cmd.read_pdbstr("""\\nATOM 49233 N PRO S 2 -11.018 -73.381 -28.628 1.00208.44 N \ ANISOU49233 N PRO S 2 24093 24622 30484 -2524 -8275 6171 N \ ATOM 49234 CA PRO S 2 -10.326 -72.221 -29.199 1.00202.86 C \ ANISOU49234 CA PRO S 2 22058 24500 30521 -1621 -7562 5989 C \ ATOM 49235 C PRO S 2 -9.554 -72.569 -30.469 1.00309.76 C \ ANISOU49235 C PRO S 2 34993 38199 44502 -965 -7809 5314 C \ ATOM 49236 O PRO S 2 -8.325 -72.642 -30.442 1.00207.25 O \ ANISOU49236 O PRO S 2 22021 24610 32116 -219 -8348 4547 O \ ATOM 49237 CB PRO S 2 -9.372 -71.796 -28.078 1.00202.28 C \ ANISOU49237 CB PRO S 2 22426 23542 30891 -1132 -7914 5705 C \ ATOM 49238 CG PRO S 2 -9.147 -73.038 -27.286 1.00208.62 C \ ANISOU49238 CG PRO S 2 24831 23083 31351 -1433 -9203 5406 C \ ATOM 49239 CD PRO S 2 -10.447 -73.782 -27.331 1.00211.86 C \ ANISOU49239 CD PRO S 2 25871 23759 30867 -2555 -9165 5960 C \ ATOM 49240 N ARG S 3 -10.273 -72.779 -31.567 1.00261.61 N \ ANISOU49240 N ARG S 3 28346 32942 38113 -1251 -7414 5531 N \ ATOM 49241 CA ARG S 3 -9.650 -73.129 -32.839 1.00267.08 C \ ANISOU49241 CA ARG S 3 28464 33870 39145 -743 -7573 4922 C \ ATOM 49242 C ARG S 3 -9.448 -71.899 -33.723 1.00257.70 C \ ANISOU49242 C ARG S 3 25957 33621 38336 -268 -6493 4969 C \ ATOM 49243 O ARG S 3 -9.672 -70.769 -33.289 1.00261.73 O \ ANISOU49243 O ARG S 3 26046 34490 38909 -218 -5723 5424 O \ ATOM 49244 CB ARG S 3 -10.487 -74.174 -33.576 1.00276.92 C \ ANISOU49244 CB ARG S 3 29997 35396 39824 -1333 -7868 5074 C \ ATOM 49245 CG ARG S 3 -10.652 -75.480 -32.815 1.00290.97 C \ ANISOU49245 CG ARG S 3 33250 36175 41132 -1874 -8986 4975 C \ ATOM 49246 CD ARG S 3 -11.358 -76.525 -33.661 1.00303.98 C \ ANISOU49246 CD ARG S 3 35132 38102 42262 -2412 -9277 5025 C \ ATOM 49247 NE ARG S 3 -11.551 -77.776 -32.935 1.00328.22 N \ ANISOU49247 NE ARG S 3 39774 40162 44773 -3026 -10341 4953 N \ ATOM 49248 CZ ARG S 3 -12.072 -78.876 -33.468 1.00344.27 C \ ANISOU49248 CZ ARG S 3 42357 42159 46291 -3563 -10819 4925 C \ ATOM 49249 NH1 ARG S 3 -12.452 -78.883 -34.739 1.00343.80 N \ ANISOU49249 NH1 ARG S 3 41324 43052 46250 -3519 -10331 4956 N \ ATOM 49250 NH2 ARG S 3 -12.212 -79.970 -32.733 1.00356.32 N \ ANISOU49250 NH2 ARG S 3 45493 42654 47239 -4165 -11804 4864 N \ ATOM 49251 N SER S 4 -9.020 -72.127 -34.961 1.00320.08 N \ ANISOU49251 N SER S 4 33291 41880 46446 51 -6456 4481 N \ ATOM 49252 CA SER S 4 -8.736 -71.036 -35.887 1.00196.10 C \ ANISOU49252 CA SER S 4 16521 26965 31023 436 -5482 4438 C \ ATOM 49253 C SER S 4 -9.380 -71.254 -37.252 1.00196.55 C \ ANISOU49253 C SER S 4 16105 27833 30743 227 -5136 4611 C \ ATOM 49254 O SER S 4 -9.154 -72.275 -37.901 1.00199.76 O \ ANISOU49254 O SER S 4 16680 28083 31137 211 -5736 4128 O \ ATOM 49255 CB SER S 4 -7.227 -70.861 -36.050 1.00196.85 C \ ANISOU49255 CB SER S 4 16295 26667 31833 1121 -5651 3422 C \ ATOM 49256 OG SER S 4 -6.936 -69.823 -36.971 1.00194.46 O \ ANISOU49256 OG SER S 4 15089 27092 31703 1352 -4658 3346 O \ ATOM 49257 N LEU S 5 -10.177 -70.282 -37.682 1.00255.28 N \ ANISOU49257 N LEU S 5 22982 36111 37903 110 -4216 5273 N \ ATOM 49258 CA LEU S 5 -10.878 -70.356 -38.961 1.00288.01 C \ ANISOU49258 CA LEU S 5 26698 41052 41682 -53 -3861 5497 C \ ATOM 49259 C LEU S 5 -10.649 -69.108 -39.812 1.00241.57 C \ ANISOU49259 C LEU S 5 20116 35780 35889 300 -2926 5563 C \ ATOM 49260 O LEU S 5 -10.123 -69.195 -40.923 1.00223.11 O \ ANISOU49260 O LEU S 5 17469 33654 33648 468 -2781 5102 O \ ATOM 49261 CB LEU S 5 -12.377 -70.571 -38.738 1.00311.40 C \ ANISOU49261 CB LEU S 5 29814 44484 44018 -641 -3808 6251 C \ ATOM 49262 CG LEU S 5 -12.772 -71.935 -38.166 1.00349.05 C \ ANISOU49262 CG LEU S 5 35384 48746 48493 -1201 -4676 6201 C \ ATOM 49263 CD1 LEU S 5 -14.285 -72.072 -38.085 1.00350.25 C \ ANISOU49263 CD1 LEU S 5 35534 49549 47998 -1875 -4456 6832 C \ ATOM 49264 CD2 LEU S 5 -12.170 -73.061 -38.995 1.00356.28 C \ ANISOU49264 CD2 LEU S 5 36495 49354 49520 -1104 -5349 5561 C \ ATOM 49265 N LYS S 6 -11.069 -67.961 -39.281 1.00249.32 N \ ANISOU49265 N LYS S 6 20927 37019 36785 367 -2308 6126 N \ ATOM 49266 CA LYS S 6 -11.028 -66.672 -39.976 1.00224.04 C \ ANISOU49266 CA LYS S 6 17258 34343 33522 653 -1433 6330 C \ ATOM 49267 C LYS S 6 -11.913 -66.691 -41.224 1.00239.90 C \ ANISOU49267 C LYS S 6 19031 37092 35028 533 -1197 6640 C \ ATOM 49268 O LYS S 6 -13.049 -67.162 -41.175 1.00189.90 O \ ANISOU49268 O LYS S 6 12746 31107 28299 221 -1434 7063 O \ ATOM 49269 CB LYS S 6 -9.586 -66.300 -40.346 1.00218.36 C \ ANISOU49269 CB LYS S 6 16357 33320 33290 999 -1181 5568 C \ ATOM 49270 CG LYS S 6 -9.317 -64.806 -40.451 1.00203.33 C \ ANISOU49270 CG LYS S 6 14221 31643 31391 1240 -289 5769 C \ ATOM 49271 CD LYS S 6 -8.036 -64.535 -41.227 1.00200.66 C \ ANISOU49271 CD LYS S 6 13660 31222 31359 1387 88 4932 C \ ATOM 49272 CE LYS S 6 -6.833 -65.176 -40.555 1.00215.77 C \ ANISOU49272 CE LYS S 6 15571 32484 33929 1550 -442 4008 C \ ATOM 49273 NZ LYS S 6 -5.570 -64.877 -41.285 1.00207.72 N \ ANISOU49273 NZ LYS S 6 14206 31485 33231 1644 -8 3027 N \ ATOM 49274 N LYS S 7 -11.395 -66.180 -42.337 1.00189.61 N \ ANISOU49274 N LYS S 7 12438 30962 28643 737 -726 6381 N \ ATOM 49275 CA LYS S 7 -12.150 -66.158 -43.584 1.00191.46 C \ ANISOU49275 CA LYS S 7 12535 31829 28380 669 -532 6636 C \ ATOM 49276 C LYS S 7 -11.421 -66.956 -44.652 1.00316.14 C \ ANISOU49276 C LYS S 7 28282 47563 44275 599 -716 5957 C \ ATOM 49277 O LYS S 7 -10.202 -67.122 -44.594 1.00221.52 O \ ANISOU49277 O LYS S 7 16265 35149 32752 697 -751 5225 O \ ATOM 49278 CB LYS S 7 -12.384 -64.723 -44.064 1.00191.00 C \ ANISOU49278 CB LYS S 7 12408 32144 28020 928 221 7038 C \ ATOM 49279 CG LYS S 7 -11.139 -64.004 -44.561 1.00191.38 C \ ANISOU49279 CG LYS S 7 12486 31958 28271 1072 786 6539 C \ ATOM 49280 CD LYS S 7 -10.535 -63.130 -43.479 1.00188.79 C \ ANISOU49280 CD LYS S 7 12191 31246 28296 1257 1104 6545 C \ ATOM 49281 CE LYS S 7 -9.350 -62.339 -44.005 1.00189.88 C \ ANISOU49281 CE LYS S 7 12356 31226 28565 1304 1768 6008 C \ ATOM 49282 NZ LYS S 7 -8.783 -61.442 -42.960 1.00187.47 N \ ANISOU49282 NZ LYS S 7 12071 30571 28586 1479 2107 6016 N \ ATOM 49283 N GLY S 8 -12.173 -67.447 -45.630 1.00304.89 N \ ANISOU49283 N GLY S 8 26809 46604 42431 441 -841 6129 N \ ATOM 49284 CA GLY S 8 -11.609 -68.303 -46.653 1.00315.72 C \ ANISOU49284 CA GLY S 8 28131 47964 43863 335 -1063 5509 C \ ATOM 49285 C GLY S 8 -11.144 -69.611 -46.046 1.00312.46 C \ ANISOU49285 C GLY S 8 27863 47020 43836 215 -1881 4988 C \ ATOM 49286 O GLY S 8 -9.975 -69.978 -46.169 1.00313.91 O \ ANISOU49286 O GLY S 8 27991 46820 44462 334 -2049 4158 O \ ATOM 49287 N VAL S 9 -12.061 -70.299 -45.371 1.00365.19 N \ ANISOU49287 N VAL S 9 34771 53668 50319 -37 -2408 5414 N \ ATOM 49288 CA VAL S 9 -11.761 -71.580 -44.741 1.00308.63 C \ ANISOU49288 CA VAL S 9 27982 45906 43377 -209 -3283 5011 C \ ATOM 49289 C VAL S 9 -11.216 -72.555 -45.778 1.00291.77 C \ ANISOU49289 C VAL S 9 25798 43729 41334 -211 -3678 4330 C \ ATOM 49290 O VAL S 9 -11.844 -72.799 -46.807 1.00240.16 O \ ANISOU49290 O VAL S 9 19105 37727 34419 -376 -3565 4518 O \ ATOM 49291 CB VAL S 9 -13.005 -72.186 -44.064 1.00201.27 C \ ANISOU49291 CB VAL S 9 14720 32395 29360 -670 -3681 5606 C \ ATOM 49292 CG1 VAL S 9 -12.672 -73.537 -43.451 1.00203.76 C \ ANISOU49292 CG1 VAL S 9 15653 31974 29794 -903 -4639 5194 C \ ATOM 49293 CG2 VAL S 9 -13.550 -71.235 -43.009 1.00198.76 C \ ANISOU49293 CG2 VAL S 9 14396 32160 28963 -694 -3284 6194 C \ ATOM 49294 N PHE S 10 -10.043 -73.112 -45.495 1.00250.22 N \ ANISOU49294 N PHE S 10 20655 37832 36585 8 -4183 3481 N \ ATOM 49295 CA PHE S 10 -9.299 -73.866 -46.495 1.00243.21 C \ ANISOU49295 CA PHE S 10 19592 36922 35894 104 -4480 2632 C \ ATOM 49296 C PHE S 10 -9.759 -75.310 -46.650 1.00229.03 C \ ANISOU49296 C PHE S 10 18205 34927 33887 -150 -5384 2557 C \ ATOM 49297 O PHE S 10 -9.950 -76.028 -45.669 1.00217.95 O \ ANISOU49297 O PHE S 10 17405 32940 32467 -278 -6132 2641 O \ ATOM 49298 CB PHE S 10 -7.807 -73.847 -46.166 1.00233.04 C \ ANISOU49298 CB PHE S 10 18161 35096 35288 511 -4684 1561 C \ ATOM 49299 CG PHE S 10 -6.973 -74.656 -47.114 1.00246.83 C \ ANISOU49299 CG PHE S 10 19658 36826 37301 635 -5045 506 C \ ATOM 49300 CD1 PHE S 10 -6.714 -74.195 -48.394 1.00237.00 C \ ANISOU49300 CD1 PHE S 10 17896 36196 35957 553 -4293 216 C \ ATOM 49301 CD2 PHE S 10 -6.450 -75.879 -46.729 1.00248.21 C \ ANISOU49301 CD2 PHE S 10 20178 36342 37787 825 -6168 -235 C \ ATOM 49302 CE1 PHE S 10 -5.948 -74.938 -49.272 1.00248.69 C \ ANISOU49302 CE1 PHE S 10 19096 37716 37681 620 -4584 -826 C \ ATOM 49303 CE2 PHE S 10 -5.684 -76.626 -47.601 1.00259.64 C \ ANISOU49303 CE2 PHE S 10 21340 37805 39505 986 -6542 -1293 C \ ATOM 49304 CZ PHE S 10 -5.433 -76.154 -48.874 1.00260.42 C \ ANISOU49304 CZ PHE S 10 20808 38601 39538 865 -5713 -1605 C \ ATOM 49305 N VAL S 11 -9.932 -75.719 -47.902 1.00213.12 N \ ANISOU49305 N VAL S 11 15938 33375 31663 -261 -5301 2398 N \ ATOM 49306 CA VAL S 11 -10.207 -77.107 -48.246 1.00216.29 C \ ANISOU49306 CA VAL S 11 16676 33604 31899 -472 -6135 2180 C \ ATOM 49307 C VAL S 11 -9.337 -77.497 -49.433 1.00219.14 C \ ANISOU49307 C VAL S 11 16637 34110 32517 -274 -6167 1263 C \ ATOM 49308 O VAL S 11 -9.337 -76.811 -50.455 1.00218.64 O \ ANISOU49308 O VAL S 11 16089 34668 32315 -296 -5375 1301 O \ ATOM 49309 CB VAL S 11 -11.691 -77.337 -48.595 1.00215.88 C \ ANISOU49309 CB VAL S 11 16732 34119 31174 -953 -6018 3075 C \ ATOM 49310 CG1 VAL S 11 -11.897 -78.746 -49.132 1.00219.45 C \ ANISOU49310 CG1 VAL S 11 17496 34443 31441 -1194 -6799 2784 C \ ATOM 49311 CG2 VAL S 11 -12.574 -77.087 -47.382 1.00237.92 C \ ANISOU49311 CG2 VAL S 11 19901 36801 33697 -1247 -6030 3832 C \ ATOM 49312 N ASP S 12 -8.585 -78.585 -49.290 1.00222.72 N \ ANISOU49312 N ASP S 12 17344 33963 33316 -83 -7106 393 N \ ATOM 49313 CA ASP S 12 -7.733 -79.062 -50.373 1.00261.89 C \ ANISOU49313 CA ASP S 12 21883 39066 38559 105 -7223 -628 C \ ATOM 49314 C ASP S 12 -8.562 -79.367 -51.614 1.00281.17 C \ ANISOU49314 C ASP S 12 24167 42177 40486 -253 -6939 -208 C \ ATOM 49315 O ASP S 12 -9.546 -80.104 -51.549 1.00226.81 O \ ANISOU49315 O ASP S 12 17720 35289 33168 -570 -7395 396 O \ ATOM 49316 CB ASP S 12 -6.947 -80.301 -49.940 1.00254.76 C \ ANISOU49316 CB ASP S 12 21378 37358 38063 422 -8485 -1614 C \ ATOM 49317 CG ASP S 12 -5.563 -79.960 -49.423 1.00262.02 C \ ANISOU49317 CG ASP S 12 22000 37852 39705 967 -8632 -2729 C \ ATOM 49318 OD1 ASP S 12 -4.930 -79.042 -49.985 1.00233.28 O \ ANISOU49318 OD1 ASP S 12 17620 34709 36307 1045 -7719 -3176 O \ ATOM 49319 OD2 ASP S 12 -5.107 -80.605 -48.455 1.00254.60 O \ ANISOU49319 OD2 ASP S 12 21612 36067 39057 1296 -9670 -3200 O \ ATOM 49320 N ASP S 13 -8.155 -78.789 -52.741 1.00246.40 N \ ANISOU49320 N ASP S 13 38536 28938 26149 -8050 -8394 3931 N \ ATOM 49321 CA ASP S 13 -8.900 -78.907 -53.991 1.00253.02 C \ ANISOU49321 CA ASP S 13 39332 30047 26756 -8285 -8213 3745 C \ ATOM 49322 C ASP S 13 -9.023 -80.354 -54.459 1.00241.45 C \ ANISOU49322 C ASP S 13 37763 29016 24960 -8384 -6920 3556 C \ ATOM 49323 O ASP S 13 -9.957 -80.699 -55.191 1.00236.08 O \ ANISOU49323 O ASP S 13 37053 28578 24068 -8432 -6616 3067 O \ ATOM 49324 CB ASP S 13 -8.242 -78.054 -55.080 1.00265.08 C \ ANISOU49324 CB ASP S 13 40816 31517 28383 -8676 -8849 4528 C \ ATOM 49325 CG ASP S 13 -6.734 -77.971 -54.928 1.00271.82 C \ ANISOU49325 CG ASP S 13 41570 32262 29449 -8888 -8872 5437 C \ ATOM 49326 OD1 ASP S 13 -6.128 -78.948 -54.440 1.00271.50 O \ ANISOU49326 OD1 ASP S 13 41457 32379 29322 -8833 -8049 5533 O \ ATOM 49327 OD2 ASP S 13 -6.156 -76.925 -55.292 1.00270.98 O \ ANISOU49327 OD2 ASP S 13 41449 31900 29612 -9106 -9715 6056 O \ ATOM 49328 N HIS S 14 -8.085 -81.186 -54.008 1.00228.53 N \ ANISOU49328 N HIS S 14 36074 27463 23295 -8391 -6195 3915 N \ ATOM 49329 CA HIS S 14 -8.016 -82.601 -54.367 1.00246.84 C \ ANISOU49329 CA HIS S 14 38310 30151 25328 -8477 -4949 3819 C \ ATOM 49330 C HIS S 14 -9.366 -83.298 -54.259 1.00246.47 C \ ANISOU49330 C HIS S 14 38278 30243 25126 -8285 -4384 2875 C \ ATOM 49331 O HIS S 14 -9.938 -83.724 -55.262 1.00270.92 O \ ANISOU49331 O HIS S 14 41297 33611 28027 -8463 -4015 2621 O \ ATOM 49332 CB HIS S 14 -7.005 -83.325 -53.472 1.00237.55 C \ ANISOU49332 CB HIS S 14 37131 28950 24176 -8349 -4345 4150 C \ ATOM 49333 CG HIS S 14 -5.708 -82.602 -53.319 1.00249.13 C \ ANISOU49333 CG HIS S 14 38553 30229 25875 -8477 -4961 4986 C \ ATOM 49334 ND1 HIS S 14 -4.942 -82.678 -52.166 1.00263.56 N \ ANISOU49334 ND1 HIS S 14 40418 31868 27855 -8227 -4972 5172 N \ ATOM 49335 CD2 HIS S 14 -5.021 -81.796 -54.159 1.00266.76 C \ ANISOU49335 CD2 HIS S 14 40692 32429 28236 -8820 -5580 5693 C \ ATOM 49336 CE1 HIS S 14 -3.860 -81.949 -52.309 1.00260.73 C \ ANISOU49336 CE1 HIS S 14 39964 31364 27739 -8431 -5592 5918 C \ ATOM 49337 NE2 HIS S 14 -3.877 -81.399 -53.517 1.00271.26 N \ ANISOU49337 NE2 HIS S 14 41213 32780 29076 -8809 -5956 6274 N \ ATOM 49338 N LEU S 15 -9.867 -83.412 -53.034 1.00261.89 N \ ANISOU49338 N LEU S 15 40319 32014 27174 -7905 -4319 2353 N \ ATOM 49339 CA LEU S 15 -11.164 -84.029 -52.796 1.00265.95 C \ ANISOU49339 CA LEU S 15 40820 32626 27604 -7707 -3791 1457 C \ ATOM 49340 C LEU S 15 -12.288 -83.021 -53.000 1.00260.18 C \ ANISOU49340 C LEU S 15 40108 31794 26956 -7614 -4689 932 C \ ATOM 49341 O LEU S 15 -13.453 -83.396 -53.104 1.00256.22 O \ ANISOU49341 O LEU S 15 39541 31416 26396 -7522 -4370 182 O \ ATOM 49342 CB LEU S 15 -11.226 -84.620 -51.384 1.00277.55 C \ ANISOU49342 CB LEU S 15 42378 33966 29114 -7304 -3262 1154 C \ ATOM 49343 CG LEU S 15 -11.096 -83.667 -50.190 1.00291.47 C \ ANISOU49343 CG LEU S 15 44287 35392 31065 -6920 -4117 1161 C \ ATOM 49344 CD1 LEU S 15 -12.462 -83.245 -49.665 1.00294.14 C \ ANISOU49344 CD1 LEU S 15 44664 35640 31455 -6590 -4471 335 C \ ATOM 49345 CD2 LEU S 15 -10.270 -84.300 -49.080 1.00299.62 C \ ANISOU49345 CD2 LEU S 15 45413 36347 32080 -6639 -3567 1409 C \ ATOM 49346 N LEU S 16 -11.929 -81.742 -53.063 1.00267.05 N \ ANISOU49346 N LEU S 16 41056 32427 27983 -7639 -5815 1324 N \ ATOM 49347 CA LEU S 16 -12.916 -80.675 -53.197 1.00247.46 C \ ANISOU49347 CA LEU S 16 38630 29808 25587 -7513 -6776 874 C \ ATOM 49348 C LEU S 16 -13.628 -80.724 -54.543 1.00274.63 C \ ANISOU49348 C LEU S 16 41977 33517 28852 -7762 -6737 633 C \ ATOM 49349 O LEU S 16 -14.852 -80.615 -54.605 1.00218.89 O \ ANISOU49349 O LEU S 16 34888 26519 21760 -7600 -6872 -125 O \ ATOM 49350 CB LEU S 16 -12.259 -79.308 -53.005 1.00219.43 C \ ANISOU49350 CB LEU S 16 35198 25902 22275 -7512 -7990 1423 C \ ATOM 49351 CG LEU S 16 -13.160 -78.079 -53.142 1.00240.24 C \ ANISOU49351 CG LEU S 16 37928 28339 25013 -7370 -9108 1044 C \ ATOM 49352 CD1 LEU S 16 -14.263 -78.099 -52.094 1.00251.01 C \ ANISOU49352 CD1 LEU S 16 39341 29636 26394 -6898 -9141 164 C \ ATOM 49353 CD2 LEU S 16 -12.340 -76.801 -53.039 1.00257.59 C \ ANISOU49353 CD2 LEU S 16 40236 30148 27488 -7435 -10246 1699 C \ ATOM 49354 N GLU S 17 -12.867 -80.877 -55.623 1.00265.93 N \ ANISOU49354 N GLU S 17 40821 32594 27625 -8124 -6566 1268 N \ ATOM 49355 CA GLU S 17 -13.481 -80.989 -56.943 1.00273.59 C \ ANISOU49355 CA GLU S 17 41715 33858 28377 -8317 -6488 1057 C \ ATOM 49356 C GLU S 17 -14.050 -82.392 -57.146 1.00269.19 C \ ANISOU49356 C GLU S 17 41013 33625 27641 -8328 -5325 473 C \ ATOM 49357 O GLU S 17 -15.081 -82.576 -57.807 1.00279.58 O \ ANISOU49357 O GLU S 17 42245 35143 28841 -8320 -5242 -163 O \ ATOM 49358 CB GLU S 17 -12.473 -80.648 -58.045 1.00287.26 C \ ANISOU49358 CB GLU S 17 43448 35688 30009 -8659 -6702 1960 C \ ATOM 49359 CG GLU S 17 -11.199 -81.477 -58.030 1.00294.50 C \ ANISOU49359 CG GLU S 17 44296 36730 30873 -8853 -5922 2649 C \ ATOM 49360 CD GLU S 17 -10.162 -80.962 -59.009 1.00309.82 C \ ANISOU49360 CD GLU S 17 46222 38733 32761 -9167 -6247 3607 C \ ATOM 49361 OE1 GLU S 17 -10.456 -79.981 -59.725 1.00312.58 O \ ANISOU49361 OE1 GLU S 17 46637 39020 33107 -9234 -7050 3743 O \ ATOM 49362 OE2 GLU S 17 -9.053 -81.534 -59.062 1.00306.27 O \ ANISOU49362 OE2 GLU S 17 45698 38399 32272 -9333 -5689 4238 O \ ATOM 49363 N LYS S 18 -13.380 -83.377 -56.556 1.00239.42 N \ ANISOU49363 N LYS S 18 37213 29886 23869 -8332 -4446 671 N \ ATOM 49364 CA LYS S 18 -13.793 -84.768 -56.674 1.00255.47 C \ ANISOU49364 CA LYS S 18 39122 32169 25778 -8356 -3289 187 C \ ATOM 49365 C LYS S 18 -15.186 -84.999 -56.100 1.00263.47 C \ ANISOU49365 C LYS S 18 40068 33147 26894 -8105 -3126 -815 C \ ATOM 49366 O LYS S 18 -16.014 -85.647 -56.731 1.00215.42 O \ ANISOU49366 O LYS S 18 33835 27284 20730 -8176 -2646 -1408 O \ ATOM 49367 CB LYS S 18 -12.786 -85.687 -55.979 1.00220.16 C \ ANISOU49367 CB LYS S 18 34672 27673 21304 -8350 -2449 612 C \ ATOM 49368 CG LYS S 18 -13.229 -87.142 -55.893 1.00233.23 C \ ANISOU49368 CG LYS S 18 36229 29502 22885 -8336 -1232 90 C \ ATOM 49369 CD LYS S 18 -13.393 -87.765 -57.273 1.00223.49 C \ ANISOU49369 CD LYS S 18 34868 28608 21440 -8606 -795 -2 C \ ATOM 49370 CE LYS S 18 -12.047 -88.039 -57.923 1.00237.46 C \ ANISOU49370 CE LYS S 18 36657 30545 23021 -8835 -542 879 C \ ATOM 49371 NZ LYS S 18 -11.272 -89.065 -57.171 1.00210.58 N \ ANISOU49371 NZ LYS S 18 33288 27106 19617 -8779 369 1129 N \ ATOM 49372 N VAL S 19 -15.445 -84.460 -54.913 1.00245.45 N \ ANISOU49372 N VAL S 19 37877 30590 24793 -7797 -3538 -1014 N \ ATOM 49373 CA VAL S 19 -16.712 -84.706 -54.228 1.00247.90 C \ ANISOU49373 CA VAL S 19 38111 30871 25209 -7521 -3314 -1920 C \ ATOM 49374 C VAL S 19 -17.894 -84.098 -54.988 1.00248.05 C \ ANISOU49374 C VAL S 19 38031 31000 25217 -7524 -3924 -2543 C \ ATOM 49375 O VAL S 19 -18.986 -84.669 -54.999 1.00251.45 O \ ANISOU49375 O VAL S 19 38288 31560 25691 -7455 -3457 -3338 O \ ATOM 49376 CB VAL S 19 -16.687 -84.167 -52.771 1.00277.63 C \ ANISOU49376 CB VAL S 19 42021 34337 29131 -7124 -3701 -1960 C \ ATOM 49377 CG1 VAL S 19 -16.539 -82.652 -52.742 1.00279.78 C \ ANISOU49377 CG1 VAL S 19 42435 34387 29484 -7030 -5052 -1692 C \ ATOM 49378 CG2 VAL S 19 -17.934 -84.603 -52.013 1.00274.84 C \ ANISOU49378 CG2 VAL S 19 41568 33993 28867 -6826 -3262 -2849 C \ ATOM 49379 N LEU S 20 -17.680 -82.956 -55.636 1.00257.11 N \ ANISOU49379 N LEU S 20 39278 32093 26320 -7602 -4953 -2185 N \ ATOM 49380 CA LEU S 20 -18.752 -82.322 -56.393 1.00245.91 C \ ANISOU49380 CA LEU S 20 37798 30783 24856 -7570 -5594 -2738 C \ ATOM 49381 C LEU S 20 -18.929 -83.009 -57.742 1.00256.31 C \ ANISOU49381 C LEU S 20 38968 32448 25969 -7843 -5102 -2858 C \ ATOM 49382 O LEU S 20 -20.044 -83.089 -58.258 1.00236.20 O \ ANISOU49382 O LEU S 20 36275 30077 23392 -7791 -5141 -3606 O \ ATOM 49383 CB LEU S 20 -18.489 -80.822 -56.575 1.00255.26 C \ ANISOU49383 CB LEU S 20 39173 31746 26068 -7521 -6893 -2311 C \ ATOM 49384 CG LEU S 20 -17.222 -80.312 -57.271 1.00250.28 C \ ANISOU49384 CG LEU S 20 38671 31057 25366 -7799 -7287 -1289 C \ ATOM 49385 CD1 LEU S 20 -17.412 -80.197 -58.778 1.00259.80 C \ ANISOU49385 CD1 LEU S 20 39841 32537 26336 -8015 -7440 -1213 C \ ATOM 49386 CD2 LEU S 20 -16.803 -78.976 -56.678 1.00270.39 C \ ANISOU49386 CD2 LEU S 20 41415 33211 28109 -7666 -8410 -867 C \ ATOM 49387 N GLU S 21 -17.834 -83.512 -58.308 1.00260.94 N \ ANISOU49387 N GLU S 21 39583 33150 26414 -8108 -4647 -2147 N \ ATOM 49388 CA GLU S 21 -17.931 -84.312 -59.528 1.00270.28 C \ ANISOU49388 CA GLU S 21 40634 34684 27377 -8324 -4069 -2264 C \ ATOM 49389 C GLU S 21 -18.746 -85.577 -59.268 1.00277.69 C \ ANISOU49389 C GLU S 21 41359 35751 28401 -8291 -3059 -3086 C \ ATOM 49390 O GLU S 21 -19.624 -85.938 -60.057 1.00295.61 O \ ANISOU49390 O GLU S 21 43460 38252 30606 -8322 -2902 -3735 O \ ATOM 49391 CB GLU S 21 -16.544 -84.673 -60.057 1.00263.72 C \ ANISOU49391 CB GLU S 21 39870 33958 26375 -8576 -3701 -1326 C \ ATOM 49392 CG GLU S 21 -15.825 -83.522 -60.739 1.00265.53 C \ ANISOU49392 CG GLU S 21 40249 34143 26495 -8685 -4616 -528 C \ ATOM 49393 CD GLU S 21 -14.443 -83.909 -61.226 1.00260.46 C \ ANISOU49393 CD GLU S 21 39633 33630 25701 -8929 -4197 412 C \ ATOM 49394 OE1 GLU S 21 -14.030 -85.066 -60.993 1.00255.28 O \ ANISOU49394 OE1 GLU S 21 38897 33089 25007 -8991 -3222 428 O \ ATOM 49395 OE2 GLU S 21 -13.770 -83.055 -61.842 1.00264.67 O \ ANISOU49395 OE2 GLU S 21 40261 34144 26158 -9052 -4833 1144 O \ ATOM 49396 N LEU S 22 -18.456 -86.236 -58.149 1.00282.24 N \ ANISOU49396 N LEU S 22 41940 36163 29137 -8212 -2386 -3059 N \ ATOM 49397 CA LEU S 22 -19.209 -87.413 -57.734 1.00287.05 C \ ANISOU49397 CA LEU S 22 42358 36819 29888 -8172 -1397 -3788 C \ ATOM 49398 C LEU S 22 -20.670 -87.049 -57.514 1.00281.01 C \ ANISOU49398 C LEU S 22 41435 36043 29292 -7977 -1747 -4731 C \ ATOM 49399 O LEU S 22 -21.553 -87.627 -58.139 1.00288.74 O \ ANISOU49399 O LEU S 22 42185 37214 30308 -8051 -1389 -5431 O \ ATOM 49400 CB LEU S 22 -18.618 -88.023 -56.462 1.00304.02 C \ ANISOU49400 CB LEU S 22 44595 38757 32163 -8056 -712 -3522 C \ ATOM 49401 CG LEU S 22 -17.183 -88.549 -56.530 1.00316.05 C \ ANISOU49401 CG LEU S 22 46247 40295 33540 -8216 -227 -2653 C \ ATOM 49402 CD1 LEU S 22 -16.816 -89.281 -55.248 1.00322.65 C \ ANISOU49402 CD1 LEU S 22 47158 40940 34495 -8041 540 -2565 C \ ATOM 49403 CD2 LEU S 22 -16.988 -89.443 -57.741 1.00317.97 C \ ANISOU49403 CD2 LEU S 22 46378 40830 33606 -8493 393 -2634 C \ ATOM 49404 N ASN S 23 -20.914 -86.071 -56.645 1.00265.26 N \ ANISOU49404 N ASN S 23 39551 33829 27405 -7713 -2481 -4762 N \ ATOM 49405 CA ASN S 23 -22.271 -85.610 -56.358 1.00300.86 C \ ANISOU49405 CA ASN S 23 43919 38332 32063 -7480 -2897 -5625 C \ ATOM 49406 C ASN S 23 -23.054 -85.286 -57.626 1.00245.01 C \ ANISOU49406 C ASN S 23 36705 31505 24883 -7573 -3377 -6099 C \ ATOM 49407 O ASN S 23 -24.272 -85.460 -57.675 1.00272.55 O \ ANISOU49407 O ASN S 23 39954 35100 28504 -7474 -3299 -6983 O \ ATOM 49408 CB ASN S 23 -22.237 -84.387 -55.438 1.00220.98 C \ ANISOU49408 CB ASN S 23 34001 27957 22006 -7170 -3845 -5450 C \ ATOM 49409 CG ASN S 23 -22.089 -84.765 -53.979 1.00219.36 C \ ANISOU49409 CG ASN S 23 33851 27546 21949 -6918 -3336 -5442 C \ ATOM 49410 OD1 ASN S 23 -22.624 -85.780 -53.534 1.00219.12 O \ ANISOU49410 OD1 ASN S 23 33642 27568 22045 -6884 -2383 -5924 O \ ATOM 49411 ND2 ASN S 23 -21.363 -83.948 -53.225 1.00259.15 N \ ANISOU49411 ND2 ASN S 23 39139 32343 26983 -6724 -3972 -4896 N \ ATOM 49412 N ALA S 24 -22.347 -84.819 -58.649 1.00224.23 N \ ANISOU49412 N ALA S 24 34215 28973 22009 -7745 -3864 -5504 N \ ATOM 49413 CA ALA S 24 -22.950 -84.626 -59.959 1.00226.84 C \ ANISOU49413 CA ALA S 24 34445 29575 22168 -7815 -4232 -5871 C \ ATOM 49414 C ALA S 24 -23.288 -85.970 -60.600 1.00263.47 C \ ANISOU49414 C ALA S 24 38828 34473 26806 -7995 -3232 -6363 C \ ATOM 49415 O ALA S 24 -24.395 -86.162 -61.101 1.00252.22 O \ ANISOU49415 O ALA S 24 37168 33228 25436 -7945 -3241 -7214 O \ ATOM 49416 CB ALA S 24 -22.023 -83.825 -60.859 1.00227.67 C \ ANISOU49416 CB ALA S 24 34789 29719 21997 -7933 -4925 -5018 C \ ATOM 49417 N LYS S 25 -22.337 -86.901 -60.579 1.00244.49 N \ ANISOU49417 N LYS S 25 36460 32080 24354 -8193 -2388 -5851 N \ ATOM 49418 CA LYS S 25 -22.541 -88.199 -61.223 1.00261.09 C \ ANISOU49418 CA LYS S 25 38348 34400 26455 -8369 -1447 -6258 C \ ATOM 49419 C LYS S 25 -23.013 -89.298 -60.264 1.00241.97 C \ ANISOU49419 C LYS S 25 35730 31838 24368 -8367 -433 -6791 C \ ATOM 49420 O LYS S 25 -23.180 -90.447 -60.672 1.00250.46 O \ ANISOU49420 O LYS S 25 36622 33028 25511 -8522 414 -7147 O \ ATOM 49421 CB LYS S 25 -21.256 -88.645 -61.931 1.00246.34 C \ ANISOU49421 CB LYS S 25 36626 32665 24305 -8576 -1087 -5421 C \ ATOM 49422 CG LYS S 25 -20.152 -89.146 -61.012 1.00243.88 C \ ANISOU49422 CG LYS S 25 36456 32153 24053 -8640 -460 -4724 C \ ATOM 49423 CD LYS S 25 -19.972 -90.652 -61.147 1.00250.09 C \ ANISOU49423 CD LYS S 25 37113 33030 24878 -8792 735 -4902 C \ ATOM 49424 CE LYS S 25 -18.718 -91.129 -60.437 1.00251.02 C \ ANISOU49424 CE LYS S 25 37406 33002 24967 -8843 1313 -4105 C \ ATOM 49425 NZ LYS S 25 -17.494 -90.498 -61.003 1.00258.34 N \ ANISOU49425 NZ LYS S 25 38531 34029 25595 -8931 822 -3121 N \ ATOM 49426 N GLY S 26 -23.237 -88.949 -58.999 1.00265.11 N \ ANISOU49426 N GLY S 26 28168 32111 40450 3397 127 750 N \ ATOM 49427 CA GLY S 26 -23.671 -89.920 -58.005 1.00266.69 C \ ANISOU49427 CA GLY S 26 28076 32514 40741 3483 549 936 C \ ATOM 49428 C GLY S 26 -22.605 -90.270 -56.980 1.00266.43 C \ ANISOU49428 C GLY S 26 28186 32738 40306 3439 734 1125 C \ ATOM 49429 O GLY S 26 -21.409 -90.135 -57.241 1.00264.62 O \ ANISOU49429 O GLY S 26 28165 32547 39830 3274 535 1192 O \ ATOM 49430 N GLU S 27 -23.046 -90.751 -55.820 1.00268.67 N \ ANISOU49430 N GLU S 27 28344 33195 40542 3592 1123 1233 N \ ATOM 49431 CA GLU S 27 -22.173 -90.948 -54.661 1.00269.31 C \ ANISOU49431 CA GLU S 27 28626 33507 40192 3612 1280 1383 C \ ATOM 49432 C GLU S 27 -20.999 -91.894 -54.924 1.00267.11 C \ ANISOU49432 C GLU S 27 28332 33330 39830 3413 1240 1632 C \ ATOM 49433 O GLU S 27 -20.012 -91.877 -54.188 1.00267.43 O \ ANISOU49433 O GLU S 27 28558 33554 39500 3388 1209 1751 O \ ATOM 49434 CB GLU S 27 -22.985 -91.467 -53.468 1.00272.41 C \ ANISOU49434 CB GLU S 27 28898 34020 40586 3837 1768 1480 C \ ATOM 49435 CG GLU S 27 -23.660 -92.817 -53.692 1.00309.48 C \ ANISOU49435 CG GLU S 27 33188 38696 45703 3786 2085 1675 C \ ATOM 49436 CD GLU S 27 -24.953 -92.711 -54.481 1.00304.45 C \ ANISOU49436 CD GLU S 27 32200 37877 45600 3809 2064 1561 C \ ATOM 49437 OE1 GLU S 27 -25.403 -91.576 -54.744 1.00302.51 O \ ANISOU49437 OE1 GLU S 27 32021 37541 45379 3934 1865 1329 O \ ATOM 49438 OE2 GLU S 27 -25.521 -93.763 -54.839 1.00307.21 O \ ANISOU49438 OE2 GLU S 27 32222 38161 46345 3697 2218 1711 O \ ATOM 49439 N LYS S 28 -21.112 -92.710 -55.971 1.00265.35 N \ ANISOU49439 N LYS S 28 27911 32971 39940 3293 1223 1720 N \ ATOM 49440 CA LYS S 28 -20.086 -93.689 -56.325 1.00263.64 C \ ANISOU49440 CA LYS S 28 27695 32813 39663 3168 1243 1976 C \ ATOM 49441 C LYS S 28 -19.797 -94.601 -55.133 1.00273.07 C \ ANISOU49441 C LYS S 28 28861 34236 40655 3257 1586 2211 C \ ATOM 49442 O LYS S 28 -20.717 -94.996 -54.415 1.00267.07 O \ ANISOU49442 O LYS S 28 27987 33495 39992 3375 1904 2221 O \ ATOM 49443 CB LYS S 28 -18.807 -92.983 -56.793 1.00276.61 C \ ANISOU49443 CB LYS S 28 29535 34497 41068 3041 912 1986 C \ ATOM 49444 CG LYS S 28 -17.988 -93.744 -57.832 1.00277.41 C \ ANISOU49444 CG LYS S 28 29623 34524 41255 2937 876 2191 C \ ATOM 49445 CD LYS S 28 -16.627 -93.091 -58.041 1.00273.53 C \ ANISOU49445 CD LYS S 28 29247 34153 40529 2819 636 2281 C \ ATOM 49446 CE LYS S 28 -15.746 -93.914 -58.967 1.00271.16 C \ ANISOU49446 CE LYS S 28 28926 33811 40290 2788 702 2546 C \ ATOM 49447 NZ LYS S 28 -14.413 -93.282 -59.166 1.00258.67 N \ ANISOU49447 NZ LYS S 28 27368 32375 38542 2667 510 2687 N \ ATOM 49448 N ARG S 29 -18.523 -94.928 -54.925 1.00273.26 N \ ANISOU49448 N ARG S 29 28983 34434 40409 3214 1530 2417 N \ ATOM 49449 CA ARG S 29 -18.108 -95.747 -53.790 1.00281.52 C \ ANISOU49449 CA ARG S 29 30060 35697 41208 3319 1796 2647 C \ ATOM 49450 C ARG S 29 -16.840 -95.212 -53.135 1.00278.53 C \ ANISOU49450 C ARG S 29 29847 35553 40429 3298 1557 2735 C \ ATOM 49451 O ARG S 29 -15.782 -95.119 -53.761 1.00281.73 O \ ANISOU49451 O ARG S 29 30220 36019 40807 3180 1320 2856 O \ ATOM 49452 CB ARG S 29 -17.910 -97.203 -54.220 1.00271.29 C \ ANISOU49452 CB ARG S 29 28666 34359 40054 3315 2026 2908 C \ ATOM 49453 CG ARG S 29 -19.224 -97.961 -54.362 1.00273.35 C \ ANISOU49453 CG ARG S 29 28785 34423 40654 3322 2318 2884 C \ ATOM 49454 CD ARG S 29 -19.082 -99.283 -55.113 1.00281.57 C \ ANISOU49454 CD ARG S 29 29821 35307 41858 3266 2444 3098 C \ ATOM 49455 NE ARG S 29 -20.353-100.008 -55.148 1.00297.29 N \ ANISOU49455 NE ARG S 29 31672 37101 44184 3213 2684 3095 N \ ATOM 49456 CZ ARG S 29 -21.336 -99.765 -56.011 1.00266.65 C \ ANISOU49456 CZ ARG S 29 27650 32969 40696 3091 2530 2925 C \ ATOM 49457 NH1 ARG S 29 -21.203 -98.808 -56.921 1.00264.92 N \ ANISOU49457 NH1 ARG S 29 27470 32646 40542 3042 2158 2725 N \ ATOM 49458 NH2 ARG S 29 -22.457-100.476 -55.962 1.00268.74 N \ ANISOU49458 NH2 ARG S 29 27731 33078 41300 3007 2733 2970 N \ ATOM 49459 N LEU S 30 -16.973 -94.872 -51.860 1.00286.55 N \ ANISOU49459 N LEU S 30 31048 36688 41140 3417 1624 2693 N \ ATOM 49460 CA LEU S 30 -15.879 -94.357 -51.044 1.00290.70 C \ ANISOU49460 CA LEU S 30 31785 37413 41255 3388 1344 2770 C \ ATOM 49461 C LEU S 30 -15.152 -93.178 -51.682 1.00291.29 C \ ANISOU49461 C LEU S 30 31910 37469 41298 3171 860 2660 C \ ATOM 49462 O LEU S 30 -15.763 -92.377 -52.398 1.00297.75 O \ ANISOU49462 O LEU S 30 32750 38090 42290 3110 750 2416 O \ ATOM 49463 CB LEU S 30 -14.869 -95.478 -50.758 1.00282.66 C \ ANISOU49463 CB LEU S 30 30676 36600 40121 3422 1421 3118 C \ ATOM 49464 CG LEU S 30 -15.408 -96.798 -50.187 1.00275.18 C \ ANISOU49464 CG LEU S 30 29715 35659 39182 3615 1901 3281 C \ ATOM 49465 CD1 LEU S 30 -14.323 -97.856 -50.262 1.00275.84 C \ ANISOU49465 CD1 LEU S 30 29701 35909 39198 3653 1928 3624 C \ ATOM 49466 CD2 LEU S 30 -15.914 -96.648 -48.759 1.00287.69 C \ ANISOU49466 CD2 LEU S 30 31595 37279 40436 3797 2089 3220 C \ ATOM 49467 N ILE S 31 -13.837 -93.134 -51.448 1.00202.07 N \ ANISOU49467 N ILE S 31 22987 25811 27978 594 -5841 1571 N \ ATOM 49468 CA ILE S 31 -12.894 -92.143 -51.996 1.00200.85 C \ ANISOU49468 CA ILE S 31 22746 26056 27511 750 -5745 1643 C \ ATOM 49469 C ILE S 31 -11.525 -92.386 -51.350 1.00199.64 C \ ANISOU49469 C ILE S 31 22628 26375 26852 993 -5369 1727 C \ ATOM 49470 O ILE S 31 -11.415 -93.131 -50.376 1.00206.20 O \ ANISOU49470 O ILE S 31 23480 27215 27652 992 -5160 1708 O \ ATOM 49471 CB ILE S 31 -13.298 -90.672 -51.736 1.00199.31 C \ ANISOU49471 CB ILE S 31 22057 25946 27727 462 -5660 1656 C \ ATOM 49472 CG1 ILE S 31 -12.658 -89.756 -52.784 1.00208.16 C \ ANISOU49472 CG1 ILE S 31 23193 27311 28587 597 -5762 1729 C \ ATOM 49473 CG2 ILE S 31 -12.942 -90.249 -50.323 1.00197.38 C \ ANISOU49473 CG2 ILE S 31 21474 25962 27560 322 -5240 1676 C \ ATOM 49474 CD1 ILE S 31 -12.369 -88.357 -52.305 1.00197.17 C \ ANISOU49474 CD1 ILE S 31 21384 26204 27329 413 -5542 1784 C \ ATOM 49475 N LYS S 32 -10.478 -91.780 -51.902 1.00249.26 N \ ANISOU49475 N LYS S 32 28910 33062 32737 1201 -5290 1846 N \ ATOM 49476 CA LYS S 32 -9.142 -91.878 -51.320 1.00230.30 C \ ANISOU49476 CA LYS S 32 26470 31163 29869 1410 -4943 1983 C \ ATOM 49477 C LYS S 32 -8.421 -90.540 -51.360 1.00305.10 C \ ANISOU49477 C LYS S 32 35600 41059 39264 1330 -4807 2124 C \ ATOM 49478 O LYS S 32 -8.289 -89.933 -52.423 1.00253.39 O \ ANISOU49478 O LYS S 32 29087 34570 32621 1411 -4990 2186 O \ ATOM 49479 CB LYS S 32 -8.314 -92.941 -52.038 1.00240.17 C \ ANISOU49479 CB LYS S 32 28205 32529 30520 1884 -4979 2061 C \ ATOM 49480 CG LYS S 32 -8.506 -94.339 -51.495 1.00237.69 C \ ANISOU49480 CG LYS S 32 28211 31980 30119 1998 -4946 1977 C \ ATOM 49481 CD LYS S 32 -7.468 -95.287 -52.059 1.00246.44 C \ ANISOU49481 CD LYS S 32 29789 33293 30555 2521 -4894 2088 C \ ATOM 49482 CE LYS S 32 -7.594 -96.650 -51.407 1.00242.65 C \ ANISOU49482 CE LYS S 32 29631 32594 29972 2630 -4834 2009 C \ ATOM 49483 NZ LYS S 32 -6.561 -97.598 -51.901 1.00225.39 N \ ANISOU49483 NZ LYS S 32 27934 30606 27100 3185 -4752 2125 N \ ATOM 49484 N THR S 33 -7.963 -90.083 -50.198 1.00195.28 N \ ANISOU49484 N THR S 33 21380 27426 25390 1157 -4505 2181 N \ ATOM 49485 CA THR S 33 -7.214 -88.832 -50.107 1.00194.22 C \ ANISOU49485 CA THR S 33 20940 27693 25162 1040 -4387 2337 C \ ATOM 49486 C THR S 33 -6.174 -88.905 -48.989 1.00193.38 C \ ANISOU49486 C THR S 33 20685 28008 24782 1042 -4055 2478 C \ ATOM 49487 O THR S 33 -6.432 -89.474 -47.925 1.00192.87 O \ ANISOU49487 O THR S 33 20607 27829 24844 953 -3887 2385 O \ ATOM 49488 CB THR S 33 -8.141 -87.626 -49.849 1.00288.81 C \ ANISOU49488 CB THR S 33 32618 39441 37673 645 -4460 2233 C \ ATOM 49489 OG1 THR S 33 -9.234 -87.653 -50.771 1.00272.02 O \ ANISOU49489 OG1 THR S 33 30606 36891 35858 617 -4772 2104 O \ ATOM 49490 CG2 THR S 33 -7.381 -86.320 -50.007 1.00192.61 C \ ANISOU49490 CG2 THR S 33 20201 27623 25357 533 -4420 2401 C \ ATOM 49491 N TRP S 34 -5.002 -88.324 -49.230 1.00193.44 N \ ANISOU49491 N TRP S 34 20571 28508 24418 1134 -3973 2723 N \ ATOM 49492 CA TRP S 34 -3.926 -88.310 -48.242 1.00192.96 C \ ANISOU49492 CA TRP S 34 20346 28893 24077 1117 -3696 2910 C \ ATOM 49493 C TRP S 34 -3.958 -87.051 -47.380 1.00197.37 C \ ANISOU49493 C TRP S 34 20579 29521 24890 692 -3626 2926 C \ ATOM 49494 O TRP S 34 -3.082 -86.850 -46.540 1.00251.87 O \ ANISOU49494 O TRP S 34 27332 36782 31585 606 -3440 3093 O \ ATOM 49495 CB TRP S 34 -2.558 -88.435 -48.925 1.00194.20 C \ ANISOU49495 CB TRP S 34 20533 29590 23663 1458 -3640 3233 C \ ATOM 49496 CG TRP S 34 -2.128 -89.854 -49.161 1.00195.51 C \ ANISOU49496 CG TRP S 34 21024 29823 23437 1915 -3551 3276 C \ ATOM 49497 CD1 TRP S 34 -1.378 -90.635 -48.329 1.00195.70 C \ ANISOU49497 CD1 TRP S 34 21068 30118 23172 2073 -3301 3390 C \ ATOM 49498 CD2 TRP S 34 -2.430 -90.661 -50.304 1.00197.05 C \ ANISOU49498 CD2 TRP S 34 21616 29786 23468 2285 -3723 3204 C \ ATOM 49499 NE1 TRP S 34 -1.196 -91.880 -48.885 1.00197.27 N \ ANISOU49499 NE1 TRP S 34 21655 30267 23033 2535 -3293 3393 N \ ATOM 49500 CE2 TRP S 34 -1.832 -91.920 -50.097 1.00198.19 C \ ANISOU49500 CE2 TRP S 34 22031 30064 23209 2672 -3557 3276 C \ ATOM 49501 CE3 TRP S 34 -3.150 -90.440 -51.481 1.00275.34 C \ ANISOU49501 CE3 TRP S 34 31714 39378 33523 2330 -4014 3089 C \ ATOM 49502 CZ2 TRP S 34 -1.932 -92.954 -51.026 1.00250.62 C \ ANISOU49502 CZ2 TRP S 34 29155 36504 29566 3107 -3675 3229 C \ ATOM 49503 CZ3 TRP S 34 -3.247 -91.467 -52.401 1.00257.02 C \ ANISOU49503 CZ3 TRP S 34 29865 36865 30928 2742 -4146 3044 C \ ATOM 49504 CH2 TRP S 34 -2.641 -92.708 -52.169 1.00230.84 C \ ANISOU49504 CH2 TRP S 34 26849 33666 27193 3130 -3977 3111 C \ ATOM 49505 N SER S 35 -4.971 -86.212 -47.575 1.00191.21 N \ ANISOU49505 N SER S 35 19715 28387 24547 432 -3783 2760 N \ ATOM 49506 CA SER S 35 -5.030 -84.937 -46.865 1.00190.38 C \ ANISOU49506 CA SER S 35 19370 28308 24657 58 -3739 2772 C \ ATOM 49507 C SER S 35 -5.962 -84.981 -45.659 1.00189.59 C \ ANISOU49507 C SER S 35 19230 27852 24952 -171 -3601 2553 C \ ATOM 49508 O SER S 35 -7.184 -85.024 -45.800 1.00189.57 O \ ANISOU49508 O SER S 35 19253 27412 25364 -236 -3692 2351 O \ ATOM 49509 CB SER S 35 -5.475 -83.823 -47.815 1.00190.53 C \ ANISOU49509 CB SER S 35 19317 28198 24878 -69 -3976 2762 C \ ATOM 49510 OG SER S 35 -5.606 -82.589 -47.133 1.00224.13 O \ ANISOU49510 OG SER S 35 23401 32421 29339 -420 -3946 2757 O \ ATOM 49511 N ARG S 36 -5.366 -84.961 -44.471 1.00196.20 N \ ANISOU49511 N ARG S 36 20001 28896 25653 -288 -3380 2620 N \ ATOM 49512 CA ARG S 36 -6.116 -84.901 -43.223 1.00207.03 C \ ANISOU49512 CA ARG S 36 21341 29977 27343 -495 -3210 2446 C \ ATOM 49513 C ARG S 36 -6.276 -83.460 -42.751 1.00197.84 C \ ANISOU49513 C ARG S 36 20061 28752 26356 -816 -3219 2444 C \ ATOM 49514 O ARG S 36 -7.004 -83.183 -41.799 1.00194.52 O \ ANISOU49514 O ARG S 36 19633 28054 26223 -980 -3084 2299 O \ ATOM 49515 CB ARG S 36 -5.423 -85.737 -42.146 1.00215.32 C \ ANISOU49515 CB ARG S 36 22434 31245 28132 -429 -2966 2505 C \ ATOM 49516 CG ARG S 36 -3.906 -85.703 -42.225 1.00220.49 C \ ANISOU49516 CG ARG S 36 23043 32459 28274 -346 -2935 2796 C \ ATOM 49517 CD ARG S 36 -3.264 -86.345 -41.006 1.00209.48 C \ ANISOU49517 CD ARG S 36 21664 31270 26660 -339 -2694 2859 C \ ATOM 49518 NE ARG S 36 -3.802 -87.671 -40.721 1.00200.47 N \ ANISOU49518 NE ARG S 36 20675 29901 25593 -130 -2574 2698 N \ ATOM 49519 CZ ARG S 36 -4.299 -88.036 -39.544 1.00205.49 C \ ANISOU49519 CZ ARG S 36 21342 30323 26413 -235 -2384 2553 C \ ATOM 49520 NH1 ARG S 36 -4.324 -87.173 -38.538 1.00187.80 N \ ANISOU49520 NH1 ARG S 36 19021 28057 24278 -522 -2284 2537 N \ ATOM 49521 NH2 ARG S 36 -4.768 -89.264 -39.371 1.00196.37 N \ ANISOU49521 NH2 ARG S 36 20328 28966 25318 -50 -2299 2431 N \ ATOM 49522 N ARG S 37 -5.590 -82.544 -43.427 1.00188.70 N \ ANISOU49522 N ARG S 37 18837 27850 25011 -891 -3375 2617 N \ ATOM 49523 CA ARG S 37 -5.607 -81.137 -43.044 1.00188.82 C \ ANISOU49523 CA ARG S 37 18792 27821 25129 -1202 -3420 2642 C \ ATOM 49524 C ARG S 37 -6.816 -80.407 -43.622 1.00231.12 C \ ANISOU49524 C ARG S 37 24137 32763 30914 -1276 -3562 2470 C \ ATOM 49525 O ARG S 37 -7.100 -79.269 -43.250 1.00223.70 O \ ANISOU49525 O ARG S 37 23195 31675 30126 -1507 -3582 2439 O \ ATOM 49526 CB ARG S 37 -4.320 -80.447 -43.496 1.00189.40 C \ ANISOU49526 CB ARG S 37 18789 28359 24817 -1284 -3545 2940 C \ ATOM 49527 CG ARG S 37 -4.101 -80.488 -44.996 1.00192.04 C \ ANISOU49527 CG ARG S 37 19087 28842 25038 -1085 -3746 3055 C \ ATOM 49528 CD ARG S 37 -2.857 -79.717 -45.397 1.00190.65 C \ ANISOU49528 CD ARG S 37 18796 29138 24506 -1190 -3859 3392 C \ ATOM 49529 NE ARG S 37 -2.666 -79.715 -46.844 1.00191.20 N \ ANISOU49529 NE ARG S 37 18841 29349 24460 -977 -4032 3512 N \ ATOM 49530 CZ ARG S 37 -1.698 -79.055 -47.470 1.00192.19 C \ ANISOU49530 CZ ARG S 37 18846 29874 24305 -1023 -4152 3827 C \ ATOM 49531 NH1 ARG S 37 -0.826 -78.337 -46.775 1.00201.47 N \ ANISOU49531 NH1 ARG S 37 19908 31345 25298 -1309 -4149 4064 N \ ATOM 49532 NH2 ARG S 37 -1.602 -79.113 -48.791 1.00192.79 N \ ANISOU49532 NH2 ARG S 37 18923 30050 24278 -790 -4289 3922 N \ ATOM 49533 N SER S 38 -7.523 -81.069 -44.532 1.00224.41 N \ ANISOU49533 N SER S 38 23305 31718 30245 -1075 -3673 2370 N \ ATOM 49534 CA SER S 38 -8.676 -80.468 -45.195 1.00248.56 C \ ANISOU49534 CA SER S 38 26329 34402 33711 -1126 -3835 2235 C \ ATOM 49535 C SER S 38 -9.846 -80.267 -44.236 1.00231.62 C \ ANISOU49535 C SER S 38 24155 31854 31996 -1247 -3678 2054 C \ ATOM 49536 O SER S 38 -9.975 -80.980 -43.241 1.00238.89 O \ ANISOU49536 O SER S 38 25101 32722 32945 -1225 -3460 1993 O \ ATOM 49537 CB SER S 38 -9.116 -81.330 -46.380 1.00238.89 C \ ANISOU49537 CB SER S 38 25158 33062 32548 -889 -4021 2191 C \ ATOM 49538 OG SER S 38 -9.425 -82.649 -45.965 1.00253.06 O \ ANISOU49538 OG SER S 38 27031 34742 34378 -742 -3909 2104 O \ ATOM 49539 N THR S 39 -10.693 -79.291 -44.544 1.00189.70 N \ ANISOU49539 N THR S 39 18792 26271 27015 -1355 -3778 1986 N \ ATOM 49540 CA THR S 39 -11.863 -78.996 -43.724 1.00190.19 C \ ANISOU49540 CA THR S 39 18811 25958 27496 -1429 -3617 1850 C \ ATOM 49541 C THR S 39 -13.107 -79.661 -44.306 1.00202.81 C \ ANISOU49541 C THR S 39 20316 27235 29509 -1314 -3713 1759 C \ ATOM 49542 O THR S 39 -13.290 -79.692 -45.523 1.00205.16 O \ ANISOU49542 O THR S 39 20595 27502 29856 -1249 -3977 1775 O \ ATOM 49543 CB THR S 39 -12.101 -77.477 -43.606 1.00190.76 C \ ANISOU49543 CB THR S 39 18897 25901 27682 -1599 -3644 1848 C \ ATOM 49544 OG1 THR S 39 -10.875 -76.824 -43.253 1.00190.54 O \ ANISOU49544 OG1 THR S 39 18974 26178 27247 -1745 -3644 1969 O \ ATOM 49545 CG2 THR S 39 -13.155 -77.173 -42.549 1.00227.36 C \ ANISOU49545 CG2 THR S 39 23527 30193 32669 -1628 -3404 1738 C \ ATOM 49546 N ILE S 40 -13.957 -80.193 -43.434 1.00191.21 N \ ANISOU49546 N ILE S 40 18790 25530 28333 -1299 -3509 1682 N \ ATOM 49547 CA ILE S 40 -15.181 -80.858 -43.866 1.00192.15 C \ ANISOU49547 CA ILE S 40 18792 25341 28874 -1232 -3607 1637 C \ ATOM 49548 C ILE S 40 -16.271 -79.857 -44.242 1.00193.65 C \ ANISOU49548 C ILE S 40 18839 25251 29487 -1292 -3693 1626 C \ ATOM 49549 O ILE S 40 -16.611 -78.967 -43.461 1.00223.50 O \ ANISOU49549 O ILE S 40 22591 28925 33403 -1354 -3492 1613 O \ ATOM 49550 CB ILE S 40 -15.719 -81.804 -42.774 1.00192.55 C \ ANISOU49550 CB ILE S 40 18801 25255 29104 -1203 -3351 1603 C \ ATOM 49551 CG1 ILE S 40 -14.889 -83.087 -42.727 1.00191.80 C \ ANISOU49551 CG1 ILE S 40 18845 25369 28662 -1102 -3347 1612 C \ ATOM 49552 CG2 ILE S 40 -17.177 -82.142 -43.024 1.00194.07 C \ ANISOU49552 CG2 ILE S 40 18812 25095 29832 -1199 -3428 1602 C \ ATOM 49553 CD1 ILE S 40 -15.347 -84.071 -41.674 1.00213.74 C \ ANISOU49553 CD1 ILE S 40 21600 28023 31588 -1079 -3108 1585 C \ ATOM 49554 N VAL S 41 -16.811 -80.011 -45.447 1.00195.87 N \ ANISOU49554 N VAL S 41 19060 25406 29957 -1256 -3997 1639 N \ ATOM 49555 CA VAL S 41 -17.910 -79.179 -45.918 1.00199.36 C \ ANISOU49555 CA VAL S 41 19342 25583 30824 -1297 -4111 1649 C \ ATOM 49556 C VAL S 41 -19.143 -80.050 -46.171 1.00201.56 C \ ANISOU49556 C VAL S 41 19455 25579 31548 -1274 -4223 1674 C \ ATOM 49557 O VAL S 41 -19.008 -81.221 -46.525 1.00196.57 O \ ANISOU49557 O VAL S 41 18902 24959 30825 -1229 -4365 1671 O \ ATOM 49558 CB VAL S 41 -17.522 -78.409 -47.199 1.00194.81 C \ ANISOU49558 CB VAL S 41 18823 25091 30105 -1307 -4418 1671 C \ ATOM 49559 CG1 VAL S 41 -16.606 -77.244 -46.858 1.00194.00 C \ ANISOU49559 CG1 VAL S 41 18826 25192 29692 -1387 -4312 1685 C \ ATOM 49560 CG2 VAL S 41 -16.862 -79.337 -48.201 1.00194.30 C \ ANISOU49560 CG2 VAL S 41 18896 25184 29744 -1214 -4675 1685 C \ ATOM 49561 N PRO S 42 -20.348 -79.483 -45.975 1.00198.17 N \ ANISOU49561 N PRO S 42 18805 24895 31594 -1302 -4163 1720 N \ ATOM 49562 CA PRO S 42 -21.625 -80.206 -46.063 1.00200.10 C \ ANISOU49562 CA PRO S 42 18826 24876 32326 -1314 -4246 1802 C \ ATOM 49563 C PRO S 42 -21.808 -81.065 -47.318 1.00200.66 C \ ANISOU49563 C PRO S 42 18946 24864 32432 -1330 -4681 1821 C \ ATOM 49564 O PRO S 42 -22.499 -82.081 -47.253 1.00202.01 O \ ANISOU49564 O PRO S 42 19032 24870 32854 -1365 -4766 1883 O \ ATOM 49565 CB PRO S 42 -22.655 -79.076 -46.039 1.00201.70 C \ ANISOU49565 CB PRO S 42 18802 24891 32945 -1316 -4184 1876 C \ ATOM 49566 CG PRO S 42 -22.013 -78.028 -45.211 1.00200.74 C \ ANISOU49566 CG PRO S 42 18814 24891 32569 -1289 -3877 1812 C \ ATOM 49567 CD PRO S 42 -20.546 -78.086 -45.546 1.00198.52 C \ ANISOU49567 CD PRO S 42 18808 24893 31727 -1316 -3983 1722 C \ ATOM 49568 N GLU S 43 -21.209 -80.668 -48.436 1.00199.89 N \ ANISOU49568 N GLU S 43 19005 24865 32079 -1308 -4960 1781 N \ ATOM 49569 CA GLU S 43 -21.349 -81.427 -49.676 1.00200.65 C \ ANISOU49569 CA GLU S 43 19218 24861 32159 -1297 -5386 1792 C \ ATOM 49570 C GLU S 43 -20.626 -82.773 -49.611 1.00200.07 C \ ANISOU49570 C GLU S 43 19401 24885 31730 -1225 -5417 1748 C \ ATOM 49571 O GLU S 43 -20.865 -83.655 -50.437 1.00201.19 O \ ANISOU49571 O GLU S 43 19690 24879 31872 -1209 -5749 1758 O \ ATOM 49572 CB GLU S 43 -20.839 -80.613 -50.870 1.00208.61 C \ ANISOU49572 CB GLU S 43 20351 25966 32945 -1260 -5644 1768 C \ ATOM 49573 CG GLU S 43 -19.530 -79.873 -50.634 1.00220.65 C \ ANISOU49573 CG GLU S 43 22019 27821 33997 -1212 -5452 1723 C \ ATOM 49574 CD GLU S 43 -19.734 -78.488 -50.045 1.00230.30 C \ ANISOU49574 CD GLU S 43 23088 29041 35376 -1282 -5232 1731 C \ ATOM 49575 OE1 GLU S 43 -20.804 -78.243 -49.448 1.00234.41 O \ ANISOU49575 OE1 GLU S 43 23390 29342 36335 -1324 -5094 1765 O \ ATOM 49576 OE2 GLU S 43 -18.827 -77.642 -50.185 1.00233.24 O \ ANISOU49576 OE2 GLU S 43 23571 29628 35422 -1288 -5201 1722 O \ ATOM 49577 N MET S 44 -19.742 -82.923 -48.630 1.00198.53 N \ ANISOU49577 N MET S 44 19289 24923 31219 -1176 -5083 1704 N \ ATOM 49578 CA MET S 44 -19.025 -84.177 -48.423 1.00198.01 C \ ANISOU49578 CA MET S 44 19460 24969 30807 -1083 -5055 1672 C \ ATOM 49579 C MET S 44 -19.878 -85.207 -47.685 1.00199.34 C \ ANISOU49579 C MET S 44 19534 24912 31295 -1147 -4980 1704 C \ ATOM 49580 O MET S 44 -19.664 -86.412 -47.819 1.00199.75 O \ ANISOU49580 O MET S 44 19799 24923 31174 -1090 -5095 1691 O \ ATOM 49581 CB MET S 44 -17.732 -83.927 -47.644 1.00215.86 C \ ANISOU49581 CB MET S 44 21822 27586 32607 -1015 -4737 1640 C \ ATOM 49582 CG MET S 44 -16.715 -83.065 -48.373 1.00213.19 C \ ANISOU49582 CG MET S 44 21591 27522 31889 -958 -4825 1651 C \ ATOM 49583 SD MET S 44 -15.431 -82.424 -47.278 1.00256.05 S \ ANISOU49583 SD MET S 44 27038 33335 36913 -977 -4457 1669 S \ ATOM 49584 CE MET S 44 -14.936 -83.910 -46.414 1.00192.79 C \ ANISOU49584 CE MET S 44 19163 25427 28663 -873 -4256 1655 C \ ATOM 49585 N VAL S 45 -20.844 -84.721 -46.909 1.00202.55 N \ ANISOU49585 N VAL S 45 19634 25171 32157 -1253 -4781 1764 N \ ATOM 49586 CA VAL S 45 -21.666 -85.570 -46.049 1.00209.35 C \ ANISOU49586 CA VAL S 45 20345 25852 33348 -1321 -4643 1836 C \ ATOM 49587 C VAL S 45 -22.445 -86.621 -46.838 1.00215.79 C \ ANISOU49587 C VAL S 45 21198 26393 34398 -1398 -5047 1909 C \ ATOM 49588 O VAL S 45 -23.009 -86.330 -47.893 1.00225.76 O \ ANISOU49588 O VAL S 45 22419 27498 35861 -1454 -5402 1955 O \ ATOM 49589 CB VAL S 45 -22.655 -84.723 -45.219 1.00211.84 C \ ANISOU49589 CB VAL S 45 20300 26058 34131 -1383 -4363 1930 C \ ATOM 49590 CG1 VAL S 45 -23.446 -85.599 -44.258 1.00214.38 C \ ANISOU49590 CG1 VAL S 45 20445 26234 34775 -1437 -4176 2038 C \ ATOM 49591 CG2 VAL S 45 -21.907 -83.641 -44.456 1.00234.62 C \ ANISOU49591 CG2 VAL S 45 23222 29162 36760 -1317 -4005 1851 C \ ATOM 49592 N GLY S 46 -22.471 -87.843 -46.314 1.00217.04 N \ ANISOU49592 N GLY S 46 21458 26482 34523 -1413 -5009 1927 N \ ATOM 49593 CA GLY S 46 -23.178 -88.939 -46.951 1.00233.36 C \ ANISOU49593 CA GLY S 46 23618 28263 36786 -1515 -5407 2006 C \ ATOM 49594 C GLY S 46 -22.240 -89.931 -47.608 1.00234.23 C \ ANISOU49594 C GLY S 46 24215 28408 36374 -1388 -5641 1898 C \ ATOM 49595 O GLY S 46 -22.628 -91.060 -47.910 1.00251.83 O \ ANISOU49595 O GLY S 46 26634 30397 38653 -1452 -5927 1941 O \ ATOM 49596 N HIS S 47 -20.999 -89.510 -47.828 1.00217.67 N \ ANISOU49596 N HIS S 47 22332 26608 33764 -1200 -5522 1779 N \ ATOM 49597 CA HIS S 47 -19.999 -90.369 -48.449 1.00208.61 C \ ANISOU49597 CA HIS S 47 21650 25547 32064 -1009 -5685 1698 C \ ATOM 49598 C HIS S 47 -19.124 -91.045 -47.402 1.00205.98 C \ ANISOU49598 C HIS S 47 21448 25432 31384 -889 -5327 1654 C \ ATOM 49599 O HIS S 47 -19.390 -90.961 -46.203 1.00205.79 O \ ANISOU49599 O HIS S 47 21172 25443 31574 -980 -4989 1680 O \ ATOM 49600 CB HIS S 47 -19.131 -89.567 -49.419 1.00205.65 C \ ANISOU49600 CB HIS S 47 21424 25398 31316 -851 -5786 1646 C \ ATOM 49601 CG HIS S 47 -19.915 -88.787 -50.425 1.00226.45 C \ ANISOU49601 CG HIS S 47 23927 27847 34266 -956 -6112 1683 C \ ATOM 49602 ND1 HIS S 47 -20.416 -87.529 -50.167 1.00242.22 N \ ANISOU49602 ND1 HIS S 47 25543 29878 36613 -1078 -5972 1719 N \ ATOM 49603 CD2 HIS S 47 -20.295 -89.087 -51.691 1.00244.51 C \ ANISOU49603 CD2 HIS S 47 26439 29900 36563 -950 -6580 1693 C \ ATOM 49604 CE1 HIS S 47 -21.064 -87.086 -51.228 1.00251.87 C \ ANISOU49604 CE1 HIS S 47 26727 30913 38058 -1142 -6329 1755 C \ ATOM 49605 NE2 HIS S 47 -21.005 -88.016 -52.168 1.00251.90 N \ ANISOU49605 NE2 HIS S 47 27095 30753 37865 -1076 -6711 1740 N \ ATOM 49606 N THR S 48 -18.083 -91.727 -47.866 1.00201.77 N \ ANISOU49606 N THR S 48 21319 25043 30301 -663 -5397 1599 N \ ATOM 49607 CA THR S 48 -17.128 -92.369 -46.973 1.00200.55 C \ ANISOU49607 CA THR S 48 21309 25131 29758 -515 -5072 1570 C \ ATOM 49608 C THR S 48 -15.701 -92.080 -47.421 1.00199.02 C \ ANISOU49608 C THR S 48 21325 25329 28963 -253 -4987 1553 C \ ATOM 49609 O THR S 48 -15.314 -92.414 -48.539 1.00199.84 O \ ANISOU49609 O THR S 48 21755 25420 28755 -67 -5261 1549 O \ ATOM 49610 CB THR S 48 -17.341 -93.891 -46.915 1.00277.10 C \ ANISOU49610 CB THR S 48 31328 34580 39376 -473 -5224 1567 C \ ATOM 49611 OG1 THR S 48 -18.738 -94.178 -46.786 1.00227.14 O \ ANISOU49611 OG1 THR S 48 24815 27864 33626 -739 -5414 1630 O \ ATOM 49612 CG2 THR S 48 -16.587 -94.492 -45.737 1.00245.31 C \ ANISOU49612 CG2 THR S 48 27355 30775 35075 -369 -4836 1550 C \ ATOM 49613 N ILE S 49 -14.918 -91.464 -46.545 1.00197.07 N \ ANISOU49613 N ILE S 49 20899 25433 28544 -236 -4613 1566 N \ ATOM 49614 CA ILE S 49 -13.549 -91.106 -46.889 1.00195.83 C \ ANISOU49614 CA ILE S 49 20866 25695 27846 -22 -4519 1607 C \ ATOM 49615 C ILE S 49 -12.531 -92.021 -46.225 1.00326.31 C \ ANISOU49615 C ILE S 49 37589 42474 43920 179 -4278 1632 C \ ATOM 49616 O ILE S 49 -12.600 -92.271 -45.022 1.00194.78 O \ ANISOU49616 O ILE S 49 20807 25834 27366 84 -4005 1618 O \ ATOM 49617 CB ILE S 49 -13.242 -89.650 -46.501 1.00206.72 C \ ANISOU49617 CB ILE S 49 21927 27324 29294 -159 -4325 1640 C \ ATOM 49618 CG1 ILE S 49 -14.181 -88.703 -47.242 1.00251.50 C \ ANISOU49618 CG1 ILE S 49 27424 32763 35372 -320 -4564 1624 C \ ATOM 49619 CG2 ILE S 49 -11.793 -89.295 -46.809 1.00193.28 C \ ANISOU49619 CG2 ILE S 49 20314 26084 27040 27 -4238 1735 C \ ATOM 49620 CD1 ILE S 49 -13.810 -87.245 -47.095 1.00239.87 C \ ANISOU49620 CD1 ILE S 49 25723 31515 33901 -426 -4437 1659 C \ ATOM 49621 N ALA S 50 -11.584 -92.514 -47.017 1.00257.24 N \ ANISOU49621 N ALA S 50 29153 33926 34658 480 -4369 1685 N \ ATOM 49622 CA ALA S 50 -10.481 -93.298 -46.485 1.00265.63 C \ ANISOU49622 CA ALA S 50 30396 35295 35238 722 -4130 1745 C \ ATOM 49623 C ALA S 50 -9.318 -92.367 -46.178 1.00244.08 C \ ANISOU49623 C ALA S 50 27452 33077 32209 755 -3889 1873 C \ ATOM 49624 O ALA S 50 -8.699 -91.810 -47.084 1.00240.72 O \ ANISOU49624 O ALA S 50 27052 32883 31528 888 -3993 1971 O \ ATOM 49625 CB ALA S 50 -10.065 -94.378 -47.468 1.00289.24 C \ ANISOU49625 CB ALA S 50 33865 38232 37801 1076 -4332 1764 C \ ATOM 49626 N VAL S 51 -9.025 -92.204 -44.892 1.00237.92 N \ ANISOU49626 N VAL S 51 26471 32470 31458 623 -3580 1890 N \ ATOM 49627 CA VAL S 51 -8.016 -91.244 -44.463 1.00240.60 C \ ANISOU49627 CA VAL S 51 26589 33257 31569 569 -3383 2023 C \ ATOM 49628 C VAL S 51 -6.724 -91.938 -44.053 1.00220.04 C \ ANISOU49628 C VAL S 51 24101 31070 28435 819 -3172 2169 C \ ATOM 49629 O VAL S 51 -6.739 -92.882 -43.266 1.00225.04 O \ ANISOU49629 O VAL S 51 24843 31640 29022 880 -3015 2124 O \ ATOM 49630 CB VAL S 51 -8.526 -90.386 -43.288 1.00233.29 C \ ANISOU49630 CB VAL S 51 25371 32251 31019 230 -3196 1961 C \ ATOM 49631 CG1 VAL S 51 -7.518 -89.299 -42.946 1.00245.65 C \ ANISOU49631 CG1 VAL S 51 26755 34233 32348 131 -3069 2105 C \ ATOM 49632 CG2 VAL S 51 -9.875 -89.776 -43.627 1.00248.26 C \ ANISOU49632 CG2 VAL S 51 27140 33731 33458 18 -3372 1839 C \ ATOM 49633 N TYR S 52 -5.605 -91.466 -44.593 1.00202.70 N \ ANISOU49633 N TYR S 52 21865 29311 25840 969 -3166 2368 N \ ATOM 49634 CA TYR S 52 -4.307 -92.037 -44.264 1.00207.07 C \ ANISOU49634 CA TYR S 52 22478 30322 25876 1224 -2964 2567 C \ ATOM 49635 C TYR S 52 -3.915 -91.662 -42.837 1.00200.61 C \ ANISOU49635 C TYR S 52 21426 29708 25090 983 -2705 2614 C \ ATOM 49636 O TYR S 52 -3.854 -90.482 -42.492 1.00201.08 O \ ANISOU49636 O TYR S 52 21238 29866 25296 693 -2695 2655 O \ ATOM 49637 CB TYR S 52 -3.249 -91.562 -45.261 1.00220.69 C \ ANISOU49637 CB TYR S 52 24175 32484 27192 1440 -3030 2821 C \ ATOM 49638 CG TYR S 52 -2.012 -92.429 -45.315 1.00251.47 C \ ANISOU49638 CG TYR S 52 28214 36817 30518 1844 -2865 3053 C \ ATOM 49639 CD1 TYR S 52 -2.080 -93.739 -45.773 1.00266.97 C \ ANISOU49639 CD1 TYR S 52 30570 38617 32250 2229 -2888 2996 C \ ATOM 49640 CD2 TYR S 52 -0.775 -91.936 -44.923 1.00269.73 C \ ANISOU49640 CD2 TYR S 52 30277 39697 32510 1845 -2697 3353 C \ ATOM 49641 CE1 TYR S 52 -0.952 -94.536 -45.829 1.00270.45 C \ ANISOU49641 CE1 TYR S 52 31159 39454 32146 2648 -2715 3221 C \ ATOM 49642 CE2 TYR S 52 0.359 -92.725 -44.977 1.00277.78 C \ ANISOU49642 CE2 TYR S 52 31390 41145 33008 2240 -2530 3606 C \ ATOM 49643 CZ TYR S 52 0.264 -94.024 -45.429 1.00278.43 C \ ANISOU49643 CZ TYR S 52 31871 41060 32859 2662 -2522 3535 C \ ATOM 49644 OH TYR S 52 1.391 -94.811 -45.483 1.00279.46 O \ ANISOU49644 OH TYR S 52 32113 41616 32451 3101 -2333 3799 O \ ATOM 49645 N ASN S 53 -3.653 -92.670 -42.011 1.00191.04 N \ ANISOU49645 N ASN S 53 20328 28536 23721 1106 -2509 2606 N \ ATOM 49646 CA ASN S 53 -3.301 -92.449 -40.612 1.00194.93 C \ ANISOU49646 CA ASN S 53 20650 29194 24222 898 -2266 2640 C \ ATOM 49647 C ASN S 53 -1.793 -92.395 -40.418 1.00196.57 C \ ANISOU49647 C ASN S 53 20765 30001 23924 1039 -2132 2943 C \ ATOM 49648 O ASN S 53 -1.304 -92.299 -39.295 1.00198.95 O \ ANISOU49648 O ASN S 53 20950 30499 24143 898 -1947 3016 O \ ATOM 49649 CB ASN S 53 -3.903 -93.544 -39.729 1.00206.58 C \ ANISOU49649 CB ASN S 53 22278 30373 25840 922 -2121 2472 C \ ATOM 49650 CG ASN S 53 -3.153 -94.860 -39.836 1.00232.05 C \ ANISOU49650 CG ASN S 53 25756 33788 28624 1312 -2031 2570 C \ ATOM 49651 OD1 ASN S 53 -3.395 -95.655 -40.745 1.00236.20 O \ ANISOU49651 OD1 ASN S 53 26559 34133 29054 1580 -2178 2523 O \ ATOM 49652 ND2 ASN S 53 -2.238 -95.097 -38.903 1.00231.12 N \ ANISOU49652 ND2 ASN S 53 25570 34024 28220 1354 -1797 2714 N \ ATOM 49653 N GLY S 54 -1.063 -92.455 -41.524 1.00219.49 N \ ANISOU49653 N GLY S 54 23716 33197 26483 1326 -2230 3142 N \ ATOM 49654 CA GLY S 54 0.385 -92.515 -41.489 1.00202.39 C \ ANISOU49654 CA GLY S 54 21446 31638 23817 1524 -2104 3490 C \ ATOM 49655 C GLY S 54 0.859 -93.913 -41.815 1.00193.88 C \ ANISOU49655 C GLY S 54 20650 30669 22346 2018 -2003 3564 C \ ATOM 49656 O GLY S 54 2.017 -94.122 -42.174 1.00195.22 O \ ANISOU49656 O GLY S 54 20785 31335 22054 2324 -1916 3881 O \ ATOM 49657 N LYS S 55 -0.055 -94.869 -41.693 1.00193.77 N \ ANISOU49657 N LYS S 55 20925 30183 22516 2101 -2016 3288 N \ ATOM 49658 CA LYS S 55 0.230 -96.261 -42.008 1.00195.22 C \ ANISOU49658 CA LYS S 55 21472 30357 22348 2566 -1951 3308 C \ ATOM 49659 C LYS S 55 -0.719 -96.781 -43.082 1.00210.89 C \ ANISOU49659 C LYS S 55 23816 31848 24465 2724 -2197 3093 C \ ATOM 49660 O LYS S 55 -0.293 -97.147 -44.177 1.00205.09 O \ ANISOU49660 O LYS S 55 23326 31219 23380 3119 -2282 3208 O \ ATOM 49661 CB LYS S 55 0.129 -97.130 -40.752 1.00194.81 C \ ANISOU49661 CB LYS S 55 21498 30199 22322 2532 -1745 3208 C \ ATOM 49662 CG LYS S 55 0.385 -98.609 -40.997 1.00196.44 C \ ANISOU49662 CG LYS S 55 22124 30350 22164 3006 -1679 3215 C \ ATOM 49663 CD LYS S 55 0.122 -99.431 -39.743 1.00225.86 C \ ANISOU49663 CD LYS S 55 25930 33903 25983 2922 -1498 3085 C \ ATOM 49664 CE LYS S 55 0.346-100.912 -39.999 1.00232.14 C \ ANISOU49664 CE LYS S 55 27191 34604 26409 3393 -1450 3084 C \ ATOM 49665 NZ LYS S 55 0.043-101.744 -38.802 1.00215.27 N \ ANISOU49665 NZ LYS S 55 25149 32272 24374 3306 -1285 2955 N \ ATOM 49666 N GLN S 56 -2.006 -96.823 -42.752 1.00195.18 N \ ANISOU49666 N GLN S 56 21866 29320 22973 2422 -2312 2801 N \ ATOM 49667 CA GLN S 56 -3.026 -97.324 -43.665 1.00196.13 C \ ANISOU49667 CA GLN S 56 22314 28925 23283 2492 -2588 2600 C \ ATOM 49668 C GLN S 56 -4.105 -96.275 -43.917 1.00215.05 C \ ANISOU49668 C GLN S 56 24483 31003 26225 2089 -2794 2445 C \ ATOM 49669 O GLN S 56 -4.026 -95.157 -43.408 1.00193.71 O \ ANISOU49669 O GLN S 56 21406 28474 23721 1787 -2712 2487 O \ ATOM 49670 CB GLN S 56 -3.659 -98.599 -43.103 1.00196.75 C \ ANISOU49670 CB GLN S 56 22698 28609 23450 2537 -2569 2426 C \ ATOM 49671 CG GLN S 56 -2.659 -99.694 -42.775 1.00215.69 C \ ANISOU49671 CG GLN S 56 25351 31282 25320 2944 -2355 2563 C \ ATOM 49672 CD GLN S 56 -3.200-100.695 -41.773 1.00197.86 C \ ANISOU49672 CD GLN S 56 23250 28713 23215 2861 -2257 2411 C \ ATOM 49673 OE1 GLN S 56 -4.218-100.452 -41.124 1.00196.83 O \ ANISOU49673 OE1 GLN S 56 22946 28246 23595 2468 -2289 2240 O \ ATOM 49674 NE2 GLN S 56 -2.519-101.827 -41.641 1.00199.22 N \ ANISOU49674 NE2 GLN S 56 23754 29003 22937 3250 -2126 2491 N \ ATOM 49675 N HIS S 57 -5.110 -96.641 -44.706 1.00213.08 N \ ANISOU49675 N HIS S 57 24482 30275 26203 2089 -3076 2279 N \ ATOM 49676 CA HIS S 57 -6.260 -95.773 -44.936 1.00214.32 C \ ANISOU49676 CA HIS S 57 24433 30088 26910 1722 -3279 2136 C \ ATOM 49677 C HIS S 57 -7.477 -96.283 -44.170 1.00217.88 C \ ANISOU49677 C HIS S 57 24880 30066 27838 1459 -3301 1950 C \ ATOM 49678 O HIS S 57 -8.024 -97.338 -44.493 1.00215.76 O \ ANISOU49678 O HIS S 57 24951 29442 27586 1565 -3472 1862 O \ ATOM 49679 CB HIS S 57 -6.582 -95.677 -46.429 1.00216.86 C \ ANISOU49679 CB HIS S 57 24984 30219 27193 1867 -3618 2117 C \ ATOM 49680 CG HIS S 57 -5.649 -94.793 -47.196 1.00218.94 C \ ANISOU49680 CG HIS S 57 25129 30912 27147 2016 -3615 2303 C \ ATOM 49681 ND1 HIS S 57 -5.878 -93.442 -47.370 1.00216.60 N \ ANISOU49681 ND1 HIS S 57 24487 30680 27132 1731 -3680 2319 N \ ATOM 49682 CD2 HIS S 57 -4.490 -95.062 -47.840 1.00218.91 C \ ANISOU49682 CD2 HIS S 57 25301 31299 26574 2427 -3550 2506 C \ ATOM 49683 CE1 HIS S 57 -4.898 -92.922 -48.084 1.00216.42 C \ ANISOU49683 CE1 HIS S 57 24426 31067 26737 1931 -3671 2524 C \ ATOM 49684 NE2 HIS S 57 -4.042 -93.882 -48.383 1.00218.55 N \ ANISOU49684 NE2 HIS S 57 24992 31557 26490 2362 -3583 2653 N \ ATOM 49685 N VAL S 58 -7.896 -95.533 -43.156 1.00217.20 N \ ANISOU49685 N VAL S 58 24427 29971 28127 1120 -3132 1908 N \ ATOM 49686 CA VAL S 58 -9.042 -95.921 -42.342 1.00222.14 C \ ANISOU49686 CA VAL S 58 24986 30196 29222 873 -3102 1774 C \ ATOM 49687 C VAL S 58 -10.353 -95.440 -42.962 1.00203.89 C \ ANISOU49687 C VAL S 58 22570 27470 27431 640 -3382 1683 C \ ATOM 49688 O VAL S 58 -10.439 -94.314 -43.457 1.00195.85 O \ ANISOU49688 O VAL S 58 21349 26523 26544 530 -3469 1701 O \ ATOM 49689 CB VAL S 58 -8.924 -95.381 -40.898 1.00237.85 C \ ANISOU49689 CB VAL S 58 26665 32352 31357 655 -2762 1782 C \ ATOM 49690 CG1 VAL S 58 -7.808 -96.099 -40.155 1.00230.13 C \ ANISOU49690 CG1 VAL S 58 25807 31711 29922 860 -2503 1868 C \ ATOM 49691 CG2 VAL S 58 -8.690 -93.877 -40.900 1.00235.96 C \ ANISOU49691 CG2 VAL S 58 26119 32330 31203 474 -2721 1832 C \ ATOM 49692 N PRO S 59 -11.378 -96.307 -42.943 1.00209.28 N \ ANISOU49692 N PRO S 59 23388 27718 28411 556 -3540 1606 N \ ATOM 49693 CA PRO S 59 -12.704 -96.014 -43.496 1.00210.19 C \ ANISOU49693 CA PRO S 59 23396 27419 29048 324 -3830 1556 C \ ATOM 49694 C PRO S 59 -13.533 -95.102 -42.594 1.00200.13 C \ ANISOU49694 C PRO S 59 21674 26066 28299 10 -3645 1547 C \ ATOM 49695 O PRO S 59 -14.397 -95.576 -41.855 1.00201.85 O \ ANISOU49695 O PRO S 59 21791 26029 28875 -151 -3576 1538 O \ ATOM 49696 CB PRO S 59 -13.345 -97.398 -43.608 1.00229.31 C \ ANISOU49696 CB PRO S 59 26136 29451 31541 343 -4037 1524 C \ ATOM 49697 CG PRO S 59 -12.700 -98.189 -42.526 1.00229.51 C \ ANISOU49697 CG PRO S 59 26255 29644 31302 458 -3719 1532 C \ ATOM 49698 CD PRO S 59 -11.284 -97.688 -42.436 1.00217.78 C \ ANISOU49698 CD PRO S 59 24753 28678 29315 686 -3474 1589 C \ ATOM 49699 N VAL S 60 -13.269 -93.803 -42.663 1.00195.05 N \ ANISOU49699 N VAL S 60 20784 25639 27687 -61 -3563 1565 N \ ATOM 49700 CA VAL S 60 -14.007 -92.826 -41.873 1.00194.52 C \ ANISOU49700 CA VAL S 60 20347 25495 28067 -310 -3381 1559 C \ ATOM 49701 C VAL S 60 -15.282 -92.383 -42.581 1.00195.81 C \ ANISOU49701 C VAL S 60 20350 25311 28737 -478 -3656 1557 C \ ATOM 49702 O VAL S 60 -15.231 -91.842 -43.686 1.00195.93 O \ ANISOU49702 O VAL S 60 20403 25331 28709 -446 -3914 1559 O \ ATOM 49703 CB VAL S 60 -13.151 -91.581 -41.573 1.00230.07 C \ ANISOU49703 CB VAL S 60 24696 30359 32362 -328 -3184 1586 C \ ATOM 49704 CG1 VAL S 60 -13.976 -90.531 -40.844 1.00228.04 C \ ANISOU49704 CG1 VAL S 60 24130 29968 32546 -553 -3020 1570 C \ ATOM 49705 CG2 VAL S 60 -11.922 -91.960 -40.763 1.00216.35 C \ ANISOU49705 CG2 VAL S 60 23064 28980 30157 -200 -2912 1624 C \ ATOM 49706 N TYR S 61 -16.422 -92.610 -41.938 1.00196.95 N \ ANISOU49706 N TYR S 61 20299 25169 29363 -652 -3595 1576 N \ ATOM 49707 CA TYR S 61 -17.704 -92.194 -42.491 1.00198.50 C \ ANISOU49707 CA TYR S 61 20282 25051 30087 -824 -3832 1620 C \ ATOM 49708 C TYR S 61 -18.089 -90.822 -41.953 1.00197.85 C \ ANISOU49708 C TYR S 61 19855 25026 30293 -936 -3601 1639 C \ ATOM 49709 O TYR S 61 -17.854 -90.514 -40.785 1.00196.98 O \ ANISOU49709 O TYR S 61 19639 25051 30154 -946 -3227 1632 O \ ATOM 49710 CB TYR S 61 -18.791 -93.219 -42.168 1.00200.67 C \ ANISOU49710 CB TYR S 61 20512 24984 30750 -954 -3923 1688 C \ ATOM 49711 CG TYR S 61 -20.084 -92.992 -42.917 1.00202.81 C \ ANISOU49711 CG TYR S 61 20588 24931 31541 -1132 -4254 1778 C \ ATOM 49712 CD1 TYR S 61 -20.272 -93.514 -44.190 1.00204.25 C \ ANISOU49712 CD1 TYR S 61 21022 24911 31674 -1130 -4732 1778 C \ ATOM 49713 CD2 TYR S 61 -21.118 -92.259 -42.351 1.00223.53 C \ ANISOU49713 CD2 TYR S 61 22791 27449 34690 -1287 -4092 1879 C \ ATOM 49714 CE1 TYR S 61 -21.452 -93.311 -44.880 1.00242.00 C \ ANISOU49714 CE1 TYR S 61 25620 29397 36933 -1315 -5067 1880 C \ ATOM 49715 CE2 TYR S 61 -22.302 -92.051 -43.033 1.00235.22 C \ ANISOU49715 CE2 TYR S 61 24056 28659 36657 -1446 -4396 1999 C \ ATOM 49716 CZ TYR S 61 -22.464 -92.579 -44.297 1.00212.97 C \ ANISOU49716 CZ TYR S 61 21474 25648 33798 -1478 -4898 2001 C \ ATOM 49717 OH TYR S 61 -23.641 -92.374 -44.980 1.00216.78 O \ ANISOU49717 OH TYR S 61 21737 25862 34766 -1659 -5231 2139 O \ ATOM 49718 N ILE S 62 -18.682 -90.002 -42.813 1.00198.46 N \ ANISOU49718 N ILE S 62 19793 24985 30629 -1008 -3832 1663 N \ ATOM 49719 CA ILE S 62 -19.014 -88.630 -42.453 1.00260.37 C \ ANISOU49719 CA ILE S 62 27362 32864 38702 -1082 -3645 1678 C \ ATOM 49720 C ILE S 62 -20.513 -88.454 -42.205 1.00229.76 C \ ANISOU49720 C ILE S 62 23160 28686 35454 -1219 -3639 1786 C \ ATOM 49721 O ILE S 62 -21.344 -88.991 -42.936 1.00202.01 O \ ANISOU49721 O ILE S 62 19597 24924 32232 -1299 -3963 1861 O \ ATOM 49722 CB ILE S 62 -18.540 -87.646 -43.550 1.00229.65 C \ ANISOU49722 CB ILE S 62 23526 29096 34635 -1047 -3867 1646 C \ ATOM 49723 CG1 ILE S 62 -18.917 -86.206 -43.198 1.00264.97 C \ ANISOU49723 CG1 ILE S 62 27762 33572 39343 -1123 -3694 1661 C \ ATOM 49724 CG2 ILE S 62 -19.100 -88.033 -44.912 1.00234.38 C \ ANISOU49724 CG2 ILE S 62 24199 29476 35378 -1061 -4326 1671 C \ ATOM 49725 CD1 ILE S 62 -18.512 -85.207 -44.257 1.00270.46 C \ ANISOU49725 CD1 ILE S 62 28501 34369 39894 -1110 -3918 1642 C \ ATOM 49726 N THR S 63 -20.847 -87.709 -41.155 1.00200.17 N \ ANISOU49726 N THR S 63 19200 24958 31898 -1238 -3272 1816 N \ ATOM 49727 CA THR S 63 -22.238 -87.440 -40.808 1.00202.41 C \ ANISOU49727 CA THR S 63 19141 25003 32765 -1320 -3188 1959 C \ ATOM 49728 C THR S 63 -22.494 -85.937 -40.741 1.00202.37 C \ ANISOU49728 C THR S 63 18978 25017 32898 -1296 -3044 1965 C \ ATOM 49729 O THR S 63 -21.554 -85.143 -40.692 1.00200.54 O \ ANISOU49729 O THR S 63 18916 24982 32299 -1244 -2953 1853 O \ ATOM 49730 CB THR S 63 -22.629 -88.083 -39.463 1.00203.30 C \ ANISOU49730 CB THR S 63 19143 25069 33031 -1320 -2825 2033 C \ ATOM 49731 OG1 THR S 63 -21.939 -87.424 -38.394 1.00201.83 O \ ANISOU49731 OG1 THR S 63 19039 25072 32574 -1230 -2413 1950 O \ ATOM 49732 CG2 THR S 63 -22.280 -89.565 -39.452 1.00203.29 C \ ANISOU49732 CG2 THR S 63 19344 25050 32845 -1337 -2951 2017 C \ ATOM 49733 N GLU S 64 -23.770 -85.562 -40.746 1.00225.10 N \ ANISOU49733 N GLU S 64 21536 27689 36303 -1337 -3034 2119 N \ ATOM 49734 CA GLU S 64 -24.190 -84.160 -40.751 1.00233.38 C \ ANISOU49734 CA GLU S 64 22434 28708 37532 -1289 -2912 2148 C \ ATOM 49735 C GLU S 64 -23.588 -83.337 -39.609 1.00235.96 C \ ANISOU49735 C GLU S 64 22893 29170 37592 -1187 -2476 2060 C \ ATOM 49736 O GLU S 64 -23.256 -82.166 -39.787 1.00244.65 O \ ANISOU49736 O GLU S 64 24083 30323 38551 -1152 -2454 1994 O \ ATOM 49737 CB GLU S 64 -25.719 -84.080 -40.694 1.00257.68 C \ ANISOU49737 CB GLU S 64 25110 31559 41236 -1313 -2890 2380 C \ ATOM 49738 CG GLU S 64 -26.277 -82.666 -40.653 1.00278.27 C \ ANISOU49738 CG GLU S 64 27556 34115 44058 -1220 -2733 2439 C \ ATOM 49739 CD GLU S 64 -26.107 -81.926 -41.966 1.00292.39 C \ ANISOU49739 CD GLU S 64 29404 35898 45794 -1260 -3111 2375 C \ ATOM 49740 OE1 GLU S 64 -25.880 -82.588 -43.001 1.00301.25 O \ ANISOU49740 OE1 GLU S 64 30613 37007 46840 -1363 -3528 2341 O \ ATOM 49741 OE2 GLU S 64 -26.202 -80.681 -41.962 1.00294.51 O \ ANISOU49741 OE2 GLU S 64 29661 36159 46080 -1176 -2992 2361 O \ ATOM 49742 N ASN S 65 -23.438 -83.956 -38.443 1.00237.70 N \ ANISOU49742 N ASN S 65 23155 29431 37728 -1148 -2151 2063 N \ ATOM 49743 CA ASN S 65 -22.950 -83.255 -37.259 1.00204.05 C \ ANISOU49743 CA ASN S 65 19049 25260 33222 -1055 -1738 1993 C \ ATOM 49744 C ASN S 65 -21.434 -83.070 -37.243 1.00200.77 C \ ANISOU49744 C ASN S 65 18981 25093 32210 -1080 -1778 1819 C \ ATOM 49745 O ASN S 65 -20.892 -82.411 -36.356 1.00200.27 O \ ANISOU49745 O ASN S 65 19099 25108 31887 -1040 -1508 1756 O \ ATOM 49746 CB ASN S 65 -23.396 -83.995 -35.996 1.00213.99 C \ ANISOU49746 CB ASN S 65 20221 26465 34620 -998 -1369 2079 C \ ATOM 49747 CG ASN S 65 -23.442 -85.500 -36.187 1.00232.71 C \ ANISOU49747 CG ASN S 65 22545 28828 37047 -1082 -1539 2123 C \ ATOM 49748 OD1 ASN S 65 -22.426 -86.187 -36.070 1.00239.81 O \ ANISOU49748 OD1 ASN S 65 23691 29883 37542 -1101 -1578 2005 O \ ATOM 49749 ND2 ASN S 65 -24.628 -86.022 -36.481 1.00216.31 N \ ANISOU49749 ND2 ASN S 65 20157 26564 35468 -1136 -1653 2314 N \ ATOM 49750 N MET S 66 -20.753 -83.657 -38.222 1.00199.36 N \ ANISOU49750 N MET S 66 18905 25038 31806 -1139 -2121 1765 N \ ATOM 49751 CA MET S 66 -19.293 -83.631 -38.269 1.00197.12 C \ ANISOU49751 CA MET S 66 18903 25034 30960 -1149 -2168 1656 C \ ATOM 49752 C MET S 66 -18.735 -82.474 -39.100 1.00196.27 C \ ANISOU49752 C MET S 66 18884 25030 30659 -1185 -2374 1617 C \ ATOM 49753 O MET S 66 -17.523 -82.375 -39.295 1.00194.69 O \ ANISOU49753 O MET S 66 18877 25088 30008 -1206 -2454 1573 O \ ATOM 49754 CB MET S 66 -18.767 -84.961 -38.817 1.00196.32 C \ ANISOU49754 CB MET S 66 18899 25035 30658 -1140 -2385 1642 C \ ATOM 49755 CG MET S 66 -19.074 -86.156 -37.930 1.00200.08 C \ ANISOU49755 CG MET S 66 19352 25443 31227 -1117 -2185 1673 C \ ATOM 49756 SD MET S 66 -18.884 -87.733 -38.783 1.00249.82 S \ ANISOU49756 SD MET S 66 25772 31727 37422 -1101 -2514 1677 S \ ATOM 49757 CE MET S 66 -17.184 -87.619 -39.331 1.00194.67 C \ ANISOU49757 CE MET S 66 19085 25111 29770 -1016 -2632 1592 C \ ATOM 49758 N VAL S 67 -19.617 -81.607 -39.585 1.00197.51 N \ ANISOU49758 N VAL S 67 18886 24999 31159 -1192 -2457 1657 N \ ATOM 49759 CA VAL S 67 -19.220 -80.523 -40.482 1.00196.93 C \ ANISOU49759 CA VAL S 67 18883 24990 30952 -1233 -2683 1632 C \ ATOM 49760 C VAL S 67 -18.283 -79.506 -39.827 1.00196.10 C \ ANISOU49760 C VAL S 67 19001 25037 30469 -1273 -2521 1581 C \ ATOM 49761 O VAL S 67 -18.548 -79.016 -38.730 1.00196.94 O \ ANISOU49761 O VAL S 67 19164 25044 30620 -1246 -2213 1573 O \ ATOM 49762 CB VAL S 67 -20.456 -79.778 -41.032 1.00235.50 C \ ANISOU49762 CB VAL S 67 23550 29619 36310 -1218 -2776 1697 C \ ATOM 49763 CG1 VAL S 67 -20.035 -78.554 -41.832 1.00213.26 C \ ANISOU49763 CG1 VAL S 67 20831 26856 33341 -1259 -2975 1667 C \ ATOM 49764 CG2 VAL S 67 -21.297 -80.711 -41.888 1.00227.09 C \ ANISOU49764 CG2 VAL S 67 22278 28410 35594 -1228 -3044 1772 C \ ATOM 49765 N GLY S 68 -17.187 -79.199 -40.516 1.00194.71 N \ ANISOU49765 N GLY S 68 18969 25101 29912 -1337 -2742 1567 N \ ATOM 49766 CA GLY S 68 -16.253 -78.175 -40.083 1.00194.19 C \ ANISOU49766 CA GLY S 68 19111 25187 29485 -1428 -2682 1556 C \ ATOM 49767 C GLY S 68 -14.987 -78.721 -39.451 1.00219.70 C \ ANISOU49767 C GLY S 68 22503 28720 32253 -1470 -2593 1565 C \ ATOM 49768 O GLY S 68 -13.956 -78.050 -39.426 1.00207.15 O \ ANISOU49768 O GLY S 68 21066 27344 30297 -1580 -2663 1603 O \ ATOM 49769 N HIS S 69 -15.066 -79.943 -38.940 1.00195.83 N \ ANISOU49769 N HIS S 69 19440 25718 29248 -1392 -2449 1553 N \ ATOM 49770 CA HIS S 69 -13.906 -80.613 -38.364 1.00201.71 C \ ANISOU49770 CA HIS S 69 20316 26756 29567 -1404 -2360 1574 C \ ATOM 49771 C HIS S 69 -12.969 -81.138 -39.449 1.00234.21 C \ ANISOU49771 C HIS S 69 24443 31169 33378 -1368 -2628 1639 C \ ATOM 49772 O HIS S 69 -13.360 -81.271 -40.607 1.00190.69 O \ ANISOU49772 O HIS S 69 18846 25588 28019 -1313 -2869 1643 O \ ATOM 49773 CB HIS S 69 -14.351 -81.748 -37.442 1.00219.26 C \ ANISOU49773 CB HIS S 69 22507 28884 31918 -1317 -2107 1542 C \ ATOM 49774 CG HIS S 69 -15.026 -81.276 -36.190 1.00209.91 C \ ANISOU49774 CG HIS S 69 21356 27478 30922 -1320 -1782 1507 C \ ATOM 49775 ND1 HIS S 69 -14.384 -81.227 -34.974 1.00196.55 N \ ANISOU49775 ND1 HIS S 69 19849 25886 28944 -1355 -1541 1494 N \ ATOM 49776 CD2 HIS S 69 -16.285 -80.824 -35.973 1.00205.83 C \ ANISOU49776 CD2 HIS S 69 20722 26649 30836 -1268 -1652 1500 C \ ATOM 49777 CE1 HIS S 69 -15.220 -80.768 -34.055 1.00198.34 C \ ANISOU49777 CE1 HIS S 69 20106 25854 29400 -1311 -1269 1465 C \ ATOM 49778 NE2 HIS S 69 -16.376 -80.517 -34.636 1.00205.82 N \ ANISOU49778 NE2 HIS S 69 20858 26560 30783 -1246 -1316 1478 N \ ATOM 49779 N LYS S 70 -11.727 -81.422 -39.070 1.00206.43 N \ ANISOU49779 N LYS S 70 21035 27984 29416 -1387 -2581 1707 N \ ATOM 49780 CA LYS S 70 -10.739 -81.950 -40.006 1.00217.71 C \ ANISOU49780 CA LYS S 70 22478 29739 30502 -1304 -2781 1807 C \ ATOM 49781 C LYS S 70 -10.754 -83.477 -39.995 1.00203.91 C \ ANISOU49781 C LYS S 70 20751 28016 28710 -1124 -2727 1786 C \ ATOM 49782 O LYS S 70 -10.977 -84.092 -38.953 1.00204.86 O \ ANISOU49782 O LYS S 70 20896 28054 28886 -1112 -2492 1736 O \ ATOM 49783 CB LYS S 70 -9.336 -81.431 -39.673 1.00207.97 C \ ANISOU49783 CB LYS S 70 21323 28895 28801 -1412 -2776 1949 C \ ATOM 49784 CG LYS S 70 -9.064 -79.990 -40.103 1.00207.66 C \ ANISOU49784 CG LYS S 70 21292 28900 28712 -1590 -2946 2019 C \ ATOM 49785 CD LYS S 70 -9.699 -78.977 -39.162 1.00246.03 C \ ANISOU49785 CD LYS S 70 26236 33467 33778 -1750 -2809 1926 C \ ATOM 49786 CE LYS S 70 -9.442 -77.554 -39.629 1.00190.40 C \ ANISOU49786 CE LYS S 70 19243 26431 26670 -1929 -3005 1994 C \ ATOM 49787 NZ LYS S 70 -10.063 -76.553 -38.719 1.00191.45 N \ ANISOU49787 NZ LYS S 70 19530 26247 26966 -2049 -2872 1900 N \ ATOM 49788 N LEU S 71 -10.534 -84.077 -41.163 1.00188.83 N \ ANISOU49788 N LEU S 71 18863 26196 26687 -977 -2949 1826 N \ ATOM 49789 CA LEU S 71 -10.570 -85.531 -41.324 1.00188.95 C \ ANISOU49789 CA LEU S 71 18965 26192 26635 -787 -2951 1805 C \ ATOM 49790 C LEU S 71 -9.673 -86.262 -40.330 1.00188.49 C \ ANISOU49790 C LEU S 71 18992 26391 26236 -727 -2715 1856 C \ ATOM 49791 O LEU S 71 -10.067 -87.277 -39.752 1.00188.69 O \ ANISOU49791 O LEU S 71 19067 26272 26353 -657 -2584 1792 O \ ATOM 49792 CB LEU S 71 -10.164 -85.912 -42.750 1.00189.18 C \ ANISOU49792 CB LEU S 71 19086 26343 26451 -609 -3227 1868 C \ ATOM 49793 CG LEU S 71 -10.985 -85.301 -43.886 1.00193.19 C \ ANISOU49793 CG LEU S 71 19538 26609 27256 -645 -3503 1827 C \ ATOM 49794 CD1 LEU S 71 -10.441 -85.745 -45.234 1.00234.72 C \ ANISOU49794 CD1 LEU S 71 24947 32015 32221 -434 -3754 1898 C \ ATOM 49795 CD2 LEU S 71 -12.454 -85.672 -43.747 1.00194.77 C \ ANISOU49795 CD2 LEU S 71 19667 26359 27977 -707 -3535 1708 C \ ATOM 49796 N GLY S 72 -8.470 -85.732 -40.131 1.00213.08 N \ ANISOU49796 N GLY S 72 22112 29887 28960 -768 -2676 1992 N \ ATOM 49797 CA GLY S 72 -7.487 -86.345 -39.256 1.00214.72 C \ ANISOU49797 CA GLY S 72 22382 30395 28805 -715 -2479 2081 C \ ATOM 49798 C GLY S 72 -7.944 -86.517 -37.821 1.00232.09 C \ ANISOU49798 C GLY S 72 24595 32415 31174 -822 -2208 1980 C \ ATOM 49799 O GLY S 72 -7.402 -87.341 -37.084 1.00223.84 O \ ANISOU49799 O GLY S 72 23619 31527 29903 -742 -2037 2014 O \ ATOM 49800 N GLU S 73 -8.942 -85.735 -37.421 1.00233.06 N \ ANISOU49800 N GLU S 73 24659 32212 31682 -980 -2157 1868 N \ ATOM 49801 CA GLU S 73 -9.504 -85.841 -36.082 1.00262.97 C \ ANISOU49801 CA GLU S 73 28469 35794 35653 -1050 -1879 1778 C \ ATOM 49802 C GLU S 73 -10.165 -87.200 -35.881 1.00188.46 C \ ANISOU49802 C GLU S 73 19040 26168 26397 -906 -1781 1707 C \ ATOM 49803 O GLU S 73 -10.158 -87.748 -34.779 1.00188.51 O \ ANISOU49803 O GLU S 73 19098 26156 26373 -897 -1537 1683 O \ ATOM 49804 CB GLU S 73 -10.516 -84.723 -35.835 1.00244.38 C \ ANISOU49804 CB GLU S 73 26058 33117 33677 -1188 -1840 1696 C \ ATOM 49805 CG GLU S 73 -9.952 -83.323 -35.998 1.00242.68 C \ ANISOU49805 CG GLU S 73 25881 33026 33299 -1352 -1954 1757 C \ ATOM 49806 CD GLU S 73 -10.997 -82.248 -35.782 1.00250.73 C \ ANISOU49806 CD GLU S 73 26888 33698 34679 -1441 -1906 1671 C \ ATOM 49807 OE1 GLU S 73 -12.044 -82.551 -35.171 1.00251.11 O \ ANISOU49807 OE1 GLU S 73 26895 33453 35063 -1381 -1704 1587 O \ ATOM 49808 OE2 GLU S 73 -10.776 -81.101 -36.225 1.00259.70 O \ ANISOU49808 OE2 GLU S 73 28054 34858 35760 -1560 -2063 1707 O \ ATOM 49809 N PHE S 74 -10.736 -87.738 -36.954 1.00197.48 N \ ANISOU49809 N PHE S 74 20153 27159 27721 -805 -1992 1682 N \ ATOM 49810 CA PHE S 74 -11.410 -89.028 -36.889 1.00240.44 C \ ANISOU49810 CA PHE S 74 25628 32383 33345 -699 -1968 1631 C \ ATOM 49811 C PHE S 74 -10.477 -90.157 -37.305 1.00219.39 C \ ANISOU49811 C PHE S 74 23137 29956 30265 -500 -2040 1686 C \ ATOM 49812 O PHE S 74 -10.875 -91.320 -37.350 1.00251.36 O \ ANISOU49812 O PHE S 74 27284 33840 34383 -396 -2061 1652 O \ ATOM 49813 CB PHE S 74 -12.662 -89.020 -37.765 1.00223.88 C \ ANISOU49813 CB PHE S 74 23431 29933 31702 -725 -2186 1586 C \ ATOM 49814 CG PHE S 74 -13.622 -87.915 -37.434 1.00241.62 C \ ANISOU49814 CG PHE S 74 25495 31951 34360 -874 -2107 1559 C \ ATOM 49815 CD1 PHE S 74 -14.554 -88.069 -36.421 1.00251.81 C \ ANISOU49815 CD1 PHE S 74 26681 33002 35994 -923 -1861 1539 C \ ATOM 49816 CD2 PHE S 74 -13.592 -86.721 -38.134 1.00247.34 C \ ANISOU49816 CD2 PHE S 74 26158 32702 35117 -943 -2265 1569 C \ ATOM 49817 CE1 PHE S 74 -15.438 -87.053 -36.113 1.00263.90 C \ ANISOU49817 CE1 PHE S 74 28059 34330 37882 -1007 -1758 1536 C \ ATOM 49818 CE2 PHE S 74 -14.474 -85.701 -37.832 1.00257.68 C \ ANISOU49818 CE2 PHE S 74 27330 33791 36784 -1046 -2182 1549 C \ ATOM 49819 CZ PHE S 74 -15.398 -85.867 -36.819 1.00268.22 C \ ANISOU49819 CZ PHE S 74 28571 34895 38447 -1062 -1919 1535 C \ ATOM 49820 N ALA S 75 -9.232 -89.804 -37.607 1.00188.47 N \ ANISOU49820 N ALA S 75 19268 26431 25911 -441 -2080 1793 N \ ATOM 49821 CA ALA S 75 -8.234 -90.784 -38.009 1.00188.49 C \ ANISOU49821 CA ALA S 75 19433 26716 25469 -201 -2116 1884 C \ ATOM 49822 C ALA S 75 -7.013 -90.714 -37.098 1.00187.97 C \ ANISOU49822 C ALA S 75 19368 27053 24998 -201 -1905 2007 C \ ATOM 49823 O ALA S 75 -6.066 -89.980 -37.380 1.00187.76 O \ ANISOU49823 O ALA S 75 19281 27372 24687 -228 -1961 2154 O \ ATOM 49824 CB ALA S 75 -7.832 -90.568 -39.458 1.00190.18 C \ ANISOU49824 CB ALA S 75 19694 27067 25501 -66 -2390 1962 C \ ATOM 49825 N PRO S 76 -7.034 -91.486 -36.001 1.00187.94 N \ ANISOU49825 N PRO S 76 19426 27011 24972 -182 -1673 1968 N \ ATOM 49826 CA PRO S 76 -5.959 -91.500 -35.001 1.00187.62 C \ ANISOU49826 CA PRO S 76 19393 27321 24573 -198 -1468 2082 C \ ATOM 49827 C PRO S 76 -4.626 -91.966 -35.576 1.00187.82 C \ ANISOU49827 C PRO S 76 19478 27804 24083 33 -1524 2282 C \ ATOM 49828 O PRO S 76 -4.562 -92.998 -36.244 1.00188.32 O \ ANISOU49828 O PRO S 76 19689 27856 24008 302 -1589 2288 O \ ATOM 49829 CB PRO S 76 -6.474 -92.486 -33.946 1.00187.76 C \ ANISOU49829 CB PRO S 76 19496 27125 24719 -168 -1242 1978 C \ ATOM 49830 CG PRO S 76 -7.442 -93.351 -34.677 1.00191.96 C \ ANISOU49830 CG PRO S 76 20110 27309 25517 -49 -1377 1872 C \ ATOM 49831 CD PRO S 76 -8.098 -92.451 -35.677 1.00192.43 C \ ANISOU49831 CD PRO S 76 20063 27195 25859 -149 -1613 1833 C \ ATOM 49832 N THR S 77 -3.573 -91.201 -35.312 1.00187.74 N \ ANISOU49832 N THR S 77 19364 28189 23781 -68 -1506 2468 N \ ATOM 49833 CA THR S 77 -2.244 -91.512 -35.825 1.00188.27 C \ ANISOU49833 CA THR S 77 19423 28755 23356 145 -1540 2726 C \ ATOM 49834 C THR S 77 -1.531 -92.577 -34.996 1.00198.80 C \ ANISOU49834 C THR S 77 20843 30316 24378 319 -1328 2814 C \ ATOM 49835 O THR S 77 -0.889 -93.475 -35.542 1.00189.24 O \ ANISOU49835 O THR S 77 19728 29336 22838 650 -1321 2942 O \ ATOM 49836 CB THR S 77 -1.359 -90.254 -35.873 1.00252.93 C \ ANISOU49836 CB THR S 77 27431 37309 31361 -66 -1632 2948 C \ ATOM 49837 OG1 THR S 77 -1.142 -89.767 -34.542 1.00199.90 O \ ANISOU49837 OG1 THR S 77 20680 30631 24641 -337 -1496 2959 O \ ATOM 49838 CG2 THR S 77 -2.022 -89.167 -36.705 1.00219.46 C \ ANISOU49838 CG2 THR S 77 23120 32853 27411 -232 -1843 2869 C \ ATOM 49839 N ARG S 78 -1.648 -92.473 -33.676 1.00188.19 N \ ANISOU49839 N ARG S 78 19489 28896 23119 119 -1149 2749 N \ ATOM 49840 CA ARG S 78 -0.891 -93.333 -32.773 1.00188.48 C \ ANISOU49840 CA ARG S 78 19587 29180 22848 241 -947 2852 C \ ATOM 49841 C ARG S 78 -1.740 -94.432 -32.143 1.00188.28 C \ ANISOU49841 C ARG S 78 19732 28783 23023 338 -781 2635 C \ ATOM 49842 O ARG S 78 -2.859 -94.189 -31.690 1.00187.88 O \ ANISOU49842 O ARG S 78 19689 28314 23382 156 -737 2425 O \ ATOM 49843 CB ARG S 78 -0.238 -92.491 -31.676 1.00193.24 C \ ANISOU49843 CB ARG S 78 20086 30010 23326 -50 -873 2976 C \ ATOM 49844 CG ARG S 78 0.846 -91.555 -32.184 1.00213.31 C \ ANISOU49844 CG ARG S 78 22454 33006 25590 -154 -1041 3272 C \ ATOM 49845 CD ARG S 78 1.384 -90.671 -31.071 1.00227.46 C \ ANISOU49845 CD ARG S 78 24193 34947 27286 -502 -1024 3383 C \ ATOM 49846 NE ARG S 78 0.420 -89.653 -30.665 1.00238.64 N \ ANISOU49846 NE ARG S 78 25669 35938 29067 -808 -1061 3159 N \ ATOM 49847 CZ ARG S 78 0.381 -88.423 -31.166 1.00242.28 C \ ANISOU49847 CZ ARG S 78 26059 36379 29616 -1033 -1264 3204 C \ ATOM 49848 NH1 ARG S 78 1.254 -88.055 -32.095 1.00233.31 N \ ANISOU49848 NH1 ARG S 78 24765 35636 28244 -1010 -1452 3475 N \ ATOM 49849 NH2 ARG S 78 -0.530 -87.558 -30.741 1.00249.24 N \ ANISOU49849 NH2 ARG S 78 27034 36851 30813 -1265 -1268 2995 N \ ATOM 49850 N THR S 79 -1.193 -95.643 -32.119 1.00188.80 N \ ANISOU49850 N THR S 79 19933 29015 22789 637 -685 2713 N \ ATOM 49851 CA THR S 79 -1.853 -96.781 -31.491 1.00202.92 C \ ANISOU49851 CA THR S 79 21900 30490 24709 736 -533 2544 C \ ATOM 49852 C THR S 79 -1.328 -96.984 -30.074 1.00188.77 C \ ANISOU49852 C THR S 79 20101 28867 22755 654 -291 2600 C \ ATOM 49853 O THR S 79 -0.130 -97.185 -29.870 1.00189.23 O \ ANISOU49853 O THR S 79 20132 29375 22392 780 -230 2824 O \ ATOM 49854 CB THR S 79 -1.644 -98.074 -32.302 1.00227.67 C \ ANISOU49854 CB THR S 79 25266 33637 27602 1132 -582 2574 C \ ATOM 49855 OG1 THR S 79 -2.175 -97.905 -33.623 1.00205.40 O \ ANISOU49855 OG1 THR S 79 22497 30621 24925 1205 -827 2513 O \ ATOM 49856 CG2 THR S 79 -2.335 -99.248 -31.626 1.00228.72 C \ ANISOU49856 CG2 THR S 79 25602 33425 27875 1198 -449 2412 C \ ATOM 49857 N TYR S 80 -2.226 -96.930 -29.095 1.00188.39 N \ ANISOU49857 N TYR S 80 20074 28467 23038 455 -150 2416 N \ ATOM 49858 CA TYR S 80 -1.828 -97.050 -27.698 1.00188.39 C \ ANISOU49858 CA TYR S 80 20095 28578 22906 360 79 2447 C \ ATOM 49859 C TYR S 80 -2.477 -98.245 -27.008 1.00188.58 C \ ANISOU49859 C TYR S 80 20281 28310 23059 470 267 2308 C \ ATOM 49860 O TYR S 80 -3.683 -98.462 -27.127 1.00188.60 O \ ANISOU49860 O TYR S 80 20316 27880 23464 422 260 2132 O \ ATOM 49861 CB TYR S 80 -2.169 -95.768 -26.938 1.00188.10 C \ ANISOU49861 CB TYR S 80 19967 28425 23079 15 114 2388 C \ ATOM 49862 CG TYR S 80 -1.876 -95.847 -25.458 1.00188.31 C \ ANISOU49862 CG TYR S 80 20067 28499 22984 -94 341 2396 C \ ATOM 49863 CD1 TYR S 80 -0.574 -95.760 -24.984 1.00188.72 C \ ANISOU49863 CD1 TYR S 80 20099 29002 22603 -111 351 2617 C \ ATOM 49864 CD2 TYR S 80 -2.900 -96.008 -24.535 1.00188.34 C \ ANISOU49864 CD2 TYR S 80 20154 28107 23302 -176 542 2209 C \ ATOM 49865 CE1 TYR S 80 -0.300 -95.833 -23.632 1.00189.06 C \ ANISOU49865 CE1 TYR S 80 20234 29078 22521 -219 535 2626 C \ ATOM 49866 CE2 TYR S 80 -2.636 -96.082 -23.181 1.00205.42 C \ ANISOU49866 CE2 TYR S 80 22416 30302 25333 -258 755 2214 C \ ATOM 49867 CZ TYR S 80 -1.334 -95.994 -22.735 1.00188.98 C \ ANISOU49867 CZ TYR S 80 20344 28649 22811 -285 740 2411 C \ ATOM 49868 OH TYR S 80 -1.067 -96.065 -21.386 1.00189.45 O \ ANISOU49868 OH TYR S 80 20527 28729 22728 -375 929 2418 O \ ATOM 49869 N ARG S 81 -1.657 -99.007 -26.286 1.00188.90 N \ ANISOU49869 N ARG S 81 20410 28604 22758 608 428 2413 N \ ATOM 49870 CA ARG S 81 -2.111-100.159 -25.509 1.00189.18 C \ ANISOU49870 CA ARG S 81 20613 28411 22857 711 623 2310 C \ ATOM 49871 C ARG S 81 -2.910-101.150 -26.352 1.00189.64 C \ ANISOU49871 C ARG S 81 20823 28136 23097 897 519 2197 C \ ATOM 49872 O ARG S 81 -4.129-101.253 -26.216 1.00189.75 O \ ANISOU49872 O ARG S 81 20842 27714 23540 768 529 2037 O \ ATOM 49873 CB ARG S 81 -2.945 -99.697 -24.311 1.00188.98 C \ ANISOU49873 CB ARG S 81 20557 28088 23159 448 810 2170 C \ ATOM 49874 CG ARG S 81 -2.390-100.139 -22.965 1.00189.21 C \ ANISOU49874 CG ARG S 81 20674 28265 22952 452 1054 2220 C \ ATOM 49875 CD ARG S 81 -0.973 -99.625 -22.752 1.00189.29 C \ ANISOU49875 CD ARG S 81 20619 28789 22513 429 1016 2439 C \ ATOM 49876 NE ARG S 81 -0.414-100.073 -21.479 1.00189.66 N \ ANISOU49876 NE ARG S 81 20759 28984 22320 430 1226 2499 N \ ATOM 49877 CZ ARG S 81 0.815 -99.791 -21.059 1.00190.08 C \ ANISOU49877 CZ ARG S 81 20765 29480 21977 395 1212 2716 C \ ATOM 49878 NH1 ARG S 81 1.626 -99.059 -21.811 1.00190.24 N \ ANISOU49878 NH1 ARG S 81 20629 29854 21801 352 1004 2911 N \ ATOM 49879 NH2 ARG S 81 1.235-100.243 -19.886 1.00190.52 N \ ANISOU49879 NH2 ARG S 81 20919 29633 21835 394 1397 2759 N \ ATOM 45711 N ALA M 2 -31.649 -61.473 -1.605 1.00218.93 N \ ANISOU45711 N ALA M 2 24240 25162 33782 -1086 1556 5451 N \ ATOM 45712 CA ALA M 2 -32.533 -62.631 -1.575 1.00275.21 C \ ANISOU45712 CA ALA M 2 31320 31766 41480 -1653 2356 5126 C \ ATOM 45713 C ALA M 2 -32.102 -63.679 -2.594 1.00287.91 C \ ANISOU45713 C ALA M 2 32637 32914 43842 -1602 2352 4882 C \ ATOM 45714 O ALA M 2 -30.924 -63.774 -2.941 1.00249.11 O \ ANISOU45714 O ALA M 2 27837 27808 39008 -1153 1820 5248 O \ ATOM 45715 CB ALA M 2 -33.970 -62.207 -1.827 1.00198.13 C \ ANISOU45715 CB ALA M 2 20929 22538 31813 -2042 2802 4271 C \ ATOM 45716 N ARG M 3 -33.062 -64.465 -3.070 1.00325.87 N \ ANISOU45716 N ARG M 3 37050 37537 49230 -2086 2977 4223 N \ ATOM 45717 CA ARG M 3 -32.777 -65.516 -4.039 1.00333.05 C \ ANISOU45717 CA ARG M 3 37691 37981 50872 -2130 3086 3916 C \ ATOM 45718 C ARG M 3 -32.634 -64.945 -5.446 1.00323.88 C \ ANISOU45718 C ARG M 3 35780 37422 49857 -1837 2555 3235 C \ ATOM 45719 O ARG M 3 -33.344 -64.013 -5.824 1.00326.00 O \ ANISOU45719 O ARG M 3 35547 38439 49879 -1836 2370 2679 O \ ATOM 45720 CB ARG M 3 -33.874 -66.582 -4.011 1.00356.02 C \ ANISOU45720 CB ARG M 3 40487 40456 54328 -2814 3986 3436 C \ ATOM 45721 CG ARG M 3 -33.572 -67.803 -4.864 1.00377.93 C \ ANISOU45721 CG ARG M 3 43118 42616 57860 -2926 4211 3192 C \ ATOM 45722 CD ARG M 3 -34.666 -68.850 -4.749 1.00399.90 C \ ANISOU45722 CD ARG M 3 45844 44949 61151 -3649 5153 2729 C \ ATOM 45723 NE ARG M 3 -34.350 -70.051 -5.516 1.00402.15 N \ ANISOU45723 NE ARG M 3 46059 44589 62152 -3776 5414 2525 N \ ATOM 45724 CZ ARG M 3 -35.136 -71.120 -5.590 1.00406.76 C \ ANISOU45724 CZ ARG M 3 46597 44677 63277 -4394 6232 2100 C \ ATOM 45725 NH1 ARG M 3 -34.768 -72.169 -6.313 1.00406.42 N \ ANISOU45725 NH1 ARG M 3 46513 44040 63867 -4478 6445 1929 N \ ATOM 45726 NH2 ARG M 3 -36.292 -71.141 -4.941 1.00412.23 N \ ANISOU45726 NH2 ARG M 3 47280 45449 63900 -4956 6884 1811 N \ ATOM 45727 N ILE M 4 -31.710 -65.511 -6.214 1.00286.60 N \ ANISOU45727 N ILE M 4 31023 32331 45542 -1593 2320 3278 N \ ATOM 45728 CA ILE M 4 -31.467 -65.076 -7.583 1.00239.37 C \ ANISOU45728 CA ILE M 4 24464 26800 39686 -1361 1864 2654 C \ ATOM 45729 C ILE M 4 -31.647 -66.271 -8.524 1.00220.72 C \ ANISOU45729 C ILE M 4 21817 23946 38101 -1689 2281 2112 C \ ATOM 45730 O ILE M 4 -32.034 -67.352 -8.077 1.00223.67 O \ ANISOU45730 O ILE M 4 22406 23685 38893 -2091 2928 2203 O \ ATOM 45731 CB ILE M 4 -30.053 -64.458 -7.728 1.00186.97 C \ ANISOU45731 CB ILE M 4 18037 20243 32760 -742 1160 3145 C \ ATOM 45732 CG1 ILE M 4 -29.995 -63.484 -8.911 1.00180.56 C \ ANISOU45732 CG1 ILE M 4 16732 20147 31724 -506 634 2517 C \ ATOM 45733 CG2 ILE M 4 -28.980 -65.545 -7.794 1.00190.18 C \ ANISOU45733 CG2 ILE M 4 18735 19793 33731 -602 1242 3568 C \ ATOM 45734 CD1 ILE M 4 -28.618 -62.932 -9.183 1.00238.53 C \ ANISOU45734 CD1 ILE M 4 24237 27537 38857 29 41 2869 C \ ATOM 45735 N ALA M 5 -31.381 -66.073 -9.814 1.00211.60 N \ ANISOU45735 N ALA M 5 20235 23058 37104 -1554 1945 1537 N \ ATOM 45736 CA ALA M 5 -31.520 -67.126 -10.815 1.00206.97 C \ ANISOU45736 CA ALA M 5 19380 22051 37209 -1878 2309 957 C \ ATOM 45737 C ALA M 5 -30.762 -68.382 -10.409 1.00214.64 C \ ANISOU45737 C ALA M 5 20800 22026 38727 -1902 2721 1503 C \ ATOM 45738 O ALA M 5 -29.662 -68.307 -9.861 1.00200.78 O \ ANISOU45738 O ALA M 5 19461 19957 36867 -1466 2431 2247 O \ ATOM 45739 CB ALA M 5 -31.033 -66.637 -12.166 1.00202.91 C \ ANISOU45739 CB ALA M 5 18540 21898 36658 -1652 1811 429 C \ ATOM 45740 N GLY M 6 -31.362 -69.534 -10.681 1.00208.35 N \ ANISOU45740 N GLY M 6 19909 20719 38535 -2408 3381 1114 N \ ATOM 45741 CA GLY M 6 -30.815 -70.795 -10.223 1.00332.22 C \ ANISOU45741 CA GLY M 6 36063 35397 54768 -2481 3857 1616 C \ ATOM 45742 C GLY M 6 -31.249 -71.055 -8.796 1.00341.21 C \ ANISOU45742 C GLY M 6 37736 36209 55699 -2669 4245 2238 C \ ATOM 45743 O GLY M 6 -32.108 -70.354 -8.262 1.00324.66 O \ ANISOU45743 O GLY M 6 35557 34668 53130 -2845 4272 2134 O \ ATOM 45744 N VAL M 7 -30.655 -72.068 -8.178 1.00413.58 N \ ANISOU45744 N VAL M 7 47485 44435 65220 -2639 4558 2877 N \ ATOM 45745 CA VAL M 7 -31.004 -72.448 -6.815 1.00420.63 C \ ANISOU45745 CA VAL M 7 49053 44867 65900 -2860 4970 3515 C \ ATOM 45746 C VAL M 7 -30.060 -71.841 -5.775 1.00413.81 C \ ANISOU45746 C VAL M 7 48786 43959 64483 -2313 4375 4516 C \ ATOM 45747 O VAL M 7 -30.190 -72.106 -4.580 1.00432.67 O \ ANISOU45747 O VAL M 7 51879 45922 66594 -2444 4618 5161 O \ ATOM 45748 CB VAL M 7 -31.006 -73.977 -6.659 1.00432.42 C \ ANISOU45748 CB VAL M 7 50965 45270 68063 -3200 5695 3659 C \ ATOM 45749 CG1 VAL M 7 -32.175 -74.587 -7.417 1.00436.92 C \ ANISOU45749 CG1 VAL M 7 51032 45888 69090 -3892 6414 2681 C \ ATOM 45750 CG2 VAL M 7 -29.685 -74.562 -7.140 1.00436.96 C \ ANISOU45750 CG2 VAL M 7 51649 45208 69168 -2715 5395 3997 C \ ATOM 45751 N GLU M 8 -29.117 -71.025 -6.234 1.00372.46 N \ ANISOU45751 N GLU M 8 43301 39152 59065 -1734 3607 4622 N \ ATOM 45752 CA GLU M 8 -28.063 -70.496 -5.369 1.00385.98 C \ ANISOU45752 CA GLU M 8 45512 40798 60346 -1179 2970 5533 C \ ATOM 45753 C GLU M 8 -28.372 -69.109 -4.799 1.00213.69 C \ ANISOU45753 C GLU M 8 23697 19857 37640 -1068 2560 5654 C \ ATOM 45754 O GLU M 8 -28.690 -68.177 -5.538 1.00207.44 O \ ANISOU45754 O GLU M 8 22319 19888 36608 -1016 2298 5052 O \ ATOM 45755 CB GLU M 8 -26.741 -70.458 -6.139 1.00273.96 C \ ANISOU45755 CB GLU M 8 31066 26482 46542 -613 2410 5598 C \ ATOM 45756 CG GLU M 8 -26.875 -69.947 -7.565 1.00294.34 C \ ANISOU45756 CG GLU M 8 32875 29699 49260 -625 2283 4680 C \ ATOM 45757 CD GLU M 8 -25.627 -70.185 -8.394 1.00312.23 C \ ANISOU45757 CD GLU M 8 34925 31643 52066 -203 1969 4642 C \ ATOM 45758 OE1 GLU M 8 -25.725 -70.146 -9.638 1.00320.71 O \ ANISOU45758 OE1 GLU M 8 35486 32963 53407 -324 2048 3864 O \ ATOM 45759 OE2 GLU M 8 -24.550 -70.409 -7.803 1.00309.90 O \ ANISOU45759 OE2 GLU M 8 34975 30835 51936 238 1642 5368 O \ ATOM 45760 N ILE M 9 -28.281 -68.989 -3.476 1.00242.03 N \ ANISOU45760 N ILE M 9 28006 23227 40728 -1045 2513 6440 N \ ATOM 45761 CA ILE M 9 -28.487 -67.717 -2.786 1.00225.80 C \ ANISOU45761 CA ILE M 9 26077 21904 37811 -944 2158 6653 C \ ATOM 45762 C ILE M 9 -27.226 -67.249 -2.053 1.00228.06 C \ ANISOU45762 C ILE M 9 26866 22092 37694 -378 1408 7548 C \ ATOM 45763 O ILE M 9 -26.778 -67.901 -1.109 1.00250.39 O \ ANISOU45763 O ILE M 9 30441 24192 40501 -336 1411 8324 O \ ATOM 45764 CB ILE M 9 -29.641 -67.810 -1.767 1.00251.44 C \ ANISOU45764 CB ILE M 9 29770 25089 40677 -1519 2812 6726 C \ ATOM 45765 CG1 ILE M 9 -30.894 -68.391 -2.425 1.00219.89 C \ ANISOU45765 CG1 ILE M 9 25258 21113 37177 -2120 3593 5828 C \ ATOM 45766 CG2 ILE M 9 -29.929 -66.446 -1.159 1.00215.00 C \ ANISOU45766 CG2 ILE M 9 25205 21271 35214 -1445 2510 6826 C \ ATOM 45767 CD1 ILE M 9 -32.053 -68.573 -1.470 1.00225.67 C \ ANISOU45767 CD1 ILE M 9 26374 21717 37652 -2750 4359 5799 C \ ATOM 45768 N PRO M 10 -26.650 -66.115 -2.487 1.00212.77 N \ ANISOU45768 N PRO M 10 24545 20872 35426 52 745 7434 N \ ATOM 45769 CA PRO M 10 -25.485 -65.505 -1.832 1.00200.96 C \ ANISOU45769 CA PRO M 10 23426 19421 33511 571 -7 8185 C \ ATOM 45770 C PRO M 10 -25.884 -64.611 -0.657 1.00200.29 C \ ANISOU45770 C PRO M 10 23859 19748 32493 454 -102 8615 C \ ATOM 45771 O PRO M 10 -27.075 -64.532 -0.355 1.00225.90 O \ ANISOU45771 O PRO M 10 27157 23187 35488 -38 478 8314 O \ ATOM 45772 CB PRO M 10 -24.857 -64.683 -2.954 1.00193.26 C \ ANISOU45772 CB PRO M 10 21757 19058 32613 967 -518 7695 C \ ATOM 45773 CG PRO M 10 -26.025 -64.264 -3.780 1.00218.07 C \ ANISOU45773 CG PRO M 10 24333 22828 35696 614 -140 6791 C \ ATOM 45774 CD PRO M 10 -27.016 -65.404 -3.725 1.00208.39 C \ ANISOU45774 CD PRO M 10 23175 21078 34927 69 652 6546 C \ ATOM 45775 N ARG M 11 -24.917 -63.931 -0.038 1.00204.92 N \ ANISOU45775 N ARG M 11 24783 20480 32599 874 -799 9246 N \ ATOM 45776 CA ARG M 11 -25.186 -63.115 1.149 1.00216.60 C \ ANISOU45776 CA ARG M 11 26858 22282 33157 754 -906 9720 C \ ATOM 45777 C ARG M 11 -23.947 -62.363 1.653 1.00209.41 C \ ANISOU45777 C ARG M 11 26216 21553 31796 1269 -1782 10354 C \ ATOM 45778 O ARG M 11 -22.813 -62.755 1.377 1.00215.07 O \ ANISOU45778 O ARG M 11 26836 21899 32982 1706 -2284 10628 O \ ATOM 45779 CB ARG M 11 -25.728 -64.014 2.273 1.00256.26 C \ ANISOU45779 CB ARG M 11 32746 26571 38052 309 -372 10244 C \ ATOM 45780 CG ARG M 11 -26.199 -63.310 3.541 1.00269.98 C \ ANISOU45780 CG ARG M 11 35205 28543 38834 27 -278 10671 C \ ATOM 45781 CD ARG M 11 -27.558 -62.657 3.361 1.00273.23 C \ ANISOU45781 CD ARG M 11 35218 29607 38989 -430 354 9930 C \ ATOM 45782 NE ARG M 11 -28.062 -62.119 4.621 1.00277.67 N \ ANISOU45782 NE ARG M 11 36528 30270 38705 -778 597 10316 N \ ATOM 45783 CZ ARG M 11 -29.283 -61.622 4.790 1.00263.43 C \ ANISOU45783 CZ ARG M 11 34561 28889 36641 -1244 1240 9793 C \ ATOM 45784 NH1 ARG M 11 -30.137 -61.595 3.777 1.00251.36 N \ ANISOU45784 NH1 ARG M 11 32125 27742 35637 -1391 1630 8872 N \ ATOM 45785 NH2 ARG M 11 -29.651 -61.155 5.975 1.00268.97 N \ ANISOU45785 NH2 ARG M 11 36008 29615 36574 -1572 1488 10170 N \ ATOM 45786 N ASN M 12 -24.193 -61.286 2.399 1.00213.91 N \ ANISOU45786 N ASN M 12 27101 22687 31489 1194 -1932 10548 N \ ATOM 45787 CA ASN M 12 -23.190 -60.558 3.180 1.00212.90 C \ ANISOU45787 CA ASN M 12 27414 22717 30760 1547 -2688 11226 C \ ATOM 45788 C ASN M 12 -21.884 -60.202 2.464 1.00217.65 C \ ANISOU45788 C ASN M 12 27507 23496 31696 2143 -3441 11198 C \ ATOM 45789 O ASN M 12 -20.821 -60.191 3.083 1.00227.86 O \ ANISOU45789 O ASN M 12 29167 24536 32872 2479 -4093 11861 O \ ATOM 45790 CB ASN M 12 -22.856 -61.356 4.440 1.00224.04 C \ ANISOU45790 CB ASN M 12 29824 23321 31981 1459 -2788 12152 C \ ATOM 45791 CG ASN M 12 -22.625 -60.467 5.647 1.00216.70 C \ ANISOU45791 CG ASN M 12 29626 22672 30039 1435 -3186 12770 C \ ATOM 45792 OD1 ASN M 12 -23.325 -60.577 6.654 1.00219.53 O \ ANISOU45792 OD1 ASN M 12 30766 22817 29827 979 -2767 13097 O \ ATOM 45793 ND2 ASN M 12 -21.643 -59.578 5.552 1.00205.14 N \ ANISOU45793 ND2 ASN M 12 27936 21675 28333 1886 -3958 12902 N \ ATOM 45794 N LYS M 13 -21.964 -59.908 1.171 1.00213.83 N \ ANISOU45794 N LYS M 13 26197 23429 31621 2255 -3356 10415 N \ ATOM 45795 CA LYS M 13 -20.797 -59.470 0.410 1.00223.01 C \ ANISOU45795 CA LYS M 13 26859 24805 33070 2749 -3954 10262 C \ ATOM 45796 C LYS M 13 -21.197 -58.467 -0.663 1.00228.67 C \ ANISOU45796 C LYS M 13 26938 26330 33614 2747 -3866 9435 C \ ATOM 45797 O LYS M 13 -22.383 -58.286 -0.935 1.00227.42 O \ ANISOU45797 O LYS M 13 26628 26493 33289 2401 -3362 8943 O \ ATOM 45798 CB LYS M 13 -20.076 -60.664 -0.222 1.00218.46 C \ ANISOU45798 CB LYS M 13 26002 23484 33519 2969 -3978 10244 C \ ATOM 45799 CG LYS M 13 -19.063 -61.331 0.697 1.00236.26 C \ ANISOU45799 CG LYS M 13 28769 25020 35980 3264 -4479 11120 C \ ATOM 45800 CD LYS M 13 -18.337 -62.469 0.001 1.00237.09 C \ ANISOU45800 CD LYS M 13 28516 24380 37188 3523 -4486 11038 C \ ATOM 45801 CE LYS M 13 -17.233 -63.037 0.879 1.00230.39 C \ ANISOU45801 CE LYS M 13 28145 22966 36428 3846 -5017 11650 C \ ATOM 45802 NZ LYS M 13 -16.190 -62.019 1.191 1.00222.87 N \ ANISOU45802 NZ LYS M 13 27208 22728 34745 4078 -5540 11327 N \ ATOM 45803 N ARG M 14 -20.209 -57.798 -1.251 1.00196.80 N \ ANISOU45803 N ARG M 14 22553 22608 29616 3129 -4369 9276 N \ ATOM 45804 CA ARG M 14 -20.462 -56.898 -2.372 1.00195.50 C \ ANISOU45804 CA ARG M 14 21853 23117 29309 3155 -4324 8496 C \ ATOM 45805 C ARG M 14 -21.188 -57.658 -3.478 1.00185.43 C \ ANISOU45805 C ARG M 14 20127 21654 28673 2925 -3797 7802 C \ ATOM 45806 O ARG M 14 -20.892 -58.826 -3.732 1.00173.33 O \ ANISOU45806 O ARG M 14 18509 19444 27903 2922 -3623 7850 O \ ATOM 45807 CB ARG M 14 -19.156 -56.295 -2.894 1.00212.40 C \ ANISOU45807 CB ARG M 14 23723 25441 31537 3568 -4867 8422 C \ ATOM 45808 CG ARG M 14 -18.369 -55.534 -1.836 1.00220.73 C \ ANISOU45808 CG ARG M 14 25288 26738 31841 3691 -5269 8767 C \ ATOM 45809 CD ARG M 14 -17.019 -55.057 -2.356 1.00223.94 C \ ANISOU45809 CD ARG M 14 25569 27309 32209 3911 -5469 8187 C \ ATOM 45810 NE ARG M 14 -17.133 -53.906 -3.248 1.00234.50 N \ ANISOU45810 NE ARG M 14 26674 29294 33132 3907 -5409 7508 N \ ATOM 45811 CZ ARG M 14 -17.064 -53.974 -4.574 1.00237.06 C \ ANISOU45811 CZ ARG M 14 26474 29639 33959 3973 -5323 7023 C \ ATOM 45812 NH1 ARG M 14 -16.878 -55.142 -5.171 1.00220.98 N \ ANISOU45812 NH1 ARG M 14 24027 26994 32943 4051 -5254 7105 N \ ATOM 45813 NH2 ARG M 14 -17.178 -52.872 -5.302 1.00219.30 N \ ANISOU45813 NH2 ARG M 14 24161 27963 31199 3957 -5285 6426 N \ ATOM 45814 N VAL M 15 -22.149 -56.993 -4.112 1.00177.33 N \ ANISOU45814 N VAL M 15 12159 23269 31949 -813 1243 8534 N \ ATOM 45815 CA VAL M 15 -23.064 -57.639 -5.050 1.00175.24 C \ ANISOU45815 CA VAL M 15 12376 22884 31324 -868 1724 8342 C \ ATOM 45816 C VAL M 15 -22.346 -58.404 -6.157 1.00176.08 C \ ANISOU45816 C VAL M 15 12638 22633 31633 -493 2199 8815 C \ ATOM 45817 O VAL M 15 -22.750 -59.507 -6.516 1.00176.06 O \ ANISOU45817 O VAL M 15 13132 22492 31272 -481 2597 8828 O \ ATOM 45818 CB VAL M 15 -24.008 -56.613 -5.700 1.00238.40 C \ ANISOU45818 CB VAL M 15 20248 31009 39325 -1014 1672 7839 C \ ATOM 45819 CG1 VAL M 15 -25.174 -57.321 -6.372 1.00244.94 C \ ANISOU45819 CG1 VAL M 15 21567 31825 39673 -1125 2065 7444 C \ ATOM 45820 CG2 VAL M 15 -24.515 -55.629 -4.660 1.00264.79 C \ ANISOU45820 CG2 VAL M 15 23295 34700 42611 -1333 1142 7402 C \ ATOM 45821 N ASP M 16 -21.283 -57.813 -6.690 1.00177.11 N \ ANISOU45821 N ASP M 16 12335 22607 32351 -210 2185 9173 N \ ATOM 45822 CA ASP M 16 -20.487 -58.458 -7.727 1.00228.87 C \ ANISOU45822 CA ASP M 16 18972 28833 39157 153 2632 9626 C \ ATOM 45823 C ASP M 16 -19.782 -59.700 -7.188 1.00222.25 C \ ANISOU45823 C ASP M 16 18348 27883 38212 340 2698 10000 C \ ATOM 45824 O ASP M 16 -19.789 -60.760 -7.824 1.00221.92 O \ ANISOU45824 O ASP M 16 18715 27620 37984 506 3126 10190 O \ ATOM 45825 CB ASP M 16 -19.467 -57.475 -8.301 1.00228.17 C \ ANISOU45825 CB ASP M 16 18336 28605 39752 356 2621 9879 C \ ATOM 45826 CG ASP M 16 -18.850 -56.589 -7.238 1.00287.13 C \ ANISOU45826 CG ASP M 16 25238 36268 47592 257 2095 9844 C \ ATOM 45827 OD1 ASP M 16 -19.541 -56.280 -6.244 1.00180.22 O \ ANISOU45827 OD1 ASP M 16 11708 23015 33753 -25 1694 9495 O \ ATOM 45828 OD2 ASP M 16 -17.674 -56.198 -7.397 1.00230.39 O \ ANISOU45828 OD2 ASP M 16 17573 28955 41010 453 2096 10125 O \ ATOM 45829 N VAL M 17 -19.180 -59.559 -6.010 1.00202.05 N \ ANISOU45829 N VAL M 17 15536 25476 35758 347 2251 10085 N \ ATOM 45830 CA VAL M 17 -18.510 -60.669 -5.343 1.00247.40 C \ ANISOU45830 CA VAL M 17 21527 31127 41346 583 2208 10409 C \ ATOM 45831 C VAL M 17 -19.489 -61.814 -5.117 1.00186.67 C \ ANISOU45831 C VAL M 17 14612 23375 32941 401 2483 10283 C \ ATOM 45832 O VAL M 17 -19.146 -62.982 -5.287 1.00188.73 O \ ANISOU45832 O VAL M 17 15288 23389 33032 636 2768 10586 O \ ATOM 45833 CB VAL M 17 -17.899 -60.233 -3.997 1.00252.41 C \ ANISOU45833 CB VAL M 17 21809 31992 42102 618 1598 10403 C \ ATOM 45834 CG1 VAL M 17 -17.172 -61.397 -3.340 1.00279.45 C \ ANISOU45834 CG1 VAL M 17 25559 35297 45323 964 1519 10738 C \ ATOM 45835 CG2 VAL M 17 -16.954 -59.059 -4.202 1.00268.26 C \ ANISOU45835 CG2 VAL M 17 22997 34058 44869 742 1358 10446 C \ ATOM 45836 N ALA M 18 -20.716 -61.465 -4.745 1.00184.20 N \ ANISOU45836 N ALA M 18 14485 23274 32228 -32 2419 9799 N \ ATOM 45837 CA ALA M 18 -21.773 -62.451 -4.557 1.00183.83 C \ ANISOU45837 CA ALA M 18 15137 23178 31532 -305 2748 9557 C \ ATOM 45838 C ALA M 18 -22.163 -63.094 -5.884 1.00182.18 C \ ANISOU45838 C ALA M 18 15214 22731 31275 -228 3331 9548 C \ ATOM 45839 O ALA M 18 -22.481 -64.282 -5.940 1.00183.37 O \ ANISOU45839 O ALA M 18 15947 22681 31044 -257 3719 9590 O \ ATOM 45840 CB ALA M 18 -22.982 -61.808 -3.904 1.00255.07 C \ ANISOU45840 CB ALA M 18 24178 32521 40216 -801 2548 8950 C \ ATOM 45841 N LEU M 19 -22.136 -62.299 -6.950 1.00179.79 N \ ANISOU45841 N LEU M 19 14533 22433 31346 -118 3399 9485 N \ ATOM 45842 CA LEU M 19 -22.475 -62.783 -8.283 1.00178.34 C \ ANISOU45842 CA LEU M 19 14582 22048 31130 17 3909 9456 C \ ATOM 45843 C LEU M 19 -21.393 -63.700 -8.838 1.00180.70 C \ ANISOU45843 C LEU M 19 14991 22017 31650 439 4212 10037 C \ ATOM 45844 O LEU M 19 -21.632 -64.455 -9.780 1.00180.26 O \ ANISOU45844 O LEU M 19 15254 21760 31477 561 4676 10060 O \ ATOM 45845 CB LEU M 19 -22.704 -61.610 -9.237 1.00188.01 C \ ANISOU45845 CB LEU M 19 15439 23348 32649 75 3869 9248 C \ ATOM 45846 CG LEU M 19 -24.037 -60.877 -9.093 1.00173.14 C \ ANISOU45846 CG LEU M 19 13558 21756 30470 -280 3688 8553 C \ ATOM 45847 CD1 LEU M 19 -24.088 -59.663 -10.005 1.00222.59 C \ ANISOU45847 CD1 LEU M 19 19504 28035 37034 -121 3596 8431 C \ ATOM 45848 CD2 LEU M 19 -25.183 -61.822 -9.394 1.00172.41 C \ ANISOU45848 CD2 LEU M 19 13973 21666 29869 -473 4067 8107 C \ ATOM 45849 N THR M 20 -20.202 -63.629 -8.254 1.00183.46 N \ ANISOU45849 N THR M 20 15047 22329 32332 682 3931 10460 N \ ATOM 45850 CA THR M 20 -19.112 -64.513 -8.650 1.00186.32 C \ ANISOU45850 CA THR M 20 15476 22405 32915 1111 4156 10974 C \ ATOM 45851 C THR M 20 -19.431 -65.958 -8.269 1.00188.18 C \ ANISOU45851 C THR M 20 16421 22452 32626 1103 4412 11049 C \ ATOM 45852 O THR M 20 -18.991 -66.900 -8.930 1.00189.60 O \ ANISOU45852 O THR M 20 16851 22352 32837 1395 4777 11345 O \ ATOM 45853 CB THR M 20 -17.778 -64.090 -8.003 1.00286.64 C \ ANISOU45853 CB THR M 20 27654 35156 46098 1388 3733 11302 C \ ATOM 45854 OG1 THR M 20 -17.568 -62.688 -8.208 1.00239.88 O \ ANISOU45854 OG1 THR M 20 21095 29399 40649 1304 3506 11171 O \ ATOM 45855 CG2 THR M 20 -16.613 -64.865 -8.604 1.00243.43 C \ ANISOU45855 CG2 THR M 20 22132 29409 40951 1866 3974 11764 C \ ATOM 45856 N TYR M 21 -20.214 -66.126 -7.207 1.00188.42 N \ ANISOU45856 N TYR M 21 16806 22616 32170 754 4252 10768 N \ ATOM 45857 CA TYR M 21 -20.576 -67.453 -6.724 1.00274.19 C \ ANISOU45857 CA TYR M 21 28429 33260 42492 683 4531 10816 C \ ATOM 45858 C TYR M 21 -21.574 -68.149 -7.646 1.00217.91 C \ ANISOU45858 C TYR M 21 21731 25981 35085 479 5129 10524 C \ ATOM 45859 O TYR M 21 -21.768 -69.361 -7.553 1.00225.86 O \ ANISOU45859 O TYR M 21 23372 26713 35732 467 5499 10606 O \ ATOM 45860 CB TYR M 21 -21.145 -67.366 -5.306 1.00232.05 C \ ANISOU45860 CB TYR M 21 23372 28098 36697 330 4236 10573 C \ ATOM 45861 CG TYR M 21 -20.126 -66.961 -4.264 1.00249.15 C \ ANISOU45861 CG TYR M 21 25253 30379 39036 602 3645 10871 C \ ATOM 45862 CD1 TYR M 21 -19.937 -65.627 -3.931 1.00244.37 C \ ANISOU45862 CD1 TYR M 21 23954 30109 38785 528 3148 10708 C \ ATOM 45863 CD2 TYR M 21 -19.353 -67.915 -3.615 1.00251.10 C \ ANISOU45863 CD2 TYR M 21 25931 30391 39084 966 3566 11280 C \ ATOM 45864 CE1 TYR M 21 -19.006 -65.253 -2.980 1.00244.79 C \ ANISOU45864 CE1 TYR M 21 23696 30290 39022 788 2592 10911 C \ ATOM 45865 CE2 TYR M 21 -18.419 -67.550 -2.662 1.00256.80 C \ ANISOU45865 CE2 TYR M 21 26374 31246 39952 1279 2975 11486 C \ ATOM 45866 CZ TYR M 21 -18.250 -66.217 -2.349 1.00250.88 C \ ANISOU45866 CZ TYR M 21 24878 30860 39585 1178 2491 11283 C \ ATOM 45867 OH TYR M 21 -17.323 -65.847 -1.402 1.00240.62 O \ ANISOU45867 OH TYR M 21 23252 29716 38456 1498 1889 11422 O \ ATOM 45868 N ILE M 22 -22.207 -67.383 -8.530 1.00185.24 N \ ANISOU45868 N ILE M 22 17268 22010 31104 341 5217 10156 N \ ATOM 45869 CA ILE M 22 -23.114 -67.951 -9.519 1.00183.60 C \ ANISOU45869 CA ILE M 22 17373 21702 30686 222 5736 9812 C \ ATOM 45870 C ILE M 22 -22.325 -68.864 -10.451 1.00185.08 C \ ANISOU45870 C ILE M 22 17721 21544 31059 662 6116 10272 C \ ATOM 45871 O ILE M 22 -21.179 -68.564 -10.790 1.00187.37 O \ ANISOU45871 O ILE M 22 17635 21762 31796 1065 5971 10738 O \ ATOM 45872 CB ILE M 22 -23.834 -66.852 -10.328 1.00179.89 C \ ANISOU45872 CB ILE M 22 16507 21487 30357 119 5667 9339 C \ ATOM 45873 CG1 ILE M 22 -24.491 -65.846 -9.382 1.00270.03 C \ ANISOU45873 CG1 ILE M 22 27688 33258 41653 -270 5224 8904 C \ ATOM 45874 CG2 ILE M 22 -24.874 -67.454 -11.261 1.00178.68 C \ ANISOU45874 CG2 ILE M 22 16676 21279 29935 9 6148 8862 C \ ATOM 45875 CD1 ILE M 22 -25.483 -66.472 -8.430 1.00262.79 C \ ANISOU45875 CD1 ILE M 22 27233 32412 40202 -756 5343 8468 C \ ATOM 45876 N TYR M 23 -22.934 -69.980 -10.848 1.00230.00 N \ ANISOU45876 N TYR M 23 23947 27019 36424 567 6618 10105 N \ ATOM 45877 CA TYR M 23 -22.253 -70.986 -11.657 1.00250.42 C \ ANISOU45877 CA TYR M 23 26759 29259 39133 965 7000 10514 C \ ATOM 45878 C TYR M 23 -21.631 -70.409 -12.922 1.00234.64 C \ ANISOU45878 C TYR M 23 24280 27267 37604 1361 7042 10716 C \ ATOM 45879 O TYR M 23 -20.419 -70.445 -13.087 1.00241.77 O \ ANISOU45879 O TYR M 23 24949 28037 38877 1763 6957 11244 O \ ATOM 45880 CB TYR M 23 -23.206 -72.119 -12.037 1.00258.61 C \ ANISOU45880 CB TYR M 23 28388 30098 39773 739 7567 10156 C \ ATOM 45881 CG TYR M 23 -22.569 -73.136 -12.959 1.00275.40 C \ ANISOU45881 CG TYR M 23 30734 31875 42031 1151 7973 10531 C \ ATOM 45882 CD1 TYR M 23 -21.634 -74.044 -12.481 1.00278.72 C \ ANISOU45882 CD1 TYR M 23 31484 31976 42440 1436 7999 11084 C \ ATOM 45883 CD2 TYR M 23 -22.894 -73.181 -14.309 1.00265.45 C \ ANISOU45883 CD2 TYR M 23 29365 30608 40888 1301 8303 10316 C \ ATOM 45884 CE1 TYR M 23 -21.043 -74.973 -13.319 1.00281.34 C \ ANISOU45884 CE1 TYR M 23 32001 31991 42902 1826 8354 11407 C \ ATOM 45885 CE2 TYR M 23 -22.309 -74.106 -15.154 1.00270.46 C \ ANISOU45885 CE2 TYR M 23 30186 30934 41643 1680 8674 10646 C \ ATOM 45886 CZ TYR M 23 -21.384 -74.998 -14.655 1.00272.72 C \ ANISOU45886 CZ TYR M 23 30769 30908 41945 1927 8703 11189 C \ ATOM 45887 OH TYR M 23 -20.803 -75.919 -15.495 1.00274.29 O \ ANISOU45887 OH TYR M 23 31142 30804 42272 2315 9060 11495 O \ ATOM 45888 N GLY M 24 -22.464 -69.888 -13.816 1.00299.60 N \ ANISOU45888 N GLY M 24 32385 35645 45804 1264 7185 10264 N \ ATOM 45889 CA GLY M 24 -21.986 -69.401 -15.096 1.00181.72 C \ ANISOU45889 CA GLY M 24 17141 20677 31227 1643 7308 10433 C \ ATOM 45890 C GLY M 24 -21.595 -67.934 -15.126 1.00180.29 C \ ANISOU45890 C GLY M 24 16404 20696 31401 1702 6920 10496 C \ ATOM 45891 O GLY M 24 -21.563 -67.321 -16.193 1.00179.03 O \ ANISOU45891 O GLY M 24 16067 20534 31421 1919 7037 10467 O \ ATOM 45892 N ILE M 25 -21.296 -67.363 -13.963 1.00182.94 N \ ANISOU45892 N ILE M 25 16500 21185 31823 1520 6473 10576 N \ ATOM 45893 CA ILE M 25 -20.931 -65.950 -13.894 1.00189.25 C \ ANISOU45893 CA ILE M 25 16762 22161 32982 1531 6103 10604 C \ ATOM 45894 C ILE M 25 -19.561 -65.715 -13.264 1.00204.66 C \ ANISOU45894 C ILE M 25 18317 24062 35383 1723 5828 11114 C \ ATOM 45895 O ILE M 25 -19.294 -66.158 -12.147 1.00194.71 O \ ANISOU45895 O ILE M 25 17140 22831 34009 1648 5582 11228 O \ ATOM 45896 CB ILE M 25 -21.973 -65.136 -13.103 1.00237.01 C \ ANISOU45896 CB ILE M 25 22748 28531 38774 1105 5734 10061 C \ ATOM 45897 CG1 ILE M 25 -23.333 -65.188 -13.797 1.00216.16 C \ ANISOU45897 CG1 ILE M 25 20385 25993 35755 950 5953 9439 C \ ATOM 45898 CG2 ILE M 25 -21.524 -63.690 -12.954 1.00231.56 C \ ANISOU45898 CG2 ILE M 25 21514 27987 38480 1118 5340 10115 C \ ATOM 45899 CD1 ILE M 25 -24.386 -64.311 -13.142 1.00232.27 C \ ANISOU45899 CD1 ILE M 25 22309 28371 37571 563 5588 8827 C \ ATOM 45900 N GLY M 26 -18.699 -65.010 -13.991 1.00218.67 N \ ANISOU45900 N GLY M 26 19671 25754 37657 1982 5881 11382 N \ ATOM 45901 CA GLY M 26 -17.409 -64.596 -13.470 1.00252.08 C \ ANISOU45901 CA GLY M 26 23395 29976 42406 2144 5617 11746 C \ ATOM 45902 C GLY M 26 -17.440 -63.129 -13.084 1.00249.02 C \ ANISOU45902 C GLY M 26 22535 29795 42285 1937 5240 11558 C \ ATOM 45903 O GLY M 26 -18.510 -62.534 -12.975 1.00271.21 O \ ANISOU45903 O GLY M 26 25463 32781 44802 1655 5100 11145 O \ ATOM 45904 N LYS M 27 -16.266 -62.541 -12.880 1.00186.86 N \ ANISOU45904 N LYS M 27 21526 29902 19569 2296 2433 7248 N \ ATOM 45905 CA LYS M 27 -16.175 -61.148 -12.454 1.00188.35 C \ ANISOU45905 CA LYS M 27 21368 29883 20315 1945 2389 7243 C \ ATOM 45906 C LYS M 27 -16.612 -60.193 -13.562 1.00191.85 C \ ANISOU45906 C LYS M 27 22211 29866 20818 1803 2313 7626 C \ ATOM 45907 O LYS M 27 -17.269 -59.182 -13.302 1.00192.25 O \ ANISOU45907 O LYS M 27 22156 29517 21372 1597 2079 7606 O \ ATOM 45908 CB LYS M 27 -14.749 -60.819 -12.008 1.00190.48 C \ ANISOU45908 CB LYS M 27 21106 30542 20724 1782 2817 7201 C \ ATOM 45909 CG LYS M 27 -14.619 -59.510 -11.248 1.00191.82 C \ ANISOU45909 CG LYS M 27 20734 30567 21583 1412 2800 6998 C \ ATOM 45910 CD LYS M 27 -13.203 -59.309 -10.734 1.00194.08 C \ ANISOU45910 CD LYS M 27 20418 31331 21993 1272 3219 6834 C \ ATOM 45911 CE LYS M 27 -13.105 -58.067 -9.866 1.00195.65 C \ ANISOU45911 CE LYS M 27 19975 31431 22932 895 3204 6480 C \ ATOM 45912 NZ LYS M 27 -13.974 -58.164 -8.660 1.00191.90 N \ ANISOU45912 NZ LYS M 27 19189 31052 22674 938 2793 6037 N \ ATOM 45913 N ALA M 28 -16.239 -60.524 -14.795 1.00194.80 N \ ANISOU45913 N ALA M 28 23021 30323 20670 1938 2530 7986 N \ ATOM 45914 CA ALA M 28 -16.598 -59.728 -15.967 1.00236.65 C \ ANISOU45914 CA ALA M 28 28734 35300 25883 1894 2501 8448 C \ ATOM 45915 C ALA M 28 -18.108 -59.548 -16.092 1.00270.21 C \ ANISOU45915 C ALA M 28 33277 39177 30213 1986 1967 8404 C \ ATOM 45916 O ALA M 28 -18.619 -58.427 -16.021 1.00215.42 O \ ANISOU45916 O ALA M 28 26270 31821 23758 1806 1810 8553 O \ ATOM 45917 CB ALA M 28 -16.039 -60.370 -17.227 1.00209.77 C \ ANISOU45917 CB ALA M 28 25752 32189 21763 2099 2784 8765 C \ ATOM 45918 N ARG M 29 -18.812 -60.660 -16.292 1.00242.86 N \ ANISOU45918 N ARG M 29 30112 35847 26315 2267 1715 8179 N \ ATOM 45919 CA ARG M 29 -20.265 -60.645 -16.420 1.00236.15 C \ ANISOU45919 CA ARG M 29 29525 34700 25500 2382 1200 8053 C \ ATOM 45920 C ARG M 29 -20.936 -59.997 -15.213 1.00276.10 C \ ANISOU45920 C ARG M 29 34215 39421 31270 2182 902 7765 C \ ATOM 45921 O ARG M 29 -21.995 -59.388 -15.341 1.00245.81 O \ ANISOU45921 O ARG M 29 30513 35216 27667 2165 527 7799 O \ ATOM 45922 CB ARG M 29 -20.803 -62.064 -16.613 1.00218.65 C \ ANISOU45922 CB ARG M 29 27558 32692 22826 2681 1054 7709 C \ ATOM 45923 CG ARG M 29 -20.582 -62.631 -18.004 1.00227.66 C \ ANISOU45923 CG ARG M 29 29134 34121 23244 2905 1201 7913 C \ ATOM 45924 CD ARG M 29 -21.379 -63.909 -18.199 1.00214.32 C \ ANISOU45924 CD ARG M 29 27655 32533 21246 3171 998 7465 C \ ATOM 45925 NE ARG M 29 -21.352 -64.373 -19.583 1.00197.57 N \ ANISOU45925 NE ARG M 29 25924 30717 18427 3383 1066 7565 N \ ATOM 45926 CZ ARG M 29 -22.047 -65.413 -20.033 1.00197.54 C \ ANISOU45926 CZ ARG M 29 26116 30836 18106 3612 912 7147 C \ ATOM 45927 NH1 ARG M 29 -22.827 -66.097 -19.207 1.00193.39 N \ ANISOU45927 NH1 ARG M 29 25454 30085 17942 3657 712 6652 N \ ATOM 45928 NH2 ARG M 29 -21.966 -65.767 -21.308 1.00260.56 N \ ANISOU45928 NH2 ARG M 29 34399 39180 25422 3796 983 7196 N \ ATOM 45929 N ALA M 30 -20.312 -60.131 -14.047 1.00187.89 N \ ANISOU45929 N ALA M 30 22551 28422 20418 2051 1070 7472 N \ ATOM 45930 CA ALA M 30 -20.823 -59.515 -12.828 1.00185.30 C \ ANISOU45930 CA ALA M 30 21791 27876 20738 1849 832 7143 C \ ATOM 45931 C ALA M 30 -20.787 -57.994 -12.929 1.00188.73 C \ ANISOU45931 C ALA M 30 22055 27916 21737 1543 858 7370 C \ ATOM 45932 O ALA M 30 -21.794 -57.320 -12.695 1.00188.30 O \ ANISOU45932 O ALA M 30 21987 27445 22112 1451 509 7290 O \ ATOM 45933 CB ALA M 30 -20.027 -59.986 -11.622 1.00209.37 C \ ANISOU45933 CB ALA M 30 24306 31343 23903 1816 1049 6805 C \ ATOM 45934 N LYS M 31 -19.622 -57.459 -13.282 1.00192.48 N \ ANISOU45934 N LYS M 31 22381 28490 22261 1384 1305 7651 N \ ATOM 45935 CA LYS M 31 -19.465 -56.014 -13.402 1.00196.60 C \ ANISOU45935 CA LYS M 31 22698 28586 23414 1082 1451 7889 C \ ATOM 45936 C LYS M 31 -20.349 -55.455 -14.509 1.00199.83 C \ ANISOU45936 C LYS M 31 23616 28556 23754 1196 1248 8386 C \ ATOM 45937 O LYS M 31 -20.935 -54.386 -14.356 1.00212.07 O \ ANISOU45937 O LYS M 31 25037 29607 25934 1025 1115 8466 O \ ATOM 45938 CB LYS M 31 -18.006 -55.639 -13.665 1.00200.53 C \ ANISOU45938 CB LYS M 31 22956 29272 23965 907 2036 8105 C \ ATOM 45939 CG LYS M 31 -17.772 -54.135 -13.733 1.00205.42 C \ ANISOU45939 CG LYS M 31 23289 29389 25371 568 2287 8321 C \ ATOM 45940 CD LYS M 31 -16.305 -53.794 -13.925 1.00209.46 C \ ANISOU45940 CD LYS M 31 23502 30082 26001 371 2906 8458 C \ ATOM 45941 CE LYS M 31 -16.098 -52.288 -13.974 1.00214.88 C \ ANISOU45941 CE LYS M 31 23862 30185 27599 17 3221 8645 C \ ATOM 45942 NZ LYS M 31 -14.663 -51.927 -14.134 1.00219.22 N \ ANISOU45942 NZ LYS M 31 24070 30877 28349 -206 3865 8724 N \ ATOM 45943 N GLU M 32 -20.443 -56.178 -15.621 1.00228.20 N \ ANISOU45943 N GLU M 32 27755 32369 26582 1502 1232 8706 N \ ATOM 45944 CA GLU M 32 -21.288 -55.752 -16.732 1.00253.62 C \ ANISOU45944 CA GLU M 32 31454 35329 29582 1691 1012 9185 C \ ATOM 45945 C GLU M 32 -22.758 -55.717 -16.322 1.00228.25 C \ ANISOU45945 C GLU M 32 28305 31818 26603 1768 422 8891 C \ ATOM 45946 O GLU M 32 -23.482 -54.767 -16.635 1.00241.27 O \ ANISOU45946 O GLU M 32 30036 33036 28601 1755 235 9189 O \ ATOM 45947 CB GLU M 32 -21.101 -56.675 -17.936 1.00240.20 C \ ANISOU45947 CB GLU M 32 30264 34070 26933 2022 1086 9444 C \ ATOM 45948 CG GLU M 32 -21.991 -56.335 -19.118 1.00257.57 C \ ANISOU45948 CG GLU M 32 32938 36170 28755 2287 825 9908 C \ ATOM 45949 CD GLU M 32 -21.757 -57.248 -20.305 1.00262.16 C \ ANISOU45949 CD GLU M 32 33958 37288 28361 2609 912 10081 C \ ATOM 45950 OE1 GLU M 32 -22.570 -57.209 -21.252 1.00269.74 O \ ANISOU45950 OE1 GLU M 32 35292 38339 28859 2892 628 10333 O \ ATOM 45951 OE2 GLU M 32 -20.762 -58.002 -20.293 1.00257.25 O \ ANISOU45951 OE2 GLU M 32 33279 37035 27427 2590 1265 9941 O \ ATOM 45952 N ALA M 33 -23.187 -56.762 -15.619 1.00196.30 N \ ANISOU45952 N ALA M 33 24205 27987 22392 1861 161 8327 N \ ATOM 45953 CA ALA M 33 -24.559 -56.854 -15.137 1.00193.11 C \ ANISOU45953 CA ALA M 33 23828 27325 22219 1924 -373 7968 C \ ATOM 45954 C ALA M 33 -24.877 -55.701 -14.197 1.00192.70 C \ ANISOU45954 C ALA M 33 23338 26814 23067 1613 -474 7826 C \ ATOM 45955 O ALA M 33 -25.853 -54.985 -14.398 1.00219.19 O \ ANISOU45955 O ALA M 33 26791 29750 26739 1623 -791 7948 O \ ATOM 45956 CB ALA M 33 -24.794 -58.185 -14.442 1.00187.76 C \ ANISOU45956 CB ALA M 33 23100 26943 21295 2055 -505 7407 C \ ATOM 45957 N LEU M 34 -24.042 -55.515 -13.178 1.00191.15 N \ ANISOU45957 N LEU M 34 22621 26726 23282 1347 -198 7541 N \ ATOM 45958 CA LEU M 34 -24.248 -54.435 -12.217 1.00191.15 C \ ANISOU45958 CA LEU M 34 22110 26352 24165 1019 -249 7289 C \ ATOM 45959 C LEU M 34 -24.108 -53.062 -12.866 1.00197.05 C \ ANISOU45959 C LEU M 34 22851 26600 25421 853 -44 7800 C \ ATOM 45960 O LEU M 34 -24.568 -52.058 -12.322 1.00198.05 O \ ANISOU45960 O LEU M 34 22646 26261 26343 618 -138 7660 O \ ATOM 45961 CB LEU M 34 -23.269 -54.559 -11.052 1.00189.16 C \ ANISOU45961 CB LEU M 34 21251 26463 24158 796 34 6841 C \ ATOM 45962 CG LEU M 34 -23.494 -55.757 -10.131 1.00216.85 C \ ANISOU45962 CG LEU M 34 24637 30414 27344 956 -153 6338 C \ ATOM 45963 CD1 LEU M 34 -22.575 -55.673 -8.929 1.00197.47 C \ ANISOU45963 CD1 LEU M 34 21498 28365 25166 753 100 5920 C \ ATOM 45964 CD2 LEU M 34 -24.949 -55.827 -9.698 1.00201.13 C \ ANISOU45964 CD2 LEU M 34 22731 28122 25567 1019 -668 6043 C \ ATOM 45965 N GLU M 35 -23.469 -53.026 -14.030 1.00276.20 N \ ANISOU45965 N GLU M 35 33223 36712 35009 985 271 8402 N \ ATOM 45966 CA GLU M 35 -23.323 -51.790 -14.783 1.00256.05 C \ ANISOU45966 CA GLU M 35 30722 33686 32880 897 536 9026 C \ ATOM 45967 C GLU M 35 -24.638 -51.448 -15.470 1.00262.76 C \ ANISOU45967 C GLU M 35 31976 34183 33680 1147 104 9370 C \ ATOM 45968 O GLU M 35 -25.240 -50.411 -15.192 1.00272.75 O \ ANISOU45968 O GLU M 35 33032 34880 35719 1001 3 9428 O \ ATOM 45969 CB GLU M 35 -22.192 -51.905 -15.806 1.00265.45 C \ ANISOU45969 CB GLU M 35 32151 35145 33564 984 1047 9588 C \ ATOM 45970 CG GLU M 35 -21.718 -50.573 -16.364 1.00272.01 C \ ANISOU45970 CG GLU M 35 32879 35481 34991 820 1512 10212 C \ ATOM 45971 CD GLU M 35 -20.403 -50.690 -17.109 1.00276.25 C \ ANISOU45971 CD GLU M 35 33509 36312 35141 822 2107 10640 C \ ATOM 45972 OE1 GLU M 35 -19.880 -51.819 -17.222 1.00261.95 O \ ANISOU45972 OE1 GLU M 35 31856 35102 32570 963 2127 10444 O \ ATOM 45973 OE2 GLU M 35 -19.888 -49.653 -17.578 1.00292.77 O \ ANISOU45973 OE2 GLU M 35 35500 38006 37732 682 2588 11175 O \ ATOM 45974 N LYS M 36 -25.079 -52.324 -16.371 1.00243.76 N \ ANISOU45974 N LYS M 36 30110 32134 30376 1531 -145 9564 N \ ATOM 45975 CA LYS M 36 -26.326 -52.107 -17.100 1.00245.26 C \ ANISOU45975 CA LYS M 36 30678 32130 30380 1829 -590 9860 C \ ATOM 45976 C LYS M 36 -27.552 -52.032 -16.190 1.00229.83 C \ ANISOU45976 C LYS M 36 28534 29858 28933 1760 -1119 9305 C \ ATOM 45977 O LYS M 36 -28.552 -51.407 -16.542 1.00224.60 O \ ANISOU45977 O LYS M 36 28003 28841 28494 1898 -1436 9547 O \ ATOM 45978 CB LYS M 36 -26.533 -53.209 -18.141 1.00245.02 C \ ANISOU45978 CB LYS M 36 31177 32670 29250 2239 -768 9975 C \ ATOM 45979 CG LYS M 36 -25.698 -53.043 -19.397 1.00249.98 C \ ANISOU45979 CG LYS M 36 32107 33566 29308 2416 -346 10713 C \ ATOM 45980 CD LYS M 36 -26.142 -54.010 -20.479 1.00261.55 C \ ANISOU45980 CD LYS M 36 34065 35603 29708 2848 -607 10774 C \ ATOM 45981 CE LYS M 36 -25.405 -53.759 -21.783 1.00263.07 C \ ANISOU45981 CE LYS M 36 34558 36109 29286 3061 -207 11554 C \ ATOM 45982 NZ LYS M 36 -25.887 -54.654 -22.871 1.00269.25 N \ ANISOU45982 NZ LYS M 36 35775 37528 29001 3495 -484 11554 N \ ATOM 45983 N THR M 37 -27.476 -52.666 -15.024 1.00201.29 N \ ANISOU45983 N THR M 37 24598 26394 25487 1572 -1202 8587 N \ ATOM 45984 CA THR M 37 -28.609 -52.694 -14.103 1.00197.08 C \ ANISOU45984 CA THR M 37 23873 25615 25392 1506 -1676 8022 C \ ATOM 45985 C THR M 37 -28.737 -51.374 -13.346 1.00198.59 C \ ANISOU45985 C THR M 37 23582 25229 26645 1162 -1611 7950 C \ ATOM 45986 O THR M 37 -29.818 -51.021 -12.873 1.00197.20 O \ ANISOU45986 O THR M 37 23295 24700 26933 1128 -2005 7674 O \ ATOM 45987 CB THR M 37 -28.489 -53.852 -13.092 1.00190.63 C \ ANISOU45987 CB THR M 37 22863 25195 24373 1462 -1744 7328 C \ ATOM 45988 OG1 THR M 37 -27.957 -55.009 -13.748 1.00213.42 O \ ANISOU45988 OG1 THR M 37 26089 28600 26400 1710 -1597 7417 O \ ATOM 45989 CG2 THR M 37 -29.847 -54.194 -12.505 1.00211.96 C \ ANISOU45989 CG2 THR M 37 25561 27731 27242 1531 -2275 6829 C \ ATOM 45990 N GLY M 38 -27.632 -50.642 -13.246 1.00236.10 N \ ANISOU45990 N GLY M 38 28018 29871 31818 899 -1092 8160 N \ ATOM 45991 CA GLY M 38 -27.620 -49.372 -12.544 1.00236.41 C \ ANISOU45991 CA GLY M 38 27525 29353 32946 535 -935 8030 C \ ATOM 45992 C GLY M 38 -27.645 -49.546 -11.038 1.00234.01 C \ ANISOU45992 C GLY M 38 26646 29182 33083 242 -1047 7162 C \ ATOM 45993 O GLY M 38 -28.395 -48.866 -10.337 1.00211.90 O \ ANISOU45993 O GLY M 38 23517 25971 31026 56 -1267 6815 O \ ATOM 45994 N ILE M 39 -26.821 -50.462 -10.542 1.00195.58 N \ ANISOU45994 N ILE M 39 21641 24929 27741 224 -886 6822 N \ ATOM 45995 CA ILE M 39 -26.747 -50.737 -9.113 1.00191.25 C \ ANISOU45995 CA ILE M 39 20533 24674 27458 15 -964 6044 C \ ATOM 45996 C ILE M 39 -25.311 -50.643 -8.613 1.00192.47 C \ ANISOU45996 C ILE M 39 20190 25223 27717 -221 -462 5849 C \ ATOM 45997 O ILE M 39 -24.401 -51.225 -9.205 1.00193.21 O \ ANISOU45997 O ILE M 39 20508 25688 27214 -85 -168 6161 O \ ATOM 45998 CB ILE M 39 -27.308 -52.130 -8.778 1.00185.39 C \ ANISOU45998 CB ILE M 39 20044 24391 26006 298 -1318 5732 C \ ATOM 45999 CG1 ILE M 39 -28.762 -52.240 -9.236 1.00184.36 C \ ANISOU45999 CG1 ILE M 39 20349 23894 25806 518 -1825 5821 C \ ATOM 46000 CG2 ILE M 39 -27.198 -52.407 -7.286 1.00181.60 C \ ANISOU46000 CG2 ILE M 39 18967 24280 25751 132 -1357 5012 C \ ATOM 46001 CD1 ILE M 39 -29.378 -53.587 -8.967 1.00258.01 C \ ANISOU46001 CD1 ILE M 39 29916 33576 34540 782 -2125 5499 C \ ATOM 46002 N ASN M 40 -25.116 -49.906 -7.524 1.00193.01 N \ ANISOU46002 N ASN M 40 19547 25239 28547 -576 -367 5284 N \ ATOM 46003 CA ASN M 40 -23.798 -49.752 -6.923 1.00194.57 C \ ANISOU46003 CA ASN M 40 19149 25871 28907 -820 78 4958 C \ ATOM 46004 C ASN M 40 -23.220 -51.097 -6.484 1.00190.33 C \ ANISOU46004 C ASN M 40 18620 26183 27513 -586 74 4748 C \ ATOM 46005 O ASN M 40 -23.780 -51.762 -5.611 1.00185.92 O \ ANISOU46005 O ASN M 40 17934 25966 26740 -471 -244 4315 O \ ATOM 46006 CB ASN M 40 -23.872 -48.795 -5.733 1.00195.81 C \ ANISOU46006 CB ASN M 40 18485 25906 30010 -1221 99 4237 C \ ATOM 46007 CG ASN M 40 -22.510 -48.474 -5.151 1.00244.07 C \ ANISOU46007 CG ASN M 40 23890 32460 36387 -1504 574 3829 C \ ATOM 46008 OD1 ASN M 40 -21.489 -48.593 -5.827 1.00226.14 O \ ANISOU46008 OD1 ASN M 40 21749 30328 33844 -1476 974 4211 O \ ATOM 46009 ND2 ASN M 40 -22.488 -48.060 -3.890 1.00261.39 N \ ANISOU46009 ND2 ASN M 40 25296 34915 39104 -1777 532 3010 N \ ATOM 46010 N PRO M 41 -22.093 -51.497 -7.091 1.00192.02 N \ ANISOU46010 N PRO M 41 18973 26725 27259 -501 461 5084 N \ ATOM 46011 CA PRO M 41 -21.447 -52.784 -6.809 1.00265.03 C \ ANISOU46011 CA PRO M 41 28252 36742 35706 -243 525 4985 C \ ATOM 46012 C PRO M 41 -20.831 -52.862 -5.414 1.00261.53 C \ ANISOU46012 C PRO M 41 27012 36945 35414 -381 610 4297 C \ ATOM 46013 O PRO M 41 -20.701 -53.954 -4.864 1.00184.24 O \ ANISOU46013 O PRO M 41 17190 27776 25037 -113 528 4137 O \ ATOM 46014 CB PRO M 41 -20.361 -52.870 -7.886 1.00228.65 C \ ANISOU46014 CB PRO M 41 23925 32200 30753 -194 971 5523 C \ ATOM 46015 CG PRO M 41 -20.065 -51.458 -8.231 1.00197.78 C \ ANISOU46015 CG PRO M 41 19773 27724 27652 -546 1270 5673 C \ ATOM 46016 CD PRO M 41 -21.378 -50.741 -8.135 1.00197.61 C \ ANISOU46016 CD PRO M 41 19830 27056 28196 -626 895 5633 C \ ATOM 46017 N ALA M 42 -20.457 -51.716 -4.856 1.00240.40 N \ ANISOU46017 N ALA M 42 23669 34145 33530 -776 796 3893 N \ ATOM 46018 CA ALA M 42 -19.796 -51.680 -3.555 1.00245.35 C \ ANISOU46018 CA ALA M 42 23442 35482 34296 -920 892 3171 C \ ATOM 46019 C ALA M 42 -20.764 -51.984 -2.414 1.00243.88 C \ ANISOU46019 C ALA M 42 23001 35556 34106 -839 457 2657 C \ ATOM 46020 O ALA M 42 -20.345 -52.238 -1.285 1.00246.85 O \ ANISOU46020 O ALA M 42 22735 36699 34356 -826 465 2104 O \ ATOM 46021 CB ALA M 42 -19.135 -50.327 -3.336 1.00255.00 C \ ANISOU46021 CB ALA M 42 23977 36471 36442 -1396 1246 2801 C \ ATOM 46022 N THR M 43 -22.058 -51.958 -2.715 1.00222.47 N \ ANISOU46022 N THR M 43 20775 32247 31507 -764 85 2844 N \ ATOM 46023 CA THR M 43 -23.084 -52.208 -1.709 1.00235.74 C \ ANISOU46023 CA THR M 43 22264 34075 33231 -699 -321 2389 C \ ATOM 46024 C THR M 43 -23.135 -53.676 -1.297 1.00202.65 C \ ANISOU46024 C THR M 43 18271 30552 28175 -264 -436 2449 C \ ATOM 46025 O THR M 43 -22.834 -54.567 -2.091 1.00197.28 O \ ANISOU46025 O THR M 43 18144 29933 26881 27 -327 2960 O \ ATOM 46026 CB THR M 43 -24.476 -51.783 -2.213 1.00220.43 C \ ANISOU46026 CB THR M 43 20802 31279 31672 -728 -683 2582 C \ ATOM 46027 OG1 THR M 43 -24.752 -52.426 -3.464 1.00207.82 O \ ANISOU46027 OG1 THR M 43 20055 29360 29545 -434 -738 3280 O \ ATOM 46028 CG2 THR M 43 -24.535 -50.275 -2.402 1.00223.07 C \ ANISOU46028 CG2 THR M 43 20826 30932 32997 -1147 -559 2474 C \ ATOM 46029 N ARG M 44 -23.511 -53.917 -0.045 1.00221.54 N \ ANISOU46029 N ARG M 44 20180 33446 30548 -215 -623 1925 N \ ATOM 46030 CA ARG M 44 -23.658 -55.273 0.474 1.00230.58 C \ ANISOU46030 CA ARG M 44 21453 35187 30970 217 -697 1999 C \ ATOM 46031 C ARG M 44 -24.973 -55.898 0.017 1.00238.69 C \ ANISOU46031 C ARG M 44 23181 35653 31858 434 -1019 2279 C \ ATOM 46032 O ARG M 44 -25.926 -55.191 -0.305 1.00240.83 O \ ANISOU46032 O ARG M 44 23652 35223 32629 236 -1283 2232 O \ ATOM 46033 CB ARG M 44 -23.578 -55.274 2.002 1.00241.34 C \ ANISOU46033 CB ARG M 44 22007 37358 32334 223 -750 1371 C \ ATOM 46034 CG ARG M 44 -22.251 -54.782 2.556 1.00245.17 C \ ANISOU46034 CG ARG M 44 21705 38576 32874 56 -444 989 C \ ATOM 46035 CD ARG M 44 -21.103 -55.692 2.142 1.00249.68 C \ ANISOU46035 CD ARG M 44 22434 39666 32768 367 -118 1417 C \ ATOM 46036 NE ARG M 44 -19.832 -55.256 2.714 1.00252.59 N \ ANISOU46036 NE ARG M 44 21998 40807 33167 229 162 1001 N \ ATOM 46037 CZ ARG M 44 -18.677 -55.892 2.544 1.00255.84 C \ ANISOU46037 CZ ARG M 44 22338 41811 33057 461 467 1236 C \ ATOM 46038 NH1 ARG M 44 -18.626 -56.999 1.816 1.00251.26 N \ ANISOU46038 NH1 ARG M 44 22450 41112 31907 836 554 1891 N \ ATOM 46039 NH2 ARG M 44 -17.571 -55.421 3.103 1.00267.19 N \ ANISOU46039 NH2 ARG M 44 22975 43973 34571 315 696 770 N \ ATOM 46040 N VAL M 45 -25.012 -57.227 -0.013 1.00216.92 N \ ANISOU46040 N VAL M 45 20761 33198 28460 847 -973 2554 N \ ATOM 46041 CA VAL M 45 -26.209 -57.960 -0.417 1.00217.77 C \ ANISOU46041 CA VAL M 45 21482 32830 28431 1071 -1228 2749 C \ ATOM 46042 C VAL M 45 -27.400 -57.660 0.492 1.00238.26 C \ ANISOU46042 C VAL M 45 23836 35272 31419 979 -1569 2309 C \ ATOM 46043 O VAL M 45 -28.510 -57.420 0.016 1.00259.57 O \ ANISOU46043 O VAL M 45 26924 37293 34406 910 -1871 2324 O \ ATOM 46044 CB VAL M 45 -25.956 -59.486 -0.426 1.00196.18 C \ ANISOU46044 CB VAL M 45 19015 30491 25034 1529 -1026 3042 C \ ATOM 46045 CG1 VAL M 45 -27.268 -60.253 -0.498 1.00191.11 C \ ANISOU46045 CG1 VAL M 45 18813 29435 24366 1739 -1265 3060 C \ ATOM 46046 CG2 VAL M 45 -25.051 -59.867 -1.583 1.00193.88 C \ ANISOU46046 CG2 VAL M 45 19132 30168 24366 1633 -744 3504 C \ ATOM 46047 N LYS M 46 -27.159 -57.662 1.800 1.00239.62 N \ ANISOU46047 N LYS M 46 23340 36124 31580 990 -1520 1904 N \ ATOM 46048 CA LYS M 46 -28.226 -57.490 2.781 1.00224.90 C \ ANISOU46048 CA LYS M 46 21192 34248 30011 938 -1801 1466 C \ ATOM 46049 C LYS M 46 -28.929 -56.136 2.678 1.00237.41 C \ ANISOU46049 C LYS M 46 22650 35190 32364 503 -2083 1123 C \ ATOM 46050 O LYS M 46 -30.114 -56.023 2.991 1.00248.98 O \ ANISOU46050 O LYS M 46 24182 36289 34129 459 -2384 895 O \ ATOM 46051 CB LYS M 46 -27.674 -57.673 4.197 1.00194.68 C \ ANISOU46051 CB LYS M 46 16592 31426 25953 1047 -1661 1097 C \ ATOM 46052 CG LYS M 46 -26.505 -56.763 4.532 1.00169.42 C \ ANISOU46052 CG LYS M 46 12714 28744 22914 775 -1479 770 C \ ATOM 46053 CD LYS M 46 -26.131 -56.862 6.001 1.00171.26 C \ ANISOU46053 CD LYS M 46 12108 30051 22911 889 -1417 297 C \ ATOM 46054 CE LYS M 46 -24.921 -56.002 6.322 1.00199.17 C \ ANISOU46054 CE LYS M 46 14905 34170 26599 621 -1222 -119 C \ ATOM 46055 NZ LYS M 46 -23.700 -56.482 5.617 1.00205.15 N \ ANISOU46055 NZ LYS M 46 15850 35162 26933 790 -892 334 N \ ATOM 46056 N ASP M 47 -28.203 -55.114 2.238 1.00230.57 N \ ANISOU46056 N ASP M 47 21587 34156 31864 187 -1952 1095 N \ ATOM 46057 CA ASP M 47 -28.751 -53.761 2.190 1.00198.05 C \ ANISOU46057 CA ASP M 47 17256 29417 28576 -228 -2134 780 C \ ATOM 46058 C ASP M 47 -29.358 -53.419 0.831 1.00196.63 C \ ANISOU46058 C ASP M 47 17788 28290 28633 -265 -2277 1265 C \ ATOM 46059 O ASP M 47 -29.804 -52.293 0.611 1.00189.76 O \ ANISOU46059 O ASP M 47 16818 26805 28476 -565 -2393 1143 O \ ATOM 46060 CB ASP M 47 -27.669 -52.740 2.549 1.00192.29 C \ ANISOU46060 CB ASP M 47 15815 28985 28261 -576 -1860 419 C \ ATOM 46061 CG ASP M 47 -27.156 -52.912 3.965 1.00192.97 C \ ANISOU46061 CG ASP M 47 15080 30092 28149 -555 -1774 -180 C \ ATOM 46062 OD1 ASP M 47 -27.888 -53.487 4.798 1.00183.96 O \ ANISOU46062 OD1 ASP M 47 13843 29280 26773 -362 -1979 -395 O \ ATOM 46063 OD2 ASP M 47 -26.022 -52.473 4.247 1.00212.60 O \ ANISOU46063 OD2 ASP M 47 16990 33086 30702 -717 -1491 -442 O \ ATOM 46064 N LEU M 48 -29.371 -54.389 -0.077 1.00193.52 N \ ANISOU46064 N LEU M 48 18075 27808 27644 60 -2254 1806 N \ ATOM 46065 CA LEU M 48 -29.943 -54.183 -1.404 1.00182.23 C \ ANISOU46065 CA LEU M 48 17320 25634 26285 99 -2406 2275 C \ ATOM 46066 C LEU M 48 -31.455 -54.002 -1.344 1.00226.40 C \ ANISOU46066 C LEU M 48 23112 30675 32236 93 -2845 2094 C \ ATOM 46067 O LEU M 48 -32.118 -54.522 -0.448 1.00196.73 O \ ANISOU46067 O LEU M 48 19183 27129 28438 177 -3014 1725 O \ ATOM 46068 CB LEU M 48 -29.599 -55.352 -2.327 1.00169.34 C \ ANISOU46068 CB LEU M 48 16303 24151 23887 457 -2275 2784 C \ ATOM 46069 CG LEU M 48 -28.133 -55.482 -2.739 1.00193.03 C \ ANISOU46069 CG LEU M 48 19251 27557 26535 476 -1843 3084 C \ ATOM 46070 CD1 LEU M 48 -27.952 -56.657 -3.685 1.00193.78 C \ ANISOU46070 CD1 LEU M 48 19971 27741 25916 831 -1742 3536 C \ ATOM 46071 CD2 LEU M 48 -27.649 -54.191 -3.378 1.00187.37 C \ ANISOU46071 CD2 LEU M 48 18445 26430 26316 167 -1696 3271 C \ ATOM 46072 N THR M 49 -31.991 -53.260 -2.307 1.00165.02 N \ ANISOU46072 N THR M 49 15684 22210 24807 15 -3011 2382 N \ ATOM 46073 CA THR M 49 -33.426 -53.029 -2.386 1.00208.04 C \ ANISOU46073 CA THR M 49 21336 27107 30604 28 -3443 2246 C \ ATOM 46074 C THR M 49 -34.099 -54.176 -3.132 1.00161.57 C \ ANISOU46074 C THR M 49 16106 21171 24110 398 -3640 2498 C \ ATOM 46075 O THR M 49 -33.544 -54.705 -4.095 1.00162.47 O \ ANISOU46075 O THR M 49 16646 21400 23684 600 -3477 2948 O \ ATOM 46076 CB THR M 49 -33.743 -51.692 -3.083 1.00190.83 C \ ANISOU46076 CB THR M 49 19197 24217 29092 -174 -3532 2473 C \ ATOM 46077 OG1 THR M 49 -32.973 -50.643 -2.483 1.00207.91 O \ ANISOU46077 OG1 THR M 49 20724 26396 31879 -539 -3252 2227 O \ ATOM 46078 CG2 THR M 49 -35.223 -51.357 -2.967 1.00206.62 C \ ANISOU46078 CG2 THR M 49 21275 25687 31543 -181 -3989 2243 C \ ATOM 46079 N GLU M 50 -35.288 -54.559 -2.675 1.00226.02 N \ ANISOU46079 N GLU M 50 24312 29174 32389 475 -3968 2158 N \ ATOM 46080 CA GLU M 50 -36.033 -55.660 -3.278 1.00227.58 C \ ANISOU46080 CA GLU M 50 25047 29304 32120 798 -4148 2253 C \ ATOM 46081 C GLU M 50 -36.319 -55.390 -4.752 1.00210.21 C \ ANISOU46081 C GLU M 50 23387 26717 29767 931 -4314 2707 C \ ATOM 46082 O GLU M 50 -36.317 -56.308 -5.571 1.00223.51 O \ ANISOU46082 O GLU M 50 25522 28530 30873 1207 -4293 2917 O \ ATOM 46083 CB GLU M 50 -37.341 -55.897 -2.520 1.00241.94 C \ ANISOU46083 CB GLU M 50 26753 30921 34250 802 -4473 1764 C \ ATOM 46084 CG GLU M 50 -38.026 -57.218 -2.844 1.00243.52 C \ ANISOU46084 CG GLU M 50 27366 31136 34025 1116 -4557 1714 C \ ATOM 46085 CD GLU M 50 -37.307 -58.414 -2.247 1.00225.38 C \ ANISOU46085 CD GLU M 50 24975 29393 31266 1297 -4170 1707 C \ ATOM 46086 OE1 GLU M 50 -37.579 -59.552 -2.685 1.00204.63 O \ ANISOU46086 OE1 GLU M 50 22698 26778 28275 1564 -4106 1750 O \ ATOM 46087 OE2 GLU M 50 -36.474 -58.219 -1.336 1.00223.10 O \ ANISOU46087 OE2 GLU M 50 24228 29540 30999 1185 -3916 1641 O \ ATOM 46088 N ALA M 51 -36.560 -54.125 -5.084 1.00209.07 N \ ANISOU46088 N ALA M 51 23165 26122 30149 752 -4456 2855 N \ ATOM 46089 CA ALA M 51 -36.770 -53.725 -6.470 1.00200.10 C \ ANISOU46089 CA ALA M 51 22491 24675 28862 912 -4585 3379 C \ ATOM 46090 C ALA M 51 -35.499 -53.942 -7.286 1.00179.56 C \ ANISOU46090 C ALA M 51 20111 22394 25719 1005 -4192 3897 C \ ATOM 46091 O ALA M 51 -35.547 -54.441 -8.411 1.00173.96 O \ ANISOU46091 O ALA M 51 19891 21769 24436 1281 -4238 4249 O \ ATOM 46092 CB ALA M 51 -37.209 -52.271 -6.544 1.00208.67 C \ ANISOU46092 CB ALA M 51 23377 25189 30718 711 -4735 3489 C \ ATOM 46093 N GLU M 52 -34.364 -53.560 -6.707 1.00173.88 N \ ANISOU46093 N GLU M 52 18995 21891 25182 772 -3803 3895 N \ ATOM 46094 CA GLU M 52 -33.066 -53.779 -7.333 1.00185.82 C \ ANISOU46094 CA GLU M 52 20641 23738 26224 826 -3385 4323 C \ ATOM 46095 C GLU M 52 -32.813 -55.268 -7.517 1.00182.94 C \ ANISOU46095 C GLU M 52 20577 23862 25071 1111 -3296 4293 C \ ATOM 46096 O GLU M 52 -32.304 -55.703 -8.554 1.00192.80 O \ ANISOU46096 O GLU M 52 22220 25281 25756 1308 -3139 4700 O \ ATOM 46097 CB GLU M 52 -31.952 -53.154 -6.494 1.00189.20 C \ ANISOU46097 CB GLU M 52 20483 24356 27048 507 -3000 4171 C \ ATOM 46098 CG GLU M 52 -32.055 -51.646 -6.355 1.00205.33 C \ ANISOU46098 CG GLU M 52 22171 25872 29974 192 -2978 4180 C \ ATOM 46099 CD GLU M 52 -31.052 -51.083 -5.369 1.00220.92 C \ ANISOU46099 CD GLU M 52 23454 28084 32403 -152 -2620 3823 C \ ATOM 46100 OE1 GLU M 52 -30.409 -51.880 -4.655 1.00220.70 O \ ANISOU46100 OE1 GLU M 52 23196 28686 31975 -119 -2466 3531 O \ ATOM 46101 OE2 GLU M 52 -30.907 -49.844 -5.310 1.00228.43 O \ ANISOU46101 OE2 GLU M 52 24059 28603 34130 -442 -2476 3822 O \ ATOM 46102 N VAL M 53 -33.177 -56.041 -6.498 1.00164.38 N \ ANISOU46102 N VAL M 53 18015 21728 22714 1140 -3368 3813 N \ ATOM 46103 CA VAL M 53 -33.056 -57.491 -6.538 1.00161.81 C \ ANISOU46103 CA VAL M 53 17919 21779 21784 1418 -3249 3745 C \ ATOM 46104 C VAL M 53 -33.837 -58.066 -7.712 1.00162.69 C \ ANISOU46104 C VAL M 53 18600 21705 21508 1688 -3489 3882 C \ ATOM 46105 O VAL M 53 -33.299 -58.837 -8.503 1.00163.61 O \ ANISOU46105 O VAL M 53 19033 22080 21052 1893 -3287 4112 O \ ATOM 46106 CB VAL M 53 -33.553 -58.134 -5.227 1.00232.19 C \ ANISOU46106 CB VAL M 53 26505 30856 30861 1429 -3300 3243 C \ ATOM 46107 CG1 VAL M 53 -33.678 -59.641 -5.383 1.00174.21 C \ ANISOU46107 CG1 VAL M 53 19444 23731 23015 1747 -3178 3198 C \ ATOM 46108 CG2 VAL M 53 -32.618 -57.787 -4.078 1.00176.09 C \ ANISOU46108 CG2 VAL M 53 18803 24162 23943 1237 -3021 3085 C \ ATOM 46109 N VAL M 54 -35.105 -57.677 -7.822 1.00162.75 N \ ANISOU46109 N VAL M 54 18701 21300 21836 1688 -3921 3698 N \ ATOM 46110 CA VAL M 54 -35.952 -58.104 -8.932 1.00164.28 C \ ANISOU46110 CA VAL M 54 19367 21361 21689 1946 -4211 3752 C \ ATOM 46111 C VAL M 54 -35.331 -57.714 -10.271 1.00234.29 C \ ANISOU46111 C VAL M 54 28571 30322 30128 2061 -4109 4330 C \ ATOM 46112 O VAL M 54 -35.314 -58.507 -11.212 1.00185.95 O \ ANISOU46112 O VAL M 54 22814 24432 23406 2317 -4092 4418 O \ ATOM 46113 CB VAL M 54 -37.368 -57.498 -8.825 1.00262.55 C \ ANISOU46113 CB VAL M 54 31791 33348 34617 1910 -4712 3494 C \ ATOM 46114 CG1 VAL M 54 -38.162 -57.743 -10.101 1.00209.82 C \ ANISOU46114 CG1 VAL M 54 25559 26613 27549 2195 -5034 3590 C \ ATOM 46115 CG2 VAL M 54 -38.100 -58.070 -7.620 1.00205.76 C \ ANISOU46115 CG2 VAL M 54 24328 26089 27762 1845 -4810 2902 C \ ATOM 46116 N ARG M 55 -34.814 -56.491 -10.340 1.00203.44 N \ ANISOU46116 N ARG M 55 24508 26236 26555 1869 -4005 4706 N \ ATOM 46117 CA ARG M 55 -34.170 -55.981 -11.547 1.00205.79 C \ ANISOU46117 CA ARG M 55 25084 26593 26515 1967 -3840 5340 C \ ATOM 46118 C ARG M 55 -33.017 -56.879 -12.003 1.00214.19 C \ ANISOU46118 C ARG M 55 26318 28156 26909 2086 -3428 5520 C \ ATOM 46119 O ARG M 55 -33.065 -57.470 -13.089 1.00216.20 O \ ANISOU46119 O ARG M 55 26973 28646 26527 2358 -3458 5701 O \ ATOM 46120 CB ARG M 55 -33.661 -54.557 -11.313 1.00196.02 C \ ANISOU46120 CB ARG M 55 23542 25030 25906 1689 -3660 5665 C \ ATOM 46121 CG ARG M 55 -33.598 -53.699 -12.565 1.00204.95 C \ ANISOU46121 CG ARG M 55 24962 25978 26930 1825 -3639 6363 C \ ATOM 46122 CD ARG M 55 -32.934 -52.362 -12.278 1.00204.98 C \ ANISOU46122 CD ARG M 55 24613 25615 27655 1522 -3321 6674 C \ ATOM 46123 NE ARG M 55 -33.412 -51.769 -11.033 1.00215.14 N \ ANISOU46123 NE ARG M 55 25403 26543 29795 1214 -3457 6165 N \ ATOM 46124 CZ ARG M 55 -32.922 -50.655 -10.500 1.00214.80 C \ ANISOU46124 CZ ARG M 55 24913 26164 30540 883 -3187 6193 C \ ATOM 46125 NH1 ARG M 55 -31.935 -50.007 -11.104 1.00221.33 N \ ANISOU46125 NH1 ARG M 55 25735 26916 31445 814 -2743 6740 N \ ATOM 46126 NH2 ARG M 55 -33.417 -50.188 -9.361 1.00208.53 N \ ANISOU46126 NH2 ARG M 55 23645 25107 30480 613 -3334 5640 N \ ATOM 46127 N LEU M 56 -31.984 -56.975 -11.169 1.00224.82 N \ ANISOU46127 N LEU M 56 27324 29702 28394 1891 -3048 5437 N \ ATOM 46128 CA LEU M 56 -30.797 -57.753 -11.515 1.00197.43 C \ ANISOU46128 CA LEU M 56 23957 26695 24364 1986 -2623 5617 C \ ATOM 46129 C LEU M 56 -31.125 -59.228 -11.734 1.00172.72 C \ ANISOU46129 C LEU M 56 21086 23834 20705 2263 -2661 5329 C \ ATOM 46130 O LEU M 56 -30.521 -59.882 -12.581 1.00174.47 O \ ANISOU46130 O LEU M 56 21581 24366 20345 2441 -2434 5531 O \ ATOM 46131 CB LEU M 56 -29.716 -57.601 -10.434 1.00210.63 C \ ANISOU46131 CB LEU M 56 25135 28577 26319 1746 -2251 5498 C \ ATOM 46132 CG LEU M 56 -29.999 -57.971 -8.973 1.00198.34 C \ ANISOU46132 CG LEU M 56 23146 27110 25104 1649 -2314 4957 C \ ATOM 46133 CD1 LEU M 56 -29.737 -59.444 -8.702 1.00179.83 C \ ANISOU46133 CD1 LEU M 56 20868 25170 22288 1889 -2130 4774 C \ ATOM 46134 CD2 LEU M 56 -29.167 -57.107 -8.039 1.00191.39 C \ ANISOU46134 CD2 LEU M 56 21692 26326 24700 1339 -2077 4867 C \ ATOM 46135 N ARG M 57 -32.085 -59.747 -10.974 1.00178.55 N \ ANISOU46135 N ARG M 57 21716 24434 21692 2290 -2913 4839 N \ ATOM 46136 CA ARG M 57 -32.495 -61.139 -11.118 1.00191.50 C \ ANISOU46136 CA ARG M 57 23551 26228 22982 2536 -2908 4513 C \ ATOM 46137 C ARG M 57 -33.135 -61.376 -12.481 1.00195.09 C \ ANISOU46137 C ARG M 57 24452 26682 22994 2766 -3154 4567 C \ ATOM 46138 O ARG M 57 -32.874 -62.388 -13.131 1.00207.95 O \ ANISOU46138 O ARG M 57 26301 28584 24128 2970 -2975 4495 O \ ATOM 46139 CB ARG M 57 -33.461 -61.535 -10.000 1.00204.01 C \ ANISOU46139 CB ARG M 57 24902 27604 25010 2504 -3103 3998 C \ ATOM 46140 CG ARG M 57 -34.024 -62.944 -10.116 1.00211.87 C \ ANISOU46140 CG ARG M 57 26064 28639 25797 2744 -3066 3623 C \ ATOM 46141 CD ARG M 57 -34.602 -63.420 -8.790 1.00224.62 C \ ANISOU46141 CD ARG M 57 27365 30122 27856 2709 -3059 3219 C \ ATOM 46142 NE ARG M 57 -35.540 -62.458 -8.219 1.00214.82 N \ ANISOU46142 NE ARG M 57 25944 28542 27135 2519 -3464 3033 N \ ATOM 46143 CZ ARG M 57 -36.110 -62.589 -7.026 1.00208.66 C \ ANISOU46143 CZ ARG M 57 24854 27644 26782 2446 -3510 2697 C \ ATOM 46144 NH1 ARG M 57 -35.837 -63.645 -6.271 1.00199.64 N \ ANISOU46144 NH1 ARG M 57 23553 26702 25598 2575 -3160 2570 N \ ATOM 46145 NH2 ARG M 57 -36.951 -61.664 -6.584 1.00188.16 N \ ANISOU46145 NH2 ARG M 57 22093 24737 24663 2262 -3882 2511 N \ ATOM 46146 N GLU M 58 -33.972 -60.436 -12.908 1.00172.93 N \ ANISOU46146 N GLU M 58 21741 23598 20368 2750 -3558 4675 N \ ATOM 46147 CA GLU M 58 -34.599 -60.511 -14.220 1.00176.95 C \ ANISOU46147 CA GLU M 58 22625 24200 20407 3004 -3837 4761 C \ ATOM 46148 C GLU M 58 -33.561 -60.397 -15.328 1.00181.24 C \ ANISOU46148 C GLU M 58 23412 25109 20342 3117 -3546 5302 C \ ATOM 46149 O GLU M 58 -33.659 -61.074 -16.351 1.00184.00 O \ ANISOU46149 O GLU M 58 24046 25789 20078 3369 -3573 5252 O \ ATOM 46150 CB GLU M 58 -35.656 -59.417 -14.379 1.00235.36 C \ ANISOU46150 CB GLU M 58 30027 31241 28157 2992 -4314 4852 C \ ATOM 46151 CG GLU M 58 -36.966 -59.714 -13.671 1.00209.57 C \ ANISOU46151 CG GLU M 58 26626 27675 25328 2974 -4697 4238 C \ ATOM 46152 CD GLU M 58 -37.966 -58.583 -13.804 1.00232.20 C \ ANISOU46152 CD GLU M 58 29466 30178 28582 2965 -5158 4346 C \ ATOM 46153 OE1 GLU M 58 -39.179 -58.839 -13.654 1.00231.18 O \ ANISOU46153 OE1 GLU M 58 29320 29872 28645 3040 -5550 3872 O \ ATOM 46154 OE2 GLU M 58 -37.538 -57.438 -14.057 1.00236.75 O \ ANISOU46154 OE2 GLU M 58 30019 30619 29316 2887 -5101 4907 O \ ATOM 46155 N TYR M 59 -32.566 -59.539 -15.121 1.00218.25 N \ ANISOU46155 N TYR M 59 27955 29754 25214 2923 -3248 5778 N \ ATOM 46156 CA TYR M 59 -31.504 -59.371 -16.109 1.00222.72 C \ ANISOU46156 CA TYR M 59 28726 30641 25258 3003 -2909 6328 C \ ATOM 46157 C TYR M 59 -30.628 -60.619 -16.202 1.00225.22 C \ ANISOU46157 C TYR M 59 29096 31377 25102 3087 -2521 6151 C \ ATOM 46158 O TYR M 59 -30.085 -60.930 -17.263 1.00227.37 O \ ANISOU46158 O TYR M 59 29631 32013 24748 3259 -2335 6408 O \ ATOM 46159 CB TYR M 59 -30.645 -58.152 -15.773 1.00220.78 C \ ANISOU46159 CB TYR M 59 28248 30185 25451 2739 -2630 6814 C \ ATOM 46160 CG TYR M 59 -29.547 -57.886 -16.778 1.00219.89 C \ ANISOU46160 CG TYR M 59 28329 30352 24865 2804 -2236 7422 C \ ATOM 46161 CD1 TYR M 59 -29.825 -57.273 -17.992 1.00220.44 C \ ANISOU46161 CD1 TYR M 59 28710 30464 24585 3016 -2350 7959 C \ ATOM 46162 CD2 TYR M 59 -28.232 -58.250 -16.514 1.00217.61 C \ ANISOU46162 CD2 TYR M 59 27897 30321 24465 2679 -1739 7481 C \ ATOM 46163 CE1 TYR M 59 -28.826 -57.030 -18.916 1.00221.81 C \ ANISOU46163 CE1 TYR M 59 29059 30910 24310 3089 -1954 8550 C \ ATOM 46164 CE2 TYR M 59 -27.226 -58.011 -17.432 1.00216.04 C \ ANISOU46164 CE2 TYR M 59 27865 30369 23851 2727 -1356 8023 C \ ATOM 46165 CZ TYR M 59 -27.528 -57.400 -18.630 1.00219.73 C \ ANISOU46165 CZ TYR M 59 28654 30856 23978 2926 -1453 8562 C \ ATOM 46166 OH TYR M 59 -26.530 -57.160 -19.547 1.00222.53 O \ ANISOU46166 OH TYR M 59 29174 31472 23904 2986 -1036 9135 O \ ATOM 46167 N VAL M 60 -30.486 -61.327 -15.087 1.00180.18 N \ ANISOU46167 N VAL M 60 23124 25638 19699 2985 -2379 5732 N \ ATOM 46168 CA VAL M 60 -29.661 -62.530 -15.045 1.00178.90 C \ ANISOU46168 CA VAL M 60 22961 25819 19194 3082 -1975 5580 C \ ATOM 46169 C VAL M 60 -30.388 -63.744 -15.630 1.00179.23 C \ ANISOU46169 C VAL M 60 23236 25982 18880 3341 -2095 5135 C \ ATOM 46170 O VAL M 60 -29.797 -64.525 -16.377 1.00181.28 O \ ANISOU46170 O VAL M 60 23666 26580 18633 3496 -1821 5143 O \ ATOM 46171 CB VAL M 60 -29.204 -62.839 -13.599 1.00174.32 C \ ANISOU46171 CB VAL M 60 21969 25206 19059 2931 -1740 5364 C \ ATOM 46172 CG1 VAL M 60 -28.677 -64.257 -13.489 1.00172.94 C \ ANISOU46172 CG1 VAL M 60 21793 25310 18607 3109 -1375 5147 C \ ATOM 46173 CG2 VAL M 60 -28.139 -61.847 -13.158 1.00174.93 C \ ANISOU46173 CG2 VAL M 60 21767 25332 19367 2688 -1487 5733 C \ ATOM 46174 N GLU M 61 -31.671 -63.887 -15.306 1.00201.70 N \ ANISOU46174 N GLU M 61 26061 28548 22028 3375 -2488 4705 N \ ATOM 46175 CA GLU M 61 -32.460 -65.031 -15.766 1.00216.36 C \ ANISOU46175 CA GLU M 61 28063 30465 23680 3589 -2596 4163 C \ ATOM 46176 C GLU M 61 -32.551 -65.126 -17.288 1.00218.38 C \ ANISOU46176 C GLU M 61 28646 31081 23246 3807 -2713 4231 C \ ATOM 46177 O GLU M 61 -32.795 -66.201 -17.835 1.00215.42 O \ ANISOU46177 O GLU M 61 28365 30903 22583 3983 -2645 3780 O \ ATOM 46178 CB GLU M 61 -33.874 -64.980 -15.176 1.00240.98 C \ ANISOU46178 CB GLU M 61 31078 33195 27290 3563 -3026 3700 C \ ATOM 46179 CG GLU M 61 -33.951 -65.384 -13.714 1.00244.88 C \ ANISOU46179 CG GLU M 61 31249 33421 28374 3433 -2860 3445 C \ ATOM 46180 CD GLU M 61 -35.365 -65.700 -13.264 1.00236.10 C \ ANISOU46180 CD GLU M 61 30061 31960 27686 3452 -3196 2880 C \ ATOM 46181 OE1 GLU M 61 -36.316 -65.339 -13.988 1.00251.79 O \ ANISOU46181 OE1 GLU M 61 32209 33879 29581 3525 -3637 2713 O \ ATOM 46182 OE2 GLU M 61 -35.524 -66.313 -12.187 1.00251.59 O \ ANISOU46182 OE2 GLU M 61 31788 33741 30065 3416 -3005 2617 O \ ATOM 46183 N ASN M 62 -32.350 -64.003 -17.967 1.00216.98 N \ ANISOU46183 N ASN M 62 28614 31009 22820 3806 -2859 4786 N \ ATOM 46184 CA ASN M 62 -32.432 -63.976 -19.421 1.00237.80 C \ ANISOU46184 CA ASN M 62 31546 34080 24727 4054 -2981 4941 C \ ATOM 46185 C ASN M 62 -31.152 -63.454 -20.059 1.00281.54 C \ ANISOU46185 C ASN M 62 37209 39923 29841 4044 -2610 5632 C \ ATOM 46186 O ASN M 62 -30.294 -62.892 -19.376 1.00194.13 O \ ANISOU46186 O ASN M 62 25979 28661 19121 3818 -2322 6010 O \ ATOM 46187 CB ASN M 62 -33.627 -63.135 -19.871 1.00221.44 C \ ANISOU46187 CB ASN M 62 29566 31911 22660 4174 -3552 4998 C \ ATOM 46188 CG ASN M 62 -34.942 -63.876 -19.729 1.00266.84 C \ ANISOU46188 CG ASN M 62 35257 37555 28575 4277 -3929 4212 C \ ATOM 46189 OD1 ASN M 62 -35.531 -63.918 -18.649 1.00241.32 O \ ANISOU46189 OD1 ASN M 62 31819 33865 26008 4112 -4048 3882 O \ ATOM 46190 ND2 ASN M 62 -35.409 -64.469 -20.823 1.00199.00 N \ ANISOU46190 ND2 ASN M 62 26817 29417 19376 4550 -4104 3869 N \ ATOM 46191 N THR M 63 -31.027 -63.686 -21.366 1.00263.02 N \ ANISOU46191 N THR M 63 35115 38090 26730 4292 -2603 5740 N \ ATOM 46192 CA THR M 63 -29.867 -63.291 -22.175 1.00273.80 C \ ANISOU46192 CA THR M 63 36635 39823 27573 4333 -2235 6382 C \ ATOM 46193 C THR M 63 -28.602 -64.071 -21.814 1.00266.14 C \ ANISOU46193 C THR M 63 35562 38965 26593 4205 -1664 6321 C \ ATOM 46194 O THR M 63 -27.573 -63.930 -22.474 1.00280.72 O \ ANISOU46194 O THR M 63 37520 41142 28000 4231 -1305 6759 O \ ATOM 46195 CB THR M 63 -29.563 -61.773 -22.069 1.00311.47 C \ ANISOU46195 CB THR M 63 41392 44317 32637 4200 -2222 7178 C \ ATOM 46196 OG1 THR M 63 -29.091 -61.460 -20.752 1.00299.45 O \ ANISOU46196 OG1 THR M 63 39570 42322 31884 3867 -2021 7180 O \ ATOM 46197 CG2 THR M 63 -30.807 -60.950 -22.376 1.00316.58 C \ ANISOU46197 CG2 THR M 63 42115 44807 33364 4351 -2767 7305 C \ ATOM 46198 N TRP M 64 -28.684 -64.896 -20.775 1.00267.24 N \ ANISOU46198 N TRP M 64 35482 38843 27216 4092 -1566 5803 N \ ATOM 46199 CA TRP M 64 -27.558 -65.721 -20.350 1.00237.81 C \ ANISOU46199 CA TRP M 64 31619 35221 23517 4021 -1035 5728 C \ ATOM 46200 C TRP M 64 -28.026 -67.098 -19.892 1.00209.93 C \ ANISOU46200 C TRP M 64 27973 31600 20190 4106 -973 5006 C \ ATOM 46201 O TRP M 64 -29.064 -67.229 -19.245 1.00216.90 O \ ANISOU46201 O TRP M 64 28751 32142 21520 4087 -1277 4615 O \ ATOM 46202 CB TRP M 64 -26.779 -65.034 -19.226 1.00213.75 C \ ANISOU46202 CB TRP M 64 28301 31898 21014 3756 -810 6084 C \ ATOM 46203 CG TRP M 64 -25.720 -64.085 -19.705 1.00226.50 C \ ANISOU46203 CG TRP M 64 29965 33672 22422 3655 -542 6757 C \ ATOM 46204 CD1 TRP M 64 -25.072 -64.115 -20.906 1.00222.25 C \ ANISOU46204 CD1 TRP M 64 29670 33552 21223 3786 -315 7079 C \ ATOM 46205 CD2 TRP M 64 -25.187 -62.964 -18.989 1.00220.07 C \ ANISOU46205 CD2 TRP M 64 28918 32595 22103 3393 -435 7160 C \ ATOM 46206 NE1 TRP M 64 -24.169 -63.081 -20.982 1.00228.25 N \ ANISOU46206 NE1 TRP M 64 30381 34284 22058 3625 -50 7703 N \ ATOM 46207 CE2 TRP M 64 -24.219 -62.361 -19.819 1.00231.37 C \ ANISOU46207 CE2 TRP M 64 30472 34250 23190 3373 -114 7734 C \ ATOM 46208 CE3 TRP M 64 -25.433 -62.412 -17.729 1.00223.96 C \ ANISOU46208 CE3 TRP M 64 29078 32704 23312 3169 -559 7049 C \ ATOM 46209 CZ2 TRP M 64 -23.500 -61.233 -19.427 1.00238.63 C \ ANISOU46209 CZ2 TRP M 64 31179 34962 24528 3121 110 8178 C \ ATOM 46210 CZ3 TRP M 64 -24.717 -61.292 -17.342 1.00228.04 C \ ANISOU46210 CZ3 TRP M 64 29367 33068 24209 2919 -365 7443 C \ ATOM 46211 CH2 TRP M 64 -23.762 -60.716 -18.189 1.00234.06 C \ ANISOU46211 CH2 TRP M 64 30246 34002 24685 2889 -23 7992 C \ ATOM 46212 N LYS M 65 -27.252 -68.121 -20.237 1.00194.07 N \ ANISOU46212 N LYS M 65 25972 29870 17897 4202 -542 4837 N \ ATOM 46213 CA LYS M 65 -27.558 -69.488 -19.833 1.00192.12 C \ ANISOU46213 CA LYS M 65 25590 29493 17915 4295 -354 4199 C \ ATOM 46214 C LYS M 65 -26.640 -69.927 -18.697 1.00188.13 C \ ANISOU46214 C LYS M 65 24817 28832 17833 4214 106 4338 C \ ATOM 46215 O LYS M 65 -25.436 -70.089 -18.892 1.00189.23 O \ ANISOU46215 O LYS M 65 24935 29237 17726 4217 523 4631 O \ ATOM 46216 CB LYS M 65 -27.425 -70.439 -21.022 1.00196.78 C \ ANISOU46216 CB LYS M 65 26325 30490 17954 4489 -168 3817 C \ ATOM 46217 CG LYS M 65 -27.641 -71.899 -20.674 1.00195.65 C \ ANISOU46217 CG LYS M 65 26010 30161 18167 4583 138 3151 C \ ATOM 46218 CD LYS M 65 -27.550 -72.783 -21.906 1.00200.95 C \ ANISOU46218 CD LYS M 65 26779 31248 18326 4752 314 2678 C \ ATOM 46219 CE LYS M 65 -28.619 -72.424 -22.924 1.00205.21 C \ ANISOU46219 CE LYS M 65 27483 32077 18411 4857 -218 2350 C \ ATOM 46220 NZ LYS M 65 -28.542 -73.292 -24.129 1.00210.99 N \ ANISOU46220 NZ LYS M 65 28251 33313 18602 5026 -56 1796 N \ ATOM 46221 N LEU M 66 -27.211 -70.120 -17.513 1.00183.87 N \ ANISOU46221 N LEU M 66 24052 27903 17906 4165 32 4133 N \ ATOM 46222 CA LEU M 66 -26.411 -70.417 -16.330 1.00180.39 C \ ANISOU46222 CA LEU M 66 23313 27389 17838 4128 416 4320 C \ ATOM 46223 C LEU M 66 -26.848 -71.695 -15.618 1.00178.42 C \ ANISOU46223 C LEU M 66 22883 26880 18030 4280 661 3880 C \ ATOM 46224 O LEU M 66 -27.817 -72.344 -16.015 1.00179.58 O \ ANISOU46224 O LEU M 66 23121 26839 18273 4373 537 3362 O \ ATOM 46225 CB LEU M 66 -26.472 -69.244 -15.351 1.00183.80 C \ ANISOU46225 CB LEU M 66 23556 27664 18616 3921 169 4636 C \ ATOM 46226 CG LEU M 66 -26.258 -67.849 -15.938 1.00188.14 C \ ANISOU46226 CG LEU M 66 24246 28312 18927 3752 -84 5068 C \ ATOM 46227 CD1 LEU M 66 -26.458 -66.792 -14.869 1.00177.64 C \ ANISOU46227 CD1 LEU M 66 22658 26747 18090 3533 -306 5230 C \ ATOM 46228 CD2 LEU M 66 -24.879 -67.726 -16.568 1.00239.74 C \ ANISOU46228 CD2 LEU M 66 30835 35224 25030 3742 312 5478 C \ ATOM 46229 N GLU M 67 -26.117 -72.029 -14.557 1.00214.56 N \ ANISOU46229 N GLU M 67 26061 24216 31245 2522 -11645 673 N \ ATOM 46230 CA GLU M 67 -26.399 -73.185 -13.706 1.00211.83 C \ ANISOU46230 CA GLU M 67 25400 24272 30812 2323 -11304 376 C \ ATOM 46231 C GLU M 67 -26.589 -74.489 -14.476 1.00239.06 C \ ANISOU46231 C GLU M 67 28430 28259 34143 1969 -10878 380 C \ ATOM 46232 O GLU M 67 -25.816 -74.809 -15.381 1.00220.32 O \ ANISOU46232 O GLU M 67 26059 25765 31888 1603 -10765 711 O \ ATOM 46233 CB GLU M 67 -27.633 -72.915 -12.841 1.00214.22 C \ ANISOU46233 CB GLU M 67 25603 24868 30922 2778 -11347 -102 C \ ATOM 46234 CG GLU M 67 -27.309 -72.677 -11.375 1.00214.32 C \ ANISOU46234 CG GLU M 67 25882 24550 31002 2791 -11415 -275 C \ ATOM 46235 CD GLU M 67 -26.624 -73.869 -10.729 1.00210.75 C \ ANISOU46235 CD GLU M 67 25361 24146 30567 2315 -11103 -239 C \ ATOM 46236 OE1 GLU M 67 -26.970 -75.019 -11.077 1.00208.61 O \ ANISOU46236 OE1 GLU M 67 24736 24347 30177 2087 -10704 -314 O \ ATOM 46237 OE2 GLU M 67 -25.735 -73.655 -9.878 1.00210.46 O \ ANISOU46237 OE2 GLU M 67 25628 23668 30667 2173 -11264 -140 O \ ATOM 46238 N GLY M 68 -27.627 -75.233 -14.103 1.00208.96 N \ ANISOU46238 N GLY M 68 24262 25022 30111 2054 -10600 -24 N \ ATOM 46239 CA GLY M 68 -27.883 -76.552 -14.653 1.00206.61 C \ ANISOU46239 CA GLY M 68 23547 25253 29701 1696 -10123 -110 C \ ATOM 46240 C GLY M 68 -28.025 -76.583 -16.160 1.00208.96 C \ ANISOU46240 C GLY M 68 23689 25802 29903 1617 -10126 72 C \ ATOM 46241 O GLY M 68 -27.686 -77.577 -16.801 1.00231.47 O \ ANISOU46241 O GLY M 68 26322 28864 32762 1165 -9748 174 O \ ATOM 46242 N GLU M 69 -28.533 -75.494 -16.728 1.00211.00 N \ ANISOU46242 N GLU M 69 24086 26027 30057 2062 -10547 113 N \ ATOM 46243 CA GLU M 69 -28.661 -75.378 -18.174 1.00212.61 C \ ANISOU46243 CA GLU M 69 24250 26428 30102 2035 -10635 325 C \ ATOM 46244 C GLU M 69 -27.282 -75.369 -18.827 1.00210.72 C \ ANISOU46244 C GLU M 69 24327 25673 30063 1573 -10572 826 C \ ATOM 46245 O GLU M 69 -27.051 -76.049 -19.828 1.00209.67 O \ ANISOU46245 O GLU M 69 24055 25759 29850 1184 -10304 966 O \ ATOM 46246 CB GLU M 69 -29.436 -74.112 -18.544 1.00217.68 C \ ANISOU46246 CB GLU M 69 25061 27045 30601 2675 -11159 312 C \ ATOM 46247 CG GLU M 69 -30.837 -74.036 -17.953 1.00220.34 C \ ANISOU46247 CG GLU M 69 25037 27876 30805 3168 -11234 -226 C \ ATOM 46248 CD GLU M 69 -31.821 -74.955 -18.651 1.00221.02 C \ ANISOU46248 CD GLU M 69 24555 28786 30635 3101 -10999 -555 C \ ATOM 46249 OE1 GLU M 69 -32.621 -74.457 -19.470 1.00225.31 O \ ANISOU46249 OE1 GLU M 69 24981 29643 30982 3500 -11337 -608 O \ ATOM 46250 OE2 GLU M 69 -31.797 -76.174 -18.379 1.00217.66 O \ ANISOU46250 OE2 GLU M 69 23805 28690 30206 2655 -10482 -768 O \ ATOM 46251 N LEU M 70 -26.368 -74.599 -18.244 1.00246.53 N \ ANISOU46251 N LEU M 70 29275 29520 34876 1592 -10794 1055 N \ ATOM 46252 CA LEU M 70 -25.006 -74.500 -18.753 1.00223.09 C \ ANISOU46252 CA LEU M 70 26594 25990 32178 1155 -10730 1478 C \ ATOM 46253 C LEU M 70 -24.253 -75.811 -18.545 1.00212.20 C \ ANISOU46253 C LEU M 70 24940 24673 31012 567 -10252 1495 C \ ATOM 46254 O LEU M 70 -23.510 -76.256 -19.426 1.00216.20 O \ ANISOU46254 O LEU M 70 25439 25065 31644 112 -9995 1744 O \ ATOM 46255 CB LEU M 70 -24.266 -73.344 -18.075 1.00242.39 C \ ANISOU46255 CB LEU M 70 29496 27703 34896 1327 -11082 1633 C \ ATOM 46256 CG LEU M 70 -22.914 -72.948 -18.671 1.00242.07 C \ ANISOU46256 CG LEU M 70 29798 27010 35167 941 -11066 2034 C \ ATOM 46257 CD1 LEU M 70 -23.067 -72.556 -20.131 1.00258.43 C \ ANISOU46257 CD1 LEU M 70 32076 29096 37019 940 -11086 2293 C \ ATOM 46258 CD2 LEU M 70 -22.292 -71.813 -17.876 1.00246.80 C \ ANISOU46258 CD2 LEU M 70 30801 26933 36039 1123 -11401 2089 C \ ATOM 46259 N ARG M 71 -24.445 -76.422 -17.378 1.00203.13 N \ ANISOU46259 N ARG M 71 23595 23677 29906 582 -10117 1232 N \ ATOM 46260 CA ARG M 71 -23.855 -77.727 -17.083 1.00199.58 C \ ANISOU46260 CA ARG M 71 22886 23306 29639 97 -9662 1235 C \ ATOM 46261 C ARG M 71 -24.286 -78.749 -18.127 1.00198.51 C \ ANISOU46261 C ARG M 71 22385 23710 29331 -211 -9211 1175 C \ ATOM 46262 O ARG M 71 -23.465 -79.496 -18.664 1.00196.50 O \ ANISOU46262 O ARG M 71 22027 23339 29295 -709 -8861 1372 O \ ATOM 46263 CB ARG M 71 -24.261 -78.212 -15.689 1.00198.63 C \ ANISOU46263 CB ARG M 71 22667 23340 29462 234 -9581 931 C \ ATOM 46264 CG ARG M 71 -23.922 -77.262 -14.553 1.00200.00 C \ ANISOU46264 CG ARG M 71 23202 23042 29748 524 -10011 924 C \ ATOM 46265 CD ARG M 71 -24.426 -77.809 -13.226 1.00199.54 C \ ANISOU46265 CD ARG M 71 23090 23186 29540 633 -9881 604 C \ ATOM 46266 NE ARG M 71 -24.267 -76.856 -12.132 1.00201.45 N \ ANISOU46266 NE ARG M 71 23692 23041 29809 928 -10292 531 N \ ATOM 46267 CZ ARG M 71 -23.217 -76.818 -11.319 1.00200.96 C \ ANISOU46267 CZ ARG M 71 23859 22525 29974 766 -10461 684 C \ ATOM 46268 NH1 ARG M 71 -22.223 -77.681 -11.473 1.00198.68 N \ ANISOU46268 NH1 ARG M 71 23451 22091 29946 346 -10265 934 N \ ATOM 46269 NH2 ARG M 71 -23.160 -75.916 -10.349 1.00203.15 N \ ANISOU46269 NH2 ARG M 71 24467 22493 30229 1027 -10833 569 N \ ATOM 46270 N ALA M 72 -25.585 -78.766 -18.409 1.00200.27 N \ ANISOU46270 N ALA M 72 22389 24523 29180 82 -9217 869 N \ ATOM 46271 CA ALA M 72 -26.153 -79.678 -19.391 1.00216.39 C \ ANISOU46271 CA ALA M 72 24057 27158 31001 -180 -8824 731 C \ ATOM 46272 C ALA M 72 -25.639 -79.364 -20.789 1.00201.09 C \ ANISOU46272 C ALA M 72 22290 25081 29034 -414 -8872 1068 C \ ATOM 46273 O ALA M 72 -25.491 -80.262 -21.615 1.00207.32 O \ ANISOU46273 O ALA M 72 22857 26128 29786 -868 -8444 1085 O \ ATOM 46274 CB ALA M 72 -27.672 -79.614 -19.359 1.00242.87 C \ ANISOU46274 CB ALA M 72 27124 31168 33990 235 -8907 286 C \ ATOM 46275 N GLU M 73 -25.372 -78.089 -21.052 1.00223.91 N \ ANISOU46275 N GLU M 73 25608 27538 31929 -120 -9355 1326 N \ ATOM 46276 CA GLU M 73 -24.831 -77.682 -22.343 1.00237.71 C \ ANISOU46276 CA GLU M 73 27638 29059 33624 -339 -9397 1675 C \ ATOM 46277 C GLU M 73 -23.426 -78.242 -22.540 1.00233.05 C \ ANISOU46277 C GLU M 73 27109 27991 33447 -970 -9010 1946 C \ ATOM 46278 O GLU M 73 -23.130 -78.855 -23.569 1.00231.21 O \ ANISOU46278 O GLU M 73 26796 27883 33170 -1429 -8644 2049 O \ ATOM 46279 CB GLU M 73 -24.813 -76.158 -22.470 1.00265.83 C \ ANISOU46279 CB GLU M 73 31709 32167 37128 127 -9963 1899 C \ ATOM 46280 CG GLU M 73 -24.299 -75.665 -23.813 1.00286.14 C \ ANISOU46280 CG GLU M 73 34673 34462 39584 -81 -9996 2274 C \ ATOM 46281 CD GLU M 73 -24.269 -74.154 -23.912 1.00309.08 C \ ANISOU46281 CD GLU M 73 38140 36855 42439 387 -10513 2513 C \ ATOM 46282 OE1 GLU M 73 -24.539 -73.486 -22.893 1.00320.48 O \ ANISOU46282 OE1 GLU M 73 39649 38115 44005 837 -10831 2383 O \ ATOM 46283 OE2 GLU M 73 -23.976 -73.633 -25.009 1.00315.67 O \ ANISOU46283 OE2 GLU M 73 39387 37448 43104 293 -10572 2827 O \ ATOM 46284 N VAL M 74 -22.566 -78.029 -21.548 1.00200.92 N \ ANISOU46284 N VAL M 74 23167 23383 29792 -995 -9094 2035 N \ ATOM 46285 CA VAL M 74 -21.196 -78.528 -21.605 1.00198.72 C \ ANISOU46285 CA VAL M 74 22887 22620 29996 -1545 -8777 2256 C \ ATOM 46286 C VAL M 74 -21.177 -80.052 -21.701 1.00195.75 C \ ANISOU46286 C VAL M 74 22049 22628 29697 -1988 -8186 2118 C \ ATOM 46287 O VAL M 74 -20.449 -80.627 -22.517 1.00194.95 O \ ANISOU46287 O VAL M 74 21875 22393 29805 -2510 -7781 2270 O \ ATOM 46288 CB VAL M 74 -20.379 -78.079 -20.378 1.00246.52 C \ ANISOU46288 CB VAL M 74 29093 28110 36464 -1438 -9042 2309 C \ ATOM 46289 CG1 VAL M 74 -18.966 -78.641 -20.445 1.00249.35 C \ ANISOU46289 CG1 VAL M 74 29368 27995 37379 -1987 -8739 2503 C \ ATOM 46290 CG2 VAL M 74 -20.348 -76.560 -20.291 1.00201.18 C \ ANISOU46290 CG2 VAL M 74 23820 21935 30683 -1041 -9567 2425 C \ ATOM 46291 N ALA M 75 -21.995 -80.699 -20.875 1.00194.45 N \ ANISOU46291 N ALA M 75 21593 22920 29370 -1793 -8092 1812 N \ ATOM 46292 CA ALA M 75 -22.094 -82.153 -20.877 1.00192.00 C \ ANISOU46292 CA ALA M 75 20865 22976 29109 -2176 -7495 1649 C \ ATOM 46293 C ALA M 75 -22.565 -82.667 -22.234 1.00192.72 C \ ANISOU46293 C ALA M 75 20769 23535 28921 -2481 -7135 1583 C \ ATOM 46294 O ALA M 75 -22.108 -83.709 -22.704 1.00191.08 O \ ANISOU46294 O ALA M 75 20326 23375 28900 -2999 -6580 1600 O \ ATOM 46295 CB ALA M 75 -23.032 -82.624 -19.778 1.00196.54 C \ ANISOU46295 CB ALA M 75 21235 23956 29485 -1879 -7451 1298 C \ ATOM 46296 N ALA M 76 -23.478 -81.930 -22.860 1.00225.32 N \ ANISOU46296 N ALA M 76 25005 28004 32603 -2152 -7464 1501 N \ ATOM 46297 CA ALA M 76 -23.967 -82.290 -24.185 1.00251.70 C \ ANISOU46297 CA ALA M 76 28219 31818 35597 -2402 -7229 1438 C \ ATOM 46298 C ALA M 76 -22.867 -82.132 -25.226 1.00264.23 C \ ANISOU46298 C ALA M 76 30086 32941 37367 -2873 -7064 1803 C \ ATOM 46299 O ALA M 76 -22.780 -82.917 -26.167 1.00224.75 O \ ANISOU46299 O ALA M 76 24925 28185 32287 -3363 -6592 1772 O \ ATOM 46300 CB ALA M 76 -25.174 -81.444 -24.560 1.00252.26 C \ ANISOU46300 CB ALA M 76 28364 32328 35155 -1864 -7727 1289 C \ ATOM 46301 N ASN M 77 -22.033 -81.110 -25.056 1.00198.46 N \ ANISOU46301 N ASN M 77 22184 23932 29290 -2750 -7416 2117 N \ ATOM 46302 CA ASN M 77 -20.906 -80.899 -25.956 1.00199.21 C \ ANISOU46302 CA ASN M 77 22572 23494 29625 -3219 -7218 2440 C \ ATOM 46303 C ASN M 77 -19.917 -82.054 -25.877 1.00196.13 C \ ANISOU46303 C ASN M 77 21875 22884 29759 -3831 -6598 2452 C \ ATOM 46304 O ASN M 77 -19.533 -82.628 -26.899 1.00196.39 O \ ANISOU46304 O ASN M 77 21862 22938 29819 -4370 -6118 2505 O \ ATOM 46305 CB ASN M 77 -20.203 -79.580 -25.640 1.00210.91 C \ ANISOU46305 CB ASN M 77 24544 24258 31336 -2966 -7683 2713 C \ ATOM 46306 CG ASN M 77 -21.105 -78.380 -25.837 1.00227.45 C \ ANISOU46306 CG ASN M 77 26998 26476 32947 -2364 -8268 2748 C \ ATOM 46307 OD1 ASN M 77 -22.040 -78.416 -26.638 1.00221.44 O \ ANISOU46307 OD1 ASN M 77 26222 26252 31665 -2237 -8327 2668 O \ ATOM 46308 ND2 ASN M 77 -20.830 -77.306 -25.107 1.00241.95 N \ ANISOU46308 ND2 ASN M 77 29152 27813 34966 -1981 -8713 2856 N \ ATOM 46309 N ILE M 78 -19.518 -82.397 -24.655 1.00193.61 N \ ANISOU46309 N ILE M 78 21362 22350 29852 -3739 -6611 2399 N \ ATOM 46310 CA ILE M 78 -18.617 -83.524 -24.436 1.00191.06 C \ ANISOU46310 CA ILE M 78 20719 21809 30066 -4228 -6074 2414 C \ ATOM 46311 C ILE M 78 -19.223 -84.816 -24.979 1.00189.93 C \ ANISOU46311 C ILE M 78 20183 22263 29719 -4570 -5462 2182 C \ ATOM 46312 O ILE M 78 -18.532 -85.623 -25.602 1.00189.23 O \ ANISOU46312 O ILE M 78 19924 22031 29943 -5133 -4895 2231 O \ ATOM 46313 CB ILE M 78 -18.283 -83.694 -22.942 1.00189.20 C \ ANISOU46313 CB ILE M 78 20367 21337 30185 -3972 -6273 2383 C \ ATOM 46314 CG1 ILE M 78 -17.552 -82.457 -22.417 1.00237.52 C \ ANISOU46314 CG1 ILE M 78 26848 26834 36565 -3716 -6836 2580 C \ ATOM 46315 CG2 ILE M 78 -17.438 -84.940 -22.715 1.00223.42 C \ ANISOU46315 CG2 ILE M 78 24354 25480 35057 -4418 -5734 2407 C \ ATOM 46316 CD1 ILE M 78 -17.102 -82.571 -20.976 1.00232.37 C \ ANISOU46316 CD1 ILE M 78 26122 25918 36252 -3501 -7083 2561 C \ ATOM 46317 N LYS M 79 -20.520 -84.998 -24.748 1.00190.11 N \ ANISOU46317 N LYS M 79 20048 22943 29243 -4245 -5552 1895 N \ ATOM 46318 CA LYS M 79 -21.241 -86.165 -25.246 1.00189.55 C \ ANISOU46318 CA LYS M 79 19591 23500 28930 -4548 -4986 1602 C \ ATOM 46319 C LYS M 79 -21.162 -86.260 -26.765 1.00191.41 C \ ANISOU46319 C LYS M 79 19891 23888 28949 -5003 -4693 1651 C \ ATOM 46320 O LYS M 79 -20.853 -87.319 -27.317 1.00190.51 O \ ANISOU46320 O LYS M 79 19524 23863 29000 -5563 -4030 1571 O \ ATOM 46321 CB LYS M 79 -22.705 -86.118 -24.801 1.00190.36 C \ ANISOU46321 CB LYS M 79 19528 24280 28521 -4080 -5211 1242 C \ ATOM 46322 CG LYS M 79 -23.566 -87.251 -25.337 1.00190.42 C \ ANISOU46322 CG LYS M 79 19114 24993 28244 -4384 -4645 864 C \ ATOM 46323 CD LYS M 79 -23.096 -88.600 -24.823 1.00187.64 C \ ANISOU46323 CD LYS M 79 18457 24535 28304 -4789 -3950 782 C \ ATOM 46324 CE LYS M 79 -24.042 -89.710 -25.251 1.00210.57 C \ ANISOU46324 CE LYS M 79 20939 28144 30923 -5076 -3353 345 C \ ATOM 46325 NZ LYS M 79 -25.425 -89.486 -24.747 1.00204.53 N \ ANISOU46325 NZ LYS M 79 20017 27980 29713 -4604 -3621 -54 N \ ATOM 46326 N ARG M 80 -21.438 -85.144 -27.433 1.00194.39 N \ ANISOU46326 N ARG M 80 20645 24270 28943 -4762 -5177 1787 N \ ATOM 46327 CA ARG M 80 -21.400 -85.090 -28.888 1.00229.79 C \ ANISOU46327 CA ARG M 80 25312 28885 33113 -5152 -4981 1865 C \ ATOM 46328 C ARG M 80 -19.992 -85.359 -29.404 1.00198.34 C \ ANISOU46328 C ARG M 80 21454 24251 29653 -5776 -4507 2119 C \ ATOM 46329 O ARG M 80 -19.814 -85.991 -30.444 1.00203.32 O \ ANISOU46329 O ARG M 80 22032 25020 30200 -6342 -3976 2074 O \ ATOM 46330 CB ARG M 80 -21.896 -83.733 -29.393 1.00215.04 C \ ANISOU46330 CB ARG M 80 23920 27038 30748 -4694 -5658 2029 C \ ATOM 46331 CG ARG M 80 -22.110 -83.678 -30.899 1.00216.31 C \ ANISOU46331 CG ARG M 80 24314 27469 30405 -5020 -5533 2082 C \ ATOM 46332 CD ARG M 80 -22.537 -82.295 -31.367 1.00221.52 C \ ANISOU46332 CD ARG M 80 25520 28063 30584 -4518 -6234 2308 C \ ATOM 46333 NE ARG M 80 -21.451 -81.323 -31.285 1.00211.47 N \ ANISOU46333 NE ARG M 80 24778 25914 29659 -4513 -6408 2704 N \ ATOM 46334 CZ ARG M 80 -21.296 -80.453 -30.292 1.00208.89 C \ ANISOU46334 CZ ARG M 80 24608 25169 29592 -4008 -6880 2815 C \ ATOM 46335 NH1 ARG M 80 -22.163 -80.428 -29.290 1.00207.69 N \ ANISOU46335 NH1 ARG M 80 24150 25386 29378 -3460 -7223 2574 N \ ATOM 46336 NH2 ARG M 80 -20.276 -79.607 -30.303 1.00210.03 N \ ANISOU46336 NH2 ARG M 80 25221 24518 30064 -4079 -6975 3134 N \ ATOM 46337 N LEU M 81 -18.992 -84.879 -28.671 1.00195.15 N \ ANISOU46337 N LEU M 81 21199 23142 29807 -5687 -4688 2349 N \ ATOM 46338 CA LEU M 81 -17.603 -85.113 -29.046 1.00199.48 C \ ANISOU46338 CA LEU M 81 21798 23028 30968 -6254 -4250 2546 C \ ATOM 46339 C LEU M 81 -17.223 -86.579 -28.863 1.00192.13 C \ ANISOU46339 C LEU M 81 20352 22162 30487 -6717 -3541 2384 C \ ATOM 46340 O LEU M 81 -16.357 -87.097 -29.569 1.00192.42 O \ ANISOU46340 O LEU M 81 20328 21880 30905 -7321 -2972 2441 O \ ATOM 46341 CB LEU M 81 -16.665 -84.219 -28.232 1.00228.38 C \ ANISOU46341 CB LEU M 81 25683 25952 35138 -6014 -4669 2775 C \ ATOM 46342 CG LEU M 81 -16.710 -82.722 -28.542 1.00243.16 C \ ANISOU46342 CG LEU M 81 28139 27535 36716 -5684 -5240 2985 C \ ATOM 46343 CD1 LEU M 81 -15.704 -81.966 -27.687 1.00280.58 C \ ANISOU46343 CD1 LEU M 81 33029 31536 42041 -5531 -5563 3146 C \ ATOM 46344 CD2 LEU M 81 -16.460 -82.468 -30.021 1.00280.36 C \ ANISOU46344 CD2 LEU M 81 33223 32130 41171 -6138 -4944 3124 C \ ATOM 46345 N MET M 82 -17.871 -87.245 -27.914 1.00189.91 N \ ANISOU46345 N MET M 82 19722 22261 30174 -6440 -3541 2176 N \ ATOM 46346 CA MET M 82 -17.609 -88.658 -27.667 1.00187.74 C \ ANISOU46346 CA MET M 82 18993 22046 30295 -6819 -2863 2028 C \ ATOM 46347 C MET M 82 -18.313 -89.550 -28.684 1.00188.42 C \ ANISOU46347 C MET M 82 18862 22738 29989 -7252 -2262 1761 C \ ATOM 46348 O MET M 82 -17.814 -90.619 -29.035 1.00187.67 O \ ANISOU46348 O MET M 82 18489 22552 30265 -7794 -1543 1689 O \ ATOM 46349 CB MET M 82 -18.035 -89.046 -26.251 1.00198.03 C \ ANISOU46349 CB MET M 82 20080 23487 31674 -6378 -3043 1912 C \ ATOM 46350 CG MET M 82 -17.137 -88.497 -25.156 1.00196.06 C \ ANISOU46350 CG MET M 82 19960 22602 31931 -6075 -3499 2150 C \ ATOM 46351 SD MET M 82 -17.524 -89.166 -23.528 1.00297.35 S \ ANISOU46351 SD MET M 82 32585 35556 44837 -5667 -3586 2029 S \ ATOM 46352 CE MET M 82 -19.229 -88.650 -23.346 1.00197.57 C \ ANISOU46352 CE MET M 82 20042 23675 31352 -5161 -3953 1729 C \ ATOM 46353 N ASP M 83 -19.466 -89.102 -29.167 1.00192.16 N \ ANISOU46353 N ASP M 83 19451 23830 29733 -7012 -2565 1597 N \ ATOM 46354 CA ASP M 83 -20.260 -89.907 -30.090 1.00232.20 C \ ANISOU46354 CA ASP M 83 24292 29573 34361 -7386 -2075 1282 C \ ATOM 46355 C ASP M 83 -19.690 -89.914 -31.507 1.00193.69 C \ ANISOU46355 C ASP M 83 19628 24552 29415 -8002 -1696 1386 C \ ATOM 46356 O ASP M 83 -19.763 -90.923 -32.207 1.00197.70 O \ ANISOU46356 O ASP M 83 19885 25339 29892 -8566 -1004 1164 O \ ATOM 46357 CB ASP M 83 -21.706 -89.413 -30.115 1.00231.14 C \ ANISOU46357 CB ASP M 83 24162 30177 33485 -6889 -2586 1036 C \ ATOM 46358 CG ASP M 83 -22.455 -89.748 -28.843 1.00240.50 C \ ANISOU46358 CG ASP M 83 25042 31647 34690 -6438 -2706 788 C \ ATOM 46359 OD1 ASP M 83 -21.797 -89.956 -27.802 1.00248.80 O \ ANISOU46359 OD1 ASP M 83 26054 32218 36262 -6336 -2660 926 O \ ATOM 46360 OD2 ASP M 83 -23.702 -89.807 -28.882 1.00238.98 O \ ANISOU46360 OD2 ASP M 83 24654 32158 33990 -6192 -2843 438 O \ ATOM 46361 N ILE M 84 -19.121 -88.788 -31.925 1.00218.15 N \ ANISOU46361 N ILE M 84 19832 34630 28426 4084 -386 7194 N \ ATOM 46362 CA ILE M 84 -18.618 -88.653 -33.288 1.00216.01 C \ ANISOU46362 CA ILE M 84 20115 33662 28298 4047 -386 6681 C \ ATOM 46363 C ILE M 84 -17.346 -89.467 -33.522 1.00213.57 C \ ANISOU46363 C ILE M 84 20049 32958 28141 3768 -885 5914 C \ ATOM 46364 O ILE M 84 -17.006 -89.785 -34.662 1.00212.35 O \ ANISOU46364 O ILE M 84 20278 32293 28114 3710 -1202 5663 O \ ATOM 46365 CB ILE M 84 -18.347 -87.179 -33.636 1.00215.57 C \ ANISOU46365 CB ILE M 84 20421 33365 28120 4373 712 6103 C \ ATOM 46366 CG1 ILE M 84 -17.398 -86.552 -32.614 1.00215.15 C \ ANISOU46366 CG1 ILE M 84 20324 33435 27987 4449 1332 5250 C \ ATOM 46367 CG2 ILE M 84 -19.653 -86.400 -33.692 1.00217.95 C \ ANISOU46367 CG2 ILE M 84 20566 33957 28288 4669 1145 6878 C \ ATOM 46368 CD1 ILE M 84 -17.102 -85.090 -32.873 1.00251.86 C \ ANISOU46368 CD1 ILE M 84 25258 37781 32656 4751 2398 4660 C \ ATOM 46369 N GLY M 85 -16.647 -89.804 -32.442 1.00213.20 N \ ANISOU46369 N GLY M 85 19779 33181 28046 3648 -960 5538 N \ ATOM 46370 CA GLY M 85 -15.446 -90.614 -32.539 1.00239.09 C \ ANISOU46370 CA GLY M 85 23237 36140 31465 3385 -1453 4831 C \ ATOM 46371 C GLY M 85 -14.203 -89.802 -32.846 1.00209.05 C \ ANISOU46371 C GLY M 85 19859 31904 27666 3475 -748 3682 C \ ATOM 46372 O GLY M 85 -13.242 -90.313 -33.421 1.00207.18 O \ ANISOU46372 O GLY M 85 19914 31235 27572 3310 -1061 3083 O \ ATOM 46373 N CYS M 86 -14.222 -88.530 -32.463 1.00209.84 N \ ANISOU46373 N CYS M 86 19969 32102 27657 3751 203 3383 N \ ATOM 46374 CA CYS M 86 -13.086 -87.643 -32.685 1.00208.77 C \ ANISOU46374 CA CYS M 86 20152 31517 27656 3842 947 2328 C \ ATOM 46375 C CYS M 86 -11.974 -87.892 -31.672 1.00208.26 C \ ANISOU46375 C CYS M 86 19931 31578 27619 3730 872 1509 C \ ATOM 46376 O CYS M 86 -12.226 -88.388 -30.574 1.00209.35 O \ ANISOU46376 O CYS M 86 19687 32290 27567 3715 511 1777 O \ ATOM 46377 CB CYS M 86 -13.532 -86.182 -32.623 1.00220.46 C \ ANISOU46377 CB CYS M 86 21657 32997 29110 4184 1953 2293 C \ ATOM 46378 SG CYS M 86 -12.180 -84.989 -32.707 1.00219.81 S \ ANISOU46378 SG CYS M 86 21825 32332 29359 4298 2920 1028 S \ ATOM 46379 N TYR M 87 -10.746 -87.553 -32.054 1.00207.00 N \ ANISOU46379 N TYR M 87 20052 30895 27705 3681 1219 539 N \ ATOM 46380 CA TYR M 87 -9.595 -87.652 -31.160 1.00206.78 C \ ANISOU46380 CA TYR M 87 19892 30917 27760 3604 1214 -377 C \ ATOM 46381 C TYR M 87 -9.830 -86.815 -29.908 1.00209.31 C \ ANISOU46381 C TYR M 87 19879 31716 27932 3885 1709 -581 C \ ATOM 46382 O TYR M 87 -9.513 -87.236 -28.793 1.00210.14 O \ ANISOU46382 O TYR M 87 19697 32285 27861 3904 1393 -830 O \ ATOM 46383 CB TYR M 87 -8.319 -87.202 -31.880 1.00205.71 C \ ANISOU46383 CB TYR M 87 20082 30076 28004 3546 1664 -1346 C \ ATOM 46384 CG TYR M 87 -7.077 -87.160 -31.013 1.00225.60 C \ ANISOU46384 CG TYR M 87 22451 32571 30697 3485 1724 -2397 C \ ATOM 46385 CD1 TYR M 87 -6.384 -88.322 -30.700 1.00228.36 C \ ANISOU46385 CD1 TYR M 87 22746 33031 30988 3244 956 -2651 C \ ATOM 46386 CD2 TYR M 87 -6.586 -85.955 -30.527 1.00207.93 C \ ANISOU46386 CD2 TYR M 87 20112 30163 28726 3684 2518 -3168 C \ ATOM 46387 CE1 TYR M 87 -5.245 -88.287 -29.914 1.00204.82 C \ ANISOU46387 CE1 TYR M 87 19622 30043 28157 3215 987 -3634 C \ ATOM 46388 CE2 TYR M 87 -5.448 -85.909 -29.742 1.00208.60 C \ ANISOU46388 CE2 TYR M 87 20033 30210 29014 3652 2518 -4189 C \ ATOM 46389 CZ TYR M 87 -4.782 -87.077 -29.440 1.00206.95 C \ ANISOU46389 CZ TYR M 87 19783 30160 28691 3423 1758 -4415 C \ ATOM 46390 OH TYR M 87 -3.649 -87.037 -28.658 1.00207.84 O \ ANISOU46390 OH TYR M 87 19723 30252 28993 3417 1734 -5450 O \ ATOM 46391 N ARG M 88 -10.402 -85.631 -30.110 1.00210.90 N \ ANISOU46391 N ARG M 88 20127 31822 28183 4152 2473 -470 N \ ATOM 46392 CA ARG M 88 -10.758 -84.735 -29.016 1.00213.86 C \ ANISOU46392 CA ARG M 88 20208 32642 28406 4500 2965 -638 C \ ATOM 46393 C ARG M 88 -11.691 -85.421 -28.025 1.00215.29 C \ ANISOU46393 C ARG M 88 20001 33700 28101 4608 2444 186 C \ ATOM 46394 O ARG M 88 -11.597 -85.209 -26.815 1.00217.69 O \ ANISOU46394 O ARG M 88 20006 34540 28165 4875 2517 -125 O \ ATOM 46395 CB ARG M 88 -11.408 -83.462 -29.564 1.00215.36 C \ ANISOU46395 CB ARG M 88 20531 32561 28734 4760 3791 -450 C \ ATOM 46396 CG ARG M 88 -11.903 -82.499 -28.502 1.00218.84 C \ ANISOU46396 CG ARG M 88 20682 33461 29006 5175 4285 -578 C \ ATOM 46397 CD ARG M 88 -12.230 -81.146 -29.104 1.00220.42 C \ ANISOU46397 CD ARG M 88 21052 33199 29500 5409 5166 -652 C \ ATOM 46398 NE ARG M 88 -12.565 -80.160 -28.082 1.00224.17 N \ ANISOU46398 NE ARG M 88 21262 34037 29875 5840 5636 -961 N \ ATOM 46399 CZ ARG M 88 -12.764 -78.870 -28.330 1.00246.58 C \ ANISOU46399 CZ ARG M 88 24173 36496 33019 6103 6425 -1194 C \ ATOM 46400 NH1 ARG M 88 -12.660 -78.410 -29.569 1.00245.15 N \ ANISOU46400 NH1 ARG M 88 24319 35579 33250 5981 6878 -1088 N \ ATOM 46401 NH2 ARG M 88 -13.066 -78.041 -27.341 1.00245.87 N \ ANISOU46401 NH2 ARG M 88 23829 36772 32819 6534 6759 -1527 N \ ATOM 46402 N GLY M 89 -12.589 -86.249 -28.547 1.00214.37 N \ ANISOU46402 N GLY M 89 19865 33726 27860 4436 1909 1245 N \ ATOM 46403 CA GLY M 89 -13.500 -87.010 -27.713 1.00248.86 C \ ANISOU46403 CA GLY M 89 23816 38863 31877 4493 1389 2183 C \ ATOM 46404 C GLY M 89 -12.805 -88.175 -27.038 1.00215.64 C \ ANISOU46404 C GLY M 89 19429 34905 27599 4293 670 2010 C \ ATOM 46405 O GLY M 89 -13.150 -88.552 -25.919 1.00218.10 O \ ANISOU46405 O GLY M 89 19341 35939 27586 4477 453 2407 O \ ATOM 46406 N LEU M 90 -11.822 -88.749 -27.725 1.00212.79 N \ ANISOU46406 N LEU M 90 19359 33968 27526 3957 316 1444 N \ ATOM 46407 CA LEU M 90 -11.063 -89.870 -27.182 1.00212.15 C \ ANISOU46407 CA LEU M 90 19150 34037 27421 3750 -381 1207 C \ ATOM 46408 C LEU M 90 -10.206 -89.430 -25.999 1.00213.73 C \ ANISOU46408 C LEU M 90 19190 34572 27446 4010 -83 276 C \ ATOM 46409 O LEU M 90 -9.962 -90.208 -25.075 1.00214.90 O \ ANISOU46409 O LEU M 90 19065 35215 27371 4040 -560 339 O \ ATOM 46410 CB LEU M 90 -10.187 -90.503 -28.264 1.00208.92 C \ ANISOU46410 CB LEU M 90 19118 32906 27355 3377 -787 749 C \ ATOM 46411 CG LEU M 90 -10.929 -91.170 -29.424 1.00207.81 C \ ANISOU46411 CG LEU M 90 19135 32452 27373 3151 -1303 1578 C \ ATOM 46412 CD1 LEU M 90 -9.948 -91.783 -30.411 1.00205.16 C \ ANISOU46412 CD1 LEU M 90 19182 31468 27303 2882 -1703 995 C \ ATOM 46413 CD2 LEU M 90 -11.901 -92.220 -28.908 1.00209.62 C \ ANISOU46413 CD2 LEU M 90 18945 33188 27514 3051 -2053 2704 C \ ATOM 46414 N ARG M 91 -9.746 -88.183 -26.034 1.00214.25 N \ ANISOU46414 N ARG M 91 19408 34352 27643 4226 687 -595 N \ ATOM 46415 CA ARG M 91 -8.983 -87.634 -24.918 1.00290.72 C \ ANISOU46415 CA ARG M 91 28920 44327 37213 4537 968 -1574 C \ ATOM 46416 C ARG M 91 -9.844 -87.590 -23.660 1.00220.37 C \ ANISOU46416 C ARG M 91 19592 36385 27754 4983 959 -993 C \ ATOM 46417 O ARG M 91 -9.369 -87.872 -22.561 1.00222.51 O \ ANISOU46417 O ARG M 91 19624 37188 27731 5224 740 -1396 O \ ATOM 46418 CB ARG M 91 -8.456 -86.235 -25.248 1.00257.26 C \ ANISOU46418 CB ARG M 91 24874 39521 33351 4688 1799 -2543 C \ ATOM 46419 CG ARG M 91 -7.617 -86.165 -26.514 1.00250.72 C \ ANISOU46419 CG ARG M 91 24433 37757 33072 4324 1945 -3048 C \ ATOM 46420 CD ARG M 91 -6.436 -87.121 -26.462 1.00247.08 C \ ANISOU46420 CD ARG M 91 24021 37122 32737 4034 1372 -3659 C \ ATOM 46421 NE ARG M 91 -5.427 -86.714 -25.488 1.00290.58 N \ ANISOU46421 NE ARG M 91 29345 42724 38338 4226 1512 -4815 N \ ATOM 46422 CZ ARG M 91 -4.240 -87.299 -25.357 1.00213.32 C \ ANISOU46422 CZ ARG M 91 19580 32742 28731 4033 1145 -5588 C \ ATOM 46423 NH1 ARG M 91 -3.911 -88.318 -26.140 1.00210.11 N \ ANISOU46423 NH1 ARG M 91 19385 32035 28413 3649 631 -5320 N \ ATOM 46424 NH2 ARG M 91 -3.380 -86.865 -24.446 1.00244.90 N \ ANISOU46424 NH2 ARG M 91 23379 36843 32827 4253 1261 -6665 N \ ATOM 46425 N HIS M 92 -11.115 -87.237 -23.828 1.00221.59 N \ ANISOU46425 N HIS M 92 19652 36798 27744 5138 1205 -29 N \ ATOM 46426 CA HIS M 92 -12.057 -87.253 -22.716 1.00225.56 C \ ANISOU46426 CA HIS M 92 19735 38262 27707 5585 1213 714 C \ ATOM 46427 C HIS M 92 -12.436 -88.683 -22.359 1.00225.87 C \ ANISOU46427 C HIS M 92 19486 38787 27548 5405 435 1726 C \ ATOM 46428 O HIS M 92 -12.820 -88.971 -21.225 1.00229.55 O \ ANISOU46428 O HIS M 92 19559 40113 27548 5784 323 2188 O \ ATOM 46429 CB HIS M 92 -13.308 -86.438 -23.052 1.00226.93 C \ ANISOU46429 CB HIS M 92 19876 38539 27809 5798 1724 1466 C \ ATOM 46430 CG HIS M 92 -13.126 -84.961 -22.894 1.00228.76 C \ ANISOU46430 CG HIS M 92 20220 38602 28097 6187 2524 585 C \ ATOM 46431 ND1 HIS M 92 -13.292 -84.316 -21.688 1.00233.25 N \ ANISOU46431 ND1 HIS M 92 20513 39871 28240 6802 2831 270 N \ ATOM 46432 CD2 HIS M 92 -12.792 -84.001 -23.790 1.00227.26 C \ ANISOU46432 CD2 HIS M 92 20371 37605 28373 6081 3074 -40 C \ ATOM 46433 CE1 HIS M 92 -13.069 -83.023 -21.847 1.00234.39 C \ ANISOU46433 CE1 HIS M 92 20818 39601 28637 7030 3491 -561 C \ ATOM 46434 NE2 HIS M 92 -12.764 -82.807 -23.113 1.00230.81 N \ ANISOU46434 NE2 HIS M 92 20727 38219 28751 6583 3674 -725 N \ ATOM 46435 N ARG M 93 -12.326 -89.577 -23.336 1.00222.50 N \ ANISOU46435 N ARG M 93 19242 37804 27495 4864 -103 2079 N \ ATOM 46436 CA ARG M 93 -12.636 -90.984 -23.123 1.00222.92 C \ ANISOU46436 CA ARG M 93 19021 38150 27529 4624 -907 3016 C \ ATOM 46437 C ARG M 93 -11.626 -91.604 -22.166 1.00223.81 C \ ANISOU46437 C ARG M 93 18999 38593 27444 4710 -1256 2417 C \ ATOM 46438 O ARG M 93 -11.997 -92.303 -21.223 1.00226.97 O \ ANISOU46438 O ARG M 93 18990 39716 27534 4906 -1578 3141 O \ ATOM 46439 CB ARG M 93 -12.642 -91.744 -24.451 1.00242.81 C \ ANISOU46439 CB ARG M 93 21807 39908 30541 4063 -1450 3326 C \ ATOM 46440 CG ARG M 93 -13.631 -92.896 -24.520 1.00260.34 C \ ANISOU46440 CG ARG M 93 23680 42346 32889 3842 -2161 4704 C \ ATOM 46441 CD ARG M 93 -14.969 -92.436 -25.076 1.00237.19 C \ ANISOU46441 CD ARG M 93 20661 39434 30025 3900 -1922 5640 C \ ATOM 46442 NE ARG M 93 -15.853 -93.561 -25.364 1.00223.38 N \ ANISOU46442 NE ARG M 93 18592 37695 28588 3610 -2682 6873 N \ ATOM 46443 CZ ARG M 93 -16.984 -93.466 -26.055 1.00224.23 C \ ANISOU46443 CZ ARG M 93 18614 37678 28905 3545 -2734 7732 C \ ATOM 46444 NH1 ARG M 93 -17.374 -92.294 -26.536 1.00223.57 N \ ANISOU46444 NH1 ARG M 93 18775 37479 28693 3764 -2036 7522 N \ ATOM 46445 NH2 ARG M 93 -17.724 -94.546 -26.269 1.00263.05 N \ ANISOU46445 NH2 ARG M 93 23180 42557 34211 3267 -3505 8795 N \ ATOM 46446 N ARG M 94 -10.346 -91.340 -22.413 1.00185.25 N \ ANISOU46446 N ARG M 94 20417 25121 24849 -2877 1487 4879 N \ ATOM 46447 CA ARG M 94 -9.282 -91.858 -21.559 1.00214.24 C \ ANISOU46447 CA ARG M 94 24087 28974 28340 -2593 1944 4665 C \ ATOM 46448 C ARG M 94 -8.929 -90.897 -20.426 1.00188.71 C \ ANISOU46448 C ARG M 94 20333 26070 25296 -2181 2186 4464 C \ ATOM 46449 O ARG M 94 -8.168 -91.245 -19.524 1.00184.94 O \ ANISOU46449 O ARG M 94 19757 25793 24717 -1932 2524 4317 O \ ATOM 46450 CB ARG M 94 -8.030 -92.159 -22.387 1.00201.48 C \ ANISOU46450 CB ARG M 94 23077 27128 26350 -2628 2130 4496 C \ ATOM 46451 CG ARG M 94 -7.897 -93.612 -22.816 1.00209.36 C \ ANISOU46451 CG ARG M 94 24594 27898 27056 -2800 2133 4536 C \ ATOM 46452 CD ARG M 94 -8.947 -94.004 -23.842 1.00213.43 C \ ANISOU46452 CD ARG M 94 25465 28099 27531 -3203 1624 4747 C \ ATOM 46453 NE ARG M 94 -8.803 -95.397 -24.254 1.00213.54 N \ ANISOU46453 NE ARG M 94 26048 27817 27270 -3345 1546 4736 N \ ATOM 46454 CZ ARG M 94 -7.968 -95.812 -25.201 1.00235.44 C \ ANISOU46454 CZ ARG M 94 29520 30336 29599 -3328 1648 4536 C \ ATOM 46455 NH1 ARG M 94 -7.199 -94.940 -25.839 1.00207.26 N \ ANISOU46455 NH1 ARG M 94 26109 26828 25811 -3210 1859 4407 N \ ATOM 46456 NH2 ARG M 94 -7.900 -97.100 -25.511 1.00223.10 N \ ANISOU46456 NH2 ARG M 94 28491 28460 27815 -3408 1532 4482 N \ ATOM 46457 N GLY M 95 -9.486 -89.690 -20.472 1.00181.95 N \ ANISOU46457 N GLY M 95 19170 25240 24722 -2101 1970 4451 N \ ATOM 46458 CA GLY M 95 -9.212 -88.690 -19.455 1.00206.44 C \ ANISOU46458 CA GLY M 95 21850 28581 28006 -1681 2102 4205 C \ ATOM 46459 C GLY M 95 -7.814 -88.109 -19.562 1.00179.30 C \ ANISOU46459 C GLY M 95 18623 25025 24479 -1560 2234 3966 C \ ATOM 46460 O GLY M 95 -7.086 -88.029 -18.573 1.00178.10 O \ ANISOU46460 O GLY M 95 18319 25061 24290 -1256 2472 3760 O \ ATOM 46461 N LEU M 96 -7.441 -87.706 -20.772 1.00185.01 N \ ANISOU46461 N LEU M 96 19681 25450 25166 -1814 2057 4045 N \ ATOM 46462 CA LEU M 96 -6.128 -87.123 -21.025 1.00178.47 C \ ANISOU46462 CA LEU M 96 19004 24513 24294 -1750 2155 3948 C \ ATOM 46463 C LEU M 96 -6.264 -85.708 -21.587 1.00179.78 C \ ANISOU46463 C LEU M 96 19048 24486 24776 -1803 1776 3986 C \ ATOM 46464 O LEU M 96 -7.287 -85.379 -22.187 1.00181.46 O \ ANISOU46464 O LEU M 96 19223 24584 25141 -1991 1454 4131 O \ ATOM 46465 CB LEU M 96 -5.331 -88.008 -21.987 1.00178.27 C \ ANISOU46465 CB LEU M 96 19498 24358 23879 -1970 2367 4069 C \ ATOM 46466 CG LEU M 96 -4.991 -89.411 -21.481 1.00233.53 C \ ANISOU46466 CG LEU M 96 26658 31467 30606 -1902 2719 4022 C \ ATOM 46467 CD1 LEU M 96 -4.096 -90.139 -22.474 1.00238.13 C \ ANISOU46467 CD1 LEU M 96 27776 31892 30811 -2021 2939 4085 C \ ATOM 46468 CD2 LEU M 96 -4.337 -89.348 -20.109 1.00217.88 C \ ANISOU46468 CD2 LEU M 96 24331 29721 28734 -1565 2967 3847 C \ ATOM 46469 N PRO M 97 -5.235 -84.864 -21.385 1.00179.41 N \ ANISOU46469 N PRO M 97 18914 24375 24877 -1658 1762 3899 N \ ATOM 46470 CA PRO M 97 -5.256 -83.479 -21.874 1.00181.06 C \ ANISOU46470 CA PRO M 97 18986 24355 25455 -1718 1341 3969 C \ ATOM 46471 C PRO M 97 -5.525 -83.379 -23.373 1.00182.58 C \ ANISOU46471 C PRO M 97 19462 24363 25546 -2129 1137 4297 C \ ATOM 46472 O PRO M 97 -4.864 -84.043 -24.171 1.00182.48 O \ ANISOU46472 O PRO M 97 19824 24363 25146 -2320 1375 4468 O \ ATOM 46473 CB PRO M 97 -3.852 -82.973 -21.539 1.00220.60 C \ ANISOU46473 CB PRO M 97 23946 29316 30554 -1586 1408 3933 C \ ATOM 46474 CG PRO M 97 -3.449 -83.770 -20.355 1.00229.44 C \ ANISOU46474 CG PRO M 97 25006 30676 31496 -1305 1772 3698 C \ ATOM 46475 CD PRO M 97 -4.037 -85.136 -20.570 1.00177.85 C \ ANISOU46475 CD PRO M 97 18689 24300 24585 -1431 2074 3760 C \ ATOM 46476 N VAL M 98 -6.495 -82.549 -23.740 1.00184.48 N \ ANISOU46476 N VAL M 98 19530 24443 26119 -2233 696 4382 N \ ATOM 46477 CA VAL M 98 -6.933 -82.438 -25.125 1.00186.39 C \ ANISOU46477 CA VAL M 98 20032 24520 26269 -2646 430 4713 C \ ATOM 46478 C VAL M 98 -6.234 -81.317 -25.895 1.00188.07 C \ ANISOU46478 C VAL M 98 20233 24548 26678 -2809 153 4955 C \ ATOM 46479 O VAL M 98 -6.348 -81.231 -27.117 1.00189.98 O \ ANISOU46479 O VAL M 98 20737 24702 26746 -3162 -20 5277 O \ ATOM 46480 CB VAL M 98 -8.452 -82.207 -25.194 1.00311.96 C \ ANISOU46480 CB VAL M 98 35725 40340 42464 -2729 59 4772 C \ ATOM 46481 CG1 VAL M 98 -9.008 -82.746 -26.494 1.00251.67 C \ ANISOU46481 CG1 VAL M 98 28492 32598 34536 -3184 -119 5089 C \ ATOM 46482 CG2 VAL M 98 -9.139 -82.875 -24.013 1.00279.42 C \ ANISOU46482 CG2 VAL M 98 31345 36448 38374 -2431 281 4545 C \ ATOM 46483 N ARG M 99 -5.501 -80.466 -25.186 1.00197.72 N \ ANISOU46483 N ARG M 99 21162 25708 28255 -2568 72 4832 N \ ATOM 46484 CA ARG M 99 -4.925 -79.281 -25.814 1.00211.09 C \ ANISOU46484 CA ARG M 99 22744 27182 30277 -2736 -305 5121 C \ ATOM 46485 C ARG M 99 -3.493 -79.503 -26.296 1.00216.43 C \ ANISOU46485 C ARG M 99 23596 27974 30663 -2841 8 5397 C \ ATOM 46486 O ARG M 99 -2.845 -78.578 -26.786 1.00237.21 O \ ANISOU46486 O ARG M 99 26092 30474 33564 -2992 -264 5731 O \ ATOM 46487 CB ARG M 99 -4.989 -78.090 -24.855 1.00224.04 C \ ANISOU46487 CB ARG M 99 23967 28597 32562 -2438 -721 4876 C \ ATOM 46488 CG ARG M 99 -6.414 -77.629 -24.576 1.00228.57 C \ ANISOU46488 CG ARG M 99 24314 29041 33492 -2311 -1073 4688 C \ ATOM 46489 CD ARG M 99 -6.473 -76.187 -24.098 1.00223.30 C \ ANISOU46489 CD ARG M 99 23309 28027 33507 -2090 -1643 4542 C \ ATOM 46490 NE ARG M 99 -7.848 -75.695 -24.050 1.00216.82 N \ ANISOU46490 NE ARG M 99 22261 27068 33053 -1976 -1981 4442 N \ ATOM 46491 CZ ARG M 99 -8.186 -74.441 -23.767 1.00231.66 C \ ANISOU46491 CZ ARG M 99 23861 28595 35565 -1764 -2534 4304 C \ ATOM 46492 NH1 ARG M 99 -7.247 -73.542 -23.505 1.00214.38 N \ ANISOU46492 NH1 ARG M 99 21612 26118 33724 -1682 -2879 4252 N \ ATOM 46493 NH2 ARG M 99 -9.463 -74.085 -23.747 1.00202.58 N \ ANISOU46493 NH2 ARG M 99 19947 24818 32206 -1629 -2778 4240 N \ ATOM 46494 N GLY M 100 -3.006 -80.731 -26.159 1.00205.85 N \ ANISOU46494 N GLY M 100 22524 26881 28807 -2753 572 5300 N \ ATOM 46495 CA GLY M 100 -1.716 -81.097 -26.716 1.00204.32 C \ ANISOU46495 CA GLY M 100 22512 26844 28276 -2812 958 5587 C \ ATOM 46496 C GLY M 100 -0.558 -81.035 -25.741 1.00187.63 C \ ANISOU46496 C GLY M 100 20150 24785 26354 -2547 1165 5505 C \ ATOM 46497 O GLY M 100 0.603 -81.014 -26.148 1.00188.93 O \ ANISOU46497 O GLY M 100 20308 25053 26426 -2588 1394 5845 O \ ATOM 46498 N GLN M 101 -0.871 -81.002 -24.451 1.00194.98 N \ ANISOU46498 N GLN M 101 20867 25674 27545 -2267 1082 5089 N \ ATOM 46499 CA GLN M 101 0.160 -80.993 -23.421 1.00198.17 C \ ANISOU46499 CA GLN M 101 21070 26114 28111 -2019 1219 4975 C \ ATOM 46500 C GLN M 101 0.904 -82.325 -23.399 1.00183.20 C \ ANISOU46500 C GLN M 101 19403 24479 25726 -1939 1864 5000 C \ ATOM 46501 O GLN M 101 0.357 -83.354 -23.796 1.00188.41 O \ ANISOU46501 O GLN M 101 20382 25263 25943 -1983 2166 4915 O \ ATOM 46502 CB GLN M 101 -0.452 -80.705 -22.047 1.00207.70 C \ ANISOU46502 CB GLN M 101 22062 27260 29596 -1704 990 4486 C \ ATOM 46503 CG GLN M 101 -1.208 -79.384 -21.951 1.00236.35 C \ ANISOU46503 CG GLN M 101 25465 30595 33741 -1677 348 4380 C \ ATOM 46504 CD GLN M 101 -2.647 -79.485 -22.429 1.00240.88 C \ ANISOU46504 CD GLN M 101 26104 31171 34249 -1767 242 4313 C \ ATOM 46505 OE1 GLN M 101 -2.982 -80.327 -23.262 1.00230.01 O \ ANISOU46505 OE1 GLN M 101 24989 29934 32470 -1999 516 4497 O \ ATOM 46506 NE2 GLN M 101 -3.508 -78.627 -21.893 1.00253.11 N \ ANISOU46506 NE2 GLN M 101 27422 32545 36202 -1565 -184 4050 N \ ATOM 46507 N ARG M 102 2.152 -82.303 -22.942 1.00183.36 N \ ANISOU46507 N ARG M 102 19259 24542 25866 -1825 2028 5136 N \ ATOM 46508 CA ARG M 102 2.937 -83.527 -22.843 1.00182.31 C \ ANISOU46508 CA ARG M 102 19292 24630 25349 -1704 2632 5169 C \ ATOM 46509 C ARG M 102 2.407 -84.411 -21.717 1.00179.55 C \ ANISOU46509 C ARG M 102 18988 24374 24859 -1482 2801 4717 C \ ATOM 46510 O ARG M 102 2.290 -83.979 -20.570 1.00178.76 O \ ANISOU46510 O ARG M 102 18646 24230 25044 -1306 2554 4455 O \ ATOM 46511 CB ARG M 102 4.418 -83.208 -22.625 1.00252.77 C \ ANISOU46511 CB ARG M 102 27947 33570 34523 -1651 2724 5512 C \ ATOM 46512 CG ARG M 102 4.694 -82.249 -21.479 1.00230.38 C \ ANISOU46512 CG ARG M 102 24753 30536 32246 -1550 2225 5381 C \ ATOM 46513 CD ARG M 102 6.181 -82.142 -21.185 1.00249.69 C \ ANISOU46513 CD ARG M 102 26936 32993 34942 -1519 2316 5756 C \ ATOM 46514 NE ARG M 102 6.933 -81.585 -22.307 1.00246.51 N \ ANISOU46514 NE ARG M 102 26392 32602 34670 -1741 2314 6398 N \ ATOM 46515 CZ ARG M 102 7.693 -82.303 -23.127 1.00224.73 C \ ANISOU46515 CZ ARG M 102 23707 30108 31571 -1743 2905 6800 C \ ATOM 46516 NH1 ARG M 102 7.808 -83.613 -22.955 1.00201.20 N \ ANISOU46516 NH1 ARG M 102 20972 27330 28145 -1538 3499 6584 N \ ATOM 46517 NH2 ARG M 102 8.342 -81.710 -24.120 1.00206.24 N \ ANISOU46517 NH2 ARG M 102 21187 27836 29337 -1926 2901 7437 N \ ATOM 46518 N THR M 103 2.069 -85.649 -22.057 1.00178.67 N \ ANISOU46518 N THR M 103 19205 24387 24294 -1485 3192 4638 N \ ATOM 46519 CA THR M 103 1.523 -86.582 -21.080 1.00176.54 C \ ANISOU46519 CA THR M 103 18963 24224 23890 -1324 3346 4309 C \ ATOM 46520 C THR M 103 2.609 -87.443 -20.444 1.00175.76 C \ ANISOU46520 C THR M 103 18840 24243 23697 -1142 3758 4327 C \ ATOM 46521 O THR M 103 2.340 -88.199 -19.509 1.00174.24 O \ ANISOU46521 O THR M 103 18616 24159 23430 -1007 3881 4111 O \ ATOM 46522 CB THR M 103 0.471 -87.502 -21.715 1.00262.76 C \ ANISOU46522 CB THR M 103 30237 35148 34451 -1461 3431 4237 C \ ATOM 46523 OG1 THR M 103 1.125 -88.486 -22.524 1.00246.51 O \ ANISOU46523 OG1 THR M 103 28557 33105 31999 -1484 3836 4375 O \ ATOM 46524 CG2 THR M 103 -0.491 -86.696 -22.575 1.00247.68 C \ ANISOU46524 CG2 THR M 103 28379 33105 32622 -1690 3032 4318 C \ ATOM 46525 N ARG M 104 3.829 -87.333 -20.963 1.00177.23 N \ ANISOU46525 N ARG M 104 19007 24430 23904 -1142 3972 4640 N \ ATOM 46526 CA ARG M 104 4.959 -88.092 -20.438 1.00177.07 C \ ANISOU46526 CA ARG M 104 18916 24504 23859 -964 4361 4731 C \ ATOM 46527 C ARG M 104 5.185 -87.758 -18.971 1.00175.75 C \ ANISOU46527 C ARG M 104 18410 24352 24016 -824 4138 4560 C \ ATOM 46528 O ARG M 104 5.468 -88.636 -18.156 1.00174.67 O \ ANISOU46528 O ARG M 104 18253 24315 23799 -682 4370 4456 O \ ATOM 46529 CB ARG M 104 6.227 -87.806 -21.245 1.00181.17 C \ ANISOU46529 CB ARG M 104 19358 25049 24429 -973 4594 5186 C \ ATOM 46530 CG ARG M 104 7.423 -88.654 -20.840 1.00208.85 C \ ANISOU46530 CG ARG M 104 22774 28653 27927 -769 5047 5342 C \ ATOM 46531 CD ARG M 104 8.695 -88.188 -21.530 1.00183.47 C \ ANISOU46531 CD ARG M 104 19341 25509 24861 -760 5249 5886 C \ ATOM 46532 NE ARG M 104 9.837 -89.040 -21.208 1.00184.49 N \ ANISOU46532 NE ARG M 104 19354 25736 25007 -536 5719 6078 N \ ATOM 46533 CZ ARG M 104 10.273 -90.028 -21.984 1.00186.58 C \ ANISOU46533 CZ ARG M 104 19887 26116 24890 -346 6302 6179 C \ ATOM 46534 NH1 ARG M 104 9.666 -90.289 -23.134 1.00187.98 N \ ANISOU46534 NH1 ARG M 104 20514 26324 24585 -370 6460 6089 N \ ATOM 46535 NH2 ARG M 104 11.318 -90.754 -21.612 1.00213.03 N \ ANISOU46535 NH2 ARG M 104 23074 29532 28334 -113 6706 6362 N \ ATOM 46536 N THR M 105 5.056 -86.477 -18.643 1.00176.34 N \ ANISOU46536 N THR M 105 18245 24309 24448 -860 3647 4529 N \ ATOM 46537 CA THR M 105 5.155 -86.022 -17.265 1.00175.92 C \ ANISOU46537 CA THR M 105 17949 24244 24650 -697 3340 4293 C \ ATOM 46538 C THR M 105 3.945 -85.171 -16.909 1.00175.95 C \ ANISOU46538 C THR M 105 17913 24180 24760 -650 2888 3950 C \ ATOM 46539 O THR M 105 3.223 -84.709 -17.793 1.00176.48 O \ ANISOU46539 O THR M 105 18064 24150 24840 -796 2733 3991 O \ ATOM 46540 CB THR M 105 6.435 -85.204 -17.020 1.00177.90 C \ ANISOU46540 CB THR M 105 17928 24346 25318 -713 3092 4584 C \ ATOM 46541 OG1 THR M 105 6.425 -84.038 -17.854 1.00179.91 O \ ANISOU46541 OG1 THR M 105 18098 24398 25860 -892 2716 4813 O \ ATOM 46542 CG2 THR M 105 7.672 -86.035 -17.327 1.00227.55 C \ ANISOU46542 CG2 THR M 105 24177 30733 31549 -712 3577 4978 C \ ATOM 46543 N ASN M 106 3.733 -84.977 -15.611 1.00175.86 N \ ANISOU46543 N ASN M 106 17779 24235 24807 -422 2687 3619 N \ ATOM 46544 CA ASN M 106 2.655 -84.135 -15.103 1.00176.75 C \ ANISOU46544 CA ASN M 106 17828 24311 25018 -261 2286 3253 C \ ATOM 46545 C ASN M 106 1.277 -84.573 -15.588 1.00208.38 C \ ANISOU46545 C ASN M 106 21932 28452 28792 -306 2438 3159 C \ ATOM 46546 O ASN M 106 0.947 -85.760 -15.550 1.00195.81 O \ ANISOU46546 O ASN M 106 20440 27082 26878 -332 2834 3187 O \ ATOM 46547 CB ASN M 106 2.900 -82.674 -15.486 1.00179.14 C \ ANISOU46547 CB ASN M 106 18028 24260 25776 -330 1717 3317 C \ ATOM 46548 CG ASN M 106 4.298 -82.209 -15.136 1.00180.67 C \ ANISOU46548 CG ASN M 106 18097 24269 26283 -359 1483 3527 C \ ATOM 46549 OD1 ASN M 106 4.968 -82.803 -14.291 1.00180.19 O \ ANISOU46549 OD1 ASN M 106 18010 24341 26112 -245 1655 3495 O \ ATOM 46550 ND2 ASN M 106 4.748 -81.143 -15.786 1.00312.76 N \ ANISOU46550 ND2 ASN M 106 34718 40678 43440 -540 1049 3800 N \ ATOM 46551 N ALA M 107 0.483 -83.602 -16.039 1.00177.21 N \ ANISOU46551 N ALA M 107 17937 24334 25061 -332 2067 3082 N \ ATOM 46552 CA ALA M 107 -0.902 -83.828 -16.452 1.00177.06 C \ ANISOU46552 CA ALA M 107 17947 24408 24920 -376 2101 3025 C \ ATOM 46553 C ALA M 107 -1.699 -84.484 -15.330 1.00176.78 C \ ANISOU46553 C ALA M 107 17803 24719 24648 -100 2305 2768 C \ ATOM 46554 O ALA M 107 -2.643 -85.231 -15.578 1.00176.29 O \ ANISOU46554 O ALA M 107 17757 24823 24400 -186 2497 2847 O \ ATOM 46555 CB ALA M 107 -0.957 -84.674 -17.718 1.00175.96 C \ ANISOU46555 CB ALA M 107 18052 24255 24550 -716 2381 3349 C \ ATOM 46556 N ARG M 108 -1.319 -84.179 -14.093 1.00183.52 N \ ANISOU46556 N ARG M 108 18538 25683 25507 223 2227 2495 N \ ATOM 46557 CA ARG M 108 -1.854 -84.871 -12.928 1.00197.63 C \ ANISOU46557 CA ARG M 108 20213 27883 26995 502 2480 2310 C \ ATOM 46558 C ARG M 108 -3.298 -84.500 -12.606 1.00245.94 C \ ANISOU46558 C ARG M 108 26139 34199 33109 752 2399 2124 C \ ATOM 46559 O ARG M 108 -4.086 -85.362 -12.222 1.00253.93 O \ ANISOU46559 O ARG M 108 27028 35577 33875 807 2699 2207 O \ ATOM 46560 CB ARG M 108 -0.968 -84.601 -11.713 1.00189.29 C \ ANISOU46560 CB ARG M 108 19133 26896 25894 782 2384 2074 C \ ATOM 46561 CG ARG M 108 0.281 -85.462 -11.677 1.00188.81 C \ ANISOU46561 CG ARG M 108 19167 26832 25741 592 2636 2318 C \ ATOM 46562 CD ARG M 108 -0.099 -86.930 -11.618 1.00182.98 C \ ANISOU46562 CD ARG M 108 18437 26409 24678 488 3115 2509 C \ ATOM 46563 NE ARG M 108 0.726 -87.755 -12.493 1.00181.91 N \ ANISOU46563 NE ARG M 108 18465 26109 24545 180 3372 2838 N \ ATOM 46564 CZ ARG M 108 0.479 -89.033 -12.760 1.00172.08 C \ ANISOU46564 CZ ARG M 108 17309 24987 23088 33 3717 3027 C \ ATOM 46565 NH1 ARG M 108 -0.573 -89.632 -12.219 1.00172.46 N \ ANISOU46565 NH1 ARG M 108 17245 25334 22947 105 3825 2998 N \ ATOM 46566 NH2 ARG M 108 1.279 -89.713 -13.569 1.00171.09 N \ ANISOU46566 NH2 ARG M 108 17374 24681 22950 -168 3942 3265 N \ ATOM 46567 N THR M 109 -3.646 -83.226 -12.758 1.00246.24 N \ ANISOU46567 N THR M 109 26115 33989 33454 909 1984 1918 N \ ATOM 46568 CA THR M 109 -5.001 -82.781 -12.451 1.00265.44 C \ ANISOU46568 CA THR M 109 28325 36597 35932 1215 1911 1741 C \ ATOM 46569 C THR M 109 -6.017 -83.460 -13.368 1.00305.43 C \ ANISOU46569 C THR M 109 33316 41740 40994 899 2081 2103 C \ ATOM 46570 O THR M 109 -7.157 -83.705 -12.973 1.00271.66 O \ ANISOU46570 O THR M 109 28788 37790 36642 1094 2225 2124 O \ ATOM 46571 CB THR M 109 -5.139 -81.246 -12.563 1.00299.17 C \ ANISOU46571 CB THR M 109 32569 40487 40616 1435 1369 1456 C \ ATOM 46572 OG1 THR M 109 -6.504 -80.868 -12.346 1.00317.21 O \ ANISOU46572 OG1 THR M 109 34607 42948 42971 1759 1346 1318 O \ ATOM 46573 CG2 THR M 109 -4.693 -80.758 -13.933 1.00299.67 C \ ANISOU46573 CG2 THR M 109 32758 40065 41039 971 1063 1747 C \ ATOM 46574 N ARG M 110 -5.596 -83.765 -14.592 1.00181.67 N \ ANISOU46574 N ARG M 110 17860 25777 25391 420 2051 2412 N \ ATOM 46575 CA ARG M 110 -6.439 -84.497 -15.527 1.00181.03 C \ ANISOU46575 CA ARG M 110 17814 25707 25264 69 2144 2754 C \ ATOM 46576 C ARG M 110 -6.392 -85.996 -15.243 1.00179.41 C \ ANISOU46576 C ARG M 110 17676 25786 24707 -58 2552 2942 C \ ATOM 46577 O ARG M 110 -7.380 -86.706 -15.430 1.00180.05 O \ ANISOU46577 O ARG M 110 17662 26016 24733 -196 2629 3174 O \ ATOM 46578 CB ARG M 110 -6.013 -84.218 -16.969 1.00180.13 C \ ANISOU46578 CB ARG M 110 17971 25186 25284 -358 1933 2986 C \ ATOM 46579 CG ARG M 110 -6.977 -84.773 -17.999 1.00180.40 C \ ANISOU46579 CG ARG M 110 18096 25164 25284 -716 1890 3299 C \ ATOM 46580 CD ARG M 110 -8.390 -84.296 -17.710 1.00182.98 C \ ANISOU46580 CD ARG M 110 18065 25603 25854 -540 1701 3286 C \ ATOM 46581 NE ARG M 110 -9.394 -85.071 -18.429 1.00183.59 N \ ANISOU46581 NE ARG M 110 18172 25692 25890 -876 1670 3633 N \ ATOM 46582 CZ ARG M 110 -9.867 -84.750 -19.628 1.00228.46 C \ ANISOU46582 CZ ARG M 110 23990 31081 31732 -1227 1341 3866 C \ ATOM 46583 NH1 ARG M 110 -9.426 -83.665 -20.249 1.00208.27 N \ ANISOU46583 NH1 ARG M 110 21518 28224 29391 -1289 1047 3817 N \ ATOM 46584 NH2 ARG M 110 -10.782 -85.515 -20.207 1.00193.09 N \ ANISOU46584 NH2 ARG M 110 19560 26593 27211 -1542 1257 4186 N \ ATOM 46585 N LYS M 111 -5.236 -86.469 -14.787 1.00177.73 N \ ANISOU46585 N LYS M 111 17605 25614 24309 -26 2765 2881 N \ ATOM 46586 CA LYS M 111 -5.053 -87.883 -14.483 1.00176.42 C \ ANISOU46586 CA LYS M 111 17512 25664 23857 -136 3117 3056 C \ ATOM 46587 C LYS M 111 -5.420 -88.187 -13.036 1.00264.18 C \ ANISOU46587 C LYS M 111 28324 37247 34805 216 3306 2947 C \ ATOM 46588 O LYS M 111 -5.292 -89.324 -12.581 1.00191.97 O \ ANISOU46588 O LYS M 111 19170 28322 25450 155 3571 3113 O \ ATOM 46589 CB LYS M 111 -3.610 -88.310 -14.763 1.00181.92 C \ ANISOU46589 CB LYS M 111 18488 26173 24459 -273 3274 3100 C \ ATOM 46590 CG LYS M 111 -3.226 -88.264 -16.234 1.00233.89 C \ ANISOU46590 CG LYS M 111 25391 32393 31083 -607 3201 3279 C \ ATOM 46591 CD LYS M 111 -1.761 -88.622 -16.447 1.00246.50 C \ ANISOU46591 CD LYS M 111 27191 33869 32599 -656 3418 3353 C \ ATOM 46592 CE LYS M 111 -1.452 -90.031 -15.964 1.00184.90 C \ ANISOU46592 CE LYS M 111 19469 26220 24563 -650 3765 3428 C \ ATOM 46593 NZ LYS M 111 -0.069 -90.457 -16.325 1.00171.16 N \ ANISOU46593 NZ LYS M 111 17925 24343 22766 -682 4009 3539 N \ ATOM 46594 N GLY M 112 -5.875 -87.165 -12.318 1.00227.01 N \ ANISOU46594 N GLY M 112 21654 29108 35492 2837 3586 7621 N \ ATOM 46595 CA GLY M 112 -6.300 -87.324 -10.940 1.00221.45 C \ ANISOU46595 CA GLY M 112 20571 28706 34865 2593 3209 6649 C \ ATOM 46596 C GLY M 112 -5.164 -87.695 -10.006 1.00215.99 C \ ANISOU46596 C GLY M 112 19754 28071 34240 2729 3305 5794 C \ ATOM 46597 O GLY M 112 -4.145 -87.006 -9.955 1.00233.55 O \ ANISOU46597 O GLY M 112 21303 29932 37501 2977 3775 5666 O \ ATOM 46598 N PRO M 113 -5.334 -88.793 -9.256 1.00194.14 N \ ANISOU46598 N PRO M 113 17654 25763 30348 2530 2818 5221 N \ ATOM 46599 CA PRO M 113 -4.305 -89.274 -8.330 1.00165.37 C \ ANISOU46599 CA PRO M 113 14001 22195 26637 2634 2761 4426 C \ ATOM 46600 C PRO M 113 -3.110 -89.873 -9.061 1.00166.71 C \ ANISOU46600 C PRO M 113 14727 22256 26358 3114 3056 4762 C \ ATOM 46601 O PRO M 113 -3.229 -90.244 -10.229 1.00167.86 O \ ANISOU46601 O PRO M 113 15600 22381 25798 3270 3201 5547 O \ ATOM 46602 CB PRO M 113 -5.040 -90.342 -7.519 1.00195.42 C \ ANISOU46602 CB PRO M 113 18574 26512 29166 2220 2077 3901 C \ ATOM 46603 CG PRO M 113 -6.095 -90.844 -8.446 1.00171.64 C \ ANISOU46603 CG PRO M 113 16397 23728 25091 2060 1850 4650 C \ ATOM 46604 CD PRO M 113 -6.535 -89.646 -9.242 1.00171.32 C \ ANISOU46604 CD PRO M 113 15590 23347 26156 2147 2242 5317 C \ ATOM 46605 N ARG M 114 -1.973 -89.954 -8.380 1.00205.91 N \ ANISOU46605 N ARG M 114 19334 27157 31746 3330 3151 4164 N \ ATOM 46606 CA ARG M 114 -0.774 -90.545 -8.960 1.00204.35 C \ ANISOU46606 CA ARG M 114 19542 26888 31214 3833 3442 4360 C \ ATOM 46607 C ARG M 114 -0.635 -92.001 -8.528 1.00205.28 C \ ANISOU46607 C ARG M 114 20742 27325 29931 3895 2881 3990 C \ ATOM 46608 O ARG M 114 -0.453 -92.294 -7.346 1.00205.61 O \ ANISOU46608 O ARG M 114 20653 27510 29961 3730 2436 3220 O \ ATOM 46609 CB ARG M 114 0.467 -89.745 -8.559 1.00218.19 C \ ANISOU46609 CB ARG M 114 20188 28377 34338 4073 3888 3991 C \ ATOM 46610 CG ARG M 114 1.778 -90.334 -9.054 1.00226.03 C \ ANISOU46610 CG ARG M 114 21422 29344 35114 4618 4213 4086 C \ ATOM 46611 CD ARG M 114 2.945 -89.389 -8.800 1.00231.45 C \ ANISOU46611 CD ARG M 114 20893 29793 37254 4790 4721 3837 C \ ATOM 46612 NE ARG M 114 2.903 -88.216 -9.669 1.00227.24 N \ ANISOU46612 NE ARG M 114 19750 28927 37664 4741 5369 4451 N \ ATOM 46613 CZ ARG M 114 3.823 -87.257 -9.675 1.00226.58 C \ ANISOU46613 CZ ARG M 114 18650 28596 38845 4814 5905 4397 C \ ATOM 46614 NH1 ARG M 114 4.863 -87.327 -8.855 1.00217.59 N \ ANISOU46614 NH1 ARG M 114 16923 27540 38211 4949 5869 3757 N \ ATOM 46615 NH2 ARG M 114 3.705 -86.227 -10.502 1.00202.17 N \ ANISOU46615 NH2 ARG M 114 15149 25168 36500 4716 6439 5004 N \ ATOM 46616 N LYS M 115 -0.721 -92.911 -9.493 1.00181.04 N \ ANISOU46616 N LYS M 115 18801 24332 25655 4102 2886 4547 N \ ATOM 46617 CA LYS M 115 -0.664 -94.339 -9.201 1.00212.58 C \ ANISOU46617 CA LYS M 115 23992 28563 28216 4170 2337 4274 C \ ATOM 46618 C LYS M 115 0.719 -94.906 -9.503 1.00217.03 C \ ANISOU46618 C LYS M 115 24753 28978 28731 4831 2632 4206 C \ ATOM 46619 O LYS M 115 1.111 -95.025 -10.661 1.00222.30 O \ ANISOU46619 O LYS M 115 25777 29504 29182 5188 3167 4797 O \ ATOM 46620 CB LYS M 115 -1.730 -95.088 -10.004 1.00208.60 C \ ANISOU46620 CB LYS M 115 24744 28246 26267 3921 2085 4878 C \ ATOM 46621 CG LYS M 115 -3.149 -94.595 -9.761 1.00215.08 C \ ANISOU46621 CG LYS M 115 25351 29274 27095 3286 1771 4976 C \ ATOM 46622 CD LYS M 115 -4.160 -95.385 -10.580 1.00229.70 C \ ANISOU46622 CD LYS M 115 28455 31352 27467 3006 1483 5609 C \ ATOM 46623 CE LYS M 115 -4.000 -95.125 -12.069 1.00248.71 C \ ANISOU46623 CE LYS M 115 31121 33519 29860 3268 2055 6552 C \ ATOM 46624 NZ LYS M 115 -4.324 -93.717 -12.430 1.00258.23 N \ ANISOU46624 NZ LYS M 115 31174 34506 32434 3178 2453 6952 N \ ATOM 46625 N THR M 116 1.447 -95.269 -8.453 1.00233.71 N \ ANISOU46625 N THR M 116 26637 31129 31032 4973 2271 3474 N \ ATOM 46626 CA THR M 116 2.821 -95.736 -8.593 1.00240.64 C \ ANISOU46626 CA THR M 116 27476 31877 32078 5646 2509 3318 C \ ATOM 46627 C THR M 116 2.883 -97.219 -8.952 1.00248.48 C \ ANISOU46627 C THR M 116 29958 32920 31533 5963 2164 3401 C \ ATOM 46628 O THR M 116 2.164 -98.037 -8.378 1.00251.61 O \ ANISOU46628 O THR M 116 31285 33483 30833 5620 1418 3160 O \ ATOM 46629 CB THR M 116 3.624 -95.494 -7.300 1.00251.25 C \ ANISOU46629 CB THR M 116 27913 33222 34328 5672 2194 2524 C \ ATOM 46630 OG1 THR M 116 3.473 -94.129 -6.889 1.00242.72 O \ ANISOU46630 OG1 THR M 116 25551 32069 34600 5297 2477 2395 O \ ATOM 46631 CG2 THR M 116 5.101 -95.794 -7.516 1.00264.38 C \ ANISOU46631 CG2 THR M 116 29259 34762 36430 6409 2519 2413 C \ ATOM 46632 N VAL M 117 3.746 -97.556 -9.907 1.00242.73 N \ ANISOU46632 N VAL M 117 29477 32035 30716 6593 2736 3723 N \ ATOM 46633 CA VAL M 117 3.923 -98.940 -10.333 1.00213.55 C \ ANISOU46633 CA VAL M 117 27194 28304 25640 6990 2518 3791 C \ ATOM 46634 C VAL M 117 5.381 -99.374 -10.214 1.00186.60 C \ ANISOU46634 C VAL M 117 23466 24747 22685 7792 2710 3417 C \ ATOM 46635 O VAL M 117 6.235 -98.605 -9.775 1.00191.50 O \ ANISOU46635 O VAL M 117 22754 25345 24662 7978 2974 3117 O \ ATOM 46636 CB VAL M 117 3.456 -99.149 -11.786 1.00233.87 C \ ANISOU46636 CB VAL M 117 30679 30817 27364 6997 3055 4588 C \ ATOM 46637 CG1 VAL M 117 1.967 -98.861 -11.911 1.00223.61 C \ ANISOU46637 CG1 VAL M 117 29776 29688 25496 6223 2744 4988 C \ ATOM 46638 CG2 VAL M 117 4.257 -98.269 -12.733 1.00212.48 C \ ANISOU46638 CG2 VAL M 117 27071 27950 25711 7334 4084 4977 C \ ATOM 46639 N ALA M 118 5.658-100.614 -10.605 1.00185.39 N \ ANISOU46639 N ALA M 118 24544 24492 21406 8264 2565 3431 N \ ATOM 46640 CA ALA M 118 7.014-101.150 -10.573 1.00191.53 C \ ANISOU46640 CA ALA M 118 25109 25116 22546 9122 2738 3088 C \ ATOM 46641 C ALA M 118 7.821-100.677 -11.779 1.00208.35 C \ ANISOU46641 C ALA M 118 26684 27158 25323 9608 3892 3479 C \ ATOM 46642 O ALA M 118 7.267-100.445 -12.854 1.00197.28 O \ ANISOU46642 O ALA M 118 25754 25738 23467 9365 4456 4096 O \ ATOM 46643 CB ALA M 118 6.983-102.670 -10.519 1.00205.64 C \ ANISOU46643 CB ALA M 118 28480 26765 22889 9472 2132 2925 C \ ATOM 46644 N GLY M 119 9.130-100.539 -11.594 1.00229.10 N \ ANISOU46644 N GLY M 119 28308 29748 28991 10248 4227 3124 N \ ATOM 46645 CA GLY M 119 10.003-100.069 -12.654 1.00224.83 C \ ANISOU46645 CA GLY M 119 27111 29171 29142 10681 5360 3406 C \ ATOM 46646 C GLY M 119 11.421-100.594 -12.536 1.00265.15 C \ ANISOU46646 C GLY M 119 31720 34232 34795 11598 5568 2950 C \ ATOM 46647 O GLY M 119 11.758-101.299 -11.585 1.00265.39 O \ ANISOU46647 O GLY M 119 31877 34222 34738 11927 4756 2428 O \ ATOM 46648 N LYS M 120 12.256-100.244 -13.510 1.00300.11 N \ ANISOU46648 N LYS M 120 35567 38668 39794 11993 6652 3150 N \ ATOM 46649 CA LYS M 120 13.644-100.689 -13.528 1.00303.66 C \ ANISOU46649 CA LYS M 120 35406 39116 40854 12907 7002 2731 C \ ATOM 46650 C LYS M 120 14.560 -99.671 -12.856 1.00303.35 C \ ANISOU46650 C LYS M 120 33468 39276 42515 12913 7147 2412 C \ ATOM 46651 O LYS M 120 14.744 -98.561 -13.356 1.00312.08 O \ ANISOU46651 O LYS M 120 33610 40495 44471 12565 7945 2699 O \ ATOM 46652 CB LYS M 120 14.104-100.940 -14.965 1.00309.97 C \ ANISOU46652 CB LYS M 120 36631 39854 41290 13326 8170 3056 C \ ATOM 46653 CG LYS M 120 15.574-101.295 -15.097 1.00334.46 C \ ANISOU46653 CG LYS M 120 38925 43000 45155 14287 8718 2617 C \ ATOM 46654 CD LYS M 120 15.979-101.419 -16.557 1.00345.11 C \ ANISOU46654 CD LYS M 120 40646 44318 46160 14571 10010 2924 C \ ATOM 46655 CE LYS M 120 17.466-101.698 -16.697 1.00369.65 C \ ANISOU46655 CE LYS M 120 42774 47526 50149 15526 10654 2443 C \ ATOM 46656 NZ LYS M 120 17.884-101.773 -18.124 1.00381.48 N \ ANISOU46656 NZ LYS M 120 44590 49026 51328 15737 12019 2689 N \ ATOM 46657 N LYS M 121 15.131-100.059 -11.720 1.00304.19 N \ ANISOU46657 N LYS M 121 33092 39407 43077 13267 6335 1837 N \ ATOM 46658 CA LYS M 121 15.997 -99.173 -10.950 1.00294.82 C \ ANISOU46658 CA LYS M 121 30159 38418 43440 13226 6317 1498 C \ ATOM 46659 C LYS M 121 17.466 -99.330 -11.333 1.00327.17 C \ ANISOU46659 C LYS M 121 33277 42634 48398 14092 7002 1256 C \ ATOM 46660 O LYS M 121 18.318 -98.572 -10.869 1.00297.22 O \ ANISOU46660 O LYS M 121 27941 39052 45939 14084 7150 1021 O \ ATOM 46661 CB LYS M 121 15.826 -99.436 -9.454 1.00299.25 C \ ANISOU46661 CB LYS M 121 30661 38967 44073 13030 5011 1015 C \ ATOM 46662 CG LYS M 121 14.383 -99.415 -8.977 1.00291.72 C \ ANISOU46662 CG LYS M 121 30702 37936 42202 12195 4285 1150 C \ ATOM 46663 CD LYS M 121 14.290 -99.798 -7.509 1.00295.16 C \ ANISOU46663 CD LYS M 121 31195 38362 42591 11997 3015 623 C \ ATOM 46664 CE LYS M 121 14.909-101.165 -7.259 1.00292.29 C \ ANISOU46664 CE LYS M 121 31577 37840 41641 12832 2393 303 C \ ATOM 46665 NZ LYS M 121 14.874-101.539 -5.818 1.00273.89 N \ ANISOU46665 NZ LYS M 121 29332 35476 39257 12592 1097 -186 N \ ATOM 46666 N LYS M 122 17.754-100.317 -12.176 1.00333.17 N \ ANISOU46666 N LYS M 122 34934 43266 48389 14818 7432 1296 N \ ATOM 46667 CA LYS M 122 19.128-100.647 -12.541 1.00364.26 C \ ANISOU46667 CA LYS M 122 38043 47309 53049 15754 8069 994 C \ ATOM 46668 C LYS M 122 19.823 -99.498 -13.268 1.00381.45 C \ ANISOU46668 C LYS M 122 38993 49747 56192 15192 9066 1077 C \ ATOM 46669 O LYS M 122 20.949 -99.131 -12.934 1.00400.93 O \ ANISOU46669 O LYS M 122 40216 52445 59674 15134 8974 600 O \ ATOM 46670 CB LYS M 122 19.158-101.904 -13.412 1.00366.04 C \ ANISOU46670 CB LYS M 122 39681 47288 52109 16506 8400 1015 C \ ATOM 46671 CG LYS M 122 20.557-102.407 -13.730 1.00377.72 C \ ANISOU46671 CG LYS M 122 40486 48816 54212 17274 8810 544 C \ ATOM 46672 CD LYS M 122 21.291-102.823 -12.467 1.00375.37 C \ ANISOU46672 CD LYS M 122 39474 48500 54648 17649 7659 -59 C \ ATOM 46673 CE LYS M 122 22.675-103.365 -12.784 1.00385.94 C \ ANISOU46673 CE LYS M 122 40149 49857 56634 18300 7942 -578 C \ ATOM 46674 NZ LYS M 122 23.392-103.803 -11.554 1.00399.09 N \ ANISOU46674 NZ LYS M 122 41125 51445 59067 18695 6783 -1104 N \ ATOM 46675 N ALA M 123 19.144 -98.934 -14.261 1.00381.23 N \ ANISOU46675 N ALA M 123 39400 49698 55753 14739 9943 1681 N \ ATOM 46676 CA ALA M 123 19.704 -97.843 -15.047 1.00362.31 C \ ANISOU46676 CA ALA M 123 36086 47509 54065 14125 10858 1834 C \ ATOM 46677 C ALA M 123 19.595 -96.514 -14.306 1.00374.78 C \ ANISOU46677 C ALA M 123 36582 49223 56593 13203 10456 1811 C \ ATOM 46678 O ALA M 123 18.658 -96.305 -13.534 1.00318.98 O \ ANISOU46678 O ALA M 123 29734 42032 49430 12880 9780 1936 O \ ATOM 46679 CB ALA M 123 19.008 -97.756 -16.398 1.00348.44 C \ ANISOU46679 CB ALA M 123 35282 45629 51482 13987 11926 2540 C \ ATOM 46680 N PRO M 124 20.559 -95.609 -14.539 1.00374.50 N \ ANISOU46680 N PRO M 124 35425 49453 57415 12776 10880 1630 N \ ATOM 46681 CA PRO M 124 20.525 -94.268 -13.947 1.00396.44 C \ ANISOU46681 CA PRO M 124 37296 52342 60992 11880 10595 1622 C \ ATOM 46682 C PRO M 124 19.381 -93.431 -14.510 1.00397.04 C \ ANISOU46682 C PRO M 124 37830 52176 60852 11188 11014 2327 C \ ATOM 46683 O PRO M 124 19.606 -92.550 -15.341 1.00423.35 O \ ANISOU46683 O PRO M 124 40846 55536 64471 10701 11781 2657 O \ ATOM 46684 CB PRO M 124 21.883 -93.671 -14.338 1.00398.17 C \ ANISOU46684 CB PRO M 124 36456 52920 61912 11743 11133 1347 C \ ATOM 46685 CG PRO M 124 22.751 -94.851 -14.629 1.00399.25 C \ ANISOU46685 CG PRO M 124 36674 53189 61832 12672 11297 946 C \ ATOM 46686 CD PRO M 124 21.833 -95.868 -15.232 1.00386.40 C \ ANISOU46686 CD PRO M 124 36436 51205 59174 13180 11545 1321 C \ ATOM 46687 N ARG M 125 18.164 -93.713 -14.054 1.00399.01 N \ ANISOU46687 N ARG M 125 38807 52194 60605 11164 10494 2565 N \ ATOM 46688 CA ARG M 125 16.965 -93.028 -14.532 1.00389.92 C \ ANISOU46688 CA ARG M 125 38114 50818 59221 10601 10794 3247 C \ ATOM 46689 C ARG M 125 16.944 -91.548 -14.153 1.00374.65 C \ ANISOU46689 C ARG M 125 35312 48850 58186 9679 10656 3252 C \ ATOM 46690 O ARG M 125 16.056 -90.806 -14.575 1.00379.36 O \ ANISOU46690 O ARG M 125 36129 49228 58784 9164 10912 3807 O \ ATOM 46691 CB ARG M 125 15.709 -93.727 -13.998 1.00375.97 C \ ANISOU46691 CB ARG M 125 37246 48893 56711 10841 10177 3418 C \ ATOM 46692 CG ARG M 125 15.714 -94.011 -12.498 1.00381.91 C \ ANISOU46692 CG ARG M 125 37670 49695 57743 10890 9046 2801 C \ ATOM 46693 CD ARG M 125 15.167 -92.841 -11.693 1.00366.03 C \ ANISOU46693 CD ARG M 125 35026 47623 56425 10001 8574 2727 C \ ATOM 46694 NE ARG M 125 14.976 -93.178 -10.285 1.00360.05 N \ ANISOU46694 NE ARG M 125 34115 46896 55790 10011 7554 2206 N \ ATOM 46695 CZ ARG M 125 15.894 -92.997 -9.341 1.00346.89 C \ ANISOU46695 CZ ARG M 125 31635 45391 54776 9918 7026 1580 C \ ATOM 46696 NH1 ARG M 125 17.074 -92.477 -9.651 1.00347.81 N \ ANISOU46696 NH1 ARG M 125 31007 45700 55446 9838 7412 1396 N \ ATOM 46697 NH2 ARG M 125 15.632 -93.334 -8.085 1.00350.02 N \ ANISOU46697 NH2 ARG M 125 31965 45784 55244 9900 6120 1176 N \ ATOM 46698 N LYS M 126 17.915 -91.139 -13.342 1.00378.79 N \ ANISOU46698 N LYS M 126 34903 49587 59432 9512 10232 2649 N \ ATOM 46699 CA LYS M 126 18.045 -89.762 -12.876 1.00341.52 C \ ANISOU46699 CA LYS M 126 29422 44848 55493 8698 10072 2574 C \ ATOM 46700 C LYS M 126 17.973 -88.735 -14.006 1.00297.36 C \ ANISOU46700 C LYS M 126 23764 39086 50133 8184 10949 3168 C \ ATOM 46701 O LYS M 126 17.622 -87.577 -13.780 1.00285.50 O \ ANISOU46701 O LYS M 126 21966 37383 49127 7500 10849 3316 O \ ATOM 46702 CB LYS M 126 19.360 -89.596 -12.114 1.00330.27 C \ ANISOU46702 CB LYS M 126 27056 43776 54657 8733 9733 1932 C \ ATOM 46703 CG LYS M 126 19.543 -90.589 -10.976 1.00303.86 C \ ANISOU46703 CG LYS M 126 23703 40589 51162 9255 8840 1373 C \ ATOM 46704 CD LYS M 126 20.951 -90.530 -10.408 1.00342.64 C \ ANISOU46704 CD LYS M 126 27675 45907 56606 9412 8614 847 C \ ATOM 46705 CE LYS M 126 21.981 -90.989 -11.426 1.00278.54 C \ ANISOU46705 CE LYS M 126 19345 38031 48458 9948 9357 823 C \ ATOM 46706 NZ LYS M 126 23.366 -90.911 -10.885 1.00287.49 N \ ANISOU46706 NZ LYS M 126 19475 39624 50133 10121 9143 340 N \ ATOM 46707 OXT LYS M 126 18.255 -89.036 -15.166 1.00267.21 O \ ANISOU46707 OXT LYS M 126 20225 35296 46006 8439 11785 3520 O \ """, "4kvb.interface.26") 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. S & i. 2-81') cmd.show('cartoon', 'dom') cmd.spectrum('count', 'rainbow', 'dom') cmd.create('partner', 'c. M & i. 2-126') cmd.show('cartoon', 'partner') cmd.select('inter_resi', 'c. M & i. 84 | c. M & i. 85 | c. M & i. 86 | c. M & i. 87 | c. M & i. 88 | c. M & i. 99') 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()