504 35.288 6.444 -92.104 1.00119.95 N \ ANISOU30809 NH2 ARG J 504 14309 15953 15315 3712 -699 90 N \ ATOM 30810 N LEU J 505 30.888 5.546 -96.208 1.00101.53 N \ ANISOU30810 N LEU J 505 10529 13753 14295 3085 -451 896 N \ ATOM 30811 CA LEU J 505 29.700 5.597 -95.371 1.00110.20 C \ ANISOU30811 CA LEU J 505 11515 14813 15544 3366 -111 819 C \ ATOM 30812 C LEU J 505 28.413 5.610 -96.183 1.00115.66 C \ ANISOU30812 C LEU J 505 11784 15515 16648 3295 -113 958 C \ ATOM 30813 O LEU J 505 27.327 5.723 -95.620 1.00123.79 O \ ANISOU30813 O LEU J 505 12626 16524 17886 3517 163 898 O \ ATOM 30814 CB LEU J 505 29.749 6.835 -94.477 1.00116.81 C \ ANISOU30814 CB LEU J 505 12536 15452 16393 3691 -159 608 C \ ATOM 30815 CG LEU J 505 31.100 7.138 -93.830 1.00120.85 C \ ANISOU30815 CG LEU J 505 13448 15913 16555 3739 -313 451 C \ ATOM 30816 CD1 LEU J 505 30.999 8.380 -92.959 1.00125.69 C \ ANISOU30816 CD1 LEU J 505 14239 16303 17216 4064 -368 208 C \ ATOM 30817 CD2 LEU J 505 31.591 5.944 -93.024 1.00119.07 C \ ANISOU30817 CD2 LEU J 505 13445 15867 15929 3767 -19 420 C \ ATOM 30818 N SER J 506 28.537 5.500 -97.502 1.00116.70 N \ ANISOU30818 N SER J 506 11758 15693 16890 2990 -427 1132 N \ ATOM 30819 CA SER J 506 27.387 5.609 -98.398 1.00124.20 C \ ANISOU30819 CA SER J 506 12314 16648 18228 2909 -546 1269 C \ ATOM 30820 C SER J 506 26.266 4.621 -98.085 1.00124.47 C \ ANISOU30820 C SER J 506 12062 16809 18422 2929 -153 1281 C \ ATOM 30821 O SER J 506 26.521 3.493 -97.662 1.00124.17 O \ ANISOU30821 O SER J 506 12135 16890 18153 2840 145 1274 O \ ATOM 30822 CB SER J 506 27.817 5.451 -99.861 1.00125.33 C \ ANISOU30822 CB SER J 506 12404 16870 18347 2544 -928 1454 C \ ATOM 30823 OG SER J 506 26.698 5.538-100.727 1.00126.81 O \ ANISOU30823 OG SER J 506 12225 17071 18885 2470 -1092 1586 O \ ATOM 30824 N PRO J 507 25.015 5.067 -98.269 1.00123.64 N \ ANISOU30824 N PRO J 507 11578 16660 18740 3052 -158 1303 N \ ATOM 30825 CA PRO J 507 23.829 4.214 -98.179 1.00128.79 C \ ANISOU30825 CA PRO J 507 11850 17436 19649 3015 163 1337 C \ ATOM 30826 C PRO J 507 23.673 3.355 -99.431 1.00130.66 C \ ANISOU30826 C PRO J 507 11886 17798 19959 2628 -59 1499 C \ ATOM 30827 O PRO J 507 23.281 2.192 -99.330 1.00130.30 O \ ANISOU30827 O PRO J 507 11714 17868 19926 2465 225 1525 O \ ATOM 30828 CB PRO J 507 22.683 5.225 -98.083 1.00135.08 C \ ANISOU30828 CB PRO J 507 12287 18127 20910 3301 120 1284 C \ ATOM 30829 CG PRO J 507 23.202 6.448 -98.757 1.00132.27 C \ ANISOU30829 CG PRO J 507 12072 17587 20597 3343 -407 1325 C \ ATOM 30830 CD PRO J 507 24.665 6.489 -98.440 1.00125.40 C \ ANISOU30830 CD PRO J 507 11712 16681 19252 3275 -457 1277 C \ ATOM 30831 N HIS J 508 23.962 3.931-100.594 1.00132.39 N \ ANISOU30831 N HIS J 508 12099 17986 20218 2476 -563 1609 N \ ATOM 30832 CA HIS J 508 23.895 3.198-101.853 1.00133.25 C \ ANISOU30832 CA HIS J 508 12073 18227 20329 2112 -820 1739 C \ ATOM 30833 C HIS J 508 25.221 2.477-102.117 1.00116.72 C \ ANISOU30833 C HIS J 508 10358 16219 17773 1874 -833 1737 C \ ATOM 30834 O HIS J 508 26.281 3.103-102.127 1.00112.38 O \ ANISOU30834 O HIS J 508 10115 15615 16968 1897 -998 1729 O \ ATOM 30835 CB HIS J 508 23.557 4.161-102.999 1.00147.40 C \ ANISOU30835 CB HIS J 508 13707 19962 22338 2066 -1357 1877 C \ ATOM 30836 CG HIS J 508 22.798 3.528-104.126 1.00159.85 C \ ANISOU30836 CG HIS J 508 14964 21674 24098 1795 -1593 1983 C \ ATOM 30837 ND1 HIS J 508 23.330 3.369-105.389 1.00160.81 N \ ANISOU30837 ND1 HIS J 508 15218 21891 23991 1485 -1982 2101 N \ ATOM 30838 CD2 HIS J 508 21.544 3.020-104.180 1.00167.14 C \ ANISOU30838 CD2 HIS J 508 15435 22664 25408 1779 -1500 1974 C \ ATOM 30839 CE1 HIS J 508 22.437 2.788-106.170 1.00164.64 C \ ANISOU30839 CE1 HIS J 508 15376 22488 24691 1300 -2148 2148 C \ ATOM 30840 NE2 HIS J 508 21.345 2.565-105.461 1.00169.23 N \ ANISOU30840 NE2 HIS J 508 15581 23048 25672 1464 -1874 2074 N \ ATOM 30841 N TYR J 509 25.146 1.164-102.331 1.00105.46 N \ ANISOU30841 N TYR J 509 8885 14913 16273 1645 -662 1734 N \ ATOM 30842 CA TYR J 509 26.322 0.331-102.591 1.00 97.95 C \ ANISOU30842 CA TYR J 509 8248 14041 14927 1443 -649 1704 C \ ATOM 30843 C TYR J 509 25.899 -1.083-102.968 1.00 99.29 C \ ANISOU30843 C TYR J 509 8287 14295 15145 1194 -509 1698 C \ ATOM 30844 O TYR J 509 24.789 -1.505-102.648 1.00104.42 O \ ANISOU30844 O TYR J 509 8645 14928 16102 1201 -301 1707 O \ ATOM 30845 CB TYR J 509 27.243 0.279-101.364 1.00 97.86 C \ ANISOU30845 CB TYR J 509 8582 13972 14628 1652 -359 1602 C \ ATOM 30846 CG TYR J 509 26.656 -0.436-100.161 1.00102.28 C \ ANISOU30846 CG TYR J 509 9119 14498 15246 1805 122 1554 C \ ATOM 30847 CD1 TYR J 509 26.741 -1.820-100.032 1.00100.45 C \ ANISOU30847 CD1 TYR J 509 8955 14300 14911 1647 366 1557 C \ ATOM 30848 CD2 TYR J 509 26.033 0.276 -99.147 1.00112.01 C \ ANISOU30848 CD2 TYR J 509 10283 15652 16623 2108 346 1507 C \ ATOM 30849 CE1 TYR J 509 26.207 -2.470 -98.939 1.00106.91 C \ ANISOU30849 CE1 TYR J 509 9782 15075 15765 1758 819 1558 C \ ATOM 30850 CE2 TYR J 509 25.497 -0.367 -98.047 1.00118.44 C \ ANISOU30850 CE2 TYR J 509 11094 16462 17445 2231 827 1481 C \ ATOM 30851 CZ TYR J 509 25.588 -1.739 -97.947 1.00116.98 C \ ANISOU30851 CZ TYR J 509 10988 16311 17147 2041 1063 1528 C \ ATOM 30852 OH TYR J 509 25.058 -2.381 -96.851 1.00122.30 O \ ANISOU30852 OH TYR J 509 11689 16969 17812 2136 1556 1545 O \ ATOM 30853 N THR J 510 26.778 -1.820-103.643 1.00 95.64 N \ ANISOU30853 N THR J 510 8026 13913 14398 968 -614 1667 N \ ATOM 30854 CA THR J 510 26.472 -3.211-103.967 1.00 94.15 C \ ANISOU30854 CA THR J 510 7768 13758 14248 736 -488 1627 C \ ATOM 30855 C THR J 510 26.880 -4.149-102.829 1.00 90.66 C \ ANISOU30855 C THR J 510 7550 13227 13668 838 -61 1569 C \ ATOM 30856 O THR J 510 28.037 -4.166-102.403 1.00 87.54 O \ ANISOU30856 O THR J 510 7482 12824 12954 949 -8 1516 O \ ATOM 30857 CB THR J 510 27.139 -3.659-105.284 1.00 93.91 C \ ANISOU30857 CB THR J 510 7844 13850 13986 454 -791 1588 C \ ATOM 30858 OG1 THR J 510 26.583 -2.918-106.377 1.00 95.18 O \ ANISOU30858 OG1 THR J 510 7799 14095 14269 330 -1193 1674 O \ ATOM 30859 CG2 THR J 510 26.897 -5.143-105.524 1.00 97.02 C \ ANISOU30859 CG2 THR J 510 8215 14228 14420 237 -651 1501 C \ ATOM 30860 N GLN J 511 25.914 -4.924-102.346 1.00 92.72 N \ ANISOU30860 N GLN J 511 7626 13421 14182 792 231 1593 N \ ATOM 30861 CA GLN J 511 26.125 -5.874-101.261 1.00 97.53 C \ ANISOU30861 CA GLN J 511 8452 13922 14683 865 651 1590 C \ ATOM 30862 C GLN J 511 26.499 -7.239-101.822 1.00101.50 C \ ANISOU30862 C GLN J 511 9082 14378 15107 610 638 1539 C \ ATOM 30863 O GLN J 511 26.031 -7.616-102.894 1.00106.64 O \ ANISOU30863 O GLN J 511 9523 15070 15926 344 413 1507 O \ ATOM 30864 CB GLN J 511 24.823 -6.012-100.472 1.00107.92 C \ ANISOU30864 CB GLN J 511 9486 15183 16334 909 1011 1666 C \ ATOM 30865 CG GLN J 511 24.856 -6.998 -99.320 1.00116.30 C \ ANISOU30865 CG GLN J 511 10768 16126 17295 955 1484 1717 C \ ATOM 30866 CD GLN J 511 25.112 -6.324 -97.991 1.00124.76 C \ ANISOU30866 CD GLN J 511 12061 17189 18154 1306 1766 1730 C \ ATOM 30867 OE1 GLN J 511 24.880 -5.125 -97.836 1.00133.92 O \ ANISOU30867 OE1 GLN J 511 13095 18412 19377 1510 1683 1693 O \ ATOM 30868 NE2 GLN J 511 25.582 -7.095 -97.018 1.00122.86 N \ ANISOU30868 NE2 GLN J 511 12174 16856 17653 1388 2083 1779 N \ ATOM 30869 N ALA J 512 27.324 -7.991-101.099 1.00101.84 N \ ANISOU30869 N ALA J 512 9475 14320 14899 704 857 1521 N \ ATOM 30870 CA ALA J 512 27.533 -9.399-101.443 1.00103.38 C \ ANISOU30870 CA ALA J 512 9794 14400 15087 497 906 1473 C \ ATOM 30871 C ALA J 512 27.871 -10.222-100.209 1.00111.46 C \ ANISOU30871 C ALA J 512 11133 15242 15974 643 1276 1542 C \ ATOM 30872 O ALA J 512 28.691 -9.817 -99.389 1.00111.73 O \ ANISOU30872 O ALA J 512 11444 15287 15723 917 1345 1550 O \ ATOM 30873 CB ALA J 512 28.611 -9.550-102.506 1.00 94.97 C \ ANISOU30873 CB ALA J 512 8879 13424 13783 407 577 1324 C \ ATOM 30874 N TRP J 513 27.248 -11.388-100.086 1.00118.85 N \ ANISOU30874 N TRP J 513 12045 16001 17113 448 1490 1599 N \ ATOM 30875 CA TRP J 513 27.338 -12.153 -98.849 1.00132.22 C \ ANISOU30875 CA TRP J 513 14032 17498 18708 564 1877 1732 C \ ATOM 30876 C TRP J 513 28.419 -13.237 -98.867 1.00127.70 C \ ANISOU30876 C TRP J 513 13853 16747 17920 589 1824 1674 C \ ATOM 30877 O TRP J 513 28.435 -14.110 -99.734 1.00120.24 O \ ANISOU30877 O TRP J 513 12881 15694 17111 356 1681 1573 O \ ATOM 30878 CB TRP J 513 25.970 -12.733 -98.477 1.00154.72 C \ ANISOU30878 CB TRP J 513 16635 20227 21923 348 2217 1880 C \ ATOM 30879 CG TRP J 513 25.051 -11.733 -97.824 1.00168.56 C \ ANISOU30879 CG TRP J 513 18109 22125 23811 472 2444 1970 C \ ATOM 30880 CD1 TRP J 513 23.871 -11.250 -98.319 1.00171.09 C \ ANISOU30880 CD1 TRP J 513 17921 22557 24528 318 2411 1965 C \ ATOM 30881 CD2 TRP J 513 25.245 -11.092 -96.557 1.00173.49 C \ ANISOU30881 CD2 TRP J 513 18945 22799 24175 801 2727 2051 C \ ATOM 30882 NE1 TRP J 513 23.320 -10.353 -97.436 1.00173.46 N \ ANISOU30882 NE1 TRP J 513 18086 22965 24854 547 2681 2031 N \ ATOM 30883 CE2 TRP J 513 24.145 -10.238 -96.347 1.00175.94 C \ ANISOU30883 CE2 TRP J 513 18854 23246 24750 839 2886 2075 C \ ATOM 30884 CE3 TRP J 513 26.244 -11.158 -95.579 1.00173.24 C \ ANISOU30884 CE3 TRP J 513 19403 22713 23708 1079 2840 2089 C \ ATOM 30885 CZ2 TRP J 513 24.015 -9.458 -95.200 1.00180.46 C \ ANISOU30885 CZ2 TRP J 513 19519 23899 25149 1146 3184 2113 C \ ATOM 30886 CZ3 TRP J 513 26.114 -10.386 -94.442 1.00175.73 C \ ANISOU30886 CZ3 TRP J 513 19827 23115 23828 1365 3106 2139 C \ ATOM 30887 CH2 TRP J 513 25.008 -9.546 -94.261 1.00179.88 C \ ANISOU30887 CH2 TRP J 513 19966 23774 24608 1397 3291 2140 C \ ATOM 30888 N SER J 514 29.323 -13.161 -97.896 1.00136.29 N \ ANISOU30888 N SER J 514 15307 17800 18676 892 1919 1721 N \ ATOM 30889 CA SER J 514 30.427 -14.108 -97.774 1.00144.17 C \ ANISOU30889 CA SER J 514 16682 18627 19468 996 1853 1672 C \ ATOM 30890 C SER J 514 29.917 -15.526 -97.570 1.00146.98 C \ ANISOU30890 C SER J 514 17168 18659 20020 805 2077 1790 C \ ATOM 30891 O SER J 514 29.912 -16.043 -96.452 1.00149.87 O \ ANISOU30891 O SER J 514 17832 18839 20273 927 2358 1986 O \ ATOM 30892 CB SER J 514 31.350 -13.713 -96.620 1.00150.26 C \ ANISOU30892 CB SER J 514 17804 19423 19865 1371 1907 1729 C \ ATOM 30893 OG SER J 514 30.623 -13.595 -95.409 1.00157.71 O \ ANISOU30893 OG SER J 514 18845 20313 20766 1461 2274 1942 O \ ATOM 30894 N GLU J 515 29.492 -16.148 -98.663 1.00146.65 N \ ANISOU30894 N GLU J 515 16922 18540 20258 494 1939 1671 N \ ATOM 30895 CA GLU J 515 28.937 -17.492 -98.615 1.00151.94 C \ ANISOU30895 CA GLU J 515 17681 18867 21184 252 2114 1756 C \ ATOM 30896 C GLU J 515 29.965 -18.492 -98.103 1.00148.86 C \ ANISOU30896 C GLU J 515 17773 18189 20598 447 2128 1778 C \ ATOM 30897 O GLU J 515 29.612 -19.476 -97.450 1.00151.33 O \ ANISOU30897 O GLU J 515 18308 18171 21021 364 2378 1973 O \ ATOM 30898 CB GLU J 515 28.432 -17.902 -99.995 1.00157.91 C \ ANISOU30898 CB GLU J 515 18145 19609 22245 -101 1875 1554 C \ ATOM 30899 CG GLU J 515 27.444 -19.047 -99.970 1.00167.82 C \ ANISOU30899 CG GLU J 515 19345 20535 23883 -445 2068 1653 C \ ATOM 30900 CD GLU J 515 26.724 -19.209-101.289 1.00172.44 C \ ANISOU30900 CD GLU J 515 19562 21170 24786 -811 1808 1449 C \ ATOM 30901 OE1 GLU J 515 27.075 -18.490-102.249 1.00167.82 O \ ANISOU30901 OE1 GLU J 515 18822 20872 24071 -779 1476 1239 O \ ATOM 30902 OE2 GLU J 515 25.802 -20.047-101.365 1.00180.07 O \ ANISOU30902 OE2 GLU J 515 20402 21890 26127 -1144 1928 1505 O \ ATOM 30903 N ALA J 516 31.240 -18.229 -98.377 1.00142.02 N \ ANISOU30903 N ALA J 516 17062 17445 19456 708 1861 1593 N \ ATOM 30904 CA ALA J 516 32.291 -19.098 -97.852 1.00138.07 C \ ANISOU30904 CA ALA J 516 16994 16690 18776 959 1834 1602 C \ ATOM 30905 C ALA J 516 33.620 -18.369 -97.718 1.00135.61 C \ ANISOU30905 C ALA J 516 16788 16618 18119 1321 1608 1466 C \ ATOM 30906 O ALA J 516 33.806 -17.293 -98.282 1.00134.15 O \ ANISOU30906 O ALA J 516 16343 16773 17856 1324 1441 1324 O \ ATOM 30907 CB ALA J 516 32.448 -20.337 -98.722 1.00137.46 C \ ANISOU30907 CB ALA J 516 16986 16322 18920 786 1701 1422 C \ ATOM 30908 N VAL J 517 34.541 -18.959 -96.962 1.00136.96 N \ ANISOU30908 N VAL J 517 17339 16598 18101 1620 1589 1522 N \ ATOM 30909 CA VAL J 517 35.850 -18.358 -96.729 1.00135.37 C \ ANISOU30909 CA VAL J 517 17230 16603 17601 1972 1362 1394 C \ ATOM 30910 C VAL J 517 36.962 -19.401 -96.684 1.00138.83 C \ ANISOU30910 C VAL J 517 17955 16797 17997 2215 1202 1290 C \ ATOM 30911 O VAL J 517 36.919 -20.338 -95.888 1.00143.86 O \ ANISOU30911 O VAL J 517 18947 17079 18636 2320 1319 1492 O \ ATOM 30912 CB VAL J 517 35.884 -17.571 -95.402 1.00133.48 C \ ANISOU30912 CB VAL J 517 17167 16473 17076 2216 1483 1608 C \ ATOM 30913 CG1 VAL J 517 37.297 -17.132 -95.093 1.00126.74 C \ ANISOU30913 CG1 VAL J 517 16436 15775 15944 2576 1211 1471 C \ ATOM 30914 CG2 VAL J 517 34.947 -16.369 -95.448 1.00135.03 C \ ANISOU30914 CG2 VAL J 517 17057 16940 17308 2055 1606 1654 C \ ATOM 30915 N PHE J 518 37.962 -19.225 -97.540 1.00135.01 N \ ANISOU30915 N PHE J 518 17315 16503 17480 2311 941 982 N \ ATOM 30916 CA PHE J 518 39.110 -20.119 -97.583 1.00130.52 C \ ANISOU30916 CA PHE J 518 16945 15748 16899 2587 767 823 C \ ATOM 30917 C PHE J 518 40.367 -19.439 -97.063 1.00120.59 C \ ANISOU30917 C PHE J 518 15708 14730 15380 2955 563 748 C \ ATOM 30918 O PHE J 518 40.952 -18.586 -97.726 1.00113.59 O \ ANISOU30918 O PHE J 518 14526 14204 14428 2945 414 528 O \ ATOM 30919 CB PHE J 518 39.318 -20.647 -98.998 1.00133.87 C \ ANISOU30919 CB PHE J 518 17168 16181 17515 2420 653 483 C \ ATOM 30920 CG PHE J 518 38.183 -21.492 -99.487 1.00145.78 C \ ANISOU30920 CG PHE J 518 18693 17393 19305 2073 795 519 C \ ATOM 30921 CD1 PHE J 518 37.046 -20.909-100.020 1.00148.25 C \ ANISOU30921 CD1 PHE J 518 18731 17876 19722 1700 890 564 C \ ATOM 30922 CD2 PHE J 518 38.242 -22.870 -99.392 1.00156.78 C \ ANISOU30922 CD2 PHE J 518 20372 18313 20885 2121 812 512 C \ ATOM 30923 CE1 PHE J 518 35.996 -21.685-100.460 1.00154.69 C \ ANISOU30923 CE1 PHE J 518 19526 18425 20826 1363 991 584 C \ ATOM 30924 CE2 PHE J 518 37.196 -23.653 -99.832 1.00162.65 C \ ANISOU30924 CE2 PHE J 518 21125 18756 21917 1769 926 535 C \ ATOM 30925 CZ PHE J 518 36.072 -23.060-100.367 1.00160.84 C \ ANISOU30925 CZ PHE J 518 20590 18729 21793 1380 1014 565 C \ ATOM 30926 N ILE J 519 40.767 -19.823 -95.858 1.00123.62 N \ ANISOU30926 N ILE J 519 16450 14907 15614 3265 547 947 N \ ATOM 30927 CA ILE J 519 41.971 -19.298 -95.234 1.00129.94 C \ ANISOU30927 CA ILE J 519 17301 15891 16178 3638 311 884 C \ ATOM 30928 C ILE J 519 43.180 -20.134 -95.628 1.00140.33 C \ ANISOU30928 C ILE J 519 18632 17095 17592 3911 75 637 C \ ATOM 30929 O ILE J 519 43.070 -21.342 -95.839 1.00148.24 O \ ANISOU30929 O ILE J 519 19816 17726 18784 3925 110 631 O \ ATOM 30930 CB ILE J 519 41.825 -19.295 -93.702 1.00133.07 C \ ANISOU30930 CB ILE J 519 18108 16136 16317 3866 373 1217 C \ ATOM 30931 CG1 ILE J 519 40.529 -18.591 -93.313 1.00137.85 C \ ANISOU30931 CG1 ILE J 519 18693 16828 16856 3602 673 1444 C \ ATOM 30932 CG2 ILE J 519 43.016 -18.622 -93.032 1.00131.44 C \ ANISOU30932 CG2 ILE J 519 17936 16153 15852 4231 83 1134 C \ ATOM 30933 CD1 ILE J 519 40.524 -17.132 -93.676 1.00138.38 C \ ANISOU30933 CD1 ILE J 519 18407 17319 16852 3502 611 1294 C \ ATOM 30934 N HIS J 520 44.330 -19.481 -95.746 1.00138.39 N \ ANISOU30934 N HIS J 520 18172 17162 17249 4123 -164 417 N \ ATOM 30935 CA HIS J 520 45.582 -20.182 -95.968 1.00138.93 C \ ANISOU30935 CA HIS J 520 18214 17165 17409 4450 -397 174 C \ ATOM 30936 C HIS J 520 45.918 -21.002 -94.724 1.00145.15 C \ ANISOU30936 C HIS J 520 19457 17583 18110 4832 -516 405 C \ ATOM 30937 O HIS J 520 45.770 -20.529 -93.595 1.00145.48 O \ ANISOU30937 O HIS J 520 19737 17640 17897 4947 -536 666 O \ ATOM 30938 CB HIS J 520 46.697 -19.184 -96.287 1.00134.64 C \ ANISOU30938 CB HIS J 520 17293 17074 16789 4557 -606 -86 C \ ATOM 30939 CG HIS J 520 47.832 -19.768 -97.070 1.00135.62 C \ ANISOU30939 CG HIS J 520 17185 17256 17089 4753 -754 -445 C \ ATOM 30940 ND1 HIS J 520 48.930 -20.348 -96.472 1.00139.04 N \ ANISOU30940 ND1 HIS J 520 17711 17564 17554 5208 -1006 -520 N \ ATOM 30941 CD2 HIS J 520 48.045 -19.850 -98.405 1.00135.62 C \ ANISOU30941 CD2 HIS J 520 16854 17442 17232 4572 -681 -764 C \ ATOM 30942 CE1 HIS J 520 49.768 -20.766 -97.405 1.00141.88 C \ ANISOU30942 CE1 HIS J 520 17775 18029 18104 5308 -1061 -885 C \ ATOM 30943 NE2 HIS J 520 49.253 -20.477 -98.586 1.00140.58 N \ ANISOU30943 NE2 HIS J 520 17365 18062 17988 4920 -850 -1042 N \ ATOM 30944 N GLU J 521 46.347 -22.240 -94.940 1.00147.29 N \ ANISOU30944 N GLU J 521 19874 17508 18583 5033 -600 309 N \ ATOM 30945 CA GLU J 521 46.753 -23.127 -93.856 1.00146.86 C \ ANISOU30945 CA GLU J 521 20272 17056 18473 5425 -761 530 C \ ATOM 30946 C GLU J 521 48.140 -22.775 -93.331 1.00146.52 C \ ANISOU30946 C GLU J 521 20138 17222 18310 5875 -1131 396 C \ ATOM 30947 O GLU J 521 48.373 -22.772 -92.122 1.00149.73 O \ ANISOU30947 O GLU J 521 20888 17521 18481 6153 -1294 654 O \ ATOM 30948 CB GLU J 521 46.699 -24.592 -94.306 1.00146.02 C \ ANISOU30948 CB GLU J 521 20363 16447 18671 5488 -743 468 C \ ATOM 30949 CG GLU J 521 47.277 -24.852 -95.691 1.00143.40 C \ ANISOU30949 CG GLU J 521 19629 16246 18611 5464 -787 -17 C \ ATOM 30950 CD GLU J 521 46.320 -24.456 -96.801 1.00142.76 C \ ANISOU30950 CD GLU J 521 19275 16359 18610 4945 -519 -146 C \ ATOM 30951 OE1 GLU J 521 45.109 -24.328 -96.519 1.00139.94 O \ ANISOU30951 OE1 GLU J 521 19077 15887 18205 4617 -295 149 O \ ATOM 30952 OE2 GLU J 521 46.778 -24.251 -97.944 1.00145.73 O \ ANISOU30952 OE2 GLU J 521 19268 17021 19082 4868 -534 -537 O \ ATOM 30953 N GLY J 522 49.053 -22.468 -94.248 1.00143.13 N \ ANISOU30953 N GLY J 522 19237 17110 18034 5932 -1261 -12 N \ ATOM 30954 CA GLY J 522 50.413 -22.103 -93.895 1.00143.31 C \ ANISOU30954 CA GLY J 522 19059 17377 18017 6321 -1612 -194 C \ ATOM 30955 C GLY J 522 50.469 -20.904 -92.971 1.00139.81 C \ ANISOU30955 C GLY J 522 18639 17228 17253 6324 -1727 -26 C \ ATOM 30956 O GLY J 522 51.394 -20.762 -92.174 1.00141.52 O \ ANISOU30956 O GLY J 522 18901 17508 17362 6693 -2066 -32 O \ ATOM 30957 N TYR J 523 49.472 -20.034 -93.074 1.00138.58 N \ ANISOU30957 N TYR J 523 18453 17246 16956 5924 -1468 106 N \ ATOM 30958 CA TYR J 523 49.346 -18.936 -92.131 1.00143.58 C \ ANISOU30958 CA TYR J 523 19186 18092 17277 5921 -1541 274 C \ ATOM 30959 C TYR J 523 48.769 -19.442 -90.815 1.00138.88 C \ ANISOU30959 C TYR J 523 19194 17156 16418 6091 -1513 672 C \ ATOM 30960 O TYR J 523 47.858 -20.270 -90.799 1.00136.10 O \ ANISOU30960 O TYR J 523 19134 16457 16119 5959 -1253 898 O \ ATOM 30961 CB TYR J 523 48.468 -17.817 -92.691 1.00152.39 C \ ANISOU30961 CB TYR J 523 20059 19487 18355 5468 -1280 268 C \ ATOM 30962 CG TYR J 523 48.132 -16.767 -91.658 1.00159.92 C \ ANISOU30962 CG TYR J 523 21190 20581 18993 5466 -1305 452 C \ ATOM 30963 CD1 TYR J 523 49.094 -15.865 -91.219 1.00164.80 C \ ANISOU30963 CD1 TYR J 523 21655 21478 19485 5642 -1622 304 C \ ATOM 30964 CD2 TYR J 523 46.859 -16.686 -91.109 1.00159.56 C \ ANISOU30964 CD2 TYR J 523 21453 20386 18785 5292 -1009 750 C \ ATOM 30965 CE1 TYR J 523 48.796 -14.909 -90.268 1.00166.06 C \ ANISOU30965 CE1 TYR J 523 22006 21744 19347 5652 -1661 429 C \ ATOM 30966 CE2 TYR J 523 46.551 -15.734 -90.159 1.00161.08 C \ ANISOU30966 CE2 TYR J 523 21818 20710 18674 5318 -1009 879 C \ ATOM 30967 CZ TYR J 523 47.523 -14.847 -89.741 1.00163.80 C \ ANISOU30967 CZ TYR J 523 22046 21311 18878 5505 -1345 708 C \ ATOM 30968 OH TYR J 523 47.219 -13.896 -88.792 1.00162.31 O \ ANISOU30968 OH TYR J 523 22057 21235 18380 5541 -1360 796 O \ ATOM 30969 N THR J 524 49.311 -18.931 -89.717 1.00136.59 N \ ANISOU30969 N THR J 524 19092 16972 15834 6367 -1783 757 N \ ATOM 30970 CA THR J 524 48.836 -19.267 -88.384 1.00138.73 C \ ANISOU30970 CA THR J 524 19967 16988 15757 6540 -1765 1140 C \ ATOM 30971 C THR J 524 48.574 -17.968 -87.620 1.00145.18 C \ ANISOU30971 C THR J 524 20842 18104 16215 6474 -1767 1194 C \ ATOM 30972 O THR J 524 49.483 -17.155 -87.451 1.00143.39 O \ ANISOU30972 O THR J 524 20394 18169 15920 6622 -2099 972 O \ ATOM 30973 CB THR J 524 49.871 -20.133 -87.641 1.00136.16 C \ ANISOU30973 CB THR J 524 19936 16431 15367 7051 -2179 1197 C \ ATOM 30974 OG1 THR J 524 51.186 -19.798 -88.100 1.00133.83 O \ ANISOU30974 OG1 THR J 524 19173 16410 15268 7262 -2558 817 O \ ATOM 30975 CG2 THR J 524 49.628 -21.607 -87.919 1.00133.70 C \ ANISOU30975 CG2 THR J 524 19875 15632 15294 7118 -2072 1340 C \ ATOM 30976 N HIS J 525 47.336 -17.781 -87.160 1.00153.68 N \ ANISOU30976 N HIS J 525 22203 19102 17088 6250 -1393 1468 N \ ATOM 30977 CA HIS J 525 46.859 -16.470 -86.698 1.00159.06 C \ ANISOU30977 CA HIS J 525 22859 20070 17505 6112 -1292 1461 C \ ATOM 30978 C HIS J 525 47.650 -15.843 -85.553 1.00164.82 C \ ANISOU30978 C HIS J 525 23824 20957 17844 6448 -1669 1429 C \ ATOM 30979 O HIS J 525 47.949 -16.492 -84.548 1.00161.61 O \ ANISOU30979 O HIS J 525 23898 20361 17145 6769 -1840 1638 O \ ATOM 30980 CB HIS J 525 45.366 -16.512 -86.341 1.00161.60 C \ ANISOU30980 CB HIS J 525 23448 20263 17691 5854 -792 1765 C \ ATOM 30981 CG HIS J 525 44.763 -15.161 -86.087 1.00159.60 C \ ANISOU30981 CG HIS J 525 23085 20294 17262 5691 -637 1705 C \ ATOM 30982 ND1 HIS J 525 45.093 -14.044 -86.825 1.00154.38 N \ ANISOU30982 ND1 HIS J 525 21946 19934 16776 5545 -775 1396 N \ ATOM 30983 CD2 HIS J 525 43.841 -14.752 -85.182 1.00157.51 C \ ANISOU30983 CD2 HIS J 525 23132 20042 16671 5656 -343 1910 C \ ATOM 30984 CE1 HIS J 525 44.406 -13.005 -86.382 1.00150.31 C \ ANISOU30984 CE1 HIS J 525 21464 19572 16074 5445 -606 1409 C \ ATOM 30985 NE2 HIS J 525 43.639 -13.408 -85.385 1.00150.20 N \ ANISOU30985 NE2 HIS J 525 21913 19404 15754 5521 -332 1699 N \ ATOM 30986 N ASP J 526 47.969 -14.562 -85.737 1.00173.98 N \ ANISOU30986 N ASP J 526 24652 22451 19003 6355 -1811 1167 N \ ATOM 30987 CA ASP J 526 48.674 -13.744 -84.751 1.00183.81 C \ ANISOU30987 CA ASP J 526 26051 23881 19908 6607 -2184 1064 C \ ATOM 30988 C ASP J 526 50.041 -14.306 -84.367 1.00181.22 C \ ANISOU30988 C ASP J 526 25774 23522 19561 7012 -2715 972 C \ ATOM 30989 O ASP J 526 50.618 -13.927 -83.351 1.00179.14 O \ ANISOU30989 O ASP J 526 25766 23343 18956 7288 -3074 948 O \ ATOM 30990 CB ASP J 526 47.798 -13.504 -83.516 1.00196.38 C \ ANISOU30990 CB ASP J 526 28203 25415 20999 6670 -1968 1322 C \ ATOM 30991 CG ASP J 526 46.544 -12.704 -83.839 1.00200.13 C \ ANISOU30991 CG ASP J 526 28541 25981 21517 6310 -1498 1342 C \ ATOM 30992 OD1 ASP J 526 46.623 -11.791 -84.690 1.00197.13 O \ ANISOU30992 OD1 ASP J 526 27680 25802 21419 6082 -1526 1088 O \ ATOM 30993 OD2 ASP J 526 45.481 -12.992 -83.248 1.00204.24 O \ ANISOU30993 OD2 ASP J 526 29427 26371 21803 6256 -1100 1620 O \ ATOM 30994 N ALA J 527 50.560 -15.196 -85.205 1.00181.61 N \ ANISOU30994 N ALA J 527 25560 23455 19987 7057 -2780 895 N \ ATOM 30995 CA ALA J 527 51.862 -15.805 -84.977 1.00185.51 C \ ANISOU30995 CA ALA J 527 26018 23908 20558 7460 -3275 782 C \ ATOM 30996 C ALA J 527 52.681 -15.702 -86.253 1.00180.42 C \ ANISOU30996 C ALA J 527 24688 23456 20409 7357 -3376 421 C \ ATOM 30997 O ALA J 527 52.796 -16.665 -87.012 1.00177.85 O \ ANISOU30997 O ALA J 527 24222 22959 20395 7382 -3277 388 O \ ATOM 30998 CB ALA J 527 51.700 -17.257 -84.567 1.00191.16 C \ ANISOU30998 CB ALA J 527 27205 24207 21219 7714 -3248 1087 C \ ATOM 30999 N GLY J 528 53.249 -14.524 -86.485 1.00177.05 N \ ANISOU30999 N GLY J 528 23844 23381 20047 7233 -3562 143 N \ ATOM 31000 CA GLY J 528 53.905 -14.239 -87.744 1.00171.40 C \ ANISOU31000 CA GLY J 528 22461 22902 19763 7044 -3566 -180 C \ ATOM 31001 C GLY J 528 52.854 -14.074 -88.822 1.00164.50 C \ ANISOU31001 C GLY J 528 21418 22035 19050 6592 -3058 -145 C \ ATOM 31002 O GLY J 528 51.856 -14.793 -88.852 1.00162.58 O \ ANISOU31002 O GLY J 528 21492 21525 18757 6513 -2730 93 O \ ATOM 31003 N PHE J 529 53.064 -13.116 -89.712 1.00162.29 N \ ANISOU31003 N PHE J 529 20642 22054 18967 6277 -3003 -370 N \ ATOM 31004 CA PHE J 529 52.077 -12.855 -90.748 1.00159.93 C \ ANISOU31004 CA PHE J 529 20184 21786 18797 5848 -2574 -334 C \ ATOM 31005 C PHE J 529 52.441 -13.478 -92.086 1.00161.15 C \ ANISOU31005 C PHE J 529 19936 22003 19290 5731 -2441 -526 C \ ATOM 31006 O PHE J 529 51.971 -13.027 -93.131 1.00158.51 O \ ANISOU31006 O PHE J 529 19332 21811 19082 5356 -2186 -586 O \ ATOM 31007 CB PHE J 529 51.843 -11.357 -90.904 1.00156.47 C \ ANISOU31007 CB PHE J 529 19540 21595 18316 5535 -2552 -401 C \ ATOM 31008 CG PHE J 529 50.857 -10.797 -89.927 1.00156.93 C \ ANISOU31008 CG PHE J 529 20025 21544 18059 5518 -2448 -186 C \ ATOM 31009 CD1 PHE J 529 50.069 -11.638 -89.162 1.00162.01 C \ ANISOU31009 CD1 PHE J 529 21168 21909 18481 5682 -2276 83 C \ ATOM 31010 CD2 PHE J 529 50.717 -9.431 -89.774 1.00155.96 C \ ANISOU31010 CD2 PHE J 529 19808 21585 17866 5335 -2505 -257 C \ ATOM 31011 CE1 PHE J 529 49.158 -11.124 -88.261 1.00165.52 C \ ANISOU31011 CE1 PHE J 529 21987 22286 18618 5670 -2128 266 C \ ATOM 31012 CE2 PHE J 529 49.810 -8.909 -88.877 1.00160.33 C \ ANISOU31012 CE2 PHE J 529 20743 22043 18131 5349 -2387 -101 C \ ATOM 31013 CZ PHE J 529 49.029 -9.757 -88.118 1.00165.04 C \ ANISOU31013 CZ PHE J 529 21814 22406 18486 5521 -2181 155 C \ ATOM 31014 N ASP J 530 53.269 -14.516 -92.062 1.00164.02 N \ ANISOU31014 N ASP J 530 20273 22256 19790 6066 -2621 -629 N \ ATOM 31015 CA ASP J 530 53.606 -15.195 -93.301 1.00163.20 C \ ANISOU31015 CA ASP J 530 19822 22195 19991 5998 -2472 -847 C \ ATOM 31016 C ASP J 530 52.380 -15.911 -93.845 1.00156.96 C \ ANISOU31016 C ASP J 530 19272 21143 19223 5780 -2090 -687 C \ ATOM 31017 O ASP J 530 51.565 -16.440 -93.082 1.00150.92 O \ ANISOU31017 O ASP J 530 18987 20055 18302 5860 -2006 -402 O \ ATOM 31018 CB ASP J 530 54.765 -16.175 -93.121 1.00169.82 C \ ANISOU31018 CB ASP J 530 20574 22946 21005 6455 -2760 -1019 C \ ATOM 31019 CG ASP J 530 55.581 -16.340 -94.391 1.00173.46 C \ ANISOU31019 CG ASP J 530 20466 23657 21784 6391 -2686 -1382 C \ ATOM 31020 OD1 ASP J 530 55.743 -15.340 -95.122 1.00171.49 O \ ANISOU31020 OD1 ASP J 530 19810 23770 21579 6049 -2578 -1524 O \ ATOM 31021 OD2 ASP J 530 56.041 -17.468 -94.669 1.00178.69 O \ ANISOU31021 OD2 ASP J 530 21102 24146 22647 6680 -2718 -1521 O \ ATOM 31022 N ASN J 531 52.262 -15.904 -95.169 1.00157.00 N \ ANISOU31022 N ASN J 531 18937 21304 19413 5487 -1861 -873 N \ ATOM 31023 CA ASN J 531 51.118 -16.470 -95.869 1.00155.27 C \ ANISOU31023 CA ASN J 531 18863 20888 19243 5219 -1526 -778 C \ ATOM 31024 C ASN J 531 49.805 -15.761 -95.532 1.00149.55 C \ ANISOU31024 C ASN J 531 18361 20120 18340 4917 -1330 -492 C \ ATOM 31025 O ASN J 531 48.732 -16.367 -95.568 1.00151.19 O \ ANISOU31025 O ASN J 531 18829 20061 18556 4786 -1102 -312 O \ ATOM 31026 CB ASN J 531 51.023 -17.983 -95.639 1.00158.10 C \ ANISOU31026 CB ASN J 531 19548 20816 19706 5494 -1517 -726 C \ ATOM 31027 CG ASN J 531 52.277 -18.718 -96.080 1.00159.46 C \ ANISOU31027 CG ASN J 531 19467 21016 20104 5817 -1694 -1049 C \ ATOM 31028 OD1 ASN J 531 52.455 -19.012 -97.261 1.00155.75 O \ ANISOU31028 OD1 ASN J 531 18574 20826 19779 5672 -1602 -1353 O \ ATOM 31029 ND2 ASN J 531 53.157 -19.014 -95.130 1.00165.05 N \ ANISOU31029 ND2 ASN J 531 20436 21441 20836 6269 -1945 -984 N \ ATOM 31030 N ASP J 532 49.897 -14.473 -95.208 1.00140.63 N \ ANISOU31030 N ASP J 532 17108 19246 17078 4807 -1422 -468 N \ ATOM 31031 CA ASP J 532 48.705 -13.677 -94.946 1.00134.54 C \ ANISOU31031 CA ASP J 532 16487 18464 16169 4543 -1241 -244 C \ ATOM 31032 C ASP J 532 47.928 -13.463 -96.238 1.00126.28 C \ ANISOU31032 C ASP J 532 15204 17521 15255 4129 -989 -283 C \ ATOM 31033 O ASP J 532 48.214 -12.538 -97.001 1.00121.39 O \ ANISOU31033 O ASP J 532 14249 17196 14676 3899 -1015 -412 O \ ATOM 31034 CB ASP J 532 49.069 -12.336 -94.302 1.00134.70 C \ ANISOU31034 CB ASP J 532 16439 18701 16039 4552 -1434 -251 C \ ATOM 31035 CG ASP J 532 47.851 -11.582 -93.794 1.00130.98 C \ ANISOU31035 CG ASP J 532 16183 18169 15414 4382 -1260 -29 C \ ATOM 31036 OD1 ASP J 532 46.816 -12.230 -93.533 1.00127.64 O \ ANISOU31036 OD1 ASP J 532 16039 17508 14952 4356 -1020 178 O \ ATOM 31037 OD2 ASP J 532 47.935 -10.344 -93.637 1.00130.21 O \ ANISOU31037 OD2 ASP J 532 15968 18251 15255 4279 -1361 -69 O \ ATOM 31038 N ILE J 533 46.956 -14.337 -96.478 1.00124.31 N \ ANISOU31038 N ILE J 533 15142 17018 15072 4025 -764 -162 N \ ATOM 31039 CA ILE J 533 46.147 -14.306 -97.693 1.00122.83 C \ ANISOU31039 CA ILE J 533 14767 16896 15008 3647 -561 -202 C \ ATOM 31040 C ILE J 533 44.982 -15.292 -97.578 1.00120.63 C \ ANISOU31040 C ILE J 533 14761 16270 14804 3564 -344 -21 C \ ATOM 31041 O ILE J 533 45.139 -16.393 -97.043 1.00123.64 O \ ANISOU31041 O ILE J 533 15413 16350 15216 3797 -350 31 O \ ATOM 31042 CB ILE J 533 47.002 -14.625 -98.947 1.00101.74 C \ ANISOU31042 CB ILE J 533 11776 14421 12461 3586 -600 -515 C \ ATOM 31043 CG1 ILE J 533 46.133 -14.682-100.202 1.00101.28 C \ ANISOU31043 CG1 ILE J 533 11583 14421 12477 3202 -416 -558 C \ ATOM 31044 CG2 ILE J 533 47.789 -15.919 -98.762 1.00102.58 C \ ANISOU31044 CG2 ILE J 533 11996 14315 12664 3927 -680 -659 C \ ATOM 31045 CD1 ILE J 533 46.901 -15.039-101.442 1.00102.98 C \ ANISOU31045 CD1 ILE J 533 11532 14840 12754 3137 -412 -876 C \ ATOM 31046 N ALA J 534 43.813 -14.886 -98.070 1.00113.87 N \ ANISOU31046 N ALA J 534 13826 15442 13996 3228 -168 85 N \ ATOM 31047 CA ALA J 534 42.625 -15.735 -98.038 1.00109.99 C \ ANISOU31047 CA ALA J 534 13521 14648 13622 3080 47 250 C \ ATOM 31048 C ALA J 534 41.582 -15.342 -99.088 1.00105.23 C \ ANISOU31048 C ALA J 534 12681 14162 13141 2675 163 242 C \ ATOM 31049 O ALA J 534 41.494 -14.184 -99.492 1.00 80.89 O \ ANISOU31049 O ALA J 534 9368 11360 10005 2523 109 224 O \ ATOM 31050 CB ALA J 534 42.008 -15.718 -96.653 1.00109.08 C \ ANISOU31050 CB ALA J 534 13725 14332 13388 3215 165 552 C \ ATOM 31051 N LEU J 535 40.794 -16.320 -99.522 1.00 98.62 N \ ANISOU31051 N LEU J 535 11909 13084 12478 2501 295 259 N \ ATOM 31052 CA LEU J 535 39.727 -16.077-100.486 1.00 90.60 C \ ANISOU31052 CA LEU J 535 10679 12150 11594 2121 368 253 C \ ATOM 31053 C LEU J 535 38.356 -16.111 -99.821 1.00 88.00 C \ ANISOU31053 C LEU J 535 10434 11628 11374 1981 577 535 C \ ATOM 31054 O LEU J 535 38.206 -16.627 -98.719 1.00 88.77 O \ ANISOU31054 O LEU J 535 10806 11473 11448 2148 708 727 O \ ATOM 31055 CB LEU J 535 39.791 -17.102-101.614 1.00 91.21 C \ ANISOU31055 CB LEU J 535 10716 12131 11810 1975 341 13 C \ ATOM 31056 CG LEU J 535 41.082 -17.085-102.429 1.00 92.30 C \ ANISOU31056 CG LEU J 535 10720 12505 11846 2086 189 -304 C \ ATOM 31057 CD1 LEU J 535 40.964 -18.042-103.598 1.00 96.14 C \ ANISOU31057 CD1 LEU J 535 11176 12908 12446 1916 189 -567 C \ ATOM 31058 CD2 LEU J 535 41.402 -15.679-102.909 1.00 89.55 C \ ANISOU31058 CD2 LEU J 535 10101 12584 11340 1975 95 -331 C \ ATOM 31059 N ILE J 536 37.355 -15.549-100.489 1.00 85.97 N \ ANISOU31059 N ILE J 536 9931 11501 11232 1678 609 567 N \ ATOM 31060 CA ILE J 536 36.005 -15.510 -99.939 1.00 87.35 C \ ANISOU31060 CA ILE J 536 10094 11538 11558 1529 822 809 C \ ATOM 31061 C ILE J 536 34.991 -15.699-101.056 1.00 94.03 C \ ANISOU31061 C ILE J 536 10684 12398 12644 1157 804 746 C \ ATOM 31062 O ILE J 536 34.794 -14.797-101.873 1.00 95.30 O \ ANISOU31062 O ILE J 536 10584 12830 12795 1008 659 677 O \ ATOM 31063 CB ILE J 536 35.699 -14.136 -99.319 1.00 85.51 C \ ANISOU31063 CB ILE J 536 9757 11514 11218 1606 854 949 C \ ATOM 31064 CG1 ILE J 536 36.711 -13.780 -98.225 1.00 82.19 C \ ANISOU31064 CG1 ILE J 536 9580 11119 10531 1965 818 982 C \ ATOM 31065 CG2 ILE J 536 34.272 -14.099 -98.783 1.00 86.58 C \ ANISOU31065 CG2 ILE J 536 9828 11536 11533 1465 1113 1172 C \ ATOM 31066 CD1 ILE J 536 36.639 -12.337 -97.789 1.00 80.53 C \ ANISOU31066 CD1 ILE J 536 9269 11127 10201 2048 778 1031 C \ ATOM 31067 N LYS J 537 34.351 -16.865-101.102 1.00101.50 N \ ANISOU31067 N LYS J 537 11716 13041 13809 998 926 777 N \ ATOM 31068 CA LYS J 537 33.332 -17.115-102.118 1.00102.18 C \ ANISOU31068 CA LYS J 537 11555 13121 14147 628 880 704 C \ ATOM 31069 C LYS J 537 32.075 -16.310-101.847 1.00 98.88 C \ ANISOU31069 C LYS J 537 10876 12806 13888 471 995 908 C \ ATOM 31070 O LYS J 537 31.462 -16.423-100.771 1.00 98.12 O \ ANISOU31070 O LYS J 537 10852 12553 13876 518 1265 1143 O \ ATOM 31071 CB LYS J 537 32.977 -18.597-102.229 1.00107.88 C \ ANISOU31071 CB LYS J 537 12434 13451 15103 473 963 664 C \ ATOM 31072 CG LYS J 537 31.930 -18.877-103.302 1.00109.97 C \ ANISOU31072 CG LYS J 537 12436 13708 15639 71 869 554 C \ ATOM 31073 CD LYS J 537 31.694 -20.368-103.481 1.00116.83 C \ ANISOU31073 CD LYS J 537 13482 14156 16752 -93 911 466 C \ ATOM 31074 CE LYS J 537 30.797 -20.657-104.676 1.00120.19 C \ ANISOU31074 CE LYS J 537 13654 14593 17419 -493 741 282 C \ ATOM 31075 NZ LYS J 537 30.743 -22.114-104.979 1.00122.14 N \ ANISOU31075 NZ LYS J 537 14105 14413 17890 -646 728 119 N \ ATOM 31076 N LEU J 538 31.686 -15.535-102.855 1.00101.65 N \ ANISOU31076 N LEU J 538 10925 13419 14279 287 791 815 N \ ATOM 31077 CA LEU J 538 30.550 -14.629-102.775 1.00109.65 C \ ANISOU31077 CA LEU J 538 11632 14566 15465 171 828 969 C \ ATOM 31078 C LEU J 538 29.217 -15.323-102.989 1.00120.66 C \ ANISOU31078 C LEU J 538 12818 15790 17239 -143 923 1026 C \ ATOM 31079 O LEU J 538 29.114 -16.284-103.754 1.00116.41 O \ ANISOU31079 O LEU J 538 12294 15111 16825 -365 817 873 O \ ATOM 31080 CB LEU J 538 30.700 -13.490-103.786 1.00106.88 C \ ANISOU31080 CB LEU J 538 11061 14544 15004 114 524 874 C \ ATOM 31081 CG LEU J 538 31.753 -12.427-103.479 1.00102.41 C \ ANISOU31081 CG LEU J 538 10598 14178 14137 379 444 875 C \ ATOM 31082 CD1 LEU J 538 31.506 -11.188-104.324 1.00103.11 C \ ANISOU31082 CD1 LEU J 538 10440 14533 14204 277 190 881 C \ ATOM 31083 CD2 LEU J 538 31.756 -12.083-101.997 1.00100.62 C \ ANISOU31083 CD2 LEU J 538 10511 13856 13865 650 695 1052 C \ ATOM 31084 N ASN J 539 28.203 -14.805-102.301 1.00135.40 N \ ANISOU31084 N ASN J 539 14473 17672 19299 -156 1126 1228 N \ ATOM 31085 CA ASN J 539 26.841 -15.316-102.359 1.00145.88 C \ ANISOU31085 CA ASN J 539 15519 18870 21038 -453 1258 1311 C \ ATOM 31086 C ASN J 539 26.389 -15.458-103.798 1.00143.30 C \ ANISOU31086 C ASN J 539 14928 18632 20886 -763 905 1122 C \ ATOM 31087 O ASN J 539 26.072 -16.553-104.266 1.00145.44 O \ ANISOU31087 O ASN J 539 15209 18695 21357 -1026 869 1022 O \ ATOM 31088 CB ASN J 539 25.909 -14.352-101.624 1.00151.78 C \ ANISOU31088 CB ASN J 539 15982 19748 21938 -373 1466 1501 C \ ATOM 31089 CG ASN J 539 24.770 -15.054-100.920 1.00157.10 C \ ANISOU31089 CG ASN J 539 16504 20224 22964 -560 1842 1675 C \ ATOM 31090 OD1 ASN J 539 24.776 -16.275-100.761 1.00158.89 O \ ANISOU31090 OD1 ASN J 539 16920 20167 23284 -724 1984 1703 O \ ATOM 31091 ND2 ASN J 539 23.783 -14.277-100.481 1.00158.81 N \ ANISOU31091 ND2 ASN J 539 16369 20578 23393 -536 2019 1794 N \ ATOM 31092 N ASN J 540 26.394 -14.333-104.502 1.00135.98 N \ ANISOU31092 N ASN J 540 13801 18003 19864 -728 621 1071 N \ ATOM 31093 CA ASN J 540 26.014 -14.302-105.900 1.00130.70 C \ ANISOU31093 CA ASN J 540 12913 17471 19276 -994 237 907 C \ ATOM 31094 C ASN J 540 27.115 -13.698-106.755 1.00124.38 C \ ANISOU31094 C ASN J 540 12279 16909 18072 -892 -60 762 C \ ATOM 31095 O ASN J 540 28.068 -13.110-106.241 1.00122.00 O \ ANISOU31095 O ASN J 540 12178 16687 17489 -619 17 805 O \ ATOM 31096 CB ASN J 540 24.728 -13.495-106.067 1.00130.26 C \ ANISOU31096 CB ASN J 540 12394 17555 19545 -1101 140 1022 C \ ATOM 31097 CG ASN J 540 23.596 -14.031-105.221 1.00133.48 C \ ANISOU31097 CG ASN J 540 12568 17769 20379 -1220 479 1167 C \ ATOM 31098 OD1 ASN J 540 23.465 -15.241-105.038 1.00139.76 O \ ANISOU31098 OD1 ASN J 540 13475 18305 21322 -1404 646 1139 O \ ATOM 31099 ND2 ASN J 540 22.775 -13.132-104.687 1.00130.28 N \ ANISOU31099 ND2 ASN J 540 11836 17477 20186 -1114 600 1323 N \ ATOM 31100 N LYS J 541 26.978 -13.852-108.066 1.00118.46 N \ ANISOU31100 N LYS J 541 11443 16280 17286 -1129 -399 587 N \ ATOM 31101 CA LYS J 541 27.897 -13.235-109.007 1.00106.16 C \ ANISOU31101 CA LYS J 541 10011 14990 15336 -1089 -670 468 C \ ATOM 31102 C LYS J 541 27.549 -11.749-109.109 1.00 99.63 C \ ANISOU31102 C LYS J 541 8970 14392 14493 -1009 -841 653 C \ ATOM 31103 O LYS J 541 26.411 -11.354-108.858 1.00 98.35 O \ ANISOU31103 O LYS J 541 8501 14207 14662 -1055 -855 796 O \ ATOM 31104 CB LYS J 541 27.825 -13.961-110.358 1.00105.59 C \ ANISOU31104 CB LYS J 541 9960 14970 15188 -1373 -957 210 C \ ATOM 31105 CG LYS J 541 28.169 -15.455-110.238 1.00108.36 C \ ANISOU31105 CG LYS J 541 10543 15033 15596 -1433 -796 1 C \ ATOM 31106 CD LYS J 541 27.475 -16.348-111.271 1.00116.07 C \ ANISOU31106 CD LYS J 541 11446 15933 16724 -1776 -1038 -232 C \ ATOM 31107 CE LYS J 541 28.243 -16.398-112.588 1.00120.94 C \ ANISOU31107 CE LYS J 541 12240 16788 16924 -1847 -1310 -520 C \ ATOM 31108 NZ LYS J 541 27.649 -17.338-113.589 1.00123.85 N \ ANISOU31108 NZ LYS J 541 12596 17070 17393 -2167 -1560 -803 N \ ATOM 31109 N VAL J 542 28.532 -10.927-109.454 1.00 96.71 N \ ANISOU31109 N VAL J 542 8750 14228 13767 -887 -962 651 N \ ATOM 31110 CA VAL J 542 28.371 -9.477-109.384 1.00 98.93 C \ ANISOU31110 CA VAL J 542 8898 14660 14031 -771 -1097 846 C \ ATOM 31111 C VAL J 542 27.913 -8.839-110.692 1.00105.60 C \ ANISOU31111 C VAL J 542 9596 15717 14810 -973 -1518 869 C \ ATOM 31112 O VAL J 542 28.187 -9.346-111.779 1.00111.44 O \ ANISOU31112 O VAL J 542 10435 16578 15329 -1177 -1713 705 O \ ATOM 31113 CB VAL J 542 29.683 -8.795-108.955 1.00 95.74 C \ ANISOU31113 CB VAL J 542 8732 14338 13308 -541 -1007 872 C \ ATOM 31114 CG1 VAL J 542 29.406 -7.409-108.403 1.00 95.72 C \ ANISOU31114 CG1 VAL J 542 8612 14361 13396 -365 -1047 1080 C \ ATOM 31115 CG2 VAL J 542 30.392 -9.633-107.920 1.00 95.32 C \ ANISOU31115 CG2 VAL J 542 8897 14108 13214 -359 -673 797 C \ ATOM 31116 N VAL J 543 27.223 -7.711-110.565 1.00110.58 N \ ANISOU31116 N VAL J 543 10010 16387 15620 -894 -1662 1070 N \ ATOM 31117 CA VAL J 543 26.819 -6.889-111.697 1.00121.24 C \ ANISOU31117 CA VAL J 543 11246 17921 16899 -1031 -2096 1159 C \ ATOM 31118 C VAL J 543 27.999 -6.083-112.259 1.00112.55 C \ ANISOU31118 C VAL J 543 10410 17002 15350 -1010 -2225 1205 C \ ATOM 31119 O VAL J 543 28.125 -4.890-111.987 1.00119.14 O \ ANISOU31119 O VAL J 543 11235 17842 16190 -862 -2296 1393 O \ ATOM 31120 CB VAL J 543 25.693 -5.923-111.275 1.00138.46 C \ ANISOU31120 CB VAL J 543 13097 20039 19473 -902 -2202 1364 C \ ATOM 31121 CG1 VAL J 543 24.340 -6.607-111.375 1.00138.71 C \ ANISOU31121 CG1 VAL J 543 12773 19999 19932 -1054 -2263 1321 C \ ATOM 31122 CG2 VAL J 543 25.931 -5.419-109.850 1.00136.05 C \ ANISOU31122 CG2 VAL J 543 12818 19585 19289 -590 -1841 1450 C \ ATOM 31123 N ILE J 544 28.852 -6.729-113.052 1.00101.10 N \ ANISOU31123 N ILE J 544 9189 15695 13530 -1165 -2245 1026 N \ ATOM 31124 CA ILE J 544 30.105 -6.114-113.502 1.00100.76 C \ ANISOU31124 CA ILE J 544 9385 15841 13058 -1164 -2269 1047 C \ ATOM 31125 C ILE J 544 29.948 -4.855-114.349 1.00109.01 C \ ANISOU31125 C ILE J 544 10423 17046 13951 -1259 -2628 1278 C \ ATOM 31126 O ILE J 544 29.575 -4.932-115.519 1.00120.38 O \ ANISOU31126 O ILE J 544 11875 18650 15213 -1482 -2933 1272 O \ ATOM 31127 CB ILE J 544 30.937 -7.088-114.348 1.00 97.28 C \ ANISOU31127 CB ILE J 544 9152 15562 12248 -1328 -2224 781 C \ ATOM 31128 CG1 ILE J 544 31.181 -8.383-113.586 1.00 98.89 C \ ANISOU31128 CG1 ILE J 544 9407 15570 12595 -1227 -1900 552 C \ ATOM 31129 CG2 ILE J 544 32.254 -6.439-114.751 1.00 94.89 C \ ANISOU31129 CG2 ILE J 544 9046 15479 11530 -1332 -2187 806 C \ ATOM 31130 CD1 ILE J 544 32.127 -8.217-112.426 1.00 99.63 C \ ANISOU31130 CD1 ILE J 544 9599 15564 12690 -958 -1591 577 C \ ATOM 31131 N ASN J 545 30.278 -3.698-113.786 1.00105.84 N \ ANISOU31131 N ASN J 545 10037 16587 13592 -1096 -2612 1481 N \ ATOM 31132 CA ASN J 545 30.177 -2.460-114.553 1.00110.09 C \ ANISOU31132 CA ASN J 545 10606 17222 14002 -1183 -2958 1735 C \ ATOM 31133 C ASN J 545 31.267 -1.451-114.208 1.00108.46 C \ ANISOU31133 C ASN J 545 10563 17015 13630 -1100 -2869 1867 C \ ATOM 31134 O ASN J 545 32.321 -1.817-113.698 1.00105.66 O \ ANISOU31134 O ASN J 545 10325 16685 13137 -1037 -2572 1720 O \ ATOM 31135 CB ASN J 545 28.787 -1.834-114.405 1.00118.07 C \ ANISOU31135 CB ASN J 545 11351 18083 15427 -1092 -3222 1919 C \ ATOM 31136 CG ASN J 545 28.463 -1.455-112.975 1.00121.53 C \ ANISOU31136 CG ASN J 545 11637 18270 16268 -786 -2980 1953 C \ ATOM 31137 OD1 ASN J 545 28.610 -0.299-112.584 1.00125.22 O \ ANISOU31137 OD1 ASN J 545 12132 18633 16814 -632 -3044 2125 O \ ATOM 31138 ND2 ASN J 545 28.020 -2.427-112.188 1.00121.45 N \ ANISOU31138 ND2 ASN J 545 11489 18152 16503 -703 -2696 1788 N \ ATOM 31139 N SER J 546 31.013 -0.180-114.494 1.00111.37 N \ ANISOU31139 N SER J 546 10938 17340 14039 -1104 -3151 2143 N \ ATOM 31140 CA SER J 546 32.035 0.853-114.342 1.00109.61 C \ ANISOU31140 CA SER J 546 10883 17105 13659 -1095 -3123 2290 C \ ATOM 31141 C SER J 546 32.524 0.999-112.905 1.00105.05 C \ ANISOU31141 C SER J 546 10286 16329 13298 -825 -2820 2194 C \ ATOM 31142 O SER J 546 33.694 1.280-112.666 1.00100.21 O \ ANISOU31142 O SER J 546 9809 15761 12505 -840 -2673 2166 O \ ATOM 31143 CB SER J 546 31.523 2.192-114.875 1.00112.60 C \ ANISOU31143 CB SER J 546 11282 17396 14105 -1136 -3517 2625 C \ ATOM 31144 OG SER J 546 30.964 2.037-116.167 1.00117.15 O \ ANISOU31144 OG SER J 546 11887 18155 14471 -1364 -3843 2725 O \ ATOM 31145 N ASN J 547 31.622 0.809-111.950 1.00110.47 N \ ANISOU31145 N ASN J 547 10797 16812 14365 -585 -2726 2141 N \ ATOM 31146 CA ASN J 547 32.000 0.869-110.546 1.00115.32 C \ ANISOU31146 CA ASN J 547 11424 17252 15140 -316 -2435 2037 C \ ATOM 31147 C ASN J 547 32.599 -0.451-110.077 1.00106.05 C \ ANISOU31147 C ASN J 547 10305 16147 13841 -286 -2101 1785 C \ ATOM 31148 O ASN J 547 33.397 -0.478-109.145 1.00106.58 O \ ANISOU31148 O ASN J 547 10470 16151 13873 -122 -1885 1689 O \ ATOM 31149 CB ASN J 547 30.798 1.230-109.667 1.00131.24 C \ ANISOU31149 CB ASN J 547 13244 19038 17584 -58 -2423 2083 C \ ATOM 31150 CG ASN J 547 30.140 2.535-110.076 1.00142.27 C \ ANISOU31150 CG ASN J 547 14569 20319 19168 -28 -2776 2318 C \ ATOM 31151 OD1 ASN J 547 30.763 3.395-110.702 1.00145.56 O \ ANISOU31151 OD1 ASN J 547 15146 20758 19402 -159 -2996 2477 O \ ATOM 31152 ND2 ASN J 547 28.869 2.692-109.712 1.00143.73 N \ ANISOU31152 ND2 ASN J 547 14503 20368 19739 147 -2827 2350 N \ ATOM 31153 N ILE J 548 32.231 -1.541-110.743 1.00 99.72 N \ ANISOU31153 N ILE J 548 9455 15461 12973 -443 -2093 1674 N \ ATOM 31154 CA ILE J 548 32.662 -2.875-110.333 1.00 97.24 C \ ANISOU31154 CA ILE J 548 9199 15155 12593 -405 -1802 1438 C \ ATOM 31155 C ILE J 548 33.263 -3.666-111.477 1.00102.77 C \ ANISOU31155 C ILE J 548 9997 16082 12969 -644 -1838 1289 C \ ATOM 31156 O ILE J 548 32.552 -4.139-112.365 1.00109.55 O \ ANISOU31156 O ILE J 548 10794 17017 13812 -830 -2001 1259 O \ ATOM 31157 CB ILE J 548 31.491 -3.722-109.811 1.00 93.65 C \ ANISOU31157 CB ILE J 548 8583 14544 12456 -338 -1682 1384 C \ ATOM 31158 CG1 ILE J 548 30.760 -3.009-108.677 1.00 99.11 C \ ANISOU31158 CG1 ILE J 548 9150 15036 13472 -90 -1596 1506 C \ ATOM 31159 CG2 ILE J 548 31.986 -5.096-109.366 1.00 86.64 C \ ANISOU31159 CG2 ILE J 548 7804 13610 11505 -300 -1394 1169 C \ ATOM 31160 CD1 ILE J 548 29.555 -3.773-108.177 1.00104.62 C \ ANISOU31160 CD1 ILE J 548 9645 15605 14502 -54 -1441 1478 C \ ATOM 31161 N THR J 549 34.579 -3.814-111.457 1.00102.53 N \ ANISOU31161 N THR J 549 10108 16169 12681 -633 -1690 1171 N \ ATOM 31162 CA THR J 549 35.247 -4.751-112.339 1.00105.66 C \ ANISOU31162 CA THR J 549 10593 16768 12786 -792 -1629 955 C \ ATOM 31163 C THR J 549 36.274 -5.435-111.466 1.00 94.61 C \ ANISOU31163 C THR J 549 9266 15311 11372 -587 -1342 760 C \ ATOM 31164 O THR J 549 36.758 -4.842-110.510 1.00 86.88 O \ ANISOU31164 O THR J 549 8298 14238 10475 -400 -1264 830 O \ ATOM 31165 CB THR J 549 35.967 -4.060-113.518 1.00119.85 C \ ANISOU31165 CB THR J 549 12469 18854 14215 -1029 -1770 1026 C \ ATOM 31166 OG1 THR J 549 37.335 -3.817-113.172 1.00122.75 O \ ANISOU31166 OG1 THR J 549 12889 19315 14436 -960 -1588 960 O \ ATOM 31167 CG2 THR J 549 35.295 -2.750-113.892 1.00120.22 C \ ANISOU31167 CG2 THR J 549 12482 18883 14313 -1129 -2067 1345 C \ ATOM 31168 N PRO J 550 36.587 -6.699-111.766 1.00 93.14 N \ ANISOU31168 N PRO J 550 9138 15158 11093 -602 -1211 503 N \ ATOM 31169 CA PRO J 550 37.616 -7.400-110.998 1.00 96.61 C \ ANISOU31169 CA PRO J 550 9650 15536 11522 -382 -975 315 C \ ATOM 31170 C PRO J 550 38.998 -6.879-111.336 1.00 98.45 C \ ANISOU31170 C PRO J 550 9889 16019 11498 -403 -936 256 C \ ATOM 31171 O PRO J 550 39.188 -6.253-112.379 1.00104.07 O \ ANISOU31171 O PRO J 550 10586 16976 11980 -639 -1047 320 O \ ATOM 31172 CB PRO J 550 37.492 -8.838-111.494 1.00 97.47 C \ ANISOU31172 CB PRO J 550 9820 15607 11606 -429 -897 51 C \ ATOM 31173 CG PRO J 550 36.988 -8.696-112.887 1.00 99.85 C \ ANISOU31173 CG PRO J 550 10103 16117 11717 -731 -1094 41 C \ ATOM 31174 CD PRO J 550 36.032 -7.540-112.840 1.00 97.40 C \ ANISOU31174 CD PRO J 550 9692 15778 11537 -813 -1304 356 C \ ATOM 31175 N ILE J 551 39.956 -7.138-110.457 1.00 95.79 N \ ANISOU31175 N ILE J 551 9570 15626 11200 -166 -783 145 N \ ATOM 31176 CA ILE J 551 41.346 -6.883-110.775 1.00 98.41 C \ ANISOU31176 CA ILE J 551 9853 16207 11331 -180 -715 27 C \ ATOM 31177 C ILE J 551 41.951 -8.185-111.280 1.00 97.58 C \ ANISOU31177 C ILE J 551 9772 16191 11113 -132 -564 -302 C \ ATOM 31178 O ILE J 551 41.489 -9.272-110.926 1.00 95.23 O \ ANISOU31178 O ILE J 551 9559 15669 10956 3 -505 -425 O \ ATOM 31179 CB ILE J 551 42.124 -6.353-109.558 1.00 96.06 C \ ANISOU31179 CB ILE J 551 9529 15817 11153 57 -684 70 C \ ATOM 31180 CG1 ILE J 551 43.410 -5.661-110.010 1.00 98.21 C \ ANISOU31180 CG1 ILE J 551 9681 16375 11258 -57 -670 29 C \ ATOM 31181 CG2 ILE J 551 42.423 -7.473-108.578 1.00 76.28 C \ ANISOU31181 CG2 ILE J 551 7096 13112 8776 375 -556 -105 C \ ATOM 31182 CD1 ILE J 551 43.214 -4.690-111.152 1.00 98.76 C \ ANISOU31182 CD1 ILE J 551 9721 16658 11144 -409 -774 213 C \ ATOM 31183 N CYS J 552 42.956 -8.078-112.138 1.00103.49 N \ ANISOU31183 N CYS J 552 10447 17260 11614 -254 -489 -445 N \ ATOM 31184 CA CYS J 552 43.551 -9.262-112.738 1.00107.62 C \ ANISOU31184 CA CYS J 552 10981 17896 12014 -200 -335 -799 C \ ATOM 31185 C CYS J 552 44.618 -9.904-111.858 1.00106.34 C \ ANISOU31185 C CYS J 552 10762 17649 11995 139 -200 -1006 C \ ATOM 31186 O CYS J 552 45.365 -9.218-111.166 1.00103.69 O \ ANISOU31186 O CYS J 552 10317 17355 11727 248 -207 -920 O \ ATOM 31187 CB CYS J 552 44.109 -8.954-114.131 1.00109.84 C \ ANISOU31187 CB CYS J 552 11210 18594 11932 -479 -273 -893 C \ ATOM 31188 SG CYS J 552 43.060 -9.536-115.485 1.00242.54 S \ ANISOU31188 SG CYS J 552 28175 35484 28496 -749 -366 -991 S \ ATOM 31189 N LEU J 553 44.660 -11.230-111.861 1.00104.83 N \ ANISOU31189 N LEU J 553 10653 17308 11871 314 -112 -1280 N \ ATOM 31190 CA LEU J 553 45.720 -11.945-111.171 1.00 98.27 C \ ANISOU31190 CA LEU J 553 9772 16400 11167 659 -10 -1502 C \ ATOM 31191 C LEU J 553 47.019 -11.784-111.944 1.00107.63 C \ ANISOU31191 C LEU J 553 10746 17988 12161 623 128 -1738 C \ ATOM 31192 O LEU J 553 47.010 -11.362-113.103 1.00112.49 O \ ANISOU31192 O LEU J 553 11314 18920 12506 321 182 -1759 O \ ATOM 31193 CB LEU J 553 45.373 -13.422-111.031 1.00 90.06 C \ ANISOU31193 CB LEU J 553 8904 15045 10270 849 33 -1723 C \ ATOM 31194 CG LEU J 553 44.758 -13.842-109.699 1.00 88.52 C \ ANISOU31194 CG LEU J 553 8877 14409 10348 1076 -28 -1542 C \ ATOM 31195 CD1 LEU J 553 45.097 -15.295-109.447 1.00 92.55 C \ ANISOU31195 CD1 LEU J 553 9518 14641 11007 1358 38 -1807 C \ ATOM 31196 CD2 LEU J 553 45.227 -12.961-108.551 1.00 83.12 C \ ANISOU31196 CD2 LEU J 553 8130 13719 9734 1248 -89 -1322 C \ ATOM 31197 N PRO J 554 48.150 -12.115-111.312 1.00109.69 N \ ANISOU31197 N PRO J 554 10868 18255 12553 929 190 -1912 N \ ATOM 31198 CA PRO J 554 49.379 -11.977-112.086 1.00124.48 C \ ANISOU31198 CA PRO J 554 12481 20544 14273 883 358 -2156 C \ ATOM 31199 C PRO J 554 49.621 -13.191-112.962 1.00139.17 C \ ANISOU31199 C PRO J 554 14369 22471 16037 968 527 -2566 C \ ATOM 31200 O PRO J 554 49.303 -14.318-112.583 1.00143.56 O \ ANISOU31200 O PRO J 554 15098 22682 16765 1220 495 -2722 O \ ATOM 31201 CB PRO J 554 50.465 -11.905-111.009 1.00122.63 C \ ANISOU31201 CB PRO J 554 12054 20272 14269 1211 319 -2204 C \ ATOM 31202 CG PRO J 554 49.739 -11.784-109.693 1.00110.54 C \ ANISOU31202 CG PRO J 554 10730 18333 12936 1378 115 -1929 C \ ATOM 31203 CD PRO J 554 48.432 -12.444-109.909 1.00103.72 C \ ANISOU31203 CD PRO J 554 10154 17193 12063 1302 101 -1868 C \ ATOM 31204 N ARG J 555 50.179 -12.948-114.138 1.00146.48 N \ ANISOU31204 N ARG J 555 15146 23832 16679 749 713 -2738 N \ ATOM 31205 CA ARG J 555 50.676 -14.018-114.975 1.00156.03 C \ ANISOU31205 CA ARG J 555 16332 25177 17776 866 917 -3198 C \ ATOM 31206 C ARG J 555 52.031 -14.403-114.388 1.00164.07 C \ ANISOU31206 C ARG J 555 17059 26252 19029 1250 1020 -3453 C \ ATOM 31207 O ARG J 555 52.603 -13.649-113.600 1.00159.20 O \ ANISOU31207 O ARG J 555 16238 25681 18568 1311 944 -3260 O \ ATOM 31208 CB ARG J 555 50.806 -13.540-116.424 1.00157.42 C \ ANISOU31208 CB ARG J 555 16459 25843 17510 487 1106 -3276 C \ ATOM 31209 CG ARG J 555 50.677 -12.023-116.610 1.00156.29 C \ ANISOU31209 CG ARG J 555 16243 25950 17189 100 1051 -2847 C \ ATOM 31210 CD ARG J 555 49.218 -11.563-116.689 1.00156.90 C \ ANISOU31210 CD ARG J 555 16611 25812 17192 -155 797 -2492 C \ ATOM 31211 NE ARG J 555 49.098 -10.121-116.891 1.00160.83 N \ ANISOU31211 NE ARG J 555 17062 26506 17540 -496 722 -2086 N \ ATOM 31212 CZ ARG J 555 47.941 -9.468-116.932 1.00164.77 C \ ANISOU31212 CZ ARG J 555 17752 26852 18001 -714 485 -1734 C \ ATOM 31213 NH1 ARG J 555 46.801 -10.127-116.780 1.00167.61 N \ ANISOU31213 NH1 ARG J 555 18326 26893 18467 -647 317 -1742 N \ ATOM 31214 NH2 ARG J 555 47.919 -8.156-117.123 1.00164.61 N \ ANISOU31214 NH2 ARG J 555 17696 26981 17867 -999 410 -1374 N \ ATOM 31215 N LYS J 556 52.530 -15.583-114.740 1.00174.99 N \ ANISOU31215 N LYS J 556 18421 27607 20461 1526 1163 -3901 N \ ATOM 31216 CA LYS J 556 53.806 -16.069-114.210 1.00180.69 C \ ANISOU31216 CA LYS J 556 18847 28361 21446 1947 1236 -4181 C \ ATOM 31217 C LYS J 556 55.028 -15.325-114.756 1.00183.06 C \ ANISOU31217 C LYS J 556 18698 29232 21623 1827 1477 -4300 C \ ATOM 31218 O LYS J 556 56.164 -15.645-114.400 1.00182.20 O \ ANISOU31218 O LYS J 556 18259 29220 21747 2158 1547 -4553 O \ ATOM 31219 CB LYS J 556 53.956 -17.571-114.459 1.00186.84 C \ ANISOU31219 CB LYS J 556 19741 28904 22344 2304 1311 -4645 C \ ATOM 31220 CG LYS J 556 52.858 -18.418-113.840 1.00189.16 C \ ANISOU31220 CG LYS J 556 20459 28589 22826 2435 1085 -4538 C \ ATOM 31221 CD LYS J 556 52.959 -19.856-114.312 1.00197.01 C \ ANISOU31221 CD LYS J 556 21596 29351 23907 2711 1170 -5020 C \ ATOM 31222 CE LYS J 556 51.730 -20.654-113.915 1.00198.26 C \ ANISOU31222 CE LYS J 556 22193 28921 24217 2713 972 -4898 C \ ATOM 31223 NZ LYS J 556 51.744 -22.007-114.534 1.00204.22 N \ ANISOU31223 NZ LYS J 556 23123 29436 25037 2909 1046 -5387 N \ ATOM 31224 N GLU J 557 54.791 -14.348-115.629 1.00186.84 N \ ANISOU31224 N GLU J 557 19158 30083 21749 1350 1600 -4109 N \ ATOM 31225 CA GLU J 557 55.868 -13.578-116.250 1.00191.71 C \ ANISOU31225 CA GLU J 557 19371 31258 22211 1143 1871 -4172 C \ ATOM 31226 C GLU J 557 55.692 -12.074-116.031 1.00184.31 C \ ANISOU31226 C GLU J 557 18380 30444 21204 745 1756 -3675 C \ ATOM 31227 O GLU J 557 56.383 -11.260-116.647 1.00186.69 O \ ANISOU31227 O GLU J 557 18410 31192 21331 443 1973 -3624 O \ ATOM 31228 CB GLU J 557 55.968 -13.887-117.751 1.00201.52 C \ ANISOU31228 CB GLU J 557 20636 32914 23020 925 2216 -4475 C \ ATOM 31229 CG GLU J 557 54.935 -13.185-118.639 1.00203.37 C \ ANISOU31229 CG GLU J 557 21192 33276 22804 417 2188 -4168 C \ ATOM 31230 CD GLU J 557 53.552 -13.813-118.581 1.00200.92 C \ ANISOU31230 CD GLU J 557 21345 32521 22475 440 1924 -4109 C \ ATOM 31231 OE1 GLU J 557 53.418 -14.928-118.035 1.00202.51 O \ ANISOU31231 OE1 GLU J 557 21649 32336 22958 825 1830 -4361 O \ ATOM 31232 OE2 GLU J 557 52.597 -13.187-119.089 1.00196.82 O \ ANISOU31232 OE2 GLU J 557 21077 32032 21675 65 1802 -3802 O \ ATOM 31233 N ALA J 558 54.766 -11.710-115.150 1.00174.76 N \ ANISOU31233 N ALA J 558 17433 28825 20141 742 1428 -3313 N \ ATOM 31234 CA ALA J 558 54.466 -10.306-114.896 1.00167.28 C \ ANISOU31234 CA ALA J 558 16491 27912 19157 398 1280 -2854 C \ ATOM 31235 C ALA J 558 55.501 -9.645-113.990 1.00165.05 C \ ANISOU31235 C ALA J 558 15851 27689 19173 503 1207 -2791 C \ ATOM 31236 O ALA J 558 55.498 -8.425-113.826 1.00163.11 O \ ANISOU31236 O ALA J 558 15548 27506 18921 206 1112 -2462 O \ ATOM 31237 CB ALA J 558 53.073 -10.160-114.308 1.00161.26 C \ ANISOU31237 CB ALA J 558 16119 26705 18446 375 981 -2529 C \ ATOM 31238 N GLU J 559 56.394 -10.451-113.417 1.00166.83 N \ ANISOU31238 N GLU J 559 15836 27880 19673 928 1226 -3116 N \ ATOM 31239 CA GLU J 559 57.420 -9.956-112.495 1.00166.83 C \ ANISOU31239 CA GLU J 559 15473 27927 19988 1080 1103 -3108 C \ ATOM 31240 C GLU J 559 58.292 -8.871-113.124 1.00171.80 C \ ANISOU31240 C GLU J 559 15709 29033 20536 676 1305 -3040 C \ ATOM 31241 O GLU J 559 59.034 -8.176-112.430 1.00171.88 O \ ANISOU31241 O GLU J 559 15421 29090 20794 670 1172 -2963 O \ ATOM 31242 CB GLU J 559 58.320 -11.092-112.001 1.00166.03 C \ ANISOU31242 CB GLU J 559 15137 27773 20174 1613 1108 -3516 C \ ATOM 31243 CG GLU J 559 57.596 -12.286-111.414 1.00161.74 C \ ANISOU31243 CG GLU J 559 14975 26744 19733 2022 937 -3602 C \ ATOM 31244 CD GLU J 559 57.171 -13.280-112.470 1.00163.06 C \ ANISOU31244 CD GLU J 559 15328 26937 19691 2030 1178 -3878 C \ ATOM 31245 OE1 GLU J 559 57.907 -14.268-112.687 1.00167.39 O \ ANISOU31245 OE1 GLU J 559 15693 27544 20362 2370 1317 -4296 O \ ATOM 31246 OE2 GLU J 559 56.107 -13.068-113.085 1.00160.03 O \ ANISOU31246 OE2 GLU J 559 15267 26508 19029 1705 1207 -3694 O \ ATOM 31247 N SER J 560 58.215 -8.749-114.444 1.00176.18 N \ ANISOU31247 N SER J 560 16270 29939 20731 328 1625 -3073 N \ ATOM 31248 CA SER J 560 58.929 -7.708-115.167 1.00180.19 C \ ANISOU31248 CA SER J 560 16466 30901 21098 -129 1864 -2950 C \ ATOM 31249 C SER J 560 58.387 -6.318-114.825 1.00174.58 C \ ANISOU31249 C SER J 560 15919 30031 20383 -509 1619 -2444 C \ ATOM 31250 O SER J 560 59.014 -5.308-115.139 1.00177.90 O \ ANISOU31250 O SER J 560 16080 30725 20788 -888 1733 -2276 O \ ATOM 31251 CB SER J 560 58.859 -7.961-116.676 1.00185.29 C \ ANISOU31251 CB SER J 560 17173 31948 21279 -405 2264 -3084 C \ ATOM 31252 OG SER J 560 59.618 -9.104-117.038 1.00188.59 O \ ANISOU31252 OG SER J 560 17341 32585 21731 -72 2546 -3603 O \ ATOM 31253 N PHE J 561 57.217 -6.270-114.193 1.00165.37 N \ ANISOU31253 N PHE J 561 15177 28412 19243 -411 1295 -2207 N \ ATOM 31254 CA PHE J 561 56.612 -5.000-113.798 1.00158.73 C \ ANISOU31254 CA PHE J 561 14519 27362 18431 -702 1038 -1758 C \ ATOM 31255 C PHE J 561 56.728 -4.746-112.300 1.00151.85 C \ ANISOU31255 C PHE J 561 13616 26137 17944 -413 693 -1703 C \ ATOM 31256 O PHE J 561 56.651 -3.603-111.850 1.00147.46 O \ ANISOU31256 O PHE J 561 13077 25458 17494 -629 497 -1417 O \ ATOM 31257 CB PHE J 561 55.150 -4.952-114.236 1.00158.01 C \ ANISOU31257 CB PHE J 561 14910 27052 18076 -843 930 -1508 C \ ATOM 31258 CG PHE J 561 54.960 -5.271-115.683 1.00164.15 C \ ANISOU31258 CG PHE J 561 15780 28162 18428 -1101 1214 -1579 C \ ATOM 31259 CD1 PHE J 561 55.104 -4.287-116.644 1.00167.91 C \ ANISOU31259 CD1 PHE J 561 16238 28943 18619 -1595 1358 -1324 C \ ATOM 31260 CD2 PHE J 561 54.663 -6.560-116.086 1.00166.19 C \ ANISOU31260 CD2 PHE J 561 16167 28422 18557 -854 1333 -1908 C \ ATOM 31261 CE1 PHE J 561 54.946 -4.582-117.979 1.00171.68 C \ ANISOU31261 CE1 PHE J 561 16836 29754 18640 -1830 1618 -1391 C \ ATOM 31262 CE2 PHE J 561 54.503 -6.861-117.417 1.00170.21 C \ ANISOU31262 CE2 PHE J 561 16784 29248 18639 -1083 1581 -2013 C \ ATOM 31263 CZ PHE J 561 54.643 -5.872-118.365 1.00173.31 C \ ANISOU31263 CZ PHE J 561 17170 29978 18701 -1567 1725 -1754 C \ ATOM 31264 N MET J 562 56.895 -5.819-111.533 1.00151.34 N \ ANISOU31264 N MET J 562 13539 25892 18073 79 607 -1976 N \ ATOM 31265 CA MET J 562 57.087 -5.714-110.090 1.00148.37 C \ ANISOU31265 CA MET J 562 13152 25210 18012 399 280 -1958 C \ ATOM 31266 C MET J 562 58.565 -5.671-109.711 1.00155.16 C \ ANISOU31266 C MET J 562 13501 26311 19142 528 281 -2202 C \ ATOM 31267 O MET J 562 59.007 -6.416-108.836 1.00157.06 O \ ANISOU31267 O MET J 562 13661 26410 19604 982 120 -2416 O \ ATOM 31268 CB MET J 562 56.417 -6.882-109.361 1.00140.25 C \ ANISOU31268 CB MET J 562 12436 23811 17042 867 145 -2065 C \ ATOM 31269 CG MET J 562 54.927 -7.013-109.593 1.00133.21 C \ ANISOU31269 CG MET J 562 12007 22653 15955 771 118 -1845 C \ ATOM 31270 SD MET J 562 54.159 -8.036-108.324 1.00146.85 S \ ANISOU31270 SD MET J 562 14093 23871 17831 1268 -99 -1857 S \ ATOM 31271 CE MET J 562 55.333 -9.382-108.215 1.00101.15 C \ ANISOU31271 CE MET J 562 8050 18172 12209 1715 -10 -2298 C \ ATOM 31272 N ARG J 563 59.326 -4.808-110.376 1.00155.22 N \ ANISOU31272 N ARG J 563 13158 26680 19138 124 454 -2158 N \ ATOM 31273 CA ARG J 563 60.750 -4.667-110.096 1.00153.12 C \ ANISOU31273 CA ARG J 563 12329 26685 19164 179 470 -2385 C \ ATOM 31274 C ARG J 563 60.993 -3.668-108.975 1.00141.25 C \ ANISOU31274 C ARG J 563 10770 24971 17926 136 85 -2216 C \ ATOM 31275 O ARG J 563 60.098 -2.916-108.603 1.00127.80 O \ ANISOU31275 O ARG J 563 9445 22965 16149 -18 -125 -1905 O \ ATOM 31276 CB ARG J 563 61.490 -4.230-111.357 1.00163.73 C \ ANISOU31276 CB ARG J 563 13292 28540 20379 -271 884 -2422 C \ ATOM 31277 CG ARG J 563 61.530 -5.299-112.421 1.00171.58 C \ ANISOU31277 CG ARG J 563 14257 29811 21126 -170 1282 -2703 C \ ATOM 31278 CD ARG J 563 62.202 -6.542-111.879 1.00180.38 C \ ANISOU31278 CD ARG J 563 15128 30906 22502 420 1248 -3139 C \ ATOM 31279 NE ARG J 563 61.926 -7.710-112.707 1.00188.86 N \ ANISOU31279 NE ARG J 563 16341 32070 23347 615 1537 -3416 N \ ATOM 31280 CZ ARG J 563 62.591 -8.006-113.817 1.00199.78 C \ ANISOU31280 CZ ARG J 563 17410 33922 24576 488 1984 -3682 C \ ATOM 31281 NH1 ARG J 563 63.570 -7.214-114.236 1.00204.20 N \ ANISOU31281 NH1 ARG J 563 17473 34917 25195 141 2219 -3674 N \ ATOM 31282 NH2 ARG J 563 62.272 -9.089-114.508 1.00203.81 N \ ANISOU31282 NH2 ARG J 563 18104 34463 24871 693 2207 -3963 N \ ATOM 31283 N THR J 564 62.202 -3.667-108.428 1.00148.15 N \ ANISOU31283 N THR J 564 11164 26004 19124 288 -24 -2446 N \ ATOM 31284 CA THR J 564 62.569 -2.652-107.453 1.00152.43 C \ ANISOU31284 CA THR J 564 11603 26393 19921 193 -395 -2328 C \ ATOM 31285 C THR J 564 62.505 -1.300-108.162 1.00159.51 C \ ANISOU31285 C THR J 564 12457 27407 20743 -458 -269 -2025 C \ ATOM 31286 O THR J 564 62.845 -1.201-109.341 1.00160.81 O \ ANISOU31286 O THR J 564 12389 27940 20771 -810 129 -2017 O \ ATOM 31287 CB THR J 564 63.975 -2.907-106.867 1.00153.82 C \ ANISOU31287 CB THR J 564 11191 26777 20478 440 -538 -2658 C \ ATOM 31288 OG1 THR J 564 64.079 -4.274-106.446 1.00151.57 O \ ANISOU31288 OG1 THR J 564 10935 26413 20240 1043 -597 -2938 O \ ATOM 31289 CG2 THR J 564 64.230 -2.001-105.671 1.00151.12 C \ ANISOU31289 CG2 THR J 564 10837 26202 20380 428 -1019 -2573 C \ ATOM 31290 N ASP J 565 62.026 -0.279-107.454 1.00164.26 N \ ANISOU31290 N ASP J 565 13324 27678 21411 -609 -601 -1771 N \ ATOM 31291 CA ASP J 565 61.798 1.055-108.022 1.00170.15 C \ ANISOU31291 CA ASP J 565 14139 28410 22102 -1201 -553 -1433 C \ ATOM 31292 C ASP J 565 60.735 1.115-109.127 1.00167.76 C \ ANISOU31292 C ASP J 565 14221 28109 21412 -1464 -283 -1158 C \ ATOM 31293 O ASP J 565 60.581 2.144-109.787 1.00167.39 O \ ANISOU31293 O ASP J 565 14231 28087 21281 -1966 -203 -858 O \ ATOM 31294 CB ASP J 565 63.105 1.704-108.497 1.00182.73 C \ ANISOU31294 CB ASP J 565 15128 30378 23923 -1621 -390 -1493 C \ ATOM 31295 CG ASP J 565 63.888 2.341-107.364 1.00192.77 C \ ANISOU31295 CG ASP J 565 16127 31513 25603 -1584 -801 -1601 C \ ATOM 31296 OD1 ASP J 565 63.813 1.834-106.224 1.00194.40 O \ ANISOU31296 OD1 ASP J 565 16457 31486 25919 -1084 -1151 -1782 O \ ATOM 31297 OD2 ASP J 565 64.575 3.354-107.615 1.00198.12 O \ ANISOU31297 OD2 ASP J 565 16483 32310 26482 -2072 -783 -1498 O \ ATOM 31298 N ASP J 566 60.018 0.011-109.331 1.00167.24 N \ ANISOU31298 N ASP J 566 14422 28003 21119 -1131 -168 -1257 N \ ATOM 31299 CA ASP J 566 58.842 -0.002-110.205 1.00165.59 C \ ANISOU31299 CA ASP J 566 14633 27729 20553 -1310 -16 -1012 C \ ATOM 31300 C ASP J 566 57.601 0.446-109.440 1.00152.19 C \ ANISOU31300 C ASP J 566 13428 25544 18854 -1195 -349 -764 C \ ATOM 31301 O ASP J 566 57.284 -0.097-108.382 1.00149.23 O \ ANISOU31301 O ASP J 566 13211 24899 18590 -757 -570 -887 O \ ATOM 31302 CB ASP J 566 58.604 -1.391-110.809 1.00169.35 C \ ANISOU31302 CB ASP J 566 15168 28370 20807 -1035 248 -1254 C \ ATOM 31303 CG ASP J 566 59.192 -1.541-112.204 1.00176.70 C \ ANISOU31303 CG ASP J 566 15841 29794 21504 -1357 690 -1335 C \ ATOM 31304 OD1 ASP J 566 60.398 -1.275-112.388 1.00183.92 O \ ANISOU31304 OD1 ASP J 566 16270 31038 22573 -1520 858 -1468 O \ ATOM 31305 OD2 ASP J 566 58.436 -1.924-113.121 1.00174.93 O \ ANISOU31305 OD2 ASP J 566 15897 29639 20930 -1453 873 -1272 O \ ATOM 31306 N ILE J 567 56.890 1.424-109.989 1.00140.45 N \ ANISOU31306 N ILE J 567 12185 23948 17232 -1578 -374 -411 N \ ATOM 31307 CA ILE J 567 55.785 2.060-109.284 1.00128.60 C \ ANISOU31307 CA ILE J 567 11089 21995 15780 -1503 -686 -173 C \ ATOM 31308 C ILE J 567 54.551 1.160-109.195 1.00127.93 C \ ANISOU31308 C ILE J 567 11364 21720 15525 -1180 -690 -180 C \ ATOM 31309 O ILE J 567 54.235 0.424-110.127 1.00133.22 O \ ANISOU31309 O ILE J 567 12082 22584 15951 -1218 -457 -218 O \ ATOM 31310 CB ILE J 567 55.416 3.401-109.942 1.00124.31 C \ ANISOU31310 CB ILE J 567 10685 21368 15179 -1999 -734 214 C \ ATOM 31311 CG1 ILE J 567 56.677 4.105-110.447 1.00129.73 C \ ANISOU31311 CG1 ILE J 567 10981 22345 15966 -2430 -595 239 C \ ATOM 31312 CG2 ILE J 567 54.668 4.292-108.967 1.00119.68 C \ ANISOU31312 CG2 ILE J 567 10390 20304 14779 -1906 -1099 387 C \ ATOM 31313 CD1 ILE J 567 57.595 4.589-109.340 1.00132.44 C \ ANISOU31313 CD1 ILE J 567 11057 22574 16691 -2356 -837 79 C \ ATOM 31314 N GLY J 568 53.857 1.229-108.066 1.00122.84 N \ ANISOU31314 N GLY J 568 10969 20696 15007 -877 -950 -152 N \ ATOM 31315 CA GLY J 568 52.661 0.438-107.857 1.00117.20 C \ ANISOU31315 CA GLY J 568 10574 19774 14183 -591 -955 -139 C \ ATOM 31316 C GLY J 568 51.681 1.149-106.948 1.00114.09 C \ ANISOU31316 C GLY J 568 10480 18975 13894 -475 -1211 47 C \ ATOM 31317 O GLY J 568 52.077 1.805-105.986 1.00115.23 O \ ANISOU31317 O GLY J 568 10606 18956 14221 -391 -1422 18 O \ ATOM 31318 N THR J 569 50.395 1.021-107.256 1.00111.61 N \ ANISOU31318 N THR J 569 10430 18504 13471 -467 -1198 214 N \ ATOM 31319 CA THR J 569 49.369 1.730-106.505 1.00105.36 C \ ANISOU31319 CA THR J 569 9897 17349 12786 -362 -1401 390 C \ ATOM 31320 C THR J 569 48.812 0.861-105.395 1.00 97.29 C \ ANISOU31320 C THR J 569 9044 16121 11802 80 -1416 256 C \ ATOM 31321 O THR J 569 48.811 -0.363-105.495 1.00 98.14 O \ ANISOU31321 O THR J 569 9141 16320 11827 257 -1263 106 O \ ATOM 31322 CB THR J 569 48.183 2.157-107.399 1.00103.13 C \ ANISOU31322 CB THR J 569 9783 16994 12408 -585 -1408 666 C \ ATOM 31323 OG1 THR J 569 48.655 2.541-108.695 1.00104.84 O \ ANISOU31323 OG1 THR J 569 9878 17481 12474 -995 -1316 790 O \ ATOM 31324 CG2 THR J 569 47.415 3.319-106.764 1.00 99.48 C \ ANISOU31324 CG2 THR J 569 9503 16179 12115 -560 -1642 861 C \ ATOM 31325 N ALA J 570 48.343 1.510-104.337 1.00 91.24 N \ ANISOU31325 N ALA J 570 8451 15063 11154 252 -1593 311 N \ ATOM 31326 CA ALA J 570 47.517 0.861-103.334 1.00 91.47 C \ ANISOU31326 CA ALA J 570 8701 14872 11183 623 -1578 266 C \ ATOM 31327 C ALA J 570 46.353 1.787-103.005 1.00 84.82 C \ ANISOU31327 C ALA J 570 8051 13754 10423 625 -1680 455 C \ ATOM 31328 O ALA J 570 46.470 3.011-103.127 1.00 84.50 O \ ANISOU31328 O ALA J 570 8000 13629 10479 434 -1842 562 O \ ATOM 31329 CB ALA J 570 48.330 0.547-102.093 1.00 99.03 C \ ANISOU31329 CB ALA J 570 9675 15783 12168 939 -1674 60 C \ ATOM 31330 N SER J 571 45.239 1.202-102.573 1.00 81.25 N \ ANISOU31330 N SER J 571 7765 13149 9958 843 -1582 491 N \ ATOM 31331 CA SER J 571 43.984 1.933-102.456 1.00 84.18 C \ ANISOU31331 CA SER J 571 8260 13297 10428 849 -1630 665 C \ ATOM 31332 C SER J 571 43.186 1.464-101.255 1.00 73.36 C \ ANISOU31332 C SER J 571 7076 11732 9066 1204 -1536 615 C \ ATOM 31333 O SER J 571 43.151 0.273-100.954 1.00 75.67 O \ ANISOU31333 O SER J 571 7414 12065 9272 1370 -1376 535 O \ ATOM 31334 CB SER J 571 43.135 1.686-103.697 1.00 88.62 C \ ANISOU31334 CB SER J 571 8757 13943 10971 621 -1557 827 C \ ATOM 31335 OG SER J 571 42.809 0.308-103.794 1.00 72.95 O \ ANISOU31335 OG SER J 571 6778 12034 8906 729 -1365 744 O \ ATOM 31336 N GLY J 572 42.505 2.386-100.590 1.00103.44 N \ ANISOU31336 N GLY J 572 11003 15320 12978 1319 -1617 669 N \ ATOM 31337 CA GLY J 572 41.715 2.010 -99.434 1.00 98.13 C \ ANISOU31337 CA GLY J 572 10510 14488 12286 1647 -1482 626 C \ ATOM 31338 C GLY J 572 41.104 3.160 -98.663 1.00 90.28 C \ ANISOU31338 C GLY J 572 9640 13263 11398 1795 -1571 630 C \ ATOM 31339 O GLY J 572 41.337 4.332 -98.968 1.00 87.68 O \ ANISOU31339 O GLY J 572 9278 12848 11188 1651 -1783 663 O \ ATOM 31340 N TRP J 573 40.323 2.819 -97.646 1.00 86.21 N \ ANISOU31340 N TRP J 573 9281 12635 10838 2084 -1394 593 N \ ATOM 31341 CA TRP J 573 39.667 3.830 -96.834 1.00 88.86 C \ ANISOU31341 CA TRP J 573 9744 12760 11258 2278 -1426 553 C \ ATOM 31342 C TRP J 573 40.344 3.996 -95.490 1.00 86.07 C \ ANISOU31342 C TRP J 573 9638 12347 10718 2547 -1483 350 C \ ATOM 31343 O TRP J 573 39.779 4.603 -94.587 1.00 90.79 O \ ANISOU31343 O TRP J 573 10401 12786 11310 2779 -1445 266 O \ ATOM 31344 CB TRP J 573 38.206 3.464 -96.600 1.00 93.62 C \ ANISOU31344 CB TRP J 573 10332 13294 11944 2420 -1156 640 C \ ATOM 31345 CG TRP J 573 37.355 3.503 -97.816 1.00 92.98 C \ ANISOU31345 CG TRP J 573 10010 13237 12081 2191 -1160 822 C \ ATOM 31346 CD1 TRP J 573 36.798 4.603 -98.392 1.00 94.61 C \ ANISOU31346 CD1 TRP J 573 10109 13322 12518 2102 -1336 916 C \ ATOM 31347 CD2 TRP J 573 36.960 2.385 -98.612 1.00 90.51 C \ ANISOU31347 CD2 TRP J 573 9551 13067 11773 2028 -1017 929 C \ ATOM 31348 NE1 TRP J 573 36.072 4.239 -99.497 1.00 95.89 N \ ANISOU31348 NE1 TRP J 573 10061 13564 12808 1899 -1325 1085 N \ ATOM 31349 CE2 TRP J 573 36.158 2.880 -99.655 1.00 95.22 C \ ANISOU31349 CE2 TRP J 573 9947 13646 12585 1840 -1129 1080 C \ ATOM 31350 CE3 TRP J 573 37.208 1.010 -98.544 1.00 84.10 C \ ANISOU31350 CE3 TRP J 573 8772 12370 10812 2028 -830 904 C \ ATOM 31351 CZ2 TRP J 573 35.600 2.050-100.624 1.00 97.04 C \ ANISOU31351 CZ2 TRP J 573 10009 13997 12865 1642 -1069 1186 C \ ATOM 31352 CZ3 TRP J 573 36.655 0.186 -99.505 1.00 83.04 C \ ANISOU31352 CZ3 TRP J 573 8474 12324 10753 1829 -751 1000 C \ ATOM 31353 CH2 TRP J 573 35.860 0.708-100.531 1.00 92.43 C \ ANISOU31353 CH2 TRP J 573 9463 13520 12138 1632 -873 1129 C \ ATOM 31354 N GLY J 574 41.554 3.469 -95.362 1.00 84.90 N \ ANISOU31354 N GLY J 574 9512 12333 10415 2529 -1586 255 N \ ATOM 31355 CA GLY J 574 42.249 3.443 -94.088 1.00 91.87 C \ ANISOU31355 CA GLY J 574 10635 13189 11083 2797 -1676 65 C \ ATOM 31356 C GLY J 574 42.551 4.787 -93.452 1.00 96.84 C \ ANISOU31356 C GLY J 574 11392 13652 11752 2865 -1932 -97 C \ ATOM 31357 O GLY J 574 42.013 5.820 -93.851 1.00 91.76 O \ ANISOU31357 O GLY J 574 10687 12854 11323 2757 -2004 -53 O \ ATOM 31358 N LEU J 575 43.417 4.768 -92.445 1.00105.38 N \ ANISOU31358 N LEU J 575 12664 14745 12630 3055 -2098 -292 N \ ATOM 31359 CA LEU J 575 43.766 5.977 -91.712 1.00113.92 C \ ANISOU31359 CA LEU J 575 13907 15657 13722 3139 -2370 -499 C \ ATOM 31360 C LEU J 575 44.457 6.998 -92.597 1.00112.40 C \ ANISOU31360 C LEU J 575 13486 15406 13815 2792 -2661 -497 C \ ATOM 31361 O LEU J 575 45.392 6.673 -93.326 1.00107.94 O \ ANISOU31361 O LEU J 575 12685 15013 13314 2551 -2762 -454 O \ ATOM 31362 CB LEU J 575 44.698 5.641 -90.558 1.00123.00 C \ ANISOU31362 CB LEU J 575 15282 16870 14581 3380 -2549 -712 C \ ATOM 31363 CG LEU J 575 44.545 4.245 -89.975 1.00131.22 C \ ANISOU31363 CG LEU J 575 16489 18048 15321 3628 -2313 -645 C \ ATOM 31364 CD1 LEU J 575 45.698 3.992 -89.034 1.00140.37 C \ ANISOU31364 CD1 LEU J 575 17825 19281 16229 3822 -2601 -838 C \ ATOM 31365 CD2 LEU J 575 43.225 4.124 -89.251 1.00133.87 C \ ANISOU31365 CD2 LEU J 575 17084 18286 15495 3875 -1973 -594 C \ ATOM 31366 N THR J 576 44.005 8.242 -92.514 1.00116.04 N \ ANISOU31366 N THR J 576 14023 15613 14454 2772 -2787 -547 N \ ATOM 31367 CA THR J 576 44.605 9.310 -93.294 1.00122.58 C \ ANISOU31367 CA THR J 576 14685 16324 15567 2427 -3070 -516 C \ ATOM 31368 C THR J 576 45.689 10.017 -92.500 1.00134.72 C \ ANISOU31368 C THR J 576 16334 17763 17090 2441 -3427 -790 C \ ATOM 31369 O THR J 576 45.941 9.700 -91.335 1.00136.27 O \ ANISOU31369 O THR J 576 16758 17989 17028 2743 -3477 -1012 O \ ATOM 31370 CB THR J 576 43.568 10.360 -93.714 1.00122.46 C \ ANISOU31370 CB THR J 576 14693 16025 15811 2378 -3072 -407 C \ ATOM 31371 OG1 THR J 576 43.209 11.165 -92.583 1.00123.38 O \ ANISOU31371 OG1 THR J 576 15096 15877 15905 2674 -3169 -654 O \ ATOM 31372 CG2 THR J 576 42.334 9.692 -94.289 1.00123.29 C \ ANISOU31372 CG2 THR J 576 14702 16211 15931 2431 -2742 -180 C \ ATOM 31373 N GLN J 577 46.309 10.998 -93.144 1.00142.93 N \ ANISOU31373 N GLN J 577 17224 18675 18407 2095 -3688 -762 N \ ATOM 31374 CA GLN J 577 47.270 11.884 -92.500 1.00148.70 C \ ANISOU31374 CA GLN J 577 18034 19247 19218 2037 -4071 -1021 C \ ATOM 31375 C GLN J 577 46.615 12.769 -91.438 1.00147.52 C \ ANISOU31375 C GLN J 577 18246 18759 19045 2338 -4183 -1258 C \ ATOM 31376 O GLN J 577 47.289 13.545 -90.763 1.00149.03 O \ ANISOU31376 O GLN J 577 18568 18774 19284 2335 -4522 -1525 O \ ATOM 31377 CB GLN J 577 47.965 12.748 -93.554 1.00153.40 C \ ANISOU31377 CB GLN J 577 18375 19755 20154 1539 -4276 -881 C \ ATOM 31378 CG GLN J 577 47.107 13.038 -94.775 1.00154.79 C \ ANISOU31378 CG GLN J 577 18448 19848 20517 1315 -4103 -537 C \ ATOM 31379 CD GLN J 577 47.856 13.821 -95.833 1.00159.90 C \ ANISOU31379 CD GLN J 577 18875 20437 21444 797 -4279 -355 C \ ATOM 31380 OE1 GLN J 577 48.993 14.244 -95.619 1.00164.46 O \ ANISOU31380 OE1 GLN J 577 19354 21004 22128 590 -4529 -503 O \ ATOM 31381 NE2 GLN J 577 47.220 14.022 -96.983 1.00159.28 N \ ANISOU31381 NE2 GLN J 577 18715 20322 21481 572 -4155 -23 N \ ATOM 31382 N ARG J 578 45.298 12.655 -91.309 1.00145.22 N \ ANISOU31382 N ARG J 578 18099 18383 18696 2594 -3898 -1180 N \ ATOM 31383 CA ARG J 578 44.538 13.423 -90.332 1.00145.32 C \ ANISOU31383 CA ARG J 578 18438 18101 18675 2927 -3922 -1416 C \ ATOM 31384 C ARG J 578 44.030 12.536 -89.197 1.00143.80 C \ ANISOU31384 C ARG J 578 18498 18079 18062 3369 -3653 -1559 C \ ATOM 31385 O ARG J 578 43.086 12.894 -88.494 1.00146.10 O \ ANISOU31385 O ARG J 578 19026 18211 18275 3685 -3499 -1697 O \ ATOM 31386 CB ARG J 578 43.369 14.134 -91.013 1.00147.89 C \ ANISOU31386 CB ARG J 578 18717 18168 19305 2901 -3807 -1236 C \ ATOM 31387 CG ARG J 578 43.782 14.914 -92.245 1.00154.64 C \ ANISOU31387 CG ARG J 578 19351 18867 20540 2445 -4039 -1007 C \ ATOM 31388 CD ARG J 578 42.605 15.612 -92.896 1.00161.92 C \ ANISOU31388 CD ARG J 578 20251 19514 21756 2458 -3975 -812 C \ ATOM 31389 NE ARG J 578 43.025 16.345 -94.086 1.00170.48 N \ ANISOU31389 NE ARG J 578 21172 20444 23160 2006 -4207 -548 N \ ATOM 31390 CZ ARG J 578 43.492 17.590 -94.071 1.00179.81 C \ ANISOU31390 CZ ARG J 578 22463 21241 24616 1831 -4558 -628 C \ ATOM 31391 NH1 ARG J 578 43.593 18.250 -92.924 1.00185.64 N \ ANISOU31391 NH1 ARG J 578 23472 21707 25354 2088 -4738 -1008 N \ ATOM 31392 NH2 ARG J 578 43.857 18.177 -95.203 1.00180.71 N \ ANISOU31392 NH2 ARG J 578 22437 21233 24992 1388 -4728 -329 N \ ATOM 31393 N GLY J 579 44.653 11.374 -89.029 1.00141.17 N \ ANISOU31393 N GLY J 579 18115 18065 17458 3393 -3582 -1518 N \ ATOM 31394 CA GLY J 579 44.340 10.492 -87.918 1.00141.86 C \ ANISOU31394 CA GLY J 579 18482 18309 17111 3781 -3365 -1621 C \ ATOM 31395 C GLY J 579 43.095 9.632 -88.059 1.00141.94 C \ ANISOU31395 C GLY J 579 18479 18428 17024 3937 -2871 -1396 C \ ATOM 31396 O GLY J 579 43.167 8.416 -87.884 1.00140.69 O \ ANISOU31396 O GLY J 579 18339 18503 16615 4025 -2672 -1281 O \ ATOM 31397 N PHE J 580 41.955 10.250 -88.366 1.00143.89 N \ ANISOU31397 N PHE J 580 18684 18492 17495 3971 -2689 -1333 N \ ATOM 31398 CA PHE J 580 40.696 9.516 -88.528 1.00142.17 C \ ANISOU31398 CA PHE J 580 18395 18369 17253 4095 -2228 -1131 C \ ATOM 31399 C PHE J 580 40.736 8.551 -89.715 1.00130.44 C \ ANISOU31399 C PHE J 580 16581 17085 15895 3807 -2103 -809 C \ ATOM 31400 O PHE J 580 41.741 8.455 -90.420 1.00131.00 O \ ANISOU31400 O PHE J 580 16479 17240 16054 3529 -2342 -748 O \ ATOM 31401 CB PHE J 580 39.509 10.477 -88.708 1.00151.73 C \ ANISOU31401 CB PHE J 580 19559 19335 18758 4186 -2118 -1145 C \ ATOM 31402 CG PHE J 580 38.917 10.991 -87.416 1.00165.12 C \ ANISOU31402 CG PHE J 580 21585 20902 20250 4593 -1983 -1442 C \ ATOM 31403 CD1 PHE J 580 38.070 10.191 -86.661 1.00169.72 C \ ANISOU31403 CD1 PHE J 580 22296 21648 20543 4872 -1530 -1429 C \ ATOM 31404 CD2 PHE J 580 39.136 12.296 -87.000 1.00171.06 C \ ANISOU31404 CD2 PHE J 580 22516 21359 21120 4684 -2284 -1733 C \ ATOM 31405 CE1 PHE J 580 37.504 10.664 -85.487 1.00173.27 C \ ANISOU31405 CE1 PHE J 580 23053 22014 20769 5247 -1355 -1711 C \ ATOM 31406 CE2 PHE J 580 38.570 12.775 -85.826 1.00175.09 C \ ANISOU31406 CE2 PHE J 580 23344 21759 21423 5077 -2142 -2047 C \ ATOM 31407 CZ PHE J 580 37.752 11.957 -85.072 1.00175.55 C \ ANISOU31407 CZ PHE J 580 23528 22025 21148 5364 -1661 -2037 C \ ATOM 31408 N LEU J 581 39.639 7.830 -89.932 1.00117.90 N \ ANISOU31408 N LEU J 581 14898 15580 14319 3871 -1718 -625 N \ ATOM 31409 CA LEU J 581 39.495 7.017 -91.134 1.00106.66 C \ ANISOU31409 CA LEU J 581 13167 14309 13051 3595 -1608 -345 C \ ATOM 31410 C LEU J 581 39.218 7.909 -92.339 1.00103.62 C \ ANISOU31410 C LEU J 581 12522 13794 13056 3324 -1782 -214 C \ ATOM 31411 O LEU J 581 38.924 9.094 -92.190 1.00103.02 O \ ANISOU31411 O LEU J 581 12502 13478 13162 3389 -1934 -314 O \ ATOM 31412 CB LEU J 581 38.368 5.990 -90.973 1.00106.65 C \ ANISOU31412 CB LEU J 581 13139 14411 12972 3723 -1166 -199 C \ ATOM 31413 CG LEU J 581 38.736 4.714 -90.218 1.00105.67 C \ ANISOU31413 CG LEU J 581 13216 14452 12483 3866 -980 -190 C \ ATOM 31414 CD1 LEU J 581 37.627 3.670 -90.291 1.00101.73 C \ ANISOU31414 CD1 LEU J 581 12639 14029 11986 3890 -548 6 C \ ATOM 31415 CD2 LEU J 581 40.027 4.156 -90.777 1.00101.02 C \ ANISOU31415 CD2 LEU J 581 12542 13994 11848 3667 -1228 -162 C \ ATOM 31416 N ALA J 582 39.323 7.333 -93.531 1.00103.36 N \ ANISOU31416 N ALA J 582 12231 13907 13134 3029 -1771 9 N \ ATOM 31417 CA ALA J 582 39.023 8.055 -94.762 1.00 97.85 C \ ANISOU31417 CA ALA J 582 11310 13119 12749 2754 -1928 187 C \ ATOM 31418 C ALA J 582 37.527 8.076 -95.045 1.00 94.41 C \ ANISOU31418 C ALA J 582 10748 12613 12510 2848 -1722 318 C \ ATOM 31419 O ALA J 582 36.805 7.151 -94.672 1.00 86.15 O \ ANISOU31419 O ALA J 582 9686 11680 11366 2999 -1401 342 O \ ATOM 31420 CB ALA J 582 39.772 7.446 -95.939 1.00 92.58 C \ ANISOU31420 CB ALA J 582 10439 12666 12072 2398 -1999 352 C \ ATOM 31421 N ARG J 583 37.064 9.147 -95.685 1.00104.81 N \ ANISOU31421 N ARG J 583 11969 13728 14125 2760 -1917 408 N \ ATOM 31422 CA ARG J 583 35.681 9.223 -96.142 1.00114.23 C \ ANISOU31422 CA ARG J 583 12974 14863 15566 2824 -1794 551 C \ ATOM 31423 C ARG J 583 35.557 8.702 -97.567 1.00114.01 C \ ANISOU31423 C ARG J 583 12703 14999 15615 2486 -1851 822 C \ ATOM 31424 O ARG J 583 35.005 7.626 -97.789 1.00112.23 O \ ANISOU31424 O ARG J 583 12343 14963 15336 2466 -1613 900 O \ ATOM 31425 CB ARG J 583 35.141 10.648 -96.045 1.00121.75 C \ ANISOU31425 CB ARG J 583 13960 15480 16819 2967 -1998 501 C \ ATOM 31426 CG ARG J 583 36.107 11.650 -95.456 1.00125.30 C \ ANISOU31426 CG ARG J 583 14660 15710 17239 2997 -2264 303 C \ ATOM 31427 CD ARG J 583 36.993 12.268 -96.526 1.00124.88 C \ ANISOU31427 CD ARG J 583 14563 15584 17300 2600 -2622 480 C \ ATOM 31428 NE ARG J 583 38.414 12.049 -96.264 1.00126.44 N \ ANISOU31428 NE ARG J 583 14868 15904 17271 2432 -2727 368 N \ ATOM 31429 CZ ARG J 583 39.075 12.567 -95.234 1.00131.81 C \ ANISOU31429 CZ ARG J 583 15772 16442 17869 2581 -2851 91 C \ ATOM 31430 NH1 ARG J 583 38.453 13.346 -94.358 1.00134.07 N \ ANISOU31430 NH1 ARG J 583 16235 16451 18255 2907 -2864 -119 N \ ATOM 31431 NH2 ARG J 583 40.367 12.314 -95.083 1.00133.47 N \ ANISOU31431 NH2 ARG J 583 16018 16789 17904 2412 -2974 1 N \ ATOM 31432 N ASN J 584 36.059 9.458 -98.537 1.00115.67 N \ ANISOU31432 N ASN J 584 12875 15133 15940 2206 -2165 967 N \ ATOM 31433 CA ASN J 584 36.155 8.915 -99.886 1.00124.17 C \ ANISOU31433 CA ASN J 584 13777 16414 16987 1863 -2220 1201 C \ ATOM 31434 C ASN J 584 37.446 8.115-100.042 1.00112.13 C \ ANISOU31434 C ASN J 584 12285 15141 15179 1661 -2175 1150 C \ ATOM 31435 O ASN J 584 38.401 8.317 -99.290 1.00106.24 O \ ANISOU31435 O ASN J 584 11681 14365 14320 1724 -2221 976 O \ ATOM 31436 CB ASN J 584 36.009 9.992-100.965 1.00145.11 C \ ANISOU31436 CB ASN J 584 16380 18904 19852 1636 -2546 1431 C \ ATOM 31437 CG ASN J 584 34.590 10.553-101.055 1.00161.24 C \ ANISOU31437 CG ASN J 584 18315 20741 22208 1838 -2602 1518 C \ ATOM 31438 OD1 ASN J 584 33.887 10.668-100.049 1.00167.40 O \ ANISOU31438 OD1 ASN J 584 19108 21395 23102 2190 -2441 1343 O \ ATOM 31439 ND2 ASN J 584 34.164 10.896-102.267 1.00164.22 N \ ANISOU31439 ND2 ASN J 584 18580 21101 22715 1624 -2830 1788 N \ ATOM 31440 N LEU J 585 37.464 7.201-101.008 1.00107.59 N \ ANISOU31440 N LEU J 585 11568 14811 14499 1435 -2096 1277 N \ ATOM 31441 CA LEU J 585 38.586 6.281-101.172 1.00100.83 C \ ANISOU31441 CA LEU J 585 10708 14208 13394 1292 -2008 1200 C \ ATOM 31442 C LEU J 585 39.871 7.023-101.472 1.00 98.67 C \ ANISOU31442 C LEU J 585 10462 13945 13082 1063 -2222 1194 C \ ATOM 31443 O LEU J 585 39.884 7.987-102.234 1.00100.59 O \ ANISOU31443 O LEU J 585 10686 14088 13446 838 -2433 1366 O \ ATOM 31444 CB LEU J 585 38.317 5.273-102.292 1.00101.23 C \ ANISOU31444 CB LEU J 585 10608 14497 13357 1077 -1908 1319 C \ ATOM 31445 CG LEU J 585 39.384 4.187-102.488 1.00102.36 C \ ANISOU31445 CG LEU J 585 10731 14898 13265 976 -1783 1208 C \ ATOM 31446 CD1 LEU J 585 39.064 2.958-101.656 1.00 73.88 C \ ANISOU31446 CD1 LEU J 585 7173 11318 9579 1229 -1524 1077 C \ ATOM 31447 CD2 LEU J 585 39.551 3.824-103.959 1.00 74.96 C \ ANISOU31447 CD2 LEU J 585 7134 11652 9697 638 -1816 1333 C \ ATOM 31448 N MET J 586 40.952 6.563-100.859 1.00 96.16 N \ ANISOU31448 N MET J 586 10186 13742 12609 1118 -2175 1008 N \ ATOM 31449 CA MET J 586 42.256 7.145-101.098 1.00 96.85 C \ ANISOU31449 CA MET J 586 10240 13878 12682 886 -2353 975 C \ ATOM 31450 C MET J 586 43.189 6.148-101.790 1.00 99.96 C \ ANISOU31450 C MET J 586 10476 14610 12895 694 -2236 947 C \ ATOM 31451 O MET J 586 43.035 4.933-101.649 1.00 76.24 O \ ANISOU31451 O MET J 586 7454 11753 9760 841 -2035 867 O \ ATOM 31452 CB MET J 586 42.850 7.653 -99.785 1.00 94.03 C \ ANISOU31452 CB MET J 586 10030 13358 12340 1109 -2470 746 C \ ATOM 31453 CG MET J 586 41.996 8.702 -99.072 1.00 96.42 C \ ANISOU31453 CG MET J 586 10505 13316 12816 1320 -2581 719 C \ ATOM 31454 SD MET J 586 42.006 10.295 -99.923 1.00135.19 S \ ANISOU31454 SD MET J 586 15407 17960 18000 1007 -2889 920 S \ ATOM 31455 CE MET J 586 41.101 11.337 -98.777 1.00 85.87 C \ ANISOU31455 CE MET J 586 9385 11290 11950 1381 -2996 769 C \ ATOM 31456 N TYR J 587 44.156 6.678-102.536 1.00100.85 N \ ANISOU31456 N TYR J 587 10473 14830 13015 363 -2350 1010 N \ ATOM 31457 CA TYR J 587 45.090 5.864-103.309 1.00 97.49 C \ ANISOU31457 CA TYR J 587 9863 14746 12433 159 -2222 971 C \ ATOM 31458 C TYR J 587 46.452 6.529-103.321 1.00 93.26 C \ ANISOU31458 C TYR J 587 9203 14278 11952 -63 -2352 907 C \ ATOM 31459 O TYR J 587 46.549 7.743-103.157 1.00 82.69 O \ ANISOU31459 O TYR J 587 7928 12714 10777 -189 -2560 983 O \ ATOM 31460 CB TYR J 587 44.613 5.718-104.756 1.00102.86 C \ ANISOU31460 CB TYR J 587 10473 15585 13025 -135 -2149 1196 C \ ATOM 31461 CG TYR J 587 44.776 6.977-105.588 1.00113.68 C \ ANISOU31461 CG TYR J 587 11841 16882 14469 -499 -2325 1441 C \ ATOM 31462 CD1 TYR J 587 43.993 8.097-105.344 1.00118.58 C \ ANISOU31462 CD1 TYR J 587 12610 17157 15287 -462 -2535 1596 C \ ATOM 31463 CD2 TYR J 587 45.712 7.046-106.618 1.00117.54 C \ ANISOU31463 CD2 TYR J 587 12189 17639 14833 -877 -2270 1524 C \ ATOM 31464 CE1 TYR J 587 44.134 9.250-106.092 1.00121.66 C \ ANISOU31464 CE1 TYR J 587 13037 17429 15761 -792 -2719 1851 C \ ATOM 31465 CE2 TYR J 587 45.860 8.201-107.378 1.00120.08 C \ ANISOU31465 CE2 TYR J 587 12543 17878 15204 -1240 -2418 1794 C \ ATOM 31466 CZ TYR J 587 45.066 9.298-107.107 1.00119.15 C \ ANISOU31466 CZ TYR J 587 12603 17374 15296 -1195 -2660 1969 C \ ATOM 31467 OH TYR J 587 45.196 10.452-107.846 1.00115.22 O \ ANISOU31467 OH TYR J 587 12173 16739 14865 -1549 -2833 2266 O \ ATOM 31468 N VAL J 588 47.499 5.729-103.520 1.00105.67 N \ ANISOU31468 N VAL J 588 10582 16148 13418 -112 -2233 756 N \ ATOM 31469 CA VAL J 588 48.864 6.247-103.649 1.00115.60 C \ ANISOU31469 CA VAL J 588 11634 17537 14750 -361 -2321 686 C \ ATOM 31470 C VAL J 588 49.724 5.353-104.517 1.00116.63 C \ ANISOU31470 C VAL J 588 11499 18071 14744 -520 -2103 612 C \ ATOM 31471 O VAL J 588 49.545 4.138-104.545 1.00112.52 O \ ANISOU31471 O VAL J 588 10968 17695 14088 -303 -1928 493 O \ ATOM 31472 CB VAL J 588 49.597 6.372-102.296 1.00116.97 C \ ANISOU31472 CB VAL J 588 11813 17605 15026 -108 -2499 426 C \ ATOM 31473 CG1 VAL J 588 49.169 7.604-101.565 1.00117.64 C \ ANISOU31473 CG1 VAL J 588 12110 17313 15275 -69 -2751 461 C \ ATOM 31474 CG2 VAL J 588 49.399 5.121-101.452 1.00114.45 C \ ANISOU31474 CG2 VAL J 588 11580 17331 14573 331 -2398 232 C \ ATOM 31475 N ASP J 589 50.667 5.970-105.217 1.00119.17 N \ ANISOU31475 N ASP J 589 11606 18560 15114 -905 -2103 676 N \ ATOM 31476 CA ASP J 589 51.664 5.232-105.965 1.00120.39 C \ ANISOU31476 CA ASP J 589 11458 19123 15162 -1055 -1877 559 C \ ATOM 31477 C ASP J 589 52.971 5.259-105.197 1.00119.01 C \ ANISOU31477 C ASP J 589 11020 19039 15160 -985 -1979 304 C \ ATOM 31478 O ASP J 589 53.379 6.299-104.679 1.00115.35 O \ ANISOU31478 O ASP J 589 10538 18394 14897 -1116 -2210 321 O \ ATOM 31479 CB ASP J 589 51.836 5.833-107.352 1.00129.13 C \ ANISOU31479 CB ASP J 589 12477 20416 16172 -1557 -1753 814 C \ ATOM 31480 CG ASP J 589 50.572 5.741-108.174 1.00138.87 C \ ANISOU31480 CG ASP J 589 13960 21593 17212 -1617 -1695 1056 C \ ATOM 31481 OD1 ASP J 589 50.108 4.606-108.414 1.00140.65 O \ ANISOU31481 OD1 ASP J 589 14220 21955 17267 -1414 -1533 947 O \ ATOM 31482 OD2 ASP J 589 50.035 6.796-108.567 1.00145.54 O \ ANISOU31482 OD2 ASP J 589 14967 22237 18096 -1859 -1838 1352 O \ ATOM 31483 N ILE J 590 53.615 4.103-105.116 1.00123.05 N \ ANISOU31483 N ILE J 590 11328 19811 15613 -766 -1833 54 N \ ATOM 31484 CA ILE J 590 54.854 3.952-104.370 1.00127.92 C \ ANISOU31484 CA ILE J 590 11661 20541 16401 -633 -1954 -216 C \ ATOM 31485 C ILE J 590 55.704 2.901-105.063 1.00134.47 C \ ANISOU31485 C ILE J 590 12146 21780 17166 -618 -1685 -405 C \ ATOM 31486 O ILE J 590 55.181 1.917-105.585 1.00138.49 O \ ANISOU31486 O ILE J 590 12751 22386 17484 -478 -1466 -425 O \ ATOM 31487 CB ILE J 590 54.588 3.487-102.926 1.00126.29 C \ ANISOU31487 CB ILE J 590 11672 20094 16220 -127 -2174 -392 C \ ATOM 31488 CG1 ILE J 590 53.631 2.294-102.929 1.00123.24 C \ ANISOU31488 CG1 ILE J 590 11528 19666 15633 198 -1997 -390 C \ ATOM 31489 CG2 ILE J 590 54.016 4.619-102.082 1.00128.64 C \ ANISOU31489 CG2 ILE J 590 12253 20013 16611 -118 -2457 -293 C \ ATOM 31490 CD1 ILE J 590 53.389 1.697-101.568 1.00122.33 C \ ANISOU31490 CD1 ILE J 590 11644 19343 15494 684 -2155 -531 C \ ATOM 31491 N PRO J 591 57.022 3.113-105.096 1.00137.00 N \ ANISOU31491 N PRO J 591 12045 22343 17667 -768 -1698 -564 N \ ATOM 31492 CA PRO J 591 57.885 2.104-105.715 1.00139.36 C \ ANISOU31492 CA PRO J 591 11972 23044 17936 -709 -1427 -789 C \ ATOM 31493 C PRO J 591 58.173 0.934-104.771 1.00135.51 C \ ANISOU31493 C PRO J 591 11460 22526 17501 -147 -1540 -1085 C \ ATOM 31494 O PRO J 591 58.184 1.115-103.551 1.00134.81 O \ ANISOU31494 O PRO J 591 11506 22191 17526 121 -1867 -1150 O \ ATOM 31495 CB PRO J 591 59.164 2.887-106.022 1.00147.34 C \ ANISOU31495 CB PRO J 591 12504 24307 19170 -1094 -1414 -835 C \ ATOM 31496 CG PRO J 591 59.187 3.972-104.998 1.00149.10 C \ ANISOU31496 CG PRO J 591 12839 24200 19612 -1141 -1813 -774 C \ ATOM 31497 CD PRO J 591 57.756 4.338-104.731 1.00141.34 C \ ANISOU31497 CD PRO J 591 12411 22820 18470 -1058 -1930 -534 C \ ATOM 31498 N ILE J 592 58.384 -0.253-105.336 1.00131.77 N \ ANISOU31498 N ILE J 592 10852 22284 16930 36 -1280 -1261 N \ ATOM 31499 CA ILE J 592 58.751 -1.429-104.554 1.00129.83 C \ ANISOU31499 CA ILE J 592 10568 22008 16755 567 -1378 -1533 C \ ATOM 31500 C ILE J 592 60.176 -1.292-104.061 1.00140.37 C \ ANISOU31500 C ILE J 592 11418 23540 18378 641 -1551 -1777 C \ ATOM 31501 O ILE J 592 61.084 -1.032-104.848 1.00146.46 O \ ANISOU31501 O ILE J 592 11726 24664 19260 344 -1356 -1864 O \ ATOM 31502 CB ILE J 592 58.702 -2.715-105.398 1.00122.75 C \ ANISOU31502 CB ILE J 592 9619 21301 15720 724 -1049 -1691 C \ ATOM 31503 CG1 ILE J 592 57.295 -2.974-105.928 1.00117.79 C \ ANISOU31503 CG1 ILE J 592 9441 20492 14823 655 -898 -1483 C \ ATOM 31504 CG2 ILE J 592 59.192 -3.914-104.592 1.00120.01 C \ ANISOU31504 CG2 ILE J 592 9217 20890 15493 1283 -1178 -1968 C \ ATOM 31505 CD1 ILE J 592 57.168 -4.315-106.611 1.00118.16 C \ ANISOU31505 CD1 ILE J 592 9502 20650 14743 852 -633 -1673 C \ ATOM 31506 N VAL J 593 60.384 -1.481-102.766 1.00145.13 N \ ANISOU31506 N VAL J 593 12114 23935 19095 1032 -1915 -1890 N \ ATOM 31507 CA VAL J 593 61.736 -1.487-102.235 1.00157.12 C \ ANISOU31507 CA VAL J 593 13158 25638 20901 1167 -2141 -2153 C \ ATOM 31508 C VAL J 593 62.273 -2.913-102.301 1.00157.65 C \ ANISOU31508 C VAL J 593 13026 25859 21016 1613 -2040 -2424 C \ ATOM 31509 O VAL J 593 61.512 -3.870-102.149 1.00150.12 O \ ANISOU31509 O VAL J 593 12453 24704 19882 1943 -1978 -2399 O \ ATOM 31510 CB VAL J 593 61.765 -0.956-100.796 1.00165.59 C \ ANISOU31510 CB VAL J 593 14438 26425 22053 1377 -2636 -2160 C \ ATOM 31511 CG1 VAL J 593 63.193 -0.864-100.290 1.00176.81 C \ ANISOU31511 CG1 VAL J 593 15328 28056 23797 1472 -2923 -2435 C \ ATOM 31512 CG2 VAL J 593 61.100 0.408-100.738 1.00164.39 C \ ANISOU31512 CG2 VAL J 593 14548 26060 21854 979 -2725 -1909 C \ ATOM 31513 N ASP J 594 63.569 -3.055-102.570 1.00163.69 N \ ANISOU31513 N ASP J 594 13177 26970 22047 1611 -2010 -2683 N \ ATOM 31514 CA ASP J 594 64.166 -4.378-102.689 1.00166.26 C \ ANISOU31514 CA ASP J 594 13259 27445 22468 2054 -1915 -2975 C \ ATOM 31515 C ASP J 594 63.996 -5.201-101.421 1.00164.69 C \ ANISOU31515 C ASP J 594 13391 26917 22265 2660 -2302 -3037 C \ ATOM 31516 O ASP J 594 64.082 -4.678-100.309 1.00162.03 O \ ANISOU31516 O ASP J 594 13191 26395 21979 2770 -2728 -2989 O \ ATOM 31517 CB ASP J 594 65.645 -4.304-103.047 1.00173.19 C \ ANISOU31517 CB ASP J 594 13362 28754 23690 1981 -1860 -3264 C \ ATOM 31518 CG ASP J 594 66.295 -5.671-103.055 1.00179.46 C \ ANISOU31518 CG ASP J 594 13891 29666 24631 2517 -1816 -3596 C \ ATOM 31519 OD1 ASP J 594 65.638 -6.629-103.519 1.00177.33 O \ ANISOU31519 OD1 ASP J 594 13933 29289 24154 2722 -1566 -3609 O \ ATOM 31520 OD2 ASP J 594 67.436 -5.799-102.566 1.00186.23 O \ ANISOU31520 OD2 ASP J 594 14363 30596 25799 2714 -2037 -3798 O \ ATOM 31521 N HIS J 595 63.786 -6.499-101.611 1.00165.89 N \ ANISOU31521 N HIS J 595 13683 26998 22351 3047 -2153 -3150 N \ ATOM 31522 CA HIS J 595 63.470 -7.418-100.528 1.00165.86 C \ ANISOU31522 CA HIS J 595 14087 26640 22294 3608 -2457 -3150 C \ ATOM 31523 C HIS J 595 64.511 -7.393 -99.407 1.00168.06 C \ ANISOU31523 C HIS J 595 14111 26929 22816 3960 -2957 -3318 C \ ATOM 31524 O HIS J 595 64.157 -7.379 -98.226 1.00172.09 O \ ANISOU31524 O HIS J 595 15042 27136 23207 4224 -3334 -3194 O \ ATOM 31525 CB HIS J 595 63.324 -8.834-101.085 1.00165.76 C \ ANISOU31525 CB HIS J 595 14144 26580 22258 3934 -2198 -3298 C \ ATOM 31526 CG HIS J 595 62.645 -9.784-100.151 1.00162.13 C \ ANISOU31526 CG HIS J 595 14251 25678 21672 4407 -2411 -3192 C \ ATOM 31527 ND1 HIS J 595 63.152 -10.096 -98.908 1.00167.65 N \ ANISOU31527 ND1 HIS J 595 15023 26206 22470 4863 -2872 -3232 N \ ATOM 31528 CD2 HIS J 595 61.497 -10.489-100.279 1.00152.22 C \ ANISOU31528 CD2 HIS J 595 13524 24116 20197 4473 -2228 -3031 C \ ATOM 31529 CE1 HIS J 595 62.345 -10.952 -98.310 1.00161.79 C \ ANISOU31529 CE1 HIS J 595 14855 25066 21551 5186 -2938 -3077 C \ ATOM 31530 NE2 HIS J 595 61.332 -11.206 -99.119 1.00153.54 N \ ANISOU31530 NE2 HIS J 595 14076 23928 20333 4946 -2544 -2957 N \ ATOM 31531 N GLN J 596 65.789 -7.374 -99.776 1.00164.15 N \ ANISOU31531 N GLN J 596 12930 26792 22648 3954 -2958 -3598 N \ ATOM 31532 CA GLN J 596 66.869 -7.392 -98.794 1.00165.06 C \ ANISOU31532 CA GLN J 596 12924 26805 22988 4186 -3374 -3700 C \ ATOM 31533 C GLN J 596 66.836 -6.140 -97.924 1.00162.92 C \ ANISOU31533 C GLN J 596 12773 26440 22689 3946 -3753 -3560 C \ ATOM 31534 O GLN J 596 67.001 -6.214 -96.706 1.00160.49 O \ ANISOU31534 O GLN J 596 12758 25877 22343 4244 -4198 -3532 O \ ATOM 31535 CB GLN J 596 68.220 -7.501 -99.499 1.00173.40 C \ ANISOU31535 CB GLN J 596 13318 28181 24385 4071 -3179 -3950 C \ ATOM 31536 CG GLN J 596 68.281 -8.620-100.522 1.00176.87 C \ ANISOU31536 CG GLN J 596 13608 28751 24845 4247 -2743 -4132 C \ ATOM 31537 CD GLN J 596 69.560 -8.609-101.334 1.00179.93 C \ ANISOU31537 CD GLN J 596 13329 29500 25538 4078 -2473 -4375 C \ ATOM 31538 OE1 GLN J 596 70.538 -7.956-100.970 1.00183.36 O \ ANISOU31538 OE1 GLN J 596 13393 30046 26228 3928 -2679 -4417 O \ ATOM 31539 NE2 GLN J 596 69.561 -9.343-102.440 1.00176.92 N \ ANISOU31539 NE2 GLN J 596 12795 29301 25126 4104 -2003 -4544 N \ ATOM 31540 N LYS J 597 66.602 -5.000 -98.565 1.00165.17 N \ ANISOU31540 N LYS J 597 12862 26921 22975 3400 -3575 -3472 N \ ATOM 31541 CA LYS J 597 66.559 -3.699 -97.905 1.00168.36 C \ ANISOU31541 CA LYS J 597 13349 27233 23388 3101 -3900 -3362 C \ ATOM 31542 C LYS J 597 65.527 -3.703 -96.779 1.00161.20 C \ ANISOU31542 C LYS J 597 13127 25954 22166 3398 -4228 -3200 C \ ATOM 31543 O LYS J 597 65.751 -3.145 -95.699 1.00158.92 O \ ANISOU31543 O LYS J 597 13037 25479 21867 3459 -4655 -3194 O \ ATOM 31544 CB LYS J 597 66.181 -2.638 -98.941 1.00172.12 C \ ANISOU31544 CB LYS J 597 13634 27910 23855 2469 -3571 -3231 C \ ATOM 31545 CG LYS J 597 66.956 -1.337 -98.858 1.00179.46 C \ ANISOU31545 CG LYS J 597 14187 28947 25051 2005 -3757 -3251 C \ ATOM 31546 CD LYS J 597 66.743 -0.518-100.124 1.00177.82 C \ ANISOU31546 CD LYS J 597 13773 28946 24843 1363 -3314 -3091 C \ ATOM 31547 CE LYS J 597 67.379 0.853-100.017 1.00179.77 C \ ANISOU31547 CE LYS J 597 13689 29251 25366 859 -3520 -3078 C \ ATOM 31548 NZ LYS J 597 68.864 0.782 -99.938 1.00185.65 N \ ANISOU31548 NZ LYS J 597 13877 30174 26489 839 -3592 -3276 N \ ATOM 31549 N CYS J 598 64.406 -4.366 -97.044 1.00158.41 N \ ANISOU31549 N CYS J 598 13256 25408 21523 3523 -3941 -3022 N \ ATOM 31550 CA CYS J 598 63.283 -4.431 -96.115 1.00156.94 C \ ANISOU31550 CA CYS J 598 13802 24829 20998 3734 -4087 -2802 C \ ATOM 31551 C CYS J 598 63.432 -5.486 -95.024 1.00159.29 C \ ANISOU31551 C CYS J 598 14382 24936 21205 4360 -4421 -2861 C \ ATOM 31552 O CYS J 598 63.141 -5.219 -93.855 1.00157.48 O \ ANISOU31552 O CYS J 598 14574 24483 20780 4556 -4775 -2782 O \ ATOM 31553 CB CYS J 598 61.981 -4.664 -96.878 1.00153.43 C \ ANISOU31553 CB CYS J 598 13747 24241 20307 3549 -3621 -2562 C \ ATOM 31554 SG CYS J 598 60.582 -5.067 -95.820 1.00302.74 S \ ANISOU31554 SG CYS J 598 33496 42699 38833 3863 -3696 -2306 S \ ATOM 31555 N THR J 599 63.869 -6.685 -95.402 1.00165.93 N \ ANISOU31555 N THR J 599 15023 25852 22171 4682 -4308 -2996 N \ ATOM 31556 CA THR J 599 64.113 -7.727 -94.410 1.00175.82 C \ ANISOU31556 CA THR J 599 16590 26855 23358 5234 -4601 -3008 C \ ATOM 31557 C THR J 599 65.160 -7.212 -93.428 1.00189.21 C \ ANISOU31557 C THR J 599 18188 28534 25168 5271 -5054 -3106 C \ ATOM 31558 O THR J 599 65.108 -7.511 -92.236 1.00195.22 O \ ANISOU31558 O THR J 599 19404 29038 25734 5599 -5397 -3027 O \ ATOM 31559 CB THR J 599 64.602 -9.042 -95.052 1.00176.54 C \ ANISOU31559 CB THR J 599 16460 26982 23637 5513 -4388 -3160 C \ ATOM 31560 OG1 THR J 599 63.656 -9.483 -96.032 1.00168.46 O \ ANISOU31560 OG1 THR J 599 15533 25966 22507 5418 -3942 -3092 O \ ATOM 31561 CG2 THR J 599 64.757 -10.126 -93.993 1.00180.41 C \ ANISOU31561 CG2 THR J 599 17375 27133 24039 6052 -4690 -3110 C \ ATOM 31562 N ALA J 600 66.093 -6.412 -93.941 1.00192.18 N \ ANISOU31562 N ALA J 600 17976 29192 25850 4910 -5043 -3270 N \ ATOM 31563 CA ALA J 600 67.103 -5.766 -93.110 1.00193.02 C \ ANISOU31563 CA ALA J 600 17916 29313 26110 4866 -5469 -3378 C \ ATOM 31564 C ALA J 600 66.505 -4.689 -92.206 1.00180.51 C \ ANISOU31564 C ALA J 600 16753 27555 24279 4719 -5762 -3258 C \ ATOM 31565 O ALA J 600 66.654 -4.745 -90.985 1.00182.15 O \ ANISOU31565 O ALA J 600 17329 27561 24319 4989 -6164 -3249 O \ ATOM 31566 CB ALA J 600 68.199 -5.171 -93.976 1.00199.41 C \ ANISOU31566 CB ALA J 600 17969 30467 27330 4473 -5331 -3561 C \ ATOM 31567 N ALA J 601 65.838 -3.709 -92.811 1.00167.21 N \ ANISOU31567 N ALA J 601 15023 25946 22562 4294 -5561 -3176 N \ ATOM 31568 CA ALA J 601 65.305 -2.580 -92.054 1.00159.39 C \ ANISOU31568 CA ALA J 601 14388 24789 21384 4123 -5825 -3102 C \ ATOM 31569 C ALA J 601 64.203 -2.954 -91.053 1.00159.32 C \ ANISOU31569 C ALA J 601 15148 24469 20918 4496 -5944 -2934 C \ ATOM 31570 O ALA J 601 63.862 -2.158 -90.183 1.00158.16 O \ ANISOU31570 O ALA J 601 15364 24157 20572 4465 -6212 -2913 O \ ATOM 31571 CB ALA J 601 64.821 -1.477 -92.996 1.00148.35 C \ ANISOU31571 CB ALA J 601 12766 23520 20081 3586 -5581 -3042 C \ ATOM 31572 N TYR J 602 63.656 -4.164 -91.176 1.00160.76 N \ ANISOU31572 N TYR J 602 15580 24566 20934 4841 -5732 -2820 N \ ATOM 31573 CA TYR J 602 62.537 -4.582 -90.325 1.00161.94 C \ ANISOU31573 CA TYR J 602 16452 24431 20647 5164 -5763 -2616 C \ ATOM 31574 C TYR J 602 62.878 -5.406 -89.095 1.00170.32 C \ ANISOU31574 C TYR J 602 17924 25285 21504 5625 -6073 -2595 C \ ATOM 31575 O TYR J 602 62.034 -5.588 -88.216 1.00167.74 O \ ANISOU31575 O TYR J 602 18227 24729 20777 5856 -6130 -2422 O \ ATOM 31576 CB TYR J 602 61.523 -5.363 -91.132 1.00158.69 C \ ANISOU31576 CB TYR J 602 16202 23957 20135 5186 -5282 -2430 C \ ATOM 31577 CG TYR J 602 60.259 -4.601 -91.362 1.00153.41 C \ ANISOU31577 CG TYR J 602 15887 23138 19263 4836 -4954 -2217 C \ ATOM 31578 CD1 TYR J 602 59.234 -5.156 -92.090 1.00145.56 C \ ANISOU31578 CD1 TYR J 602 15092 22037 18178 4737 -4473 -2019 C \ ATOM 31579 CD2 TYR J 602 60.085 -3.327 -90.855 1.00151.53 C \ ANISOU31579 CD2 TYR J 602 15775 22851 18949 4615 -5147 -2230 C \ ATOM 31580 CE1 TYR J 602 58.097 -4.465 -92.299 1.00137.76 C \ ANISOU31580 CE1 TYR J 602 14379 20922 17042 4443 -4207 -1833 C \ ATOM 31581 CE2 TYR J 602 58.921 -2.624 -91.068 1.00142.49 C \ ANISOU31581 CE2 TYR J 602 14935 21552 17654 4333 -4859 -2046 C \ ATOM 31582 CZ TYR J 602 57.923 -3.200 -91.791 1.00136.88 C \ ANISOU31582 CZ TYR J 602 14383 20758 16866 4254 -4391 -1841 C \ ATOM 31583 OH TYR J 602 56.764 -2.521 -92.019 1.00135.95 O \ ANISOU31583 OH TYR J 602 14525 20497 16633 3997 -4129 -1663 O \ ATOM 31584 N GLU J 603 64.101 -5.910 -89.034 1.00181.63 N \ ANISOU31584 N GLU J 603 19007 26806 23200 5759 -6262 -2759 N \ ATOM 31585 CA GLU J 603 64.508 -6.780 -87.938 1.00186.75 C \ ANISOU31585 CA GLU J 603 20010 27265 23683 6204 -6576 -2732 C \ ATOM 31586 C GLU J 603 64.489 -6.070 -86.600 1.00184.50 C \ ANISOU31586 C GLU J 603 20160 26850 23091 6260 -6975 -2728 C \ ATOM 31587 O GLU J 603 64.327 -6.692 -85.549 1.00181.70 O \ ANISOU31587 O GLU J 603 20337 26291 22410 6619 -7176 -2614 O \ ATOM 31588 CB GLU J 603 65.908 -7.344 -88.197 1.00194.16 C \ ANISOU31588 CB GLU J 603 20403 28349 25020 6316 -6725 -2938 C \ ATOM 31589 CG GLU J 603 65.954 -8.368 -89.309 1.00195.84 C \ ANISOU31589 CG GLU J 603 20309 28633 25469 6408 -6355 -2961 C \ ATOM 31590 CD GLU J 603 65.044 -9.542 -89.040 1.00194.77 C \ ANISOU31590 CD GLU J 603 20750 28205 25047 6777 -6223 -2739 C \ ATOM 31591 OE1 GLU J 603 64.870 -9.885 -87.855 1.00195.53 O \ ANISOU31591 OE1 GLU J 603 21395 28060 24837 7071 -6506 -2599 O \ ATOM 31592 OE2 GLU J 603 64.501 -10.117 -90.005 1.00192.84 O \ ANISOU31592 OE2 GLU J 603 20423 27970 24877 6760 -5833 -2701 O \ ATOM 31593 N LYS J 604 64.638 -4.756 -86.647 1.00184.99 N \ ANISOU31593 N LYS J 604 20017 27023 23249 5895 -7084 -2853 N \ ATOM 31594 CA LYS J 604 64.943 -4.009 -85.450 1.00188.76 C \ ANISOU31594 CA LYS J 604 20771 27415 23533 5922 -7518 -2946 C \ ATOM 31595 C LYS J 604 64.515 -2.551 -85.562 1.00184.75 C \ ANISOU31595 C LYS J 604 20246 26928 23023 5521 -7523 -3013 C \ ATOM 31596 O LYS J 604 64.460 -2.000 -86.662 1.00174.98 O \ ANISOU31596 O LYS J 604 18563 25837 22083 5146 -7275 -3040 O \ ATOM 31597 CB LYS J 604 66.446 -4.102 -85.196 1.00197.63 C \ ANISOU31597 CB LYS J 604 21441 28666 24983 5969 -7889 -3161 C \ ATOM 31598 CG LYS J 604 67.293 -3.702 -86.383 1.00200.24 C \ ANISOU31598 CG LYS J 604 20954 29268 25859 5602 -7742 -3323 C \ ATOM 31599 CD LYS J 604 68.756 -3.857 -86.045 1.00211.64 C \ ANISOU31599 CD LYS J 604 21962 30836 27616 5690 -8110 -3525 C \ ATOM 31600 CE LYS J 604 69.649 -3.371 -87.165 1.00217.20 C \ ANISOU31600 CE LYS J 604 21838 31832 28856 5293 -7949 -3685 C \ ATOM 31601 NZ LYS J 604 71.077 -3.460 -86.755 1.00227.21 N \ ANISOU31601 NZ LYS J 604 22668 33224 30436 5381 -8332 -3885 N \ ATOM 31602 N PRO J 605 64.225 -1.916 -84.415 1.00192.79 N \ ANISOU31602 N PRO J 605 21762 27790 23698 5599 -7814 -3050 N \ ATOM 31603 CA PRO J 605 64.259 -2.560 -83.091 1.00198.26 C \ ANISOU31603 CA PRO J 605 23021 28327 23983 6032 -8093 -3004 C \ ATOM 31604 C PRO J 605 63.051 -3.447 -82.702 1.00192.99 C \ ANISOU31604 C PRO J 605 23017 27478 22834 6360 -7823 -2720 C \ ATOM 31605 O PRO J 605 63.236 -4.662 -82.613 1.00193.92 O \ ANISOU31605 O PRO J 605 23222 27543 22914 6662 -7788 -2593 O \ ATOM 31606 CB PRO J 605 64.461 -1.380 -82.121 1.00203.37 C \ ANISOU31606 CB PRO J 605 23887 28913 24473 5926 -8488 -3198 C \ ATOM 31607 CG PRO J 605 64.953 -0.247 -82.984 1.00203.31 C \ ANISOU31607 CG PRO J 605 23267 29041 24939 5433 -8498 -3377 C \ ATOM 31608 CD PRO J 605 64.288 -0.450 -84.310 1.00195.78 C \ ANISOU31608 CD PRO J 605 22048 28169 24170 5237 -7998 -3217 C \ ATOM 31609 N PRO J 606 61.847 -2.873 -82.492 1.00184.71 N \ ANISOU31609 N PRO J 606 22414 26323 21445 6303 -7629 -2618 N \ ATOM 31610 CA PRO J 606 60.838 -3.658 -81.777 1.00178.14 C \ ANISOU31610 CA PRO J 606 22280 25314 20092 6643 -7449 -2359 C \ ATOM 31611 C PRO J 606 59.897 -4.472 -82.669 1.00167.15 C \ ANISOU31611 C PRO J 606 20906 23888 18715 6672 -6956 -2094 C \ ATOM 31612 O PRO J 606 58.685 -4.278 -82.592 1.00156.86 O \ ANISOU31612 O PRO J 606 19994 22499 17108 6677 -6674 -1928 O \ ATOM 31613 CB PRO J 606 60.032 -2.574 -81.061 1.00175.24 C \ ANISOU31613 CB PRO J 606 22372 24866 19347 6581 -7481 -2411 C \ ATOM 31614 CG PRO J 606 60.179 -1.331 -81.952 1.00172.05 C \ ANISOU31614 CG PRO J 606 21451 24570 19351 6144 -7482 -2608 C \ ATOM 31615 CD PRO J 606 61.253 -1.619 -82.985 1.00176.71 C \ ANISOU31615 CD PRO J 606 21295 25335 20512 5946 -7505 -2693 C \ ATOM 31616 N TYR J 607 60.436 -5.353 -83.505 1.00167.56 N \ ANISOU31616 N TYR J 607 20537 24006 19121 6696 -6850 -2072 N \ ATOM 31617 CA TYR J 607 59.605 -6.247 -84.306 1.00166.98 C \ ANISOU31617 CA TYR J 607 20503 23875 19067 6756 -6416 -1839 C \ ATOM 31618 C TYR J 607 60.031 -7.693 -84.071 1.00174.12 C \ ANISOU31618 C TYR J 607 21533 24651 19973 7105 -6461 -1724 C \ ATOM 31619 O TYR J 607 61.225 -7.979 -83.980 1.00187.86 O \ ANISOU31619 O TYR J 607 22957 26458 21963 7190 -6756 -1893 O \ ATOM 31620 CB TYR J 607 59.731 -5.912 -85.789 1.00165.62 C \ ANISOU31620 CB TYR J 607 19668 23904 19357 6418 -6176 -1943 C \ ATOM 31621 CG TYR J 607 59.329 -4.501 -86.155 1.00169.91 C \ ANISOU31621 CG TYR J 607 20049 24552 19956 6044 -6134 -2035 C \ ATOM 31622 CD1 TYR J 607 58.009 -4.188 -86.457 1.00168.89 C \ ANISOU31622 CD1 TYR J 607 20213 24288 19671 5825 -5668 -1836 C \ ATOM 31623 CD2 TYR J 607 60.274 -3.486 -86.217 1.00175.59 C \ ANISOU31623 CD2 TYR J 607 20356 25411 20951 5771 -6416 -2290 C \ ATOM 31624 CE1 TYR J 607 57.639 -2.902 -86.802 1.00168.76 C \ ANISOU31624 CE1 TYR J 607 20085 24286 19749 5428 -5567 -1898 C \ ATOM 31625 CE2 TYR J 607 59.914 -2.197 -86.560 1.00176.96 C \ ANISOU31625 CE2 TYR J 607 20402 25632 21203 5417 -6400 -2365 C \ ATOM 31626 CZ TYR J 607 58.595 -1.911 -86.852 1.00173.24 C \ ANISOU31626 CZ TYR J 607 20258 24999 20567 5227 -5937 -2155 C \ ATOM 31627 OH TYR J 607 58.230 -0.629 -87.194 1.00173.18 O \ ANISOU31627 OH TYR J 607 20171 24954 20675 4830 -5853 -2200 O \ ATOM 31628 N PRO J 608 59.057 -8.617 -83.988 1.00174.18 N \ ANISOU31628 N PRO J 608 21995 24459 19726 7304 -6170 -1431 N \ ATOM 31629 CA PRO J 608 59.300 -10.042 -83.703 1.00182.31 C \ ANISOU31629 CA PRO J 608 23252 25290 20727 7643 -6202 -1273 C \ ATOM 31630 C PRO J 608 60.274 -10.782 -84.636 1.00194.64 C \ ANISOU31630 C PRO J 608 24231 26925 22800 7684 -6230 -1436 C \ ATOM 31631 O PRO J 608 60.224 -12.010 -84.696 1.00198.23 O \ ANISOU31631 O PRO J 608 24855 27177 23285 7937 -6151 -1291 O \ ATOM 31632 CB PRO J 608 57.896 -10.668 -83.780 1.00176.37 C \ ANISOU31632 CB PRO J 608 22988 24326 19699 7718 -5779 -930 C \ ATOM 31633 CG PRO J 608 57.019 -9.623 -84.413 1.00172.95 C \ ANISOU31633 CG PRO J 608 22412 24034 19266 7399 -5493 -947 C \ ATOM 31634 CD PRO J 608 57.619 -8.310 -84.040 1.00171.34 C \ ANISOU31634 CD PRO J 608 22010 24023 19067 7223 -5809 -1212 C \ ATOM 31635 N ARG J 609 61.126 -10.048 -85.348 1.00195.72 N \ ANISOU31635 N ARG J 609 23705 27333 23326 7434 -6321 -1729 N \ ATOM 31636 CA ARG J 609 62.263 -10.609 -86.089 1.00199.44 C \ ANISOU31636 CA ARG J 609 23581 27928 24271 7478 -6387 -1940 C \ ATOM 31637 C ARG J 609 61.971 -11.743 -87.078 1.00204.86 C \ ANISOU31637 C ARG J 609 24142 28526 25168 7589 -6044 -1880 C \ ATOM 31638 O ARG J 609 62.280 -11.631 -88.265 1.00209.64 O \ ANISOU31638 O ARG J 609 24174 29346 26134 7389 -5826 -2065 O \ ATOM 31639 CB ARG J 609 63.379 -11.037 -85.125 1.00197.16 C \ ANISOU31639 CB ARG J 609 23342 27576 23992 7768 -6853 -2022 C \ ATOM 31640 CG ARG J 609 64.389 -12.000 -85.740 1.00196.76 C \ ANISOU31640 CG ARG J 609 22826 27559 24373 7951 -6893 -2173 C \ ATOM 31641 CD ARG J 609 65.705 -12.008 -84.984 1.00199.84 C \ ANISOU31641 CD ARG J 609 23030 28008 24893 8128 -7389 -2341 C \ ATOM 31642 NE ARG J 609 65.575 -12.617 -83.666 1.00200.73 N \ ANISOU31642 NE ARG J 609 23804 27850 24614 8479 -7693 -2132 N \ ATOM 31643 CZ ARG J 609 66.569 -12.721 -82.792 1.00203.90 C \ ANISOU31643 CZ ARG J 609 24196 28251 25026 8693 -8172 -2220 C \ ATOM 31644 NH1 ARG J 609 67.775 -12.258 -83.095 1.00205.73 N \ ANISOU31644 NH1 ARG J 609 23766 28734 25667 8593 -8397 -2519 N \ ATOM 31645 NH2 ARG J 609 66.358 -13.289 -81.613 1.00205.25 N \ ANISOU31645 NH2 ARG J 609 25016 28177 24793 9000 -8421 -2000 N \ ATOM 31646 N GLY J 610 61.384 -12.831 -86.590 1.00204.89 N \ ANISOU31646 N GLY J 610 24694 28211 24944 7896 -5989 -1626 N \ ATOM 31647 CA GLY J 610 61.222 -14.026 -87.397 1.00202.60 C \ ANISOU31647 CA GLY J 610 24332 27768 24877 8051 -5733 -1591 C \ ATOM 31648 C GLY J 610 60.052 -14.017 -88.363 1.00196.08 C \ ANISOU31648 C GLY J 610 23517 26934 24050 7858 -5265 -1489 C \ ATOM 31649 O GLY J 610 59.348 -15.019 -88.487 1.00195.49 O \ ANISOU31649 O GLY J 610 23786 26571 23920 8031 -5059 -1294 O \ ATOM 31650 N SER J 611 59.846 -12.901 -89.060 1.00191.20 N \ ANISOU31650 N SER J 611 22524 26616 23509 7494 -5107 -1614 N \ ATOM 31651 CA SER J 611 58.778 -12.832 -90.054 1.00188.68 C \ ANISOU31651 CA SER J 611 22211 26269 23209 7104 -4554 -1517 C \ ATOM 31652 C SER J 611 58.955 -11.725 -91.092 1.00194.27 C \ ANISOU31652 C SER J 611 22362 27326 24126 6620 -4358 -1713 C \ ATOM 31653 O SER J 611 58.440 -10.618 -90.929 1.00190.39 O \ ANISOU31653 O SER J 611 21954 26907 23477 6309 -4303 -1640 O \ ATOM 31654 CB SER J 611 57.408 -12.690 -89.382 1.00181.91 C \ ANISOU31654 CB SER J 611 22008 25158 21950 6994 -4336 -1176 C \ ATOM 31655 OG SER J 611 57.028 -11.329 -89.277 1.00177.17 O \ ANISOU31655 OG SER J 611 21369 24729 21217 6652 -4293 -1182 O \ ATOM 31656 N VAL J 612 59.700 -12.036 -92.149 1.00203.50 N \ ANISOU31656 N VAL J 612 22975 28701 25645 6571 -4250 -1962 N \ ATOM 31657 CA VAL J 612 59.713 -11.228 -93.366 1.00203.81 C \ ANISOU31657 CA VAL J 612 22539 29041 25857 6077 -3938 -2094 C \ ATOM 31658 C VAL J 612 59.628 -12.170 -94.580 1.00201.95 C \ ANISOU31658 C VAL J 612 22106 28816 25808 6039 -3558 -2201 C \ ATOM 31659 O VAL J 612 58.642 -12.149 -95.312 1.00196.34 O \ ANISOU31659 O VAL J 612 21544 28048 25008 5721 -3168 -2079 O \ ATOM 31660 CB VAL J 612 60.952 -10.302 -93.468 1.00149.06 C \ ANISOU31660 CB VAL J 612 14999 22476 19162 5962 -4210 -2356 C \ ATOM 31661 CG1 VAL J 612 60.881 -9.482 -94.740 1.00145.92 C \ ANISOU31661 CG1 VAL J 612 14180 22362 18901 5417 -3846 -2429 C \ ATOM 31662 CG2 VAL J 612 61.041 -9.371 -92.262 1.00147.42 C \ ANISOU31662 CG2 VAL J 612 15009 22235 18769 5997 -4624 -2291 C \ ATOM 31663 N THR J 613 60.657 -12.997 -94.775 1.00204.17 N \ ANISOU31663 N THR J 613 22056 29167 26353 6382 -3693 -2447 N \ ATOM 31664 CA THR J 613 60.682 -14.057 -95.804 1.00198.04 C \ ANISOU31664 CA THR J 613 21132 28359 25757 6455 -3379 -2606 C \ ATOM 31665 C THR J 613 60.457 -13.613 -97.260 1.00187.14 C \ ANISOU31665 C THR J 613 19400 27269 24434 5962 -2922 -2726 C \ ATOM 31666 O THR J 613 60.064 -12.480 -97.528 1.00179.74 O \ ANISOU31666 O THR J 613 18404 26509 23380 5516 -2803 -2617 O \ ATOM 31667 CB THR J 613 59.714 -15.232 -95.478 1.00140.19 C \ ANISOU31667 CB THR J 613 14428 20552 18286 6685 -3277 -2387 C \ ATOM 31668 OG1 THR J 613 58.363 -14.757 -95.436 1.00131.91 O \ ANISOU31668 OG1 THR J 613 13800 19362 16959 6322 -3030 -2088 O \ ATOM 31669 CG2 THR J 613 60.070 -15.878 -94.145 1.00144.08 C \ ANISOU31669 CG2 THR J 613 15269 20750 18725 7223 -3720 -2272 C \ ATOM 31670 N ALA J 614 60.701 -14.533 -98.192 1.00185.47 N \ ANISOU31670 N ALA J 614 18990 27090 24390 6061 -2676 -2952 N \ ATOM 31671 CA ALA J 614 60.518 -14.267 -99.618 1.00178.17 C \ ANISOU31671 CA ALA J 614 17774 26450 23471 5633 -2237 -3087 C \ ATOM 31672 C ALA J 614 59.078 -14.507-100.054 1.00165.81 C \ ANISOU31672 C ALA J 614 16690 24636 21674 5367 -1940 -2864 C \ ATOM 31673 O ALA J 614 58.732 -14.334-101.224 1.00162.00 O \ ANISOU31673 O ALA J 614 16073 24347 21134 5005 -1596 -2935 O \ ATOM 31674 CB ALA J 614 61.478 -15.103-100.452 1.00183.55 C \ ANISOU31674 CB ALA J 614 18000 27321 24418 5863 -2094 -3485 C \ ATOM 31675 N ASN J 615 58.247 -14.924 -99.105 1.00159.28 N \ ANISOU31675 N ASN J 615 16421 23389 20710 5546 -2077 -2591 N \ ATOM 31676 CA ASN J 615 56.813 -15.037 -99.335 1.00152.49 C \ ANISOU31676 CA ASN J 615 16001 22284 19653 5276 -1832 -2342 C \ ATOM 31677 C ASN J 615 56.124 -13.684 -99.229 1.00142.25 C \ ANISOU31677 C ASN J 615 14763 21120 18164 4854 -1792 -2103 C \ ATOM 31678 O ASN J 615 54.896 -13.600 -99.217 1.00135.74 O \ ANISOU31678 O ASN J 615 14290 20101 17184 4644 -1639 -1863 O \ ATOM 31679 CB ASN J 615 56.186 -16.024 -98.350 1.00157.68 C \ ANISOU31679 CB ASN J 615 17215 22443 20252 5610 -1954 -2127 C \ ATOM 31680 CG ASN J 615 56.247 -17.454 -98.841 1.00165.73 C \ ANISOU31680 CG ASN J 615 18321 23210 21440 5861 -1847 -2302 C \ ATOM 31681 OD1 ASN J 615 56.307 -17.706-100.044 1.00169.12 O \ ANISOU31681 OD1 ASN J 615 18503 23799 21954 5688 -1590 -2547 O \ ATOM 31682 ND2 ASN J 615 56.229 -18.401 -97.911 1.00169.64 N \ ANISOU31682 ND2 ASN J 615 19196 23291 21968 6273 -2049 -2178 N \ ATOM 31683 N MET J 616 56.925 -12.625 -99.164 1.00140.67 N \ ANISOU31683 N MET J 616 14197 21241 18009 4732 -1937 -2181 N \ ATOM 31684 CA MET J 616 56.409 -11.266 -99.066 1.00135.49 C \ ANISOU31684 CA MET J 616 13572 20694 17215 4349 -1937 -1985 C \ ATOM 31685 C MET J 616 57.160 -10.321 -99.999 1.00129.16 C \ ANISOU31685 C MET J 616 12244 20318 16514 3994 -1848 -2140 C \ ATOM 31686 O MET J 616 58.145 -10.701-100.634 1.00131.03 O \ ANISOU31686 O MET J 616 12063 20802 16919 4063 -1781 -2412 O \ ATOM 31687 CB MET J 616 56.517 -10.737 -97.628 1.00140.86 C \ ANISOU31687 CB MET J 616 14477 21234 17811 4558 -2293 -1847 C \ ATOM 31688 CG MET J 616 55.765 -11.528 -96.560 1.00144.57 C \ ANISOU31688 CG MET J 616 15514 21298 18119 4884 -2377 -1638 C \ ATOM 31689 SD MET J 616 55.900 -10.737 -94.937 1.00154.37 S \ ANISOU31689 SD MET J 616 17035 22447 19173 5086 -2778 -1500 S \ ATOM 31690 CE MET J 616 55.210 -11.981 -93.851 1.00 98.51 C \ ANISOU31690 CE MET J 616 10601 14929 11900 5503 -2815 -1267 C \ ATOM 31691 N LEU J 617 56.689 -9.081-100.066 1.00123.16 N \ ANISOU31691 N LEU J 617 11508 19631 15656 3617 -1837 -1962 N \ ATOM 31692 CA LEU J 617 57.373 -8.041-100.823 1.00120.18 C \ ANISOU31692 CA LEU J 617 10682 19615 15367 3239 -1780 -2043 C \ ATOM 31693 C LEU J 617 57.063 -6.688-100.199 1.00116.61 C \ ANISOU31693 C LEU J 617 10346 19100 14859 3016 -1975 -1847 C \ ATOM 31694 O LEU J 617 55.943 -6.438 -99.742 1.00110.18 O \ ANISOU31694 O LEU J 617 9951 18026 13886 2988 -1980 -1619 O \ ATOM 31695 CB LEU J 617 56.966 -8.059-102.303 1.00119.97 C \ ANISOU31695 CB LEU J 617 10539 19782 15262 2864 -1398 -2045 C \ ATOM 31696 CG LEU J 617 55.699 -7.321-102.759 1.00113.91 C \ ANISOU31696 CG LEU J 617 10049 18922 14309 2478 -1261 -1762 C \ ATOM 31697 CD1 LEU J 617 55.608 -7.281-104.281 1.00114.70 C \ ANISOU31697 CD1 LEU J 617 9962 19298 14320 2108 -939 -1803 C \ ATOM 31698 CD2 LEU J 617 54.447 -7.947-102.173 1.00106.76 C \ ANISOU31698 CD2 LEU J 617 9640 17636 13288 2667 -1264 -1588 C \ ATOM 31699 N CYS J 618 58.058 -5.812-100.173 1.00121.71 N \ ANISOU31699 N CYS J 618 10607 19978 15660 2855 -2133 -1952 N \ ATOM 31700 CA CYS J 618 57.880 -4.526 -99.522 1.00122.87 C \ ANISOU31700 CA CYS J 618 10862 20031 15792 2666 -2365 -1812 C \ ATOM 31701 C CYS J 618 57.794 -3.427-100.555 1.00123.85 C \ ANISOU31701 C CYS J 618 10778 20336 15944 2118 -2183 -1704 C \ ATOM 31702 O CYS J 618 58.168 -3.616-101.708 1.00121.37 O \ ANISOU31702 O CYS J 618 10152 20296 15666 1892 -1909 -1774 O \ ATOM 31703 CB CYS J 618 59.021 -4.236 -98.545 1.00124.53 C \ ANISOU31703 CB CYS J 618 10848 20298 16168 2876 -2765 -1993 C \ ATOM 31704 SG CYS J 618 58.943 -5.184 -97.011 1.00310.02 S \ ANISOU31704 SG CYS J 618 34754 43499 39541 3509 -3098 -2022 S \ ATOM 31705 N ALA J 619 57.308 -2.270-100.127 1.00126.17 N \ ANISOU31705 N ALA J 619 11264 20465 16208 1915 -2339 -1535 N \ ATOM 31706 CA ALA J 619 57.126 -1.151-101.031 1.00125.85 C \ ANISOU31706 CA ALA J 619 11104 20520 16194 1399 -2210 -1377 C \ ATOM 31707 C ALA J 619 57.039 0.145-100.254 1.00128.14 C \ ANISOU31707 C ALA J 619 11524 20610 16555 1267 -2511 -1292 C \ ATOM 31708 O ALA J 619 56.435 0.203 -99.182 1.00124.57 O \ ANISOU31708 O ALA J 619 11446 19877 16009 1540 -2707 -1259 O \ ATOM 31709 CB ALA J 619 55.867 -1.351-101.856 1.00120.55 C \ ANISOU31709 CB ALA J 619 10710 19764 15328 1247 -1923 -1162 C \ ATOM 31710 N GLY J 620 57.648 1.189-100.801 1.00133.69 N \ ANISOU31710 N GLY J 620 11928 21450 17420 840 -2534 -1261 N \ ATOM 31711 CA GLY J 620 57.554 2.497-100.193 1.00136.97 C \ ANISOU31711 CA GLY J 620 12470 21638 17933 662 -2817 -1185 C \ ATOM 31712 C GLY J 620 58.680 3.438-100.558 1.00142.19 C \ ANISOU31712 C GLY J 620 12692 22475 18859 249 -2916 -1242 C \ ATOM 31713 O GLY J 620 59.411 3.227-101.526 1.00139.95 O \ ANISOU31713 O GLY J 620 11994 22525 18657 2 -2679 -1276 O \ ATOM 31714 N LEU J 621 58.803 4.494 -99.763 1.00147.44 N \ ANISOU31714 N LEU J 621 13455 22906 19658 166 -3259 -1260 N \ ATOM 31715 CA LEU J 621 59.859 5.482 -99.923 1.00149.64 C \ ANISOU31715 CA LEU J 621 13340 23280 20235 -241 -3421 -1321 C \ ATOM 31716 C LEU J 621 60.954 5.302 -98.880 1.00154.59 C \ ANISOU31716 C LEU J 621 13711 23980 21047 12 -3797 -1643 C \ ATOM 31717 O LEU J 621 60.720 4.720 -97.821 1.00151.30 O \ ANISOU31717 O LEU J 621 13570 23430 20489 498 -4018 -1778 O \ ATOM 31718 CB LEU J 621 59.283 6.890 -99.793 1.00140.78 C \ ANISOU31718 CB LEU J 621 12501 21802 19188 -550 -3595 -1136 C \ ATOM 31719 CG LEU J 621 58.127 7.302-100.702 1.00129.82 C \ ANISOU31719 CG LEU J 621 11409 20266 17651 -793 -3333 -794 C \ ATOM 31720 CD1 LEU J 621 57.849 8.782-100.514 1.00129.67 C \ ANISOU31720 CD1 LEU J 621 11584 19881 17802 -1102 -3576 -656 C \ ATOM 31721 CD2 LEU J 621 58.427 6.990-102.160 1.00126.38 C \ ANISOU31721 CD2 LEU J 621 10662 20186 17172 -1149 -2932 -642 C \ ATOM 31722 N GLU J 622 62.148 5.802 -99.183 1.00162.14 N \ ANISOU31722 N GLU J 622 14136 25156 22315 -330 -3873 -1756 N \ ATOM 31723 CA GLU J 622 63.199 5.907 -98.183 1.00171.58 C \ ANISOU31723 CA GLU J 622 15058 26389 23746 -171 -4317 -2058 C \ ATOM 31724 C GLU J 622 62.665 6.776 -97.050 1.00174.00 C \ ANISOU31724 C GLU J 622 15840 26268 24003 -75 -4740 -2080 C \ ATOM 31725 O GLU J 622 62.608 6.351 -95.895 1.00172.69 O \ ANISOU31725 O GLU J 622 15926 25987 23701 396 -5059 -2261 O \ ATOM 31726 CB GLU J 622 64.445 6.565 -98.786 1.00180.58 C \ ANISOU31726 CB GLU J 622 15539 27793 25279 -682 -4310 -2131 C \ ATOM 31727 CG GLU J 622 65.310 5.661 -99.659 1.00186.48 C \ ANISOU31727 CG GLU J 622 15693 29030 26130 -700 -3960 -2238 C \ ATOM 31728 CD GLU J 622 66.249 4.778 -98.857 1.00191.61 C \ ANISOU31728 CD GLU J 622 16003 29873 26928 -225 -4251 -2592 C \ ATOM 31729 OE1 GLU J 622 66.134 3.540 -98.962 1.00192.10 O \ ANISOU31729 OE1 GLU J 622 16086 30078 26824 206 -4070 -2668 O \ ATOM 31730 OE2 GLU J 622 67.115 5.323 -98.139 1.00193.68 O \ ANISOU31730 OE2 GLU J 622 15971 30131 27488 -285 -4682 -2796 O \ ATOM 31731 N SER J 623 62.236 7.984 -97.410 1.00177.08 N \ ANISOU31731 N SER J 623 16384 26415 24483 -513 -4730 -1888 N \ ATOM 31732 CA SER J 623 61.748 8.975 -96.454 1.00176.63 C \ ANISOU31732 CA SER J 623 16759 25928 24425 -481 -5111 -1928 C \ ATOM 31733 C SER J 623 60.514 8.521 -95.669 1.00171.29 C \ ANISOU31733 C SER J 623 16714 24999 23368 29 -5119 -1898 C \ ATOM 31734 O SER J 623 60.361 8.860 -94.496 1.00168.71 O \ ANISOU31734 O SER J 623 16712 24429 22963 291 -5486 -2075 O \ ATOM 31735 CB SER J 623 61.473 10.310 -97.158 1.00176.09 C \ ANISOU31735 CB SER J 623 16736 25621 24550 -1054 -5052 -1691 C \ ATOM 31736 OG SER J 623 60.689 10.129 -98.326 1.00172.94 O \ ANISOU31736 OG SER J 623 16433 25281 23994 -1233 -4591 -1358 O \ ATOM 31737 N GLY J 624 59.633 7.772 -96.324 1.00169.30 N \ ANISOU31737 N GLY J 624 16632 24815 22879 149 -4706 -1682 N \ ATOM 31738 CA GLY J 624 58.449 7.229 -95.679 1.00164.53 C \ ANISOU31738 CA GLY J 624 16565 24011 21937 600 -4641 -1630 C \ ATOM 31739 C GLY J 624 57.396 8.260 -95.320 1.00159.89 C \ ANISOU31739 C GLY J 624 16438 23017 21297 554 -4723 -1521 C \ ATOM 31740 O GLY J 624 57.341 8.739 -94.187 1.00165.38 O \ ANISOU31740 O GLY J 624 17411 23481 21944 764 -5057 -1706 O \ ATOM 31741 N GLY J 625 56.551 8.592 -96.290 1.00151.46 N \ ANISOU31741 N GLY J 625 15456 21864 20228 299 -4427 -1235 N \ ATOM 31742 CA GLY J 625 55.467 9.538 -96.086 1.00149.03 C \ ANISOU31742 CA GLY J 625 15553 21166 19905 274 -4474 -1111 C \ ATOM 31743 C GLY J 625 54.235 9.128 -96.871 1.00144.45 C \ ANISOU31743 C GLY J 625 15148 20572 19164 301 -4097 -826 C \ ATOM 31744 O GLY J 625 53.109 9.484 -96.518 1.00141.07 O \ ANISOU31744 O GLY J 625 15086 19863 18651 472 -4079 -750 O \ ATOM 31745 N LYS J 626 54.461 8.394 -97.958 1.00141.52 N \ ANISOU31745 N LYS J 626 14495 20515 18762 128 -3802 -688 N \ ATOM 31746 CA LYS J 626 53.388 7.737 -98.691 1.00128.98 C \ ANISOU31746 CA LYS J 626 13039 18975 16991 189 -3463 -465 C \ ATOM 31747 C LYS J 626 53.417 6.276 -98.283 1.00118.81 C \ ANISOU31747 C LYS J 626 11759 17889 15496 592 -3322 -599 C \ ATOM 31748 O LYS J 626 54.416 5.592 -98.503 1.00120.06 O \ ANISOU31748 O LYS J 626 11601 18336 15681 586 -3288 -728 O \ ATOM 31749 CB LYS J 626 53.614 7.826-100.203 1.00127.87 C \ ANISOU31749 CB LYS J 626 12623 19056 16906 -266 -3228 -240 C \ ATOM 31750 CG LYS J 626 54.019 9.191-100.727 1.00128.82 C \ ANISOU31750 CG LYS J 626 12640 19045 17262 -753 -3369 -97 C \ ATOM 31751 CD LYS J 626 52.980 10.246-100.415 1.00128.17 C \ ANISOU31751 CD LYS J 626 12930 18517 17250 -740 -3535 43 C \ ATOM 31752 CE LYS J 626 53.341 11.576-101.049 1.00131.79 C \ ANISOU31752 CE LYS J 626 13319 18800 17956 -1248 -3671 235 C \ ATOM 31753 NZ LYS J 626 52.395 12.644-100.625 1.00133.99 N \ ANISOU31753 NZ LYS J 626 13967 18590 18353 -1181 -3885 323 N \ ATOM 31754 N ASP J 627 52.332 5.795 -97.689 1.00108.89 N \ ANISOU31754 N ASP J 627 10850 16471 14052 940 -3234 -566 N \ ATOM 31755 CA ASP J 627 52.248 4.402 -97.281 1.00107.33 C \ ANISOU31755 CA ASP J 627 10719 16401 13659 1312 -3095 -650 C \ ATOM 31756 C ASP J 627 50.810 4.066 -96.973 1.00 98.44 C \ ANISOU31756 C ASP J 627 9952 15082 12370 1544 -2912 -516 C \ ATOM 31757 O ASP J 627 49.968 4.953 -96.850 1.00 98.51 O \ ANISOU31757 O ASP J 627 10152 14857 12420 1491 -2941 -417 O \ ATOM 31758 CB ASP J 627 53.126 4.156 -96.048 1.00120.62 C \ ANISOU31758 CB ASP J 627 12432 18096 15301 1623 -3379 -909 C \ ATOM 31759 CG ASP J 627 53.254 2.680 -95.688 1.00126.54 C \ ANISOU31759 CG ASP J 627 13225 18977 15877 1993 -3272 -979 C \ ATOM 31760 OD1 ASP J 627 53.105 1.826 -96.589 1.00128.22 O \ ANISOU31760 OD1 ASP J 627 13297 19346 16076 1933 -2994 -892 O \ ATOM 31761 OD2 ASP J 627 53.517 2.381 -94.501 1.00126.54 O \ ANISOU31761 OD2 ASP J 627 13424 18910 15747 2346 -3485 -1125 O \ ATOM 31762 N SER J 628 50.524 2.780 -96.861 1.00 94.49 N \ ANISOU31762 N SER J 628 9523 14666 11711 1798 -2718 -516 N \ ATOM 31763 CA SER J 628 49.228 2.362 -96.380 1.00 94.47 C \ ANISOU31763 CA SER J 628 9847 14486 11562 2037 -2540 -409 C \ ATOM 31764 C SER J 628 49.130 2.381 -94.858 1.00112.30 C \ ANISOU31764 C SER J 628 12431 16581 13655 2415 -2685 -534 C \ ATOM 31765 O SER J 628 50.117 2.181 -94.116 1.00122.05 O \ ANISOU31765 O SER J 628 13666 17880 14828 2595 -2913 -715 O \ ATOM 31766 CB SER J 628 48.829 1.002 -96.966 1.00 82.98 C \ ANISOU31766 CB SER J 628 8359 13146 10024 2099 -2254 -327 C \ ATOM 31767 OG SER J 628 49.968 0.251 -97.341 1.00 81.71 O \ ANISOU31767 OG SER J 628 7947 13213 9886 2097 -2277 -457 O \ ATOM 31768 N CYS J 629 47.886 2.513 -94.403 1.00118.38 N \ ANISOU31768 N CYS J 629 13483 17162 14335 2557 -2530 -434 N \ ATOM 31769 CA CYS J 629 47.541 2.512 -92.984 1.00124.47 C \ ANISOU31769 CA CYS J 629 14621 17785 14887 2918 -2578 -525 C \ ATOM 31770 C CYS J 629 46.624 1.356 -92.582 1.00121.32 C \ ANISOU31770 C CYS J 629 14448 17354 14294 3163 -2267 -401 C \ ATOM 31771 O CYS J 629 46.540 0.340 -93.273 1.00120.36 O \ ANISOU31771 O CYS J 629 14199 17330 14203 3101 -2079 -295 O \ ATOM 31772 CB CYS J 629 46.882 3.833 -92.604 1.00127.52 C \ ANISOU31772 CB CYS J 629 15162 17955 15335 2897 -2656 -554 C \ ATOM 31773 SG CYS J 629 48.031 5.170 -92.235 1.00291.62 S \ ANISOU31773 SG CYS J 629 35891 38668 36245 2776 -3113 -789 S \ ATOM 31774 N ARG J 630 45.954 1.515 -91.445 1.00119.16 N \ ANISOU31774 N ARG J 630 14520 16939 13817 3433 -2204 -424 N \ ATOM 31775 CA ARG J 630 45.057 0.487 -90.927 1.00115.81 C \ ANISOU31775 CA ARG J 630 14337 16469 13196 3651 -1884 -288 C \ ATOM 31776 C ARG J 630 43.654 0.640 -91.499 1.00110.04 C \ ANISOU31776 C ARG J 630 13537 15657 12616 3515 -1565 -117 C \ ATOM 31777 O ARG J 630 43.168 1.754 -91.684 1.00103.70 O \ ANISOU31777 O ARG J 630 12677 14764 11961 3417 -1605 -139 O \ ATOM 31778 CB ARG J 630 45.017 0.533 -89.404 1.00119.39 C \ ANISOU31778 CB ARG J 630 15209 16845 13308 4005 -1932 -386 C \ ATOM 31779 CG ARG J 630 46.389 0.473 -88.773 1.00125.51 C \ ANISOU31779 CG ARG J 630 16056 17697 13934 4158 -2321 -571 C \ ATOM 31780 CD ARG J 630 46.313 0.870 -87.323 1.00132.72 C \ ANISOU31780 CD ARG J 630 17400 18532 14494 4471 -2431 -704 C \ ATOM 31781 NE ARG J 630 47.631 1.118 -86.754 1.00143.16 N \ ANISOU31781 NE ARG J 630 18757 19921 15717 4583 -2898 -925 N \ ATOM 31782 CZ ARG J 630 47.825 1.565 -85.519 1.00161.66 C \ ANISOU31782 CZ ARG J 630 21465 22218 17740 4840 -3113 -1102 C \ ATOM 31783 NH1 ARG J 630 46.783 1.816 -84.737 1.00166.74 N \ ANISOU31783 NH1 ARG J 630 22475 22760 18117 5017 -2857 -1084 N \ ATOM 31784 NH2 ARG J 630 49.053 1.767 -85.066 1.00172.29 N \ ANISOU31784 NH2 ARG J 630 22800 23634 19029 4922 -3585 -1313 N \ ATOM 31785 N GLY J 631 43.002 -0.490 -91.754 1.00110.78 N \ ANISOU31785 N GLY J 631 13635 15763 12693 3520 -1270 47 N \ ATOM 31786 CA GLY J 631 41.737 -0.514 -92.463 1.00108.47 C \ ANISOU31786 CA GLY J 631 13198 15424 12591 3353 -996 209 C \ ATOM 31787 C GLY J 631 41.990 -0.737 -93.941 1.00106.39 C \ ANISOU31787 C GLY J 631 12598 15270 12554 3031 -1046 269 C \ ATOM 31788 O GLY J 631 41.059 -0.859 -94.744 1.00107.20 O \ ANISOU31788 O GLY J 631 12542 15363 12826 2853 -880 401 O \ ATOM 31789 N ASP J 632 43.271 -0.801 -94.292 1.00100.73 N \ ANISOU31789 N ASP J 632 11766 14675 11831 2962 -1280 160 N \ ATOM 31790 CA ASP J 632 43.696 -1.020 -95.668 1.00 99.61 C \ ANISOU31790 CA ASP J 632 11321 14681 11847 2666 -1315 184 C \ ATOM 31791 C ASP J 632 44.097 -2.469 -95.895 1.00 99.11 C \ ANISOU31791 C ASP J 632 11246 14692 11721 2728 -1207 173 C \ ATOM 31792 O ASP J 632 44.485 -2.849 -96.997 1.00 95.71 O \ ANISOU31792 O ASP J 632 10587 14398 11379 2522 -1200 155 O \ ATOM 31793 CB ASP J 632 44.864 -0.096 -96.004 1.00101.08 C \ ANISOU31793 CB ASP J 632 11332 14971 12104 2514 -1606 63 C \ ATOM 31794 CG ASP J 632 44.445 1.355 -96.084 1.00106.63 C \ ANISOU31794 CG ASP J 632 12020 15562 12934 2380 -1728 95 C \ ATOM 31795 OD1 ASP J 632 43.270 1.605 -96.423 1.00117.89 O \ ANISOU31795 OD1 ASP J 632 13449 16892 14452 2315 -1584 235 O \ ATOM 31796 OD2 ASP J 632 45.283 2.241 -95.810 1.00100.51 O \ ANISOU31796 OD2 ASP J 632 11221 14775 12193 2341 -1983 -23 O \ ATOM 31797 N ALA J 633 44.001 -3.271 -94.840 1.00103.69 N \ ANISOU31797 N ALA J 633 12097 15169 12133 3020 -1120 182 N \ ATOM 31798 CA ALA J 633 44.416 -4.668 -94.877 1.00109.32 C \ ANISOU31798 CA ALA J 633 12860 15884 12793 3136 -1049 173 C \ ATOM 31799 C ALA J 633 43.635 -5.471 -95.900 1.00 75.56 C \ ANISOU31799 C ALA J 633 8464 11592 8655 2931 -817 272 C \ ATOM 31800 O ALA J 633 42.410 -5.432 -95.925 1.00 75.12 O \ ANISOU31800 O ALA J 633 8451 11436 8654 2849 -617 411 O \ ATOM 31801 CB ALA J 633 44.230 -5.306 -93.499 1.00114.13 C \ ANISOU31801 CB ALA J 633 13850 16338 13178 3472 -981 233 C \ ATOM 31802 N GLY J 634 44.348 -6.221 -96.728 1.00 75.51 N \ ANISOU31802 N GLY J 634 8294 11687 8711 2858 -848 175 N \ ATOM 31803 CA GLY J 634 43.689 -7.027 -97.732 1.00 79.31 C \ ANISOU31803 CA GLY J 634 8679 12151 9304 2662 -663 221 C \ ATOM 31804 C GLY J 634 43.321 -6.240 -98.968 1.00 81.66 C \ ANISOU31804 C GLY J 634 8715 12600 9712 2316 -676 238 C \ ATOM 31805 O GLY J 634 42.621 -6.740 -99.849 1.00 73.16 O \ ANISOU31805 O GLY J 634 7558 11522 8716 2122 -554 279 O \ ATOM 31806 N GLY J 635 43.762 -4.989 -99.014 1.00 85.49 N \ ANISOU31806 N GLY J 635 9089 13197 10198 2233 -847 217 N \ ATOM 31807 CA GLY J 635 43.568 -4.159-100.186 1.00 92.73 C \ ANISOU31807 CA GLY J 635 9786 14253 11195 1903 -898 263 C \ ATOM 31808 C GLY J 635 44.517 -4.532-101.308 1.00 94.41 C \ ANISOU31808 C GLY J 635 9785 14699 11389 1728 -920 132 C \ ATOM 31809 O GLY J 635 45.587 -5.095-101.077 1.00 86.09 O \ ANISOU31809 O GLY J 635 8694 13721 10297 1881 -957 -29 O \ ATOM 31810 N ALA J 636 44.126 -4.199-102.530 1.00101.17 N \ ANISOU31810 N ALA J 636 10498 15679 12264 1416 -902 198 N \ ATOM 31811 CA ALA J 636 44.928 -4.510-103.700 1.00101.05 C \ ANISOU31811 CA ALA J 636 10291 15919 12183 1219 -877 76 C \ ATOM 31812 C ALA J 636 46.137 -3.585-103.794 1.00 94.93 C \ ANISOU31812 C ALA J 636 9344 15329 11397 1121 -1006 19 C \ ATOM 31813 O ALA J 636 46.070 -2.414-103.417 1.00 86.84 O \ ANISOU31813 O ALA J 636 8334 14237 10426 1059 -1145 131 O \ ATOM 31814 CB ALA J 636 44.075 -4.400-104.965 1.00105.50 C \ ANISOU31814 CB ALA J 636 10801 16568 12718 907 -836 184 C \ ATOM 31815 N LEU J 637 47.248 -4.132-104.271 1.00 99.89 N \ ANISOU31815 N LEU J 637 9796 16176 11980 1113 -954 -174 N \ ATOM 31816 CA LEU J 637 48.412 -3.328-104.623 1.00106.27 C \ ANISOU31816 CA LEU J 637 10364 17217 12795 938 -1028 -232 C \ ATOM 31817 C LEU J 637 48.666 -3.505-106.111 1.00103.49 C \ ANISOU31817 C LEU J 637 9840 17157 12324 631 -875 -271 C \ ATOM 31818 O LEU J 637 49.432 -4.370-106.529 1.00100.68 O \ ANISOU31818 O LEU J 637 9338 16990 11926 697 -744 -493 O \ ATOM 31819 CB LEU J 637 49.641 -3.745-103.817 1.00108.78 C \ ANISOU31819 CB LEU J 637 10565 17585 13180 1214 -1098 -451 C \ ATOM 31820 CG LEU J 637 50.990 -3.130-104.192 1.00107.94 C \ ANISOU31820 CG LEU J 637 10127 17758 13128 1041 -1148 -565 C \ ATOM 31821 CD1 LEU J 637 51.090 -1.678-103.755 1.00102.65 C \ ANISOU31821 CD1 LEU J 637 9450 17010 12543 872 -1351 -425 C \ ATOM 31822 CD2 LEU J 637 52.099 -3.963-103.589 1.00111.79 C \ ANISOU31822 CD2 LEU J 637 10464 18319 13694 1366 -1191 -827 C \ ATOM 31823 N VAL J 638 48.014 -2.675-106.911 1.00105.82 N \ ANISOU31823 N VAL J 638 10167 17489 12551 308 -895 -57 N \ ATOM 31824 CA VAL J 638 47.937 -2.940-108.335 1.00115.61 C \ ANISOU31824 CA VAL J 638 11342 18981 13605 25 -753 -60 C \ ATOM 31825 C VAL J 638 49.099 -2.360-109.127 1.00126.66 C \ ANISOU31825 C VAL J 638 12497 20716 14913 -257 -678 -93 C \ ATOM 31826 O VAL J 638 49.551 -1.240-108.885 1.00130.39 O \ ANISOU31826 O VAL J 638 12887 21183 15472 -410 -793 38 O \ ATOM 31827 CB VAL J 638 46.598 -2.464-108.916 1.00116.57 C \ ANISOU31827 CB VAL J 638 11633 18994 13665 -179 -829 196 C \ ATOM 31828 CG1 VAL J 638 45.455 -3.152-108.197 1.00114.37 C \ ANISOU31828 CG1 VAL J 638 11536 18421 13498 77 -849 207 C \ ATOM 31829 CG2 VAL J 638 46.466 -0.956-108.792 1.00119.71 C \ ANISOU31829 CG2 VAL J 638 12046 19299 14139 -367 -1011 459 C \ ATOM 31830 N PHE J 639 49.586 -3.167-110.062 1.00130.75 N \ ANISOU31830 N PHE J 639 12898 21519 15263 -327 -467 -288 N \ ATOM 31831 CA PHE J 639 50.632 -2.762-110.983 1.00129.62 C \ ANISOU31831 CA PHE J 639 12510 21754 14984 -621 -311 -333 C \ ATOM 31832 C PHE J 639 50.063 -2.770-112.382 1.00119.76 C \ ANISOU31832 C PHE J 639 11372 20708 13423 -942 -197 -229 C \ ATOM 31833 O PHE J 639 49.166 -3.554-112.695 1.00113.70 O \ ANISOU31833 O PHE J 639 10793 19853 12555 -858 -190 -280 O \ ATOM 31834 CB PHE J 639 51.817 -3.718-110.921 1.00137.17 C \ ANISOU31834 CB PHE J 639 13204 22930 15985 -405 -126 -701 C \ ATOM 31835 CG PHE J 639 52.536 -3.712-109.605 1.00138.63 C \ ANISOU31835 CG PHE J 639 13253 22965 16455 -92 -273 -816 C \ ATOM 31836 CD1 PHE J 639 53.435 -2.705-109.297 1.00141.23 C \ ANISOU31836 CD1 PHE J 639 13345 23395 16921 -245 -357 -759 C \ ATOM 31837 CD2 PHE J 639 52.321 -4.718-108.679 1.00137.69 C \ ANISOU31837 CD2 PHE J 639 13258 22598 16459 343 -346 -973 C \ ATOM 31838 CE1 PHE J 639 54.103 -2.700-108.089 1.00143.20 C \ ANISOU31838 CE1 PHE J 639 13474 23519 17417 43 -539 -885 C \ ATOM 31839 CE2 PHE J 639 52.984 -4.718-107.468 1.00139.67 C \ ANISOU31839 CE2 PHE J 639 13421 22723 16926 641 -516 -1067 C \ ATOM 31840 CZ PHE J 639 53.873 -3.707-107.171 1.00143.20 C \ ANISOU31840 CZ PHE J 639 13623 23290 17497 499 -628 -1036 C \ ATOM 31841 N LEU J 640 50.584 -1.891-113.224 1.00121.18 N \ ANISOU31841 N LEU J 640 11447 21154 13441 -1326 -118 -74 N \ ATOM 31842 CA LEU J 640 50.085 -1.772-114.581 1.00122.76 C \ ANISOU31842 CA LEU J 640 11790 21570 13283 -1658 -34 67 C \ ATOM 31843 C LEU J 640 50.911 -2.589-115.568 1.00131.73 C \ ANISOU31843 C LEU J 640 12770 23139 14143 -1732 302 -231 C \ ATOM 31844 O LEU J 640 52.068 -2.269-115.844 1.00132.36 O \ ANISOU31844 O LEU J 640 12580 23520 14190 -1892 507 -298 O \ ATOM 31845 CB LEU J 640 50.053 -0.306-114.999 1.00115.22 C \ ANISOU31845 CB LEU J 640 10884 20632 12264 -2058 -146 466 C \ ATOM 31846 CG LEU J 640 49.573 -0.026-116.420 1.00107.18 C \ ANISOU31846 CG LEU J 640 10051 19842 10830 -2432 -99 681 C \ ATOM 31847 CD1 LEU J 640 48.312 -0.812-116.729 1.00103.61 C \ ANISOU31847 CD1 LEU J 640 9847 19269 10251 -2291 -218 634 C \ ATOM 31848 CD2 LEU J 640 49.315 1.459-116.553 1.00106.74 C \ ANISOU31848 CD2 LEU J 640 10111 19641 10805 -2750 -308 1134 C \ ATOM 31849 N ASP J 641 50.308 -3.655-116.085 1.00139.64 N \ ANISOU31849 N ASP J 641 13929 24165 14962 -1614 365 -430 N \ ATOM 31850 CA ASP J 641 50.902 -4.405-117.180 1.00148.36 C \ ANISOU31850 CA ASP J 641 14955 25676 15738 -1701 677 -723 C \ ATOM 31851 C ASP J 641 50.698 -3.571-118.438 1.00145.55 C \ ANISOU31851 C ASP J 641 14736 25606 14959 -2176 726 -439 C \ ATOM 31852 O ASP J 641 49.576 -3.439-118.927 1.00139.65 O \ ANISOU31852 O ASP J 641 14283 24750 14027 -2304 529 -239 O \ ATOM 31853 CB ASP J 641 50.242 -5.783-117.317 1.00152.85 C \ ANISOU31853 CB ASP J 641 15695 26122 16258 -1437 683 -1031 C \ ATOM 31854 CG ASP J 641 51.084 -6.770-118.115 1.00155.09 C \ ANISOU31854 CG ASP J 641 15848 26764 16317 -1373 1022 -1471 C \ ATOM 31855 OD1 ASP J 641 51.520 -6.430-119.234 1.00155.02 O \ ANISOU31855 OD1 ASP J 641 15806 27174 15922 -1689 1244 -1465 O \ ATOM 31856 OD2 ASP J 641 51.304 -7.896-117.618 1.00155.55 O \ ANISOU31856 OD2 ASP J 641 15850 26674 16579 -996 1074 -1823 O \ ATOM 31857 N SER J 642 51.779 -2.975-118.928 1.00149.17 N \ ANISOU31857 N SER J 642 14975 26424 15280 -2445 974 -398 N \ ATOM 31858 CA SER J 642 51.723 -2.104-120.098 1.00151.37 C \ ANISOU31858 CA SER J 642 15393 26987 15134 -2928 1050 -79 C \ ATOM 31859 C SER J 642 51.633 -2.896-121.403 1.00160.57 C \ ANISOU31859 C SER J 642 16707 28534 15768 -3038 1290 -306 C \ ATOM 31860 O SER J 642 51.047 -2.432-122.383 1.00163.14 O \ ANISOU31860 O SER J 642 17316 28996 15674 -3362 1224 -37 O \ ATOM 31861 CB SER J 642 52.916 -1.139-120.107 1.00146.64 C \ ANISOU31861 CB SER J 642 14499 26617 14601 -3218 1248 77 C \ ATOM 31862 OG SER J 642 54.101 -1.774-119.656 1.00143.38 O \ ANISOU31862 OG SER J 642 13676 26388 14413 -2988 1516 -325 O \ ATOM 31863 N GLU J 643 52.209 -4.096-121.401 1.00163.18 N \ ANISOU31863 N GLU J 643 16865 29021 16115 -2749 1547 -810 N \ ATOM 31864 CA GLU J 643 52.198 -4.978-122.565 1.00162.86 C \ ANISOU31864 CA GLU J 643 16958 29329 15592 -2792 1794 -1130 C \ ATOM 31865 C GLU J 643 50.784 -5.443-122.910 1.00154.64 C \ ANISOU31865 C GLU J 643 16325 28055 14376 -2757 1482 -1098 C \ ATOM 31866 O GLU J 643 50.524 -5.896-124.025 1.00155.57 O \ ANISOU31866 O GLU J 643 16659 28445 14004 -2899 1584 -1251 O \ ATOM 31867 CB GLU J 643 53.093 -6.196-122.320 1.00167.77 C \ ANISOU31867 CB GLU J 643 17296 30072 16378 -2412 2092 -1710 C \ ATOM 31868 CG GLU J 643 54.466 -5.865-121.755 1.00175.24 C \ ANISOU31868 CG GLU J 643 17762 31189 17631 -2355 2335 -1795 C \ ATOM 31869 CD GLU J 643 55.473 -5.473-122.814 1.00188.68 C \ ANISOU31869 CD GLU J 643 19258 33487 18944 -2707 2793 -1832 C \ ATOM 31870 OE1 GLU J 643 55.325 -5.915-123.972 1.00198.21 O \ ANISOU31870 OE1 GLU J 643 20663 35024 19625 -2845 3019 -2001 O \ ATOM 31871 OE2 GLU J 643 56.414 -4.721-122.483 1.00190.91 O \ ANISOU31871 OE2 GLU J 643 19180 33915 19441 -2857 2932 -1699 O \ ATOM 31872 N THR J 644 49.881 -5.355-121.936 1.00147.46 N \ ANISOU31872 N THR J 644 15506 26651 13871 -2564 1108 -922 N \ ATOM 31873 CA THR J 644 48.482 -5.712-122.150 1.00144.42 C \ ANISOU31873 CA THR J 644 15444 26015 13414 -2544 783 -858 C \ ATOM 31874 C THR J 644 47.559 -4.569-121.728 1.00130.55 C \ ANISOU31874 C THR J 644 13815 23953 11835 -2683 402 -334 C \ ATOM 31875 O THR J 644 46.339 -4.693-121.800 1.00125.85 O \ ANISOU31875 O THR J 644 13434 23127 11257 -2671 93 -222 O \ ATOM 31876 CB THR J 644 48.078 -6.979-121.370 1.00150.32 C \ ANISOU31876 CB THR J 644 16184 26415 14517 -2124 710 -1219 C \ ATOM 31877 OG1 THR J 644 47.668 -6.621-120.046 1.00147.74 O \ ANISOU31877 OG1 THR J 644 15789 25648 14696 -1921 475 -999 O \ ATOM 31878 CG2 THR J 644 49.234 -7.969-121.299 1.00156.23 C \ ANISOU31878 CG2 THR J 644 16707 27339 15313 -1865 1067 -1718 C \ ATOM 31879 N GLU J 645 48.157 -3.466-121.282 1.00125.98 N \ ANISOU31879 N GLU J 645 13084 23364 11418 -2809 420 -35 N \ ATOM 31880 CA GLU J 645 47.421 -2.271-120.864 1.00126.15 C \ ANISOU31880 CA GLU J 645 13215 23083 11632 -2930 77 450 C \ ATOM 31881 C GLU J 645 46.372 -2.559-119.782 1.00125.20 C \ ANISOU31881 C GLU J 645 13138 22476 11955 -2604 -222 456 C \ ATOM 31882 O GLU J 645 45.336 -1.895-119.712 1.00124.89 O \ ANISOU31882 O GLU J 645 13255 22196 12003 -2668 -543 780 O \ ATOM 31883 CB GLU J 645 46.788 -1.578-122.077 1.00134.68 C \ ANISOU31883 CB GLU J 645 14582 24334 12257 -3312 -83 798 C \ ATOM 31884 CG GLU J 645 46.665 -0.065-121.945 1.00142.19 C \ ANISOU31884 CG GLU J 645 15593 25123 13308 -3555 -298 1328 C \ ATOM 31885 CD GLU J 645 47.011 0.671-123.231 1.00154.17 C \ ANISOU31885 CD GLU J 645 17285 27006 14288 -4015 -204 1628 C \ ATOM 31886 OE1 GLU J 645 46.258 0.536-124.219 1.00160.30 O \ ANISOU31886 OE1 GLU J 645 18344 27917 14646 -4163 -360 1726 O \ ATOM 31887 OE2 GLU J 645 48.034 1.390-123.250 1.00155.60 O \ ANISOU31887 OE2 GLU J 645 17323 27340 14458 -4243 19 1775 O \ ATOM 31888 N ARG J 646 46.661 -3.545-118.933 1.00125.63 N \ ANISOU31888 N ARG J 646 13049 22390 12295 -2248 -105 103 N \ ATOM 31889 CA ARG J 646 45.735 -3.978-117.882 1.00117.84 C \ ANISOU31889 CA ARG J 646 12106 20968 11699 -1937 -314 81 C \ ATOM 31890 C ARG J 646 46.379 -3.978-116.501 1.00118.90 C \ ANISOU31890 C ARG J 646 12053 20884 12238 -1636 -261 -3 C \ ATOM 31891 O ARG J 646 47.514 -4.427-116.348 1.00128.45 O \ ANISOU31891 O ARG J 646 13075 22267 13462 -1523 -27 -267 O \ ATOM 31892 CB ARG J 646 45.235 -5.390-118.171 1.00108.39 C \ ANISOU31892 CB ARG J 646 11002 19742 10439 -1779 -270 -267 C \ ATOM 31893 CG ARG J 646 44.477 -5.492-119.450 1.00106.16 C \ ANISOU31893 CG ARG J 646 10926 19642 9769 -2045 -384 -226 C \ ATOM 31894 CD ARG J 646 43.302 -4.543-119.441 1.00103.69 C \ ANISOU31894 CD ARG J 646 10734 19127 9537 -2184 -742 196 C \ ATOM 31895 NE ARG J 646 42.577 -4.596-120.706 1.00111.52 N \ ANISOU31895 NE ARG J 646 11929 20309 10133 -2443 -910 253 N \ ATOM 31896 CZ ARG J 646 41.869 -5.644-121.115 1.00118.27 C \ ANISOU31896 CZ ARG J 646 12884 21133 10919 -2400 -989 -7 C \ ATOM 31897 NH1 ARG J 646 41.782 -6.732-120.358 1.00116.64 N \ ANISOU31897 NH1 ARG J 646 12601 20687 11030 -2117 -893 -319 N \ ATOM 31898 NH2 ARG J 646 41.246 -5.603-122.282 1.00122.96 N \ ANISOU31898 NH2 ARG J 646 13672 21922 11124 -2648 -1185 51 N \ ATOM 31899 N TRP J 647 45.656 -3.486-115.498 1.00104.67 N \ ANISOU31899 N TRP J 647 10297 18715 10759 -1491 -484 206 N \ ATOM 31900 CA TRP J 647 46.135 -3.550-114.123 1.00 96.24 C \ ANISOU31900 CA TRP J 647 9110 17420 10035 -1179 -471 120 C \ ATOM 31901 C TRP J 647 46.030 -4.964-113.583 1.00 95.28 C \ ANISOU31901 C TRP J 647 9004 17154 10043 -845 -376 -197 C \ ATOM 31902 O TRP J 647 45.268 -5.780-114.094 1.00 85.73 O \ ANISOU31902 O TRP J 647 7919 15909 8744 -851 -380 -299 O \ ATOM 31903 CB TRP J 647 45.322 -2.639-113.209 1.00 83.99 C \ ANISOU31903 CB TRP J 647 7638 15521 8752 -1106 -716 411 C \ ATOM 31904 CG TRP J 647 45.484 -1.183-113.455 1.00 94.28 C \ ANISOU31904 CG TRP J 647 8938 16852 10031 -1374 -847 726 C \ ATOM 31905 CD1 TRP J 647 44.666 -0.388-114.191 1.00 94.00 C \ ANISOU31905 CD1 TRP J 647 9039 16795 9883 -1623 -1032 1032 C \ ATOM 31906 CD2 TRP J 647 46.515 -0.332-112.941 1.00 93.33 C \ ANISOU31906 CD2 TRP J 647 8680 16749 10031 -1420 -837 777 C \ ATOM 31907 NE1 TRP J 647 45.121 0.907-114.176 1.00 92.65 N \ ANISOU31907 NE1 TRP J 647 8849 16600 9755 -1823 -1126 1287 N \ ATOM 31908 CE2 TRP J 647 46.258 0.968-113.416 1.00 90.68 C \ ANISOU31908 CE2 TRP J 647 8426 16375 9655 -1721 -1003 1127 C \ ATOM 31909 CE3 TRP J 647 47.634 -0.545-112.130 1.00 95.56 C \ ANISOU31909 CE3 TRP J 647 8775 17066 10469 -1240 -733 559 C \ ATOM 31910 CZ2 TRP J 647 47.077 2.051-113.111 1.00 91.25 C \ ANISOU31910 CZ2 TRP J 647 8403 16420 9846 -1873 -1049 1260 C \ ATOM 31911 CZ3 TRP J 647 48.447 0.533-111.826 1.00 98.42 C \ ANISOU31911 CZ3 TRP J 647 9014 17434 10946 -1389 -793 674 C \ ATOM 31912 CH2 TRP J 647 48.165 1.815-112.316 1.00 98.27 C \ ANISOU31912 CH2 TRP J 647 9086 17356 10895 -1716 -940 1019 C \ ATOM 31913 N PHE J 648 46.790 -5.246-112.533 1.00 98.82 N \ ANISOU31913 N PHE J 648 9340 17497 10711 -557 -319 -344 N \ ATOM 31914 CA PHE J 648 46.701 -6.543-111.874 1.00101.58 C \ ANISOU31914 CA PHE J 648 9741 17643 11212 -213 -257 -593 C \ ATOM 31915 C PHE J 648 47.254 -6.496-110.445 1.00100.38 C \ ANISOU31915 C PHE J 648 9533 17287 11321 110 -308 -614 C \ ATOM 31916 O PHE J 648 48.108 -5.666-110.132 1.00 99.61 O \ ANISOU31916 O PHE J 648 9279 17302 11267 75 -341 -564 O \ ATOM 31917 CB PHE J 648 47.405 -7.615-112.708 1.00107.60 C \ ANISOU31917 CB PHE J 648 10431 18647 11806 -186 -45 -950 C \ ATOM 31918 CG PHE J 648 48.895 -7.566-112.623 1.00114.64 C \ ANISOU31918 CG PHE J 648 11061 19787 12709 -97 105 -1145 C \ ATOM 31919 CD1 PHE J 648 49.614 -6.612-113.323 1.00118.48 C \ ANISOU31919 CD1 PHE J 648 11371 20622 13023 -400 189 -1056 C \ ATOM 31920 CD2 PHE J 648 49.580 -8.481-111.847 1.00115.20 C \ ANISOU31920 CD2 PHE J 648 11050 19741 12979 283 156 -1408 C \ ATOM 31921 CE1 PHE J 648 50.989 -6.572-113.247 1.00120.75 C \ ANISOU31921 CE1 PHE J 648 11358 21160 13363 -338 343 -1246 C \ ATOM 31922 CE2 PHE J 648 50.951 -8.447-111.767 1.00119.12 C \ ANISOU31922 CE2 PHE J 648 11253 20479 13528 383 271 -1605 C \ ATOM 31923 CZ PHE J 648 51.658 -7.491-112.467 1.00122.55 C \ ANISOU31923 CZ PHE J 648 11465 21284 13815 65 375 -1535 C \ ATOM 31924 N VAL J 649 46.761 -7.373-109.573 1.00 97.80 N \ ANISOU31924 N VAL J 649 9347 16655 11159 407 -328 -677 N \ ATOM 31925 CA VAL J 649 47.124 -7.297-108.159 1.00 93.94 C \ ANISOU31925 CA VAL J 649 8875 15952 10865 718 -410 -655 C \ ATOM 31926 C VAL J 649 48.484 -7.928-107.869 1.00 96.66 C \ ANISOU31926 C VAL J 649 9056 16412 11259 966 -345 -933 C \ ATOM 31927 O VAL J 649 48.668 -9.138-107.975 1.00 96.03 O \ ANISOU31927 O VAL J 649 9011 16276 11200 1160 -248 -1159 O \ ATOM 31928 CB VAL J 649 46.046 -7.906-107.225 1.00101.86 C \ ANISOU31928 CB VAL J 649 10119 16577 12006 935 -445 -560 C \ ATOM 31929 CG1 VAL J 649 45.743 -9.361-107.583 1.00101.13 C \ ANISOU31929 CG1 VAL J 649 10129 16374 11923 1031 -328 -752 C \ ATOM 31930 CG2 VAL J 649 46.484 -7.785-105.774 1.00102.24 C \ ANISOU31930 CG2 VAL J 649 10225 16442 12178 1254 -531 -532 C \ ATOM 31931 N GLY J 650 49.443 -7.086-107.511 1.00105.14 N \ ANISOU31931 N GLY J 650 9937 17633 12378 958 -417 -923 N \ ATOM 31932 CA GLY J 650 50.787 -7.550-107.239 1.00110.77 C \ ANISOU31932 CA GLY J 650 10424 18489 13175 1185 -389 -1184 C \ ATOM 31933 C GLY J 650 50.997 -7.871-105.778 1.00103.92 C \ ANISOU31933 C GLY J 650 9663 17351 12471 1583 -557 -1196 C \ ATOM 31934 O GLY J 650 51.659 -8.848-105.427 1.00103.52 O \ ANISOU31934 O GLY J 650 9567 17260 12507 1904 -552 -1415 O \ ATOM 31935 N GLY J 651 50.421 -7.043-104.919 1.00 98.19 N \ ANISOU31935 N GLY J 651 9100 16432 11776 1580 -717 -963 N \ ATOM 31936 CA GLY J 651 50.552 -7.239-103.494 1.00103.62 C \ ANISOU31936 CA GLY J 651 9944 16877 12551 1940 -884 -951 C \ ATOM 31937 C GLY J 651 49.227 -7.089-102.790 1.00109.97 C \ ANISOU31937 C GLY J 651 11084 17373 13326 1981 -909 -713 C \ ATOM 31938 O GLY J 651 48.312 -6.426-103.276 1.00114.44 O \ ANISOU31938 O GLY J 651 11701 17927 13855 1714 -868 -536 O \ ATOM 31939 N ILE J 652 49.123 -7.746-101.645 1.00113.21 N \ ANISOU31939 N ILE J 652 11723 17539 13754 2329 -972 -705 N \ ATOM 31940 CA ILE J 652 47.985 -7.584-100.765 1.00113.96 C \ ANISOU31940 CA ILE J 652 12127 17361 13812 2408 -970 -489 C \ ATOM 31941 C ILE J 652 48.483 -6.821 -99.557 1.00110.28 C \ ANISOU31941 C ILE J 652 11735 16850 13318 2600 -1183 -470 C \ ATOM 31942 O ILE J 652 49.448 -7.244 -98.924 1.00110.58 O \ ANISOU31942 O ILE J 652 11759 16897 13358 2873 -1324 -604 O \ ATOM 31943 CB ILE J 652 47.473 -8.954-100.293 1.00116.15 C \ ANISOU31943 CB ILE J 652 12664 17376 14090 2652 -860 -471 C \ ATOM 31944 CG1 ILE J 652 47.113 -9.833-101.494 1.00111.52 C \ ANISOU31944 CG1 ILE J 652 12007 16817 13548 2480 -684 -556 C \ ATOM 31945 CG2 ILE J 652 46.279 -8.795 -99.369 1.00117.51 C \ ANISOU31945 CG2 ILE J 652 13135 17296 14218 2712 -801 -238 C \ ATOM 31946 CD1 ILE J 652 46.696 -11.235-101.113 1.00108.99 C \ ANISOU31946 CD1 ILE J 652 11935 16202 13275 2690 -587 -556 C \ ATOM 31947 N VAL J 653 47.849 -5.697 -99.238 1.00106.03 N \ ANISOU31947 N VAL J 653 11272 16255 12758 2474 -1233 -324 N \ ATOM 31948 CA VAL J 653 48.222 -4.956 -98.040 1.00101.90 C \ ANISOU31948 CA VAL J 653 10870 15662 12186 2661 -1443 -333 C \ ATOM 31949 C VAL J 653 48.070 -5.897 -96.848 1.00104.46 C \ ANISOU31949 C VAL J 653 11516 15782 12392 3044 -1441 -310 C \ ATOM 31950 O VAL J 653 47.007 -6.494 -96.653 1.00 77.73 O \ ANISOU31950 O VAL J 653 8356 12215 8961 3088 -1242 -165 O \ ATOM 31951 CB VAL J 653 47.357 -3.695 -97.830 1.00 94.01 C \ ANISOU31951 CB VAL J 653 9961 14569 11188 2509 -1465 -190 C \ ATOM 31952 CG1 VAL J 653 47.697 -3.037 -96.496 1.00 98.24 C \ ANISOU31952 CG1 VAL J 653 10682 15006 11639 2741 -1680 -241 C \ ATOM 31953 CG2 VAL J 653 47.555 -2.707 -98.973 1.00 91.00 C \ ANISOU31953 CG2 VAL J 653 9303 14356 10916 2128 -1505 -170 C \ ATOM 31954 N SER J 654 49.146 -6.059 -96.079 1.00 97.73 N \ ANISOU31954 N SER J 654 10677 14961 11495 3308 -1670 -444 N \ ATOM 31955 CA SER J 654 49.189 -7.076 -95.028 1.00 96.02 C \ ANISOU31955 CA SER J 654 10777 14562 11145 3688 -1705 -412 C \ ATOM 31956 C SER J 654 49.612 -6.573 -93.655 1.00102.21 C \ ANISOU31956 C SER J 654 11788 15292 11755 3957 -1973 -437 C \ ATOM 31957 O SER J 654 48.848 -6.690 -92.695 1.00102.12 O \ ANISOU31957 O SER J 654 12159 15097 11545 4125 -1899 -292 O \ ATOM 31958 CB SER J 654 50.099 -8.230 -95.424 1.00 99.07 C \ ANISOU31958 CB SER J 654 11016 14998 11629 3850 -1745 -557 C \ ATOM 31959 OG SER J 654 49.990 -9.274 -94.474 1.00101.68 O \ ANISOU31959 OG SER J 654 11703 15094 11838 4203 -1768 -472 O \ ATOM 31960 N TRP J 655 50.836 -6.060 -93.548 1.00113.22 N \ ANISOU31960 N TRP J 655 12948 16855 13216 3999 -2279 -630 N \ ATOM 31961 CA TRP J 655 51.276 -5.456 -92.286 1.00120.39 C \ ANISOU31961 CA TRP J 655 14059 17729 13956 4224 -2592 -691 C \ ATOM 31962 C TRP J 655 52.353 -4.398 -92.467 1.00120.66 C \ ANISOU31962 C TRP J 655 13739 17960 14145 4073 -2895 -898 C \ ATOM 31963 O TRP J 655 52.684 -4.032 -93.593 1.00118.29 O \ ANISOU31963 O TRP J 655 13043 17830 14070 3759 -2818 -957 O \ ATOM 31964 CB TRP J 655 51.656 -6.487 -91.211 1.00119.56 C \ ANISOU31964 CB TRP J 655 14270 17502 13656 4664 -2753 -674 C \ ATOM 31965 CG TRP J 655 52.786 -7.382 -91.568 1.00116.61 C \ ANISOU31965 CG TRP J 655 13635 17224 13447 4832 -2912 -818 C \ ATOM 31966 CD1 TRP J 655 52.714 -8.550 -92.259 1.00114.41 C \ ANISOU31966 CD1 TRP J 655 13291 16889 13290 4873 -2709 -789 C \ ATOM 31967 CD2 TRP J 655 54.163 -7.193 -91.240 1.00122.09 C \ ANISOU31967 CD2 TRP J 655 14080 18079 14230 5001 -3321 -1040 C \ ATOM 31968 NE1 TRP J 655 53.963 -9.105 -92.386 1.00117.79 N \ ANISOU31968 NE1 TRP J 655 13446 17431 13877 5085 -2947 -986 N \ ATOM 31969 CE2 TRP J 655 54.873 -8.287 -91.771 1.00123.69 C \ ANISOU31969 CE2 TRP J 655 14051 18327 14618 5164 -3326 -1137 C \ ATOM 31970 CE3 TRP J 655 54.868 -6.202 -90.549 1.00127.92 C \ ANISOU31970 CE3 TRP J 655 14752 18921 14930 5031 -3698 -1188 C \ ATOM 31971 CZ2 TRP J 655 56.252 -8.419 -91.636 1.00129.81 C \ ANISOU31971 CZ2 TRP J 655 14495 19269 15559 5369 -3682 -1367 C \ ATOM 31972 CZ3 TRP J 655 56.239 -6.335 -90.417 1.00130.86 C \ ANISOU31972 CZ3 TRP J 655 14797 19458 15465 5202 -4072 -1410 C \ ATOM 31973 CH2 TRP J 655 56.916 -7.434 -90.960 1.00132.02 C \ ANISOU31973 CH2 TRP J 655 14681 19669 15812 5376 -4055 -1494 C \ ATOM 31974 N GLY J 656 52.857 -3.865 -91.362 1.00124.80 N \ ANISOU31974 N GLY J 656 14421 18461 14536 4269 -3233 -1000 N \ ATOM 31975 CA GLY J 656 53.858 -2.827 -91.451 1.00135.77 C \ ANISOU31975 CA GLY J 656 15480 20008 16099 4102 -3548 -1202 C \ ATOM 31976 C GLY J 656 54.181 -2.133 -90.150 1.00149.33 C \ ANISOU31976 C GLY J 656 17453 21652 17632 4301 -3931 -1322 C \ ATOM 31977 O GLY J 656 53.736 -2.550 -89.085 1.00152.36 O \ ANISOU31977 O GLY J 656 18298 21892 17699 4625 -3968 -1253 O \ ATOM 31978 N SER J 657 54.968 -1.069 -90.246 1.00158.32 N \ ANISOU31978 N SER J 657 18301 22893 18960 4089 -4214 -1504 N \ ATOM 31979 CA SER J 657 55.301 -0.263 -89.090 1.00166.33 C \ ANISOU31979 CA SER J 657 19537 23834 19827 4225 -4616 -1666 C \ ATOM 31980 C SER J 657 54.012 0.222 -88.437 1.00166.06 C \ ANISOU31980 C SER J 657 20014 23573 19507 4290 -4440 -1551 C \ ATOM 31981 O SER J 657 53.089 0.741 -89.125 1.00168.96 O \ ANISOU31981 O SER J 657 20365 23858 19976 4024 -4124 -1419 O \ ATOM 31982 CB SER J 657 56.173 0.930 -89.484 1.00170.45 C \ ANISOU31982 CB SER J 657 19644 24455 20666 3879 -4889 -1858 C \ ATOM 31983 OG SER J 657 55.502 1.746 -90.426 1.00170.82 O \ ANISOU31983 OG SER J 657 19574 24442 20886 3472 -4608 -1736 O \ ATOM 31984 N MET J 658 53.975 0.046 -87.111 1.00160.91 N \ ANISOU31984 N MET J 658 19810 22836 18494 4657 -4654 -1609 N \ ATOM 31985 CA MET J 658 52.861 0.455 -86.262 1.00156.77 C \ ANISOU31985 CA MET J 658 19805 22127 17634 4794 -4502 -1547 C \ ATOM 31986 C MET J 658 52.660 1.957 -86.393 1.00156.68 C \ ANISOU31986 C MET J 658 19726 22022 17782 4522 -4593 -1689 C \ ATOM 31987 O MET J 658 51.530 2.437 -86.437 1.00159.71 O \ ANISOU31987 O MET J 658 20307 22262 18115 4457 -4296 -1593 O \ ATOM 31988 CB MET J 658 53.105 0.057 -84.797 1.00158.01 C \ ANISOU31988 CB MET J 658 20445 22255 17338 5229 -4782 -1620 C \ ATOM 31989 CG MET J 658 51.886 0.195 -83.890 1.00156.76 C \ ANISOU31989 CG MET J 658 20861 21942 16757 5419 -4517 -1524 C \ ATOM 31990 SD MET J 658 52.110 -0.521 -82.244 1.00160.36 S \ ANISOU31990 SD MET J 658 21951 22392 16588 5934 -4768 -1529 S \ ATOM 31991 CE MET J 658 53.441 0.484 -81.591 1.00130.93 C \ ANISOU31991 CE MET J 658 18142 18743 12863 5978 -5502 -1934 C \ ATOM 31992 N ASN J 659 53.765 2.691 -86.475 1.00155.54 N \ ANISOU31992 N ASN J 659 19281 21948 17869 4359 -5009 -1917 N \ ATOM 31993 CA ASN J 659 53.709 4.093 -86.860 1.00155.62 C \ ANISOU31993 CA ASN J 659 19142 21845 18143 4017 -5101 -2026 C \ ATOM 31994 C ASN J 659 53.399 4.148 -88.352 1.00149.66 C \ ANISOU31994 C ASN J 659 17989 21135 17740 3628 -4756 -1821 C \ ATOM 31995 O ASN J 659 54.209 3.730 -89.178 1.00152.01 O \ ANISOU31995 O ASN J 659 17851 21627 18278 3450 -4769 -1803 O \ ATOM 31996 CB ASN J 659 55.036 4.789 -86.552 1.00162.76 C \ ANISOU31996 CB ASN J 659 19805 22809 19227 3912 -5648 -2318 C \ ATOM 31997 CG ASN J 659 54.927 6.307 -86.591 1.00165.53 C \ ANISOU31997 CG ASN J 659 20157 22954 19781 3622 -5815 -2464 C \ ATOM 31998 OD1 ASN J 659 54.085 6.866 -87.297 1.00164.81 O \ ANISOU31998 OD1 ASN J 659 20054 22721 19847 3388 -5514 -2311 O \ ATOM 31999 ND2 ASN J 659 55.775 6.979 -85.820 1.00167.53 N \ ANISOU31999 ND2 ASN J 659 20438 23170 20046 3643 -6327 -2767 N \ ATOM 32000 N CYS J 660 52.207 4.634 -88.685 1.00146.49 N \ ANISOU32000 N CYS J 660 17745 20566 17350 3518 -4446 -1673 N \ ATOM 32001 CA CYS J 660 51.711 4.626 -90.059 1.00148.01 C \ ANISOU32001 CA CYS J 660 17646 20790 17801 3187 -4112 -1445 C \ ATOM 32002 C CYS J 660 52.604 5.408 -91.017 1.00150.12 C \ ANISOU32002 C CYS J 660 17464 21132 18443 2752 -4283 -1486 C \ ATOM 32003 O CYS J 660 52.743 6.625 -90.889 1.00154.53 O \ ANISOU32003 O CYS J 660 18034 21525 19157 2567 -4510 -1590 O \ ATOM 32004 CB CYS J 660 50.290 5.187 -90.105 1.00147.55 C \ ANISOU32004 CB CYS J 660 17840 20513 17710 3175 -3840 -1311 C \ ATOM 32005 SG CYS J 660 49.091 4.091 -90.881 1.00160.50 S \ ANISOU32005 SG CYS J 660 19474 22207 19302 3189 -3315 -1002 S \ ATOM 32006 N GLY J 661 53.195 4.709 -91.983 1.00143.36 N \ ANISOU32006 N GLY J 661 16222 20515 17732 2582 -4156 -1404 N \ ATOM 32007 CA GLY J 661 54.092 5.341 -92.933 1.00140.44 C \ ANISOU32007 CA GLY J 661 15400 20269 17691 2152 -4254 -1423 C \ ATOM 32008 C GLY J 661 55.298 5.965 -92.261 1.00146.25 C \ ANISOU32008 C GLY J 661 15987 21024 18558 2119 -4711 -1691 C \ ATOM 32009 O GLY J 661 55.711 7.069 -92.616 1.00144.85 O \ ANISOU32009 O GLY J 661 15623 20770 18645 1753 -4874 -1726 O \ ATOM 32010 N GLU J 662 55.847 5.254 -91.277 1.00155.12 N \ ANISOU32010 N GLU J 662 17207 22232 19501 2496 -4939 -1870 N \ ATOM 32011 CA GLU J 662 57.040 5.679 -90.543 1.00162.13 C \ ANISOU32011 CA GLU J 662 17941 23168 20493 2523 -5432 -2155 C \ ATOM 32012 C GLU J 662 58.228 5.792 -91.492 1.00162.80 C \ ANISOU32012 C GLU J 662 17389 23505 20964 2150 -5482 -2202 C \ ATOM 32013 O GLU J 662 58.304 5.067 -92.484 1.00165.35 O \ ANISOU32013 O GLU J 662 17424 24040 21363 2048 -5151 -2063 O \ ATOM 32014 CB GLU J 662 57.361 4.670 -89.425 1.00167.54 C \ ANISOU32014 CB GLU J 662 18851 23931 20877 3037 -5645 -2286 C \ ATOM 32015 CG GLU J 662 58.465 5.094 -88.441 1.00172.49 C \ ANISOU32015 CG GLU J 662 19417 24584 21537 3147 -6232 -2602 C \ ATOM 32016 CD GLU J 662 58.851 3.992 -87.453 1.00171.18 C \ ANISOU32016 CD GLU J 662 19451 24521 21067 3664 -6463 -2690 C \ ATOM 32017 OE1 GLU J 662 58.626 2.802 -87.761 1.00167.74 O \ ANISOU32017 OE1 GLU J 662 19019 24188 20528 3872 -6179 -2522 O \ ATOM 32018 OE2 GLU J 662 59.384 4.316 -86.368 1.00170.75 O \ ANISOU32018 OE2 GLU J 662 19571 24430 20877 3861 -6952 -2928 O \ ATOM 32019 N ALA J 663 59.153 6.698 -91.190 1.00160.47 N \ ANISOU32019 N ALA J 663 16867 23191 20912 1936 -5883 -2413 N \ ATOM 32020 CA ALA J 663 60.352 6.853 -92.004 1.00159.13 C \ ANISOU32020 CA ALA J 663 16050 23280 21133 1562 -5931 -2476 C \ ATOM 32021 C ALA J 663 61.198 5.586 -91.962 1.00162.37 C \ ANISOU32021 C ALA J 663 16133 24018 21541 1858 -5958 -2588 C \ ATOM 32022 O ALA J 663 61.327 4.952 -90.917 1.00160.89 O \ ANISOU32022 O ALA J 663 16181 23819 21130 2323 -6228 -2728 O \ ATOM 32023 CB ALA J 663 61.167 8.047 -91.528 1.00161.94 C \ ANISOU32023 CB ALA J 663 16243 23521 21765 1291 -6404 -2703 C \ ATOM 32024 N GLY J 664 61.765 5.212 -93.103 1.00169.45 N \ ANISOU32024 N GLY J 664 16505 25203 22676 1603 -5674 -2526 N \ ATOM 32025 CA GLY J 664 62.670 4.076 -93.163 1.00178.78 C \ ANISOU32025 CA GLY J 664 17295 26698 23934 1870 -5697 -2669 C \ ATOM 32026 C GLY J 664 62.042 2.704 -92.977 1.00180.33 C \ ANISOU32026 C GLY J 664 17814 26892 23812 2363 -5486 -2580 C \ ATOM 32027 O GLY J 664 62.608 1.703 -93.419 1.00186.84 O \ ANISOU32027 O GLY J 664 18305 27959 24727 2525 -5353 -2640 O \ ATOM 32028 N GLN J 665 60.900 2.640 -92.301 1.00172.77 N \ ANISOU32028 N GLN J 665 17492 25652 22502 2608 -5454 -2450 N \ ATOM 32029 CA GLN J 665 60.171 1.387 -92.153 1.00165.25 C \ ANISOU32029 CA GLN J 665 16882 24650 21254 3013 -5212 -2319 C \ ATOM 32030 C GLN J 665 59.062 1.282 -93.206 1.00155.24 C \ ANISOU32030 C GLN J 665 15738 23329 19919 2780 -4680 -2054 C \ ATOM 32031 O GLN J 665 58.023 1.923 -93.095 1.00154.26 O \ ANISOU32031 O GLN J 665 15982 22976 19652 2672 -4571 -1904 O \ ATOM 32032 CB GLN J 665 59.590 1.267 -90.742 1.00166.10 C \ ANISOU32032 CB GLN J 665 17605 24512 20995 3432 -5465 -2327 C \ ATOM 32033 CG GLN J 665 60.645 1.183 -89.647 1.00174.09 C \ ANISOU32033 CG GLN J 665 18561 25585 21999 3735 -6031 -2582 C \ ATOM 32034 CD GLN J 665 61.453 -0.097 -89.695 1.00180.88 C \ ANISOU32034 CD GLN J 665 19149 26643 22936 4071 -6104 -2655 C \ ATOM 32035 OE1 GLN J 665 60.988 -1.146 -89.261 1.00182.97 O \ ANISOU32035 OE1 GLN J 665 19783 26811 22927 4471 -6021 -2539 O \ ATOM 32036 NE2 GLN J 665 62.669 -0.016 -90.222 1.00183.91 N \ ANISOU32036 NE2 GLN J 665 18875 27289 23712 3910 -6250 -2845 N \ ATOM 32037 N TYR J 666 59.298 0.461 -94.225 1.00150.07 N \ ANISOU32037 N TYR J 666 14763 22887 19368 2722 -4367 -2020 N \ ATOM 32038 CA TYR J 666 58.415 0.364 -95.385 1.00147.97 C \ ANISOU32038 CA TYR J 666 14533 22628 19061 2452 -3898 -1802 C \ ATOM 32039 C TYR J 666 57.105 -0.381 -95.101 1.00141.57 C \ ANISOU32039 C TYR J 666 14242 21594 17955 2721 -3677 -1619 C \ ATOM 32040 O TYR J 666 56.755 -0.629 -93.955 1.00144.07 O \ ANISOU32040 O TYR J 666 14953 21721 18066 3073 -3856 -1623 O \ ATOM 32041 CB TYR J 666 59.151 -0.289 -96.545 1.00152.19 C \ ANISOU32041 CB TYR J 666 14566 23485 19776 2315 -3644 -1873 C \ ATOM 32042 CG TYR J 666 60.552 0.243 -96.756 1.00157.55 C \ ANISOU32042 CG TYR J 666 14662 24430 20771 2097 -3835 -2077 C \ ATOM 32043 CD1 TYR J 666 60.766 1.568 -97.098 1.00159.62 C \ ANISOU32043 CD1 TYR J 666 14744 24703 21202 1616 -3892 -2028 C \ ATOM 32044 CD2 TYR J 666 61.659 -0.585 -96.616 1.00163.85 C \ ANISOU32044 CD2 TYR J 666 15072 25455 21730 2369 -3960 -2316 C \ ATOM 32045 CE1 TYR J 666 62.037 2.066 -97.290 1.00169.31 C \ ANISOU32045 CE1 TYR J 666 15412 26169 22749 1370 -4049 -2203 C \ ATOM 32046 CE2 TYR J 666 62.941 -0.097 -96.807 1.00173.60 C \ ANISOU32046 CE2 TYR J 666 15710 26955 23294 2159 -4124 -2514 C \ ATOM 32047 CZ TYR J 666 63.123 1.229 -97.145 1.00179.49 C \ ANISOU32047 CZ TYR J 666 16276 27719 24203 1639 -4156 -2453 C \ ATOM 32048 OH TYR J 666 64.393 1.723 -97.336 1.00191.73 O \ ANISOU32048 OH TYR J 666 17207 29531 26112 1385 -4302 -2639 O \ ATOM 32049 N GLY J 667 56.334 -0.621 -96.163 1.00132.84 N \ ANISOU32049 N GLY J 667 13142 20510 16821 2508 -3286 -1447 N \ ATOM 32050 CA GLY J 667 55.116 -1.420 -96.092 1.00125.76 C \ ANISOU32050 CA GLY J 667 12644 19432 15706 2701 -3036 -1278 C \ ATOM 32051 C GLY J 667 55.313 -2.885 -96.446 1.00123.62 C \ ANISOU32051 C GLY J 667 12303 19250 15417 2938 -2861 -1331 C \ ATOM 32052 O GLY J 667 56.062 -3.199 -97.364 1.00123.22 O \ ANISOU32052 O GLY J 667 11851 19446 15520 2804 -2749 -1445 O \ ATOM 32053 N VAL J 668 54.636 -3.781 -95.730 1.00123.89 N \ ANISOU32053 N VAL J 668 12734 19074 15266 3283 -2820 -1249 N \ ATOM 32054 CA VAL J 668 54.748 -5.220 -95.996 1.00121.15 C \ ANISOU32054 CA VAL J 668 12384 18729 14917 3529 -2673 -1290 C \ ATOM 32055 C VAL J 668 53.510 -5.776 -96.665 1.00119.26 C \ ANISOU32055 C VAL J 668 12356 18364 14594 3411 -2310 -1112 C \ ATOM 32056 O VAL J 668 52.437 -5.858 -96.044 1.00117.09 O \ ANISOU32056 O VAL J 668 12482 17850 14158 3502 -2235 -931 O \ ATOM 32057 CB VAL J 668 54.883 -6.038 -94.729 1.00113.29 C \ ANISOU32057 CB VAL J 668 11718 17546 13781 4011 -2887 -1296 C \ ATOM 32058 CG1 VAL J 668 55.718 -7.276 -95.010 1.00111.90 C \ ANISOU32058 CG1 VAL J 668 11339 17443 13735 4278 -2904 -1451 C \ ATOM 32059 CG2 VAL J 668 55.527 -5.228 -93.700 1.00111.95 C \ ANISOU32059 CG2 VAL J 668 11571 17391 13572 4126 -3280 -1390 C \ ATOM 32060 N TYR J 669 53.667 -6.187 -97.914 1.00116.49 N \ ANISOU32060 N TYR J 669 11727 18186 14349 3213 -2083 -1178 N \ ATOM 32061 CA TYR J 669 52.556 -6.758 -98.642 1.00115.11 C \ ANISOU32061 CA TYR J 669 11718 17910 14110 3082 -1776 -1046 C \ ATOM 32062 C TYR J 669 52.833 -8.232 -98.896 1.00117.53 C \ ANISOU32062 C TYR J 669 12024 18173 14458 3334 -1672 -1173 C \ ATOM 32063 O TYR J 669 53.988 -8.657 -98.990 1.00123.56 O \ ANISOU32063 O TYR J 669 12515 19091 15342 3505 -1773 -1393 O \ ATOM 32064 CB TYR J 669 52.346 -6.032 -99.972 1.00116.28 C \ ANISOU32064 CB TYR J 669 11617 18268 14296 2624 -1596 -1011 C \ ATOM 32065 CG TYR J 669 52.181 -4.524 -99.880 1.00112.19 C \ ANISOU32065 CG TYR J 669 11067 17774 13786 2347 -1713 -890 C \ ATOM 32066 CD1 TYR J 669 53.247 -3.706 -99.518 1.00115.71 C \ ANISOU32066 CD1 TYR J 669 11280 18349 14334 2309 -1949 -1002 C \ ATOM 32067 CD2 TYR J 669 50.972 -3.916-100.197 1.00 99.19 C \ ANISOU32067 CD2 TYR J 669 9600 16007 12080 2118 -1605 -674 C \ ATOM 32068 CE1 TYR J 669 53.107 -2.332 -99.445 1.00111.48 C \ ANISOU32068 CE1 TYR J 669 10737 17786 13836 2045 -2071 -901 C \ ATOM 32069 CE2 TYR J 669 50.826 -2.543-100.132 1.00 97.11 C \ ANISOU32069 CE2 TYR J 669 9322 15721 11855 1888 -1729 -569 C \ ATOM 32070 CZ TYR J 669 51.895 -1.757 -99.754 1.00103.24 C \ ANISOU32070 CZ TYR J 669 9906 16592 12728 1847 -1959 -682 C \ ATOM 32071 OH TYR J 669 51.751 -0.390 -99.687 1.00 99.53 O \ ANISOU32071 OH TYR J 669 9445 16049 12322 1610 -2097 -585 O \ ATOM 32072 N THR J 670 51.762 -9.009 -98.988 1.00116.41 N \ ANISOU32072 N THR J 670 12177 17806 14248 3359 -1480 -1043 N \ ATOM 32073 CA THR J 670 51.842 -10.412 -99.365 1.00120.98 C \ ANISOU32073 CA THR J 670 12798 18284 14886 3544 -1357 -1156 C \ ATOM 32074 C THR J 670 52.121 -10.556-100.863 1.00124.82 C \ ANISOU32074 C THR J 670 12957 19030 15440 3280 -1157 -1337 C \ ATOM 32075 O THR J 670 51.347 -10.081-101.694 1.00126.07 O \ ANISOU32075 O THR J 670 13102 19265 15534 2924 -993 -1239 O \ ATOM 32076 CB THR J 670 50.541 -11.148 -98.991 1.00122.15 C \ ANISOU32076 CB THR J 670 13366 18085 14959 3597 -1211 -947 C \ ATOM 32077 OG1 THR J 670 50.526 -11.397 -97.578 1.00127.65 O \ ANISOU32077 OG1 THR J 670 14390 18544 15568 3935 -1373 -820 O \ ATOM 32078 CG2 THR J 670 50.444 -12.470 -99.723 1.00122.34 C \ ANISOU32078 CG2 THR J 670 13412 17998 15075 3652 -1048 -1071 C \ ATOM 32079 N LYS J 671 53.229 -11.215-101.192 1.00128.80 N \ ANISOU32079 N LYS J 671 13201 19676 16062 3472 -1177 -1607 N \ ATOM 32080 CA LYS J 671 53.642 -11.427-102.579 1.00132.00 C \ ANISOU32080 CA LYS J 671 13289 20364 16502 3267 -960 -1830 C \ ATOM 32081 C LYS J 671 52.674 -12.369-103.279 1.00128.97 C \ ANISOU32081 C LYS J 671 13138 19799 16066 3193 -744 -1832 C \ ATOM 32082 O LYS J 671 52.646 -13.565-102.989 1.00133.05 O \ ANISOU32082 O LYS J 671 13837 20052 16663 3497 -748 -1921 O \ ATOM 32083 CB LYS J 671 55.065 -12.002-102.621 1.00138.10 C \ ANISOU32083 CB LYS J 671 13719 21308 17443 3567 -1028 -2149 C \ ATOM 32084 CG LYS J 671 55.731 -12.038-103.996 1.00139.50 C \ ANISOU32084 CG LYS J 671 13489 21871 17643 3361 -782 -2419 C \ ATOM 32085 CD LYS J 671 57.036 -12.842-103.941 1.00142.18 C \ ANISOU32085 CD LYS J 671 13505 22322 18196 3751 -832 -2765 C \ ATOM 32086 CE LYS J 671 57.768 -12.851-105.278 1.00141.17 C \ ANISOU32086 CE LYS J 671 12936 22624 18077 3559 -539 -3063 C \ ATOM 32087 NZ LYS J 671 58.422 -14.160-105.583 1.00138.70 N \ ANISOU32087 NZ LYS J 671 12492 22283 17926 3954 -454 -3432 N \ ATOM 32088 N VAL J 672 51.892 -11.839-104.213 1.00121.51 N \ ANISOU32088 N VAL J 672 12192 18979 14997 2787 -583 -1735 N \ ATOM 32089 CA VAL J 672 50.784 -12.603-104.770 1.00119.99 C \ ANISOU32089 CA VAL J 672 12247 18587 14756 2677 -432 -1701 C \ ATOM 32090 C VAL J 672 51.256 -13.810-105.565 1.00124.79 C \ ANISOU32090 C VAL J 672 12781 19217 15415 2810 -297 -2034 C \ ATOM 32091 O VAL J 672 50.774 -14.924-105.359 1.00122.44 O \ ANISOU32091 O VAL J 672 12742 18584 15197 2992 -279 -2072 O \ ATOM 32092 CB VAL J 672 49.880 -11.731-105.656 1.00118.71 C \ ANISOU32092 CB VAL J 672 12077 18580 14447 2220 -340 -1535 C \ ATOM 32093 CG1 VAL J 672 48.819 -12.585-106.324 1.00119.83 C \ ANISOU32093 CG1 VAL J 672 12425 18548 14558 2098 -217 -1554 C \ ATOM 32094 CG2 VAL J 672 49.228 -10.648-104.828 1.00115.63 C \ ANISOU32094 CG2 VAL J 672 11809 18084 14043 2131 -469 -1218 C \ ATOM 32095 N ILE J 673 52.234 -13.584-106.435 1.00130.93 N \ ANISOU32095 N ILE J 673 13207 20382 16159 2726 -194 -2282 N \ ATOM 32096 CA ILE J 673 52.635 -14.578-107.421 1.00135.91 C \ ANISOU32096 CA ILE J 673 13740 21109 16790 2795 -12 -2640 C \ ATOM 32097 C ILE J 673 53.013 -15.941-106.838 1.00149.63 C \ ANISOU32097 C ILE J 673 15604 22509 18739 3274 -79 -2843 C \ ATOM 32098 O ILE J 673 52.711 -16.977-107.430 1.00159.84 O \ ANISOU32098 O ILE J 673 17039 23640 20053 3331 32 -3052 O \ ATOM 32099 CB ILE J 673 53.767 -14.045-108.312 1.00129.68 C \ ANISOU32099 CB ILE J 673 12510 20831 15930 2657 141 -2874 C \ ATOM 32100 CG1 ILE J 673 54.924 -13.525-107.464 1.00129.51 C \ ANISOU32100 CG1 ILE J 673 12186 20940 16082 2873 -14 -2888 C \ ATOM 32101 CG2 ILE J 673 53.259 -12.914-109.169 1.00126.19 C \ ANISOU32101 CG2 ILE J 673 12024 20681 15242 2145 242 -2679 C \ ATOM 32102 CD1 ILE J 673 56.013 -12.897-108.292 1.00130.39 C \ ANISOU32102 CD1 ILE J 673 11820 21568 16156 2681 158 -3079 C \ ATOM 32103 N ASN J 674 53.639 -15.948-105.667 1.00149.68 N \ ANISOU32103 N ASN J 674 15590 22381 18900 3620 -289 -2778 N \ ATOM 32104 CA ASN J 674 54.004 -17.210-105.040 1.00152.18 C \ ANISOU32104 CA ASN J 674 16060 22341 19419 4100 -399 -2921 C \ ATOM 32105 C ASN J 674 52.792 -18.094-104.788 1.00142.13 C \ ANISOU32105 C ASN J 674 15267 20577 18159 4107 -387 -2760 C \ ATOM 32106 O ASN J 674 52.901 -19.320-104.759 1.00147.50 O \ ANISOU32106 O ASN J 674 16109 20940 18995 4397 -395 -2935 O \ ATOM 32107 CB ASN J 674 54.769 -16.972-103.739 1.00161.83 C \ ANISOU32107 CB ASN J 674 17233 23494 20760 4453 -684 -2815 C \ ATOM 32108 CG ASN J 674 56.267 -16.969-103.943 1.00176.59 C \ ANISOU32108 CG ASN J 674 18618 25688 22789 4695 -730 -3147 C \ ATOM 32109 OD1 ASN J 674 56.751 -16.820-105.065 1.00182.02 O \ ANISOU32109 OD1 ASN J 674 18956 26746 23456 4515 -502 -3415 O \ ATOM 32110 ND2 ASN J 674 57.013 -17.140-102.857 1.00182.64 N \ ANISOU32110 ND2 ASN J 674 19352 26332 23710 5107 -1024 -3134 N \ ATOM 32111 N TYR J 675 51.629 -17.467-104.648 1.00127.52 N \ ANISOU32111 N TYR J 675 13624 18657 16170 3775 -359 -2437 N \ ATOM 32112 CA TYR J 675 50.408 -18.198-104.347 1.00123.56 C \ ANISOU32112 CA TYR J 675 13534 17710 15703 3728 -332 -2247 C \ ATOM 32113 C TYR J 675 49.519 -18.377-105.563 1.00122.94 C \ ANISOU32113 C TYR J 675 13485 17679 15549 3349 -153 -2339 C \ ATOM 32114 O TYR J 675 48.381 -18.822-105.437 1.00123.66 O \ ANISOU32114 O TYR J 675 13857 17448 15679 3210 -122 -2172 O \ ATOM 32115 CB TYR J 675 49.648 -17.514-103.215 1.00123.68 C \ ANISOU32115 CB TYR J 675 13770 17572 15650 3671 -424 -1830 C \ ATOM 32116 CG TYR J 675 50.510 -17.332-101.999 1.00137.01 C \ ANISOU32116 CG TYR J 675 15472 19222 17365 4045 -637 -1751 C \ ATOM 32117 CD1 TYR J 675 51.255 -16.175-101.823 1.00142.62 C \ ANISOU32117 CD1 TYR J 675 15894 20293 18003 4013 -747 -1756 C \ ATOM 32118 CD2 TYR J 675 50.611 -18.332-101.043 1.00146.05 C \ ANISOU32118 CD2 TYR J 675 16926 19958 18609 4424 -755 -1674 C \ ATOM 32119 CE1 TYR J 675 52.061 -16.009-100.721 1.00148.13 C \ ANISOU32119 CE1 TYR J 675 16595 20965 18723 4350 -988 -1713 C \ ATOM 32120 CE2 TYR J 675 51.414 -18.177 -99.937 1.00151.80 C \ ANISOU32120 CE2 TYR J 675 17685 20663 19329 4780 -997 -1603 C \ ATOM 32121 CZ TYR J 675 52.137 -17.013 -99.780 1.00150.65 C \ ANISOU32121 CZ TYR J 675 17232 20900 19108 4744 -1122 -1639 C \ ATOM 32122 OH TYR J 675 52.942 -16.854 -98.676 1.00149.09 O \ ANISOU32122 OH TYR J 675 17061 20685 18901 5093 -1407 -1593 O \ ATOM 32123 N ILE J 676 50.058 -18.052-106.737 1.00122.25 N \ ANISOU32123 N ILE J 676 13101 18000 15348 3177 -37 -2611 N \ ATOM 32124 CA ILE J 676 49.364 -18.302-108.003 1.00116.73 C \ ANISOU32124 CA ILE J 676 12436 17385 14530 2847 107 -2764 C \ ATOM 32125 C ILE J 676 48.671 -19.674-108.089 1.00115.36 C \ ANISOU32125 C ILE J 676 12577 16744 14510 2926 120 -2881 C \ ATOM 32126 O ILE J 676 47.497 -19.737-108.459 1.00 97.35 O \ ANISOU32126 O ILE J 676 10462 14333 12192 2617 140 -2763 O \ ATOM 32127 CB ILE J 676 50.295 -18.093-109.232 1.00153.32 C \ ANISOU32127 CB ILE J 676 16745 22502 19006 2758 260 -3124 C \ ATOM 32128 CG1 ILE J 676 50.508 -16.602-109.498 1.00147.01 C \ ANISOU32128 CG1 ILE J 676 15691 22158 18007 2455 279 -2933 C \ ATOM 32129 CG2 ILE J 676 49.729 -18.766-110.473 1.00157.50 C \ ANISOU32129 CG2 ILE J 676 17387 23040 19415 2544 387 -3387 C \ ATOM 32130 CD1 ILE J 676 49.235 -15.835-109.689 1.00140.15 C \ ANISOU32130 CD1 ILE J 676 14975 21276 17001 2058 235 -2601 C \ ATOM 32131 N PRO J 677 49.372 -20.772-107.725 1.00126.58 N \ ANISOU32131 N PRO J 677 14077 17883 16133 3339 86 -3107 N \ ATOM 32132 CA PRO J 677 48.688 -22.060-107.890 1.00139.35 C \ ANISOU32132 CA PRO J 677 16011 19021 17916 3371 95 -3225 C \ ATOM 32133 C PRO J 677 47.578 -22.203-106.869 1.00143.35 C \ ANISOU32133 C PRO J 677 16840 19090 18536 3296 19 -2798 C \ ATOM 32134 O PRO J 677 46.442 -22.536-107.212 1.00141.35 O \ ANISOU32134 O PRO J 677 16763 18624 18318 3000 58 -2726 O \ ATOM 32135 CB PRO J 677 49.780 -23.087-107.558 1.00147.41 C \ ANISOU32135 CB PRO J 677 17045 19809 19156 3886 41 -3513 C \ ATOM 32136 CG PRO J 677 51.066 -22.330-107.525 1.00145.96 C \ ANISOU32136 CG PRO J 677 16466 20095 18899 4075 38 -3632 C \ ATOM 32137 CD PRO J 677 50.704 -20.951-107.119 1.00133.93 C \ ANISOU32137 CD PRO J 677 14840 18857 17192 3791 5 -3249 C \ ATOM 32138 N TRP J 678 47.938 -21.932-105.618 1.00150.73 N \ ANISOU32138 N TRP J 678 17835 19918 19518 3561 -86 -2526 N \ ATOM 32139 CA TRP J 678 47.050 -22.037-104.470 1.00157.63 C \ ANISOU32139 CA TRP J 678 19022 20409 20461 3553 -127 -2105 C \ ATOM 32140 C TRP J 678 45.715 -21.367-104.746 1.00144.20 C \ ANISOU32140 C TRP J 678 17329 18791 18670 3086 -36 -1863 C \ ATOM 32141 O TRP J 678 44.661 -21.881-104.376 1.00141.28 O \ ANISOU32141 O TRP J 678 17208 18052 18421 2948 11 -1653 O \ ATOM 32142 CB TRP J 678 47.727 -21.389-103.262 1.00169.93 C \ ANISOU32142 CB TRP J 678 20562 22054 21951 3841 -256 -1875 C \ ATOM 32143 CG TRP J 678 47.015 -21.577-101.969 1.00177.17 C \ ANISOU32143 CG TRP J 678 21837 22589 22890 3915 -285 -1464 C \ ATOM 32144 CD1 TRP J 678 47.093 -22.659-101.143 1.00183.37 C \ ANISOU32144 CD1 TRP J 678 22971 22888 23815 4219 -355 -1355 C \ ATOM 32145 CD2 TRP J 678 46.132 -20.647-101.333 1.00175.82 C \ ANISOU32145 CD2 TRP J 678 21726 22496 22582 3692 -231 -1101 C \ ATOM 32146 NE1 TRP J 678 46.305 -22.465-100.036 1.00183.99 N \ ANISOU32146 NE1 TRP J 678 23332 22759 23815 4174 -321 -930 N \ ATOM 32147 CE2 TRP J 678 45.704 -21.237-100.129 1.00178.86 C \ ANISOU32147 CE2 TRP J 678 22497 22459 23001 3862 -235 -790 C \ ATOM 32148 CE3 TRP J 678 45.658 -19.375-101.668 1.00172.38 C \ ANISOU32148 CE3 TRP J 678 21065 22433 21999 3374 -177 -1009 C \ ATOM 32149 CZ2 TRP J 678 44.828 -20.599 -99.256 1.00176.62 C \ ANISOU32149 CZ2 TRP J 678 22361 22153 22595 3730 -150 -421 C \ ATOM 32150 CZ3 TRP J 678 44.785 -18.744-100.801 1.00171.36 C \ ANISOU32150 CZ3 TRP J 678 21073 22246 21789 3268 -124 -656 C \ ATOM 32151 CH2 TRP J 678 44.379 -19.356 -99.609 1.00173.78 C \ ANISOU32151 CH2 TRP J 678 21745 22165 22117 3446 -94 -380 C \ ATOM 32152 N ILE J 679 45.767 -20.223-105.417 1.00133.71 N \ ANISOU32152 N ILE J 679 15713 17941 17150 2840 -13 -1892 N \ ATOM 32153 CA ILE J 679 44.559 -19.501-105.775 1.00122.42 C \ ANISOU32153 CA ILE J 679 14247 16622 15644 2423 34 -1683 C \ ATOM 32154 C ILE J 679 43.704 -20.309-106.741 1.00125.38 C \ ANISOU32154 C ILE J 679 14707 16829 16104 2154 82 -1852 C \ ATOM 32155 O ILE J 679 42.641 -20.798-106.370 1.00125.31 O \ ANISOU32155 O ILE J 679 14886 16470 16256 2019 109 -1664 O \ ATOM 32156 CB ILE J 679 44.888 -18.142-106.391 1.00111.81 C \ ANISOU32156 CB ILE J 679 12601 15802 14079 2228 20 -1687 C \ ATOM 32157 CG1 ILE J 679 45.676 -17.303-105.388 1.00108.62 C \ ANISOU32157 CG1 ILE J 679 12115 15534 13621 2462 -56 -1526 C \ ATOM 32158 CG2 ILE J 679 43.615 -17.422-106.782 1.00104.93 C \ ANISOU32158 CG2 ILE J 679 11699 15014 13157 1832 28 -1469 C \ ATOM 32159 CD1 ILE J 679 46.172 -16.003-105.945 1.00108.11 C \ ANISOU32159 CD1 ILE J 679 11756 15942 13379 2282 -79 -1539 C \ ATOM 32160 N GLU J 680 44.181 -20.479-107.971 1.00130.67 N \ ANISOU32160 N GLU J 680 15239 17746 16664 2071 97 -2220 N \ ATOM 32161 CA GLU J 680 43.410 -21.202-108.980 1.00135.22 C \ ANISOU32161 CA GLU J 680 15900 18198 17279 1803 106 -2433 C \ ATOM 32162 C GLU J 680 43.216 -22.680-108.656 1.00141.95 C \ ANISOU32162 C GLU J 680 17038 18485 18413 1963 105 -2556 C \ ATOM 32163 O GLU J 680 42.522 -23.393-109.379 1.00141.01 O \ ANISOU32163 O GLU J 680 17023 18175 18378 1740 90 -2740 O \ ATOM 32164 CB GLU J 680 44.017 -21.028-110.372 1.00135.77 C \ ANISOU32164 CB GLU J 680 15792 18695 17100 1691 137 -2818 C \ ATOM 32165 CG GLU J 680 43.484 -19.815-111.108 1.00132.49 C \ ANISOU32165 CG GLU J 680 15201 18712 16427 1310 107 -2670 C \ ATOM 32166 CD GLU J 680 44.166 -19.599-112.438 1.00135.46 C \ ANISOU32166 CD GLU J 680 15431 19542 16494 1199 167 -3012 C \ ATOM 32167 OE1 GLU J 680 45.295 -20.102-112.613 1.00138.65 O \ ANISOU32167 OE1 GLU J 680 15778 20025 16876 1471 267 -3337 O \ ATOM 32168 OE2 GLU J 680 43.569 -18.930-113.308 1.00135.97 O \ ANISOU32168 OE2 GLU J 680 15440 19892 16332 848 115 -2952 O \ ATOM 32169 N ASN J 681 43.838 -23.135-107.573 1.00149.57 N \ ANISOU32169 N ASN J 681 18142 19165 19521 2345 96 -2454 N \ ATOM 32170 CA ASN J 681 43.555 -24.457-107.037 1.00159.87 C \ ANISOU32170 CA ASN J 681 19771 19859 21115 2493 83 -2447 C \ ATOM 32171 C ASN J 681 42.339 -24.414-106.117 1.00155.84 C \ ANISOU32171 C ASN J 681 19437 19039 20736 2294 121 -1988 C \ ATOM 32172 O ASN J 681 41.541 -25.353-106.078 1.00156.61 O \ ANISOU32172 O ASN J 681 19754 18682 21068 2146 141 -1955 O \ ATOM 32173 CB ASN J 681 44.758 -24.999-106.273 1.00167.58 C \ ANISOU32173 CB ASN J 681 20845 20646 22181 3012 29 -2516 C \ ATOM 32174 CG ASN J 681 44.710 -26.501-106.111 1.00176.11 C \ ANISOU32174 CG ASN J 681 22255 21102 23557 3196 -8 -2649 C \ ATOM 32175 OD1 ASN J 681 43.803 -27.042-105.477 1.00178.20 O \ ANISOU32175 OD1 ASN J 681 22800 20907 24002 3069 8 -2358 O \ ATOM 32176 ND2 ASN J 681 45.693 -27.187-106.683 1.00179.88 N \ ANISOU32176 ND2 ASN J 681 22698 21548 24102 3495 -44 -3094 N \ ATOM 32177 N ILE J 682 42.213 -23.321-105.370 1.00151.56 N \ ANISOU32177 N ILE J 682 18793 18741 20052 2287 144 -1646 N \ ATOM 32178 CA ILE J 682 41.058 -23.114-104.506 1.00149.07 C \ ANISOU32178 CA ILE J 682 18594 18223 19823 2100 228 -1220 C \ ATOM 32179 C ILE J 682 39.828 -22.753-105.322 1.00140.27 C \ ANISOU32179 C ILE J 682 17314 17236 18747 1629 256 -1203 C \ ATOM 32180 O ILE J 682 38.737 -23.220-105.030 1.00139.69 O \ ANISOU32180 O ILE J 682 17347 16846 18882 1406 330 -1012 O \ ATOM 32181 CB ILE J 682 41.312 -22.015-103.453 1.00150.20 C \ ANISOU32181 CB ILE J 682 18687 18596 19786 2264 240 -905 C \ ATOM 32182 CG1 ILE J 682 42.284 -22.518-102.392 1.00153.61 C \ ANISOU32182 CG1 ILE J 682 19353 18798 20213 2721 183 -836 C \ ATOM 32183 CG2 ILE J 682 40.009 -21.587-102.789 1.00148.55 C \ ANISOU32183 CG2 ILE J 682 18518 18297 19629 2018 369 -519 C \ ATOM 32184 CD1 ILE J 682 42.275 -21.696-101.140 1.00151.24 C \ ANISOU32184 CD1 ILE J 682 19125 18586 19755 2864 198 -484 C \ ATOM 32185 N ILE J 683 40.013 -21.932-106.350 1.00133.34 N \ ANISOU32185 N ILE J 683 16168 16823 17672 1472 188 -1394 N \ ATOM 32186 CA ILE J 683 38.902 -21.509-107.195 1.00130.68 C \ ANISOU32186 CA ILE J 683 15662 16648 17342 1047 154 -1382 C \ ATOM 32187 C ILE J 683 38.425 -22.651-108.094 1.00137.69 C \ ANISOU32187 C ILE J 683 16648 17272 18396 838 102 -1676 C \ ATOM 32188 O ILE J 683 37.248 -22.713-108.456 1.00135.94 O \ ANISOU32188 O ILE J 683 16363 16973 18315 488 67 -1609 O \ ATOM 32189 CB ILE J 683 39.274 -20.287-108.063 1.00125.74 C \ ANISOU32189 CB ILE J 683 14769 16587 16421 938 73 -1472 C \ ATOM 32190 CG1 ILE J 683 39.973 -19.218-107.223 1.00119.75 C \ ANISOU32190 CG1 ILE J 683 13925 16062 15511 1169 97 -1254 C \ ATOM 32191 CG2 ILE J 683 38.041 -19.700-108.721 1.00124.72 C \ ANISOU32191 CG2 ILE J 683 14476 16610 16303 538 -2 -1362 C \ ATOM 32192 CD1 ILE J 683 40.251 -17.938-107.985 1.00115.91 C \ ANISOU32192 CD1 ILE J 683 13191 16079 14771 1021 24 -1271 C \ ATOM 32193 N SER J 684 39.341 -23.550-108.450 1.00149.01 N \ ANISOU32193 N SER J 684 18222 18562 19832 1063 84 -2025 N \ ATOM 32194 CA SER J 684 38.992 -24.743-109.217 1.00162.13 C \ ANISOU32194 CA SER J 684 20032 19899 21670 915 28 -2352 C \ ATOM 32195 C SER J 684 37.951 -25.529-108.441 1.00167.88 C \ ANISOU32195 C SER J 684 20951 20073 22761 766 75 -2089 C \ ATOM 32196 O SER J 684 36.938 -25.966-108.987 1.00168.54 O \ ANISOU32196 O SER J 684 21028 19984 23025 408 16 -2158 O \ ATOM 32197 CB SER J 684 40.224 -25.615-109.455 1.00169.75 C \ ANISOU32197 CB SER J 684 21143 20727 22629 1279 26 -2745 C \ ATOM 32198 OG SER J 684 40.748 -26.093-108.229 1.00173.38 O \ ANISOU32198 OG SER J 684 21799 20824 23253 1646 76 -2544 O \ ATOM 32199 N ASP J 685 38.231 -25.718-107.159 1.00174.42 N \ ANISOU32199 N ASP J 685 21954 20629 23689 1038 179 -1785 N \ ATOM 32200 CA ASP J 685 37.232 -26.168-106.212 1.00184.66 C \ ANISOU32200 CA ASP J 685 23409 21491 25263 887 290 -1408 C \ ATOM 32201 C ASP J 685 36.186 -25.060-106.092 1.00195.86 C \ ANISOU32201 C ASP J 685 24554 23228 26635 581 348 -1108 C \ ATOM 32202 O ASP J 685 36.532 -23.889-105.998 1.00196.89 O \ ANISOU32202 O ASP J 685 24495 23806 26508 682 343 -1014 O \ ATOM 32203 CB ASP J 685 37.897 -26.421-104.861 1.00180.00 C \ ANISOU32203 CB ASP J 685 23079 20640 24671 1284 380 -1130 C \ ATOM 32204 CG ASP J 685 36.934 -26.950-103.830 1.00178.45 C \ ANISOU32204 CG ASP J 685 23098 19986 24719 1136 539 -714 C \ ATOM 32205 OD1 ASP J 685 36.556 -28.137-103.925 1.00182.96 O \ ANISOU32205 OD1 ASP J 685 23892 20036 25588 1008 541 -773 O \ ATOM 32206 OD2 ASP J 685 36.555 -26.178-102.924 1.00173.08 O \ ANISOU32206 OD2 ASP J 685 22369 19462 23932 1138 677 -334 O \ ATOM 32207 N PHE J 686 34.906 -25.408-106.110 1.00202.22 N \ ANISOU32207 N PHE J 686 25316 23800 27718 207 394 -969 N \ ATOM 32208 CA PHE J 686 33.874 -24.374-106.026 1.00197.61 C \ ANISOU32208 CA PHE J 686 24428 23515 27138 -59 442 -710 C \ ATOM 32209 C PHE J 686 33.220 -24.294-104.642 1.00190.94 C \ ANISOU32209 C PHE J 686 23653 22460 26437 -50 694 -243 C \ ATOM 32210 O PHE J 686 33.870 -24.505-103.618 1.00186.15 O \ ANISOU32210 O PHE J 686 23310 21677 25740 269 815 -61 O \ ATOM 32211 CB PHE J 686 32.820 -24.538-107.131 1.00199.34 C \ ANISOU32211 CB PHE J 686 24430 23767 27545 -509 293 -894 C \ ATOM 32212 CG PHE J 686 33.198 -23.888-108.445 1.00193.69 C \ ANISOU32212 CG PHE J 686 23531 23521 26543 -565 61 -1223 C \ ATOM 32213 CD1 PHE J 686 33.277 -22.506-108.557 1.00185.95 C \ ANISOU32213 CD1 PHE J 686 22310 23040 25302 -527 21 -1089 C \ ATOM 32214 CD2 PHE J 686 33.453 -24.659-109.571 1.00193.55 C \ ANISOU32214 CD2 PHE J 686 23604 23433 26505 -667 -112 -1662 C \ ATOM 32215 CE1 PHE J 686 33.614 -21.906-109.763 1.00181.02 C \ ANISOU32215 CE1 PHE J 686 21551 22837 24390 -604 -179 -1343 C \ ATOM 32216 CE2 PHE J 686 33.790 -24.066-110.779 1.00189.82 C \ ANISOU32216 CE2 PHE J 686 22995 23416 25711 -732 -298 -1946 C \ ATOM 32217 CZ PHE J 686 33.870 -22.688-110.873 1.00184.48 C \ ANISOU32217 CZ PHE J 686 22090 23238 24765 -710 -327 -1764 C \ ATOM 32218 OXT PHE J 686 32.032 -23.998-104.512 1.00189.89 O \ ANISOU32218 OXT PHE J 686 23306 22347 26496 -351 786 -40 O \ ATOM 29248 N THR I 296 -21.212 -50.632-158.921 1.00200.31 N \ ANISOU29248 N THR I 296 25277 22992 27841 -6450 -731 -4762 N \ ATOM 29249 CA THR I 296 -19.823 -50.195-158.986 1.00201.28 C \ ANISOU29249 CA THR I 296 25615 23210 27654 -6255 -784 -4619 C \ ATOM 29250 C THR I 296 -19.588 -48.964-158.112 1.00202.98 C \ ANISOU29250 C THR I 296 25867 23535 27722 -6098 -768 -4340 C \ ATOM 29251 O THR I 296 -20.521 -48.220-157.806 1.00200.93 O \ ANISOU29251 O THR I 296 25436 23366 27543 -6129 -802 -4288 O \ ATOM 29252 CB THR I 296 -19.389 -49.895-160.437 1.00202.60 C \ ANISOU29252 CB THR I 296 25759 23622 27597 -6227 -1060 -4787 C \ ATOM 29253 OG1 THR I 296 -17.987 -49.604-160.473 1.00201.51 O \ ANISOU29253 OG1 THR I 296 25833 23553 27177 -6052 -1078 -4662 O \ ATOM 29254 CG2 THR I 296 -20.166 -48.713-161.002 1.00202.67 C \ ANISOU29254 CG2 THR I 296 25567 23908 27531 -6230 -1292 -4814 C \ ATOM 29255 N ALA I 297 -18.340 -48.774-157.692 1.00206.04 N \ ANISOU29255 N ALA I 297 26475 23909 27903 -5927 -714 -4168 N \ ATOM 29256 CA ALA I 297 -17.950 -47.607-156.903 1.00203.88 C \ ANISOU29256 CA ALA I 297 26259 23742 27464 -5762 -711 -3906 C \ ATOM 29257 C ALA I 297 -17.341 -46.507-157.773 1.00202.76 C \ ANISOU29257 C ALA I 297 26115 23905 27018 -5654 -961 -3891 C \ ATOM 29258 O ALA I 297 -17.602 -46.439-158.974 1.00204.17 O \ ANISOU29258 O ALA I 297 26191 24246 27140 -5727 -1159 -4081 O \ ATOM 29259 CB ALA I 297 -16.990 -48.009-155.805 1.00200.87 C \ ANISOU29259 CB ALA I 297 26116 23154 27051 -5631 -494 -3720 C \ ATOM 29260 N HIS I 298 -16.524 -45.652-157.160 1.00198.82 N \ ANISOU29260 N HIS I 298 25739 23479 26324 -5482 -950 -3666 N \ ATOM 29261 CA HIS I 298 -15.914 -44.527-157.868 1.00193.70 C \ ANISOU29261 CA HIS I 298 25106 23108 25382 -5381 -1166 -3623 C \ ATOM 29262 C HIS I 298 -14.484 -44.249-157.403 1.00189.40 C \ ANISOU29262 C HIS I 298 24772 22565 24626 -5204 -1107 -3455 C \ ATOM 29263 O HIS I 298 -14.021 -44.817-156.414 1.00188.68 O \ ANISOU29263 O HIS I 298 24814 22265 24612 -5137 -907 -3349 O \ ATOM 29264 CB HIS I 298 -16.767 -43.264-157.707 1.00191.16 C \ ANISOU29264 CB HIS I 298 24635 22960 25036 -5366 -1289 -3521 C \ ATOM 29265 CG HIS I 298 -18.199 -43.445-158.107 1.00192.97 C \ ANISOU29265 CG HIS I 298 24638 23203 25478 -5526 -1356 -3690 C \ ATOM 29266 ND1 HIS I 298 -18.589 -43.627-159.416 1.00193.62 N \ ANISOU29266 ND1 HIS I 298 24614 23414 25540 -5626 -1549 -3928 N \ ATOM 29267 CD2 HIS I 298 -19.335 -43.471-157.370 1.00192.83 C \ ANISOU29267 CD2 HIS I 298 24475 23092 25701 -5601 -1257 -3663 C \ ATOM 29268 CE1 HIS I 298 -19.902 -43.759-159.469 1.00193.32 C \ ANISOU29268 CE1 HIS I 298 24366 23359 25726 -5753 -1574 -4049 C \ ATOM 29269 NE2 HIS I 298 -20.380 -43.667-158.241 1.00193.75 N \ ANISOU29269 NE2 HIS I 298 24388 23283 25946 -5745 -1394 -3893 N \ ATOM 29270 N ALA I 299 -13.789 -43.373-158.126 1.00187.01 N \ ANISOU29270 N ALA I 299 24503 22499 24055 -5127 -1282 -3437 N \ ATOM 29271 CA ALA I 299 -12.426 -42.986-157.771 1.00184.72 C \ ANISOU29271 CA ALA I 299 24388 22245 23554 -4964 -1246 -3292 C \ ATOM 29272 C ALA I 299 -12.405 -41.900-156.697 1.00186.96 C \ ANISOU29272 C ALA I 299 24692 22559 23785 -4841 -1213 -3034 C \ ATOM 29273 O ALA I 299 -13.244 -40.999-156.695 1.00189.64 O \ ANISOU29273 O ALA I 299 24909 23020 24125 -4863 -1318 -2976 O \ ATOM 29274 CB ALA I 299 -11.667 -42.519-159.008 1.00180.38 C \ ANISOU29274 CB ALA I 299 23868 21929 22739 -4947 -1430 -3387 C \ ATOM 29275 N CYS I 300 -11.452 -42.008-155.775 1.00184.16 N \ ANISOU29275 N CYS I 300 24496 22090 23388 -4701 -1073 -2889 N \ ATOM 29276 CA CYS I 300 -11.258 -41.008-154.729 1.00177.90 C \ ANISOU29276 CA CYS I 300 23747 21320 22527 -4562 -1040 -2645 C \ ATOM 29277 C CYS I 300 -10.343 -39.886-155.221 1.00175.94 C \ ANISOU29277 C CYS I 300 23546 21310 21993 -4467 -1196 -2576 C \ ATOM 29278 O CYS I 300 -9.361 -40.155-155.915 1.00177.71 O \ ANISOU29278 O CYS I 300 23848 21599 22074 -4448 -1232 -2672 O \ ATOM 29279 CB CYS I 300 -10.679 -41.666-153.477 1.00174.12 C \ ANISOU29279 CB CYS I 300 23424 20596 22138 -4448 -821 -2528 C \ ATOM 29280 SG CYS I 300 -11.858 -42.725-152.617 1.00212.82 S \ ANISOU29280 SG CYS I 300 28288 25204 27370 -4551 -610 -2541 S \ ATOM 29281 N PRO I 301 -10.650 -38.629-154.844 1.00169.35 N \ ANISOU29281 N PRO I 301 22667 20601 21076 -4407 -1280 -2410 N \ ATOM 29282 CA PRO I 301 -10.018 -37.429-155.411 1.00163.02 C \ ANISOU29282 CA PRO I 301 21891 20039 20010 -4348 -1448 -2349 C \ ATOM 29283 C PRO I 301 -8.497 -37.488-155.394 1.00158.91 C \ ANISOU29283 C PRO I 301 21520 19536 19321 -4238 -1405 -2324 C \ ATOM 29284 O PRO I 301 -7.916 -38.002-154.439 1.00162.01 O \ ANISOU29284 O PRO I 301 22014 19759 19784 -4136 -1247 -2250 O \ ATOM 29285 CB PRO I 301 -10.503 -36.304-154.486 1.00157.74 C \ ANISOU29285 CB PRO I 301 21191 19404 19339 -4263 -1469 -2133 C \ ATOM 29286 CG PRO I 301 -10.980 -36.991-153.248 1.00157.61 C \ ANISOU29286 CG PRO I 301 21183 19146 19557 -4234 -1268 -2055 C \ ATOM 29287 CD PRO I 301 -11.542 -38.284-153.727 1.00163.70 C \ ANISOU29287 CD PRO I 301 21896 19789 20515 -4379 -1199 -2256 C \ ATOM 29288 N TYR I 302 -7.864 -36.983-156.449 1.00152.03 N \ ANISOU29288 N TYR I 302 20667 18866 18230 -4258 -1543 -2394 N \ ATOM 29289 CA TYR I 302 -6.411 -36.998-156.524 1.00148.64 C \ ANISOU29289 CA TYR I 302 20361 18479 17638 -4165 -1506 -2392 C \ ATOM 29290 C TYR I 302 -5.828 -36.129-155.419 1.00144.14 C \ ANISOU29290 C TYR I 302 19861 17901 17004 -4010 -1463 -2169 C \ ATOM 29291 O TYR I 302 -5.998 -34.909-155.423 1.00144.46 O \ ANISOU29291 O TYR I 302 19878 18086 16923 -3989 -1576 -2047 O \ ATOM 29292 CB TYR I 302 -5.920 -36.538-157.899 1.00150.19 C \ ANISOU29292 CB TYR I 302 20559 18904 17603 -4231 -1657 -2506 C \ ATOM 29293 CG TYR I 302 -4.459 -36.846-158.149 1.00151.03 C \ ANISOU29293 CG TYR I 302 20769 19044 17571 -4166 -1600 -2566 C \ ATOM 29294 CD1 TYR I 302 -3.999 -38.157-158.142 1.00152.72 C \ ANISOU29294 CD1 TYR I 302 21027 19111 17887 -4160 -1481 -2706 C \ ATOM 29295 CD2 TYR I 302 -3.544 -35.832-158.410 1.00148.98 C \ ANISOU29295 CD2 TYR I 302 20562 18963 17081 -4114 -1665 -2493 C \ ATOM 29296 CE1 TYR I 302 -2.669 -38.451-158.372 1.00152.03 C \ ANISOU29296 CE1 TYR I 302 21024 19062 17678 -4092 -1434 -2777 C \ ATOM 29297 CE2 TYR I 302 -2.210 -36.118-158.643 1.00149.26 C \ ANISOU29297 CE2 TYR I 302 20675 19038 16999 -4060 -1607 -2563 C \ ATOM 29298 CZ TYR I 302 -1.780 -37.428-158.623 1.00151.06 C \ ANISOU29298 CZ TYR I 302 20936 19127 17334 -4044 -1495 -2709 C \ ATOM 29299 OH TYR I 302 -0.456 -37.719-158.854 1.00151.40 O \ ANISOU29299 OH TYR I 302 21046 19217 17264 -3981 -1442 -2793 O \ ATOM 29300 N PRO I 303 -5.134 -36.767-154.465 1.00139.32 N \ ANISOU29300 N PRO I 303 19347 17117 16473 -3893 -1306 -2123 N \ ATOM 29301 CA PRO I 303 -4.546 -36.116-153.294 1.00134.62 C \ ANISOU29301 CA PRO I 303 18829 16480 15841 -3726 -1249 -1925 C \ ATOM 29302 C PRO I 303 -3.469 -35.136-153.715 1.00128.75 C \ ANISOU29302 C PRO I 303 18124 15937 14857 -3672 -1346 -1888 C \ ATOM 29303 O PRO I 303 -2.293 -35.489-153.779 1.00126.42 O \ ANISOU29303 O PRO I 303 17905 15644 14486 -3603 -1296 -1951 O \ ATOM 29304 CB PRO I 303 -3.911 -37.283-152.534 1.00138.89 C \ ANISOU29304 CB PRO I 303 19477 16796 16498 -3628 -1076 -1958 C \ ATOM 29305 CG PRO I 303 -3.616 -38.295-153.584 1.00141.06 C \ ANISOU29305 CG PRO I 303 19750 17076 16770 -3726 -1075 -2185 C \ ATOM 29306 CD PRO I 303 -4.762 -38.189-154.544 1.00141.52 C \ ANISOU29306 CD PRO I 303 19680 17232 16860 -3905 -1185 -2277 C \ ATOM 29307 N MET I 304 -3.873 -33.907-154.001 1.00129.48 N \ ANISOU29307 N MET I 304 18166 16197 14832 -3703 -1483 -1792 N \ ATOM 29308 CA MET I 304 -2.912 -32.863-154.308 1.00131.72 C \ ANISOU29308 CA MET I 304 18495 16662 14891 -3658 -1567 -1734 C \ ATOM 29309 C MET I 304 -2.036 -32.574-153.095 1.00130.06 C \ ANISOU29309 C MET I 304 18366 16370 14679 -3480 -1480 -1590 C \ ATOM 29310 O MET I 304 -2.495 -32.001-152.105 1.00128.15 O \ ANISOU29310 O MET I 304 18127 16065 14499 -3395 -1471 -1418 O \ ATOM 29311 CB MET I 304 -3.630 -31.603-154.788 1.00132.30 C \ ANISOU29311 CB MET I 304 18515 16905 14847 -3723 -1733 -1650 C \ ATOM 29312 CG MET I 304 -4.114 -31.690-156.226 1.00129.95 C \ ANISOU29312 CG MET I 304 18164 16744 14466 -3882 -1853 -1811 C \ ATOM 29313 SD MET I 304 -3.597 -30.232-157.142 1.00205.68 S \ ANISOU29313 SD MET I 304 27801 26594 23754 -3916 -2020 -1760 S \ ATOM 29314 CE MET I 304 -1.872 -30.159-156.661 1.00 88.22 C \ ANISOU29314 CE MET I 304 13021 11721 8776 -3803 -1908 -1721 C \ ATOM 29315 N ALA I 305 -0.773 -32.986-153.187 1.00131.12 N \ ANISOU29315 N ALA I 305 18566 16510 14745 -3418 -1419 -1672 N \ ATOM 29316 CA ALA I 305 0.184 -32.867-152.090 1.00129.92 C \ ANISOU29316 CA ALA I 305 18493 16275 14595 -3237 -1338 -1575 C \ ATOM 29317 C ALA I 305 0.334 -31.433-151.603 1.00129.06 C \ ANISOU29317 C ALA I 305 18390 16272 14375 -3168 -1420 -1389 C \ ATOM 29318 O ALA I 305 0.425 -30.507-152.411 1.00131.09 O \ ANISOU29318 O ALA I 305 18619 16721 14468 -3253 -1537 -1382 O \ ATOM 29319 CB ALA I 305 1.538 -33.428-152.506 1.00128.34 C \ ANISOU29319 CB ALA I 305 18338 16112 14313 -3199 -1290 -1726 C \ ATOM 29320 N PRO I 306 0.368 -31.252-150.272 1.00124.53 N \ ANISOU29320 N PRO I 306 17865 15565 13886 -3008 -1359 -1237 N \ ATOM 29321 CA PRO I 306 0.517 -29.945-149.625 1.00119.48 C \ ANISOU29321 CA PRO I 306 17241 14995 13162 -2917 -1429 -1053 C \ ATOM 29322 C PRO I 306 1.923 -29.408-149.838 1.00115.36 C \ ANISOU29322 C PRO I 306 16753 14599 12479 -2864 -1456 -1082 C \ ATOM 29323 O PRO I 306 2.827 -30.196-150.114 1.00120.64 O \ ANISOU29323 O PRO I 306 17444 15252 13140 -2844 -1389 -1228 O \ ATOM 29324 CB PRO I 306 0.310 -30.272-148.145 1.00122.17 C \ ANISOU29324 CB PRO I 306 17641 15123 13655 -2746 -1324 -928 C \ ATOM 29325 CG PRO I 306 0.768 -31.675-148.019 1.00125.87 C \ ANISOU29325 CG PRO I 306 18164 15435 14227 -2705 -1193 -1064 C \ ATOM 29326 CD PRO I 306 0.332 -32.346-149.287 1.00125.00 C \ ANISOU29326 CD PRO I 306 17987 15385 14122 -2895 -1213 -1239 C \ ATOM 29327 N PRO I 307 2.113 -28.087-149.693 1.00110.07 N \ ANISOU29327 N PRO I 307 16085 14050 11687 -2840 -1552 -950 N \ ATOM 29328 CA PRO I 307 3.422 -27.463-149.921 1.00112.33 C \ ANISOU29328 CA PRO I 307 16393 14467 11821 -2809 -1578 -976 C \ ATOM 29329 C PRO I 307 4.518 -28.109-149.081 1.00109.42 C \ ANISOU29329 C PRO I 307 16073 13985 11517 -2636 -1472 -1024 C \ ATOM 29330 O PRO I 307 4.245 -28.579-147.978 1.00112.79 O \ ANISOU29330 O PRO I 307 16544 14229 12082 -2494 -1403 -952 O \ ATOM 29331 CB PRO I 307 3.196 -26.017-149.474 1.00115.02 C \ ANISOU29331 CB PRO I 307 16742 14880 12079 -2773 -1681 -784 C \ ATOM 29332 CG PRO I 307 1.744 -25.786-149.690 1.00114.78 C \ ANISOU29332 CG PRO I 307 16675 14847 12091 -2862 -1751 -712 C \ ATOM 29333 CD PRO I 307 1.079 -27.091-149.357 1.00110.25 C \ ANISOU29333 CD PRO I 307 16086 14097 11708 -2848 -1644 -778 C \ ATOM 29334 N ASN I 308 5.731 -28.159-149.623 1.00104.99 N \ ANISOU29334 N ASN I 308 15506 13532 10854 -2647 -1459 -1155 N \ ATOM 29335 CA ASN I 308 6.892 -28.720-148.933 1.00102.23 C \ ANISOU29335 CA ASN I 308 15192 13101 10548 -2478 -1377 -1229 C \ ATOM 29336 C ASN I 308 6.741 -30.203-148.594 1.00 98.69 C \ ANISOU29336 C ASN I 308 14784 12460 10252 -2406 -1269 -1331 C \ ATOM 29337 O ASN I 308 7.599 -30.791-147.935 1.00 80.96 O \ ANISOU29337 O ASN I 308 12587 10116 8057 -2242 -1202 -1394 O \ ATOM 29338 CB ASN I 308 7.233 -27.906-147.680 1.00101.60 C \ ANISOU29338 CB ASN I 308 15152 12968 10482 -2297 -1398 -1067 C \ ATOM 29339 CG ASN I 308 7.285 -26.414-147.952 1.00100.98 C \ ANISOU29339 CG ASN I 308 15046 13060 10263 -2369 -1509 -952 C \ ATOM 29340 OD1 ASN I 308 6.309 -25.697-147.731 1.00102.05 O \ ANISOU29340 OD1 ASN I 308 15184 13191 10398 -2398 -1577 -794 O \ ATOM 29341 ND2 ASN I 308 8.429 -25.937-148.426 1.00100.89 N \ ANISOU29341 ND2 ASN I 308 15008 13196 10131 -2399 -1524 -1036 N \ ATOM 29342 N GLY I 309 5.656 -30.806-149.065 1.00 92.72 N \ ANISOU29342 N GLY I 309 14012 11648 9568 -2528 -1256 -1355 N \ ATOM 29343 CA GLY I 309 5.382 -32.201-148.784 1.00 95.52 C \ ANISOU29343 CA GLY I 309 14413 11808 10074 -2483 -1151 -1445 C \ ATOM 29344 C GLY I 309 5.290 -33.006-150.060 1.00106.38 C \ ANISOU29344 C GLY I 309 15745 13246 11429 -2649 -1144 -1640 C \ ATOM 29345 O GLY I 309 4.880 -32.492-151.099 1.00108.58 O \ ANISOU29345 O GLY I 309 15958 13688 11611 -2820 -1224 -1664 O \ ATOM 29346 N HIS I 310 5.698 -34.268-149.990 1.00116.56 N \ ANISOU29346 N HIS I 310 17082 14404 12803 -2588 -1053 -1783 N \ ATOM 29347 CA HIS I 310 5.728 -35.112-151.176 1.00125.44 C \ ANISOU29347 CA HIS I 310 18173 15581 13909 -2727 -1043 -1986 C \ ATOM 29348 C HIS I 310 4.980 -36.419-150.927 1.00131.26 C \ ANISOU29348 C HIS I 310 18959 16093 14822 -2730 -956 -2042 C \ ATOM 29349 O HIS I 310 5.331 -37.168-150.018 1.00134.38 O \ ANISOU29349 O HIS I 310 19446 16295 15316 -2571 -867 -2045 O \ ATOM 29350 CB HIS I 310 7.179 -35.431-151.550 1.00130.81 C \ ANISOU29350 CB HIS I 310 18858 16348 14496 -2661 -1020 -2157 C \ ATOM 29351 CG HIS I 310 8.100 -34.249-151.499 1.00134.06 C \ ANISOU29351 CG HIS I 310 19235 16937 14763 -2618 -1074 -2103 C \ ATOM 29352 ND1 HIS I 310 7.884 -33.100-152.229 1.00134.65 N \ ANISOU29352 ND1 HIS I 310 19249 17214 14699 -2764 -1164 -2039 N \ ATOM 29353 CD2 HIS I 310 9.257 -34.051-150.822 1.00133.62 C \ ANISOU29353 CD2 HIS I 310 19202 16884 14682 -2449 -1053 -2115 C \ ATOM 29354 CE1 HIS I 310 8.859 -32.240-151.994 1.00132.27 C \ ANISOU29354 CE1 HIS I 310 18934 17027 14297 -2697 -1186 -2006 C \ ATOM 29355 NE2 HIS I 310 9.706 -32.793-151.144 1.00132.43 N \ ANISOU29355 NE2 HIS I 310 18994 16935 14389 -2507 -1122 -2056 N \ ATOM 29356 N VAL I 311 3.965 -36.707-151.738 1.00133.58 N \ ANISOU29356 N VAL I 311 19196 16405 15154 -2909 -984 -2093 N \ ATOM 29357 CA VAL I 311 3.275 -37.993-151.641 1.00136.93 C \ ANISOU29357 CA VAL I 311 19657 16622 15748 -2941 -899 -2173 C \ ATOM 29358 C VAL I 311 4.210 -39.106-152.102 1.00143.69 C \ ANISOU29358 C VAL I 311 20561 17440 16596 -2904 -846 -2387 C \ ATOM 29359 O VAL I 311 4.943 -38.942-153.079 1.00147.55 O \ ANISOU29359 O VAL I 311 21003 18116 16945 -2961 -899 -2519 O \ ATOM 29360 CB VAL I 311 1.982 -38.028-152.485 1.00132.02 C \ ANISOU29360 CB VAL I 311 18946 16043 15172 -3149 -954 -2203 C \ ATOM 29361 CG1 VAL I 311 1.265 -39.359-152.312 1.00127.73 C \ ANISOU29361 CG1 VAL I 311 18439 15271 14823 -3187 -856 -2285 C \ ATOM 29362 CG2 VAL I 311 1.067 -36.890-152.100 1.00130.44 C \ ANISOU29362 CG2 VAL I 311 18691 15900 14972 -3182 -1020 -2008 C \ ATOM 29363 N SER I 312 4.192 -40.232-151.396 1.00144.23 N \ ANISOU29363 N SER I 312 20730 17264 16808 -2804 -739 -2421 N \ ATOM 29364 CA SER I 312 5.106 -41.332-151.700 1.00145.66 C \ ANISOU29364 CA SER I 312 20974 17384 16988 -2738 -690 -2622 C \ ATOM 29365 C SER I 312 4.598 -42.298-152.789 1.00157.68 C \ ANISOU29365 C SER I 312 22464 18891 18558 -2905 -689 -2808 C \ ATOM 29366 O SER I 312 5.338 -42.613-153.719 1.00164.42 O \ ANISOU29366 O SER I 312 23290 19869 19313 -2938 -720 -2991 O \ ATOM 29367 CB SER I 312 5.519 -42.072-150.417 1.00136.30 C \ ANISOU29367 CB SER I 312 19940 15941 15907 -2521 -584 -2582 C \ ATOM 29368 OG SER I 312 6.501 -43.059-150.677 1.00131.72 O \ ANISOU29368 OG SER I 312 19425 15312 15310 -2430 -552 -2779 O \ ATOM 29369 N PRO I 313 3.344 -42.780-152.683 1.00158.81 N \ ANISOU29369 N PRO I 313 22605 18882 18854 -3013 -652 -2772 N \ ATOM 29370 CA PRO I 313 2.895 -43.676-153.755 1.00162.03 C \ ANISOU29370 CA PRO I 313 22974 19282 19307 -3173 -664 -2963 C \ ATOM 29371 C PRO I 313 2.026 -42.983-154.804 1.00166.96 C \ ANISOU29371 C PRO I 313 23459 20104 19875 -3378 -777 -2972 C \ ATOM 29372 O PRO I 313 0.798 -43.057-154.720 1.00172.25 O \ ANISOU29372 O PRO I 313 24084 20691 20674 -3488 -773 -2919 O \ ATOM 29373 CB PRO I 313 2.058 -44.726-153.006 1.00159.86 C \ ANISOU29373 CB PRO I 313 22786 18704 19251 -3171 -547 -2940 C \ ATOM 29374 CG PRO I 313 1.949 -44.230-151.573 1.00158.65 C \ ANISOU29374 CG PRO I 313 22707 18421 19151 -3023 -480 -2714 C \ ATOM 29375 CD PRO I 313 2.402 -42.806-151.557 1.00156.39 C \ ANISOU29375 CD PRO I 313 22348 18369 18704 -2979 -576 -2595 C \ ATOM 29376 N VAL I 314 2.653 -42.329-155.777 1.00161.59 N \ ANISOU29376 N VAL I 314 22715 19676 19004 -3426 -873 -3045 N \ ATOM 29377 CA VAL I 314 1.920 -41.694-156.866 1.00153.22 C \ ANISOU29377 CA VAL I 314 21546 18809 17863 -3608 -991 -3071 C \ ATOM 29378 C VAL I 314 1.382 -42.743-157.832 1.00156.65 C \ ANISOU29378 C VAL I 314 21954 19199 18367 -3744 -1004 -3275 C \ ATOM 29379 O VAL I 314 1.996 -43.791-158.029 1.00157.67 O \ ANISOU29379 O VAL I 314 22143 19242 18524 -3703 -946 -3436 O \ ATOM 29380 CB VAL I 314 2.809 -40.721-157.666 1.00142.15 C \ ANISOU29380 CB VAL I 314 20108 17682 16219 -3622 -1078 -3095 C \ ATOM 29381 CG1 VAL I 314 1.954 -39.759-158.482 1.00137.72 C \ ANISOU29381 CG1 VAL I 314 19461 17302 15564 -3776 -1207 -3047 C \ ATOM 29382 CG2 VAL I 314 3.726 -39.955-156.733 1.00138.75 C \ ANISOU29382 CG2 VAL I 314 19719 17279 15721 -3461 -1047 -2952 C \ ATOM 29383 N GLN I 315 0.239 -42.450-158.440 1.00159.19 N \ ANISOU29383 N GLN I 315 22186 19583 18716 -3900 -1089 -3277 N \ ATOM 29384 CA GLN I 315 -0.326 -43.317-159.462 1.00164.02 C \ ANISOU29384 CA GLN I 315 22757 20181 19383 -4040 -1127 -3478 C \ ATOM 29385 C GLN I 315 -1.365 -42.551-160.260 1.00165.26 C \ ANISOU29385 C GLN I 315 22805 20496 19491 -4190 -1266 -3468 C \ ATOM 29386 O GLN I 315 -1.572 -41.357-160.036 1.00162.09 O \ ANISOU29386 O GLN I 315 22370 20215 19003 -4180 -1331 -3305 O \ ATOM 29387 CB GLN I 315 -0.937 -44.575-158.843 1.00165.11 C \ ANISOU29387 CB GLN I 315 22935 20032 19769 -4046 -1015 -3525 C \ ATOM 29388 CG GLN I 315 -2.075 -44.305-157.886 1.00166.51 C \ ANISOU29388 CG GLN I 315 23078 20070 20119 -4068 -972 -3353 C \ ATOM 29389 CD GLN I 315 -2.166 -45.348-156.794 1.00168.99 C \ ANISOU29389 CD GLN I 315 23493 20079 20635 -3993 -808 -3324 C \ ATOM 29390 OE1 GLN I 315 -1.164 -45.686-156.163 1.00169.33 O \ ANISOU29390 OE1 GLN I 315 23657 20032 20650 -3836 -724 -3304 O \ ATOM 29391 NE2 GLN I 315 -3.368 -45.870-156.567 1.00169.58 N \ ANISOU29391 NE2 GLN I 315 23524 19992 20915 -4103 -760 -3328 N \ ATOM 29392 N ALA I 316 -2.011 -43.239-161.196 1.00168.61 N \ ANISOU29392 N ALA I 316 23179 20917 19969 -4321 -1321 -3648 N \ ATOM 29393 CA ALA I 316 -2.993 -42.605-162.062 1.00169.78 C \ ANISOU29393 CA ALA I 316 23226 21215 20066 -4455 -1471 -3673 C \ ATOM 29394 C ALA I 316 -4.151 -42.094-161.226 1.00166.94 C \ ANISOU29394 C ALA I 316 22797 20773 19858 -4476 -1473 -3507 C \ ATOM 29395 O ALA I 316 -4.440 -40.898-161.201 1.00165.99 O \ ANISOU29395 O ALA I 316 22638 20796 19633 -4474 -1565 -3371 O \ ATOM 29396 CB ALA I 316 -3.486 -43.590-163.103 1.00173.12 C \ ANISOU29396 CB ALA I 316 23611 21615 20551 -4578 -1520 -3912 C \ ATOM 29397 N LYS I 317 -4.793 -43.012-160.517 1.00164.24 N \ ANISOU29397 N LYS I 317 22447 20194 19762 -4493 -1364 -3518 N \ ATOM 29398 CA LYS I 317 -5.903 -42.666-159.652 1.00161.18 C \ ANISOU29398 CA LYS I 317 21991 19707 19543 -4515 -1337 -3373 C \ ATOM 29399 C LYS I 317 -5.864 -43.544-158.424 1.00161.57 C \ ANISOU29399 C LYS I 317 22117 19477 19795 -4444 -1145 -3309 C \ ATOM 29400 O LYS I 317 -5.164 -44.556-158.385 1.00159.76 O \ ANISOU29400 O LYS I 317 21983 19118 19599 -4402 -1052 -3411 O \ ATOM 29401 CB LYS I 317 -7.240 -42.865-160.365 1.00161.44 C \ ANISOU29401 CB LYS I 317 21889 19757 19694 -4678 -1434 -3498 C \ ATOM 29402 CG LYS I 317 -7.801 -41.621-161.021 1.00161.22 C \ ANISOU29402 CG LYS I 317 21769 19965 19522 -4726 -1621 -3457 C \ ATOM 29403 CD LYS I 317 -9.107 -41.943-161.723 1.00165.45 C \ ANISOU29403 CD LYS I 317 22167 20506 20190 -4875 -1721 -3612 C \ ATOM 29404 CE LYS I 317 -9.559 -40.796-162.608 1.00167.13 C \ ANISOU29404 CE LYS I 317 22311 20966 20223 -4913 -1935 -3614 C \ ATOM 29405 NZ LYS I 317 -10.682 -41.202-163.502 1.00167.86 N \ ANISOU29405 NZ LYS I 317 22277 21083 20418 -5049 -2058 -3814 N \ ATOM 29406 N TYR I 318 -6.643 -43.156-157.428 1.00162.76 N \ ANISOU29406 N TYR I 318 22232 19532 20077 -4430 -1088 -3142 N \ ATOM 29407 CA TYR I 318 -6.716 -43.903-156.195 1.00160.20 C \ ANISOU29407 CA TYR I 318 21993 18936 19941 -4364 -899 -3059 C \ ATOM 29408 C TYR I 318 -8.145 -44.363-156.018 1.00165.14 C \ ANISOU29408 C TYR I 318 22513 19426 20807 -4505 -853 -3092 C \ ATOM 29409 O TYR I 318 -9.061 -43.548-155.903 1.00165.94 O \ ANISOU29409 O TYR I 318 22495 19615 20941 -4556 -919 -3007 O \ ATOM 29410 CB TYR I 318 -6.298 -43.013-155.033 1.00148.39 C \ ANISOU29410 CB TYR I 318 20563 17437 18383 -4204 -848 -2817 C \ ATOM 29411 CG TYR I 318 -4.882 -42.508-155.158 1.00137.72 C \ ANISOU29411 CG TYR I 318 19300 16222 16805 -4067 -890 -2787 C \ ATOM 29412 CD1 TYR I 318 -4.596 -41.345-155.859 1.00135.04 C \ ANISOU29412 CD1 TYR I 318 18903 16149 16257 -4076 -1045 -2758 C \ ATOM 29413 CD2 TYR I 318 -3.828 -43.205-154.589 1.00131.28 C \ ANISOU29413 CD2 TYR I 318 18629 15266 15985 -3929 -775 -2797 C \ ATOM 29414 CE1 TYR I 318 -3.298 -40.887-155.981 1.00133.26 C \ ANISOU29414 CE1 TYR I 318 18750 16048 15834 -3966 -1070 -2740 C \ ATOM 29415 CE2 TYR I 318 -2.530 -42.754-154.702 1.00128.26 C \ ANISOU29415 CE2 TYR I 318 18309 15014 15409 -3806 -812 -2787 C \ ATOM 29416 CZ TYR I 318 -2.270 -41.594-155.398 1.00130.58 C \ ANISOU29416 CZ TYR I 318 18532 15576 15507 -3833 -954 -2759 C \ ATOM 29417 OH TYR I 318 -0.977 -41.141-155.515 1.00130.90 O \ ANISOU29417 OH TYR I 318 18626 15747 15364 -3725 -978 -2757 O \ ATOM 29418 N ILE I 319 -8.333 -45.676-156.010 1.00169.90 N \ ANISOU29418 N ILE I 319 23158 19815 21581 -4571 -741 -3226 N \ ATOM 29419 CA ILE I 319 -9.655 -46.248-155.827 1.00177.39 C \ ANISOU29419 CA ILE I 319 24008 20612 22782 -4720 -674 -3278 C \ ATOM 29420 C ILE I 319 -9.585 -47.399-154.839 1.00181.05 C \ ANISOU29420 C ILE I 319 24610 20752 23429 -4689 -451 -3253 C \ ATOM 29421 O ILE I 319 -8.716 -48.258-154.958 1.00182.52 O \ ANISOU29421 O ILE I 319 24934 20831 23584 -4631 -397 -3344 O \ ATOM 29422 CB ILE I 319 -10.257 -46.770-157.154 1.00181.75 C \ ANISOU29422 CB ILE I 319 24436 21237 23383 -4896 -794 -3528 C \ ATOM 29423 CG1 ILE I 319 -10.162 -45.719-158.261 1.00184.52 C \ ANISOU29423 CG1 ILE I 319 24691 21905 23513 -4911 -1022 -3572 C \ ATOM 29424 CG2 ILE I 319 -11.703 -47.198-156.949 1.00183.90 C \ ANISOU29424 CG2 ILE I 319 24572 21377 23923 -5058 -737 -3581 C \ ATOM 29425 CD1 ILE I 319 -10.909 -46.090-159.526 1.00186.29 C \ ANISOU29425 CD1 ILE I 319 24784 22215 23784 -5075 -1160 -3808 C \ ATOM 29426 N LEU I 320 -10.489 -47.365-153.859 1.00180.77 N \ ANISOU29426 N LEU I 320 24545 20567 23574 -4720 -325 -3127 N \ ATOM 29427 CA LEU I 320 -10.771 -48.450-152.905 1.00176.49 C \ ANISOU29427 CA LEU I 320 24119 19696 23242 -4734 -97 -3101 C \ ATOM 29428 C LEU I 320 -9.607 -49.370-152.510 1.00175.27 C \ ANISOU29428 C LEU I 320 24201 19350 23043 -4598 16 -3114 C \ ATOM 29429 O LEU I 320 -9.111 -50.147-153.328 1.00174.54 O \ ANISOU29429 O LEU I 320 24149 19246 22922 -4630 -28 -3301 O \ ATOM 29430 CB LEU I 320 -11.958 -49.289-153.392 1.00170.13 C \ ANISOU29430 CB LEU I 320 23186 18781 22676 -4959 -63 -3278 C \ ATOM 29431 CG LEU I 320 -13.211 -48.550-153.874 1.00161.09 C \ ANISOU29431 CG LEU I 320 21789 17811 21606 -5107 -182 -3314 C \ ATOM 29432 CD1 LEU I 320 -14.348 -49.536-154.061 1.00161.74 C \ ANISOU29432 CD1 LEU I 320 21766 17720 21966 -5318 -95 -3477 C \ ATOM 29433 CD2 LEU I 320 -13.621 -47.428-152.932 1.00152.63 C \ ANISOU29433 CD2 LEU I 320 20669 16805 20517 -5029 -157 -3083 C \ ATOM 29434 N LYS I 321 -9.221 -49.292-151.237 1.00174.80 N \ ANISOU29434 N LYS I 321 24299 19135 22983 -4441 159 -2921 N \ ATOM 29435 CA LYS I 321 -8.066 -50.003-150.674 1.00173.01 C \ ANISOU29435 CA LYS I 321 24313 18729 22693 -4265 259 -2903 C \ ATOM 29436 C LYS I 321 -6.725 -49.392-151.097 1.00168.30 C \ ANISOU29436 C LYS I 321 23756 18349 21840 -4102 118 -2909 C \ ATOM 29437 O LYS I 321 -5.678 -49.752-150.560 1.00165.80 O \ ANISOU29437 O LYS I 321 23624 17925 21446 -3922 178 -2878 O \ ATOM 29438 CB LYS I 321 -8.108 -51.513-150.971 1.00174.92 C \ ANISOU29438 CB LYS I 321 24655 18729 23078 -4353 357 -3086 C \ ATOM 29439 CG LYS I 321 -9.382 -52.211-150.514 1.00175.93 C \ ANISOU29439 CG LYS I 321 24757 18616 23472 -4526 521 -3089 C \ ATOM 29440 CD LYS I 321 -9.392 -53.679-150.928 1.00178.02 C \ ANISOU29440 CD LYS I 321 25119 18653 23869 -4624 599 -3286 C \ ATOM 29441 CE LYS I 321 -10.630 -54.399-150.409 1.00180.14 C \ ANISOU29441 CE LYS I 321 25373 18659 24412 -4804 785 -3285 C \ ATOM 29442 NZ LYS I 321 -10.664 -55.835-150.811 1.00182.08 N \ ANISOU29442 NZ LYS I 321 25720 18669 24794 -4910 862 -3480 N \ ATOM 29443 N ASP I 322 -6.762 -48.468-152.055 1.00164.93 N \ ANISOU29443 N ASP I 322 23161 18224 21282 -4163 -68 -2954 N \ ATOM 29444 CA ASP I 322 -5.579 -47.689-152.407 1.00160.48 C \ ANISOU29444 CA ASP I 322 22617 17885 20474 -4025 -193 -2935 C \ ATOM 29445 C ASP I 322 -5.238 -46.761-151.244 1.00159.21 C \ ANISOU29445 C ASP I 322 22521 17732 20241 -3851 -153 -2693 C \ ATOM 29446 O ASP I 322 -6.132 -46.279-150.546 1.00156.71 O \ ANISOU29446 O ASP I 322 22152 17369 20020 -3880 -103 -2545 O \ ATOM 29447 CB ASP I 322 -5.813 -46.873-153.684 1.00157.45 C \ ANISOU29447 CB ASP I 322 22050 17808 19964 -4144 -391 -3025 C \ ATOM 29448 CG ASP I 322 -5.687 -47.707-154.949 1.00156.11 C \ ANISOU29448 CG ASP I 322 21849 17679 19787 -4259 -461 -3279 C \ ATOM 29449 OD1 ASP I 322 -5.020 -48.761-154.908 1.00158.24 O \ ANISOU29449 OD1 ASP I 322 22250 17790 20084 -4203 -381 -3385 O \ ATOM 29450 OD2 ASP I 322 -6.243 -47.296-155.991 1.00152.27 O \ ANISOU29450 OD2 ASP I 322 21213 17383 19259 -4396 -603 -3377 O \ ATOM 29451 N SER I 323 -3.948 -46.510-151.038 1.00160.16 N \ ANISOU29451 N SER I 323 22747 17912 20195 -3668 -178 -2663 N \ ATOM 29452 CA SER I 323 -3.493 -45.712-149.901 1.00159.46 C \ ANISOU29452 CA SER I 323 22738 17815 20036 -3481 -143 -2450 C \ ATOM 29453 C SER I 323 -2.161 -45.017-150.166 1.00154.18 C \ ANISOU29453 C SER I 323 22088 17348 19144 -3339 -250 -2454 C \ ATOM 29454 O SER I 323 -1.419 -45.404-151.067 1.00156.26 O \ ANISOU29454 O SER I 323 22349 17706 19316 -3354 -312 -2628 O \ ATOM 29455 CB SER I 323 -3.367 -46.594-148.663 1.00167.03 C \ ANISOU29455 CB SER I 323 23896 18452 21114 -3351 42 -2375 C \ ATOM 29456 OG SER I 323 -2.515 -47.698-148.916 1.00173.27 O \ ANISOU29456 OG SER I 323 24819 19122 21894 -3287 80 -2534 O \ ATOM 29457 N PHE I 324 -1.852 -44.007-149.357 1.00148.00 N \ ANISOU29457 N PHE I 324 21326 16628 18279 -3201 -266 -2267 N \ ATOM 29458 CA PHE I 324 -0.623 -43.242-149.536 1.00141.16 C \ ANISOU29458 CA PHE I 324 20466 15958 17212 -3074 -363 -2261 C \ ATOM 29459 C PHE I 324 -0.058 -42.642-148.254 1.00136.48 C \ ANISOU29459 C PHE I 324 19975 15304 16576 -2856 -321 -2073 C \ ATOM 29460 O PHE I 324 -0.681 -42.698-147.191 1.00138.54 O \ ANISOU29460 O PHE I 324 20305 15384 16950 -2800 -221 -1925 O \ ATOM 29461 CB PHE I 324 -0.825 -42.132-150.571 1.00137.88 C \ ANISOU29461 CB PHE I 324 19883 15844 16663 -3204 -525 -2272 C \ ATOM 29462 CG PHE I 324 -1.663 -40.991-150.081 1.00134.01 C \ ANISOU29462 CG PHE I 324 19315 15425 16179 -3224 -567 -2077 C \ ATOM 29463 CD1 PHE I 324 -3.039 -41.103-150.036 1.00134.27 C \ ANISOU29463 CD1 PHE I 324 19268 15385 16362 -3361 -541 -2044 C \ ATOM 29464 CD2 PHE I 324 -1.080 -39.804-149.675 1.00129.18 C \ ANISOU29464 CD2 PHE I 324 18704 14953 15427 -3108 -635 -1935 C \ ATOM 29465 CE1 PHE I 324 -3.820 -40.059-149.591 1.00130.49 C \ ANISOU29465 CE1 PHE I 324 18712 14977 15890 -3372 -584 -1875 C \ ATOM 29466 CE2 PHE I 324 -1.860 -38.754-149.228 1.00127.40 C \ ANISOU29466 CE2 PHE I 324 18411 14790 15204 -3120 -681 -1759 C \ ATOM 29467 CZ PHE I 324 -3.231 -38.883-149.187 1.00127.45 C \ ANISOU29467 CZ PHE I 324 18340 14728 15358 -3248 -657 -1730 C \ ATOM 29468 N SER I 325 1.129 -42.059-148.376 1.00131.94 N \ ANISOU29468 N SER I 325 19408 14887 15836 -2736 -398 -2088 N \ ATOM 29469 CA SER I 325 1.786 -41.399-147.260 1.00131.67 C \ ANISOU29469 CA SER I 325 19457 14828 15743 -2524 -386 -1932 C \ ATOM 29470 C SER I 325 2.322 -40.054-147.736 1.00133.97 C \ ANISOU29470 C SER I 325 19638 15406 15858 -2531 -526 -1890 C \ ATOM 29471 O SER I 325 2.483 -39.836-148.938 1.00139.29 O \ ANISOU29471 O SER I 325 20207 16280 16436 -2668 -616 -2013 O \ ATOM 29472 CB SER I 325 2.938 -42.264-146.749 1.00128.00 C \ ANISOU29472 CB SER I 325 19151 14214 15268 -2324 -319 -2019 C \ ATOM 29473 OG SER I 325 2.527 -43.611-146.597 1.00127.52 O \ ANISOU29473 OG SER I 325 19199 13902 15352 -2346 -202 -2100 O \ ATOM 29474 N ILE I 326 2.599 -39.156-146.797 1.00126.99 N \ ANISOU29474 N ILE I 326 18787 14536 14927 -2383 -541 -1719 N \ ATOM 29475 CA ILE I 326 3.171 -37.858-147.131 1.00117.33 C \ ANISOU29475 CA ILE I 326 17477 13563 13540 -2377 -665 -1669 C \ ATOM 29476 C ILE I 326 4.501 -37.698-146.415 1.00116.88 C \ ANISOU29476 C ILE I 326 17506 13494 13409 -2151 -660 -1664 C \ ATOM 29477 O ILE I 326 4.585 -37.912-145.209 1.00120.08 O \ ANISOU29477 O ILE I 326 18030 13712 13882 -1970 -589 -1562 O \ ATOM 29478 CB ILE I 326 2.272 -36.706-146.653 1.00109.42 C \ ANISOU29478 CB ILE I 326 16419 12615 12540 -2404 -714 -1460 C \ ATOM 29479 CG1 ILE I 326 0.840 -36.868-147.165 1.00107.04 C \ ANISOU29479 CG1 ILE I 326 16031 12302 12338 -2604 -715 -1457 C \ ATOM 29480 CG2 ILE I 326 2.855 -35.373-147.095 1.00107.61 C \ ANISOU29480 CG2 ILE I 326 16110 12640 12135 -2416 -847 -1417 C \ ATOM 29481 CD1 ILE I 326 0.645 -36.383-148.570 1.00106.98 C \ ANISOU29481 CD1 ILE I 326 15891 12531 12224 -2797 -841 -1556 C \ ATOM 29482 N PHE I 327 5.536 -37.303-147.145 1.00114.02 N \ ANISOU29482 N PHE I 327 17083 13332 12906 -2160 -735 -1776 N \ ATOM 29483 CA PHE I 327 6.837 -37.070-146.533 1.00111.76 C \ ANISOU29483 CA PHE I 327 16850 13062 12550 -1954 -743 -1791 C \ ATOM 29484 C PHE I 327 7.284 -35.631-146.757 1.00103.94 C \ ANISOU29484 C PHE I 327 15766 12310 11418 -1977 -850 -1715 C \ ATOM 29485 O PHE I 327 7.506 -35.203-147.890 1.00103.02 O \ ANISOU29485 O PHE I 327 15548 12404 11190 -2133 -915 -1803 O \ ATOM 29486 CB PHE I 327 7.886 -38.040-147.085 1.00119.51 C \ ANISOU29486 CB PHE I 327 17854 14048 13505 -1911 -716 -2025 C \ ATOM 29487 CG PHE I 327 7.538 -39.489-146.890 1.00128.53 C \ ANISOU29487 CG PHE I 327 19107 14949 14780 -1881 -615 -2112 C \ ATOM 29488 CD1 PHE I 327 6.748 -39.895-145.828 1.00130.76 C \ ANISOU29488 CD1 PHE I 327 19506 14983 15195 -1800 -531 -1973 C \ ATOM 29489 CD2 PHE I 327 8.002 -40.446-147.773 1.00133.93 C \ ANISOU29489 CD2 PHE I 327 19784 15649 15454 -1935 -600 -2334 C \ ATOM 29490 CE1 PHE I 327 6.420 -41.223-145.653 1.00132.04 C \ ANISOU29490 CE1 PHE I 327 19782 14909 15477 -1785 -429 -2050 C \ ATOM 29491 CE2 PHE I 327 7.683 -41.779-147.601 1.00136.92 C \ ANISOU29491 CE2 PHE I 327 20274 15795 15955 -1911 -510 -2416 C \ ATOM 29492 CZ PHE I 327 6.891 -42.167-146.540 1.00134.92 C \ ANISOU29492 CZ PHE I 327 20143 15286 15833 -1840 -423 -2272 C \ ATOM 29493 N CYS I 328 7.407 -34.886-145.664 1.00101.11 N \ ANISOU29493 N CYS I 328 15452 11907 11060 -1821 -866 -1550 N \ ATOM 29494 CA CYS I 328 7.837 -33.500-145.727 1.00100.93 C \ ANISOU29494 CA CYS I 328 15355 12081 10912 -1827 -964 -1464 C \ ATOM 29495 C CYS I 328 9.318 -33.464-146.043 1.00104.67 C \ ANISOU29495 C CYS I 328 15801 12679 11290 -1755 -985 -1622 C \ ATOM 29496 O CYS I 328 10.086 -34.273-145.526 1.00101.53 O \ ANISOU29496 O CYS I 328 15476 12163 10938 -1583 -932 -1724 O \ ATOM 29497 CB CYS I 328 7.596 -32.809-144.387 1.00100.91 C \ ANISOU29497 CB CYS I 328 15419 11976 10948 -1658 -973 -1255 C \ ATOM 29498 SG CYS I 328 5.862 -32.626-143.935 1.00232.75 S \ ANISOU29498 SG CYS I 328 32129 28556 27750 -1737 -950 -1055 S \ ATOM 29499 N GLU I 329 9.724 -32.517-146.879 1.00115.94 N \ ANISOU29499 N GLU I 329 17127 14343 12583 -1883 -1061 -1647 N \ ATOM 29500 CA GLU I 329 11.140 -32.314-147.131 1.00129.68 C \ ANISOU29500 CA GLU I 329 18822 16219 14231 -1824 -1076 -1787 C \ ATOM 29501 C GLU I 329 11.817 -31.896-145.832 1.00133.54 C \ ANISOU29501 C GLU I 329 19363 16628 14748 -1582 -1088 -1705 C \ ATOM 29502 O GLU I 329 11.188 -31.284-144.968 1.00131.69 O \ ANISOU29502 O GLU I 329 19174 16312 14550 -1512 -1114 -1507 O \ ATOM 29503 CB GLU I 329 11.349 -31.260-148.210 1.00134.82 C \ ANISOU29503 CB GLU I 329 19368 17128 14728 -2020 -1145 -1799 C \ ATOM 29504 CG GLU I 329 10.769 -29.916-147.845 1.00139.08 C \ ANISOU29504 CG GLU I 329 19898 17723 15222 -2053 -1224 -1581 C \ ATOM 29505 CD GLU I 329 10.867 -28.932-148.980 1.00146.37 C \ ANISOU29505 CD GLU I 329 20746 18883 15986 -2260 -1290 -1589 C \ ATOM 29506 OE1 GLU I 329 10.976 -27.720-148.705 1.00148.54 O \ ANISOU29506 OE1 GLU I 329 21009 19240 16190 -2259 -1357 -1457 O \ ATOM 29507 OE2 GLU I 329 10.833 -29.374-150.148 1.00150.20 O \ ANISOU29507 OE2 GLU I 329 21194 19464 16412 -2421 -1275 -1727 O \ ATOM 29508 N THR I 330 13.089 -32.254-145.689 1.00138.62 N \ ANISOU29508 N THR I 330 20000 17293 15377 -1445 -1072 -1866 N \ ATOM 29509 CA THR I 330 13.834 -31.993-144.459 1.00139.41 C \ ANISOU29509 CA THR I 330 20153 17309 15508 -1189 -1091 -1824 C \ ATOM 29510 C THR I 330 13.853 -30.512-144.086 1.00127.44 C \ ANISOU29510 C THR I 330 18591 15903 13926 -1195 -1173 -1659 C \ ATOM 29511 O THR I 330 14.181 -29.652-144.907 1.00119.06 O \ ANISOU29511 O THR I 330 17425 15054 12757 -1357 -1218 -1683 O \ ATOM 29512 CB THR I 330 15.275 -32.538-144.547 1.00149.61 C \ ANISOU29512 CB THR I 330 21414 18650 16782 -1060 -1076 -2059 C \ ATOM 29513 OG1 THR I 330 15.243 -33.971-144.536 1.00155.92 O \ ANISOU29513 OG1 THR I 330 22297 19284 17660 -982 -1006 -2189 O \ ATOM 29514 CG2 THR I 330 16.108 -32.049-143.370 1.00148.39 C \ ANISOU29514 CG2 THR I 330 21288 18450 16644 -808 -1121 -2027 C \ ATOM 29515 N GLY I 331 13.501 -30.231-142.835 1.00125.00 N \ ANISOU29515 N GLY I 331 18372 15442 13680 -1016 -1189 -1490 N \ ATOM 29516 CA GLY I 331 13.380 -28.870-142.353 1.00121.26 C \ ANISOU29516 CA GLY I 331 17875 15040 13158 -1002 -1270 -1315 C \ ATOM 29517 C GLY I 331 11.923 -28.544-142.113 1.00117.15 C \ ANISOU29517 C GLY I 331 17400 14439 12672 -1079 -1276 -1100 C \ ATOM 29518 O GLY I 331 11.563 -27.408-141.806 1.00116.39 O \ ANISOU29518 O GLY I 331 17288 14399 12534 -1095 -1347 -936 O \ ATOM 29519 N TYR I 332 11.075 -29.551-142.280 1.00113.21 N \ ANISOU29519 N TYR I 332 16952 13810 12252 -1133 -1201 -1111 N \ ATOM 29520 CA TYR I 332 9.637 -29.358-142.202 1.00108.37 C \ ANISOU29520 CA TYR I 332 16358 13133 11683 -1235 -1196 -941 C \ ATOM 29521 C TYR I 332 8.996 -30.532-141.469 1.00108.22 C \ ANISOU29521 C TYR I 332 16459 12861 11800 -1127 -1090 -917 C \ ATOM 29522 O TYR I 332 9.343 -31.688-141.707 1.00114.34 O \ ANISOU29522 O TYR I 332 17273 13551 12621 -1104 -1019 -1072 O \ ATOM 29523 CB TYR I 332 9.046 -29.231-143.613 1.00112.17 C \ ANISOU29523 CB TYR I 332 16740 13774 12104 -1516 -1220 -993 C \ ATOM 29524 CG TYR I 332 9.387 -27.934-144.322 1.00114.33 C \ ANISOU29524 CG TYR I 332 16922 14282 12235 -1648 -1321 -968 C \ ATOM 29525 CD1 TYR I 332 10.639 -27.735-144.891 1.00117.59 C \ ANISOU29525 CD1 TYR I 332 17276 14847 12555 -1669 -1337 -1117 C \ ATOM 29526 CD2 TYR I 332 8.451 -26.915-144.437 1.00113.67 C \ ANISOU29526 CD2 TYR I 332 16814 14267 12108 -1753 -1398 -800 C \ ATOM 29527 CE1 TYR I 332 10.956 -26.553-145.535 1.00117.30 C \ ANISOU29527 CE1 TYR I 332 17170 15013 12385 -1800 -1415 -1090 C \ ATOM 29528 CE2 TYR I 332 8.758 -25.730-145.079 1.00114.26 C \ ANISOU29528 CE2 TYR I 332 16829 14540 12045 -1872 -1490 -772 C \ ATOM 29529 CZ TYR I 332 10.010 -25.556-145.628 1.00114.02 C \ ANISOU29529 CZ TYR I 332 16753 14648 11923 -1901 -1493 -913 C \ ATOM 29530 OH TYR I 332 10.317 -24.378-146.271 1.00109.03 O \ ANISOU29530 OH TYR I 332 16075 14203 11150 -2031 -1570 -882 O \ ATOM 29531 N GLU I 333 8.055 -30.224-140.583 1.00104.91 N \ ANISOU29531 N GLU I 333 16101 12318 11441 -1062 -1077 -723 N \ ATOM 29532 CA GLU I 333 7.345 -31.237-139.816 1.00112.85 C \ ANISOU29532 CA GLU I 333 17230 13075 12574 -971 -963 -674 C \ ATOM 29533 C GLU I 333 5.885 -31.300-140.247 1.00114.75 C \ ANISOU29533 C GLU I 333 17424 13301 12876 -1172 -931 -593 C \ ATOM 29534 O GLU I 333 5.296 -30.296-140.675 1.00 77.46 O \ ANISOU29534 O GLU I 333 12603 8727 8100 -1306 -1015 -502 O \ ATOM 29535 CB GLU I 333 7.429 -30.945-138.309 1.00124.31 C \ ANISOU29535 CB GLU I 333 18807 14369 14055 -711 -950 -521 C \ ATOM 29536 CG GLU I 333 6.865 -29.582-137.901 1.00125.55 C \ ANISOU29536 CG GLU I 333 18921 14614 14170 -717 -1034 -322 C \ ATOM 29537 CD GLU I 333 6.912 -29.320-136.403 1.00124.01 C \ ANISOU29537 CD GLU I 333 18857 14260 14002 -453 -1020 -172 C \ ATOM 29538 OE1 GLU I 333 6.979 -28.132-136.018 1.00120.64 O \ ANISOU29538 OE1 GLU I 333 18399 13926 13513 -399 -1116 -52 O \ ATOM 29539 OE2 GLU I 333 6.877 -30.286-135.611 1.00122.00 O \ ANISOU29539 OE2 GLU I 333 18748 13782 13823 -297 -914 -172 O \ ATOM 29540 N LEU I 334 5.320 -32.496-140.133 1.00110.66 N \ ANISOU29540 N LEU I 334 16978 12596 12473 -1188 -813 -636 N \ ATOM 29541 CA LEU I 334 3.900 -32.724-140.335 1.00103.57 C \ ANISOU29541 CA LEU I 334 16045 11639 11667 -1352 -761 -567 C \ ATOM 29542 C LEU I 334 3.122 -32.141-139.177 1.00101.23 C \ ANISOU29542 C LEU I 334 15805 11240 11419 -1244 -736 -351 C \ ATOM 29543 O LEU I 334 3.645 -32.025-138.070 1.00103.95 O \ ANISOU29543 O LEU I 334 16267 11474 11757 -1015 -716 -270 O \ ATOM 29544 CB LEU I 334 3.635 -34.223-140.341 1.00102.00 C \ ANISOU29544 CB LEU I 334 15933 11234 11588 -1369 -624 -673 C \ ATOM 29545 CG LEU I 334 4.103 -34.998-141.560 1.00104.57 C \ ANISOU29545 CG LEU I 334 16202 11635 11893 -1506 -630 -895 C \ ATOM 29546 CD1 LEU I 334 4.319 -36.450-141.193 1.00105.04 C \ ANISOU29546 CD1 LEU I 334 16405 11456 12050 -1414 -503 -995 C \ ATOM 29547 CD2 LEU I 334 3.046 -34.864-142.631 1.00108.53 C \ ANISOU29547 CD2 LEU I 334 16567 12254 12417 -1772 -664 -921 C \ ATOM 29548 N LEU I 335 1.860 -31.807-139.423 1.00 97.19 N \ ANISOU29548 N LEU I 335 15210 10760 10957 -1401 -739 -266 N \ ATOM 29549 CA LEU I 335 0.933 -31.470-138.349 1.00103.96 C \ ANISOU29549 CA LEU I 335 16117 11497 11887 -1319 -685 -75 C \ ATOM 29550 C LEU I 335 -0.498 -31.449-138.862 1.00114.81 C \ ANISOU29550 C LEU I 335 17377 12901 13345 -1532 -668 -48 C \ ATOM 29551 O LEU I 335 -0.794 -30.787-139.855 1.00123.44 O \ ANISOU29551 O LEU I 335 18331 14197 14375 -1699 -787 -84 O \ ATOM 29552 CB LEU I 335 1.300 -30.138-137.672 1.00100.65 C \ ANISOU29552 CB LEU I 335 15702 11173 11367 -1171 -793 75 C \ ATOM 29553 CG LEU I 335 1.219 -28.785-138.381 1.00 98.46 C \ ANISOU29553 CG LEU I 335 15287 11148 10975 -1284 -960 116 C \ ATOM 29554 CD1 LEU I 335 -0.137 -28.136-138.177 1.00 97.36 C \ ANISOU29554 CD1 LEU I 335 15083 11028 10880 -1359 -979 261 C \ ATOM 29555 CD2 LEU I 335 2.307 -27.878-137.849 1.00 99.08 C \ ANISOU29555 CD2 LEU I 335 15406 11297 10941 -1107 -1054 170 C \ ATOM 29556 N GLN I 336 -1.378 -32.194-138.196 1.00116.26 N \ ANISOU29556 N GLN I 336 17623 12880 13669 -1525 -520 6 N \ ATOM 29557 CA GLN I 336 -2.771 -32.288-138.624 1.00121.34 C \ ANISOU29557 CA GLN I 336 18149 13536 14419 -1726 -489 12 C \ ATOM 29558 C GLN I 336 -3.441 -30.921-138.535 1.00118.65 C \ ANISOU29558 C GLN I 336 17701 13354 14025 -1745 -608 151 C \ ATOM 29559 O GLN I 336 -3.351 -30.120-139.462 1.00124.19 O \ ANISOU29559 O GLN I 336 18287 14276 14624 -1851 -764 112 O \ ATOM 29560 CB GLN I 336 -3.540 -33.333-137.800 1.00127.97 C \ ANISOU29560 CB GLN I 336 19088 14110 15426 -1707 -285 50 C \ ATOM 29561 CG GLN I 336 -5.011 -33.535-138.206 1.00131.94 C \ ANISOU29561 CG GLN I 336 19455 14611 16065 -1922 -235 36 C \ ATOM 29562 CD GLN I 336 -5.188 -34.124-139.597 1.00131.00 C \ ANISOU29562 CD GLN I 336 19216 14582 15976 -2149 -279 -162 C \ ATOM 29563 OE1 GLN I 336 -5.848 -33.536-140.457 1.00126.17 O \ ANISOU29563 OE1 GLN I 336 18437 14153 15350 -2310 -396 -199 O \ ATOM 29564 NE2 GLN I 336 -4.611 -35.301-139.818 1.00132.15 N \ ANISOU29564 NE2 GLN I 336 19456 14596 16160 -2153 -191 -294 N \ ATOM 29565 N GLY I 337 -4.102 -30.640-137.421 1.00110.99 N \ ANISOU29565 N GLY I 337 16781 12274 13118 -1638 -534 314 N \ ATOM 29566 CA GLY I 337 -4.731 -29.348-137.269 1.00107.02 C \ ANISOU29566 CA GLY I 337 16184 11915 12565 -1637 -649 445 C \ ATOM 29567 C GLY I 337 -3.654 -28.352-136.926 1.00101.17 C \ ANISOU29567 C GLY I 337 15500 11272 11667 -1465 -775 521 C \ ATOM 29568 O GLY I 337 -3.169 -27.603-137.775 1.00 76.53 O \ ANISOU29568 O GLY I 337 12302 8352 8423 -1534 -932 474 O \ ATOM 29569 N HIS I 338 -3.271 -28.374-135.659 1.00 94.90 N \ ANISOU29569 N HIS I 338 14853 10327 10878 -1240 -699 636 N \ ATOM 29570 CA HIS I 338 -2.253 -27.489-135.139 1.00 89.82 C \ ANISOU29570 CA HIS I 338 14276 9745 10106 -1050 -805 711 C \ ATOM 29571 C HIS I 338 -1.333 -28.317-134.274 1.00 92.68 C \ ANISOU29571 C HIS I 338 14819 9911 10483 -844 -696 694 C \ ATOM 29572 O HIS I 338 -0.282 -27.859-133.833 1.00 95.50 O \ ANISOU29572 O HIS I 338 15247 10291 10747 -667 -768 713 O \ ATOM 29573 CB HIS I 338 -2.906 -26.391-134.314 1.00 86.07 C \ ANISOU29573 CB HIS I 338 13793 9298 9612 -950 -856 899 C \ ATOM 29574 CG HIS I 338 -2.316 -25.041-134.549 1.00 91.06 C \ ANISOU29574 CG HIS I 338 14377 10126 10097 -910 -1051 947 C \ ATOM 29575 ND1 HIS I 338 -3.046 -23.879-134.433 1.00 96.45 N \ ANISOU29575 ND1 HIS I 338 14987 10921 10740 -921 -1159 1071 N \ ATOM 29576 CD2 HIS I 338 -1.065 -24.668-134.904 1.00 94.55 C \ ANISOU29576 CD2 HIS I 338 14834 10669 10423 -865 -1155 881 C \ ATOM 29577 CE1 HIS I 338 -2.267 -22.846-134.704 1.00 99.30 C \ ANISOU29577 CE1 HIS I 338 15331 11433 10964 -886 -1321 1087 C \ ATOM 29578 NE2 HIS I 338 -1.060 -23.298-134.992 1.00 98.26 N \ ANISOU29578 NE2 HIS I 338 15247 11300 10787 -858 -1316 972 N \ ATOM 29579 N LEU I 339 -1.748 -29.553-134.037 1.00 77.14 N \ ANISOU29579 N LEU I 339 12928 7745 8636 -866 -523 651 N \ ATOM 29580 CA LEU I 339 -0.965 -30.474-133.242 1.00 86.25 C \ ANISOU29580 CA LEU I 339 14276 8686 9808 -673 -410 626 C \ ATOM 29581 C LEU I 339 -0.071 -31.284-134.162 1.00 83.55 C \ ANISOU29581 C LEU I 339 13928 8372 9447 -744 -425 424 C \ ATOM 29582 O LEU I 339 -0.467 -31.635-135.273 1.00 87.53 O \ ANISOU29582 O LEU I 339 14309 8963 9987 -971 -433 307 O \ ATOM 29583 CB LEU I 339 -1.882 -31.388-132.437 1.00 89.63 C \ ANISOU29583 CB LEU I 339 14820 8865 10372 -653 -204 696 C \ ATOM 29584 CG LEU I 339 -2.784 -32.318-133.241 1.00 96.84 C \ ANISOU29584 CG LEU I 339 15648 9733 11412 -904 -100 590 C \ ATOM 29585 CD1 LEU I 339 -2.260 -33.745-133.188 1.00 99.28 C \ ANISOU29585 CD1 LEU I 339 16111 9832 11777 -867 34 472 C \ ATOM 29586 CD2 LEU I 339 -4.201 -32.232-132.724 1.00102.40 C \ ANISOU29586 CD2 LEU I 339 16317 10362 12230 -978 14 713 C \ ATOM 29587 N PRO I 340 1.153 -31.572-133.707 1.00 82.69 N \ ANISOU29587 N PRO I 340 13947 8194 9279 -540 -434 373 N \ ATOM 29588 CA PRO I 340 2.132 -32.243-134.555 1.00 88.59 C \ ANISOU29588 CA PRO I 340 14681 8988 9993 -583 -463 172 C \ ATOM 29589 C PRO I 340 1.771 -33.691-134.769 1.00 94.12 C \ ANISOU29589 C PRO I 340 15455 9500 10805 -664 -310 69 C \ ATOM 29590 O PRO I 340 0.863 -34.230-134.129 1.00 81.33 O \ ANISOU29590 O PRO I 340 13923 7688 9289 -664 -167 157 O \ ATOM 29591 CB PRO I 340 3.411 -32.161-133.732 1.00 92.76 C \ ANISOU29591 CB PRO I 340 15343 9457 10446 -302 -502 164 C \ ATOM 29592 CG PRO I 340 2.925 -32.213-132.332 1.00 95.78 C \ ANISOU29592 CG PRO I 340 15892 9627 10872 -107 -404 337 C \ ATOM 29593 CD PRO I 340 1.659 -31.393-132.336 1.00 89.72 C \ ANISOU29593 CD PRO I 340 15013 8941 10137 -247 -410 488 C \ ATOM 29594 N LEU I 341 2.528 -34.319-135.654 1.00 92.35 N \ ANISOU29594 N LEU I 341 15202 9330 10557 -728 -337 -122 N \ ATOM 29595 CA LEU I 341 2.188 -35.617-136.182 1.00 91.61 C \ ANISOU29595 CA LEU I 341 15140 9108 10560 -856 -224 -251 C \ ATOM 29596 C LEU I 341 3.486 -36.285-136.597 1.00103.31 C \ ANISOU29596 C LEU I 341 16673 10595 11986 -771 -256 -441 C \ ATOM 29597 O LEU I 341 4.338 -35.663-137.232 1.00103.48 O \ ANISOU29597 O LEU I 341 16588 10829 11902 -781 -386 -525 O \ ATOM 29598 CB LEU I 341 1.285 -35.431-137.395 1.00 83.69 C \ ANISOU29598 CB LEU I 341 13940 8268 9592 -1155 -264 -305 C \ ATOM 29599 CG LEU I 341 0.234 -36.490-137.709 1.00 87.87 C \ ANISOU29599 CG LEU I 341 14469 8649 10269 -1332 -129 -357 C \ ATOM 29600 CD1 LEU I 341 -0.676 -35.959-138.800 1.00 89.18 C \ ANISOU29600 CD1 LEU I 341 14421 9015 10450 -1595 -209 -387 C \ ATOM 29601 CD2 LEU I 341 0.874 -37.800-138.126 1.00 90.55 C \ ANISOU29601 CD2 LEU I 341 14899 8867 10639 -1330 -65 -543 C \ ATOM 29602 N LYS I 342 3.637 -37.548-136.213 1.00116.27 N \ ANISOU29602 N LYS I 342 18484 11997 13697 -684 -133 -509 N \ ATOM 29603 CA LYS I 342 4.868 -38.289-136.452 1.00125.19 C \ ANISOU29603 CA LYS I 342 19688 13097 14780 -565 -155 -691 C \ ATOM 29604 C LYS I 342 4.986 -38.730-137.920 1.00126.78 C \ ANISOU29604 C LYS I 342 19745 13446 14979 -791 -194 -891 C \ ATOM 29605 O LYS I 342 6.045 -38.590-138.533 1.00123.22 O \ ANISOU29605 O LYS I 342 19227 13154 14438 -764 -291 -1036 O \ ATOM 29606 CB LYS I 342 4.960 -39.488-135.490 1.00129.71 C \ ANISOU29606 CB LYS I 342 20520 13345 15420 -378 -13 -689 C \ ATOM 29607 CG LYS I 342 4.857 -39.113-133.992 1.00127.12 C \ ANISOU29607 CG LYS I 342 20364 12852 15082 -134 34 -491 C \ ATOM 29608 CD LYS I 342 4.636 -40.341-133.088 1.00123.82 C \ ANISOU29608 CD LYS I 342 20219 12087 14739 4 204 -463 C \ ATOM 29609 CE LYS I 342 4.230 -39.954-131.657 1.00115.77 C \ ANISOU29609 CE LYS I 342 19367 10901 13718 200 278 -243 C \ ATOM 29610 NZ LYS I 342 3.733 -41.118-130.852 1.00110.30 N \ ANISOU29610 NZ LYS I 342 18938 9864 13106 275 473 -191 N \ ATOM 29611 N SER I 343 3.889 -39.236-138.480 1.00130.90 N \ ANISOU29611 N SER I 343 20214 13922 15601 -1016 -120 -903 N \ ATOM 29612 CA SER I 343 3.866 -39.711-139.865 1.00134.89 C \ ANISOU29612 CA SER I 343 20591 14549 16111 -1235 -154 -1091 C \ ATOM 29613 C SER I 343 2.439 -39.918-140.369 1.00131.99 C \ ANISOU29613 C SER I 343 20132 14161 15859 -1487 -95 -1062 C \ ATOM 29614 O SER I 343 1.637 -40.600-139.730 1.00129.12 O \ ANISOU29614 O SER I 343 19874 13565 15619 -1492 43 -993 O \ ATOM 29615 CB SER I 343 4.663 -41.009-140.005 1.00144.34 C \ ANISOU29615 CB SER I 343 21917 15599 17325 -1146 -99 -1275 C \ ATOM 29616 OG SER I 343 4.345 -41.915-138.964 1.00151.12 O \ ANISOU29616 OG SER I 343 22994 16144 18281 -1015 45 -1208 O \ ATOM 29617 N PHE I 344 2.133 -39.340-141.525 1.00131.93 N \ ANISOU29617 N PHE I 344 19929 14393 15807 -1697 -199 -1123 N \ ATOM 29618 CA PHE I 344 0.788 -39.414-142.082 1.00130.78 C \ ANISOU29618 CA PHE I 344 19668 14259 15762 -1935 -174 -1112 C \ ATOM 29619 C PHE I 344 0.630 -40.511-143.127 1.00132.69 C \ ANISOU29619 C PHE I 344 19878 14472 16068 -2105 -145 -1315 C \ ATOM 29620 O PHE I 344 1.497 -40.711-143.975 1.00129.34 O \ ANISOU29620 O PHE I 344 19420 14170 15554 -2120 -217 -1478 O \ ATOM 29621 CB PHE I 344 0.389 -38.076-142.705 1.00129.23 C \ ANISOU29621 CB PHE I 344 19286 14335 15479 -2059 -317 -1048 C \ ATOM 29622 CG PHE I 344 -1.046 -38.017-143.124 1.00133.46 C \ ANISOU29622 CG PHE I 344 19701 14887 16120 -2272 -305 -1022 C \ ATOM 29623 CD1 PHE I 344 -2.039 -37.783-142.190 1.00139.62 C \ ANISOU29623 CD1 PHE I 344 20500 15547 17002 -2251 -224 -854 C \ ATOM 29624 CD2 PHE I 344 -1.407 -38.212-144.445 1.00133.32 C \ ANISOU29624 CD2 PHE I 344 19550 15006 16100 -2487 -374 -1174 C \ ATOM 29625 CE1 PHE I 344 -3.364 -37.732-142.566 1.00140.20 C \ ANISOU29625 CE1 PHE I 344 20446 15642 17182 -2444 -214 -846 C \ ATOM 29626 CE2 PHE I 344 -2.733 -38.166-144.828 1.00136.08 C \ ANISOU29626 CE2 PHE I 344 19780 15372 16553 -2673 -374 -1167 C \ ATOM 29627 CZ PHE I 344 -3.713 -37.926-143.886 1.00137.54 C \ ANISOU29627 CZ PHE I 344 19970 15442 16848 -2654 -294 -1007 C \ ATOM 29628 N THR I 345 -0.498 -41.208-143.066 1.00140.84 N \ ANISOU29628 N THR I 345 20914 15343 17256 -2236 -37 -1311 N \ ATOM 29629 CA THR I 345 -0.815 -42.247-144.033 1.00146.15 C \ ANISOU29629 CA THR I 345 21549 15973 18009 -2414 -9 -1500 C \ ATOM 29630 C THR I 345 -2.324 -42.408-144.119 1.00147.20 C \ ANISOU29630 C THR I 345 21590 16038 18301 -2612 57 -1462 C \ ATOM 29631 O THR I 345 -2.984 -42.701-143.123 1.00148.75 O \ ANISOU29631 O THR I 345 21877 16024 18618 -2574 196 -1341 O \ ATOM 29632 CB THR I 345 -0.197 -43.598-143.641 1.00150.38 C \ ANISOU29632 CB THR I 345 22282 16255 18600 -2297 110 -1598 C \ ATOM 29633 OG1 THR I 345 1.232 -43.503-143.688 1.00151.04 O \ ANISOU29633 OG1 THR I 345 22427 16420 18540 -2119 36 -1672 O \ ATOM 29634 CG2 THR I 345 -0.662 -44.692-144.590 1.00152.09 C \ ANISOU29634 CG2 THR I 345 22463 16406 18919 -2492 145 -1786 C \ ATOM 29635 N ALA I 346 -2.871 -42.217-145.312 1.00147.44 N \ ANISOU29635 N ALA I 346 21442 16248 18332 -2823 -42 -1573 N \ ATOM 29636 CA ALA I 346 -4.317 -42.269-145.479 1.00150.42 C \ ANISOU29636 CA ALA I 346 21699 16594 18859 -3016 -5 -1557 C \ ATOM 29637 C ALA I 346 -4.699 -43.328-146.497 1.00156.11 C \ ANISOU29637 C ALA I 346 22366 17270 19677 -3204 8 -1770 C \ ATOM 29638 O ALA I 346 -3.922 -43.652-147.390 1.00156.07 O \ ANISOU29638 O ALA I 346 22360 17361 19580 -3219 -71 -1929 O \ ATOM 29639 CB ALA I 346 -4.849 -40.909-145.897 1.00148.50 C \ ANISOU29639 CB ALA I 346 21276 16610 18536 -3091 -155 -1479 C \ ATOM 29640 N VAL I 347 -5.904 -43.863-146.362 1.00161.77 N \ ANISOU29640 N VAL I 347 23037 17845 20585 -3351 109 -1778 N \ ATOM 29641 CA VAL I 347 -6.350 -44.933-147.239 1.00168.86 C \ ANISOU29641 CA VAL I 347 23889 18671 21601 -3534 133 -1981 C \ ATOM 29642 C VAL I 347 -7.769 -44.675-147.742 1.00168.54 C \ ANISOU29642 C VAL I 347 23642 18707 21688 -3752 97 -2014 C \ ATOM 29643 O VAL I 347 -8.624 -44.182-147.007 1.00166.73 O \ ANISOU29643 O VAL I 347 23362 18441 21546 -3764 157 -1870 O \ ATOM 29644 CB VAL I 347 -6.241 -46.304-146.529 1.00177.46 C \ ANISOU29644 CB VAL I 347 25176 19423 22826 -3488 332 -2009 C \ ATOM 29645 CG1 VAL I 347 -7.019 -46.298-145.223 1.00180.57 C \ ANISOU29645 CG1 VAL I 347 25644 19610 23355 -3451 506 -1822 C \ ATOM 29646 CG2 VAL I 347 -6.697 -47.432-147.443 1.00182.31 C \ ANISOU29646 CG2 VAL I 347 25746 19953 23569 -3681 354 -2226 C \ ATOM 29647 N CYS I 348 -8.004 -45.005-149.007 1.00170.28 N \ ANISOU29647 N CYS I 348 23742 19039 21917 -3916 -7 -2212 N \ ATOM 29648 CA CYS I 348 -9.284 -44.741-149.647 1.00172.63 C \ ANISOU29648 CA CYS I 348 23830 19439 22321 -4118 -77 -2279 C \ ATOM 29649 C CYS I 348 -10.378 -45.672-149.119 1.00176.78 C \ ANISOU29649 C CYS I 348 24347 19710 23110 -4244 105 -2302 C \ ATOM 29650 O CYS I 348 -10.278 -46.894-149.243 1.00178.24 O \ ANISOU29650 O CYS I 348 24622 19698 23402 -4300 209 -2428 O \ ATOM 29651 CB CYS I 348 -9.140 -44.889-151.162 1.00171.78 C \ ANISOU29651 CB CYS I 348 23618 19514 22135 -4241 -243 -2498 C \ ATOM 29652 SG CYS I 348 -10.420 -44.066-152.121 1.00253.33 S \ ANISOU29652 SG CYS I 348 33684 30079 32489 -4427 -423 -2568 S \ ATOM 29653 N GLN I 349 -11.416 -45.087-148.525 1.00178.32 N \ ANISOU29653 N GLN I 349 24436 19908 23409 -4290 147 -2182 N \ ATOM 29654 CA GLN I 349 -12.549 -45.847-147.997 1.00183.56 C \ ANISOU29654 CA GLN I 349 25066 20348 24330 -4426 330 -2196 C \ ATOM 29655 C GLN I 349 -13.449 -46.363-149.110 1.00182.87 C \ ANISOU29655 C GLN I 349 24791 20309 24384 -4662 261 -2424 C \ ATOM 29656 O GLN I 349 -13.388 -45.876-150.237 1.00183.79 O \ ANISOU29656 O GLN I 349 24778 20666 24389 -4714 51 -2541 O \ ATOM 29657 CB GLN I 349 -13.397 -44.970-147.072 1.00188.75 C \ ANISOU29657 CB GLN I 349 25642 21026 25047 -4402 385 -2009 C \ ATOM 29658 CG GLN I 349 -12.973 -44.941-145.616 1.00193.39 C \ ANISOU29658 CG GLN I 349 26435 21425 25620 -4216 563 -1790 C \ ATOM 29659 CD GLN I 349 -13.765 -43.920-144.817 1.00196.90 C \ ANISOU29659 CD GLN I 349 26784 21937 26093 -4182 585 -1610 C \ ATOM 29660 OE1 GLN I 349 -14.714 -43.321-145.324 1.00199.17 O \ ANISOU29660 OE1 GLN I 349 26846 22395 26436 -4308 480 -1659 O \ ATOM 29661 NE2 GLN I 349 -13.379 -43.718-143.562 1.00196.87 N \ ANISOU29661 NE2 GLN I 349 26953 21800 26047 -4000 715 -1408 N \ ATOM 29662 N LYS I 350 -14.293 -47.342-148.785 1.00179.81 N \ ANISOU29662 N LYS I 350 24393 19688 24239 -4805 438 -2488 N \ ATOM 29663 CA LYS I 350 -15.392 -47.732-149.665 1.00175.86 C \ ANISOU29663 CA LYS I 350 23680 19225 23914 -5040 386 -2692 C \ ATOM 29664 C LYS I 350 -16.335 -46.541-149.784 1.00179.64 C \ ANISOU29664 C LYS I 350 23925 19933 24397 -5086 259 -2644 C \ ATOM 29665 O LYS I 350 -17.453 -46.567-149.267 1.00178.19 O \ ANISOU29665 O LYS I 350 23623 19670 24412 -5192 371 -2622 O \ ATOM 29666 CB LYS I 350 -16.161 -48.929-149.095 1.00169.90 C \ ANISOU29666 CB LYS I 350 22962 18158 23436 -5184 632 -2743 C \ ATOM 29667 CG LYS I 350 -15.402 -50.252-149.061 1.00163.72 C \ ANISOU29667 CG LYS I 350 22405 17120 22680 -5168 757 -2823 C \ ATOM 29668 CD LYS I 350 -16.265 -51.367-148.461 1.00159.94 C \ ANISOU29668 CD LYS I 350 21964 16324 22481 -5327 1010 -2861 C \ ATOM 29669 CE LYS I 350 -15.487 -52.670-148.302 1.00154.42 C \ ANISOU29669 CE LYS I 350 21528 15344 21801 -5289 1144 -2919 C \ ATOM 29670 NZ LYS I 350 -16.205 -53.673-147.462 1.00149.74 N \ ANISOU29670 NZ LYS I 350 21035 14407 21454 -5409 1425 -2899 N \ ATOM 29671 N ASP I 351 -15.878 -45.502-150.477 1.00185.92 N \ ANISOU29671 N ASP I 351 24660 21009 24971 -5006 27 -2634 N \ ATOM 29672 CA ASP I 351 -16.541 -44.207-150.475 1.00191.40 C \ ANISOU29672 CA ASP I 351 25184 21927 25613 -4991 -110 -2548 C \ ATOM 29673 C ASP I 351 -15.781 -43.303-151.434 1.00197.18 C \ ANISOU29673 C ASP I 351 25905 22939 26074 -4910 -364 -2570 C \ ATOM 29674 O ASP I 351 -14.803 -43.728-152.051 1.00198.39 O \ ANISOU29674 O ASP I 351 26170 23107 26102 -4875 -412 -2655 O \ ATOM 29675 CB ASP I 351 -16.507 -43.612-149.062 1.00185.92 C \ ANISOU29675 CB ASP I 351 24579 21152 24909 -4845 29 -2288 C \ ATOM 29676 CG ASP I 351 -17.551 -42.531-148.850 1.00181.38 C \ ANISOU29676 CG ASP I 351 23809 20736 24373 -4867 -50 -2215 C \ ATOM 29677 OD1 ASP I 351 -18.533 -42.486-149.620 1.00184.37 O \ ANISOU29677 OD1 ASP I 351 23972 21223 24859 -5024 -156 -2376 O \ ATOM 29678 OD2 ASP I 351 -17.389 -41.728-147.906 1.00173.99 O \ ANISOU29678 OD2 ASP I 351 22934 19815 23359 -4718 -11 -2001 O \ ATOM 29679 N GLY I 352 -16.234 -42.062-151.569 1.00199.48 N \ ANISOU29679 N GLY I 352 26069 23451 26275 -4880 -522 -2497 N \ ATOM 29680 CA GLY I 352 -15.503 -41.074-152.336 1.00199.32 C \ ANISOU29680 CA GLY I 352 26064 23686 25983 -4792 -746 -2480 C \ ATOM 29681 C GLY I 352 -14.400 -40.472-151.488 1.00198.34 C \ ANISOU29681 C GLY I 352 26119 23556 25685 -4588 -699 -2260 C \ ATOM 29682 O GLY I 352 -13.365 -40.051-152.001 1.00199.80 O \ ANISOU29682 O GLY I 352 26391 23876 25649 -4503 -812 -2252 O \ ATOM 29683 N SER I 353 -14.634 -40.436-150.179 1.00193.84 N \ ANISOU29683 N SER I 353 25604 22829 25218 -4511 -526 -2086 N \ ATOM 29684 CA SER I 353 -13.703 -39.833-149.231 1.00182.86 C \ ANISOU29684 CA SER I 353 24377 21419 23683 -4307 -477 -1870 C \ ATOM 29685 C SER I 353 -12.541 -40.753-148.879 1.00174.18 C \ ANISOU29685 C SER I 353 23490 20139 22552 -4213 -342 -1870 C \ ATOM 29686 O SER I 353 -12.615 -41.968-149.063 1.00177.37 O \ ANISOU29686 O SER I 353 23931 20370 23090 -4305 -230 -2005 O \ ATOM 29687 CB SER I 353 -14.431 -39.426-147.949 1.00179.15 C \ ANISOU29687 CB SER I 353 23890 20850 23329 -4248 -347 -1685 C \ ATOM 29688 OG SER I 353 -14.856 -40.569-147.227 1.00178.27 O \ ANISOU29688 OG SER I 353 23835 20464 23437 -4306 -107 -1700 O \ ATOM 29689 N TRP I 354 -11.472 -40.163-148.358 1.00161.60 N \ ANISOU29689 N TRP I 354 22035 18583 20782 -4025 -358 -1725 N \ ATOM 29690 CA TRP I 354 -10.324 -40.930-147.896 1.00155.04 C \ ANISOU29690 CA TRP I 354 21410 17586 19912 -3901 -239 -1714 C \ ATOM 29691 C TRP I 354 -10.565 -41.510-146.505 1.00155.16 C \ ANISOU29691 C TRP I 354 21555 17323 20077 -3822 -7 -1583 C \ ATOM 29692 O TRP I 354 -11.295 -42.484-146.357 1.00156.07 O \ ANISOU29692 O TRP I 354 21663 17247 20391 -3942 137 -1655 O \ ATOM 29693 CB TRP I 354 -9.079 -40.050-147.916 1.00148.32 C \ ANISOU29693 CB TRP I 354 20642 16895 18817 -3732 -355 -1627 C \ ATOM 29694 CG TRP I 354 -8.554 -39.851-149.296 1.00144.46 C \ ANISOU29694 CG TRP I 354 20090 16623 18175 -3804 -532 -1784 C \ ATOM 29695 CD1 TRP I 354 -8.883 -38.853-150.166 1.00143.09 C \ ANISOU29695 CD1 TRP I 354 19781 16702 17886 -3877 -724 -1805 C \ ATOM 29696 CD2 TRP I 354 -7.607 -40.679-149.974 1.00144.24 C \ ANISOU29696 CD2 TRP I 354 20143 16576 18086 -3806 -531 -1943 C \ ATOM 29697 NE1 TRP I 354 -8.196 -39.009-151.345 1.00143.19 N \ ANISOU29697 NE1 TRP I 354 19791 16851 17762 -3928 -834 -1963 N \ ATOM 29698 CE2 TRP I 354 -7.404 -40.123-151.251 1.00144.43 C \ ANISOU29698 CE2 TRP I 354 20072 16851 17953 -3886 -718 -2053 C \ ATOM 29699 CE3 TRP I 354 -6.908 -41.838-149.623 1.00146.35 C \ ANISOU29699 CE3 TRP I 354 20562 16635 18408 -3739 -393 -2006 C \ ATOM 29700 CZ2 TRP I 354 -6.531 -40.686-152.179 1.00147.08 C \ ANISOU29700 CZ2 TRP I 354 20450 17243 18190 -3908 -761 -2224 C \ ATOM 29701 CZ3 TRP I 354 -6.047 -42.397-150.544 1.00147.72 C \ ANISOU29701 CZ3 TRP I 354 20772 16866 18490 -3756 -446 -2181 C \ ATOM 29702 CH2 TRP I 354 -5.862 -41.820-151.805 1.00148.01 C \ ANISOU29702 CH2 TRP I 354 20702 17162 18374 -3841 -624 -2288 C \ ATOM 29703 N ASP I 355 -9.943 -40.909-145.494 1.00153.84 N \ ANISOU29703 N ASP I 355 21512 17129 19811 -3622 29 -1392 N \ ATOM 29704 CA ASP I 355 -10.179 -41.282-144.099 1.00151.90 C \ ANISOU29704 CA ASP I 355 21403 16633 19678 -3522 239 -1241 C \ ATOM 29705 C ASP I 355 -9.689 -40.195-143.139 1.00150.72 C \ ANISOU29705 C ASP I 355 21330 16542 19394 -3309 210 -1025 C \ ATOM 29706 O ASP I 355 -10.384 -39.840-142.186 1.00150.32 O \ ANISOU29706 O ASP I 355 21279 16415 19419 -3268 306 -875 O \ ATOM 29707 CB ASP I 355 -9.554 -42.645-143.764 1.00149.52 C \ ANISOU29707 CB ASP I 355 21307 16064 19441 -3475 404 -1307 C \ ATOM 29708 CG ASP I 355 -8.117 -42.769-144.235 1.00145.48 C \ ANISOU29708 CG ASP I 355 20903 15621 18751 -3353 306 -1383 C \ ATOM 29709 OD1 ASP I 355 -7.770 -42.154-145.265 1.00147.83 O \ ANISOU29709 OD1 ASP I 355 21081 16170 18918 -3399 118 -1468 O \ ATOM 29710 OD2 ASP I 355 -7.337 -43.492-143.579 1.00139.67 O \ ANISOU29710 OD2 ASP I 355 20376 14686 18007 -3209 420 -1364 O \ ATOM 29711 N ARG I 356 -8.499 -39.665-143.406 1.00150.10 N \ ANISOU29711 N ARG I 356 21311 16601 19118 -3178 80 -1017 N \ ATOM 29712 CA ARG I 356 -7.967 -38.536-142.651 1.00149.86 C \ ANISOU29712 CA ARG I 356 21335 16659 18947 -2985 17 -833 C \ ATOM 29713 C ARG I 356 -7.770 -37.339-143.566 1.00143.30 C \ ANISOU29713 C ARG I 356 20361 16135 17952 -3022 -213 -849 C \ ATOM 29714 O ARG I 356 -7.184 -37.473-144.640 1.00138.43 O \ ANISOU29714 O ARG I 356 19709 15645 17243 -3090 -320 -996 O \ ATOM 29715 CB ARG I 356 -6.612 -38.874-142.039 1.00155.80 C \ ANISOU29715 CB ARG I 356 22297 17299 19600 -2772 66 -800 C \ ATOM 29716 CG ARG I 356 -6.555 -40.148-141.246 1.00161.64 C \ ANISOU29716 CG ARG I 356 23223 17727 20464 -2712 277 -804 C \ ATOM 29717 CD ARG I 356 -5.128 -40.403-140.805 1.00164.74 C \ ANISOU29717 CD ARG I 356 23810 18048 20736 -2490 280 -801 C \ ATOM 29718 NE ARG I 356 -5.000 -41.674-140.106 1.00173.18 N \ ANISOU29718 NE ARG I 356 25084 18809 21907 -2420 471 -818 N \ ATOM 29719 CZ ARG I 356 -3.867 -42.131-139.585 1.00178.30 C \ ANISOU29719 CZ ARG I 356 25932 19334 22479 -2213 502 -825 C \ ATOM 29720 NH1 ARG I 356 -2.752 -41.418-139.683 1.00174.98 N \ ANISOU29720 NH1 ARG I 356 25514 19081 21890 -2062 360 -823 N \ ATOM 29721 NH2 ARG I 356 -3.851 -43.302-138.965 1.00183.97 N \ ANISOU29721 NH2 ARG I 356 26850 19759 23290 -2156 675 -839 N \ ATOM 29722 N PRO I 357 -8.246 -36.160-143.137 1.00141.62 N \ ANISOU29722 N PRO I 357 20077 16037 17694 -2974 -286 -697 N \ ATOM 29723 CA PRO I 357 -8.009 -34.894-143.838 1.00133.53 C \ ANISOU29723 CA PRO I 357 18954 15287 16496 -2980 -502 -678 C \ ATOM 29724 C PRO I 357 -6.530 -34.667-144.132 1.00119.74 C \ ANISOU29724 C PRO I 357 17303 13629 14565 -2869 -583 -705 C \ ATOM 29725 O PRO I 357 -5.668 -35.185-143.418 1.00115.69 O \ ANISOU29725 O PRO I 357 16943 12968 14045 -2720 -481 -677 O \ ATOM 29726 CB PRO I 357 -8.504 -33.856-142.833 1.00136.22 C \ ANISOU29726 CB PRO I 357 19284 15644 16828 -2867 -510 -472 C \ ATOM 29727 CG PRO I 357 -9.621 -34.546-142.141 1.00141.61 C \ ANISOU29727 CG PRO I 357 19949 16134 17722 -2923 -333 -445 C \ ATOM 29728 CD PRO I 357 -9.207 -35.997-142.032 1.00144.43 C \ ANISOU29728 CD PRO I 357 20432 16267 18177 -2936 -164 -547 C \ ATOM 29729 N MET I 358 -6.247 -33.904-145.183 1.00110.41 N \ ANISOU29729 N MET I 358 16033 12685 13233 -2942 -762 -766 N \ ATOM 29730 CA MET I 358 -4.873 -33.617-145.559 1.00105.73 C \ ANISOU29730 CA MET I 358 15508 12201 12464 -2861 -838 -803 C \ ATOM 29731 C MET I 358 -4.131 -32.853-144.473 1.00102.13 C \ ANISOU29731 C MET I 358 15153 11727 11924 -2648 -836 -631 C \ ATOM 29732 O MET I 358 -4.564 -31.781-144.043 1.00 99.41 O \ ANISOU29732 O MET I 358 14771 11459 11540 -2603 -907 -483 O \ ATOM 29733 CB MET I 358 -4.816 -32.849-146.881 1.00108.41 C \ ANISOU29733 CB MET I 358 15740 12799 12651 -2991 -1024 -885 C \ ATOM 29734 CG MET I 358 -4.470 -33.709-148.089 1.00113.93 C \ ANISOU29734 CG MET I 358 16416 13541 13330 -3123 -1037 -1103 C \ ATOM 29735 SD MET I 358 -2.708 -34.085-148.214 1.00141.53 S \ ANISOU29735 SD MET I 358 20030 17048 16696 -3008 -1009 -1188 S \ ATOM 29736 CE MET I 358 -2.725 -35.339-149.487 1.00115.87 C \ ANISOU29736 CE MET I 358 16744 13794 13487 -3176 -992 -1445 C \ ATOM 29737 N PRO I 359 -2.999 -33.413-144.032 1.00100.04 N \ ANISOU29737 N PRO I 359 15018 11359 11632 -2508 -761 -660 N \ ATOM 29738 CA PRO I 359 -2.086 -32.735-143.117 1.00 95.92 C \ ANISOU29738 CA PRO I 359 14593 10834 11017 -2297 -777 -533 C \ ATOM 29739 C PRO I 359 -1.467 -31.559-143.844 1.00 97.39 C \ ANISOU29739 C PRO I 359 14711 11274 11019 -2325 -949 -533 C \ ATOM 29740 O PRO I 359 -1.529 -31.482-145.072 1.00 82.03 O \ ANISOU29740 O PRO I 359 12675 9484 9007 -2491 -1035 -653 O \ ATOM 29741 CB PRO I 359 -1.016 -33.797-142.843 1.00 93.72 C \ ANISOU29741 CB PRO I 359 14445 10411 10753 -2180 -677 -635 C \ ATOM 29742 CG PRO I 359 -1.062 -34.698-144.034 1.00 95.52 C \ ANISOU29742 CG PRO I 359 14617 10669 11008 -2356 -671 -839 C \ ATOM 29743 CD PRO I 359 -2.506 -34.746-144.416 1.00100.33 C \ ANISOU29743 CD PRO I 359 15115 11279 11726 -2538 -669 -832 C \ ATOM 29744 N ALA I 360 -0.896 -30.638-143.083 1.00 97.84 N \ ANISOU29744 N ALA I 360 14819 11365 10992 -2166 -996 -398 N \ ATOM 29745 CA ALA I 360 -0.128 -29.547-143.649 1.00100.28 C \ ANISOU29745 CA ALA I 360 15087 11890 11124 -2175 -1140 -395 C \ ATOM 29746 C ALA I 360 1.344 -29.830-143.394 1.00 99.13 C \ ANISOU29746 C ALA I 360 15024 11723 10916 -2033 -1111 -465 C \ ATOM 29747 O ALA I 360 1.680 -30.593-142.488 1.00 99.79 O \ ANISOU29747 O ALA I 360 15213 11618 11084 -1878 -1001 -459 O \ ATOM 29748 CB ALA I 360 -0.535 -28.230-143.006 1.00 98.37 C \ ANISOU29748 CB ALA I 360 14833 11711 10832 -2102 -1228 -201 C \ ATOM 29749 N CYS I 361 2.223 -29.255-144.207 1.00 95.06 N \ ANISOU29749 N CYS I 361 14466 11397 10254 -2087 -1206 -541 N \ ATOM 29750 CA CYS I 361 3.648 -29.321-143.905 1.00 93.49 C \ ANISOU29750 CA CYS I 361 14324 11204 9993 -1942 -1193 -604 C \ ATOM 29751 C CYS I 361 4.155 -27.953-143.475 1.00 96.51 C \ ANISOU29751 C CYS I 361 14704 11701 10266 -1855 -1295 -477 C \ ATOM 29752 O CYS I 361 4.055 -26.978-144.224 1.00 97.93 O \ ANISOU29752 O CYS I 361 14815 12064 10330 -1982 -1403 -452 O \ ATOM 29753 CB CYS I 361 4.449 -29.848-145.093 1.00 93.25 C \ ANISOU29753 CB CYS I 361 14251 11289 9890 -2056 -1197 -814 C \ ATOM 29754 SG CYS I 361 4.573 -31.646-145.156 1.00134.77 S \ ANISOU29754 SG CYS I 361 19570 16360 15278 -2036 -1058 -991 S \ ATOM 29755 N SER I 362 4.717 -27.891-142.270 1.00 95.66 N \ ANISOU29755 N SER I 362 14681 11475 10189 -1632 -1262 -401 N \ ATOM 29756 CA SER I 362 5.126 -26.619-141.688 1.00 93.13 C \ ANISOU29756 CA SER I 362 14367 11234 9786 -1527 -1356 -270 C \ ATOM 29757 C SER I 362 6.613 -26.577-141.391 1.00 86.22 C \ ANISOU29757 C SER I 362 13520 10382 8856 -1382 -1363 -357 C \ ATOM 29758 O SER I 362 7.173 -27.553-140.910 1.00 77.65 O \ ANISOU29758 O SER I 362 12504 9162 7838 -1245 -1279 -446 O \ ATOM 29759 CB SER I 362 4.336 -26.343-140.406 1.00 95.91 C \ ANISOU29759 CB SER I 362 14788 11435 10219 -1377 -1334 -77 C \ ATOM 29760 OG SER I 362 4.714 -25.109-139.822 1.00100.71 O \ ANISOU29760 OG SER I 362 15405 12113 10748 -1268 -1432 48 O \ ATOM 29761 N ILE I 363 7.240 -25.435-141.657 1.00 86.12 N \ ANISOU29761 N ILE I 363 13458 10540 8725 -1408 -1466 -334 N \ ATOM 29762 CA ILE I 363 8.667 -25.275-141.409 1.00 86.46 C \ ANISOU29762 CA ILE I 363 13504 10628 8720 -1283 -1481 -427 C \ ATOM 29763 C ILE I 363 8.947 -25.489-139.934 1.00 85.23 C \ ANISOU29763 C ILE I 363 13452 10288 8645 -1004 -1450 -353 C \ ATOM 29764 O ILE I 363 8.072 -25.257-139.091 1.00 78.28 O \ ANISOU29764 O ILE I 363 12632 9293 7819 -920 -1447 -183 O \ ATOM 29765 CB ILE I 363 9.147 -23.868-141.811 1.00 89.31 C \ ANISOU29765 CB ILE I 363 13801 11184 8948 -1363 -1595 -381 C \ ATOM 29766 CG1 ILE I 363 10.659 -23.741-141.628 1.00 89.72 C \ ANISOU29766 CG1 ILE I 363 13832 11294 8962 -1254 -1602 -505 C \ ATOM 29767 CG2 ILE I 363 8.406 -22.801-141.011 1.00 89.48 C \ ANISOU29767 CG2 ILE I 363 13856 11176 8965 -1294 -1673 -159 C \ ATOM 29768 CD1 ILE I 363 11.284 -22.582-142.361 1.00 92.12 C \ ANISOU29768 CD1 ILE I 363 14060 11808 9132 -1393 -1683 -522 C \ ATOM 29769 N VAL I 364 10.143 -25.957-139.595 1.00 91.42 N \ ANISOU29769 N VAL I 364 14261 11039 9437 -850 -1426 -485 N \ ATOM 29770 CA VAL I 364 10.443 -26.105-138.190 1.00 93.34 C \ ANISOU29770 CA VAL I 364 14615 11109 9740 -569 -1412 -417 C \ ATOM 29771 C VAL I 364 10.717 -24.743-137.562 1.00 96.39 C \ ANISOU29771 C VAL I 364 14988 11566 10068 -477 -1521 -287 C \ ATOM 29772 O VAL I 364 11.293 -23.844-138.194 1.00 71.53 O \ ANISOU29772 O VAL I 364 11744 8606 6829 -589 -1601 -324 O \ ATOM 29773 CB VAL I 364 11.649 -27.062-137.967 1.00 74.02 C \ ANISOU29773 CB VAL I 364 12207 8595 7322 -403 -1366 -612 C \ ATOM 29774 CG1 VAL I 364 12.482 -26.683-136.743 1.00 73.52 C \ ANISOU29774 CG1 VAL I 364 12213 8459 7264 -119 -1417 -584 C \ ATOM 29775 CG2 VAL I 364 11.174 -28.505-137.899 1.00101.22 C \ ANISOU29775 CG2 VAL I 364 15746 11852 10860 -376 -1248 -671 C \ ATOM 29776 N ASP I 365 10.286 -24.615-136.313 1.00108.43 N \ ANISOU29776 N ASP I 365 15867 16094 9236 -1841 -640 173 N \ ATOM 29777 CA ASP I 365 10.470 -23.416-135.514 1.00102.45 C \ ANISOU29777 CA ASP I 365 14994 15247 8685 -1849 -755 278 C \ ATOM 29778 C ASP I 365 11.321 -23.702-134.280 1.00 97.69 C \ ANISOU29778 C ASP I 365 14313 14601 8203 -1590 -737 110 C \ ATOM 29779 O ASP I 365 10.887 -24.446-133.404 1.00100.45 O \ ANISOU29779 O ASP I 365 14770 14794 8602 -1384 -757 18 O \ ATOM 29780 CB ASP I 365 9.097 -22.868-135.096 1.00106.35 C \ ANISOU29780 CB ASP I 365 15588 15513 9306 -1886 -911 436 C \ ATOM 29781 CG ASP I 365 9.138 -21.413-134.679 1.00112.62 C \ ANISOU29781 CG ASP I 365 16268 16228 10293 -1976 -1049 586 C \ ATOM 29782 OD1 ASP I 365 10.240 -20.881-134.442 1.00119.35 O \ ANISOU29782 OD1 ASP I 365 16971 17171 11205 -1976 -1028 555 O \ ATOM 29783 OD2 ASP I 365 8.049 -20.806-134.582 1.00110.24 O \ ANISOU29783 OD2 ASP I 365 16026 15771 10088 -2043 -1184 728 O \ ATOM 29784 N CYS I 366 12.526 -23.150-134.200 1.00 95.83 N \ ANISOU29784 N CYS I 366 13894 14511 8007 -1605 -703 71 N \ ATOM 29785 CA CYS I 366 13.382 -23.357-133.027 1.00 98.66 C \ ANISOU29785 CA CYS I 366 14162 14843 8483 -1363 -697 -85 C \ ATOM 29786 C CYS I 366 12.859 -22.557-131.833 1.00 99.05 C \ ANISOU29786 C CYS I 366 14211 14675 8750 -1298 -847 -1 C \ ATOM 29787 O CYS I 366 13.305 -22.739-130.698 1.00102.54 O \ ANISOU29787 O CYS I 366 14611 15053 9298 -1090 -869 -114 O \ ATOM 29788 CB CYS I 366 14.827 -22.987-133.330 1.00100.00 C \ ANISOU29788 CB CYS I 366 14118 15257 8622 -1412 -614 -159 C \ ATOM 29789 SG CYS I 366 15.572 -24.134-134.506 1.00138.76 S \ ANISOU29789 SG CYS I 366 19003 20440 13278 -1410 -422 -340 S \ ATOM 29790 N GLY I 367 11.911 -21.667-132.118 1.00 96.06 N \ ANISOU29790 N GLY I 367 13874 14190 8433 -1479 -955 191 N \ ATOM 29791 CA GLY I 367 11.300 -20.774-131.147 1.00 97.22 C \ ANISOU29791 CA GLY I 367 14013 14138 8787 -1448 -1107 276 C \ ATOM 29792 C GLY I 367 12.213 -19.642-130.717 1.00 99.15 C \ ANISOU29792 C GLY I 367 14078 14418 9178 -1495 -1163 302 C \ ATOM 29793 O GLY I 367 13.277 -19.461-131.304 1.00102.79 O \ ANISOU29793 O GLY I 367 14415 15073 9568 -1594 -1085 284 O \ ATOM 29794 N PRO I 368 11.836 -18.908-129.657 1.00 94.11 N \ ANISOU29794 N PRO I 368 13416 13604 8739 -1422 -1293 326 N \ ATOM 29795 CA PRO I 368 12.742 -17.854-129.194 1.00 93.97 C \ ANISOU29795 CA PRO I 368 13229 13611 8866 -1463 -1351 335 C \ ATOM 29796 C PRO I 368 14.030 -18.416-128.643 1.00 99.41 C \ ANISOU29796 C PRO I 368 13805 14443 9525 -1299 -1250 151 C \ ATOM 29797 O PRO I 368 14.024 -19.461-127.990 1.00 85.18 O \ ANISOU29797 O PRO I 368 12066 12619 7681 -1073 -1199 6 O \ ATOM 29798 CB PRO I 368 11.949 -17.174-128.072 1.00 94.49 C \ ANISOU29798 CB PRO I 368 13314 13449 9140 -1374 -1504 355 C \ ATOM 29799 CG PRO I 368 10.532 -17.601-128.267 1.00 94.86 C \ ANISOU29799 CG PRO I 368 13524 13371 9147 -1366 -1541 413 C \ ATOM 29800 CD PRO I 368 10.612 -18.976-128.845 1.00 94.76 C \ ANISOU29800 CD PRO I 368 13609 13477 8919 -1311 -1392 334 C \ ATOM 29801 N PRO I 369 15.139 -17.733-128.943 1.00100.94 N \ ANISOU29801 N PRO I 369 13830 14789 9733 -1423 -1228 163 N \ ATOM 29802 CA PRO I 369 16.462 -18.107-128.452 1.00101.94 C \ ANISOU29802 CA PRO I 369 13810 15078 9844 -1285 -1143 -11 C \ ATOM 29803 C PRO I 369 16.497 -18.037-126.939 1.00 98.52 C \ ANISOU29803 C PRO I 369 13355 14506 9574 -1061 -1227 -112 C \ ATOM 29804 O PRO I 369 15.785 -17.212-126.366 1.00 93.17 O \ ANISOU29804 O PRO I 369 12706 13643 9051 -1091 -1360 -27 O \ ATOM 29805 CB PRO I 369 17.371 -17.027-129.047 1.00104.07 C \ ANISOU29805 CB PRO I 369 13906 15502 10133 -1529 -1146 75 C \ ATOM 29806 CG PRO I 369 16.597 -16.466-130.209 1.00100.22 C \ ANISOU29806 CG PRO I 369 13506 14985 9589 -1804 -1185 287 C \ ATOM 29807 CD PRO I 369 15.173 -16.534-129.796 1.00 97.74 C \ ANISOU29807 CD PRO I 369 13367 14411 9357 -1720 -1292 353 C \ ATOM 29808 N ASP I 370 17.299 -18.875-126.297 1.00102.37 N \ ANISOU29808 N ASP I 370 13789 15082 10026 -837 -1159 -293 N \ ATOM 29809 CA ASP I 370 17.467 -18.768-124.857 1.00110.89 C \ ANISOU29809 CA ASP I 370 14830 16059 11243 -640 -1240 -388 C \ ATOM 29810 C ASP I 370 18.091 -17.409-124.493 1.00108.56 C \ ANISOU29810 C ASP I 370 14361 15780 11106 -764 -1326 -345 C \ ATOM 29811 O ASP I 370 18.702 -16.752-125.334 1.00108.22 O \ ANISOU29811 O ASP I 370 14204 15872 11041 -977 -1297 -273 O \ ATOM 29812 CB ASP I 370 18.331 -19.912-124.338 1.00120.11 C \ ANISOU29812 CB ASP I 370 15965 17335 12336 -388 -1162 -581 C \ ATOM 29813 CG ASP I 370 17.590 -21.241-124.340 1.00125.59 C \ ANISOU29813 CG ASP I 370 16863 17939 12916 -230 -1120 -630 C \ ATOM 29814 OD1 ASP I 370 16.354 -21.223-124.521 1.00125.30 O \ ANISOU29814 OD1 ASP I 370 16984 17751 12874 -303 -1160 -522 O \ ATOM 29815 OD2 ASP I 370 18.231 -22.298-124.165 1.00129.71 O \ ANISOU29815 OD2 ASP I 370 17389 18539 13357 -35 -1055 -778 O \ ATOM 29816 N ASP I 371 17.935 -17.006-123.236 1.00107.40 N \ ANISOU29816 N ASP I 371 14197 15501 11109 -641 -1432 -392 N \ ATOM 29817 CA ASP I 371 18.526 -15.783-122.686 1.00112.14 C \ ANISOU29817 CA ASP I 371 14640 16094 11874 -724 -1525 -383 C \ ATOM 29818 C ASP I 371 20.025 -15.921-122.403 1.00104.43 C \ ANISOU29818 C ASP I 371 13471 15332 10877 -655 -1463 -520 C \ ATOM 29819 O ASP I 371 20.456 -16.918-121.829 1.00 96.29 O \ ANISOU29819 O ASP I 371 12438 14368 9781 -423 -1411 -667 O \ ATOM 29820 CB ASP I 371 17.796 -15.384-121.398 1.00132.52 C \ ANISOU29820 CB ASP I 371 17269 18471 14610 -601 -1656 -414 C \ ATOM 29821 CG ASP I 371 16.305 -15.160-121.607 1.00145.71 C \ ANISOU29821 CG ASP I 371 19102 19943 16320 -663 -1728 -296 C \ ATOM 29822 OD1 ASP I 371 15.588 -16.144-121.884 1.00149.69 O \ ANISOU29822 OD1 ASP I 371 19753 20423 16700 -589 -1668 -293 O \ ATOM 29823 OD2 ASP I 371 15.853 -14.000-121.490 1.00150.19 O \ ANISOU29823 OD2 ASP I 371 19645 20375 17044 -784 -1852 -214 O \ ATOM 29824 N LEU I 372 20.828 -14.966-122.865 1.00112.71 N \ ANISOU29824 N LEU I 372 14359 16496 11970 -864 -1470 -468 N \ ATOM 29825 CA LEU I 372 22.255 -14.937-122.516 1.00124.59 C \ ANISOU29825 CA LEU I 372 15651 18212 13474 -816 -1426 -601 C \ ATOM 29826 C LEU I 372 22.576 -13.949-121.382 1.00122.38 C \ ANISOU29826 C LEU I 372 15266 17849 13385 -804 -1555 -636 C \ ATOM 29827 O LEU I 372 22.606 -12.736-121.605 1.00127.70 O \ ANISOU29827 O LEU I 372 15882 18467 14170 -1033 -1637 -526 O \ ATOM 29828 CB LEU I 372 23.105 -14.597-123.739 1.00135.16 C \ ANISOU29828 CB LEU I 372 16853 19787 14714 -1064 -1331 -546 C \ ATOM 29829 CG LEU I 372 24.596 -14.597-123.385 1.00141.00 C \ ANISOU29829 CG LEU I 372 17351 20776 15448 -1014 -1280 -700 C \ ATOM 29830 CD1 LEU I 372 25.021 -15.954-122.832 1.00142.55 C \ ANISOU29830 CD1 LEU I 372 17539 21063 15559 -682 -1206 -902 C \ ATOM 29831 CD2 LEU I 372 25.448 -14.213-124.582 1.00145.18 C \ ANISOU29831 CD2 LEU I 372 17725 21568 15867 -1286 -1180 -650 C \ ATOM 29832 N PRO I 373 22.823 -14.469-120.164 1.00109.92 N \ ANISOU29832 N PRO I 373 13667 16258 11841 -543 -1583 -790 N \ ATOM 29833 CA PRO I 373 23.153 -13.670-118.976 1.00100.10 C \ ANISOU29833 CA PRO I 373 12322 14953 10760 -499 -1701 -856 C \ ATOM 29834 C PRO I 373 24.360 -12.770-119.196 1.00 98.25 C \ ANISOU29834 C PRO I 373 11864 14888 10580 -683 -1704 -865 C \ ATOM 29835 O PRO I 373 25.401 -13.251-119.645 1.00 98.15 O \ ANISOU29835 O PRO I 373 11712 15123 10456 -675 -1597 -941 O \ ATOM 29836 CB PRO I 373 23.474 -14.729-117.921 1.00101.53 C \ ANISOU29836 CB PRO I 373 12506 15182 10890 -186 -1687 -1026 C \ ATOM 29837 CG PRO I 373 22.756 -15.938-118.366 1.00104.63 C \ ANISOU29837 CG PRO I 373 13082 15531 11140 -66 -1608 -1012 C \ ATOM 29838 CD PRO I 373 22.813 -15.910-119.860 1.00107.86 C \ ANISOU29838 CD PRO I 373 13488 16040 11453 -272 -1509 -911 C \ ATOM 29839 N SER I 374 24.181 -11.474-118.942 1.00 99.43 N \ ANISOU29839 N SER I 374 11981 14902 10897 -857 -1828 -788 N \ ATOM 29840 CA SER I 374 25.205 -10.452-119.160 1.00103.75 C \ ANISOU29840 CA SER I 374 12336 15572 11514 -1081 -1855 -769 C \ ATOM 29841 C SER I 374 25.458 -10.293-120.644 1.00 96.30 C \ ANISOU29841 C SER I 374 11368 14764 10458 -1351 -1764 -630 C \ ATOM 29842 O SER I 374 26.496 -9.790-121.063 1.00106.13 O \ ANISOU29842 O SER I 374 12435 16204 11684 -1541 -1729 -625 O \ ATOM 29843 CB SER I 374 26.504 -10.761-118.401 1.00105.53 C \ ANISOU29843 CB SER I 374 12355 16019 11721 -938 -1821 -956 C \ ATOM 29844 OG SER I 374 26.346 -10.633-117.000 1.00 95.01 O \ ANISOU29844 OG SER I 374 11028 14565 10506 -747 -1930 -1068 O \ ATOM 29845 N GLY I 375 24.480 -10.694-121.440 1.00 95.37 N \ ANISOU29845 N GLY I 375 11427 14550 10259 -1384 -1729 -513 N \ ATOM 29846 CA GLY I 375 24.592 -10.577-122.874 1.00106.51 C \ ANISOU29846 CA GLY I 375 12837 16087 11545 -1645 -1647 -371 C \ ATOM 29847 C GLY I 375 23.309 -10.198-123.559 1.00100.52 C \ ANISOU29847 C GLY I 375 12279 15104 10811 -1788 -1717 -173 C \ ATOM 29848 O GLY I 375 22.362 -9.710-122.940 1.00 97.14 O \ ANISOU29848 O GLY I 375 11966 14405 10538 -1732 -1855 -130 O \ ATOM 29849 N ARG I 376 23.285 -10.437-124.861 1.00101.80 N \ ANISOU29849 N ARG I 376 12471 15396 10811 -1971 -1622 -61 N \ ATOM 29850 CA ARG I 376 22.141 -10.091-125.666 1.00106.22 C \ ANISOU29850 CA ARG I 376 13210 15777 11370 -2132 -1686 141 C \ ATOM 29851 C ARG I 376 22.119 -10.984-126.891 1.00104.81 C \ ANISOU29851 C ARG I 376 13075 15796 10951 -2198 -1528 176 C \ ATOM 29852 O ARG I 376 23.162 -11.421-127.400 1.00104.41 O \ ANISOU29852 O ARG I 376 12881 16043 10748 -2248 -1385 94 O \ ATOM 29853 CB ARG I 376 22.156 -8.615-126.075 1.00112.10 C \ ANISOU29853 CB ARG I 376 13936 16412 12243 -2456 -1828 337 C \ ATOM 29854 CG ARG I 376 23.302 -8.260-127.013 1.00118.83 C \ ANISOU29854 CG ARG I 376 14634 17546 12971 -2751 -1741 402 C \ ATOM 29855 CD ARG I 376 23.800 -6.829-126.876 1.00123.60 C \ ANISOU29855 CD ARG I 376 15152 18072 13738 -3013 -1883 512 C \ ATOM 29856 NE ARG I 376 24.470 -6.406-128.104 1.00128.97 N \ ANISOU29856 NE ARG I 376 15756 18973 14272 -3379 -1823 664 N \ ATOM 29857 CZ ARG I 376 25.566 -5.656-128.152 1.00131.97 C \ ANISOU29857 CZ ARG I 376 15964 19509 14670 -3610 -1829 679 C \ ATOM 29858 NH1 ARG I 376 26.145 -5.241-127.032 1.00133.97 N \ ANISOU29858 NH1 ARG I 376 16098 19714 15089 -3504 -1896 544 N \ ATOM 29859 NH2 ARG I 376 26.093 -5.329-129.326 1.00129.46 N \ ANISOU29859 NH2 ARG I 376 15588 19409 14192 -3961 -1766 829 N \ ATOM 29860 N VAL I 377 20.902 -11.264-127.328 1.00102.80 N \ ANISOU29860 N VAL I 377 13015 15380 10666 -2189 -1558 281 N \ ATOM 29861 CA VAL I 377 20.621 -11.996-128.543 1.00104.21 C \ ANISOU29861 CA VAL I 377 13273 15695 10628 -2277 -1437 341 C \ ATOM 29862 C VAL I 377 20.197 -10.993-129.611 1.00109.47 C \ ANISOU29862 C VAL I 377 13998 16306 11290 -2627 -1523 600 C \ ATOM 29863 O VAL I 377 19.462 -10.045-129.327 1.00110.58 O \ ANISOU29863 O VAL I 377 14221 16183 11613 -2699 -1702 734 O \ ATOM 29864 CB VAL I 377 19.537 -13.076-128.339 1.00100.37 C \ ANISOU29864 CB VAL I 377 12969 15077 10091 -2036 -1410 283 C \ ATOM 29865 CG1 VAL I 377 18.197 -12.451-127.987 1.00 98.24 C \ ANISOU29865 CG1 VAL I 377 12854 14490 9983 -2038 -1582 412 C \ ATOM 29866 CG2 VAL I 377 19.421 -13.949-129.577 1.00103.69 C \ ANISOU29866 CG2 VAL I 377 13451 15674 10271 -2113 -1267 304 C \ ATOM 29867 N GLU I 378 20.714 -11.151-130.822 1.00112.11 N \ ANISOU29867 N GLU I 378 14282 16895 11420 -2852 -1406 666 N \ ATOM 29868 CA GLU I 378 20.312 -10.274-131.909 1.00118.14 C \ ANISOU29868 CA GLU I 378 15116 17624 12148 -3201 -1488 928 C \ ATOM 29869 C GLU I 378 19.954 -11.125-133.105 1.00113.55 C \ ANISOU29869 C GLU I 378 14618 17210 11314 -3277 -1358 967 C \ ATOM 29870 O GLU I 378 20.669 -12.055-133.449 1.00108.13 O \ ANISOU29870 O GLU I 378 13841 16804 10440 -3211 -1171 809 O \ ATOM 29871 CB GLU I 378 21.423 -9.283-132.264 1.00131.95 C \ ANISOU29871 CB GLU I 378 16700 19539 13897 -3507 -1501 1015 C \ ATOM 29872 CG GLU I 378 21.771 -8.299-131.165 1.00145.00 C \ ANISOU29872 CG GLU I 378 18275 21013 15806 -3480 -1649 996 C \ ATOM 29873 CD GLU I 378 22.649 -7.164-131.659 1.00160.51 C \ ANISOU29873 CD GLU I 378 20120 23088 17778 -3848 -1699 1142 C \ ATOM 29874 OE1 GLU I 378 23.458 -7.392-132.584 1.00167.84 O \ ANISOU29874 OE1 GLU I 378 20937 24347 18486 -4058 -1552 1157 O \ ATOM 29875 OE2 GLU I 378 22.528 -6.043-131.120 1.00164.39 O \ ANISOU29875 OE2 GLU I 378 20628 23337 18494 -3935 -1888 1237 O \ ATOM 29876 N TYR I 379 18.837 -10.795-133.741 1.00115.64 N \ ANISOU29876 N TYR I 379 15056 17304 11579 -3411 -1465 1171 N \ ATOM 29877 CA TYR I 379 18.354 -11.597-134.849 1.00116.97 C \ ANISOU29877 CA TYR I 379 15324 17608 11512 -3480 -1357 1212 C \ ATOM 29878 C TYR I 379 19.078 -11.163-136.108 1.00117.84 C \ ANISOU29878 C TYR I 379 15350 17997 11425 -3852 -1289 1351 C \ ATOM 29879 O TYR I 379 19.108 -9.981-136.436 1.00121.42 O \ ANISOU29879 O TYR I 379 15805 18376 11953 -4134 -1428 1571 O \ ATOM 29880 CB TYR I 379 16.839 -11.456-135.012 1.00118.72 C \ ANISOU29880 CB TYR I 379 15756 17549 11805 -3467 -1503 1367 C \ ATOM 29881 CG TYR I 379 16.043 -11.955-133.831 1.00118.03 C \ ANISOU29881 CG TYR I 379 15751 17217 11878 -3119 -1556 1228 C \ ATOM 29882 CD1 TYR I 379 15.801 -11.135-132.736 1.00117.92 C \ ANISOU29882 CD1 TYR I 379 15726 16949 12131 -3018 -1721 1231 C \ ATOM 29883 CD2 TYR I 379 15.516 -13.235-133.821 1.00119.74 C \ ANISOU29883 CD2 TYR I 379 16060 17461 11973 -2907 -1444 1093 C \ ATOM 29884 CE1 TYR I 379 15.072 -11.587-131.657 1.00119.57 C \ ANISOU29884 CE1 TYR I 379 16002 16964 12466 -2719 -1762 1100 C \ ATOM 29885 CE2 TYR I 379 14.785 -13.695-132.749 1.00120.32 C \ ANISOU29885 CE2 TYR I 379 16213 17328 12177 -2619 -1491 978 C \ ATOM 29886 CZ TYR I 379 14.565 -12.868-131.670 1.00119.10 C \ ANISOU29886 CZ TYR I 379 16035 16948 12271 -2529 -1646 982 C \ ATOM 29887 OH TYR I 379 13.834 -13.337-130.604 1.00115.18 O \ ANISOU29887 OH TYR I 379 15608 16274 11881 -2257 -1684 862 O \ ATOM 29888 N ILE I 380 19.635 -12.125-136.833 1.00116.93 N \ ANISOU29888 N ILE I 380 15168 18203 11056 -3861 -1082 1223 N \ ATOM 29889 CA ILE I 380 20.346 -11.809-138.064 1.00118.73 C \ ANISOU29889 CA ILE I 380 15302 18750 11059 -4222 -992 1332 C \ ATOM 29890 C ILE I 380 19.471 -11.911-139.300 1.00111.94 C \ ANISOU29890 C ILE I 380 14602 17914 10016 -4435 -1004 1521 C \ ATOM 29891 O ILE I 380 19.397 -10.974-140.090 1.00110.98 O \ ANISOU29891 O ILE I 380 14509 17812 9845 -4788 -1099 1778 O \ ATOM 29892 CB ILE I 380 21.586 -12.708-138.240 1.00127.16 C \ ANISOU29892 CB ILE I 380 16168 20210 11936 -4143 -751 1069 C \ ATOM 29893 CG1 ILE I 380 22.643 -12.405-137.177 1.00108.39 C \ ANISOU29893 CG1 ILE I 380 13597 17869 9718 -4015 -748 916 C \ ATOM 29894 CG2 ILE I 380 22.231 -12.428-139.572 1.00136.70 C \ ANISOU29894 CG2 ILE I 380 17278 21777 12883 -4532 -646 1174 C \ ATOM 29895 CD1 ILE I 380 23.099 -10.955-137.158 1.00110.09 C \ ANISOU29895 CD1 ILE I 380 13734 18049 10046 -4330 -881 1119 C \ ATOM 29896 N THR I 381 18.745 -13.014-139.412 1.00110.19 N \ ANISOU29896 N THR I 381 14497 17662 9707 -4220 -930 1406 N \ ATOM 29897 CA THR I 381 17.883 -13.257-140.559 1.00111.17 C \ ANISOU29897 CA THR I 381 14772 17822 9644 -4393 -931 1555 C \ ATOM 29898 C THR I 381 16.753 -12.239-140.667 1.00112.23 C \ ANISOU29898 C THR I 381 15073 17641 9930 -4544 -1178 1852 C \ ATOM 29899 O THR I 381 16.612 -11.575-141.690 1.00123.78 O \ ANISOU29899 O THR I 381 16578 19177 11274 -4886 -1244 2094 O \ ATOM 29900 CB THR I 381 17.308 -14.683-140.517 1.00108.26 C \ ANISOU29900 CB THR I 381 14502 17452 9178 -4105 -812 1350 C \ ATOM 29901 OG1 THR I 381 18.368 -15.614-140.269 1.00105.14 O \ ANISOU29901 OG1 THR I 381 13954 17306 8688 -3917 -611 1056 O \ ATOM 29902 CG2 THR I 381 16.651 -15.026-141.839 1.00105.75 C \ ANISOU29902 CG2 THR I 381 14305 17261 8615 -4313 -773 1468 C \ ATOM 29903 N GLY I 382 15.959 -12.098-139.617 1.00103.87 N \ ANISOU29903 N GLY I 382 14102 16236 9126 -4294 -1320 1834 N \ ATOM 29904 CA GLY I 382 14.913 -11.093-139.618 1.00107.07 C \ ANISOU29904 CA GLY I 382 14644 16330 9707 -4402 -1568 2086 C \ ATOM 29905 C GLY I 382 14.358 -10.871-138.231 1.00114.82 C \ ANISOU29905 C GLY I 382 15657 16978 10992 -4104 -1702 2002 C \ ATOM 29906 O GLY I 382 14.392 -11.775-137.393 1.00117.08 O \ ANISOU29906 O GLY I 382 15922 17253 11309 -3792 -1599 1763 O \ ATOM 29907 N PRO I 383 13.815 -9.668-137.991 1.00118.23 N \ ANISOU29907 N PRO I 383 16144 17133 11646 -4200 -1940 2196 N \ ATOM 29908 CA PRO I 383 13.292 -9.327-136.667 1.00115.58 C \ ANISOU29908 CA PRO I 383 15823 16487 11605 -3935 -2078 2110 C \ ATOM 29909 C PRO I 383 12.251 -10.315-136.184 1.00113.06 C \ ANISOU29909 C PRO I 383 15605 16059 11294 -3638 -2044 1969 C \ ATOM 29910 O PRO I 383 11.112 -10.313-136.646 1.00114.73 O \ ANISOU29910 O PRO I 383 15948 16147 11497 -3668 -2143 2092 O \ ATOM 29911 CB PRO I 383 12.646 -7.955-136.893 1.00115.00 C \ ANISOU29911 CB PRO I 383 15828 16147 11718 -4129 -2349 2375 C \ ATOM 29912 CG PRO I 383 13.367 -7.389-138.064 1.00119.84 C \ ANISOU29912 CG PRO I 383 16413 16955 12164 -4517 -2342 2583 C \ ATOM 29913 CD PRO I 383 13.643 -8.566-138.954 1.00120.66 C \ ANISOU29913 CD PRO I 383 16508 17399 11938 -4562 -2103 2505 C \ ATOM 29914 N GLY I 384 12.675 -11.194-135.285 1.00109.86 N \ ANISOU29914 N GLY I 384 15136 15715 10889 -3364 -1903 1714 N \ ATOM 29915 CA GLY I 384 11.774 -12.140-134.663 1.00109.69 C \ ANISOU29915 CA GLY I 384 15207 15585 10885 -3081 -1872 1570 C \ ATOM 29916 C GLY I 384 11.624 -13.437-135.427 1.00109.95 C \ ANISOU29916 C GLY I 384 15310 15813 10653 -3058 -1694 1495 C \ ATOM 29917 O GLY I 384 10.750 -14.244-135.101 1.00107.09 O \ ANISOU29917 O GLY I 384 15051 15360 10277 -2870 -1676 1409 O \ ATOM 29918 N VAL I 385 12.461 -13.659-136.437 1.00109.94 N \ ANISOU29918 N VAL I 385 15251 16086 10435 -3252 -1561 1518 N \ ATOM 29919 CA VAL I 385 12.344 -14.907-137.179 1.00110.65 C \ ANISOU29919 CA VAL I 385 15405 16365 10273 -3225 -1390 1423 C \ ATOM 29920 C VAL I 385 13.196 -16.027-136.602 1.00 94.37 C \ ANISOU29920 C VAL I 385 13267 14447 8141 -2979 -1204 1144 C \ ATOM 29921 O VAL I 385 14.409 -15.913-136.423 1.00 95.39 O \ ANISOU29921 O VAL I 385 13240 14743 8260 -2984 -1121 1049 O \ ATOM 29922 CB VAL I 385 12.608 -14.735-138.688 1.00 97.25 C \ ANISOU29922 CB VAL I 385 13705 14905 8339 -3556 -1335 1577 C \ ATOM 29923 CG1 VAL I 385 14.062 -14.492-138.971 1.00 99.19 C \ ANISOU29923 CG1 VAL I 385 13775 15420 8493 -3697 -1218 1529 C \ ATOM 29924 CG2 VAL I 385 12.151 -15.981-139.421 1.00 96.98 C \ ANISOU29924 CG2 VAL I 385 13773 15005 8071 -3516 -1197 1487 C \ ATOM 29925 N THR I 386 12.505 -17.094-136.239 1.00 96.18 N \ ANISOU29925 N THR I 386 13611 14593 8340 -2754 -1157 1014 N \ ATOM 29926 CA THR I 386 13.101 -18.186-135.506 1.00 91.93 C \ ANISOU29926 CA THR I 386 13040 14113 7777 -2477 -1026 758 C \ ATOM 29927 C THR I 386 12.816 -19.511-136.202 1.00 91.96 C \ ANISOU29927 C THR I 386 13151 14229 7560 -2422 -888 648 C \ ATOM 29928 O THR I 386 12.873 -20.573-135.587 1.00 91.00 O \ ANISOU29928 O THR I 386 13076 14073 7427 -2169 -815 456 O \ ATOM 29929 CB THR I 386 12.593 -18.202-134.063 1.00108.72 C \ ANISOU29929 CB THR I 386 15206 15984 10117 -2218 -1124 685 C \ ATOM 29930 OG1 THR I 386 11.162 -18.248-134.068 1.00108.46 O \ ANISOU29930 OG1 THR I 386 15333 15756 10122 -2214 -1226 784 O \ ATOM 29931 CG2 THR I 386 13.026 -16.935-133.346 1.00110.25 C \ ANISOU29931 CG2 THR I 386 15278 16086 10526 -2259 -1249 754 C \ ATOM 29932 N THR I 387 12.501 -19.438-137.491 1.00 93.20 N \ ANISOU29932 N THR I 387 13356 14513 7542 -2667 -862 775 N \ ATOM 29933 CA THR I 387 12.196 -20.634-138.263 1.00100.98 C \ ANISOU29933 CA THR I 387 14447 15613 8309 -2646 -737 674 C \ ATOM 29934 C THR I 387 13.479 -21.314-138.721 1.00103.35 C \ ANISOU29934 C THR I 387 14622 16206 8439 -2621 -547 477 C \ ATOM 29935 O THR I 387 14.548 -20.715-138.673 1.00 96.37 O \ ANISOU29935 O THR I 387 13563 15474 7579 -2692 -516 464 O \ ATOM 29936 CB THR I 387 11.317 -20.290-139.470 1.00103.01 C \ ANISOU29936 CB THR I 387 14803 15902 8434 -2923 -790 883 C \ ATOM 29937 OG1 THR I 387 11.902 -19.194-140.182 1.00108.92 O \ ANISOU29937 OG1 THR I 387 15439 16799 9145 -3211 -822 1055 O \ ATOM 29938 CG2 THR I 387 9.930 -19.884-139.009 1.00101.43 C \ ANISOU29938 CG2 THR I 387 14735 15413 8391 -2893 -969 1029 C \ ATOM 29939 N TYR I 388 13.367 -22.572-139.136 1.00102.65 N \ ANISOU29939 N TYR I 388 14620 16196 8187 -2514 -426 310 N \ ATOM 29940 CA TYR I 388 14.483 -23.315-139.727 1.00103.97 C \ ANISOU29940 CA TYR I 388 14675 16656 8172 -2487 -242 99 C \ ATOM 29941 C TYR I 388 15.455 -22.574-140.649 1.00103.87 C \ ANISOU29941 C TYR I 388 14477 16962 8028 -2764 -167 158 C \ ATOM 29942 O TYR I 388 15.045 -21.867-141.568 1.00102.00 O \ ANISOU29942 O TYR I 388 14264 16798 7694 -3067 -211 372 O \ ATOM 29943 CB TYR I 388 13.883 -24.477-140.525 1.00109.20 C \ ANISOU29943 CB TYR I 388 15491 17363 8637 -2471 -154 1 C \ ATOM 29944 CG TYR I 388 14.894 -25.397-141.156 1.00118.35 C \ ANISOU29944 CG TYR I 388 16555 18806 9605 -2411 33 -254 C \ ATOM 29945 CD1 TYR I 388 15.777 -26.128-140.382 1.00124.69 C \ ANISOU29945 CD1 TYR I 388 17279 19620 10477 -2113 101 -507 C \ ATOM 29946 CD2 TYR I 388 14.919 -25.581-142.532 1.00124.56 C \ ANISOU29946 CD2 TYR I 388 17337 19852 10140 -2642 136 -252 C \ ATOM 29947 CE1 TYR I 388 16.692 -26.976-140.962 1.00133.23 C \ ANISOU29947 CE1 TYR I 388 18264 20960 11397 -2037 263 -761 C \ ATOM 29948 CE2 TYR I 388 15.822 -26.438-143.121 1.00132.97 C \ ANISOU29948 CE2 TYR I 388 18305 21189 11027 -2579 311 -511 C \ ATOM 29949 CZ TYR I 388 16.709 -27.134-142.329 1.00137.45 C \ ANISOU29949 CZ TYR I 388 18784 21757 11683 -2267 373 -772 C \ ATOM 29950 OH TYR I 388 17.624 -27.987-142.901 1.00142.91 O \ ANISOU29950 OH TYR I 388 19366 22720 12214 -2180 539 -1054 O \ ATOM 29951 N LYS I 389 16.743 -22.708-140.317 1.00104.76 N \ ANISOU29951 N LYS I 389 14399 17255 8149 -2654 -68 -26 N \ ATOM 29952 CA LYS I 389 17.890 -22.215-141.091 1.00108.11 C \ ANISOU29952 CA LYS I 389 14610 18036 8432 -2877 40 -41 C \ ATOM 29953 C LYS I 389 18.206 -20.744-140.832 1.00103.66 C \ ANISOU29953 C LYS I 389 13934 17451 8001 -3092 -74 179 C \ ATOM 29954 O LYS I 389 19.198 -20.213-141.331 1.00105.84 O \ ANISOU29954 O LYS I 389 14022 18010 8182 -3293 1 185 O \ ATOM 29955 CB LYS I 389 17.719 -22.482-142.577 1.00115.21 C \ ANISOU29955 CB LYS I 389 15539 19190 9046 -3135 145 -10 C \ ATOM 29956 CG LYS I 389 18.007 -23.935-142.860 1.00121.46 C \ ANISOU29956 CG LYS I 389 16346 20114 9689 -2916 305 -318 C \ ATOM 29957 CD LYS I 389 19.478 -24.197-143.082 1.00131.64 C \ ANISOU29957 CD LYS I 389 17385 21759 10875 -2879 471 -559 C \ ATOM 29958 CE LYS I 389 19.780 -25.656-142.770 1.00139.95 C \ ANISOU29958 CE LYS I 389 18462 22804 11909 -2516 572 -898 C \ ATOM 29959 NZ LYS I 389 21.145 -25.870-142.220 1.00148.36 N \ ANISOU29959 NZ LYS I 389 19291 24049 13030 -2315 656 -1144 N \ ATOM 29960 N ALA I 390 17.324 -20.093-140.084 1.00111.28 N \ ANISOU29960 N ALA I 390 15017 18083 9180 -3058 -256 357 N \ ATOM 29961 CA ALA I 390 17.478 -18.700-139.665 1.00110.34 C \ ANISOU29961 CA ALA I 390 14823 17864 9236 -3219 -399 560 C \ ATOM 29962 C ALA I 390 18.620 -18.514-138.673 1.00113.28 C \ ANISOU29962 C ALA I 390 15007 18286 9750 -3058 -375 406 C \ ATOM 29963 O ALA I 390 18.904 -19.394-137.861 1.00110.05 O \ ANISOU29963 O ALA I 390 14583 17832 9398 -2737 -320 178 O \ ATOM 29964 CB ALA I 390 16.188 -18.181-139.072 1.00105.32 C \ ANISOU29964 CB ALA I 390 14361 16855 8799 -3177 -598 741 C \ ATOM 29965 N VAL I 391 19.258 -17.349-138.735 1.00115.15 N \ ANISOU29965 N VAL I 391 15106 18604 10041 -3290 -428 542 N \ ATOM 29966 CA VAL I 391 20.457 -17.086-137.955 1.00103.83 C \ ANISOU29966 CA VAL I 391 13465 17275 8712 -3195 -396 404 C \ ATOM 29967 C VAL I 391 20.315 -15.949-136.955 1.00107.18 C \ ANISOU29967 C VAL I 391 13881 17435 9406 -3201 -583 540 C \ ATOM 29968 O VAL I 391 19.646 -14.947-137.207 1.00102.85 O \ ANISOU29968 O VAL I 391 13422 16720 8936 -3424 -733 793 O \ ATOM 29969 CB VAL I 391 21.618 -16.708-138.899 1.00113.73 C \ ANISOU29969 CB VAL I 391 14511 18928 9775 -3488 -270 404 C \ ATOM 29970 CG1 VAL I 391 22.914 -16.517-138.120 1.00114.87 C \ ANISOU29970 CG1 VAL I 391 14417 19217 10012 -3384 -224 236 C \ ATOM 29971 CG2 VAL I 391 21.800 -17.766-139.963 1.00119.31 C \ ANISOU29971 CG2 VAL I 391 15205 19928 10199 -3505 -79 255 C \ ATOM 29972 N ILE I 392 20.911 -16.152-135.786 1.00102.48 N \ ANISOU29972 N ILE I 392 13187 16791 8961 -2936 -583 360 N \ ATOM 29973 CA ILE I 392 21.028 -15.102-134.792 1.00102.49 C \ ANISOU29973 CA ILE I 392 13138 16597 9206 -2935 -737 438 C \ ATOM 29974 C ILE I 392 22.479 -15.027-134.324 1.00106.57 C \ ANISOU29974 C ILE I 392 13407 17347 9739 -2886 -656 265 C \ ATOM 29975 O ILE I 392 23.233 -15.998-134.416 1.00107.71 O \ ANISOU29975 O ILE I 392 13442 17729 9755 -2727 -498 40 O \ ATOM 29976 CB ILE I 392 20.084 -15.307-133.591 1.00103.09 C \ ANISOU29976 CB ILE I 392 13362 16321 9488 -2642 -863 405 C \ ATOM 29977 CG1 ILE I 392 20.547 -16.499-132.747 1.00106.18 C \ ANISOU29977 CG1 ILE I 392 13713 16756 9876 -2277 -766 128 C \ ATOM 29978 CG2 ILE I 392 18.636 -15.450-134.058 1.00101.99 C \ ANISOU29978 CG2 ILE I 392 13450 15975 9325 -2681 -936 555 C \ ATOM 29979 CD1 ILE I 392 19.445 -17.201-132.014 1.00 95.29 C \ ANISOU29979 CD1 ILE I 392 12528 15103 8573 -2014 -827 86 C \ ATOM 29980 N GLN I 393 22.839 -13.870-133.787 1.00107.76 N \ ANISOU29980 N GLN I 393 13470 17415 10060 -3012 -776 364 N \ ATOM 29981 CA GLN I 393 24.151 -13.617-133.210 1.00109.86 C \ ANISOU29981 CA GLN I 393 13498 17868 10376 -2982 -732 222 C \ ATOM 29982 C GLN I 393 24.024 -13.237-131.752 1.00108.01 C \ ANISOU29982 C GLN I 393 13272 17366 10402 -2761 -875 171 C \ ATOM 29983 O GLN I 393 23.329 -12.278-131.407 1.00107.89 O \ ANISOU29983 O GLN I 393 13357 17076 10560 -2858 -1047 344 O \ ATOM 29984 CB GLN I 393 24.891 -12.517-133.983 1.00116.44 C \ ANISOU29984 CB GLN I 393 14189 18905 11147 -3393 -734 380 C \ ATOM 29985 CG GLN I 393 26.370 -12.349-133.623 1.00121.90 C \ ANISOU29985 CG GLN I 393 14600 19882 11834 -3408 -651 217 C \ ATOM 29986 CD GLN I 393 27.239 -13.511-134.055 1.00126.53 C \ ANISOU29986 CD GLN I 393 15026 20841 12208 -3272 -432 -38 C \ ATOM 29987 OE1 GLN I 393 26.825 -14.345-134.857 1.00133.08 O \ ANISOU29987 OE1 GLN I 393 15946 21759 12860 -3244 -327 -71 O \ ATOM 29988 NE2 GLN I 393 28.459 -13.566-133.529 1.00121.38 N \ ANISOU29988 NE2 GLN I 393 14128 20415 11577 -3184 -367 -230 N \ ATOM 29989 N TYR I 394 24.699 -13.997-130.898 1.00107.36 N \ ANISOU29989 N TYR I 394 13081 17367 10345 -2460 -808 -73 N \ ATOM 29990 CA TYR I 394 24.788 -13.627-129.501 1.00104.58 C \ ANISOU29990 CA TYR I 394 12699 16822 10215 -2267 -930 -141 C \ ATOM 29991 C TYR I 394 26.000 -12.752-129.340 1.00106.49 C \ ANISOU29991 C TYR I 394 12704 17251 10507 -2441 -937 -158 C \ ATOM 29992 O TYR I 394 27.033 -12.988-129.962 1.00112.32 O \ ANISOU29992 O TYR I 394 13256 18328 11091 -2541 -797 -247 O \ ATOM 29993 CB TYR I 394 24.988 -14.854-128.624 1.00 99.93 C \ ANISOU29993 CB TYR I 394 12106 16239 9623 -1867 -872 -385 C \ ATOM 29994 CG TYR I 394 23.762 -15.685-128.367 1.00117.15 C \ ANISOU29994 CG TYR I 394 14529 18177 11807 -1651 -901 -385 C \ ATOM 29995 CD1 TYR I 394 22.653 -15.155-127.724 1.00 95.80 C \ ANISOU29995 CD1 TYR I 394 11986 15149 9264 -1627 -1055 -263 C \ ATOM 29996 CD2 TYR I 394 23.730 -17.018-128.741 1.00115.86 C \ ANISOU29996 CD2 TYR I 394 14424 18112 11484 -1467 -776 -522 C \ ATOM 29997 CE1 TYR I 394 21.544 -15.929-127.480 1.00 93.87 C \ ANISOU29997 CE1 TYR I 394 11948 14708 9009 -1445 -1075 -269 C \ ATOM 29998 CE2 TYR I 394 22.630 -17.796-128.501 1.00 95.57 C \ ANISOU29998 CE2 TYR I 394 12078 15324 8910 -1288 -803 -520 C \ ATOM 29999 CZ TYR I 394 21.539 -17.249-127.871 1.00 93.75 C \ ANISOU29999 CZ TYR I 394 11997 14794 8829 -1285 -949 -390 C \ ATOM 30000 OH TYR I 394 20.441 -18.037-127.631 1.00102.59 O \ ANISOU30000 OH TYR I 394 13328 15719 9933 -1123 -970 -391 O \ ATOM 30001 N SER I 395 25.888 -11.759-128.474 1.00107.99 N \ ANISOU30001 N SER I 395 12892 17229 10911 -2472 -1097 -90 N \ ATOM 30002 CA SER I 395 27.045 -10.965-128.109 1.00118.04 C \ ANISOU30002 CA SER I 395 13941 18654 12256 -2604 -1118 -132 C \ ATOM 30003 C SER I 395 26.957 -10.581-126.641 1.00124.35 C \ ANISOU30003 C SER I 395 14739 19222 13286 -2397 -1261 -210 C \ ATOM 30004 O SER I 395 25.897 -10.678-126.031 1.00120.57 O \ ANISOU30004 O SER I 395 14443 18449 12919 -2227 -1361 -183 O \ ATOM 30005 CB SER I 395 27.181 -9.734-129.011 1.00121.87 C \ ANISOU30005 CB SER I 395 14399 19175 12731 -3046 -1172 103 C \ ATOM 30006 OG SER I 395 25.967 -9.013-129.090 1.00122.75 O \ ANISOU30006 OG SER I 395 14729 18940 12970 -3152 -1339 320 O \ ATOM 30007 N CYS I 396 28.073 -10.140-126.079 1.00133.68 N \ ANISOU30007 N CYS I 396 15706 20556 14529 -2423 -1268 -314 N \ ATOM 30008 CA CYS I 396 28.135 -9.759-124.676 1.00135.48 C \ ANISOU30008 CA CYS I 396 15906 20608 14962 -2241 -1397 -408 C \ ATOM 30009 C CYS I 396 28.181 -8.247-124.589 1.00136.75 C \ ANISOU30009 C CYS I 396 16043 20627 15289 -2537 -1550 -253 C \ ATOM 30010 O CYS I 396 28.481 -7.573-125.577 1.00132.99 O \ ANISOU30010 O CYS I 396 15523 20256 14751 -2883 -1536 -96 O \ ATOM 30011 CB CYS I 396 29.376 -10.361-124.008 1.00134.86 C \ ANISOU30011 CB CYS I 396 15599 20795 14845 -2036 -1314 -652 C \ ATOM 30012 SG CYS I 396 29.350 -12.167-123.795 1.00256.28 S \ ANISOU30012 SG CYS I 396 31018 36278 30078 -1615 -1182 -866 S \ ATOM 30013 N GLU I 397 27.860 -7.710-123.418 1.00142.40 N \ ANISOU30013 N GLU I 397 16796 21096 16213 -2411 -1702 -293 N \ ATOM 30014 CA GLU I 397 28.200 -6.327-123.168 1.00153.15 C \ ANISOU30014 CA GLU I 397 18088 22358 17744 -2661 -1844 -206 C \ ATOM 30015 C GLU I 397 29.710 -6.343-123.205 1.00166.15 C \ ANISOU30015 C GLU I 397 19462 24362 19305 -2752 -1742 -326 C \ ATOM 30016 O GLU I 397 30.374 -6.715-122.238 1.00169.31 O \ ANISOU30016 O GLU I 397 19725 24867 19738 -2526 -1727 -529 O \ ATOM 30017 CB GLU I 397 27.687 -5.859-121.810 1.00154.89 C \ ANISOU30017 CB GLU I 397 18370 22289 18192 -2472 -2011 -282 C \ ATOM 30018 CG GLU I 397 26.188 -5.703-121.718 1.00162.45 C \ ANISOU30018 CG GLU I 397 19572 22897 19253 -2397 -2126 -176 C \ ATOM 30019 CD GLU I 397 25.665 -6.133-120.362 1.00171.81 C \ ANISOU30019 CD GLU I 397 20811 23930 20538 -2050 -2183 -346 C \ ATOM 30020 OE1 GLU I 397 26.402 -5.974-119.365 1.00177.03 O \ ANISOU30020 OE1 GLU I 397 21333 24657 21275 -1947 -2214 -502 O \ ATOM 30021 OE2 GLU I 397 24.531 -6.650-120.299 1.00173.58 O \ ANISOU30021 OE2 GLU I 397 21211 23987 20753 -1890 -2193 -324 O \ ATOM 30022 N GLU I 398 30.244 -5.923-124.346 1.00176.16 N \ ANISOU30022 N GLU I 398 20649 25828 20455 -3097 -1676 -195 N \ ATOM 30023 CA GLU I 398 31.628 -6.215-124.691 1.00185.12 C \ ANISOU30023 CA GLU I 398 21516 27384 21437 -3186 -1525 -317 C \ ATOM 30024 C GLU I 398 32.615 -5.317-123.969 1.00181.26 C \ ANISOU30024 C GLU I 398 20828 26965 21078 -3310 -1606 -382 C \ ATOM 30025 O GLU I 398 33.803 -5.623-123.867 1.00187.02 O \ ANISOU30025 O GLU I 398 21306 28034 21718 -3294 -1499 -544 O \ ATOM 30026 CB GLU I 398 31.850 -6.209-126.209 1.00195.75 C \ ANISOU30026 CB GLU I 398 22834 28970 22571 -3513 -1400 -171 C \ ATOM 30027 CG GLU I 398 33.143 -6.867-126.656 1.00204.55 C \ ANISOU30027 CG GLU I 398 23675 30564 23481 -3530 -1201 -343 C \ ATOM 30028 CD GLU I 398 33.310 -6.842-128.160 1.00212.45 C \ ANISOU30028 CD GLU I 398 24649 31816 24255 -3869 -1074 -203 C \ ATOM 30029 OE1 GLU I 398 32.307 -6.599-128.864 1.00213.50 O \ ANISOU30029 OE1 GLU I 398 25007 31744 24368 -4018 -1127 14 O \ ATOM 30030 OE2 GLU I 398 34.442 -7.063-128.637 1.00217.42 O \ ANISOU30030 OE2 GLU I 398 25026 32863 24721 -3990 -923 -315 O \ ATOM 30031 N THR I 399 32.098 -4.226-123.427 1.00166.71 N \ ANISOU30031 N THR I 399 19096 24792 19453 -3416 -1802 -271 N \ ATOM 30032 CA THR I 399 32.925 -3.285-122.706 1.00155.01 C \ ANISOU30032 CA THR I 399 17454 23326 18115 -3548 -1904 -325 C \ ATOM 30033 C THR I 399 33.478 -3.944-121.458 1.00140.38 C \ ANISOU30033 C THR I 399 15459 21577 16301 -3185 -1880 -598 C \ ATOM 30034 O THR I 399 34.643 -3.756-121.121 1.00115.46 O \ ANISOU30034 O THR I 399 12061 18672 13136 -3245 -1851 -722 O \ ATOM 30035 CB THR I 399 32.146 -2.010-122.338 1.00153.92 C \ ANISOU30035 CB THR I 399 17489 22769 18223 -3702 -2136 -167 C \ ATOM 30036 OG1 THR I 399 30.904 -2.370-121.722 1.00153.43 O \ ANISOU30036 OG1 THR I 399 17641 22389 18267 -3395 -2216 -192 O \ ATOM 30037 CG2 THR I 399 31.865 -1.179-123.583 1.00154.34 C \ ANISOU30037 CG2 THR I 399 17648 22750 18246 -4123 -2185 119 C \ ATOM 30038 N PHE I 400 32.673 -4.790-120.821 1.00130.17 N \ ANISOU30038 N PHE I 400 14310 20121 15029 -2815 -1886 -690 N \ ATOM 30039 CA PHE I 400 33.054 -5.315-119.520 1.00124.79 C \ ANISOU30039 CA PHE I 400 13533 19479 14403 -2475 -1904 -923 C \ ATOM 30040 C PHE I 400 33.161 -6.838-119.457 1.00117.80 C \ ANISOU30040 C PHE I 400 12628 18777 13354 -2128 -1759 -1081 C \ ATOM 30041 O PHE I 400 33.681 -7.402-118.495 1.00112.43 O \ ANISOU30041 O PHE I 400 11840 18197 12683 -1852 -1759 -1277 O \ ATOM 30042 CB PHE I 400 32.051 -4.826-118.469 1.00108.19 C \ ANISOU30042 CB PHE I 400 11611 16989 12508 -2332 -2084 -917 C \ ATOM 30043 CG PHE I 400 32.209 -3.390-118.084 1.00109.54 C \ ANISOU30043 CG PHE I 400 11750 16992 12879 -2581 -2252 -857 C \ ATOM 30044 CD1 PHE I 400 33.308 -2.949-117.373 1.00130.98 C \ ANISOU30044 CD1 PHE I 400 14246 19867 15654 -2621 -2288 -993 C \ ATOM 30045 CD2 PHE I 400 31.232 -2.474-118.442 1.00109.35 C \ ANISOU30045 CD2 PHE I 400 11921 16637 12989 -2771 -2387 -665 C \ ATOM 30046 CE1 PHE I 400 33.428 -1.617-117.026 1.00130.73 C \ ANISOU30046 CE1 PHE I 400 14199 19660 15813 -2859 -2451 -940 C \ ATOM 30047 CE2 PHE I 400 31.344 -1.146-118.101 1.00132.04 C \ ANISOU30047 CE2 PHE I 400 14784 19324 16063 -2994 -2558 -611 C \ ATOM 30048 CZ PHE I 400 32.443 -0.714-117.394 1.00132.45 C \ ANISOU30048 CZ PHE I 400 14624 19528 16172 -3044 -2589 -750 C \ ATOM 30049 N TYR I 401 32.673 -7.484-120.506 1.00118.77 N \ ANISOU30049 N TYR I 401 12861 18939 13326 -2151 -1646 -992 N \ ATOM 30050 CA TYR I 401 32.664 -8.936-120.635 1.00121.49 C \ ANISOU30050 CA TYR I 401 13222 19425 13513 -1848 -1511 -1122 C \ ATOM 30051 C TYR I 401 33.286 -9.398-121.936 1.00129.66 C \ ANISOU30051 C TYR I 401 14137 20787 14340 -2002 -1333 -1117 C \ ATOM 30052 O TYR I 401 33.265 -8.679-122.934 1.00139.35 O \ ANISOU30052 O TYR I 401 15366 22059 15523 -2356 -1313 -945 O \ ATOM 30053 CB TYR I 401 31.234 -9.471-120.585 1.00116.82 C \ ANISOU30053 CB TYR I 401 12923 18530 12933 -1673 -1545 -1044 C \ ATOM 30054 CG TYR I 401 30.529 -9.354-119.258 1.00114.24 C \ ANISOU30054 CG TYR I 401 12721 17916 12769 -1448 -1691 -1092 C \ ATOM 30055 CD1 TYR I 401 29.962 -8.156-118.845 1.00102.63 C \ ANISOU30055 CD1 TYR I 401 11328 16181 11484 -1604 -1850 -985 C \ ATOM 30056 CD2 TYR I 401 30.413 -10.458-118.426 1.00101.50 C \ ANISOU30056 CD2 TYR I 401 11152 16296 11118 -1081 -1674 -1247 C \ ATOM 30057 CE1 TYR I 401 29.306 -8.062-117.636 1.00100.98 C \ ANISOU30057 CE1 TYR I 401 11221 15736 11412 -1398 -1973 -1051 C \ ATOM 30058 CE2 TYR I 401 29.761 -10.375-117.217 1.00120.65 C \ ANISOU30058 CE2 TYR I 401 13687 18487 13666 -893 -1799 -1291 C \ ATOM 30059 CZ TYR I 401 29.210 -9.176-116.826 1.00114.46 C \ ANISOU30059 CZ TYR I 401 12962 17470 13058 -1051 -1941 -1202 C \ ATOM 30060 OH TYR I 401 28.561 -9.104-115.615 1.00104.15 O \ ANISOU30060 OH TYR I 401 11752 15957 11862 -862 -2057 -1268 O \ ATOM 30061 N THR I 402 33.871 -10.584-121.927 1.00128.06 N \ ANISOU30061 N THR I 402 13826 20823 14007 -1741 -1210 -1309 N \ ATOM 30062 CA THR I 402 34.259 -11.178-123.189 1.00132.16 C \ ANISOU30062 CA THR I 402 14265 21631 14319 -1842 -1033 -1324 C \ ATOM 30063 C THR I 402 33.641 -12.574-123.278 1.00128.21 C \ ANISOU30063 C THR I 402 13926 21066 13721 -1511 -962 -1412 C \ ATOM 30064 O THR I 402 33.548 -13.307-122.283 1.00123.38 O \ ANISOU30064 O THR I 402 13361 20351 13166 -1158 -1011 -1550 O \ ATOM 30065 CB THR I 402 35.790 -11.220-123.386 1.00139.80 C \ ANISOU30065 CB THR I 402 14886 23037 15195 -1909 -926 -1494 C \ ATOM 30066 OG1 THR I 402 36.095 -11.857-124.631 1.00144.26 O \ ANISOU30066 OG1 THR I 402 15376 23892 15545 -1994 -746 -1528 O \ ATOM 30067 CG2 THR I 402 36.466 -11.976-122.249 1.00139.31 C \ ANISOU30067 CG2 THR I 402 14689 23061 15182 -1519 -949 -1745 C \ ATOM 30068 N MET I 403 33.157 -12.897-124.473 1.00129.54 N \ ANISOU30068 N MET I 403 14199 21278 13744 -1645 -858 -1316 N \ ATOM 30069 CA MET I 403 32.568 -14.195-124.765 1.00132.68 C \ ANISOU30069 CA MET I 403 14754 21628 14030 -1385 -779 -1388 C \ ATOM 30070 C MET I 403 33.667 -15.242-124.830 1.00137.14 C \ ANISOU30070 C MET I 403 15105 22524 14477 -1153 -652 -1651 C \ ATOM 30071 O MET I 403 34.682 -15.020-125.483 1.00144.65 O \ ANISOU30071 O MET I 403 15807 23825 15327 -1331 -546 -1720 O \ ATOM 30072 CB MET I 403 31.804 -14.158-126.093 1.00137.58 C \ ANISOU30072 CB MET I 403 15526 22229 14518 -1630 -706 -1213 C \ ATOM 30073 CG MET I 403 31.041 -15.435-126.437 1.00138.57 C \ ANISOU30073 CG MET I 403 15848 22267 14537 -1392 -636 -1268 C \ ATOM 30074 SD MET I 403 29.711 -15.147-127.629 1.00162.11 S \ ANISOU30074 SD MET I 403 19087 25074 17432 -1669 -630 -1004 S \ ATOM 30075 CE MET I 403 28.485 -14.326-126.621 1.00103.32 C \ ANISOU30075 CE MET I 403 11869 17165 10222 -1651 -846 -823 C \ ATOM 30076 N LYS I 404 33.484 -16.376-124.170 1.00134.55 N \ ANISOU30076 N LYS I 404 14867 22096 14159 -762 -667 -1801 N \ ATOM 30077 CA LYS I 404 34.483 -17.436-124.242 1.00138.33 C \ ANISOU30077 CA LYS I 404 15158 22862 14539 -508 -564 -2061 C \ ATOM 30078 C LYS I 404 33.891 -18.687-124.872 1.00137.41 C \ ANISOU30078 C LYS I 404 15220 22693 14296 -321 -478 -2120 C \ ATOM 30079 O LYS I 404 32.674 -18.886-124.872 1.00124.40 O \ ANISOU30079 O LYS I 404 13859 20741 12665 -298 -527 -1981 O \ ATOM 30080 CB LYS I 404 35.079 -17.747-122.865 1.00139.58 C \ ANISOU30080 CB LYS I 404 15220 22994 14819 -185 -670 -2226 C \ ATOM 30081 CG LYS I 404 35.783 -16.567-122.199 1.00142.23 C \ ANISOU30081 CG LYS I 404 15354 23410 15276 -354 -754 -2203 C \ ATOM 30082 CD LYS I 404 37.302 -16.681-122.395 1.00148.12 C \ ANISOU30082 CD LYS I 404 15733 24590 15955 -341 -663 -2415 C \ ATOM 30083 CE LYS I 404 38.025 -15.368-122.110 1.00149.83 C \ ANISOU30083 CE LYS I 404 15732 24942 16255 -629 -713 -2365 C \ ATOM 30084 NZ LYS I 404 39.497 -15.454-122.350 1.00151.93 N \ ANISOU30084 NZ LYS I 404 15621 25661 16444 -643 -616 -2573 N \ ATOM 30085 N VAL I 405 34.776 -19.524-125.405 1.00150.70 N \ ANISOU30085 N VAL I 405 16720 24684 15854 -186 -352 -2339 N \ ATOM 30086 CA VAL I 405 34.414 -20.841-125.925 1.00160.70 C \ ANISOU30086 CA VAL I 405 18126 25925 17009 44 -274 -2455 C \ ATOM 30087 C VAL I 405 33.529 -20.816-127.191 1.00168.68 C \ ANISOU30087 C VAL I 405 19310 26901 17881 -211 -178 -2302 C \ ATOM 30088 O VAL I 405 33.316 -21.853-127.822 1.00172.97 O \ ANISOU30088 O VAL I 405 19939 27475 18305 -72 -90 -2410 O \ ATOM 30089 CB VAL I 405 33.821 -21.770-124.811 1.00170.91 C \ ANISOU30089 CB VAL I 405 19647 26888 18403 438 -401 -2506 C \ ATOM 30090 CG1 VAL I 405 33.859 -23.232-125.227 1.00172.58 C \ ANISOU30090 CG1 VAL I 405 19930 27132 18512 729 -329 -2697 C \ ATOM 30091 CG2 VAL I 405 34.586 -21.596-123.502 1.00170.83 C \ ANISOU30091 CG2 VAL I 405 19485 26889 18532 640 -520 -2608 C \ ATOM 30092 N ASN I 406 33.039 -19.645-127.594 1.00169.37 N \ ANISOU30092 N ASN I 406 19444 26927 17981 -585 -201 -2057 N \ ATOM 30093 CA ASN I 406 32.266 -19.567-128.838 1.00165.84 C \ ANISOU30093 CA ASN I 406 19143 26476 17391 -846 -119 -1904 C \ ATOM 30094 C ASN I 406 32.336 -18.212-129.544 1.00159.38 C \ ANISOU30094 C ASN I 406 18241 25775 16543 -1310 -108 -1688 C \ ATOM 30095 O ASN I 406 32.746 -17.214-128.949 1.00155.14 O \ ANISOU30095 O ASN I 406 17588 25228 16130 -1440 -195 -1616 O \ ATOM 30096 CB ASN I 406 30.796 -19.888-128.566 1.00162.01 C \ ANISOU30096 CB ASN I 406 19010 25580 16965 -749 -214 -1754 C \ ATOM 30097 CG ASN I 406 30.098 -20.480-129.770 1.00161.62 C \ ANISOU30097 CG ASN I 406 19117 25549 16741 -844 -110 -1712 C \ ATOM 30098 OD1 ASN I 406 29.657 -19.759-130.667 1.00161.79 O \ ANISOU30098 OD1 ASN I 406 19183 25602 16687 -1185 -84 -1518 O \ ATOM 30099 ND2 ASN I 406 30.002 -21.803-129.804 1.00161.75 N \ ANISOU30099 ND2 ASN I 406 19221 25543 16692 -546 -58 -1893 N \ ATOM 30100 N ASP I 407 31.982 -18.192-130.827 1.00156.60 N \ ANISOU30100 N ASP I 407 17944 25542 16016 -1565 -5 -1589 N \ ATOM 30101 CA ASP I 407 31.801 -16.934-131.551 1.00153.51 C \ ANISOU30101 CA ASP I 407 17545 25193 15589 -2021 -23 -1332 C \ ATOM 30102 C ASP I 407 30.390 -16.326-131.563 1.00142.98 C \ ANISOU30102 C ASP I 407 16512 23467 14346 -2164 -161 -1043 C \ ATOM 30103 O ASP I 407 30.192 -15.229-132.085 1.00143.03 O \ ANISOU30103 O ASP I 407 16533 23460 14350 -2530 -210 -813 O \ ATOM 30104 CB ASP I 407 32.303 -17.109-132.979 1.00161.39 C \ ANISOU30104 CB ASP I 407 18406 26585 16329 -2272 161 -1370 C \ ATOM 30105 CG ASP I 407 31.327 -17.914-133.834 1.00163.49 C \ ANISOU30105 CG ASP I 407 18902 26765 16452 -2243 223 -1336 C \ ATOM 30106 OD1 ASP I 407 30.547 -18.705-133.259 1.00158.80 O \ ANISOU30106 OD1 ASP I 407 18518 25876 15941 -1930 161 -1384 O \ ATOM 30107 OD2 ASP I 407 31.345 -17.768-135.075 1.00168.65 O \ ANISOU30107 OD2 ASP I 407 19525 27654 16901 -2542 333 -1263 O \ ATOM 30108 N GLY I 408 29.412 -17.043-131.024 1.00133.81 N \ ANISOU30108 N GLY I 408 15588 21996 13259 -1884 -227 -1056 N \ ATOM 30109 CA GLY I 408 28.081 -16.491-130.829 1.00126.07 C \ ANISOU30109 CA GLY I 408 14870 20638 12392 -1966 -372 -816 C \ ATOM 30110 C GLY I 408 27.091 -16.621-131.979 1.00118.57 C \ ANISOU30110 C GLY I 408 14114 19635 11301 -2156 -337 -652 C \ ATOM 30111 O GLY I 408 25.960 -16.147-131.870 1.00113.13 O \ ANISOU30111 O GLY I 408 13632 18644 10707 -2227 -463 -454 O \ ATOM 30112 N LYS I 409 27.503 -17.232-133.089 1.00116.30 N \ ANISOU30112 N LYS I 409 13751 19651 10787 -2242 -171 -739 N \ ATOM 30113 CA LYS I 409 26.598 -17.455-134.223 1.00112.06 C \ ANISOU30113 CA LYS I 409 13393 19093 10091 -2415 -129 -603 C \ ATOM 30114 C LYS I 409 25.761 -18.715-134.076 1.00113.17 C \ ANISOU30114 C LYS I 409 13742 19053 10205 -2110 -111 -712 C \ ATOM 30115 O LYS I 409 26.305 -19.819-134.074 1.00106.57 O \ ANISOU30115 O LYS I 409 12839 18370 9284 -1866 3 -962 O \ ATOM 30116 CB LYS I 409 27.392 -17.537-135.534 1.00117.83 C \ ANISOU30116 CB LYS I 409 13950 20253 10567 -2671 46 -652 C \ ATOM 30117 CG LYS I 409 26.512 -17.410-136.788 1.00117.26 C \ ANISOU30117 CG LYS I 409 14044 20184 10324 -2957 67 -450 C \ ATOM 30118 CD LYS I 409 27.305 -17.549-138.086 1.00121.21 C \ ANISOU30118 CD LYS I 409 14368 21142 10545 -3214 252 -516 C \ ATOM 30119 CE LYS I 409 26.397 -17.416-139.309 1.00120.85 C \ ANISOU30119 CE LYS I 409 14499 21098 10321 -3504 260 -304 C \ ATOM 30120 NZ LYS I 409 27.137 -17.507-140.602 1.00123.83 N \ ANISOU30120 NZ LYS I 409 14707 21941 10403 -3787 441 -358 N \ ATOM 30121 N TYR I 410 24.450 -18.569-133.925 1.00115.26 N \ ANISOU30121 N TYR I 410 14256 18989 10550 -2116 -229 -535 N \ ATOM 30122 CA TYR I 410 23.620 -19.755-133.815 1.00102.16 C \ ANISOU30122 CA TYR I 410 12801 17162 8855 -1859 -213 -626 C \ ATOM 30123 C TYR I 410 22.633 -19.759-134.976 1.00102.14 C \ ANISOU30123 C TYR I 410 12968 17134 8705 -2088 -196 -456 C \ ATOM 30124 O TYR I 410 22.196 -18.706-135.432 1.00102.33 O \ ANISOU30124 O TYR I 410 13027 17108 8747 -2385 -276 -213 O \ ATOM 30125 CB TYR I 410 22.888 -19.823-132.475 1.00 99.56 C \ ANISOU30125 CB TYR I 410 12619 16472 8738 -1606 -360 -610 C \ ATOM 30126 CG TYR I 410 23.755 -20.305-131.336 1.00108.17 C \ ANISOU30126 CG TYR I 410 13588 17582 9929 -1295 -361 -828 C \ ATOM 30127 CD1 TYR I 410 24.841 -19.553-130.913 1.00110.40 C \ ANISOU30127 CD1 TYR I 410 13636 18020 10291 -1350 -373 -868 C \ ATOM 30128 CD2 TYR I 410 23.519 -21.524-130.715 1.00109.57 C \ ANISOU30128 CD2 TYR I 410 13883 17633 10114 -957 -356 -992 C \ ATOM 30129 CE1 TYR I 410 25.643 -19.973-129.879 1.00110.25 C \ ANISOU30129 CE1 TYR I 410 13498 18031 10361 -1068 -384 -1063 C \ ATOM 30130 CE2 TYR I 410 24.326 -21.961-129.680 1.00111.35 C \ ANISOU30130 CE2 TYR I 410 14003 17877 10428 -674 -374 -1179 C \ ATOM 30131 CZ TYR I 410 25.388 -21.179-129.266 1.00108.46 C \ ANISOU30131 CZ TYR I 410 13396 17672 10141 -726 -388 -1216 C \ ATOM 30132 OH TYR I 410 26.197 -21.601-128.236 1.00101.33 O \ ANISOU30132 OH TYR I 410 12380 16797 9324 -444 -415 -1400 O \ ATOM 30133 N VAL I 411 22.265 -20.948-135.431 1.00101.98 N \ ANISOU30133 N VAL I 411 13064 17135 8548 -1946 -105 -582 N \ ATOM 30134 CA VAL I 411 21.336 -21.101-136.540 1.00115.58 C \ ANISOU30134 CA VAL I 411 14950 18852 10113 -2141 -81 -450 C \ ATOM 30135 C VAL I 411 20.267 -22.117-136.175 1.00119.26 C \ ANISOU30135 C VAL I 411 15656 19053 10603 -1900 -117 -502 C \ ATOM 30136 O VAL I 411 20.494 -23.014-135.350 1.00120.88 O \ ANISOU30136 O VAL I 411 15883 19174 10873 -1577 -104 -699 O \ ATOM 30137 CB VAL I 411 22.042 -21.574-137.823 1.00114.85 C \ ANISOU30137 CB VAL I 411 14737 19142 9758 -2288 103 -569 C \ ATOM 30138 CG1 VAL I 411 22.279 -23.076-137.796 1.00117.85 C \ ANISOU30138 CG1 VAL I 411 15145 19580 10051 -1975 218 -863 C \ ATOM 30139 CG2 VAL I 411 21.214 -21.206-139.041 1.00112.85 C \ ANISOU30139 CG2 VAL I 411 14607 18927 9345 -2616 100 -351 C \ ATOM 30140 N CYS I 412 19.085 -21.949-136.752 1.00 99.15 N \ ANISOU30140 N CYS I 412 13294 16368 8009 -2063 -175 -314 N \ ATOM 30141 CA CYS I 412 18.031 -22.908-136.507 1.00105.81 C \ ANISOU30141 CA CYS I 412 14365 16984 8854 -1874 -202 -355 C \ ATOM 30142 C CYS I 412 18.264 -24.189-137.284 1.00106.15 C \ ANISOU30142 C CYS I 412 14442 17200 8691 -1786 -49 -560 C \ ATOM 30143 O CYS I 412 18.277 -24.196-138.510 1.00106.16 O \ ANISOU30143 O CYS I 412 14427 17414 8495 -2010 40 -528 O \ ATOM 30144 CB CYS I 412 16.677 -22.308-136.874 1.00 96.26 C \ ANISOU30144 CB CYS I 412 13327 15583 7663 -2073 -321 -97 C \ ATOM 30145 SG CYS I 412 15.268 -23.239-136.294 1.00125.14 S \ ANISOU30145 SG CYS I 412 17251 18924 11373 -1859 -391 -114 S \ ATOM 30146 N GLU I 413 18.480 -25.270-136.549 1.00112.21 N \ ANISOU30146 N GLU I 413 15256 17876 9503 -1458 -24 -777 N \ ATOM 30147 CA GLU I 413 18.772 -26.546-137.176 1.00120.83 C \ ANISOU30147 CA GLU I 413 16380 19104 10427 -1330 109 -1007 C \ ATOM 30148 C GLU I 413 17.484 -27.340-137.371 1.00112.97 C \ ANISOU30148 C GLU I 413 15656 17887 9379 -1292 75 -970 C \ ATOM 30149 O GLU I 413 16.430 -26.977-136.845 1.00112.82 O \ ANISOU30149 O GLU I 413 15785 17609 9471 -1319 -51 -791 O \ ATOM 30150 CB GLU I 413 19.789 -27.334-136.361 1.00133.33 C \ ANISOU30150 CB GLU I 413 17864 20715 12081 -994 145 -1274 C \ ATOM 30151 CG GLU I 413 20.422 -28.435-137.179 1.00144.31 C \ ANISOU30151 CG GLU I 413 19209 22329 13294 -894 296 -1537 C \ ATOM 30152 CD GLU I 413 21.380 -27.861-138.209 1.00154.66 C \ ANISOU30152 CD GLU I 413 20270 24044 14451 -1131 427 -1575 C \ ATOM 30153 OE1 GLU I 413 22.413 -27.279-137.813 1.00161.81 O \ ANISOU30153 OE1 GLU I 413 20944 25110 15426 -1120 440 -1621 O \ ATOM 30154 OE2 GLU I 413 21.078 -27.952-139.417 1.00155.32 O \ ANISOU30154 OE2 GLU I 413 20386 24294 14336 -1351 515 -1548 O \ ATOM 30155 N ALA I 414 17.580 -28.419-138.138 1.00107.90 N \ ANISOU30155 N ALA I 414 15071 17359 8568 -1234 188 -1152 N \ ATOM 30156 CA ALA I 414 16.442 -29.247-138.482 1.00108.33 C \ ANISOU30156 CA ALA I 414 15375 17242 8543 -1223 173 -1140 C \ ATOM 30157 C ALA I 414 15.811 -29.965-137.290 1.00103.94 C \ ANISOU30157 C ALA I 414 15010 16347 8136 -952 69 -1174 C \ ATOM 30158 O ALA I 414 14.677 -30.440-137.402 1.00 95.66 O \ ANISOU30158 O ALA I 414 14179 15115 7054 -979 24 -1106 O \ ATOM 30159 CB ALA I 414 16.868 -30.278-139.533 1.00119.30 C \ ANISOU30159 CB ALA I 414 16761 18846 9720 -1200 323 -1371 C \ ATOM 30160 N ASP I 415 16.476 -30.002-136.143 1.00109.19 N \ ANISOU30160 N ASP I 415 15598 16929 8959 -715 22 -1261 N \ ATOM 30161 CA ASP I 415 15.926 -30.704-134.982 1.00118.19 C \ ANISOU30161 CA ASP I 415 16920 17763 10223 -469 -79 -1289 C \ ATOM 30162 C ASP I 415 15.219 -29.754-134.024 1.00114.83 C \ ANISOU30162 C ASP I 415 16524 17142 9965 -525 -217 -1071 C \ ATOM 30163 O ASP I 415 14.868 -30.130-132.907 1.00115.43 O \ ANISOU30163 O ASP I 415 16712 16993 10155 -338 -306 -1080 O \ ATOM 30164 CB ASP I 415 17.000 -31.506-134.231 1.00132.41 C \ ANISOU30164 CB ASP I 415 18655 19564 12089 -143 -66 -1529 C \ ATOM 30165 CG ASP I 415 18.350 -30.818-134.199 1.00145.63 C \ ANISOU30165 CG ASP I 415 20036 21496 13800 -136 -14 -1607 C \ ATOM 30166 OD1 ASP I 415 18.400 -29.655-133.743 1.00146.08 O \ ANISOU30166 OD1 ASP I 415 19981 21559 13964 -257 -75 -1444 O \ ATOM 30167 OD2 ASP I 415 19.361 -31.435-134.594 1.00154.08 O \ ANISOU30167 OD2 ASP I 415 20985 22761 14799 -5 83 -1838 O \ ATOM 30168 N GLY I 416 14.982 -28.526-134.466 1.00116.67 N \ ANISOU30168 N GLY I 416 16662 17457 10209 -787 -240 -877 N \ ATOM 30169 CA GLY I 416 14.258 -27.579-133.638 1.00120.02 C \ ANISOU30169 CA GLY I 416 17110 17695 10796 -844 -376 -683 C \ ATOM 30170 C GLY I 416 15.131 -26.859-132.628 1.00121.35 C \ ANISOU30170 C GLY I 416 17103 17875 11130 -741 -428 -702 C \ ATOM 30171 O GLY I 416 14.631 -26.230-131.692 1.00120.33 O \ ANISOU30171 O GLY I 416 16993 17572 11154 -719 -544 -594 O \ ATOM 30172 N PHE I 417 16.442 -26.964-132.804 1.00118.77 N \ ANISOU30172 N PHE I 417 16595 17764 10769 -674 -340 -853 N \ ATOM 30173 CA PHE I 417 17.366 -26.399-131.835 1.00113.37 C \ ANISOU30173 CA PHE I 417 15735 17108 10231 -559 -384 -899 C \ ATOM 30174 C PHE I 417 18.185 -25.284-132.435 1.00116.36 C \ ANISOU30174 C PHE I 417 15886 17727 10600 -783 -344 -835 C \ ATOM 30175 O PHE I 417 18.639 -25.376-133.575 1.00118.08 O \ ANISOU30175 O PHE I 417 16023 18182 10659 -929 -229 -874 O \ ATOM 30176 CB PHE I 417 18.328 -27.469-131.320 1.00110.72 C \ ANISOU30176 CB PHE I 417 15357 16821 9891 -255 -335 -1149 C \ ATOM 30177 CG PHE I 417 17.716 -28.437-130.379 1.00107.21 C \ ANISOU30177 CG PHE I 417 15120 16116 9498 -12 -410 -1203 C \ ATOM 30178 CD1 PHE I 417 17.102 -29.577-130.856 1.00109.60 C \ ANISOU30178 CD1 PHE I 417 15625 16331 9686 47 -373 -1267 C \ ATOM 30179 CD2 PHE I 417 17.816 -28.251-129.017 1.00105.55 C \ ANISOU30179 CD2 PHE I 417 14902 15761 9441 155 -517 -1198 C \ ATOM 30180 CE1 PHE I 417 16.546 -30.487-129.993 1.00110.16 C \ ANISOU30180 CE1 PHE I 417 15899 16160 9797 249 -447 -1305 C \ ATOM 30181 CE2 PHE I 417 17.268 -29.163-128.146 1.00107.02 C \ ANISOU30181 CE2 PHE I 417 15284 15721 9657 359 -587 -1238 C \ ATOM 30182 CZ PHE I 417 16.630 -30.285-128.636 1.00108.49 C \ ANISOU30182 CZ PHE I 417 15682 15810 9730 402 -554 -1285 C \ ATOM 30183 N TRP I 418 18.407 -24.244-131.649 1.00 92.63 N \ ANISOU30183 N TRP I 418 12773 14667 7757 -816 -438 -744 N \ ATOM 30184 CA TRP I 418 19.384 -23.249-132.027 1.00 94.17 C \ ANISOU30184 CA TRP I 418 12736 15086 7957 -1001 -406 -709 C \ ATOM 30185 C TRP I 418 20.720 -23.890-131.767 1.00120.37 C \ ANISOU30185 C TRP I 418 15884 18603 11247 -795 -316 -953 C \ ATOM 30186 O TRP I 418 20.987 -24.325-130.650 1.00123.46 O \ ANISOU30186 O TRP I 418 16279 18883 11748 -528 -369 -1068 O \ ATOM 30187 CB TRP I 418 19.224 -21.989-131.202 1.00119.50 C \ ANISOU30187 CB TRP I 418 15890 18154 11361 -1081 -545 -558 C \ ATOM 30188 CG TRP I 418 18.005 -21.243-131.504 1.00114.88 C \ ANISOU30188 CG TRP I 418 15440 17392 10818 -1284 -645 -327 C \ ATOM 30189 CD1 TRP I 418 16.874 -21.192-130.758 1.00114.46 C \ ANISOU30189 CD1 TRP I 418 15546 17063 10880 -1199 -762 -249 C \ ATOM 30190 CD2 TRP I 418 17.818 -20.339-132.588 1.00 93.08 C \ ANISOU30190 CD2 TRP I 418 12650 14722 7994 -1613 -652 -138 C \ ATOM 30191 NE1 TRP I 418 15.962 -20.353-131.344 1.00112.74 N \ ANISOU30191 NE1 TRP I 418 15398 16755 10682 -1436 -843 -36 N \ ATOM 30192 CE2 TRP I 418 16.524 -19.808-132.467 1.00113.96 C \ ANISOU30192 CE2 TRP I 418 15447 17120 10731 -1694 -785 46 C \ ATOM 30193 CE3 TRP I 418 18.611 -19.947-133.669 1.00117.42 C \ ANISOU30193 CE3 TRP I 418 15591 18081 10941 -1854 -560 -106 C \ ATOM 30194 CZ2 TRP I 418 16.003 -18.901-133.382 1.00118.40 C \ ANISOU30194 CZ2 TRP I 418 16037 17683 11268 -1992 -845 267 C \ ATOM 30195 CZ3 TRP I 418 18.091 -19.041-134.578 1.00119.15 C \ ANISOU30195 CZ3 TRP I 418 15846 18307 11120 -2174 -615 127 C \ ATOM 30196 CH2 TRP I 418 16.800 -18.531-134.428 1.00119.99 C \ ANISOU30196 CH2 TRP I 418 16116 18142 11333 -2233 -763 314 C \ ATOM 30197 N THR I 419 21.567 -23.951-132.779 1.00116.40 N \ ANISOU30197 N THR I 419 15224 18407 10595 -918 -184 -1038 N \ ATOM 30198 CA THR I 419 22.863 -24.592-132.614 1.00114.14 C \ ANISOU30198 CA THR I 419 14752 18341 10276 -715 -92 -1295 C \ ATOM 30199 C THR I 419 23.986 -23.731-133.177 1.00109.65 C \ ANISOU30199 C THR I 419 13903 18105 9654 -935 -14 -1302 C \ ATOM 30200 O THR I 419 23.799 -23.030-134.167 1.00111.23 O \ ANISOU30200 O THR I 419 14078 18434 9751 -1260 25 -1148 O \ ATOM 30201 CB THR I 419 22.877 -26.031-133.176 1.00120.16 C \ ANISOU30201 CB THR I 419 15605 19159 10892 -530 12 -1503 C \ ATOM 30202 OG1 THR I 419 23.880 -26.150-134.190 1.00129.49 O \ ANISOU30202 OG1 THR I 419 16577 20711 11911 -627 166 -1651 O \ ATOM 30203 CG2 THR I 419 21.563 -26.358-133.786 1.00 99.36 C \ ANISOU30203 CG2 THR I 419 13225 16355 8173 -641 1 -1374 C \ ATOM 30204 N SER I 420 25.129 -23.737-132.500 1.00102.82 N \ ANISOU30204 N SER I 420 12829 17374 8863 -771 -5 -1466 N \ ATOM 30205 CA SER I 420 26.255 -22.892-132.879 1.00124.70 C \ ANISOU30205 CA SER I 420 15315 20467 11599 -976 61 -1482 C \ ATOM 30206 C SER I 420 26.992 -23.365-134.125 1.00131.25 C \ ANISOU30206 C SER I 420 15988 21677 12203 -1077 244 -1639 C \ ATOM 30207 O SER I 420 26.673 -24.408-134.696 1.00134.97 O \ ANISOU30207 O SER I 420 16573 22159 12551 -961 321 -1760 O \ ATOM 30208 CB SER I 420 27.253 -22.810-131.729 1.00124.74 C \ ANISOU30208 CB SER I 420 15135 20510 11751 -753 11 -1627 C \ ATOM 30209 OG SER I 420 28.007 -24.009-131.654 1.00123.66 O \ ANISOU30209 OG SER I 420 14913 20515 11558 -446 92 -1917 O \ ATOM 30210 N SER I 421 27.986 -22.583-134.541 1.00133.81 N \ ANISOU30210 N SER I 421 16048 22321 12471 -1302 314 -1643 N \ ATOM 30211 CA SER I 421 28.814 -22.955-135.678 1.00137.86 C \ ANISOU30211 CA SER I 421 16367 23253 12762 -1413 499 -1814 C \ ATOM 30212 C SER I 421 29.576 -24.252-135.405 1.00145.25 C \ ANISOU30212 C SER I 421 17201 24310 13679 -1021 576 -2168 C \ ATOM 30213 O SER I 421 29.993 -24.938-136.335 1.00150.78 O \ ANISOU30213 O SER I 421 17809 25287 14193 -1018 726 -2360 O \ ATOM 30214 CB SER I 421 29.799 -21.830-136.014 1.00135.41 C \ ANISOU30214 CB SER I 421 15773 23269 12406 -1731 548 -1753 C \ ATOM 30215 OG SER I 421 29.207 -20.552-135.847 1.00129.84 O \ ANISOU30215 OG SER I 421 15161 22370 11804 -2019 418 -1433 O \ ATOM 30216 N LYS I 422 29.727 -24.599-134.128 1.00144.90 N \ ANISOU30216 N LYS I 422 17182 24049 13826 -687 465 -2258 N \ ATOM 30217 CA LYS I 422 30.430 -25.822-133.742 1.00146.84 C \ ANISOU30217 CA LYS I 422 17349 24358 14084 -285 500 -2580 C \ ATOM 30218 C LYS I 422 29.482 -26.984-133.489 1.00148.07 C \ ANISOU30218 C LYS I 422 17814 24181 14266 -10 441 -2624 C \ ATOM 30219 O LYS I 422 29.914 -28.088-133.158 1.00151.09 O \ ANISOU30219 O LYS I 422 18189 24549 14669 340 444 -2874 O \ ATOM 30220 CB LYS I 422 31.284 -25.579-132.499 1.00144.71 C \ ANISOU30220 CB LYS I 422 16907 24081 13994 -73 406 -2668 C \ ATOM 30221 CG LYS I 422 32.461 -24.651-132.735 1.00146.58 C \ ANISOU30221 CG LYS I 422 16794 24703 14197 -294 480 -2703 C \ ATOM 30222 CD LYS I 422 33.434 -24.728-131.579 1.00151.12 C \ ANISOU30222 CD LYS I 422 17176 25316 14926 -14 404 -2870 C \ ATOM 30223 CE LYS I 422 34.060 -26.116-131.517 1.00156.18 C \ ANISOU30223 CE LYS I 422 17747 26055 15538 392 450 -3208 C \ ATOM 30224 NZ LYS I 422 35.119 -26.217-130.477 1.00160.75 N \ ANISOU30224 NZ LYS I 422 18106 26720 16253 667 378 -3389 N \ ATOM 30225 N GLY I 423 28.189 -26.719-133.609 1.00147.45 N \ ANISOU30225 N GLY I 423 18006 23825 14193 -168 376 -2376 N \ ATOM 30226 CA GLY I 423 27.177 -27.739-133.427 1.00147.66 C \ ANISOU30226 CA GLY I 423 18338 23535 14230 34 321 -2385 C \ ATOM 30227 C GLY I 423 26.850 -28.009-131.973 1.00142.57 C \ ANISOU30227 C GLY I 423 17837 22549 13784 317 157 -2360 C \ ATOM 30228 O GLY I 423 26.420 -29.107-131.615 1.00137.40 O \ ANISOU30228 O GLY I 423 17380 21676 13149 579 112 -2455 O \ ATOM 30229 N GLU I 424 27.074 -27.018-131.122 1.00142.72 N \ ANISOU30229 N GLU I 424 17757 22525 13945 257 65 -2236 N \ ATOM 30230 CA GLU I 424 26.781 -27.204-129.716 1.00145.66 C \ ANISOU30230 CA GLU I 424 18252 22601 14492 503 -89 -2210 C \ ATOM 30231 C GLU I 424 25.336 -26.766-129.526 1.00139.66 C \ ANISOU30231 C GLU I 424 17755 21533 13778 348 -180 -1948 C \ ATOM 30232 O GLU I 424 24.919 -25.756-130.087 1.00133.09 O \ ANISOU30232 O GLU I 424 16906 20739 12923 32 -169 -1754 O \ ATOM 30233 CB GLU I 424 27.735 -26.414-128.820 1.00158.20 C \ ANISOU30233 CB GLU I 424 19604 24295 16211 539 -150 -2232 C \ ATOM 30234 CG GLU I 424 29.178 -26.889-128.873 1.00172.62 C \ ANISOU30234 CG GLU I 424 21155 26425 18007 728 -76 -2509 C \ ATOM 30235 CD GLU I 424 30.169 -25.772-128.614 1.00184.06 C \ ANISOU30235 CD GLU I 424 22304 28115 19517 580 -73 -2498 C \ ATOM 30236 OE1 GLU I 424 29.906 -24.631-129.050 1.00188.94 O \ ANISOU30236 OE1 GLU I 424 22883 28784 20121 232 -58 -2298 O \ ATOM 30237 OE2 GLU I 424 31.206 -26.036-127.968 1.00187.10 O \ ANISOU30237 OE2 GLU I 424 22495 28629 19964 809 -97 -2687 O \ ATOM 30238 N LYS I 425 24.558 -27.541-128.782 1.00141.96 N \ ANISOU30238 N LYS I 425 18287 21525 14125 560 -273 -1941 N \ ATOM 30239 CA LYS I 425 23.172 -27.166-128.522 1.00136.34 C \ ANISOU30239 CA LYS I 425 17809 20535 13459 430 -361 -1713 C \ ATOM 30240 C LYS I 425 23.060 -26.194-127.343 1.00129.14 C \ ANISOU30240 C LYS I 425 16857 19490 12719 417 -491 -1588 C \ ATOM 30241 O LYS I 425 22.055 -25.500-127.194 1.00134.21 O \ ANISOU30241 O LYS I 425 17616 19961 13416 253 -561 -1392 O \ ATOM 30242 CB LYS I 425 22.314 -28.414-128.291 1.00135.49 C \ ANISOU30242 CB LYS I 425 17983 20179 13318 625 -397 -1752 C \ ATOM 30243 CG LYS I 425 22.463 -29.490-129.371 1.00138.05 C \ ANISOU30243 CG LYS I 425 18358 20612 13483 678 -279 -1912 C \ ATOM 30244 CD LYS I 425 22.233 -28.915-130.775 1.00138.94 C \ ANISOU30244 CD LYS I 425 18414 20920 13458 351 -165 -1822 C \ ATOM 30245 CE LYS I 425 22.340 -29.988-131.858 1.00137.65 C \ ANISOU30245 CE LYS I 425 18302 20875 13124 397 -44 -1996 C \ ATOM 30246 NZ LYS I 425 21.727 -29.561-133.151 1.00131.62 N \ ANISOU30246 NZ LYS I 425 17572 20228 12211 70 41 -1867 N \ ATOM 30247 N SER I 426 24.120 -26.114-126.545 1.00117.24 N \ ANISOU30247 N SER I 426 15169 18080 11296 585 -524 -1713 N \ ATOM 30248 CA SER I 426 24.151 -25.270-125.352 1.00107.01 C \ ANISOU30248 CA SER I 426 13819 16679 10161 600 -647 -1634 C \ ATOM 30249 C SER I 426 24.570 -23.841-125.663 1.00102.91 C \ ANISOU30249 C SER I 426 13095 16316 9691 319 -638 -1527 C \ ATOM 30250 O SER I 426 25.148 -23.562-126.710 1.00104.00 O \ ANISOU30250 O SER I 426 13084 16698 9734 140 -529 -1546 O \ ATOM 30251 CB SER I 426 25.091 -25.858-124.300 1.00106.95 C \ ANISOU30251 CB SER I 426 13718 16699 10218 914 -703 -1815 C \ ATOM 30252 OG SER I 426 26.361 -26.148-124.851 1.00110.59 O \ ANISOU30252 OG SER I 426 13950 17452 10619 981 -605 -2003 O \ ATOM 30253 N LEU I 427 24.274 -22.941-124.734 1.00100.36 N \ ANISOU30253 N LEU I 427 12769 15851 9514 273 -756 -1418 N \ ATOM 30254 CA LEU I 427 24.562 -21.524-124.904 1.00105.25 C \ ANISOU30254 CA LEU I 427 13226 16556 10207 4 -780 -1300 C \ ATOM 30255 C LEU I 427 26.049 -21.230-124.744 1.00109.94 C \ ANISOU30255 C LEU I 427 13531 17420 10820 29 -743 -1440 C \ ATOM 30256 O LEU I 427 26.776 -22.030-124.159 1.00113.45 O \ ANISOU30256 O LEU I 427 13906 17936 11263 301 -739 -1625 O \ ATOM 30257 CB LEU I 427 23.785 -20.720-123.875 1.00111.16 C \ ANISOU30257 CB LEU I 427 14063 17055 11117 -18 -928 -1174 C \ ATOM 30258 CG LEU I 427 22.387 -20.316-124.312 1.00119.35 C \ ANISOU30258 CG LEU I 427 15298 17887 12162 -198 -970 -979 C \ ATOM 30259 CD1 LEU I 427 21.538 -20.151-123.068 1.00125.43 C \ ANISOU30259 CD1 LEU I 427 16197 18400 13062 -76 -1103 -940 C \ ATOM 30260 CD2 LEU I 427 22.406 -19.060-125.154 1.00118.17 C \ ANISOU30260 CD2 LEU I 427 15057 17807 12035 -533 -973 -820 C \ ATOM 30261 N PRO I 428 26.507 -20.079-125.272 1.00 97.80 N \ ANISOU30261 N PRO I 428 11825 16037 9299 -261 -724 -1350 N \ ATOM 30262 CA PRO I 428 27.850 -19.581-124.955 1.00115.83 C \ ANISOU30262 CA PRO I 428 13825 18561 11626 -274 -712 -1460 C \ ATOM 30263 C PRO I 428 27.898 -19.022-123.544 1.00110.68 C \ ANISOU30263 C PRO I 428 13149 17751 11154 -163 -859 -1459 C \ ATOM 30264 O PRO I 428 26.865 -18.897-122.892 1.00114.47 O \ ANISOU30264 O PRO I 428 13824 17949 11721 -114 -963 -1360 O \ ATOM 30265 CB PRO I 428 28.032 -18.436-125.952 1.00119.96 C \ ANISOU30265 CB PRO I 428 14236 19231 12114 -669 -670 -1309 C \ ATOM 30266 CG PRO I 428 26.660 -17.959-126.227 1.00119.57 C \ ANISOU30266 CG PRO I 428 14423 18909 12099 -833 -742 -1085 C \ ATOM 30267 CD PRO I 428 25.782 -19.169-126.176 1.00 97.57 C \ ANISOU30267 CD PRO I 428 11865 15957 9250 -601 -726 -1130 C \ ATOM 30268 N VAL I 429 29.098 -18.700-123.081 1.00108.66 N \ ANISOU30268 N VAL I 429 12646 17696 10945 -128 -864 -1580 N \ ATOM 30269 CA VAL I 429 29.291 -18.198-121.730 1.00109.90 C \ ANISOU30269 CA VAL I 429 12754 17744 11259 -18 -999 -1606 C \ ATOM 30270 C VAL I 429 30.015 -16.842-121.778 1.00117.21 C \ ANISOU30270 C VAL I 429 13461 18807 12265 -294 -1025 -1552 C \ ATOM 30271 O VAL I 429 31.028 -16.687-122.463 1.00125.40 O \ ANISOU30271 O VAL I 429 14277 20143 13225 -424 -928 -1617 O \ ATOM 30272 CB VAL I 429 30.082 -19.197-120.869 1.00111.18 C \ ANISOU30272 CB VAL I 429 12833 17994 11417 339 -1013 -1824 C \ ATOM 30273 CG1 VAL I 429 29.180 -20.365-120.484 1.00 98.40 C \ ANISOU30273 CG1 VAL I 429 11480 16144 9763 601 -1044 -1839 C \ ATOM 30274 CG2 VAL I 429 31.303 -19.705-121.621 1.00118.89 C \ ANISOU30274 CG2 VAL I 429 13575 19318 12279 373 -882 -1995 C \ ATOM 30275 N CYS I 430 29.461 -15.863-121.069 1.00115.63 N \ ANISOU30275 N CYS I 430 13328 18388 12217 -392 -1159 -1435 N \ ATOM 30276 CA CYS I 430 30.082 -14.552-120.842 1.00124.60 C \ ANISOU30276 CA CYS I 430 14285 19590 13467 -623 -1224 -1390 C \ ATOM 30277 C CYS I 430 30.950 -14.488-119.577 1.00133.19 C \ ANISOU30277 C CYS I 430 15208 20750 14650 -435 -1300 -1552 C \ ATOM 30278 O CYS I 430 30.470 -14.640-118.455 1.00137.61 O \ ANISOU30278 O CYS I 430 15875 21113 15298 -234 -1408 -1584 O \ ATOM 30279 CB CYS I 430 28.993 -13.482-120.778 1.00124.26 C \ ANISOU30279 CB CYS I 430 14406 19254 13552 -829 -1342 -1188 C \ ATOM 30280 SG CYS I 430 28.241 -13.147-122.395 1.00183.32 S \ ANISOU30280 SG CYS I 430 22014 26706 20932 -1154 -1275 -967 S \ ATOM 30281 N GLU I 431 32.235 -14.223-119.802 1.00134.87 N \ ANISOU30281 N GLU I 431 15147 21265 14832 -526 -1244 -1649 N \ ATOM 30282 CA GLU I 431 33.285 -14.232-118.782 1.00136.75 C \ ANISOU30282 CA GLU I 431 15176 21652 15132 -360 -1296 -1824 C \ ATOM 30283 C GLU I 431 33.857 -12.818-118.633 1.00139.92 C \ ANISOU30283 C GLU I 431 15403 22116 15644 -656 -1361 -1768 C \ ATOM 30284 O GLU I 431 34.223 -12.193-119.624 1.00149.59 O \ ANISOU30284 O GLU I 431 16523 23494 16819 -967 -1291 -1683 O \ ATOM 30285 CB GLU I 431 34.371 -15.233-119.196 1.00145.29 C \ ANISOU30285 CB GLU I 431 16061 23067 16077 -192 -1170 -2017 C \ ATOM 30286 CG GLU I 431 35.672 -15.209-118.426 1.00155.95 C \ ANISOU30286 CG GLU I 431 17131 24658 17466 -64 -1202 -2206 C \ ATOM 30287 CD GLU I 431 36.573 -16.372-118.819 1.00164.57 C \ ANISOU30287 CD GLU I 431 18060 26042 18429 166 -1090 -2413 C \ ATOM 30288 OE1 GLU I 431 37.769 -16.135-119.101 1.00167.57 O \ ANISOU30288 OE1 GLU I 431 18137 26760 18771 80 -1025 -2533 O \ ATOM 30289 OE2 GLU I 431 36.086 -17.522-118.848 1.00166.85 O \ ANISOU30289 OE2 GLU I 431 18520 26221 18656 432 -1069 -2462 O \ ATOM 30290 N PRO I 432 33.916 -12.292-117.402 1.00131.79 N \ ANISOU30290 N PRO I 432 14351 20964 14759 -577 -1500 -1811 N \ ATOM 30291 CA PRO I 432 34.415 -10.951-117.027 1.00131.29 C \ ANISOU30291 CA PRO I 432 14142 20913 14828 -825 -1593 -1778 C \ ATOM 30292 C PRO I 432 35.812 -10.595-117.491 1.00138.40 C \ ANISOU30292 C PRO I 432 14731 22179 15677 -1008 -1518 -1858 C \ ATOM 30293 O PRO I 432 36.679 -11.450-117.655 1.00142.15 O \ ANISOU30293 O PRO I 432 15033 22941 16037 -845 -1418 -2018 O \ ATOM 30294 CB PRO I 432 34.407 -11.011-115.489 1.00122.39 C \ ANISOU30294 CB PRO I 432 13024 19667 13812 -567 -1728 -1897 C \ ATOM 30295 CG PRO I 432 33.445 -12.059-115.128 1.00120.15 C \ ANISOU30295 CG PRO I 432 12977 19191 13483 -275 -1734 -1903 C \ ATOM 30296 CD PRO I 432 33.491 -13.083-116.213 1.00124.81 C \ ANISOU30296 CD PRO I 432 13593 19920 13908 -217 -1582 -1908 C \ ATOM 30297 N VAL I 433 36.039 -9.273-117.698 1.00121.72 N \ ANISOU30297 N VAL I 433 13086 19690 13473 -1665 -1707 -309 N \ ATOM 30298 CA VAL I 433 37.346 -8.798-118.120 1.00125.48 C \ ANISOU30298 CA VAL I 433 13631 20470 13574 -1686 -1543 -339 C \ ATOM 30299 C VAL I 433 38.024 -7.994-117.003 1.00123.10 C \ ANISOU30299 C VAL I 433 13232 20075 13467 -1485 -1388 -135 C \ ATOM 30300 O VAL I 433 37.695 -6.837-116.768 1.00122.74 O \ ANISOU30300 O VAL I 433 13133 20000 13504 -1521 -1537 197 O \ ATOM 30301 CB VAL I 433 37.232 -7.871-119.339 1.00129.89 C \ ANISOU30301 CB VAL I 433 14275 21354 13722 -1973 -1767 -142 C \ ATOM 30302 CG1 VAL I 433 38.605 -7.636-119.936 1.00131.90 C \ ANISOU30302 CG1 VAL I 433 14606 21962 13547 -2048 -1533 -238 C \ ATOM 30303 CG2 VAL I 433 36.306 -8.474-120.377 1.00133.41 C \ ANISOU30303 CG2 VAL I 433 14819 21872 13998 -2178 -2030 -284 C \ ATOM 30304 N CYS I 434 38.954 -8.642-116.323 1.00121.54 N \ ANISOU30304 N CYS I 434 13018 19810 13350 -1263 -1117 -353 N \ ATOM 30305 CA CYS I 434 39.696 -7.993-115.250 1.00119.17 C \ ANISOU30305 CA CYS I 434 12634 19431 13214 -1063 -990 -217 C \ ATOM 30306 C CYS I 434 40.749 -7.027-115.787 1.00112.90 C \ ANISOU30306 C CYS I 434 11809 18961 12126 -1202 -938 -123 C \ ATOM 30307 O CYS I 434 41.329 -7.260-116.848 1.00114.95 O \ ANISOU30307 O CYS I 434 12113 19532 12031 -1369 -854 -287 O \ ATOM 30308 CB CYS I 434 40.319 -9.041-114.329 1.00120.86 C \ ANISOU30308 CB CYS I 434 12846 19456 13620 -763 -767 -471 C \ ATOM 30309 SG CYS I 434 41.228 -10.354-115.180 1.00158.06 S \ ANISOU30309 SG CYS I 434 17619 24350 18086 -743 -572 -941 S \ ATOM 30310 N GLY I 435 40.985 -5.940-115.060 1.00104.09 N \ ANISOU30310 N GLY I 435 10625 17770 11156 -1147 -978 134 N \ ATOM 30311 CA GLY I 435 42.118 -5.079-115.345 1.00105.33 C \ ANISOU30311 CA GLY I 435 10724 18180 11118 -1268 -895 213 C \ ATOM 30312 C GLY I 435 41.785 -3.659-115.765 1.00108.89 C \ ANISOU30312 C GLY I 435 11208 18678 11488 -1509 -1105 594 C \ ATOM 30313 O GLY I 435 42.673 -2.818-115.886 1.00118.77 O \ ANISOU30313 O GLY I 435 12412 20081 12635 -1635 -1048 713 O \ ATOM 30314 N LEU I 436 40.510 -3.389-116.002 1.00101.46 N \ ANISOU30314 N LEU I 436 10338 17593 10618 -1577 -1359 790 N \ ATOM 30315 CA LEU I 436 40.107 -2.099-116.545 1.00106.95 C \ ANISOU30315 CA LEU I 436 11095 18315 11226 -1798 -1606 1160 C \ ATOM 30316 C LEU I 436 40.207 -0.985-115.513 1.00103.13 C \ ANISOU30316 C LEU I 436 10554 17579 11051 -1674 -1678 1387 C \ ATOM 30317 O LEU I 436 39.959 -1.214-114.333 1.00101.26 O \ ANISOU30317 O LEU I 436 10249 17083 11143 -1393 -1631 1307 O \ ATOM 30318 CB LEU I 436 38.689 -2.203-117.081 1.00117.29 C \ ANISOU30318 CB LEU I 436 12462 19539 12562 -1867 -1893 1274 C \ ATOM 30319 CG LEU I 436 38.571 -3.466-117.931 1.00125.65 C \ ANISOU30319 CG LEU I 436 13584 20795 13361 -1954 -1827 970 C \ ATOM 30320 CD1 LEU I 436 37.140 -3.689-118.364 1.00130.14 C \ ANISOU30320 CD1 LEU I 436 14170 21262 14014 -2014 -2135 1037 C \ ATOM 30321 CD2 LEU I 436 39.505 -3.378-119.133 1.00129.32 C \ ANISOU30321 CD2 LEU I 436 14165 21667 13302 -2220 -1717 923 C \ ATOM 30322 N SER I 437 40.575 0.217-115.951 1.00104.86 N \ ANISOU30322 N SER I 437 10825 17865 11153 -1891 -1790 1669 N \ ATOM 30323 CA SER I 437 40.612 1.359-115.041 1.00108.33 C \ ANISOU30323 CA SER I 437 11238 18027 11896 -1792 -1903 1878 C \ ATOM 30324 C SER I 437 40.547 2.733-115.703 1.00112.64 C \ ANISOU30324 C SER I 437 11894 18551 12353 -2057 -2138 2266 C \ ATOM 30325 O SER I 437 41.081 2.949-116.790 1.00115.96 O \ ANISOU30325 O SER I 437 12399 19250 12410 -2372 -2108 2380 O \ ATOM 30326 CB SER I 437 41.843 1.300-114.141 1.00109.95 C \ ANISOU30326 CB SER I 437 11335 18237 12205 -1663 -1673 1690 C \ ATOM 30327 OG SER I 437 41.858 2.405-113.258 1.00109.96 O \ ANISOU30327 OG SER I 437 11335 17956 12489 -1573 -1809 1859 O \ ATOM 30328 N ALA I 438 39.910 3.664-115.000 1.00114.65 N \ ANISOU30328 N ALA I 438 12160 18457 12943 -1918 -2359 2465 N \ ATOM 30329 CA ALA I 438 39.723 5.029-115.476 1.00120.82 C \ ANISOU30329 CA ALA I 438 13067 19106 13732 -2114 -2633 2852 C \ ATOM 30330 C ALA I 438 41.017 5.836-115.470 1.00128.99 C \ ANISOU30330 C ALA I 438 14123 20192 14697 -2335 -2529 2952 C \ ATOM 30331 O ALA I 438 41.087 6.910-116.067 1.00140.94 O \ ANISOU30331 O ALA I 438 15771 21638 16140 -2589 -2715 3295 O \ ATOM 30332 CB ALA I 438 38.662 5.731-114.642 1.00116.64 C \ ANISOU30332 CB ALA I 438 12525 18161 13633 -1845 -2882 2976 C \ ATOM 30333 N ARG I 439 42.036 5.325-114.791 1.00121.61 N \ ANISOU30333 N ARG I 439 13048 19359 13800 -2245 -2250 2664 N \ ATOM 30334 CA ARG I 439 43.314 6.020-114.704 1.00122.89 C \ ANISOU30334 CA ARG I 439 13161 19582 13950 -2456 -2143 2714 C \ ATOM 30335 C ARG I 439 44.020 6.064-116.054 1.00134.56 C \ ANISOU30335 C ARG I 439 14681 21447 14997 -2879 -2006 2853 C \ ATOM 30336 O ARG I 439 44.071 5.061-116.769 1.00133.52 O \ ANISOU30336 O ARG I 439 14534 21650 14549 -2923 -1826 2681 O \ ATOM 30337 CB ARG I 439 44.209 5.337-113.679 1.00117.79 C \ ANISOU30337 CB ARG I 439 12322 18986 13445 -2228 -1905 2343 C \ ATOM 30338 CG ARG I 439 43.488 4.962-112.405 1.00113.09 C \ ANISOU30338 CG ARG I 439 11714 18092 13162 -1795 -1967 2164 C \ ATOM 30339 CD ARG I 439 44.461 4.409-111.399 1.00108.52 C \ ANISOU30339 CD ARG I 439 10988 17554 12691 -1585 -1782 1845 C \ ATOM 30340 NE ARG I 439 45.410 5.433-110.986 1.00108.36 N \ ANISOU30340 NE ARG I 439 10912 17447 12811 -1716 -1847 1906 N \ ATOM 30341 CZ ARG I 439 46.573 5.175-110.401 1.00107.22 C \ ANISOU30341 CZ ARG I 439 10598 17418 12722 -1659 -1719 1671 C \ ATOM 30342 NH1 ARG I 439 46.930 3.921-110.167 1.00102.78 N \ ANISOU30342 NH1 ARG I 439 9923 17050 12080 -1446 -1518 1372 N \ ATOM 30343 NH2 ARG I 439 47.378 6.172-110.055 1.00108.26 N \ ANISOU30343 NH2 ARG I 439 10668 17453 13012 -1816 -1817 1731 N \ ATOM 30344 N THR I 440 44.565 7.228-116.397 1.00147.57 N \ ANISOU30344 N THR I 440 16398 23041 16630 -3197 -2080 3160 N \ ATOM 30345 CA THR I 440 45.260 7.409-117.670 1.00160.70 C \ ANISOU30345 CA THR I 440 18122 25073 17864 -3642 -1921 3349 C \ ATOM 30346 C THR I 440 46.486 8.307-117.523 1.00160.72 C \ ANISOU30346 C THR I 440 18023 25075 17967 -3938 -1804 3473 C \ ATOM 30347 O THR I 440 47.105 8.367-116.461 1.00157.31 O \ ANISOU30347 O THR I 440 17394 24505 17873 -3775 -1750 3254 O \ ATOM 30348 CB THR I 440 44.341 8.026-118.747 1.00171.79 C \ ANISOU30348 CB THR I 440 19824 26431 19018 -3863 -2204 3777 C \ ATOM 30349 OG1 THR I 440 43.696 9.191-118.219 1.00177.04 O \ ANISOU30349 OG1 THR I 440 20613 26600 20056 -3788 -2570 4072 O \ ATOM 30350 CG2 THR I 440 43.289 7.026-119.208 1.00169.74 C \ ANISOU30350 CG2 THR I 440 19634 26299 18560 -3677 -2287 3637 C \ """, "4fxg.interface.8") 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. J & i. 445-686') cmd.show('cartoon', 'dom') cmd.spectrum('count', 'rainbow', 'dom') cmd.create('partner', 'c. I & i. 364-440') cmd.show('cartoon', 'partner') cmd.select('inter_resi', 'c. I & i. 400 | c. I & i. 401 | c. I & i. 432 | c. I & i. 433 | c. I & i. 434 | c. I & i. 435 | c. I & i. 436 | c. I & i. 437 | c. I & i. 438 | c. I & i. 439') 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()