cmd.read_pdbstr("""\\nATOM 50194 N PRO S 2 -10.418 -73.668 -28.889 1.00227.50 N \ ANISOU50194 N PRO S 2 27883 32372 30983 -10380 886 7388 N \ ATOM 50195 CA PRO S 2 -9.223 -72.836 -29.109 1.00222.64 C \ ANISOU50195 CA PRO S 2 26625 30526 29794 -9112 643 6535 C \ ATOM 50196 C PRO S 2 -8.506 -73.170 -30.436 1.00223.12 C \ ANISOU50196 C PRO S 2 25505 26483 24321 -8642 -1566 8041 C \ ATOM 50197 O PRO S 2 -7.264 -73.202 -30.491 1.00222.05 O \ ANISOU50197 O PRO S 2 25161 25671 24151 -7383 -1796 7035 O \ ATOM 50198 CB PRO S 2 -8.341 -73.170 -27.895 1.00220.54 C \ ANISOU50198 CB PRO S 2 25231 24295 23419 -7125 -3037 7738 C \ ATOM 50199 CG PRO S 2 -8.753 -74.554 -27.509 1.00226.76 C \ ANISOU50199 CG PRO S 2 23999 23247 21508 -6558 -3057 7139 C \ ATOM 50200 CD PRO S 2 -10.175 -74.771 -27.940 1.00231.02 C \ ANISOU50200 CD PRO S 2 24924 24919 25723 -6337 -1758 5995 C \ ATOM 50201 N ARG S 3 -9.302 -73.358 -31.495 1.00224.72 N \ ANISOU50201 N ARG S 3 25529 23521 27307 -5571 -2936 6111 N \ ATOM 50202 CA ARG S 3 -8.896 -74.087 -32.707 1.00223.83 C \ ANISOU50202 CA ARG S 3 23737 21525 26805 -4479 -2663 4743 C \ ATOM 50203 C ARG S 3 -9.041 -73.255 -34.003 1.00216.17 C \ ANISOU50203 C ARG S 3 26706 23722 29066 -6274 -3598 7289 C \ ATOM 50204 O ARG S 3 -10.176 -72.955 -34.393 1.00214.65 O \ ANISOU50204 O ARG S 3 26825 24473 25115 -7546 -4086 8987 O \ ATOM 50205 CB ARG S 3 -9.768 -75.352 -32.818 1.00230.33 C \ ANISOU50205 CB ARG S 3 28647 25027 26145 -7377 -5322 9766 C \ ATOM 50206 CG ARG S 3 -10.293 -75.935 -31.475 1.00246.66 C \ ANISOU50206 CG ARG S 3 30305 27657 25735 -8090 -5165 10265 C \ ATOM 50207 CD ARG S 3 -11.676 -75.396 -31.098 1.00251.60 C \ ANISOU50207 CD ARG S 3 29469 27088 24364 -7473 -5264 9644 C \ ATOM 50208 NE ARG S 3 -12.780 -76.022 -31.829 1.00260.48 N \ ANISOU50208 NE ARG S 3 30395 24992 28280 -7777 -6510 11116 N \ ATOM 50209 CZ ARG S 3 -13.317 -75.557 -32.962 1.00258.63 C \ ANISOU50209 CZ ARG S 3 32038 25610 29126 -7489 -7741 11736 C \ ATOM 50210 NH1 ARG S 3 -12.854 -74.439 -33.530 1.00249.28 N \ ANISOU50210 NH1 ARG S 3 30621 23572 28704 -6098 -8183 10660 N \ ATOM 50211 NH2 ARG S 3 -14.333 -76.212 -33.526 1.00264.14 N \ ANISOU50211 NH2 ARG S 3 33668 26236 31051 -7681 -8622 12399 N \ ATOM 50212 N SER S 4 -7.929 -72.923 -34.688 1.00207.20 N \ ANISOU50212 N SER S 4 32130 30017 26375 -9457 -4900 11357 N \ ATOM 50213 CA SER S 4 -7.935 -71.752 -35.591 1.00199.30 C \ ANISOU50213 CA SER S 4 33501 32299 25573 -10426 -4724 11998 C \ ATOM 50214 C SER S 4 -7.324 -71.679 -37.020 1.00183.28 C \ ANISOU50214 C SER S 4 32588 32995 24121 -9986 -3717 10659 C \ ATOM 50215 O SER S 4 -6.110 -71.611 -37.153 1.00179.49 O \ ANISOU50215 O SER S 4 33314 33939 23432 -10057 -4051 10813 O \ ATOM 50216 CB SER S 4 -7.212 -70.693 -34.795 1.00190.54 C \ ANISOU50216 CB SER S 4 34931 34550 26120 -11971 -4043 12836 C \ ATOM 50217 OG SER S 4 -6.084 -71.259 -34.151 1.00184.38 O \ ANISOU50217 OG SER S 4 35090 36995 25145 -12744 -2503 12147 O \ ATOM 50218 N LEU S 5 -8.151 -71.614 -38.072 1.00189.38 N \ ANISOU50218 N LEU S 5 36753 39600 26804 -13819 -1678 12294 N \ ATOM 50219 CA LEU S 5 -7.732 -71.117 -39.430 1.00191.56 C \ ANISOU50219 CA LEU S 5 37805 39546 28460 -14098 -2302 13056 C \ ATOM 50220 C LEU S 5 -8.224 -69.765 -40.128 1.00204.80 C \ ANISOU50220 C LEU S 5 37068 41765 26566 -14324 -392 11528 C \ ATOM 50221 O LEU S 5 -7.863 -69.529 -41.290 1.00202.92 O \ ANISOU50221 O LEU S 5 31497 32962 24180 -9501 -2551 9333 O \ ATOM 50222 CB LEU S 5 -7.644 -72.268 -40.457 1.00195.31 C \ ANISOU50222 CB LEU S 5 31095 33675 23514 -8826 -1758 7948 C \ ATOM 50223 CG LEU S 5 -6.299 -72.436 -41.193 1.00187.34 C \ ANISOU50223 CG LEU S 5 30480 31883 23176 -7680 -2768 7585 C \ ATOM 50224 CD1 LEU S 5 -6.319 -71.899 -42.663 1.00178.58 C \ ANISOU50224 CD1 LEU S 5 31369 32959 22716 -7798 -3132 7777 C \ ATOM 50225 CD2 LEU S 5 -5.162 -71.829 -40.349 1.00175.80 C \ ANISOU50225 CD2 LEU S 5 30013 33604 23787 -8300 -535 6567 C \ ATOM 50226 N LYS S 6 -9.038 -68.924 -39.462 1.00201.61 N \ ANISOU50226 N LYS S 6 29596 33940 23177 -7452 137 5105 N \ ATOM 50227 CA LYS S 6 -9.631 -67.649 -40.006 1.00191.01 C \ ANISOU50227 CA LYS S 6 29453 35538 23294 -7597 1677 4016 C \ ATOM 50228 C LYS S 6 -10.679 -67.648 -41.138 1.00188.41 C \ ANISOU50228 C LYS S 6 28545 34580 24266 -7312 1979 3707 C \ ATOM 50229 O LYS S 6 -11.808 -68.160 -41.025 1.00185.90 O \ ANISOU50229 O LYS S 6 28303 36212 24321 -7777 3393 2999 O \ ATOM 50230 CB LYS S 6 -8.532 -66.685 -40.501 1.00181.13 C \ ANISOU50230 CB LYS S 6 28855 29072 23271 -6657 -3255 7092 C \ ATOM 50231 CG LYS S 6 -7.171 -66.741 -39.846 1.00177.01 C \ ANISOU50231 CG LYS S 6 27363 26765 22272 -5494 -3886 6311 C \ ATOM 50232 CD LYS S 6 -6.095 -66.351 -40.845 1.00174.95 C \ ANISOU50232 CD LYS S 6 28376 26984 22428 -5502 -5152 7150 C \ ATOM 50233 CE LYS S 6 -5.429 -67.573 -41.378 1.00181.01 C \ ANISOU50233 CE LYS S 6 27900 26679 21638 -4896 -5314 6435 C \ ATOM 50234 NZ LYS S 6 -5.394 -68.593 -40.285 1.00184.57 N \ ANISOU50234 NZ LYS S 6 25519 23672 22357 -4526 -4249 5706 N \ ATOM 50235 N LYS S 7 -10.284 -66.927 -42.185 1.00187.60 N \ ANISOU50235 N LYS S 7 26303 22812 23860 -4652 -5512 6901 N \ ATOM 50236 CA LYS S 7 -10.889 -66.969 -43.506 1.00190.56 C \ ANISOU50236 CA LYS S 7 23786 21625 20986 -3430 -4378 4479 C \ ATOM 50237 C LYS S 7 -9.948 -67.754 -44.453 1.00201.65 C \ ANISOU50237 C LYS S 7 29802 27513 23503 -6183 -6089 8655 C \ ATOM 50238 O LYS S 7 -8.716 -67.705 -44.310 1.00204.58 O \ ANISOU50238 O LYS S 7 31313 28265 24158 -6226 -7391 9569 O \ ATOM 50239 CB LYS S 7 -11.075 -65.548 -44.032 1.00176.01 C \ ANISOU50239 CB LYS S 7 33725 31918 24325 -7213 -7114 10113 C \ ATOM 50240 CG LYS S 7 -10.204 -65.218 -45.232 1.00163.73 C \ ANISOU50240 CG LYS S 7 35005 33038 24820 -7031 -7971 10364 C \ ATOM 50241 CD LYS S 7 -9.063 -64.294 -44.874 1.00155.13 C \ ANISOU50241 CD LYS S 7 32151 27242 25679 -6343 -8764 10920 C \ ATOM 50242 CE LYS S 7 -8.144 -64.823 -43.766 1.00150.01 C \ ANISOU50242 CE LYS S 7 33988 28777 26724 -7558 -8961 12325 C \ ATOM 50243 NZ LYS S 7 -8.514 -64.360 -42.409 1.00146.80 N \ ANISOU50243 NZ LYS S 7 35997 31028 27229 -8095 -9499 12990 N \ ATOM 50244 N GLY S 8 -10.518 -68.447 -45.441 1.00207.98 N \ ANISOU50244 N GLY S 8 33778 27084 28272 -7199 -9616 12495 N \ ATOM 50245 CA GLY S 8 -9.764 -69.408 -46.235 1.00208.08 C \ ANISOU50245 CA GLY S 8 34281 33768 23862 -8272 -5936 10244 C \ ATOM 50246 C GLY S 8 -9.569 -70.769 -45.571 1.00213.28 C \ ANISOU50246 C GLY S 8 35399 36130 22764 -9249 -5579 10608 C \ ATOM 50247 O GLY S 8 -8.420 -71.231 -45.430 1.00215.69 O \ ANISOU50247 O GLY S 8 33924 35861 20964 -8617 -4841 9127 O \ ATOM 50248 N VAL S 9 -10.674 -71.371 -45.104 1.00211.39 N \ ANISOU50248 N VAL S 9 34632 37427 19938 -9169 -4791 9266 N \ ATOM 50249 CA VAL S 9 -10.674 -72.752 -44.586 1.00208.69 C \ ANISOU50249 CA VAL S 9 36310 38164 22620 -10664 -4482 11107 C \ ATOM 50250 C VAL S 9 -10.076 -73.707 -45.616 1.00213.24 C \ ANISOU50250 C VAL S 9 38498 41006 23168 -11604 -4490 11572 C \ ATOM 50251 O VAL S 9 -10.452 -73.666 -46.793 1.00215.55 O \ ANISOU50251 O VAL S 9 40000 43166 24254 -12826 -3712 12001 O \ ATOM 50252 CB VAL S 9 -12.089 -73.217 -44.221 1.00202.37 C \ ANISOU50252 CB VAL S 9 39032 42373 24316 -12924 -3040 11835 C \ ATOM 50253 CG1 VAL S 9 -13.088 -72.480 -45.066 1.00203.56 C \ ANISOU50253 CG1 VAL S 9 42193 45704 25144 -13691 -3791 12468 C \ ATOM 50254 CG2 VAL S 9 -12.236 -74.738 -44.374 1.00197.45 C \ ANISOU50254 CG2 VAL S 9 32355 34270 21001 -7508 -4295 7730 C \ ATOM 50255 N PHE S 10 -9.148 -74.561 -45.174 1.00213.84 N \ ANISOU50255 N PHE S 10 31551 34203 20159 -6727 -3749 6253 N \ ATOM 50256 CA PHE S 10 -8.222 -75.213 -46.104 1.00212.05 C \ ANISOU50256 CA PHE S 10 30265 31780 19616 -5706 -5022 6072 C \ ATOM 50257 C PHE S 10 -8.374 -76.720 -46.330 1.00211.60 C \ ANISOU50257 C PHE S 10 28449 30356 17952 -4992 -4710 4828 C \ ATOM 50258 O PHE S 10 -8.236 -77.508 -45.402 1.00211.47 O \ ANISOU50258 O PHE S 10 30412 33549 20277 -6098 -2487 4811 O \ ATOM 50259 CB PHE S 10 -6.769 -74.902 -45.720 1.00213.37 C \ ANISOU50259 CB PHE S 10 30793 34345 21358 -6579 -1608 4925 C \ ATOM 50260 CG PHE S 10 -5.757 -75.485 -46.675 1.00221.85 C \ ANISOU50260 CG PHE S 10 28155 31717 20311 -5628 -816 3524 C \ ATOM 50261 CD1 PHE S 10 -5.363 -74.781 -47.803 1.00223.86 C \ ANISOU50261 CD1 PHE S 10 32665 37821 21722 -7869 -577 5256 C \ ATOM 50262 CD2 PHE S 10 -5.209 -76.745 -46.457 1.00228.24 C \ ANISOU50262 CD2 PHE S 10 30674 30753 20621 -5633 -6405 7237 C \ ATOM 50263 CE1 PHE S 10 -4.437 -75.321 -48.697 1.00226.46 C \ ANISOU50263 CE1 PHE S 10 29713 28709 20450 -4752 -7779 7243 C \ ATOM 50264 CE2 PHE S 10 -4.283 -77.287 -47.345 1.00230.96 C \ ANISOU50264 CE2 PHE S 10 30830 29746 20216 -5209 -8987 8376 C \ ATOM 50265 CZ PHE S 10 -3.897 -76.572 -48.463 1.00229.45 C \ ANISOU50265 CZ PHE S 10 30214 28344 20425 -4450 -10134 8345 C \ ATOM 50266 N VAL S 11 -8.631 -77.101 -47.585 1.00210.51 N \ ANISOU50266 N VAL S 11 29348 26652 21943 -4164 -8631 7613 N \ ATOM 50267 CA VAL S 11 -8.576 -78.499 -48.030 1.00210.35 C \ ANISOU50267 CA VAL S 11 27066 24138 21316 -3200 -7966 6139 C \ ATOM 50268 C VAL S 11 -7.828 -78.627 -49.369 1.00212.95 C \ ANISOU50268 C VAL S 11 25722 23741 19796 -2843 -7004 4814 C \ ATOM 50269 O VAL S 11 -7.659 -77.640 -50.091 1.00210.18 O \ ANISOU50269 O VAL S 11 26641 22354 22441 -2806 -8505 6364 O \ ATOM 50270 CB VAL S 11 -9.964 -79.109 -48.189 1.00203.62 C \ ANISOU50270 CB VAL S 11 32678 32360 20202 -6429 -8672 9309 C \ ATOM 50271 CG1 VAL S 11 -9.873 -80.605 -48.062 1.00203.84 C \ ANISOU50271 CG1 VAL S 11 34942 34881 21464 -6761 -9181 9770 C \ ATOM 50272 CG2 VAL S 11 -10.918 -78.549 -47.151 1.00200.46 C \ ANISOU50272 CG2 VAL S 11 35133 36777 20286 -7019 -8176 8798 C \ ATOM 50273 N ASP S 12 -7.393 -79.840 -49.710 1.00215.11 N \ ANISOU50273 N ASP S 12 36652 38724 20834 -7341 -8436 9032 N \ ATOM 50274 CA ASP S 12 -6.441 -80.003 -50.808 1.00209.06 C \ ANISOU50274 CA ASP S 12 37264 36807 22957 -7865 -9386 11155 C \ ATOM 50275 C ASP S 12 -7.012 -80.340 -52.193 1.00198.76 C \ ANISOU50275 C ASP S 12 33668 36246 18783 -6915 -6950 7676 C \ ATOM 50276 O ASP S 12 -7.976 -81.104 -52.352 1.00191.46 O \ ANISOU50276 O ASP S 12 33183 37221 17516 -6881 -5807 6341 O \ ATOM 50277 CB ASP S 12 -5.287 -80.951 -50.420 1.00214.97 C \ ANISOU50277 CB ASP S 12 31441 35362 16733 -5720 -6020 5030 C \ ATOM 50278 CG ASP S 12 -3.981 -80.198 -50.120 1.00212.08 C \ ANISOU50278 CG ASP S 12 30878 35743 15848 -5489 -5126 3777 C \ ATOM 50279 OD1 ASP S 12 -3.955 -78.967 -50.350 1.00204.62 O \ ANISOU50279 OD1 ASP S 12 32456 37611 16396 -7454 -4084 5694 O \ ATOM 50280 OD2 ASP S 12 -2.988 -80.832 -49.673 1.00215.32 O \ ANISOU50280 OD2 ASP S 12 31793 38282 15323 -7404 -2705 4264 O \ ATOM 50281 N ASP S 13 -6.367 -79.740 -53.187 1.00222.16 N \ ANISOU50281 N ASP S 13 29966 37079 14224 -7185 -1194 3081 N \ ATOM 50282 CA ASP S 13 -6.762 -79.863 -54.572 1.00228.59 C \ ANISOU50282 CA ASP S 13 27518 33809 12984 -6282 -1437 2553 C \ ATOM 50283 C ASP S 13 -6.825 -81.293 -55.008 1.00227.13 C \ ANISOU50283 C ASP S 13 25782 31780 11792 -5253 -1637 1338 C \ ATOM 50284 O ASP S 13 -7.862 -81.722 -55.468 1.00229.02 O \ ANISOU50284 O ASP S 13 20963 34949 16314 4107 -1705 -1454 O \ ATOM 50285 CB ASP S 13 -5.817 -79.069 -55.448 1.00239.23 C \ ANISOU50285 CB ASP S 13 21866 34893 17713 3750 -1574 -1317 C \ ATOM 50286 CG ASP S 13 -5.574 -77.707 -54.885 1.00242.93 C \ ANISOU50286 CG ASP S 13 23367 34848 19241 3689 -1557 -1239 C \ ATOM 50287 OD1 ASP S 13 -5.270 -76.753 -55.642 1.00258.34 O \ ANISOU50287 OD1 ASP S 13 23657 35193 19650 3771 -1683 -1639 O \ ATOM 50288 OD2 ASP S 13 -5.720 -77.606 -53.646 1.00230.07 O \ ANISOU50288 OD2 ASP S 13 24594 34725 20361 3603 -1379 -723 O \ ATOM 50289 N HIS S 14 -5.743 -82.045 -54.854 1.00226.13 N \ ANISOU50289 N HIS S 14 25419 34123 20887 3721 -1401 -403 N \ ATOM 50290 CA HIS S 14 -5.792 -83.436 -55.301 1.00221.54 C \ ANISOU50290 CA HIS S 14 26952 35332 23065 3674 -1444 -993 C \ ATOM 50291 C HIS S 14 -6.987 -84.213 -54.732 1.00208.35 C \ ANISOU50291 C HIS S 14 26823 35466 23707 3410 -1329 -1657 C \ ATOM 50292 O HIS S 14 -7.793 -84.793 -55.485 1.00208.94 O \ ANISOU50292 O HIS S 14 26254 33587 21386 3709 -1167 235 O \ ATOM 50293 CB HIS S 14 -4.435 -84.190 -55.195 1.00261.79 C \ ANISOU50293 CB HIS S 14 27363 33311 21938 3929 -1247 680 C \ ATOM 50294 CG HIS S 14 -3.805 -84.216 -53.829 1.00248.68 C \ ANISOU50294 CG HIS S 14 28839 33627 23900 3901 -1005 591 C \ ATOM 50295 ND1 HIS S 14 -2.607 -83.583 -53.554 1.00251.50 N \ ANISOU50295 ND1 HIS S 14 29115 34114 25013 3613 -727 151 N \ ATOM 50296 CD2 HIS S 14 -4.153 -84.864 -52.689 1.00232.28 C \ ANISOU50296 CD2 HIS S 14 29739 33433 24358 4177 -1072 949 C \ ATOM 50297 CE1 HIS S 14 -2.269 -83.804 -52.295 1.00240.13 C \ ANISOU50297 CE1 HIS S 14 27300 35137 23119 3927 -1588 -765 C \ ATOM 50298 NE2 HIS S 14 -3.191 -84.577 -51.748 1.00228.83 N \ ANISOU50298 NE2 HIS S 14 28535 36122 24898 4002 -1576 -1230 N \ ATOM 50299 N LEU S 15 -7.167 -84.155 -53.425 1.00200.84 N \ ANISOU50299 N LEU S 15 29654 35757 25998 4183 -1463 -860 N \ ATOM 50300 CA LEU S 15 -8.241 -84.940 -52.861 1.00197.35 C \ ANISOU50300 CA LEU S 15 29758 35103 25487 4332 -1536 -195 C \ ATOM 50301 C LEU S 15 -9.617 -84.327 -53.114 1.00191.98 C \ ANISOU50301 C LEU S 15 28691 37164 24964 4239 -1785 -1372 C \ ATOM 50302 O LEU S 15 -10.588 -85.054 -53.329 1.00180.95 O \ ANISOU50302 O LEU S 15 29402 38262 26270 4286 -1700 -2133 O \ ATOM 50303 CB LEU S 15 -7.991 -85.259 -51.389 1.00198.88 C \ ANISOU50303 CB LEU S 15 27215 35270 24349 4581 -1645 -2036 C \ ATOM 50304 CG LEU S 15 -8.733 -84.487 -50.302 1.00200.96 C \ ANISOU50304 CG LEU S 15 26592 35203 23584 4905 -1853 -1697 C \ ATOM 50305 CD1 LEU S 15 -8.687 -85.267 -48.968 1.00189.67 C \ ANISOU50305 CD1 LEU S 15 26674 34544 23865 5216 -1901 -1321 C \ ATOM 50306 CD2 LEU S 15 -8.143 -83.091 -50.155 1.00209.22 C \ ANISOU50306 CD2 LEU S 15 30726 36394 27661 4218 -1251 -1312 C \ ATOM 50307 N LEU S 16 -9.710 -83.001 -53.116 1.00201.11 N \ ANISOU50307 N LEU S 16 31642 35922 28614 4501 -1027 -1018 N \ ATOM 50308 CA LEU S 16 -10.972 -82.380 -53.528 1.00210.08 C \ ANISOU50308 CA LEU S 16 31051 35297 27767 4991 -1319 -619 C \ ATOM 50309 C LEU S 16 -11.406 -82.751 -54.968 1.00220.28 C \ ANISOU50309 C LEU S 16 30008 35215 26915 5082 -1527 -848 C \ ATOM 50310 O LEU S 16 -12.403 -83.450 -55.155 1.00212.98 O \ ANISOU50310 O LEU S 16 32516 36237 30231 4340 -547 -1680 O \ ATOM 50311 CB LEU S 16 -10.945 -80.858 -53.383 1.00220.20 C \ ANISOU50311 CB LEU S 16 34548 38733 32805 3742 -338 -2329 C \ ATOM 50312 CG LEU S 16 -12.282 -80.346 -53.936 1.00228.38 C \ ANISOU50312 CG LEU S 16 34105 39695 32662 3530 -545 -3164 C \ ATOM 50313 CD1 LEU S 16 -13.421 -80.848 -53.032 1.00218.18 C \ ANISOU50313 CD1 LEU S 16 34325 40369 33538 2956 -372 -3963 C \ ATOM 50314 CD2 LEU S 16 -12.337 -78.829 -54.164 1.00239.38 C \ ANISOU50314 CD2 LEU S 16 33736 41039 33010 2658 -611 -4120 C \ ATOM 50315 N GLU S 17 -10.639 -82.277 -55.959 1.00232.98 N \ ANISOU50315 N GLU S 17 32923 40970 31541 2905 -940 -3493 N \ ATOM 50316 CA GLU S 17 -10.877 -82.501 -57.392 1.00240.48 C \ ANISOU50316 CA GLU S 17 34032 41875 34047 2114 -500 -4916 C \ ATOM 50317 C GLU S 17 -11.199 -83.952 -57.666 1.00236.09 C \ ANISOU50317 C GLU S 17 31792 34966 28090 5329 -1317 -10 C \ ATOM 50318 O GLU S 17 -12.106 -84.250 -58.456 1.00238.67 O \ ANISOU50318 O GLU S 17 31524 34691 27496 5799 -1699 493 O \ ATOM 50319 CB GLU S 17 -9.649 -82.061 -58.213 1.00251.61 C \ ANISOU50319 CB GLU S 17 29777 34107 25509 5673 -2213 612 C \ ATOM 50320 CG GLU S 17 -8.998 -83.131 -59.117 1.00255.90 C \ ANISOU50320 CG GLU S 17 29524 34340 25000 5309 -2248 535 C \ ATOM 50321 CD GLU S 17 -7.605 -82.722 -59.649 1.00271.50 C \ ANISOU50321 CD GLU S 17 27258 30248 23772 6250 -1526 365 C \ ATOM 50322 OE1 GLU S 17 -7.153 -81.580 -59.394 1.00278.48 O \ ANISOU50322 OE1 GLU S 17 27300 30926 24552 6180 -1288 -310 O \ ATOM 50323 OE2 GLU S 17 -6.953 -83.549 -60.329 1.00277.40 O \ ANISOU50323 OE2 GLU S 17 26604 31667 24041 6173 -1685 -403 O \ ATOM 50324 N LYS S 18 -10.488 -84.860 -56.993 1.00233.29 N \ ANISOU50324 N LYS S 18 28223 30979 25809 6681 -862 -309 N \ ATOM 50325 CA LYS S 18 -10.946 -86.234 -57.025 1.00232.35 C \ ANISOU50325 CA LYS S 18 28262 33048 24149 5993 -2546 806 C \ ATOM 50326 C LYS S 18 -12.378 -86.307 -56.502 1.00225.13 C \ ANISOU50326 C LYS S 18 26035 31988 22012 5873 -2935 837 C \ ATOM 50327 O LYS S 18 -13.295 -86.515 -57.293 1.00229.09 O \ ANISOU50327 O LYS S 18 26211 32368 22408 6292 -3311 1171 O \ ATOM 50328 CB LYS S 18 -10.039 -87.184 -56.245 1.00230.04 C \ ANISOU50328 CB LYS S 18 27251 32603 23281 6711 -3305 1451 C \ ATOM 50329 CG LYS S 18 -10.637 -88.591 -56.127 1.00228.22 C \ ANISOU50329 CG LYS S 18 24245 30295 19491 5499 -3118 1051 C \ ATOM 50330 CD LYS S 18 -9.595 -89.693 -56.255 1.00232.36 C \ ANISOU50330 CD LYS S 18 22646 29887 18169 5254 -3104 800 C \ ATOM 50331 CE LYS S 18 -8.468 -89.522 -55.249 1.00230.01 C \ ANISOU50331 CE LYS S 18 24656 30285 19290 5611 -3558 1538 C \ ATOM 50332 NZ LYS S 18 -7.233 -90.280 -55.619 1.00233.81 N \ ANISOU50332 NZ LYS S 18 22119 29357 16911 4925 -3047 953 N \ ATOM 50333 N VAL S 19 -12.573 -86.075 -55.200 1.00213.71 N \ ANISOU50333 N VAL S 19 25317 32592 21918 6213 -3612 1166 N \ ATOM 50334 CA VAL S 19 -13.850 -86.404 -54.545 1.00201.08 C \ ANISOU50334 CA VAL S 19 25206 33029 22298 6590 -3988 1417 C \ ATOM 50335 C VAL S 19 -15.094 -85.775 -55.170 1.00204.73 C \ ANISOU50335 C VAL S 19 24482 33099 21522 6240 -4469 1552 C \ ATOM 50336 O VAL S 19 -16.147 -86.401 -55.213 1.00200.60 O \ ANISOU50336 O VAL S 19 24288 33631 21623 5883 -4320 1338 O \ ATOM 50337 CB VAL S 19 -13.847 -86.129 -53.026 1.00188.31 C \ ANISOU50337 CB VAL S 19 25165 33728 23265 6874 -3689 1150 C \ ATOM 50338 CG1 VAL S 19 -13.951 -84.627 -52.724 1.00192.06 C \ ANISOU50338 CG1 VAL S 19 26286 35455 24632 6525 -3317 679 C \ ATOM 50339 CG2 VAL S 19 -14.986 -86.888 -52.370 1.00174.75 C \ ANISOU50339 CG2 VAL S 19 24699 33125 22724 6393 -2842 252 C \ ATOM 50340 N LEU S 20 -14.985 -84.542 -55.643 1.00212.71 N \ ANISOU50340 N LEU S 20 23961 32715 21529 5913 -2768 37 N \ ATOM 50341 CA LEU S 20 -16.107 -83.919 -56.323 1.00220.39 C \ ANISOU50341 CA LEU S 20 23952 32083 21167 5693 -2478 -292 C \ ATOM 50342 C LEU S 20 -16.232 -84.329 -57.812 1.00236.78 C \ ANISOU50342 C LEU S 20 23769 32204 20371 6327 -5004 1877 C \ ATOM 50343 O LEU S 20 -17.341 -84.305 -58.354 1.00244.41 O \ ANISOU50343 O LEU S 20 22420 31679 19140 5919 -5468 1896 O \ ATOM 50344 CB LEU S 20 -16.150 -82.388 -56.090 1.00223.90 C \ ANISOU50344 CB LEU S 20 22355 31936 19067 6166 -6164 2140 C \ ATOM 50345 CG LEU S 20 -15.360 -81.352 -56.907 1.00235.53 C \ ANISOU50345 CG LEU S 20 23108 31866 19130 6631 -6332 2406 C \ ATOM 50346 CD1 LEU S 20 -16.034 -81.046 -58.261 1.00248.07 C \ ANISOU50346 CD1 LEU S 20 22065 30688 17767 5347 -5418 1882 C \ ATOM 50347 CD2 LEU S 20 -15.153 -80.067 -56.107 1.00234.59 C \ ANISOU50347 CD2 LEU S 20 21606 31067 17655 4892 -5707 1803 C \ ATOM 50348 N GLU S 21 -15.132 -84.710 -58.482 1.00241.90 N \ ANISOU50348 N GLU S 21 22656 29949 17042 5477 -5638 2167 N \ ATOM 50349 CA GLU S 21 -15.284 -85.173 -59.875 1.00248.17 C \ ANISOU50349 CA GLU S 21 21859 32697 19376 5872 -6550 2045 C \ ATOM 50350 C GLU S 21 -15.950 -86.549 -59.927 1.00238.84 C \ ANISOU50350 C GLU S 21 22664 34030 20143 5920 -7355 2172 C \ ATOM 50351 O GLU S 21 -16.441 -86.969 -60.973 1.00242.13 O \ ANISOU50351 O GLU S 21 23194 34199 19815 5215 -7686 2037 O \ ATOM 50352 CB GLU S 21 -13.959 -85.173 -60.638 1.00255.54 C \ ANISOU50352 CB GLU S 21 23922 35392 20434 5120 -8417 2022 C \ ATOM 50353 CG GLU S 21 -14.114 -85.049 -62.149 1.00270.22 C \ ANISOU50353 CG GLU S 21 22010 35177 21122 6061 -7666 2139 C \ ATOM 50354 CD GLU S 21 -12.814 -84.649 -62.834 1.00282.72 C \ ANISOU50354 CD GLU S 21 21381 34933 21315 6833 -7366 2315 C \ ATOM 50355 OE1 GLU S 21 -11.781 -84.580 -62.130 1.00278.25 O \ ANISOU50355 OE1 GLU S 21 21756 35938 22129 7570 -7764 2611 O \ ATOM 50356 OE2 GLU S 21 -12.822 -84.397 -64.065 1.00297.51 O \ ANISOU50356 OE2 GLU S 21 20450 33783 20824 6982 -6572 2194 O \ ATOM 50357 N LEU S 22 -15.961 -87.231 -58.781 1.00230.62 N \ ANISOU50357 N LEU S 22 21518 35749 22569 8171 -7180 2714 N \ ATOM 50358 CA LEU S 22 -16.717 -88.475 -58.580 1.00226.11 C \ ANISOU50358 CA LEU S 22 20800 34484 21838 7783 -6465 2415 C \ ATOM 50359 C LEU S 22 -18.125 -88.184 -58.030 1.00214.92 C \ ANISOU50359 C LEU S 22 19373 32269 19575 6559 -5942 1913 C \ ATOM 50360 O LEU S 22 -18.871 -89.114 -57.713 1.00202.01 O \ ANISOU50360 O LEU S 22 20532 34002 22021 8095 -5738 2303 O \ ATOM 50361 CB LEU S 22 -15.979 -89.421 -57.606 1.00221.71 C \ ANISOU50361 CB LEU S 22 19033 31872 19684 6881 -5316 1781 C \ ATOM 50362 CG LEU S 22 -14.459 -89.285 -57.353 1.00227.65 C \ ANISOU50362 CG LEU S 22 19711 32763 20978 7604 -5206 1944 C \ ATOM 50363 CD1 LEU S 22 -13.984 -90.091 -56.116 1.00211.03 C \ ANISOU50363 CD1 LEU S 22 22888 33096 18865 4729 -7165 1923 C \ ATOM 50364 CD2 LEU S 22 -13.593 -89.599 -58.602 1.00242.68 C \ ANISOU50364 CD2 LEU S 22 23398 33305 18678 4064 -7405 1788 C \ ATOM 50365 N ASN S 23 -18.436 -86.893 -57.855 1.00215.94 N \ ANISOU50365 N ASN S 23 23451 31843 17018 4249 -7602 1994 N \ ATOM 50366 CA ASN S 23 -19.770 -86.409 -57.463 1.00207.58 C \ ANISOU50366 CA ASN S 23 23528 30733 16168 4288 -7070 2131 C \ ATOM 50367 C ASN S 23 -20.640 -85.877 -58.597 1.00212.63 C \ ANISOU50367 C ASN S 23 23604 33300 18860 3536 -6686 1651 C \ ATOM 50368 O ASN S 23 -21.764 -85.443 -58.353 1.00207.87 O \ ANISOU50368 O ASN S 23 24638 33861 19171 2889 -6786 1528 O \ ATOM 50369 CB ASN S 23 -19.671 -85.329 -56.385 1.00205.14 C \ ANISOU50369 CB ASN S 23 21744 27350 20134 -3774 -7095 1980 C \ ATOM 50370 CG ASN S 23 -19.575 -85.903 -54.988 1.00190.86 C \ ANISOU50370 CG ASN S 23 22660 27211 19982 -3582 -7409 1204 C \ ATOM 50371 OD1 ASN S 23 -19.747 -87.113 -54.775 1.00182.28 O \ ANISOU50371 OD1 ASN S 23 24777 28311 22138 -3913 -8167 1109 O \ ATOM 50372 ND2 ASN S 23 -19.316 -85.031 -54.017 1.00188.01 N \ ANISOU50372 ND2 ASN S 23 26124 28507 22506 -3729 -8498 518 N \ ATOM 50373 N ALA S 24 -20.090 -85.837 -59.809 1.00224.34 N \ ANISOU50373 N ALA S 24 22712 27401 19926 -3495 -7628 1036 N \ ATOM 50374 CA ALA S 24 -20.887 -85.622 -61.018 1.00240.25 C \ ANISOU50374 CA ALA S 24 22132 27878 19413 -3194 -6919 1257 C \ ATOM 50375 C ALA S 24 -21.164 -86.954 -61.722 1.00242.65 C \ ANISOU50375 C ALA S 24 22104 28246 19690 -3212 -7190 1329 C \ ATOM 50376 O ALA S 24 -21.805 -86.993 -62.786 1.00253.22 O \ ANISOU50376 O ALA S 24 21908 27361 18346 -2877 -7223 591 O \ ATOM 50377 CB ALA S 24 -20.203 -84.644 -61.967 1.00255.37 C \ ANISOU50377 CB ALA S 24 21991 26720 18162 -2975 -7908 260 C \ ATOM 50378 N LYS S 25 -20.610 -88.026 -61.152 1.00233.44 N \ ANISOU50378 N LYS S 25 22152 26705 19131 -3461 -8707 610 N \ ATOM 50379 CA LYS S 25 -20.905 -89.402 -61.556 1.00231.39 C \ ANISOU50379 CA LYS S 25 22081 26203 17146 -2593 -7830 -377 C \ ATOM 50380 C LYS S 25 -21.905 -90.060 -60.591 1.00219.86 C \ ANISOU50380 C LYS S 25 25585 29488 24019 -4363 -8428 1737 C \ ATOM 50381 O LYS S 25 -22.315 -91.202 -60.781 1.00217.05 O \ ANISOU50381 O LYS S 25 27137 30005 25651 -4755 -9248 1738 O \ ATOM 50382 CB LYS S 25 -19.598 -90.217 -61.605 1.00227.56 C \ ANISOU50382 CB LYS S 25 27184 29270 24875 -4512 -8978 1359 C \ ATOM 50383 CG LYS S 25 -19.705 -91.647 -62.158 1.00224.76 C \ ANISOU50383 CG LYS S 25 28136 29042 25413 -4648 -9561 1165 C \ ATOM 50384 CD LYS S 25 -18.669 -92.578 -61.508 1.00213.89 C \ ANISOU50384 CD LYS S 25 27625 31249 27677 -5344 -9596 2634 C \ ATOM 50385 CE LYS S 25 -18.683 -92.513 -59.963 1.00195.58 C \ ANISOU50385 CE LYS S 25 27675 32280 28862 -5630 -9888 3231 C \ ATOM 50386 NZ LYS S 25 -19.847 -93.218 -59.317 1.00182.53 N \ ANISOU50386 NZ LYS S 25 27523 33135 30414 -6150 -10049 4294 N \ ATOM 50387 N GLY S 26 -22.277 -89.352 -59.532 1.00190.09 N \ ANISOU50387 N GLY S 26 26537 32684 29565 -5957 -9240 4554 N \ ATOM 50388 CA GLY S 26 -22.969 -89.988 -58.428 1.00196.00 C \ ANISOU50388 CA GLY S 26 25667 32611 29979 -6286 -9185 5441 C \ ATOM 50389 C GLY S 26 -21.852 -90.652 -57.650 1.00203.86 C \ ANISOU50389 C GLY S 26 26012 33437 31756 -6872 -9911 6233 C \ ATOM 50390 O GLY S 26 -20.858 -91.090 -58.234 1.00206.60 O \ ANISOU50390 O GLY S 26 24515 31760 28692 -6036 -8434 5584 O \ ATOM 50391 N GLU S 27 -22.027 -90.795 -56.345 1.00209.71 N \ ANISOU50391 N GLU S 27 26118 28803 23524 -4143 -8126 1289 N \ ATOM 50392 CA GLU S 27 -20.905 -91.085 -55.434 1.00211.68 C \ ANISOU50392 CA GLU S 27 25826 27979 22580 -3901 -7807 1024 C \ ATOM 50393 C GLU S 27 -20.071 -92.357 -55.756 1.00224.63 C \ ANISOU50393 C GLU S 27 26909 27856 22461 -3522 -8008 348 C \ ATOM 50394 O GLU S 27 -20.591 -93.350 -56.270 1.00226.33 O \ ANISOU50394 O GLU S 27 26811 27702 21781 -3211 -7898 -7 O \ ATOM 50395 CB GLU S 27 -21.428 -91.076 -53.990 1.00213.78 C \ ANISOU50395 CB GLU S 27 23911 26893 20538 -3612 -6964 1123 C \ ATOM 50396 CG GLU S 27 -20.389 -91.169 -52.915 1.00217.43 C \ ANISOU50396 CG GLU S 27 22703 26697 20214 -3809 -6689 1759 C \ ATOM 50397 CD GLU S 27 -20.451 -92.496 -52.199 1.00227.31 C \ ANISOU50397 CD GLU S 27 27759 27710 22903 -3502 -8287 210 C \ ATOM 50398 OE1 GLU S 27 -21.344 -93.301 -52.545 1.00232.24 O \ ANISOU50398 OE1 GLU S 27 28080 27022 22033 -2960 -8185 -311 O \ ATOM 50399 OE2 GLU S 27 -19.611 -92.734 -51.300 1.00230.37 O \ ANISOU50399 OE2 GLU S 27 26946 26513 20816 -2643 -7409 -275 O \ ATOM 50400 N LYS S 28 -18.775 -92.315 -55.463 1.00225.17 N \ ANISOU50400 N LYS S 28 25420 25823 19965 -2876 -7081 105 N \ ATOM 50401 CA LYS S 28 -17.898 -93.430 -55.816 1.00235.70 C \ ANISOU50401 CA LYS S 28 27482 24889 20788 -2939 -8802 -481 C \ ATOM 50402 C LYS S 28 -17.338 -94.198 -54.597 1.00240.58 C \ ANISOU50402 C LYS S 28 27767 25217 21354 -3009 -8592 -247 C \ ATOM 50403 O LYS S 28 -17.237 -93.670 -53.481 1.00237.79 O \ ANISOU50403 O LYS S 28 28083 24913 21714 -3470 -9719 -325 O \ ATOM 50404 CB LYS S 28 -16.761 -92.959 -56.755 1.00239.03 C \ ANISOU50404 CB LYS S 28 27656 26807 20682 -2102 -7131 -616 C \ ATOM 50405 CG LYS S 28 -16.264 -93.996 -57.841 1.00247.22 C \ ANISOU50405 CG LYS S 28 27432 27149 20460 -1858 -6516 -496 C \ ATOM 50406 CD LYS S 28 -14.990 -94.818 -57.450 1.00228.54 C \ ANISOU50406 CD LYS S 28 28404 27475 21196 -1659 -6493 -441 C \ ATOM 50407 CE LYS S 28 -13.668 -94.066 -57.677 1.00224.71 C \ ANISOU50407 CE LYS S 28 29642 27618 21714 -1327 -6745 -683 C \ ATOM 50408 NZ LYS S 28 -12.559 -94.599 -56.832 1.00223.93 N \ ANISOU50408 NZ LYS S 28 27092 27026 19575 -1405 -6146 -728 N \ ATOM 50409 N ARG S 29 -16.985 -95.460 -54.851 1.00249.45 N \ ANISOU50409 N ARG S 29 26436 26925 19073 -1569 -6185 -805 N \ ATOM 50410 CA ARG S 29 -16.460 -96.403 -53.859 1.00253.13 C \ ANISOU50410 CA ARG S 29 26438 27006 19054 -1263 -5626 -489 C \ ATOM 50411 C ARG S 29 -14.948 -96.234 -53.544 1.00247.70 C \ ANISOU50411 C ARG S 29 26040 26739 18151 -1164 -5845 -1020 C \ ATOM 50412 O ARG S 29 -14.125 -95.946 -54.426 1.00242.50 O \ ANISOU50412 O ARG S 29 19742 25778 22947 -4788 -2952 1225 O \ ATOM 50413 CB ARG S 29 -16.765 -97.850 -54.298 1.00260.51 C \ ANISOU50413 CB ARG S 29 19349 26082 22724 -4705 -2993 1438 C \ ATOM 50414 CG ARG S 29 -18.166 -98.082 -54.922 1.00279.21 C \ ANISOU50414 CG ARG S 29 20075 27111 24053 -5036 -3469 1386 C \ ATOM 50415 CD ARG S 29 -18.144 -98.020 -56.465 1.00280.20 C \ ANISOU50415 CD ARG S 29 20267 26869 24293 -5239 -3802 1076 C \ ATOM 50416 NE ARG S 29 -19.359 -98.544 -57.098 1.00284.85 N \ ANISOU50416 NE ARG S 29 18883 25639 21611 -4340 -2923 1297 N \ ATOM 50417 CZ ARG S 29 -20.372 -97.799 -57.539 1.00283.68 C \ ANISOU50417 CZ ARG S 29 18190 24746 20665 -4062 -2452 1431 C \ ATOM 50418 NH1 ARG S 29 -20.336 -96.477 -57.420 1.00277.49 N \ ANISOU50418 NH1 ARG S 29 19269 25559 21516 -4280 -3194 887 N \ ATOM 50419 NH2 ARG S 29 -21.427 -98.376 -58.102 1.00289.39 N \ ANISOU50419 NH2 ARG S 29 20495 28270 25015 -5086 -3531 1677 N \ ATOM 50420 N LEU S 30 -14.628 -96.422 -52.263 1.00249.63 N \ ANISOU50420 N LEU S 30 20715 28894 26181 -5451 -3961 1722 N \ ATOM 50421 CA LEU S 30 -13.330 -96.140 -51.615 1.00246.64 C \ ANISOU50421 CA LEU S 30 21091 28954 26559 -5598 -4597 1194 C \ ATOM 50422 C LEU S 30 -12.747 -94.763 -51.956 1.00235.27 C \ ANISOU50422 C LEU S 30 21156 29031 27536 -5993 -4958 1167 C \ ATOM 50423 O LEU S 30 -13.488 -93.856 -52.338 1.00233.88 O \ ANISOU50423 O LEU S 30 20707 29761 26449 -5300 -3954 1995 O \ ATOM 50424 CB LEU S 30 -12.294 -97.272 -51.842 1.00213.91 C \ ANISOU50424 CB LEU S 30 20595 29570 25343 -4829 -3595 1987 C \ ATOM 50425 CG LEU S 30 -11.970 -97.896 -53.210 1.00217.86 C \ ANISOU50425 CG LEU S 30 20375 28670 24718 -4779 -3211 1985 C \ ATOM 50426 CD1 LEU S 30 -11.093 -97.003 -54.075 1.00216.64 C \ ANISOU50426 CD1 LEU S 30 21453 29018 25948 -5244 -4730 801 C \ ATOM 50427 CD2 LEU S 30 -11.327 -99.257 -53.041 1.00223.74 C \ ANISOU50427 CD2 LEU S 30 22507 29778 26797 -5218 -5391 252 C \ ATOM 50428 N ILE S 31 -11.424 -94.648 -51.836 1.00224.92 N \ ANISOU50428 N ILE S 31 22664 29204 27166 -5529 -5642 -23 N \ ATOM 50429 CA ILE S 31 -10.598 -93.526 -52.308 1.00210.65 C \ ANISOU50429 CA ILE S 31 23134 29457 27854 -5637 -6313 -459 C \ ATOM 50430 C ILE S 31 -9.219 -93.689 -51.660 1.00213.15 C \ ANISOU50430 C ILE S 31 23285 30328 26305 -4629 -5335 -24 C \ ATOM 50431 O ILE S 31 -9.045 -94.507 -50.762 1.00218.80 O \ ANISOU50431 O ILE S 31 23023 29979 25457 -4346 -4585 303 O \ ATOM 50432 CB ILE S 31 -11.175 -92.123 -52.030 1.00194.84 C \ ANISOU50432 CB ILE S 31 22962 30627 25502 -4165 -4305 684 C \ ATOM 50433 CG1 ILE S 31 -10.922 -91.199 -53.225 1.00186.08 C \ ANISOU50433 CG1 ILE S 31 22526 30190 24958 -4060 -3739 1012 C \ ATOM 50434 CG2 ILE S 31 -10.602 -91.555 -50.762 1.00195.37 C \ ANISOU50434 CG2 ILE S 31 23406 31614 26151 -4102 -4698 623 C \ ATOM 50435 CD1 ILE S 31 -11.776 -89.952 -53.212 1.00179.99 C \ ANISOU50435 CD1 ILE S 31 22052 28188 26480 -5632 -5145 201 C \ ATOM 50436 N LYS S 32 -8.242 -92.913 -52.098 1.00210.09 N \ ANISOU50436 N LYS S 32 21818 27210 26337 -5872 -5279 -11 N \ ATOM 50437 CA LYS S 32 -6.879 -93.103 -51.646 1.00211.95 C \ ANISOU50437 CA LYS S 32 21423 26934 27261 -6404 -5509 199 C \ ATOM 50438 C LYS S 32 -6.263 -91.727 -51.405 1.00208.19 C \ ANISOU50438 C LYS S 32 21176 26075 27282 -6652 -5762 -7 C \ ATOM 50439 O LYS S 32 -6.211 -90.925 -52.338 1.00209.35 O \ ANISOU50439 O LYS S 32 21067 26027 25036 -5725 -4673 152 O \ ATOM 50440 CB LYS S 32 -6.124 -93.859 -52.748 1.00216.23 C \ ANISOU50440 CB LYS S 32 20738 25597 23689 -5239 -4356 45 C \ ATOM 50441 CG LYS S 32 -6.529 -93.442 -54.218 1.00227.32 C \ ANISOU50441 CG LYS S 32 22500 26929 25152 -5116 -3742 212 C \ ATOM 50442 CD LYS S 32 -7.818 -94.134 -54.789 1.00211.99 C \ ANISOU50442 CD LYS S 32 18565 22943 20373 -4599 -3443 109 C \ ATOM 50443 CE LYS S 32 -8.797 -93.117 -55.423 1.00205.83 C \ ANISOU50443 CE LYS S 32 21170 27473 27871 -6551 -5384 652 C \ ATOM 50444 NZ LYS S 32 -10.213 -93.585 -55.610 1.00203.19 N \ ANISOU50444 NZ LYS S 32 20962 27538 29115 -7020 -5469 1018 N \ ATOM 50445 N THR S 33 -5.831 -91.410 -50.182 1.00200.93 N \ ANISOU50445 N THR S 33 21338 27751 30295 -7344 -6296 573 N \ ATOM 50446 CA THR S 33 -5.092 -90.150 -49.987 1.00192.76 C \ ANISOU50446 CA THR S 33 21755 28487 30656 -7221 -6842 202 C \ ATOM 50447 C THR S 33 -4.146 -90.167 -48.838 1.00193.07 C \ ANISOU50447 C THR S 33 17882 25451 26798 -7027 -5162 1616 C \ ATOM 50448 O THR S 33 -4.374 -90.854 -47.852 1.00195.03 O \ ANISOU50448 O THR S 33 17941 25873 28567 -7505 -5286 2019 O \ ATOM 50449 CB THR S 33 -5.981 -88.901 -49.769 1.00185.60 C \ ANISOU50449 CB THR S 33 17232 24879 25494 -6704 -4392 2066 C \ ATOM 50450 OG1 THR S 33 -5.155 -87.725 -49.839 1.00185.10 O \ ANISOU50450 OG1 THR S 33 21337 27225 31058 -7722 -6414 600 O \ ATOM 50451 CG2 THR S 33 -6.699 -88.953 -48.402 1.00183.30 C \ ANISOU50451 CG2 THR S 33 21896 27488 32513 -8059 -7250 143 C \ ATOM 50452 N TRP S 34 -3.069 -89.410 -48.984 1.00194.58 N \ ANISOU50452 N TRP S 34 22578 27128 32111 -7891 -7595 -519 N \ ATOM 50453 CA TRP S 34 -2.191 -89.109 -47.864 1.00202.23 C \ ANISOU50453 CA TRP S 34 23508 27514 33682 -8167 -8222 -900 C \ ATOM 50454 C TRP S 34 -2.414 -87.716 -47.265 1.00203.20 C \ ANISOU50454 C TRP S 34 22269 26531 30223 -7420 -7188 -646 C \ ATOM 50455 O TRP S 34 -1.703 -87.314 -46.343 1.00209.89 O \ ANISOU50455 O TRP S 34 23087 26425 29924 -7169 -7427 -1218 O \ ATOM 50456 CB TRP S 34 -0.715 -89.263 -48.239 1.00206.10 C \ ANISOU50456 CB TRP S 34 22589 25274 29511 -7367 -7026 -1000 C \ ATOM 50457 CG TRP S 34 -0.303 -90.612 -48.713 1.00204.31 C \ ANISOU50457 CG TRP S 34 21698 24639 28828 -7423 -6342 -418 C \ ATOM 50458 CD1 TRP S 34 0.536 -91.484 -48.083 1.00210.08 C \ ANISOU50458 CD1 TRP S 34 23763 27117 29038 -6564 -7114 -1382 C \ ATOM 50459 CD2 TRP S 34 -0.676 -91.230 -49.943 1.00197.54 C \ ANISOU50459 CD2 TRP S 34 25295 29047 30139 -6214 -7589 -1733 C \ ATOM 50460 NE1 TRP S 34 0.700 -92.615 -48.843 1.00210.12 N \ ANISOU50460 NE1 TRP S 34 25306 29952 30489 -6165 -7445 -1414 N \ ATOM 50461 CE2 TRP S 34 -0.039 -92.482 -49.989 1.00202.98 C \ ANISOU50461 CE2 TRP S 34 26912 30272 30924 -5814 -8216 -2381 C \ ATOM 50462 CE3 TRP S 34 -1.485 -90.844 -51.015 1.00187.44 C \ ANISOU50462 CE3 TRP S 34 26328 31130 30930 -5765 -7959 -1845 C \ ATOM 50463 CZ2 TRP S 34 -0.188 -93.343 -51.059 1.00201.49 C \ ANISOU50463 CZ2 TRP S 34 27365 31389 31216 -5517 -8436 -2439 C \ ATOM 50464 CZ3 TRP S 34 -1.632 -91.697 -52.068 1.00185.78 C \ ANISOU50464 CZ3 TRP S 34 22890 24708 29586 -7406 -7482 -1487 C \ ATOM 50465 CH2 TRP S 34 -0.993 -92.933 -52.088 1.00193.32 C \ ANISOU50465 CH2 TRP S 34 22258 23346 28853 -7517 -7147 -1359 C \ ATOM 50466 N SER S 35 -3.369 -86.948 -47.763 1.00197.00 N \ ANISOU50466 N SER S 35 22101 22659 27089 -7007 -6913 -1690 N \ ATOM 50467 CA SER S 35 -3.390 -85.591 -47.257 1.00198.40 C \ ANISOU50467 CA SER S 35 22765 22820 26965 -6729 -7395 -2281 C \ ATOM 50468 C SER S 35 -4.267 -85.627 -46.044 1.00190.32 C \ ANISOU50468 C SER S 35 22346 22766 29891 -7921 -7766 -1624 C \ ATOM 50469 O SER S 35 -5.482 -85.632 -46.142 1.00185.36 O \ ANISOU50469 O SER S 35 22623 23503 31354 -8210 -8427 -1759 O \ ATOM 50470 CB SER S 35 -3.981 -84.637 -48.302 1.00199.40 C \ ANISOU50470 CB SER S 35 21533 21733 29970 -8271 -7257 -1026 C \ ATOM 50471 OG SER S 35 -3.998 -83.297 -47.828 1.00204.42 O \ ANISOU50471 OG SER S 35 21481 22164 26037 -6845 -6180 -1298 O \ ATOM 50472 N ARG S 36 -3.651 -85.594 -44.881 1.00182.20 N \ ANISOU50472 N ARG S 36 22088 22567 25369 -6355 -5851 -1482 N \ ATOM 50473 CA ARG S 36 -4.442 -85.633 -43.683 1.00183.85 C \ ANISOU50473 CA ARG S 36 23228 23011 26124 -6293 -5549 -1486 C \ ATOM 50474 C ARG S 36 -4.577 -84.207 -43.280 1.00197.99 C \ ANISOU50474 C ARG S 36 23446 23290 26738 -6420 -5109 -1061 C \ ATOM 50475 O ARG S 36 -5.277 -83.891 -42.327 1.00203.02 O \ ANISOU50475 O ARG S 36 20024 21265 23149 -6152 -5299 -1089 O \ ATOM 50476 CB ARG S 36 -3.745 -86.426 -42.593 1.00184.34 C \ ANISOU50476 CB ARG S 36 19384 21344 22891 -6192 -5569 -1046 C \ ATOM 50477 CG ARG S 36 -3.355 -87.809 -43.048 1.00182.71 C \ ANISOU50477 CG ARG S 36 20023 21101 22094 -5674 -4938 -1229 C \ ATOM 50478 CD ARG S 36 -2.316 -88.445 -42.136 1.00184.34 C \ ANISOU50478 CD ARG S 36 19703 21465 22721 -5984 -6205 -1603 C \ ATOM 50479 NE ARG S 36 -2.931 -89.138 -41.010 1.00177.95 N \ ANISOU50479 NE ARG S 36 23752 22878 25812 -6022 -5789 -1966 N \ ATOM 50480 CZ ARG S 36 -2.668 -88.861 -39.743 1.00176.00 C \ ANISOU50480 CZ ARG S 36 23483 21970 25063 -5882 -5520 -2021 C \ ATOM 50481 NH1 ARG S 36 -1.791 -87.910 -39.449 1.00178.94 N \ ANISOU50481 NH1 ARG S 36 22990 21783 24004 -5517 -4929 -1852 N \ ATOM 50482 NH2 ARG S 36 -3.276 -89.536 -38.781 1.00172.21 N \ ANISOU50482 NH2 ARG S 36 22782 21831 23222 -5169 -4854 -1978 N \ ATOM 50483 N ARG S 37 -3.904 -83.337 -44.029 1.00208.16 N \ ANISOU50483 N ARG S 37 24063 21754 24954 -5676 -5986 -2583 N \ ATOM 50484 CA ARG S 37 -3.911 -81.909 -43.736 1.00217.90 C \ ANISOU50484 CA ARG S 37 22749 21501 23973 -5559 -4517 -1559 C \ ATOM 50485 C ARG S 37 -5.254 -81.339 -44.159 1.00214.05 C \ ANISOU50485 C ARG S 37 22351 21374 23248 -5239 -4039 -1438 C \ ATOM 50486 O ARG S 37 -5.605 -80.212 -43.804 1.00217.37 O \ ANISOU50486 O ARG S 37 22244 20657 22705 -5031 -3911 -1621 O \ ATOM 50487 CB ARG S 37 -2.776 -81.188 -44.473 1.00227.79 C \ ANISOU50487 CB ARG S 37 21740 19586 22252 -5177 -4075 -1691 C \ ATOM 50488 CG ARG S 37 -1.355 -81.662 -44.138 1.00233.75 C \ ANISOU50488 CG ARG S 37 21931 21477 23379 -5338 -3712 -990 C \ ATOM 50489 CD ARG S 37 -0.336 -80.991 -45.066 1.00239.69 C \ ANISOU50489 CD ARG S 37 21134 21127 22397 -5032 -3370 -919 C \ ATOM 50490 NE ARG S 37 -0.841 -80.898 -46.439 1.00233.67 N \ ANISOU50490 NE ARG S 37 21871 21867 23975 -5666 -3906 -751 N \ ATOM 50491 CZ ARG S 37 -0.215 -80.275 -47.432 1.00232.28 C \ ANISOU50491 CZ ARG S 37 22597 21119 22713 -4685 -3616 -1684 C \ ATOM 50492 NH1 ARG S 37 0.959 -79.688 -47.213 1.00240.04 N \ ANISOU50492 NH1 ARG S 37 23672 21667 23454 -4474 -3516 -1864 N \ ATOM 50493 NH2 ARG S 37 -0.766 -80.245 -48.642 1.00223.62 N \ ANISOU50493 NH2 ARG S 37 23888 21862 23967 -4461 -3283 -1666 N \ ATOM 50494 N SER S 38 -5.999 -82.137 -44.920 1.00206.46 N \ ANISOU50494 N SER S 38 23489 21953 23887 -4393 -3062 -1456 N \ ATOM 50495 CA SER S 38 -7.315 -81.754 -45.408 1.00201.04 C \ ANISOU50495 CA SER S 38 23976 22001 23324 -4073 -3335 -2043 C \ ATOM 50496 C SER S 38 -8.305 -81.568 -44.260 1.00203.25 C \ ANISOU50496 C SER S 38 24966 22360 23875 -3856 -3357 -2297 C \ ATOM 50497 O SER S 38 -8.409 -82.433 -43.392 1.00200.80 O \ ANISOU50497 O SER S 38 25990 22721 24504 -3939 -3719 -2539 O \ ATOM 50498 CB SER S 38 -7.837 -82.829 -46.363 1.00187.77 C \ ANISOU50498 CB SER S 38 24840 22292 23812 -3566 -3049 -2307 C \ ATOM 50499 OG SER S 38 -6.885 -83.105 -47.370 1.00183.22 O \ ANISOU50499 OG SER S 38 26528 22652 24588 -3710 -3737 -2768 O \ ATOM 50500 N THR S 39 -8.993 -80.425 -44.235 1.00206.27 N \ ANISOU50500 N THR S 39 25365 22283 23950 -3343 -3064 -2527 N \ ATOM 50501 CA THR S 39 -10.226 -80.288 -43.455 1.00203.01 C \ ANISOU50501 CA THR S 39 26157 22401 24223 -3404 -3391 -2748 C \ ATOM 50502 C THR S 39 -11.407 -80.893 -44.242 1.00195.49 C \ ANISOU50502 C THR S 39 26624 22307 24251 -3148 -3402 -2965 C \ ATOM 50503 O THR S 39 -11.347 -81.076 -45.465 1.00187.41 O \ ANISOU50503 O THR S 39 24345 21700 24255 -4471 -3365 -1753 O \ ATOM 50504 CB THR S 39 -10.524 -78.820 -42.978 1.00192.55 C \ ANISOU50504 CB THR S 39 23697 20893 23711 -4359 -3182 -1589 C \ ATOM 50505 OG1 THR S 39 -11.176 -78.075 -44.012 1.00195.65 O \ ANISOU50505 OG1 THR S 39 22692 19867 22495 -3969 -3018 -1785 O \ ATOM 50506 CG2 THR S 39 -9.258 -78.092 -42.571 1.00196.63 C \ ANISOU50506 CG2 THR S 39 21810 18997 21681 -3754 -2892 -1708 C \ ATOM 50507 N ILE S 40 -12.465 -81.253 -43.533 1.00197.78 N \ ANISOU50507 N ILE S 40 24908 21382 24810 -4492 -3326 -1594 N \ ATOM 50508 CA ILE S 40 -13.620 -81.811 -44.207 1.00197.50 C \ ANISOU50508 CA ILE S 40 26022 22545 26394 -4680 -3213 -1153 C \ ATOM 50509 C ILE S 40 -14.673 -80.728 -44.476 1.00202.85 C \ ANISOU50509 C ILE S 40 26215 23334 26922 -4686 -3046 -858 C \ ATOM 50510 O ILE S 40 -14.999 -79.917 -43.607 1.00207.85 O \ ANISOU50510 O ILE S 40 26809 22694 27234 -4800 -3272 -1064 O \ ATOM 50511 CB ILE S 40 -14.226 -82.995 -43.412 1.00193.95 C \ ANISOU50511 CB ILE S 40 22868 20023 22438 -3830 -3033 -2035 C \ ATOM 50512 CG1 ILE S 40 -13.157 -84.036 -43.095 1.00190.64 C \ ANISOU50512 CG1 ILE S 40 22692 19750 22155 -3479 -2905 -2241 C \ ATOM 50513 CG2 ILE S 40 -15.384 -83.638 -44.166 1.00190.81 C \ ANISOU50513 CG2 ILE S 40 23164 19517 22074 -3408 -3051 -2469 C \ ATOM 50514 CD1 ILE S 40 -13.689 -85.229 -42.338 1.00186.68 C \ ANISOU50514 CD1 ILE S 40 22918 19146 21597 -3121 -2977 -2667 C \ ATOM 50515 N VAL S 41 -15.173 -80.709 -45.705 1.00180.20 N \ ANISOU50515 N VAL S 41 23606 19510 22381 -3670 -3254 -2412 N \ ATOM 50516 CA VAL S 41 -16.321 -79.903 -46.072 1.00179.38 C \ ANISOU50516 CA VAL S 41 24404 19517 22700 -3659 -3463 -2623 C \ ATOM 50517 C VAL S 41 -17.427 -80.903 -46.446 1.00187.49 C \ ANISOU50517 C VAL S 41 25574 20470 23781 -3939 -3800 -2715 C \ ATOM 50518 O VAL S 41 -17.131 -82.042 -46.824 1.00187.99 O \ ANISOU50518 O VAL S 41 26730 21296 24410 -3763 -3988 -3016 O \ ATOM 50519 CB VAL S 41 -15.975 -78.976 -47.250 1.00174.05 C \ ANISOU50519 CB VAL S 41 24281 18923 22616 -3689 -3431 -2476 C \ ATOM 50520 CG1 VAL S 41 -15.069 -77.864 -46.789 1.00167.39 C \ ANISOU50520 CG1 VAL S 41 25210 18950 23045 -3602 -3601 -2697 C \ ATOM 50521 CG2 VAL S 41 -15.328 -79.768 -48.359 1.00174.61 C \ ANISOU50521 CG2 VAL S 41 25712 18976 23664 -3654 -3515 -2432 C \ ATOM 50522 N PRO S 42 -18.703 -80.486 -46.348 1.00194.18 N \ ANISOU50522 N PRO S 42 26303 18605 23785 -3556 -3664 -2626 N \ ATOM 50523 CA PRO S 42 -19.866 -81.381 -46.459 1.00199.47 C \ ANISOU50523 CA PRO S 42 26406 18249 24063 -3589 -3508 -2272 C \ ATOM 50524 C PRO S 42 -19.847 -82.391 -47.604 1.00201.61 C \ ANISOU50524 C PRO S 42 25511 20593 24244 -4322 -3900 -2466 C \ ATOM 50525 O PRO S 42 -20.422 -83.467 -47.453 1.00204.56 O \ ANISOU50525 O PRO S 42 26241 21098 25093 -4626 -4321 -2583 O \ ATOM 50526 CB PRO S 42 -21.040 -80.405 -46.671 1.00202.44 C \ ANISOU50526 CB PRO S 42 25762 21362 25114 -4859 -4353 -2383 C \ ATOM 50527 CG PRO S 42 -20.407 -79.063 -46.973 1.00198.73 C \ ANISOU50527 CG PRO S 42 24686 20939 24271 -4797 -4025 -2127 C \ ATOM 50528 CD PRO S 42 -19.137 -79.091 -46.171 1.00194.14 C \ ANISOU50528 CD PRO S 42 27049 21294 26296 -4934 -4479 -2452 C \ ATOM 50529 N GLU S 43 -19.216 -82.054 -48.721 1.00201.13 N \ ANISOU50529 N GLU S 43 26983 21496 26699 -4983 -4070 -1963 N \ ATOM 50530 CA GLU S 43 -19.259 -82.902 -49.912 1.00208.14 C \ ANISOU50530 CA GLU S 43 27896 21882 28152 -5271 -4106 -1675 C \ ATOM 50531 C GLU S 43 -18.661 -84.295 -49.701 1.00208.01 C \ ANISOU50531 C GLU S 43 28749 22279 29337 -5586 -4507 -1817 C \ ATOM 50532 O GLU S 43 -18.990 -85.232 -50.438 1.00211.73 O \ ANISOU50532 O GLU S 43 27573 21595 27954 -5119 -3694 -1260 O \ ATOM 50533 CB GLU S 43 -18.561 -82.209 -51.079 1.00210.34 C \ ANISOU50533 CB GLU S 43 26543 22020 26090 -5109 -4798 -2529 C \ ATOM 50534 CG GLU S 43 -17.668 -81.064 -50.649 1.00206.50 C \ ANISOU50534 CG GLU S 43 26227 22403 26299 -5336 -4884 -2349 C \ ATOM 50535 CD GLU S 43 -18.434 -79.765 -50.506 1.00208.16 C \ ANISOU50535 CD GLU S 43 26228 22536 27316 -5807 -4913 -1954 C \ ATOM 50536 OE1 GLU S 43 -17.953 -78.851 -49.800 1.00204.43 O \ ANISOU50536 OE1 GLU S 43 26873 22593 28369 -6071 -5186 -1986 O \ ATOM 50537 OE2 GLU S 43 -19.522 -79.662 -51.114 1.00213.64 O \ ANISOU50537 OE2 GLU S 43 26686 22788 26377 -5233 -5383 -2763 O \ ATOM 50538 N MET S 44 -17.792 -84.420 -48.694 1.00201.92 N \ ANISOU50538 N MET S 44 26067 22551 25028 -4761 -5167 -2875 N \ ATOM 50539 CA MET S 44 -17.090 -85.676 -48.390 1.00198.35 C \ ANISOU50539 CA MET S 44 24856 21820 23794 -4567 -4601 -2601 C \ ATOM 50540 C MET S 44 -17.987 -86.693 -47.657 1.00199.02 C \ ANISOU50540 C MET S 44 26497 22942 24773 -4403 -5431 -3202 C \ ATOM 50541 O MET S 44 -17.663 -87.891 -47.558 1.00196.16 O \ ANISOU50541 O MET S 44 24767 21982 23163 -4163 -4473 -2699 O \ ATOM 50542 CB MET S 44 -15.830 -85.383 -47.562 1.00189.84 C \ ANISOU50542 CB MET S 44 25762 22677 23665 -4016 -4937 -3040 C \ ATOM 50543 CG MET S 44 -14.884 -84.341 -48.173 1.00184.30 C \ ANISOU50543 CG MET S 44 25274 22352 26816 -5881 -4607 -1552 C \ ATOM 50544 SD MET S 44 -13.475 -83.988 -47.094 1.00196.29 S \ ANISOU50544 SD MET S 44 24904 22264 27399 -6218 -4480 -1054 S \ ATOM 50545 CE MET S 44 -12.535 -82.843 -48.072 1.00162.86 C \ ANISOU50545 CE MET S 44 24567 22467 27735 -6517 -4802 -1009 C \ ATOM 50546 N VAL S 45 -19.116 -86.193 -47.148 1.00201.38 N \ ANISOU50546 N VAL S 45 23613 22167 26594 -6376 -4717 -993 N \ ATOM 50547 CA VAL S 45 -20.075 -87.001 -46.399 1.00204.28 C \ ANISOU50547 CA VAL S 45 24350 22255 26847 -6003 -3924 -621 C \ ATOM 50548 C VAL S 45 -20.668 -88.102 -47.268 1.00208.93 C \ ANISOU50548 C VAL S 45 24317 22439 27689 -6226 -3694 -25 C \ ATOM 50549 O VAL S 45 -21.223 -87.836 -48.333 1.00212.92 O \ ANISOU50549 O VAL S 45 24442 21964 26221 -5611 -3658 -756 O \ ATOM 50550 CB VAL S 45 -21.228 -86.142 -45.811 1.00184.58 C \ ANISOU50550 CB VAL S 45 25375 22999 29413 -6924 -5188 -986 C \ ATOM 50551 CG1 VAL S 45 -22.314 -87.034 -45.238 1.00190.50 C \ ANISOU50551 CG1 VAL S 45 25225 23420 30209 -7258 -5524 -889 C \ ATOM 50552 CG2 VAL S 45 -20.711 -85.190 -44.743 1.00177.93 C \ ANISOU50552 CG2 VAL S 45 24244 23298 29830 -7306 -5004 -228 C \ ATOM 50553 N GLY S 46 -20.559 -89.338 -46.795 1.00209.55 N \ ANISOU50553 N GLY S 46 24090 23097 30086 -7338 -4553 288 N \ ATOM 50554 CA GLY S 46 -21.055 -90.483 -47.531 1.00215.55 C \ ANISOU50554 CA GLY S 46 25844 23462 31883 -7700 -5930 -889 C \ ATOM 50555 C GLY S 46 -19.915 -91.216 -48.200 1.00215.33 C \ ANISOU50555 C GLY S 46 26507 23126 31763 -7521 -6028 -1264 C \ ATOM 50556 O GLY S 46 -20.044 -92.384 -48.568 1.00222.93 O \ ANISOU50556 O GLY S 46 26107 22816 30328 -7078 -5388 -1109 O \ ATOM 50557 N HIS S 47 -18.790 -90.530 -48.358 1.00207.98 N \ ANISOU50557 N HIS S 47 23350 23158 28911 -7238 -5048 -226 N \ ATOM 50558 CA HIS S 47 -17.645 -91.133 -49.009 1.00209.07 C \ ANISOU50558 CA HIS S 47 22096 22717 28186 -7241 -4595 377 C \ ATOM 50559 C HIS S 47 -16.845 -91.923 -48.004 1.00203.64 C \ ANISOU50559 C HIS S 47 22293 23602 29140 -7474 -4963 386 C \ ATOM 50560 O HIS S 47 -16.730 -91.518 -46.845 1.00197.83 O \ ANISOU50560 O HIS S 47 22642 24207 28872 -7276 -5192 26 O \ ATOM 50561 CB HIS S 47 -16.769 -90.064 -49.639 1.00210.34 C \ ANISOU50561 CB HIS S 47 20705 21636 25815 -6782 -4155 402 C \ ATOM 50562 CG HIS S 47 -17.345 -89.474 -50.884 1.00222.35 C \ ANISOU50562 CG HIS S 47 20149 21712 25675 -6691 -3653 1032 C \ ATOM 50563 ND1 HIS S 47 -18.238 -88.425 -50.868 1.00225.68 N \ ANISOU50563 ND1 HIS S 47 20269 20521 24485 -6488 -3971 156 N \ ATOM 50564 CD2 HIS S 47 -17.163 -89.794 -52.190 1.00231.89 C \ ANISOU50564 CD2 HIS S 47 22277 23950 30479 -7843 -4970 845 C \ ATOM 50565 CE1 HIS S 47 -18.582 -88.121 -52.108 1.00232.63 C \ ANISOU50565 CE1 HIS S 47 22082 24464 31113 -8062 -5382 819 C \ ATOM 50566 NE2 HIS S 47 -17.942 -88.937 -52.929 1.00236.79 N \ ANISOU50566 NE2 HIS S 47 21474 24755 30468 -7845 -4859 1329 N \ ATOM 50567 N THR S 48 -16.303 -93.054 -48.454 1.00203.14 N \ ANISOU50567 N THR S 48 21424 25073 31168 -7905 -4380 2004 N \ ATOM 50568 CA THR S 48 -15.423 -93.876 -47.627 1.00195.96 C \ ANISOU50568 CA THR S 48 22195 24593 32954 -8591 -5667 1085 C \ ATOM 50569 C THR S 48 -13.964 -93.624 -48.025 1.00189.10 C \ ANISOU50569 C THR S 48 22660 25707 34495 -8866 -6272 941 C \ ATOM 50570 O THR S 48 -13.519 -94.009 -49.100 1.00190.95 O \ ANISOU50570 O THR S 48 22182 26264 34540 -8831 -6001 1408 O \ ATOM 50571 CB THR S 48 -15.775 -95.362 -47.753 1.00197.40 C \ ANISOU50571 CB THR S 48 24131 26737 36526 -9138 -7167 318 C \ ATOM 50572 OG1 THR S 48 -17.083 -95.486 -48.323 1.00203.92 O \ ANISOU50572 OG1 THR S 48 22844 27568 36284 -9073 -6599 1263 O \ ATOM 50573 CG2 THR S 48 -15.759 -96.031 -46.393 1.00192.75 C \ ANISOU50573 CG2 THR S 48 24657 27858 38142 -9366 -7832 118 C \ ATOM 50574 N ILE S 49 -13.227 -92.980 -47.131 1.00183.40 N \ ANISOU50574 N ILE S 49 23854 28143 37886 -9344 -7539 600 N \ ATOM 50575 CA ILE S 49 -11.951 -92.360 -47.457 1.00184.30 C \ ANISOU50575 CA ILE S 49 23741 28653 38888 -9545 -8237 375 C \ ATOM 50576 C ILE S 49 -10.764 -93.033 -46.751 1.00190.45 C \ ANISOU50576 C ILE S 49 20902 24535 29048 -7553 -4951 1030 C \ ATOM 50577 O ILE S 49 -10.670 -93.032 -45.509 1.00193.38 O \ ANISOU50577 O ILE S 49 19936 24241 27736 -7248 -4432 1425 O \ ATOM 50578 CB ILE S 49 -11.992 -90.853 -47.078 1.00169.59 C \ ANISOU50578 CB ILE S 49 20526 25738 29453 -7438 -4456 1860 C \ ATOM 50579 CG1 ILE S 49 -13.207 -90.177 -47.716 1.00167.44 C \ ANISOU50579 CG1 ILE S 49 21222 26734 30602 -7610 -5012 1568 C \ ATOM 50580 CG2 ILE S 49 -10.685 -90.139 -47.429 1.00166.38 C \ ANISOU50580 CG2 ILE S 49 18920 23249 25534 -6874 -4494 998 C \ ATOM 50581 CD1 ILE S 49 -13.374 -90.480 -49.176 1.00168.15 C \ ANISOU50581 CD1 ILE S 49 18955 22431 24606 -6697 -4519 555 C \ ATOM 50582 N ALA S 50 -9.862 -93.606 -47.548 1.00190.66 N \ ANISOU50582 N ALA S 50 18149 22985 24379 -6543 -3946 1375 N \ ATOM 50583 CA ALA S 50 -8.633 -94.188 -47.023 1.00185.59 C \ ANISOU50583 CA ALA S 50 18684 21806 24129 -6580 -4011 835 C \ ATOM 50584 C ALA S 50 -7.631 -93.091 -46.724 1.00181.01 C \ ANISOU50584 C ALA S 50 20113 25773 29465 -7345 -3874 2547 C \ ATOM 50585 O ALA S 50 -7.287 -92.276 -47.589 1.00178.54 O \ ANISOU50585 O ALA S 50 19425 26024 29916 -7481 -3808 3059 O \ ATOM 50586 CB ALA S 50 -8.043 -95.186 -47.993 1.00186.26 C \ ANISOU50586 CB ALA S 50 18897 26131 28748 -7043 -3382 3340 C \ ATOM 50587 N VAL S 51 -7.158 -93.069 -45.488 1.00179.55 N \ ANISOU50587 N VAL S 51 18398 25321 27018 -6654 -3143 3145 N \ ATOM 50588 CA VAL S 51 -6.218 -92.044 -45.089 1.00176.27 C \ ANISOU50588 CA VAL S 51 18754 25488 30635 -7743 -3484 3768 C \ ATOM 50589 C VAL S 51 -4.896 -92.704 -44.746 1.00172.67 C \ ANISOU50589 C VAL S 51 18605 24868 29797 -7411 -2872 4094 C \ ATOM 50590 O VAL S 51 -4.861 -93.868 -44.385 1.00167.33 O \ ANISOU50590 O VAL S 51 18734 25041 31760 -8294 -4059 3511 O \ ATOM 50591 CB VAL S 51 -6.754 -91.288 -43.885 1.00175.78 C \ ANISOU50591 CB VAL S 51 19117 27237 29905 -7107 -3308 3800 C \ ATOM 50592 CG1 VAL S 51 -6.161 -89.891 -43.835 1.00170.17 C \ ANISOU50592 CG1 VAL S 51 18949 27699 29178 -6701 -3013 4006 C \ ATOM 50593 CG2 VAL S 51 -8.277 -91.237 -43.954 1.00178.21 C \ ANISOU50593 CG2 VAL S 51 18442 26960 27777 -6208 -2372 4329 C \ ATOM 50594 N TYR S 52 -3.793 -91.982 -44.862 1.00174.84 N \ ANISOU50594 N TYR S 52 17669 26184 25987 -5815 -2240 4155 N \ ATOM 50595 CA TYR S 52 -2.533 -92.630 -44.536 1.00181.05 C \ ANISOU50595 CA TYR S 52 19518 29290 31050 -6843 -2997 4533 C \ ATOM 50596 C TYR S 52 -2.194 -92.612 -43.025 1.00183.49 C \ ANISOU50596 C TYR S 52 20598 30595 33553 -7405 -3654 4334 C \ ATOM 50597 O TYR S 52 -2.295 -91.576 -42.357 1.00182.47 O \ ANISOU50597 O TYR S 52 21207 32258 35026 -7451 -3898 4489 O \ ATOM 50598 CB TYR S 52 -1.378 -92.145 -45.421 1.00182.39 C \ ANISOU50598 CB TYR S 52 21666 33298 37232 -7825 -4030 4878 C \ ATOM 50599 CG TYR S 52 -0.236 -93.141 -45.447 1.00187.39 C \ ANISOU50599 CG TYR S 52 21111 32415 33934 -7106 -3956 4233 C \ ATOM 50600 CD1 TYR S 52 -0.454 -94.462 -45.813 1.00192.69 C \ ANISOU50600 CD1 TYR S 52 18930 27203 28654 -6193 -2001 4779 C \ ATOM 50601 CD2 TYR S 52 1.051 -92.774 -45.079 1.00186.72 C \ ANISOU50601 CD2 TYR S 52 19033 27111 27929 -5619 -1425 5112 C \ ATOM 50602 CE1 TYR S 52 0.577 -95.385 -45.819 1.00194.15 C \ ANISOU50602 CE1 TYR S 52 18779 25944 26493 -5412 -1471 4580 C \ ATOM 50603 CE2 TYR S 52 2.089 -93.690 -45.091 1.00188.44 C \ ANISOU50603 CE2 TYR S 52 18418 25297 25416 -4917 -1109 4728 C \ ATOM 50604 CZ TYR S 52 1.844 -94.996 -45.454 1.00191.55 C \ ANISOU50604 CZ TYR S 52 19562 27866 29288 -5511 -900 5947 C \ ATOM 50605 OH TYR S 52 2.871 -95.912 -45.460 1.00192.61 O \ ANISOU50605 OH TYR S 52 19949 27918 30796 -6055 -1052 6045 O \ ATOM 50606 N ASN S 53 -1.826 -93.792 -42.511 1.00185.02 N \ ANISOU50606 N ASN S 53 20352 27744 31086 -6432 -1556 5411 N \ ATOM 50607 CA ASN S 53 -1.501 -94.030 -41.102 1.00179.76 C \ ANISOU50607 CA ASN S 53 19818 28127 31778 -6059 -592 6873 C \ ATOM 50608 C ASN S 53 -0.082 -93.643 -40.795 1.00171.22 C \ ANISOU50608 C ASN S 53 19152 25869 26679 -5744 -1940 3951 C \ ATOM 50609 O ASN S 53 0.291 -93.478 -39.643 1.00164.46 O \ ANISOU50609 O ASN S 53 19708 25629 26237 -5570 -1996 3446 O \ ATOM 50610 CB ASN S 53 -1.638 -95.521 -40.798 1.00187.13 C \ ANISOU50610 CB ASN S 53 19542 25486 25216 -5312 -2090 3022 C \ ATOM 50611 CG ASN S 53 -2.688 -95.806 -39.749 1.00197.29 C \ ANISOU50611 CG ASN S 53 19472 24848 24419 -5133 -2105 2629 C \ ATOM 50612 OD1 ASN S 53 -3.352 -94.888 -39.262 1.00201.26 O \ ANISOU50612 OD1 ASN S 53 20275 25620 27030 -6006 -2411 3023 O \ ATOM 50613 ND2 ASN S 53 -2.853 -97.083 -39.396 1.00201.96 N \ ANISOU50613 ND2 ASN S 53 20663 25819 28373 -6324 -2368 3383 N \ ATOM 50614 N GLY S 54 0.699 -93.503 -41.857 1.00171.94 N \ ANISOU50614 N GLY S 54 21170 25371 28762 -6672 -2843 2771 N \ ATOM 50615 CA GLY S 54 2.142 -93.426 -41.789 1.00170.02 C \ ANISOU50615 CA GLY S 54 18265 22176 26853 -6858 -2533 3388 C \ ATOM 50616 C GLY S 54 2.651 -94.787 -42.200 1.00170.43 C \ ANISOU50616 C GLY S 54 19574 26177 25407 -5280 -2130 3132 C \ ATOM 50617 O GLY S 54 3.759 -94.919 -42.733 1.00167.55 O \ ANISOU50617 O GLY S 54 20092 26681 25345 -5197 -2330 2690 O \ ATOM 50618 N LYS S 55 1.778 -95.779 -42.004 1.00172.38 N \ ANISOU50618 N LYS S 55 20591 26902 25025 -4760 -2109 2511 N \ ATOM 50619 CA LYS S 55 2.032 -97.180 -42.324 1.00175.34 C \ ANISOU50619 CA LYS S 55 20371 26255 24347 -4732 -2220 2091 C \ ATOM 50620 C LYS S 55 1.025 -97.658 -43.368 1.00183.77 C \ ANISOU50620 C LYS S 55 20088 27417 25761 -5311 -2522 2793 C \ ATOM 50621 O LYS S 55 1.412 -98.083 -44.453 1.00190.64 O \ ANISOU50621 O LYS S 55 20183 27458 25170 -5134 -2660 2397 O \ ATOM 50622 CB LYS S 55 1.955 -98.059 -41.067 1.00173.23 C \ ANISOU50622 CB LYS S 55 20258 27729 26818 -5780 -2915 2769 C \ ATOM 50623 CG LYS S 55 2.465 -99.515 -41.231 1.00176.88 C \ ANISOU50623 CG LYS S 55 21195 27730 25498 -4390 -1811 2825 C \ ATOM 50624 CD LYS S 55 2.145-100.383 -39.978 1.00179.90 C \ ANISOU50624 CD LYS S 55 21422 27670 25117 -3982 -1693 2611 C \ ATOM 50625 CE LYS S 55 2.659-101.835 -40.070 1.00180.80 C \ ANISOU50625 CE LYS S 55 21705 27211 25043 -3937 -1758 2190 C \ ATOM 50626 NZ LYS S 55 2.255-102.640 -38.873 1.00180.86 N \ ANISOU50626 NZ LYS S 55 21170 26448 24258 -3820 -1787 1882 N \ ATOM 50627 N GLN S 56 -0.264 -97.606 -43.033 1.00185.15 N \ ANISOU50627 N GLN S 56 22599 27747 25996 -4029 -1759 2213 N \ ATOM 50628 CA GLN S 56 -1.311 -98.162 -43.897 1.00190.63 C \ ANISOU50628 CA GLN S 56 22903 27369 25973 -3944 -1817 1842 C \ ATOM 50629 C GLN S 56 -2.441 -97.170 -44.186 1.00190.12 C \ ANISOU50629 C GLN S 56 22663 26859 25694 -4247 -2020 1457 C \ ATOM 50630 O GLN S 56 -2.449 -96.054 -43.683 1.00183.96 O \ ANISOU50630 O GLN S 56 22543 27046 25714 -4473 -2143 1447 O \ ATOM 50631 CB GLN S 56 -1.907 -99.385 -43.216 1.00196.44 C \ ANISOU50631 CB GLN S 56 23502 27649 26624 -3960 -1749 2010 C \ ATOM 50632 CG GLN S 56 -2.126 -99.132 -41.726 1.00197.86 C \ ANISOU50632 CG GLN S 56 23862 28348 27117 -3698 -1484 2554 C \ ATOM 50633 CD GLN S 56 -2.845-100.262 -41.013 1.00205.10 C \ ANISOU50633 CD GLN S 56 24167 28574 26954 -3092 -1317 2641 C \ ATOM 50634 OE1 GLN S 56 -3.476-101.120 -41.653 1.00211.51 O \ ANISOU50634 OE1 GLN S 56 23973 28871 27813 -3910 -1350 3059 O \ ATOM 50635 NE2 GLN S 56 -2.756-100.271 -39.674 1.00202.98 N \ ANISOU50635 NE2 GLN S 56 24463 29229 27412 -2883 -1034 3217 N \ ATOM 50636 N HIS S 57 -3.412 -97.593 -44.987 1.00196.48 N \ ANISOU50636 N HIS S 57 24295 29392 27972 -3404 -1020 3513 N \ ATOM 50637 CA HIS S 57 -4.582 -96.761 -45.272 1.00197.21 C \ ANISOU50637 CA HIS S 57 22101 25719 24896 -4183 -2062 1142 C \ ATOM 50638 C HIS S 57 -5.801 -97.116 -44.391 1.00200.23 C \ ANISOU50638 C HIS S 57 21196 24502 23851 -4331 -2193 781 C \ ATOM 50639 O HIS S 57 -6.177 -98.291 -44.243 1.00204.85 O \ ANISOU50639 O HIS S 57 20821 23690 23444 -4577 -2350 656 O \ ATOM 50640 CB HIS S 57 -4.946 -96.824 -46.762 1.00199.63 C \ ANISOU50640 CB HIS S 57 20834 23440 23469 -4530 -2298 758 C \ ATOM 50641 CG HIS S 57 -4.254 -95.798 -47.613 1.00193.83 C \ ANISOU50641 CG HIS S 57 21049 24061 23575 -4042 -2110 515 C \ ATOM 50642 ND1 HIS S 57 -3.520 -94.758 -47.083 1.00185.47 N \ ANISOU50642 ND1 HIS S 57 21452 24626 24042 -3695 -2009 617 N \ ATOM 50643 CD2 HIS S 57 -4.203 -95.647 -48.959 1.00195.32 C \ ANISOU50643 CD2 HIS S 57 22020 25271 24788 -3544 -1942 481 C \ ATOM 50644 CE1 HIS S 57 -3.041 -94.015 -48.066 1.00184.00 C \ ANISOU50644 CE1 HIS S 57 22595 25552 25426 -3635 -1923 221 C \ ATOM 50645 NE2 HIS S 57 -3.441 -94.533 -49.214 1.00189.77 N \ ANISOU50645 NE2 HIS S 57 22540 25503 25755 -3459 -1786 137 N \ ATOM 50646 N VAL S 58 -6.413 -96.083 -43.821 1.00195.92 N \ ANISOU50646 N VAL S 58 21762 24148 32983 -2905 -4390 -532 N \ ATOM 50647 CA VAL S 58 -7.520 -96.214 -42.891 1.00196.25 C \ ANISOU50647 CA VAL S 58 21551 24234 31302 -3266 -3451 -416 C \ ATOM 50648 C VAL S 58 -8.827 -95.865 -43.561 1.00196.78 C \ ANISOU50648 C VAL S 58 21045 23593 29592 -3279 -2567 -360 C \ ATOM 50649 O VAL S 58 -9.022 -94.703 -43.952 1.00190.48 O \ ANISOU50649 O VAL S 58 21106 23227 29275 -3346 -2822 137 O \ ATOM 50650 CB VAL S 58 -7.383 -95.215 -41.742 1.00193.32 C \ ANISOU50650 CB VAL S 58 22611 25022 31415 -3804 -3909 457 C \ ATOM 50651 CG1 VAL S 58 -8.436 -95.486 -40.667 1.00195.93 C \ ANISOU50651 CG1 VAL S 58 23196 26012 31891 -4074 -3931 390 C \ ATOM 50652 CG2 VAL S 58 -5.984 -95.255 -41.173 1.00191.15 C \ ANISOU50652 CG2 VAL S 58 23576 26078 31033 -4682 -4344 1309 C \ ATOM 50653 N PRO S 59 -9.727 -96.866 -43.692 1.00204.73 N \ ANISOU50653 N PRO S 59 23004 26312 31135 -4081 -2754 -247 N \ ATOM 50654 CA PRO S 59 -11.104 -96.632 -44.155 1.00207.54 C \ ANISOU50654 CA PRO S 59 20702 23599 28645 -3241 -1569 -850 C \ ATOM 50655 C PRO S 59 -11.845 -95.706 -43.189 1.00203.64 C \ ANISOU50655 C PRO S 59 20759 23490 27605 -3192 -824 -797 C \ ATOM 50656 O PRO S 59 -11.913 -95.992 -41.996 1.00203.37 O \ ANISOU50656 O PRO S 59 20610 23426 28173 -2787 -715 -1357 O \ ATOM 50657 CB PRO S 59 -11.736 -98.036 -44.106 1.00213.68 C \ ANISOU50657 CB PRO S 59 20370 22995 27268 -2706 -406 -1229 C \ ATOM 50658 CG PRO S 59 -10.592 -98.990 -44.203 1.00214.22 C \ ANISOU50658 CG PRO S 59 20625 23804 29619 -2528 -1000 -2036 C \ ATOM 50659 CD PRO S 59 -9.434 -98.303 -43.511 1.00208.58 C \ ANISOU50659 CD PRO S 59 20117 23639 29704 -2199 -601 -2862 C \ ATOM 50660 N VAL S 60 -12.393 -94.605 -43.693 1.00198.50 N \ ANISOU50660 N VAL S 60 19668 23634 28592 -2382 329 -3280 N \ ATOM 50661 CA VAL S 60 -13.156 -93.704 -42.844 1.00192.13 C \ ANISOU50661 CA VAL S 60 19292 23631 28193 -2298 965 -3941 C \ ATOM 50662 C VAL S 60 -14.417 -93.291 -43.570 1.00197.48 C \ ANISOU50662 C VAL S 60 20120 23948 31637 -1857 -1308 -3494 C \ ATOM 50663 O VAL S 60 -14.330 -92.540 -44.532 1.00199.29 O \ ANISOU50663 O VAL S 60 20183 23913 32456 -1493 -1521 -3953 O \ ATOM 50664 CB VAL S 60 -12.362 -92.412 -42.558 1.00179.38 C \ ANISOU50664 CB VAL S 60 20566 24439 34852 -1106 -2399 -4519 C \ ATOM 50665 CG1 VAL S 60 -12.992 -91.666 -41.409 1.00177.75 C \ ANISOU50665 CG1 VAL S 60 20461 25142 35800 -874 -2089 -5525 C \ ATOM 50666 CG2 VAL S 60 -10.904 -92.717 -42.259 1.00171.80 C \ ANISOU50666 CG2 VAL S 60 20991 24174 35816 -1053 -3412 -3968 C \ ATOM 50667 N TYR S 61 -15.592 -93.690 -43.096 1.00201.88 N \ ANISOU50667 N TYR S 61 19624 23506 27922 -2707 373 -2851 N \ ATOM 50668 CA TYR S 61 -16.808 -93.309 -43.816 1.00204.39 C \ ANISOU50668 CA TYR S 61 19843 23992 27475 -2988 1122 -3115 C \ ATOM 50669 C TYR S 61 -17.295 -92.001 -43.231 1.00201.86 C \ ANISOU50669 C TYR S 61 20614 24184 26438 -3177 1726 -2586 C \ ATOM 50670 O TYR S 61 -17.863 -91.979 -42.145 1.00204.41 O \ ANISOU50670 O TYR S 61 21185 24687 26210 -3197 2464 -2844 O \ ATOM 50671 CB TYR S 61 -17.873 -94.372 -43.624 1.00209.87 C \ ANISOU50671 CB TYR S 61 20049 24475 28311 -3201 658 -3045 C \ ATOM 50672 CG TYR S 61 -19.118 -94.218 -44.464 1.00218.08 C \ ANISOU50672 CG TYR S 61 20210 25257 30437 -2920 -1 -3642 C \ ATOM 50673 CD1 TYR S 61 -20.052 -93.218 -44.206 1.00218.41 C \ ANISOU50673 CD1 TYR S 61 20419 25185 31641 -2646 -1034 -3354 C \ ATOM 50674 CD2 TYR S 61 -19.395 -95.125 -45.487 1.00230.01 C \ ANISOU50674 CD2 TYR S 61 19905 25824 31031 -2931 409 -4533 C \ ATOM 50675 CE1 TYR S 61 -21.224 -93.107 -44.976 1.00228.17 C \ ANISOU50675 CE1 TYR S 61 20363 25623 33512 -2293 -1715 -3958 C \ ATOM 50676 CE2 TYR S 61 -20.563 -95.033 -46.260 1.00238.60 C \ ANISOU50676 CE2 TYR S 61 19623 26242 32732 -2596 -195 -5199 C \ ATOM 50677 CZ TYR S 61 -21.476 -94.023 -46.006 1.00236.56 C \ ANISOU50677 CZ TYR S 61 19896 26144 34055 -2227 -1288 -4924 C \ ATOM 50678 OH TYR S 61 -22.625 -93.941 -46.782 1.00240.25 O \ ANISOU50678 OH TYR S 61 21396 24558 26576 -3318 1392 -1863 O \ ATOM 50679 N ILE S 62 -17.133 -90.921 -43.984 1.00196.04 N \ ANISOU50679 N ILE S 62 22308 24985 25954 -3399 1880 -1405 N \ ATOM 50680 CA ILE S 62 -17.291 -89.587 -43.431 1.00189.27 C \ ANISOU50680 CA ILE S 62 23347 25856 26675 -3094 2090 -1422 C \ ATOM 50681 C ILE S 62 -18.750 -89.208 -43.325 1.00199.28 C \ ANISOU50681 C ILE S 62 23772 26328 27800 -2911 1559 -1322 C \ ATOM 50682 O ILE S 62 -19.457 -89.256 -44.323 1.00206.76 O \ ANISOU50682 O ILE S 62 22070 24549 25285 -3616 1430 -713 O \ ATOM 50683 CB ILE S 62 -16.613 -88.575 -44.317 1.00178.19 C \ ANISOU50683 CB ILE S 62 23556 25804 25793 -3061 2810 -1526 C \ ATOM 50684 CG1 ILE S 62 -15.196 -89.037 -44.589 1.00173.68 C \ ANISOU50684 CG1 ILE S 62 23389 25478 25173 -2782 2997 -1515 C \ ATOM 50685 CG2 ILE S 62 -16.578 -87.238 -43.627 1.00172.42 C \ ANISOU50685 CG2 ILE S 62 22230 24041 23206 -2696 2938 -924 C \ ATOM 50686 CD1 ILE S 62 -14.413 -89.198 -43.321 1.00170.07 C \ ANISOU50686 CD1 ILE S 62 21966 23753 22760 -2881 2747 -533 C \ ATOM 50687 N THR S 63 -19.204 -88.831 -42.127 1.00198.32 N \ ANISOU50687 N THR S 63 23681 25562 24607 -2849 3729 -1854 N \ ATOM 50688 CA THR S 63 -20.610 -88.453 -41.934 1.00198.35 C \ ANISOU50688 CA THR S 63 23991 25619 24339 -3166 3997 -1728 C \ ATOM 50689 C THR S 63 -20.791 -86.981 -41.568 1.00194.17 C \ ANISOU50689 C THR S 63 23732 25764 25121 -3314 3430 -1673 C \ ATOM 50690 O THR S 63 -19.822 -86.242 -41.408 1.00186.17 O \ ANISOU50690 O THR S 63 21897 23617 22462 -2436 3071 -899 O \ ATOM 50691 CB THR S 63 -21.334 -89.348 -40.898 1.00197.07 C \ ANISOU50691 CB THR S 63 21132 22749 21019 -2311 3077 -449 C \ ATOM 50692 OG1 THR S 63 -20.530 -89.458 -39.717 1.00192.84 O \ ANISOU50692 OG1 THR S 63 21447 22731 20332 -2034 3528 -491 O \ ATOM 50693 CG2 THR S 63 -21.597 -90.740 -41.476 1.00198.80 C \ ANISOU50693 CG2 THR S 63 20976 21911 18976 -1964 3841 -311 C \ ATOM 50694 N GLU S 64 -22.043 -86.568 -41.432 1.00200.71 N \ ANISOU50694 N GLU S 64 19718 21678 20352 -2294 2490 -203 N \ ATOM 50695 CA GLU S 64 -22.357 -85.158 -41.283 1.00199.57 C \ ANISOU50695 CA GLU S 64 19132 21234 20762 -2239 2157 -568 C \ ATOM 50696 C GLU S 64 -21.680 -84.567 -40.056 1.00192.60 C \ ANISOU50696 C GLU S 64 19169 21252 20040 -2614 2137 180 C \ ATOM 50697 O GLU S 64 -21.194 -83.442 -40.094 1.00183.81 O \ ANISOU50697 O GLU S 64 22225 23607 21298 -1864 3487 -746 O \ ATOM 50698 CB GLU S 64 -23.872 -84.955 -41.205 1.00210.18 C \ ANISOU50698 CB GLU S 64 22870 23925 21024 -1646 3814 -821 C \ ATOM 50699 CG GLU S 64 -24.695 -85.914 -42.080 1.00223.04 C \ ANISOU50699 CG GLU S 64 22433 22905 19675 -1803 4331 -901 C \ ATOM 50700 CD GLU S 64 -25.995 -85.283 -42.611 1.00232.90 C \ ANISOU50700 CD GLU S 64 22063 22595 19635 -2106 4473 -1149 C \ ATOM 50701 OE1 GLU S 64 -27.083 -85.905 -42.481 1.00242.65 O \ ANISOU50701 OE1 GLU S 64 23976 25289 22527 -1611 3742 -1251 O \ ATOM 50702 OE2 GLU S 64 -25.925 -84.164 -43.173 1.00230.18 O \ ANISOU50702 OE2 GLU S 64 24291 26096 23861 -1503 3197 -1309 O \ ATOM 50703 N ASN S 65 -21.623 -85.345 -38.978 1.00196.83 N \ ANISOU50703 N ASN S 65 24849 26756 24199 -1308 2957 -863 N \ ATOM 50704 CA ASN S 65 -21.100 -84.852 -37.700 1.00194.95 C \ ANISOU50704 CA ASN S 65 25010 27311 25122 -1252 2484 -933 C \ ATOM 50705 C ASN S 65 -19.582 -84.925 -37.594 1.00187.43 C \ ANISOU50705 C ASN S 65 25095 27607 26270 -1421 2011 -918 C \ ATOM 50706 O ASN S 65 -19.002 -84.635 -36.555 1.00181.95 O \ ANISOU50706 O ASN S 65 25147 27577 26763 -1635 1915 -827 O \ ATOM 50707 CB ASN S 65 -21.787 -85.519 -36.487 1.00201.91 C \ ANISOU50707 CB ASN S 65 25148 27896 26929 -1397 1578 -983 C \ ATOM 50708 CG ASN S 65 -21.930 -87.027 -36.634 1.00207.03 C \ ANISOU50708 CG ASN S 65 22197 22078 18330 -1614 4575 -694 C \ ATOM 50709 OD1 ASN S 65 -21.299 -87.638 -37.499 1.00208.40 O \ ANISOU50709 OD1 ASN S 65 21941 21115 17136 -1841 5038 -781 O \ ATOM 50710 ND2 ASN S 65 -22.761 -87.636 -35.779 1.00209.82 N \ ANISOU50710 ND2 ASN S 65 22493 21236 16785 -1929 5315 -920 N \ ATOM 50711 N MET S 66 -18.949 -85.336 -38.678 1.00188.71 N \ ANISOU50711 N MET S 66 23252 21358 16716 -2224 5695 -940 N \ ATOM 50712 CA MET S 66 -17.504 -85.408 -38.708 1.00188.38 C \ ANISOU50712 CA MET S 66 21786 20374 16378 -1826 5200 -538 C \ ATOM 50713 C MET S 66 -16.875 -84.164 -39.333 1.00184.88 C \ ANISOU50713 C MET S 66 21733 20725 16751 -1538 4897 -306 C \ ATOM 50714 O MET S 66 -15.652 -84.035 -39.370 1.00180.91 O \ ANISOU50714 O MET S 66 20790 19464 15744 -2275 5364 -726 O \ ATOM 50715 CB MET S 66 -17.068 -86.631 -39.525 1.00191.93 C \ ANISOU50715 CB MET S 66 22906 22024 17346 -1778 5134 -1047 C \ ATOM 50716 CG MET S 66 -17.554 -87.986 -39.020 1.00197.01 C \ ANISOU50716 CG MET S 66 24446 23128 17766 -1839 5324 -1076 C \ ATOM 50717 SD MET S 66 -16.645 -89.345 -39.807 1.00198.19 S \ ANISOU50717 SD MET S 66 21621 19838 14034 -2381 5853 -1270 S \ ATOM 50718 CE MET S 66 -17.059 -90.696 -38.697 1.00177.11 C \ ANISOU50718 CE MET S 66 20408 19063 13457 -2775 6114 -1658 C \ ATOM 50719 N VAL S 67 -17.696 -83.244 -39.819 1.00187.28 N \ ANISOU50719 N VAL S 67 24060 23467 17937 -1720 5061 -1363 N \ ATOM 50720 CA VAL S 67 -17.230 -82.378 -40.904 1.00189.81 C \ ANISOU50720 CA VAL S 67 24537 23978 17728 -2060 5367 -1728 C \ ATOM 50721 C VAL S 67 -16.205 -81.260 -40.595 1.00190.86 C \ ANISOU50721 C VAL S 67 25149 24021 16954 -2017 5370 -1478 C \ ATOM 50722 O VAL S 67 -15.196 -81.132 -41.293 1.00186.79 O \ ANISOU50722 O VAL S 67 24404 24524 18361 -2426 5622 -2353 O \ ATOM 50723 CB VAL S 67 -18.407 -81.858 -41.745 1.00192.83 C \ ANISOU50723 CB VAL S 67 25737 24714 16793 -2417 5657 -1808 C \ ATOM 50724 CG1 VAL S 67 -17.908 -80.964 -42.882 1.00191.63 C \ ANISOU50724 CG1 VAL S 67 25005 25337 18342 -2792 5969 -2781 C \ ATOM 50725 CG2 VAL S 67 -19.186 -83.034 -42.305 1.00196.88 C \ ANISOU50725 CG2 VAL S 67 25746 25494 17551 -2829 6004 -2485 C \ ATOM 50726 N GLY S 68 -16.443 -80.458 -39.565 1.00195.87 N \ ANISOU50726 N GLY S 68 26876 26880 17925 -3287 6367 -2900 N \ ATOM 50727 CA GLY S 68 -15.522 -79.371 -39.249 1.00195.31 C \ ANISOU50727 CA GLY S 68 23357 20699 14288 -2400 5955 -970 C \ ATOM 50728 C GLY S 68 -14.048 -79.758 -39.159 1.00194.65 C \ ANISOU50728 C GLY S 68 24926 21401 14514 -2936 6410 -895 C \ ATOM 50729 O GLY S 68 -13.190 -79.033 -39.653 1.00189.17 O \ ANISOU50729 O GLY S 68 25081 21294 14826 -3338 6761 -978 O \ ATOM 50730 N HIS S 69 -13.771 -80.921 -38.563 1.00200.92 N \ ANISOU50730 N HIS S 69 24957 20603 14688 -3098 6645 -690 N \ ATOM 50731 CA HIS S 69 -12.407 -81.393 -38.323 1.00200.67 C \ ANISOU50731 CA HIS S 69 23641 20517 12742 -3417 6702 -1261 C \ ATOM 50732 C HIS S 69 -11.727 -81.794 -39.616 1.00197.96 C \ ANISOU50732 C HIS S 69 25097 21140 12569 -3398 6580 -856 C \ ATOM 50733 O HIS S 69 -12.309 -81.696 -40.705 1.00198.19 O \ ANISOU50733 O HIS S 69 29433 25651 17132 -2679 5963 -618 O \ ATOM 50734 CB HIS S 69 -12.382 -82.643 -37.441 1.00204.69 C \ ANISOU50734 CB HIS S 69 30136 25671 16262 -2704 5784 -274 C \ ATOM 50735 CG HIS S 69 -13.359 -82.629 -36.309 1.00208.78 C \ ANISOU50735 CG HIS S 69 28783 24461 14786 -2215 5261 -89 C \ ATOM 50736 ND1 HIS S 69 -13.115 -81.971 -35.125 1.00209.75 N \ ANISOU50736 ND1 HIS S 69 26453 22999 13843 -1661 4867 -227 N \ ATOM 50737 CD2 HIS S 69 -14.563 -83.232 -36.168 1.00212.28 C \ ANISOU50737 CD2 HIS S 69 30067 24990 14454 -2349 5108 263 C \ ATOM 50738 CE1 HIS S 69 -14.142 -82.147 -34.309 1.00213.46 C \ ANISOU50738 CE1 HIS S 69 30191 19698 18617 4131 -3413 -3020 C \ ATOM 50739 NE2 HIS S 69 -15.032 -82.909 -34.918 1.00214.92 N \ ANISOU50739 NE2 HIS S 69 29367 19100 18612 3862 -3310 -3059 N \ ATOM 50740 N LYS S 70 -10.501 -82.296 -39.466 1.00191.38 N \ ANISOU50740 N LYS S 70 29590 19472 18559 4056 -3271 -3391 N \ ATOM 50741 CA LYS S 70 -9.637 -82.615 -40.589 1.00183.05 C \ ANISOU50741 CA LYS S 70 30315 20272 18467 4395 -3180 -3546 C \ ATOM 50742 C LYS S 70 -9.423 -84.111 -40.726 1.00178.85 C \ ANISOU50742 C LYS S 70 28943 18513 18924 3706 -3844 -3036 C \ ATOM 50743 O LYS S 70 -9.326 -84.810 -39.733 1.00178.29 O \ ANISOU50743 O LYS S 70 28614 18167 18900 3585 -3883 -2730 O \ ATOM 50744 CB LYS S 70 -8.305 -81.923 -40.389 1.00180.77 C \ ANISOU50744 CB LYS S 70 28577 18106 19529 3469 -4460 -2666 C \ ATOM 50745 CG LYS S 70 -8.356 -80.814 -39.352 1.00184.55 C \ ANISOU50745 CG LYS S 70 29562 18626 20072 3701 -5107 -2847 C \ ATOM 50746 CD LYS S 70 -7.753 -79.524 -39.902 1.00189.71 C \ ANISOU50746 CD LYS S 70 29577 18404 20179 3726 -5632 -3072 C \ ATOM 50747 CE LYS S 70 -6.602 -79.805 -40.892 1.00193.64 C \ ANISOU50747 CE LYS S 70 28181 17237 19321 3511 -5543 -3104 C \ ATOM 50748 NZ LYS S 70 -5.772 -78.614 -41.301 1.00194.23 N \ ANISOU50748 NZ LYS S 70 30585 18889 20731 3971 -6300 -3265 N \ ATOM 50749 N LEU S 71 -9.353 -84.591 -41.963 1.00207.64 N \ ANISOU50749 N LEU S 71 29001 18982 18631 3874 -3348 -3493 N \ ATOM 50750 CA LEU S 71 -9.173 -86.013 -42.246 1.00202.88 C \ ANISOU50750 CA LEU S 71 29120 19177 18571 4089 -3419 -3848 C \ ATOM 50751 C LEU S 71 -7.951 -86.537 -41.518 1.00195.37 C \ ANISOU50751 C LEU S 71 28984 19561 18009 4200 -2781 -3861 C \ ATOM 50752 O LEU S 71 -6.883 -85.939 -41.587 1.00193.73 O \ ANISOU50752 O LEU S 71 29472 20180 17704 4612 -2754 -4066 O \ ATOM 50753 CB LEU S 71 -8.983 -86.226 -43.752 1.00208.05 C \ ANISOU50753 CB LEU S 71 32347 21927 21189 4537 -4092 -4228 C \ ATOM 50754 CG LEU S 71 -10.011 -87.010 -44.585 1.00213.45 C \ ANISOU50754 CG LEU S 71 32184 21462 21348 4605 -4652 -4554 C \ ATOM 50755 CD1 LEU S 71 -9.553 -87.167 -46.053 1.00212.36 C \ ANISOU50755 CD1 LEU S 71 31261 20710 21159 4272 -4551 -4446 C \ ATOM 50756 CD2 LEU S 71 -10.331 -88.369 -43.953 1.00211.74 C \ ANISOU50756 CD2 LEU S 71 33111 21878 21690 5052 -5308 -4955 C \ ATOM 50757 N GLY S 72 -8.090 -87.649 -40.813 1.00191.99 N \ ANISOU50757 N GLY S 72 28037 18978 17573 3846 -2279 -3624 N \ ATOM 50758 CA GLY S 72 -6.952 -88.159 -40.075 1.00189.11 C \ ANISOU50758 CA GLY S 72 27704 19199 16995 3901 -1754 -3631 C \ ATOM 50759 C GLY S 72 -6.795 -87.508 -38.710 1.00190.05 C \ ANISOU50759 C GLY S 72 26981 18586 16473 4062 -1922 -3996 C \ ATOM 50760 O GLY S 72 -5.718 -87.518 -38.110 1.00185.90 O \ ANISOU50760 O GLY S 72 26594 18026 16773 3807 -2114 -4003 O \ ATOM 50761 N GLU S 73 -7.886 -86.917 -38.232 1.00194.89 N \ ANISOU50761 N GLU S 73 27223 18975 16985 3458 -1244 -3257 N \ ATOM 50762 CA GLU S 73 -8.090 -86.671 -36.810 1.00193.34 C \ ANISOU50762 CA GLU S 73 27294 19664 17048 3391 -738 -3208 C \ ATOM 50763 C GLU S 73 -8.738 -87.974 -36.401 1.00189.22 C \ ANISOU50763 C GLU S 73 26411 18891 16847 3225 -739 -3368 C \ ATOM 50764 O GLU S 73 -8.995 -88.262 -35.232 1.00187.17 O \ ANISOU50764 O GLU S 73 28097 20984 17082 3812 -586 -3352 O \ ATOM 50765 CB GLU S 73 -9.077 -85.529 -36.616 1.00199.25 C \ ANISOU50765 CB GLU S 73 26549 18501 15451 4496 -1849 -4281 C \ ATOM 50766 CG GLU S 73 -8.663 -84.490 -35.607 1.00201.48 C \ ANISOU50766 CG GLU S 73 25800 17774 14814 4766 -2118 -4708 C \ ATOM 50767 CD GLU S 73 -9.580 -83.293 -35.638 1.00210.18 C \ ANISOU50767 CD GLU S 73 25145 17635 14709 4526 -1696 -4645 C \ ATOM 50768 OE1 GLU S 73 -10.611 -83.329 -34.929 1.00214.24 O \ ANISOU50768 OE1 GLU S 73 25380 17732 15252 4619 -1997 -4931 O \ ATOM 50769 OE2 GLU S 73 -9.283 -82.331 -36.386 1.00213.14 O \ ANISOU50769 OE2 GLU S 73 26356 18468 14486 5466 -2330 -5154 O \ ATOM 50770 N PHE S 74 -8.987 -88.758 -37.435 1.00187.00 N \ ANISOU50770 N PHE S 74 26773 18267 14401 5731 -2882 -5307 N \ ATOM 50771 CA PHE S 74 -9.635 -90.022 -37.349 1.00187.68 C \ ANISOU50771 CA PHE S 74 24356 17349 14079 4188 -1078 -4255 C \ ATOM 50772 C PHE S 74 -8.562 -91.081 -37.408 1.00187.49 C \ ANISOU50772 C PHE S 74 23210 16627 13526 3891 -720 -4157 C \ ATOM 50773 O PHE S 74 -8.383 -91.828 -36.452 1.00189.71 O \ ANISOU50773 O PHE S 74 24449 17481 15604 3389 -825 -3989 O \ ATOM 50774 CB PHE S 74 -10.632 -90.103 -38.488 1.00191.69 C \ ANISOU50774 CB PHE S 74 24135 17459 15767 3103 -533 -3872 C \ ATOM 50775 CG PHE S 74 -11.722 -89.067 -38.378 1.00199.77 C \ ANISOU50775 CG PHE S 74 22683 16883 12818 3783 -88 -3852 C \ ATOM 50776 CD1 PHE S 74 -11.527 -87.780 -38.850 1.00203.30 C \ ANISOU50776 CD1 PHE S 74 24119 16569 15438 3313 -1265 -3978 C \ ATOM 50777 CD2 PHE S 74 -12.929 -89.368 -37.755 1.00202.03 C \ ANISOU50777 CD2 PHE S 74 23368 15552 15382 3053 -1596 -3982 C \ ATOM 50778 CE1 PHE S 74 -12.527 -86.822 -38.724 1.00209.23 C \ ANISOU50778 CE1 PHE S 74 22948 15145 15082 3248 -1870 -4319 C \ ATOM 50779 CE2 PHE S 74 -13.926 -88.419 -37.630 1.00206.86 C \ ANISOU50779 CE2 PHE S 74 22139 14194 14852 3002 -2117 -4282 C \ ATOM 50780 CZ PHE S 74 -13.725 -87.146 -38.114 1.00210.80 C \ ANISOU50780 CZ PHE S 74 23642 15293 15719 3058 -2173 -3965 C \ ATOM 50781 N ALA S 75 -7.831 -91.134 -38.517 1.00190.89 N \ ANISOU50781 N ALA S 75 22315 13530 13800 3511 -2740 -4293 N \ ATOM 50782 CA ALA S 75 -6.657 -92.011 -38.627 1.00192.78 C \ ANISOU50782 CA ALA S 75 21329 12275 12757 3806 -3262 -4700 C \ ATOM 50783 C ALA S 75 -5.601 -91.728 -37.543 1.00199.70 C \ ANISOU50783 C ALA S 75 22137 12905 13680 3431 -3200 -4148 C \ ATOM 50784 O ALA S 75 -5.138 -90.589 -37.405 1.00205.03 O \ ANISOU50784 O ALA S 75 23305 15650 14853 3733 -1906 -4653 O \ ATOM 50785 CB ALA S 75 -6.026 -91.877 -40.008 1.00189.24 C \ ANISOU50785 CB ALA S 75 22594 15090 14181 4011 -2055 -5006 C \ ATOM 50786 N PRO S 76 -5.205 -92.768 -36.778 1.00197.79 N \ ANISOU50786 N PRO S 76 22179 15109 14369 3636 -1639 -4818 N \ ATOM 50787 CA PRO S 76 -4.169 -92.637 -35.736 1.00194.86 C \ ANISOU50787 CA PRO S 76 22055 14836 14656 3579 -1925 -4947 C \ ATOM 50788 C PRO S 76 -2.726 -92.851 -36.263 1.00182.86 C \ ANISOU50788 C PRO S 76 23119 16097 13973 4602 -1874 -5318 C \ ATOM 50789 O PRO S 76 -2.506 -92.988 -37.472 1.00180.23 O \ ANISOU50789 O PRO S 76 23407 17136 14381 4785 -1523 -5486 O \ ATOM 50790 CB PRO S 76 -4.549 -93.741 -34.760 1.00194.37 C \ ANISOU50790 CB PRO S 76 22112 16003 12508 5587 -1853 -6084 C \ ATOM 50791 CG PRO S 76 -5.117 -94.833 -35.668 1.00194.63 C \ ANISOU50791 CG PRO S 76 22810 17493 12374 6129 -1485 -6196 C \ ATOM 50792 CD PRO S 76 -5.797 -94.123 -36.812 1.00196.38 C \ ANISOU50792 CD PRO S 76 23901 18442 12736 7000 -2012 -6846 C \ ATOM 50793 N THR S 77 -1.743 -92.812 -35.369 1.00178.91 N \ ANISOU50793 N THR S 77 22300 15713 14540 3369 -1021 -4499 N \ ATOM 50794 CA THR S 77 -0.349 -93.106 -35.737 1.00170.81 C \ ANISOU50794 CA THR S 77 21784 15561 14580 3008 -670 -4330 C \ ATOM 50795 C THR S 77 0.392 -94.025 -34.741 1.00169.78 C \ ANISOU50795 C THR S 77 21339 14697 14718 2682 -990 -4246 C \ ATOM 50796 O THR S 77 0.865 -95.122 -35.070 1.00162.82 O \ ANISOU50796 O THR S 77 21484 14935 15259 2590 -1067 -4326 O \ ATOM 50797 CB THR S 77 0.407 -91.812 -35.997 1.00162.51 C \ ANISOU50797 CB THR S 77 21964 16093 14789 2680 -108 -3949 C \ ATOM 50798 OG1 THR S 77 -0.243 -90.742 -35.296 1.00160.88 O \ ANISOU50798 OG1 THR S 77 22674 17543 15184 2841 323 -3906 O \ ATOM 50799 CG2 THR S 77 0.315 -91.509 -37.431 1.00159.13 C \ ANISOU50799 CG2 THR S 77 22821 18245 15731 2785 524 -3978 C \ ATOM 50800 N ARG S 78 0.514 -93.500 -33.525 1.00176.68 N \ ANISOU50800 N ARG S 78 23627 19936 16275 2947 933 -3886 N \ ATOM 50801 CA ARG S 78 1.014 -94.208 -32.357 1.00178.49 C \ ANISOU50801 CA ARG S 78 24046 21045 17062 2802 1239 -3789 C \ ATOM 50802 C ARG S 78 0.259 -95.513 -32.236 1.00171.11 C \ ANISOU50802 C ARG S 78 24209 21013 17815 2511 1168 -3811 C \ ATOM 50803 O ARG S 78 -0.941 -95.560 -32.503 1.00169.21 O \ ANISOU50803 O ARG S 78 24170 22129 16977 2936 1613 -3636 O \ ATOM 50804 CB ARG S 78 0.708 -93.395 -31.073 1.00188.95 C \ ANISOU50804 CB ARG S 78 21207 14173 14646 2522 -1200 -4070 C \ ATOM 50805 CG ARG S 78 1.255 -91.955 -30.970 1.00195.41 C \ ANISOU50805 CG ARG S 78 21250 14020 15277 2197 -1476 -3916 C \ ATOM 50806 CD ARG S 78 2.746 -91.898 -31.283 1.00199.51 C \ ANISOU50806 CD ARG S 78 20959 13445 15176 2299 -2051 -4124 C \ ATOM 50807 NE ARG S 78 3.385 -90.637 -30.914 1.00203.82 N \ ANISOU50807 NE ARG S 78 19950 12518 14670 2040 -2135 -4026 N \ ATOM 50808 CZ ARG S 78 3.180 -89.475 -31.527 1.00207.85 C \ ANISOU50808 CZ ARG S 78 22183 14719 16275 2053 -1631 -3680 C \ ATOM 50809 NH1 ARG S 78 2.323 -89.391 -32.534 1.00209.20 N \ ANISOU50809 NH1 ARG S 78 21792 14324 16501 1737 -1920 -3467 N \ ATOM 50810 NH2 ARG S 78 3.826 -88.388 -31.124 1.00210.48 N \ ANISOU50810 NH2 ARG S 78 20853 13720 15951 1446 -1610 -3211 N \ ATOM 50811 N THR S 79 0.933 -96.593 -31.876 1.00164.77 N \ ANISOU50811 N THR S 79 21920 14201 16912 1669 -2518 -3439 N \ ATOM 50812 CA THR S 79 0.148 -97.764 -31.529 1.00158.42 C \ ANISOU50812 CA THR S 79 20694 13655 16286 1224 -1942 -3018 C \ ATOM 50813 C THR S 79 -0.087 -98.208 -30.071 1.00159.27 C \ ANISOU50813 C THR S 79 21102 13700 16675 1308 -2507 -3111 C \ ATOM 50814 O THR S 79 -0.761 -99.188 -29.862 1.00161.41 O \ ANISOU50814 O THR S 79 21882 13994 15667 2689 -2493 -4412 O \ ATOM 50815 CB THR S 79 0.334 -98.884 -32.515 1.00154.07 C \ ANISOU50815 CB THR S 79 22283 13964 16186 2838 -3164 -4652 C \ ATOM 50816 OG1 THR S 79 1.399 -98.521 -33.390 1.00155.83 O \ ANISOU50816 OG1 THR S 79 22256 14258 16297 2933 -2975 -4840 O \ ATOM 50817 CG2 THR S 79 -0.933 -99.019 -33.348 1.00147.38 C \ ANISOU50817 CG2 THR S 79 22875 14636 17283 2836 -3399 -4880 C \ ATOM 50818 N TYR S 80 0.347 -97.447 -29.074 1.00163.90 N \ ANISOU50818 N TYR S 80 22897 14095 16181 3355 -3673 -5028 N \ ATOM 50819 CA TYR S 80 0.440 -97.909 -27.662 1.00171.97 C \ ANISOU50819 CA TYR S 80 23182 14312 16059 3425 -3563 -4925 C \ ATOM 50820 C TYR S 80 -0.717 -98.702 -26.981 1.00146.05 C \ ANISOU50820 C TYR S 80 24505 14971 16922 3831 -4305 -5251 C \ ATOM 50821 O TYR S 80 -1.904 -98.476 -27.265 1.00139.30 O \ ANISOU50821 O TYR S 80 25500 16110 17099 4314 -4078 -5487 O \ ATOM 50822 CB TYR S 80 0.791 -96.708 -26.775 1.00172.30 C \ ANISOU50822 CB TYR S 80 26032 16873 17052 4888 -4004 -5916 C \ ATOM 50823 CG TYR S 80 0.171 -96.710 -25.383 1.00174.35 C \ ANISOU50823 CG TYR S 80 25888 16779 17097 5052 -4156 -6179 C \ ATOM 50824 CD1 TYR S 80 0.807 -97.323 -24.303 1.00174.03 C \ ANISOU50824 CD1 TYR S 80 26564 17648 16811 5318 -3788 -6070 C \ ATOM 50825 CD2 TYR S 80 -1.029 -96.061 -25.142 1.00177.10 C \ ANISOU50825 CD2 TYR S 80 21499 14074 15270 3099 -2361 -4916 C \ ATOM 50826 CE1 TYR S 80 0.267 -97.280 -23.032 1.00176.98 C \ ANISOU50826 CE1 TYR S 80 20717 13738 14682 3160 -2118 -5050 C \ ATOM 50827 CE2 TYR S 80 -1.583 -96.030 -23.861 1.00180.77 C \ ANISOU50827 CE2 TYR S 80 19707 12870 14324 2616 -1931 -4722 C \ ATOM 50828 CZ TYR S 80 -0.929 -96.646 -22.820 1.00181.05 C \ ANISOU50828 CZ TYR S 80 19873 13023 14825 2572 -2140 -4807 C \ ATOM 50829 OH TYR S 80 -1.479 -96.610 -21.560 1.00188.66 O \ ANISOU50829 OH TYR S 80 20616 14351 14203 3405 -1507 -5113 O \ ATOM 50830 N ARG S 81 -0.293 -99.620 -26.084 1.00153.56 N \ ANISOU50830 N ARG S 81 21921 15667 14803 4022 -1678 -5465 N \ ATOM 50831 CA ARG S 81 -1.065-100.743 -25.512 1.00160.13 C \ ANISOU50831 CA ARG S 81 22658 17333 15209 4287 -1083 -5493 C \ ATOM 50832 C ARG S 81 -2.091-101.394 -26.439 1.00161.08 C \ ANISOU50832 C ARG S 81 21852 17097 14721 3921 -535 -5174 C \ ATOM 50833 O ARG S 81 -1.734-102.017 -27.456 1.00158.56 O \ ANISOU50833 O ARG S 81 23735 18611 15639 4937 -1220 -5863 O \ ATOM 50834 CB ARG S 81 -1.686-100.388 -24.173 1.00149.76 C \ ANISOU50834 CB ARG S 81 18851 12123 13617 2245 -1591 -4372 C \ ATOM 50835 CG ARG S 81 -0.944-100.981 -23.007 1.00154.77 C \ ANISOU50835 CG ARG S 81 18861 12351 14139 1811 -1365 -4106 C \ ATOM 50836 CD ARG S 81 0.507-100.426 -22.803 1.00190.06 C \ ANISOU50836 CD ARG S 81 19818 13065 15514 1657 -1867 -4076 C \ ATOM 50837 NE ARG S 81 1.133-100.901 -21.538 1.00189.68 N \ ANISOU50837 NE ARG S 81 20539 13981 16523 1558 -1825 -4104 N \ ATOM 50838 CZ ARG S 81 2.307-100.517 -21.002 1.00179.05 C \ ANISOU50838 CZ ARG S 81 19085 12594 14431 1531 -1121 -3792 C \ ATOM 50839 NH1 ARG S 81 3.106 -99.574 -21.547 1.00166.59 N \ ANISOU50839 NH1 ARG S 81 19431 13245 14632 1470 -579 -3714 N \ ATOM 50840 NH2 ARG S 81 2.676-101.104 -19.871 1.00182.95 N \ ANISOU50840 NH2 ARG S 81 20295 13111 16028 1635 -2399 -4005 N \ ATOM 45936 N ALA M 2 -29.216 -65.959 -1.304 1.00214.15 N \ ANISOU45936 N ALA M 2 12932 30658 32595 -1765 1770 10564 N \ ATOM 45937 CA ALA M 2 -29.038 -65.092 -2.462 1.00210.11 C \ ANISOU45937 CA ALA M 2 12657 30805 32072 -1864 1605 10799 C \ ATOM 45938 C ALA M 2 -29.285 -65.859 -3.762 1.00214.62 C \ ANISOU45938 C ALA M 2 12142 30426 31091 -2089 1538 10907 C \ ATOM 45939 O ALA M 2 -28.374 -66.498 -4.284 1.00214.29 O \ ANISOU45939 O ALA M 2 12279 30855 30807 -2213 1412 10899 O \ ATOM 45940 CB ALA M 2 -27.643 -64.494 -2.450 1.00205.21 C \ ANISOU45940 CB ALA M 2 13120 31562 33092 -1716 1502 11241 C \ ATOM 45941 N ARG M 3 -30.507 -65.781 -4.293 1.00219.01 N \ ANISOU45941 N ARG M 3 13258 32141 32972 -1819 1319 11451 N \ ATOM 45942 CA ARG M 3 -30.918 -66.641 -5.415 1.00223.56 C \ ANISOU45942 CA ARG M 3 12893 31269 33303 -1467 1582 11073 C \ ATOM 45943 C ARG M 3 -30.989 -65.927 -6.778 1.00221.47 C \ ANISOU45943 C ARG M 3 11887 29987 30910 -2145 1619 10992 C \ ATOM 45944 O ARG M 3 -31.901 -65.130 -7.004 1.00219.56 O \ ANISOU45944 O ARG M 3 12608 30862 31121 -2347 1595 10989 O \ ATOM 45945 CB ARG M 3 -32.265 -67.309 -5.089 1.00228.22 C \ ANISOU45945 CB ARG M 3 13616 31810 31561 -2432 1609 10474 C \ ATOM 45946 CG ARG M 3 -32.614 -68.521 -5.956 1.00229.59 C \ ANISOU45946 CG ARG M 3 13206 31735 30785 -2524 1470 10477 C \ ATOM 45947 CD ARG M 3 -33.380 -69.578 -5.163 1.00232.42 C \ ANISOU45947 CD ARG M 3 13665 31785 32335 -2421 1681 11193 C \ ATOM 45948 NE ARG M 3 -32.573 -70.766 -4.884 1.00233.76 N \ ANISOU45948 NE ARG M 3 13995 31652 32687 -2408 1845 10788 N \ ATOM 45949 CZ ARG M 3 -31.818 -70.934 -3.801 1.00232.38 C \ ANISOU45949 CZ ARG M 3 13898 31544 32134 -2536 1900 10502 C \ ATOM 45950 NH1 ARG M 3 -31.745 -69.988 -2.873 1.00228.83 N \ ANISOU45950 NH1 ARG M 3 14247 31586 33456 -2260 1909 10770 N \ ATOM 45951 NH2 ARG M 3 -31.129 -72.052 -3.648 1.00235.52 N \ ANISOU45951 NH2 ARG M 3 13428 31220 31346 -2397 1749 10052 N \ ATOM 45952 N ILE M 4 -30.055 -66.253 -7.688 1.00225.14 N \ ANISOU45952 N ILE M 4 10393 28116 27814 -2486 1748 9578 N \ ATOM 45953 CA ILE M 4 -29.894 -65.530 -8.972 1.00224.73 C \ ANISOU45953 CA ILE M 4 10899 28764 28168 -2478 1625 9461 C \ ATOM 45954 C ILE M 4 -30.226 -66.329 -10.244 1.00228.42 C \ ANISOU45954 C ILE M 4 10142 28101 26992 -2592 1535 9206 C \ ATOM 45955 O ILE M 4 -31.309 -66.196 -10.811 1.00231.30 O \ ANISOU45955 O ILE M 4 10224 27482 27700 -2440 1916 9165 O \ ATOM 45956 CB ILE M 4 -28.420 -65.098 -9.163 1.00222.76 C \ ANISOU45956 CB ILE M 4 11945 29127 29394 -2526 2005 9187 C \ ATOM 45957 CG1 ILE M 4 -27.681 -65.133 -7.822 1.00225.10 C \ ANISOU45957 CG1 ILE M 4 10203 27187 28202 -2246 2007 9188 C \ ATOM 45958 CG2 ILE M 4 -28.332 -63.753 -9.888 1.00217.43 C \ ANISOU45958 CG2 ILE M 4 11353 29261 29005 -2344 1610 9668 C \ ATOM 45959 CD1 ILE M 4 -26.190 -65.228 -7.947 1.00225.91 C \ ANISOU45959 CD1 ILE M 4 12110 30248 29684 -2351 1475 9677 C \ ATOM 45960 N ALA M 5 -29.289 -67.160 -10.686 1.00227.62 N \ ANISOU45960 N ALA M 5 12683 31255 29945 -2503 1259 9891 N \ ATOM 45961 CA ALA M 5 -29.544 -68.099 -11.769 1.00229.80 C \ ANISOU45961 CA ALA M 5 12813 31507 29744 -2616 1122 9710 C \ ATOM 45962 C ALA M 5 -29.979 -69.381 -11.088 1.00235.45 C \ ANISOU45962 C ALA M 5 12915 31127 31017 -2167 1498 9931 C \ ATOM 45963 O ALA M 5 -30.342 -69.356 -9.914 1.00232.48 O \ ANISOU45963 O ALA M 5 13309 32140 30705 -2508 1207 10300 O \ ATOM 45964 CB ALA M 5 -28.313 -68.311 -12.591 1.00229.95 C \ ANISOU45964 CB ALA M 5 13516 32827 30661 -2628 989 10543 C \ ATOM 45965 N GLY M 6 -29.984 -70.494 -11.807 1.00243.64 N \ ANISOU45965 N GLY M 6 13931 33411 30532 -2793 902 10314 N \ ATOM 45966 CA GLY M 6 -30.362 -71.744 -11.179 1.00254.37 C \ ANISOU45966 CA GLY M 6 13949 33845 30329 -2887 684 10433 C \ ATOM 45967 C GLY M 6 -29.586 -72.076 -9.904 1.00261.31 C \ ANISOU45967 C GLY M 6 13544 33137 30992 -2587 947 11077 C \ ATOM 45968 O GLY M 6 -28.352 -72.082 -9.899 1.00262.50 O \ ANISOU45968 O GLY M 6 12922 32591 30866 -2444 897 11340 O \ ATOM 45969 N VAL M 7 -30.336 -72.301 -8.817 1.00266.96 N \ ANISOU45969 N VAL M 7 12845 32579 31267 -2351 928 11802 N \ ATOM 45970 CA VAL M 7 -29.866 -72.937 -7.558 1.00269.12 C \ ANISOU45970 CA VAL M 7 12614 32692 30431 -2508 660 11469 C \ ATOM 45971 C VAL M 7 -28.485 -72.546 -6.970 1.00254.43 C \ ANISOU45971 C VAL M 7 13572 32767 29995 -2818 1053 9980 C \ ATOM 45972 O VAL M 7 -27.534 -73.321 -7.055 1.00262.08 O \ ANISOU45972 O VAL M 7 13035 32377 28988 -2947 980 9676 O \ ATOM 45973 CB VAL M 7 -30.075 -74.515 -7.532 1.00345.52 C \ ANISOU45973 CB VAL M 7 13158 32617 28885 -3031 761 9469 C \ ATOM 45974 CG1 VAL M 7 -31.565 -74.875 -7.447 1.00348.21 C \ ANISOU45974 CG1 VAL M 7 13443 33263 28834 -3143 568 9390 C \ ATOM 45975 CG2 VAL M 7 -29.400 -75.218 -8.717 1.00347.43 C \ ANISOU45975 CG2 VAL M 7 11967 30870 27866 -2931 1177 9264 C \ ATOM 45976 N GLU M 8 -28.373 -71.357 -6.383 1.00243.27 N \ ANISOU45976 N GLU M 8 11750 30537 27850 -2886 1359 9435 N \ ATOM 45977 CA GLU M 8 -27.107 -70.937 -5.789 1.00236.73 C \ ANISOU45977 CA GLU M 8 11306 30368 26763 -3047 1085 8902 C \ ATOM 45978 C GLU M 8 -27.333 -69.877 -4.720 1.00229.60 C \ ANISOU45978 C GLU M 8 12596 31779 28533 -2974 781 9393 C \ ATOM 45979 O GLU M 8 -28.368 -69.226 -4.706 1.00226.55 O \ ANISOU45979 O GLU M 8 12206 31359 27977 -3066 617 9157 O \ ATOM 45980 CB GLU M 8 -26.230 -70.342 -6.872 1.00230.97 C \ ANISOU45980 CB GLU M 8 12621 32226 28337 -3158 315 9419 C \ ATOM 45981 CG GLU M 8 -26.632 -68.923 -7.229 1.00220.40 C \ ANISOU45981 CG GLU M 8 12204 31861 27774 -3276 105 9287 C \ ATOM 45982 CD GLU M 8 -27.980 -68.831 -7.934 1.00214.65 C \ ANISOU45982 CD GLU M 8 11920 30668 27940 -2969 780 9000 C \ ATOM 45983 OE1 GLU M 8 -28.048 -68.132 -8.962 1.00210.27 O \ ANISOU45983 OE1 GLU M 8 11780 30098 27750 -2925 997 8628 O \ ATOM 45984 OE2 GLU M 8 -28.970 -69.440 -7.476 1.00215.37 O \ ANISOU45984 OE2 GLU M 8 11806 29800 27824 -2894 1092 8348 O \ ATOM 45985 N ILE M 9 -26.360 -69.707 -3.828 1.00229.25 N \ ANISOU45985 N ILE M 9 11817 30092 27689 -2923 1103 8562 N \ ATOM 45986 CA ILE M 9 -26.413 -68.682 -2.775 1.00225.36 C \ ANISOU45986 CA ILE M 9 11937 29551 27917 -2853 1274 8003 C \ ATOM 45987 C ILE M 9 -25.037 -68.005 -2.563 1.00223.20 C \ ANISOU45987 C ILE M 9 12030 29929 27875 -2891 1283 8217 C \ ATOM 45988 O ILE M 9 -24.279 -68.401 -1.677 1.00229.24 O \ ANISOU45988 O ILE M 9 12084 29639 27988 -2851 1363 7931 O \ ATOM 45989 CB ILE M 9 -26.910 -69.263 -1.384 1.00275.95 C \ ANISOU45989 CB ILE M 9 11997 29190 27894 -2814 1531 7590 C \ ATOM 45990 CG1 ILE M 9 -28.220 -70.050 -1.495 1.00275.88 C \ ANISOU45990 CG1 ILE M 9 18278 21958 27674 3531 2973 4806 C \ ATOM 45991 CG2 ILE M 9 -27.101 -68.155 -0.343 1.00275.27 C \ ANISOU45991 CG2 ILE M 9 19571 22940 28814 3402 3001 4856 C \ ATOM 45992 CD1 ILE M 9 -28.798 -70.444 -0.136 1.00278.71 C \ ANISOU45992 CD1 ILE M 9 20748 24155 29228 3762 2999 4977 C \ ATOM 45993 N PRO M 10 -24.688 -67.001 -3.380 1.00213.07 N \ ANISOU45993 N PRO M 10 20582 24645 29101 4017 2910 5050 N \ ATOM 45994 CA PRO M 10 -23.445 -66.292 -3.051 1.00212.07 C \ ANISOU45994 CA PRO M 10 17183 20985 27392 3040 2769 4958 C \ ATOM 45995 C PRO M 10 -23.653 -65.463 -1.787 1.00212.81 C \ ANISOU45995 C PRO M 10 16415 20111 27350 2766 2780 4775 C \ ATOM 45996 O PRO M 10 -24.675 -64.777 -1.719 1.00209.30 O \ ANISOU45996 O PRO M 10 17577 21128 27553 2937 2717 5057 O \ ATOM 45997 CB PRO M 10 -23.260 -65.375 -4.254 1.00205.36 C \ ANISOU45997 CB PRO M 10 15810 19819 27179 2771 2719 4727 C \ ATOM 45998 CG PRO M 10 -24.641 -65.149 -4.780 1.00199.28 C \ ANISOU45998 CG PRO M 10 21865 24597 29636 3789 3103 4973 C \ ATOM 45999 CD PRO M 10 -25.351 -66.448 -4.573 1.00204.67 C \ ANISOU45999 CD PRO M 10 22514 25233 29550 4147 3103 5073 C \ ATOM 46000 N ARG M 11 -22.747 -65.494 -0.810 1.00219.12 N \ ANISOU46000 N ARG M 11 22414 25928 30060 4002 2938 5263 N \ ATOM 46001 CA ARG M 11 -23.102 -64.850 0.465 1.00226.13 C \ ANISOU46001 CA ARG M 11 22956 27166 30602 4265 2913 5321 C \ ATOM 46002 C ARG M 11 -22.063 -64.008 1.210 1.00229.05 C \ ANISOU46002 C ARG M 11 23069 24739 29069 4175 3232 5037 C \ ATOM 46003 O ARG M 11 -20.993 -64.508 1.562 1.00232.58 O \ ANISOU46003 O ARG M 11 23554 25117 28667 4649 3244 5103 O \ ATOM 46004 CB ARG M 11 -23.696 -65.874 1.431 1.00238.43 C \ ANISOU46004 CB ARG M 11 24341 25819 28734 5240 3281 5007 C \ ATOM 46005 CG ARG M 11 -24.650 -65.263 2.464 1.00244.04 C \ ANISOU46005 CG ARG M 11 23479 25023 28457 4544 3200 5239 C \ ATOM 46006 CD ARG M 11 -25.964 -64.705 1.848 1.00239.60 C \ ANISOU46006 CD ARG M 11 25200 26658 28827 5765 3290 5019 C \ ATOM 46007 NE ARG M 11 -26.984 -64.453 2.876 1.00241.19 N \ ANISOU46007 NE ARG M 11 24300 25758 28441 5013 3249 5269 N \ ATOM 46008 CZ ARG M 11 -27.220 -63.268 3.441 1.00237.97 C \ ANISOU46008 CZ ARG M 11 25196 26653 28698 5649 3303 5144 C \ ATOM 46009 NH1 ARG M 11 -26.525 -62.201 3.069 1.00233.22 N \ ANISOU46009 NH1 ARG M 11 25884 27321 28588 6211 3350 5121 N \ ATOM 46010 NH2 ARG M 11 -28.156 -63.147 4.375 1.00240.16 N \ ANISOU46010 NH2 ARG M 11 21614 25059 29782 3566 2814 5342 N \ ATOM 46011 N ASN M 12 -22.446 -62.750 1.476 1.00228.64 N \ ANISOU46011 N ASN M 12 21190 25176 29726 3383 2638 5531 N \ ATOM 46012 CA ASN M 12 -21.724 -61.724 2.272 1.00233.96 C \ ANISOU46012 CA ASN M 12 20091 24986 29357 3267 2505 5605 C \ ATOM 46013 C ASN M 12 -20.530 -60.978 1.608 1.00206.26 C \ ANISOU46013 C ASN M 12 19667 24936 29165 3020 2360 5763 C \ ATOM 46014 O ASN M 12 -20.166 -59.874 2.031 1.00201.99 O \ ANISOU46014 O ASN M 12 19134 24298 28665 3389 2543 5494 O \ ATOM 46015 CB ASN M 12 -21.353 -62.280 3.674 1.00215.33 C \ ANISOU46015 CB ASN M 12 17651 23515 27887 3160 2377 5556 C \ ATOM 46016 CG ASN M 12 -20.226 -61.501 4.356 1.00214.11 C \ ANISOU46016 CG ASN M 12 17654 24241 27888 3418 2426 5507 C \ ATOM 46017 OD1 ASN M 12 -20.400 -60.351 4.751 1.00212.87 O \ ANISOU46017 OD1 ASN M 12 17725 24133 27540 3812 2552 5365 O \ ATOM 46018 ND2 ASN M 12 -19.071 -62.135 4.497 1.00215.01 N \ ANISOU46018 ND2 ASN M 12 16365 21894 27226 2862 2240 5485 N \ ATOM 46019 N LYS M 13 -19.974 -61.538 0.535 1.00201.76 N \ ANISOU46019 N LYS M 13 15772 20899 26845 2571 2065 5555 N \ ATOM 46020 CA LYS M 13 -18.869 -60.899 -0.173 1.00193.27 C \ ANISOU46020 CA LYS M 13 16057 22102 27470 2644 2055 5536 C \ ATOM 46021 C LYS M 13 -19.486 -59.963 -1.233 1.00186.82 C \ ANISOU46021 C LYS M 13 15231 20034 26913 2393 1957 5413 C \ ATOM 46022 O LYS M 13 -20.712 -59.881 -1.339 1.00184.12 O \ ANISOU46022 O LYS M 13 17865 25230 28531 3149 2294 5625 O \ ATOM 46023 CB LYS M 13 -17.913 -61.955 -0.771 1.00193.19 C \ ANISOU46023 CB LYS M 13 18202 26474 29061 3243 2280 5593 C \ ATOM 46024 CG LYS M 13 -17.174 -62.854 0.268 1.00177.49 C \ ANISOU46024 CG LYS M 13 18503 27168 29918 2687 2066 5717 C \ ATOM 46025 CD LYS M 13 -16.050 -63.742 -0.387 1.00207.29 C \ ANISOU46025 CD LYS M 13 18629 26739 30210 2324 1912 5813 C \ ATOM 46026 CE LYS M 13 -15.548 -64.958 0.496 1.00202.16 C \ ANISOU46026 CE LYS M 13 18278 27859 29923 2622 2025 5706 C \ ATOM 46027 NZ LYS M 13 -14.796 -66.104 -0.188 1.00197.81 N \ ANISOU46027 NZ LYS M 13 17490 27301 29531 2103 1806 5788 N \ ATOM 46028 N ARG M 14 -18.652 -59.246 -1.990 1.00187.82 N \ ANISOU46028 N ARG M 14 17062 26446 29127 1564 1644 5971 N \ ATOM 46029 CA ARG M 14 -19.117 -58.277 -3.002 1.00181.25 C \ ANISOU46029 CA ARG M 14 16190 24955 28419 1257 1411 6014 C \ ATOM 46030 C ARG M 14 -19.951 -58.934 -4.088 1.00170.06 C \ ANISOU46030 C ARG M 14 16994 28076 29226 2029 1815 5765 C \ ATOM 46031 O ARG M 14 -19.747 -60.092 -4.394 1.00174.51 O \ ANISOU46031 O ARG M 14 18791 30107 31317 1487 1582 5828 O \ ATOM 46032 CB ARG M 14 -17.927 -57.613 -3.688 1.00186.70 C \ ANISOU46032 CB ARG M 14 19872 30734 32459 1682 1465 5707 C \ ATOM 46033 CG ARG M 14 -16.908 -56.950 -2.780 1.00197.40 C \ ANISOU46033 CG ARG M 14 16554 27708 29330 1148 1225 5764 C \ ATOM 46034 CD ARG M 14 -15.644 -56.645 -3.592 1.00202.76 C \ ANISOU46034 CD ARG M 14 16266 26872 29008 1294 1109 5651 C \ ATOM 46035 NE ARG M 14 -15.078 -55.324 -3.323 1.00205.42 N \ ANISOU46035 NE ARG M 14 17559 27165 29369 1511 1758 6058 N \ ATOM 46036 CZ ARG M 14 -15.027 -54.326 -4.205 1.00201.87 C \ ANISOU46036 CZ ARG M 14 17950 27182 29592 994 1605 6243 C \ ATOM 46037 NH1 ARG M 14 -15.509 -54.486 -5.440 1.00197.92 N \ ANISOU46037 NH1 ARG M 14 17640 25688 29255 954 1383 6282 N \ ATOM 46038 NH2 ARG M 14 -14.490 -53.163 -3.843 1.00201.96 N \ ANISOU46038 NH2 ARG M 14 17351 24867 29025 559 1074 6375 N \ ATOM 46039 N VAL M 15 -20.866 -58.199 -4.700 1.00200.51 N \ ANISOU46039 N VAL M 15 18375 28138 29660 1000 1839 6294 N \ ATOM 46040 CA VAL M 15 -21.699 -58.823 -5.719 1.00198.79 C \ ANISOU46040 CA VAL M 15 17805 25434 29302 1362 1516 6196 C \ ATOM 46041 C VAL M 15 -20.846 -59.271 -6.910 1.00193.86 C \ ANISOU46041 C VAL M 15 18299 24988 29869 1330 1314 6194 C \ ATOM 46042 O VAL M 15 -21.148 -60.276 -7.573 1.00194.60 O \ ANISOU46042 O VAL M 15 17824 24178 29878 1375 1176 6056 O \ ATOM 46043 CB VAL M 15 -22.909 -57.948 -6.115 1.00204.69 C \ ANISOU46043 CB VAL M 15 17364 23089 29667 1280 925 6028 C \ ATOM 46044 CG1 VAL M 15 -23.804 -58.685 -7.098 1.00206.26 C \ ANISOU46044 CG1 VAL M 15 18773 25131 30036 1679 1512 6126 C \ ATOM 46045 CG2 VAL M 15 -23.709 -57.587 -4.872 1.00203.88 C \ ANISOU46045 CG2 VAL M 15 19302 25680 30006 1596 1583 6267 C \ ATOM 46046 N ASP M 16 -19.745 -58.578 -7.153 1.00191.56 N \ ANISOU46046 N ASP M 16 19306 24829 29886 1398 1319 6348 N \ ATOM 46047 CA ASP M 16 -18.808 -59.149 -8.097 1.00196.32 C \ ANISOU46047 CA ASP M 16 19285 24447 29313 1596 1475 6351 C \ ATOM 46048 C ASP M 16 -18.355 -60.564 -7.653 1.00202.62 C \ ANISOU46048 C ASP M 16 19016 24014 28855 1981 1713 6205 C \ ATOM 46049 O ASP M 16 -18.742 -61.541 -8.301 1.00199.30 O \ ANISOU46049 O ASP M 16 18680 23865 28821 2226 1851 6039 O \ ATOM 46050 CB ASP M 16 -17.668 -58.181 -8.500 1.00204.72 C \ ANISOU46050 CB ASP M 16 19272 23799 28477 2096 1810 6228 C \ ATOM 46051 CG ASP M 16 -16.556 -58.065 -7.458 1.00206.17 C \ ANISOU46051 CG ASP M 16 17798 24599 29977 1532 1322 5955 C \ ATOM 46052 OD1 ASP M 16 -15.522 -58.764 -7.586 1.00204.17 O \ ANISOU46052 OD1 ASP M 16 17571 24073 30114 1545 1226 5821 O \ ATOM 46053 OD2 ASP M 16 -16.696 -57.237 -6.539 1.00208.68 O \ ANISOU46053 OD2 ASP M 16 17710 24047 30379 1114 879 5934 O \ ATOM 46054 N VAL M 17 -17.618 -60.693 -6.543 1.00200.01 N \ ANISOU46054 N VAL M 17 17198 22874 30084 1038 623 5896 N \ ATOM 46055 CA VAL M 17 -17.107 -62.005 -6.098 1.00174.55 C \ ANISOU46055 CA VAL M 17 17104 24005 29590 1823 1449 5691 C \ ATOM 46056 C VAL M 17 -18.221 -63.001 -5.767 1.00178.53 C \ ANISOU46056 C VAL M 17 17704 24620 30206 827 850 6056 C \ ATOM 46057 O VAL M 17 -18.043 -64.216 -5.794 1.00171.69 O \ ANISOU46057 O VAL M 17 17563 24191 29975 332 513 6180 O \ ATOM 46058 CB VAL M 17 -16.136 -61.882 -4.901 1.00172.14 C \ ANISOU46058 CB VAL M 17 18067 23933 30296 118 217 6297 C \ ATOM 46059 CG1 VAL M 17 -14.781 -61.359 -5.355 1.00185.46 C \ ANISOU46059 CG1 VAL M 17 18463 23592 30647 -86 -149 6320 C \ ATOM 46060 CG2 VAL M 17 -16.696 -60.982 -3.863 1.00172.63 C \ ANISOU46060 CG2 VAL M 17 17115 24563 29301 -73 556 6309 C \ ATOM 46061 N ALA M 18 -19.381 -62.457 -5.462 1.00183.23 N \ ANISOU46061 N ALA M 18 17102 24178 29101 -603 230 6400 N \ ATOM 46062 CA ALA M 18 -20.589 -63.247 -5.368 1.00189.61 C \ ANISOU46062 CA ALA M 18 17378 24966 28971 -1254 198 6586 C \ ATOM 46063 C ALA M 18 -20.903 -64.010 -6.657 1.00194.45 C \ ANISOU46063 C ALA M 18 17958 25054 29198 -1852 -135 6680 C \ ATOM 46064 O ALA M 18 -21.132 -65.218 -6.637 1.00194.93 O \ ANISOU46064 O ALA M 18 18567 25755 29197 -2643 -225 6881 O \ ATOM 46065 CB ALA M 18 -21.750 -62.344 -5.030 1.00197.55 C \ ANISOU46065 CB ALA M 18 18555 24515 30612 207 347 6358 C \ ATOM 46066 N LEU M 19 -20.941 -63.302 -7.781 1.00200.43 N \ ANISOU46066 N LEU M 19 19486 24665 31378 114 61 6437 N \ ATOM 46067 CA LEU M 19 -21.334 -63.953 -9.040 1.00202.67 C \ ANISOU46067 CA LEU M 19 19403 23915 31776 388 -172 6257 C \ ATOM 46068 C LEU M 19 -20.390 -65.082 -9.581 1.00204.96 C \ ANISOU46068 C LEU M 19 19875 23705 32232 226 -593 6274 C \ ATOM 46069 O LEU M 19 -20.807 -65.878 -10.426 1.00205.61 O \ ANISOU46069 O LEU M 19 19657 25017 31318 283 297 6475 O \ ATOM 46070 CB LEU M 19 -21.693 -62.892 -10.101 1.00204.43 C \ ANISOU46070 CB LEU M 19 21465 26393 32527 -100 93 6687 C \ ATOM 46071 CG LEU M 19 -23.079 -62.257 -9.860 1.00201.02 C \ ANISOU46071 CG LEU M 19 21457 25392 32529 -73 -335 6692 C \ ATOM 46072 CD1 LEU M 19 -23.210 -60.831 -10.391 1.00201.84 C \ ANISOU46072 CD1 LEU M 19 20852 24671 32378 307 -305 6523 C \ ATOM 46073 CD2 LEU M 19 -24.154 -63.127 -10.461 1.00199.33 C \ ANISOU46073 CD2 LEU M 19 22037 25295 32622 -455 -719 6854 C \ ATOM 46074 N THR M 20 -19.154 -65.164 -9.072 1.00200.90 N \ ANISOU46074 N THR M 20 18714 23407 31473 800 103 6061 N \ ATOM 46075 CA THR M 20 -18.226 -66.289 -9.332 1.00195.81 C \ ANISOU46075 CA THR M 20 18885 23109 32174 1033 -54 5848 C \ ATOM 46076 C THR M 20 -18.836 -67.652 -9.078 1.00196.50 C \ ANISOU46076 C THR M 20 18829 22761 32430 1043 -259 5717 C \ ATOM 46077 O THR M 20 -18.522 -68.649 -9.754 1.00198.81 O \ ANISOU46077 O THR M 20 18859 22274 32784 1123 -603 5602 O \ ATOM 46078 CB THR M 20 -17.077 -66.232 -8.346 1.00186.08 C \ ANISOU46078 CB THR M 20 18830 23303 32362 1365 340 5651 C \ ATOM 46079 OG1 THR M 20 -16.346 -65.035 -8.581 1.00184.60 O \ ANISOU46079 OG1 THR M 20 18628 22882 32114 988 -75 5718 O \ ATOM 46080 CG2 THR M 20 -16.155 -67.466 -8.466 1.00180.12 C \ ANISOU46080 CG2 THR M 20 18293 22192 31927 974 -253 5604 C \ ATOM 46081 N TYR M 21 -19.711 -67.663 -8.077 1.00191.89 N \ ANISOU46081 N TYR M 21 18478 21723 31744 640 -770 5769 N \ ATOM 46082 CA TYR M 21 -20.226 -68.872 -7.461 1.00188.29 C \ ANISOU46082 CA TYR M 21 18399 20992 31843 755 -1095 5634 C \ ATOM 46083 C TYR M 21 -21.253 -69.556 -8.344 1.00192.61 C \ ANISOU46083 C TYR M 21 17814 22169 31304 951 30 5587 C \ ATOM 46084 O TYR M 21 -21.720 -70.658 -8.063 1.00189.07 O \ ANISOU46084 O TYR M 21 16967 21625 30683 1311 469 5366 O \ ATOM 46085 CB TYR M 21 -20.739 -68.558 -6.046 1.00185.62 C \ ANISOU46085 CB TYR M 21 16488 21546 29939 1275 643 5385 C \ ATOM 46086 CG TYR M 21 -19.591 -68.366 -5.072 1.00183.25 C \ ANISOU46086 CG TYR M 21 17028 21223 31210 1545 481 5076 C \ ATOM 46087 CD1 TYR M 21 -19.739 -68.629 -3.712 1.00182.73 C \ ANISOU46087 CD1 TYR M 21 18608 21980 31297 226 -845 6042 C \ ATOM 46088 CD2 TYR M 21 -18.334 -67.950 -5.531 1.00183.18 C \ ANISOU46088 CD2 TYR M 21 19516 22096 31633 -175 -1337 6216 C \ ATOM 46089 CE1 TYR M 21 -18.655 -68.477 -2.828 1.00182.66 C \ ANISOU46089 CE1 TYR M 21 19677 21492 31856 -11 -1747 6184 C \ ATOM 46090 CE2 TYR M 21 -17.254 -67.801 -4.675 1.00183.80 C \ ANISOU46090 CE2 TYR M 21 20287 21159 32093 -137 -2262 6223 C \ ATOM 46091 CZ TYR M 21 -17.405 -68.061 -3.319 1.00183.47 C \ ANISOU46091 CZ TYR M 21 20120 23055 31565 -738 -1263 6493 C \ ATOM 46092 OH TYR M 21 -16.300 -67.897 -2.476 1.00181.81 O \ ANISOU46092 OH TYR M 21 21140 23710 31987 -1274 -1501 6620 O \ ATOM 46093 N ILE M 22 -21.586 -68.882 -9.431 1.00178.73 N \ ANISOU46093 N ILE M 22 20822 24488 31564 -1627 -1130 6708 N \ ATOM 46094 CA ILE M 22 -22.326 -69.493 -10.515 1.00187.72 C \ ANISOU46094 CA ILE M 22 20109 24769 31261 -1345 -708 6646 C \ ATOM 46095 C ILE M 22 -21.345 -70.403 -11.288 1.00195.10 C \ ANISOU46095 C ILE M 22 21189 24719 31421 -2177 -1281 6821 C \ ATOM 46096 O ILE M 22 -20.129 -70.142 -11.306 1.00195.62 O \ ANISOU46096 O ILE M 22 19259 21422 31858 282 -1557 6100 O \ ATOM 46097 CB ILE M 22 -22.955 -68.401 -11.444 1.00172.55 C \ ANISOU46097 CB ILE M 22 19857 21431 32635 467 -1958 6036 C \ ATOM 46098 CG1 ILE M 22 -24.109 -67.660 -10.747 1.00168.12 C \ ANISOU46098 CG1 ILE M 22 20297 21646 33866 928 -2149 5698 C \ ATOM 46099 CG2 ILE M 22 -23.459 -69.011 -12.749 1.00174.39 C \ ANISOU46099 CG2 ILE M 22 20866 21491 34472 1051 -2704 5631 C \ ATOM 46100 CD1 ILE M 22 -23.684 -66.599 -9.777 1.00165.31 C \ ANISOU46100 CD1 ILE M 22 19211 21219 32077 548 -1698 6074 C \ ATOM 46101 N TYR M 23 -21.851 -71.482 -11.893 1.00200.28 N \ ANISOU46101 N TYR M 23 19512 21491 31544 129 -1666 6383 N \ ATOM 46102 CA TYR M 23 -21.001 -72.305 -12.748 1.00203.44 C \ ANISOU46102 CA TYR M 23 20475 21407 31841 -176 -2283 6557 C \ ATOM 46103 C TYR M 23 -20.582 -71.540 -13.983 1.00206.35 C \ ANISOU46103 C TYR M 23 20443 20855 32155 127 -2700 6433 C \ ATOM 46104 O TYR M 23 -19.395 -71.401 -14.241 1.00212.46 O \ ANISOU46104 O TYR M 23 19638 20586 31602 287 -2355 6398 O \ ATOM 46105 CB TYR M 23 -21.652 -73.615 -13.170 1.00202.33 C \ ANISOU46105 CB TYR M 23 20244 22208 34411 1193 -1690 5462 C \ ATOM 46106 CG TYR M 23 -20.695 -74.501 -13.920 1.00203.55 C \ ANISOU46106 CG TYR M 23 20385 22329 35361 1608 -1721 5087 C \ ATOM 46107 CD1 TYR M 23 -19.653 -75.131 -13.256 1.00207.64 C \ ANISOU46107 CD1 TYR M 23 20650 22146 35510 1648 -1876 4994 C \ ATOM 46108 CD2 TYR M 23 -20.815 -74.691 -15.290 1.00202.55 C \ ANISOU46108 CD2 TYR M 23 20459 21844 35919 2007 -1943 4664 C \ ATOM 46109 CE1 TYR M 23 -18.753 -75.934 -13.933 1.00212.35 C \ ANISOU46109 CE1 TYR M 23 20064 22767 35580 1808 -1093 4861 C \ ATOM 46110 CE2 TYR M 23 -19.920 -75.496 -15.983 1.00206.60 C \ ANISOU46110 CE2 TYR M 23 19831 22783 34979 1685 -721 4938 C \ ATOM 46111 CZ TYR M 23 -18.888 -76.120 -15.295 1.00211.99 C \ ANISOU46111 CZ TYR M 23 20080 23164 35578 1762 -876 4946 C \ ATOM 46112 OH TYR M 23 -17.973 -76.928 -15.943 1.00215.27 O \ ANISOU46112 OH TYR M 23 20897 22181 34986 1266 -1906 5261 O \ ATOM 46113 N GLY M 24 -21.534 -71.000 -14.730 1.00201.22 N \ ANISOU46113 N GLY M 24 21256 21949 35022 1212 -2116 5220 N \ ATOM 46114 CA GLY M 24 -21.156 -70.291 -15.941 1.00200.27 C \ ANISOU46114 CA GLY M 24 20296 21338 34477 1452 -1694 4956 C \ ATOM 46115 C GLY M 24 -20.342 -69.003 -15.758 1.00195.90 C \ ANISOU46115 C GLY M 24 20290 20917 34779 1766 -1825 4676 C \ ATOM 46116 O GLY M 24 -20.040 -68.310 -16.737 1.00194.15 O \ ANISOU46116 O GLY M 24 19620 21389 33758 1329 -1193 5028 O \ ATOM 46117 N ILE M 25 -19.988 -68.661 -14.520 1.00189.75 N \ ANISOU46117 N ILE M 25 19600 21602 33926 1492 -794 4816 N \ ATOM 46118 CA ILE M 25 -19.466 -67.324 -14.253 1.00181.74 C \ ANISOU46118 CA ILE M 25 20045 22299 33770 1137 -664 5044 C \ ATOM 46119 C ILE M 25 -18.155 -67.214 -13.466 1.00183.66 C \ ANISOU46119 C ILE M 25 19970 22781 33475 919 -545 5270 C \ ATOM 46120 O ILE M 25 -17.862 -67.995 -12.548 1.00182.65 O \ ANISOU46120 O ILE M 25 19147 21790 34012 1757 -293 4618 O \ ATOM 46121 CB ILE M 25 -20.570 -66.438 -13.645 1.00172.35 C \ ANISOU46121 CB ILE M 25 19461 22008 35066 2084 -390 4319 C \ ATOM 46122 CG1 ILE M 25 -21.658 -66.222 -14.688 1.00167.17 C \ ANISOU46122 CG1 ILE M 25 19003 21828 33785 1832 150 4465 C \ ATOM 46123 CG2 ILE M 25 -20.045 -65.083 -13.231 1.00172.73 C \ ANISOU46123 CG2 ILE M 25 19088 22219 35168 2233 69 4135 C \ ATOM 46124 CD1 ILE M 25 -22.898 -65.628 -14.142 1.00163.64 C \ ANISOU46124 CD1 ILE M 25 20794 22673 34259 1086 -697 4968 C \ ATOM 46125 N GLY M 26 -17.393 -66.198 -13.863 1.00188.51 N \ ANISOU46125 N GLY M 26 21425 23631 34392 748 -595 5148 N \ ATOM 46126 CA GLY M 26 -16.128 -65.818 -13.268 1.00194.07 C \ ANISOU46126 CA GLY M 26 21319 24402 34493 902 -123 5125 C \ ATOM 46127 C GLY M 26 -15.957 -64.306 -13.406 1.00198.94 C \ ANISOU46127 C GLY M 26 21249 24360 34731 1249 207 4876 C \ ATOM 46128 O GLY M 26 -16.869 -63.632 -13.918 1.00198.91 O \ ANISOU46128 O GLY M 26 21763 23366 34440 738 -660 5010 O \ ATOM 46129 N LYS M 27 -14.793 -63.791 -12.978 1.00200.18 N \ ANISOU46129 N LYS M 27 21357 23316 33535 361 -615 5181 N \ ATOM 46130 CA LYS M 27 -14.581 -62.363 -12.682 1.00195.61 C \ ANISOU46130 CA LYS M 27 20815 23473 32855 51 -609 5413 C \ ATOM 46131 C LYS M 27 -15.168 -61.472 -13.780 1.00191.17 C \ ANISOU46131 C LYS M 27 21565 23068 33484 391 -589 5041 C \ ATOM 46132 O LYS M 27 -15.871 -60.474 -13.519 1.00183.08 O \ ANISOU46132 O LYS M 27 21435 25202 34390 650 -85 5366 O \ ATOM 46133 CB LYS M 27 -13.075 -62.091 -12.492 1.00195.54 C \ ANISOU46133 CB LYS M 27 20983 25524 34013 851 300 5344 C \ ATOM 46134 CG LYS M 27 -12.704 -60.690 -11.942 1.00211.12 C \ ANISOU46134 CG LYS M 27 21004 25556 33872 960 468 5208 C \ ATOM 46135 CD LYS M 27 -12.977 -60.503 -10.417 1.00218.62 C \ ANISOU46135 CD LYS M 27 20587 25254 33500 1292 794 5050 C \ ATOM 46136 CE LYS M 27 -12.410 -59.161 -9.863 1.00193.69 C \ ANISOU46136 CE LYS M 27 20910 26171 33703 509 223 5608 C \ ATOM 46137 NZ LYS M 27 -12.683 -58.897 -8.405 1.00189.88 N \ ANISOU46137 NZ LYS M 27 21407 26251 33864 8 -162 5760 N \ ATOM 46138 N ALA M 28 -14.919 -61.915 -15.007 1.00195.01 N \ ANISOU46138 N ALA M 28 21746 25570 34301 153 -394 5647 N \ ATOM 46139 CA ALA M 28 -15.244 -61.188 -16.222 1.00196.67 C \ ANISOU46139 CA ALA M 28 21239 25544 33806 648 221 5273 C \ ATOM 46140 C ALA M 28 -16.740 -61.009 -16.504 1.00191.03 C \ ANISOU46140 C ALA M 28 21095 25348 33391 663 290 5179 C \ ATOM 46141 O ALA M 28 -17.218 -59.881 -16.685 1.00187.50 O \ ANISOU46141 O ALA M 28 21068 24683 33409 1041 552 4882 O \ ATOM 46142 CB ALA M 28 -14.553 -61.862 -17.405 1.00200.48 C \ ANISOU46142 CB ALA M 28 20961 24584 33029 1164 724 4782 C \ ATOM 46143 N ARG M 29 -17.472 -62.117 -16.555 1.00190.92 N \ ANISOU46143 N ARG M 29 21431 25368 33332 187 -72 5308 N \ ATOM 46144 CA ARG M 29 -18.897 -62.056 -16.861 1.00192.54 C \ ANISOU46144 CA ARG M 29 21068 24141 33732 1212 576 4723 C \ ATOM 46145 C ARG M 29 -19.640 -61.427 -15.688 1.00189.18 C \ ANISOU46145 C ARG M 29 20924 23530 33723 1533 901 4395 C \ ATOM 46146 O ARG M 29 -20.760 -60.925 -15.838 1.00184.55 O \ ANISOU46146 O ARG M 29 20099 23097 32865 1757 1304 4320 O \ ATOM 46147 CB ARG M 29 -19.451 -63.443 -17.201 1.00194.60 C \ ANISOU46147 CB ARG M 29 19567 23111 32450 1785 1331 4464 C \ ATOM 46148 CG ARG M 29 -19.055 -63.966 -18.596 1.00197.36 C \ ANISOU46148 CG ARG M 29 19576 21793 32913 1715 860 4193 C \ ATOM 46149 CD ARG M 29 -20.238 -63.911 -19.563 1.00194.82 C \ ANISOU46149 CD ARG M 29 18891 21567 32662 1830 962 4216 C \ ATOM 46150 NE ARG M 29 -20.519 -65.156 -20.291 1.00192.25 N \ ANISOU46150 NE ARG M 29 20125 21848 33353 1527 363 4309 N \ ATOM 46151 CZ ARG M 29 -20.800 -66.336 -19.733 1.00189.19 C \ ANISOU46151 CZ ARG M 29 19799 22402 32273 1903 1610 4093 C \ ATOM 46152 NH1 ARG M 29 -20.802 -66.491 -18.415 1.00187.83 N \ ANISOU46152 NH1 ARG M 29 19088 21803 31295 2095 1970 4009 N \ ATOM 46153 NH2 ARG M 29 -21.063 -67.383 -20.502 1.00188.31 N \ ANISOU46153 NH2 ARG M 29 18807 21467 31445 2231 2281 3802 N \ ATOM 46154 N ALA M 30 -18.979 -61.417 -14.530 1.00190.48 N \ ANISOU46154 N ALA M 30 18258 20887 31493 2220 2186 3709 N \ ATOM 46155 CA ALA M 30 -19.504 -60.735 -13.352 1.00188.86 C \ ANISOU46155 CA ALA M 30 19183 21361 30727 2134 2137 3864 C \ ATOM 46156 C ALA M 30 -19.413 -59.209 -13.516 1.00189.86 C \ ANISOU46156 C ALA M 30 19326 21484 30569 1928 1764 4024 C \ ATOM 46157 O ALA M 30 -20.458 -58.546 -13.629 1.00184.64 O \ ANISOU46157 O ALA M 30 19460 22443 30606 1854 1487 4310 O \ ATOM 46158 CB ALA M 30 -18.787 -61.198 -12.091 1.00186.07 C \ ANISOU46158 CB ALA M 30 20150 23196 30746 2079 1601 4275 C \ ATOM 46159 N LYS M 31 -18.188 -58.658 -13.568 1.00190.89 N \ ANISOU46159 N LYS M 31 20317 24047 30750 2096 1355 4433 N \ ATOM 46160 CA LYS M 31 -18.018 -57.207 -13.755 1.00188.78 C \ ANISOU46160 CA LYS M 31 20081 24576 30872 1812 1038 4642 C \ ATOM 46161 C LYS M 31 -18.848 -56.753 -14.947 1.00190.28 C \ ANISOU46161 C LYS M 31 20616 24259 30493 2392 1417 4360 C \ ATOM 46162 O LYS M 31 -19.402 -55.644 -14.950 1.00191.35 O \ ANISOU46162 O LYS M 31 19330 21957 31637 2354 2615 3723 O \ ATOM 46163 CB LYS M 31 -16.554 -56.795 -13.942 1.00186.81 C \ ANISOU46163 CB LYS M 31 19508 22239 32213 2395 2847 3593 C \ ATOM 46164 CG LYS M 31 -16.307 -55.295 -13.694 1.00185.23 C \ ANISOU46164 CG LYS M 31 19691 22174 32922 2375 3094 3239 C \ ATOM 46165 CD LYS M 31 -15.176 -54.711 -14.556 1.00187.69 C \ ANISOU46165 CD LYS M 31 19292 22058 33161 2376 3106 3151 C \ ATOM 46166 CE LYS M 31 -14.887 -53.225 -14.240 1.00190.05 C \ ANISOU46166 CE LYS M 31 16415 19017 28493 2490 3153 3579 C \ ATOM 46167 NZ LYS M 31 -14.084 -52.478 -15.287 1.00193.49 N \ ANISOU46167 NZ LYS M 31 16818 18759 28446 2453 3619 3256 N \ ATOM 46168 N GLU M 32 -18.949 -57.639 -15.939 1.00193.92 N \ ANISOU46168 N GLU M 32 15799 18746 28268 2483 3158 3639 N \ ATOM 46169 CA GLU M 32 -19.906 -57.489 -17.033 1.00198.78 C \ ANISOU46169 CA GLU M 32 20198 22190 33175 2364 3293 3013 C \ ATOM 46170 C GLU M 32 -21.313 -57.219 -16.491 1.00197.64 C \ ANISOU46170 C GLU M 32 20094 21921 33518 2361 3667 2596 C \ ATOM 46171 O GLU M 32 -21.845 -56.106 -16.630 1.00199.53 O \ ANISOU46171 O GLU M 32 19951 21820 34118 2453 3432 2442 O \ ATOM 46172 CB GLU M 32 -19.925 -58.746 -17.932 1.00200.00 C \ ANISOU46172 CB GLU M 32 20388 22306 35121 2515 3709 2056 C \ ATOM 46173 CG GLU M 32 -19.868 -58.496 -19.465 1.00211.56 C \ ANISOU46173 CG GLU M 32 20364 21540 32991 2286 4159 2349 C \ ATOM 46174 CD GLU M 32 -21.239 -58.267 -20.130 1.00208.91 C \ ANISOU46174 CD GLU M 32 20204 20902 31823 2290 4009 2566 C \ ATOM 46175 OE1 GLU M 32 -22.222 -58.942 -19.759 1.00205.03 O \ ANISOU46175 OE1 GLU M 32 19741 20211 31367 2295 3706 2607 O \ ATOM 46176 OE2 GLU M 32 -21.326 -57.413 -21.040 1.00210.43 O \ ANISOU46176 OE2 GLU M 32 19548 19598 30190 2267 3562 2786 O \ ATOM 46177 N ALA M 33 -21.910 -58.225 -15.862 1.00193.69 N \ ANISOU46177 N ALA M 33 18936 19313 29226 2342 3474 3024 N \ ATOM 46178 CA ALA M 33 -23.317 -58.120 -15.495 1.00195.20 C \ ANISOU46178 CA ALA M 33 19363 21225 33513 2460 2915 2726 C \ ATOM 46179 C ALA M 33 -23.626 -56.954 -14.562 1.00194.81 C \ ANISOU46179 C ALA M 33 19545 21114 34008 2552 2639 2608 C \ ATOM 46180 O ALA M 33 -24.660 -56.310 -14.705 1.00194.54 O \ ANISOU46180 O ALA M 33 19329 21227 34658 2691 2317 2562 O \ ATOM 46181 CB ALA M 33 -23.810 -59.406 -14.905 1.00196.06 C \ ANISOU46181 CB ALA M 33 19795 21378 35328 2816 1959 2504 C \ ATOM 46182 N LEU M 34 -22.726 -56.689 -13.615 1.00193.77 N \ ANISOU46182 N LEU M 34 20090 21314 33897 2410 2246 2921 N \ ATOM 46183 CA LEU M 34 -22.900 -55.573 -12.679 1.00190.58 C \ ANISOU46183 CA LEU M 34 21006 22070 33985 2292 2463 3024 C \ ATOM 46184 C LEU M 34 -22.826 -54.220 -13.389 1.00189.35 C \ ANISOU46184 C LEU M 34 21646 22188 34218 2315 2794 2773 C \ ATOM 46185 O LEU M 34 -23.654 -53.339 -13.146 1.00187.48 O \ ANISOU46185 O LEU M 34 21148 22603 33863 2199 2307 3332 O \ ATOM 46186 CB LEU M 34 -21.875 -55.639 -11.532 1.00187.62 C \ ANISOU46186 CB LEU M 34 18670 21103 34403 2677 2413 2589 C \ ATOM 46187 CG LEU M 34 -22.080 -56.711 -10.454 1.00182.33 C \ ANISOU46187 CG LEU M 34 17833 20609 34313 2781 2051 2601 C \ ATOM 46188 CD1 LEU M 34 -20.930 -56.739 -9.470 1.00178.90 C \ ANISOU46188 CD1 LEU M 34 17438 20571 34842 2967 2297 2131 C \ ATOM 46189 CD2 LEU M 34 -23.379 -56.457 -9.732 1.00182.82 C \ ANISOU46189 CD2 LEU M 34 16659 20117 34180 2865 2793 1938 C \ ATOM 46190 N GLU M 35 -21.842 -54.056 -14.269 1.00189.19 N \ ANISOU46190 N GLU M 35 16690 19839 33010 2628 1975 2926 N \ ATOM 46191 CA GLU M 35 -21.753 -52.811 -15.012 1.00192.77 C \ ANISOU46191 CA GLU M 35 16011 19136 31574 2492 2371 3044 C \ ATOM 46192 C GLU M 35 -22.960 -52.656 -15.932 1.00192.20 C \ ANISOU46192 C GLU M 35 15409 18883 31011 2436 2534 3108 C \ ATOM 46193 O GLU M 35 -23.334 -51.541 -16.275 1.00193.55 O \ ANISOU46193 O GLU M 35 15814 18794 30668 2376 2102 3413 O \ ATOM 46194 CB GLU M 35 -20.436 -52.718 -15.787 1.00196.71 C \ ANISOU46194 CB GLU M 35 17817 20879 35837 3234 1931 1934 C \ ATOM 46195 CG GLU M 35 -19.638 -51.420 -15.532 1.00202.23 C \ ANISOU46195 CG GLU M 35 17741 21336 36835 3470 2067 1455 C \ ATOM 46196 CD GLU M 35 -18.162 -51.679 -15.219 1.00202.33 C \ ANISOU46196 CD GLU M 35 17336 21531 36811 3322 2065 1554 C \ ATOM 46197 OE1 GLU M 35 -17.792 -52.866 -15.112 1.00200.39 O \ ANISOU46197 OE1 GLU M 35 17012 21089 36082 3189 1700 1984 O \ ATOM 46198 OE2 GLU M 35 -17.379 -50.709 -15.078 1.00203.52 O \ ANISOU46198 OE2 GLU M 35 18247 21653 37934 3878 1493 1264 O \ ATOM 46199 N LYS M 36 -23.578 -53.775 -16.307 1.00190.91 N \ ANISOU46199 N LYS M 36 18291 21334 37648 3846 797 1693 N \ ATOM 46200 CA LYS M 36 -24.783 -53.753 -17.146 1.00194.56 C \ ANISOU46200 CA LYS M 36 18888 21641 38209 4063 1549 1072 C \ ATOM 46201 C LYS M 36 -26.082 -53.400 -16.393 1.00199.52 C \ ANISOU46201 C LYS M 36 17768 22599 37968 3302 2499 1148 C \ ATOM 46202 O LYS M 36 -26.932 -52.662 -16.904 1.00202.20 O \ ANISOU46202 O LYS M 36 18197 23533 38660 3101 2526 1230 O \ ATOM 46203 CB LYS M 36 -24.953 -55.092 -17.871 1.00190.83 C \ ANISOU46203 CB LYS M 36 18967 24486 40042 3300 1808 1342 C \ ATOM 46204 CG LYS M 36 -23.994 -55.301 -19.028 1.00190.93 C \ ANISOU46204 CG LYS M 36 19254 25078 40466 3142 1695 1473 C \ ATOM 46205 CD LYS M 36 -24.247 -54.312 -20.163 1.00194.03 C \ ANISOU46205 CD LYS M 36 18184 24125 39138 2902 3196 781 C \ ATOM 46206 CE LYS M 36 -25.631 -54.503 -20.765 1.00193.32 C \ ANISOU46206 CE LYS M 36 21141 27093 41477 2503 3479 1012 C \ ATOM 46207 NZ LYS M 36 -25.900 -55.923 -21.122 1.00189.04 N \ ANISOU46207 NZ LYS M 36 21318 26901 40756 2194 4205 921 N \ ATOM 46208 N THR M 37 -26.230 -53.944 -15.186 1.00202.30 N \ ANISOU46208 N THR M 37 21597 27475 41436 2078 4737 441 N \ ATOM 46209 CA THR M 37 -27.418 -53.732 -14.356 1.00205.49 C \ ANISOU46209 CA THR M 37 21168 26160 39474 2071 4238 1308 C \ ATOM 46210 C THR M 37 -27.255 -52.528 -13.447 1.00206.09 C \ ANISOU46210 C THR M 37 19298 24498 40612 3645 1295 1290 C \ ATOM 46211 O THR M 37 -28.202 -52.131 -12.771 1.00205.87 O \ ANISOU46211 O THR M 37 18937 23842 40246 3775 510 1574 O \ ATOM 46212 CB THR M 37 -27.655 -54.910 -13.409 1.00206.37 C \ ANISOU46212 CB THR M 37 17910 22372 38122 3421 422 2165 C \ ATOM 46213 OG1 THR M 37 -26.571 -54.977 -12.473 1.00204.22 O \ ANISOU46213 OG1 THR M 37 16990 21642 37146 3248 296 2379 O \ ATOM 46214 CG2 THR M 37 -27.752 -56.223 -14.175 1.00207.45 C \ ANISOU46214 CG2 THR M 37 19441 23735 40764 4160 -19 1481 C \ ATOM 46215 N GLY M 38 -26.047 -51.972 -13.408 1.00205.45 N \ ANISOU46215 N GLY M 38 17705 21631 37071 3313 511 2394 N \ ATOM 46216 CA GLY M 38 -25.795 -50.760 -12.651 1.00205.89 C \ ANISOU46216 CA GLY M 38 17407 21034 35798 3005 437 2906 C \ ATOM 46217 C GLY M 38 -25.872 -50.909 -11.147 1.00200.31 C \ ANISOU46217 C GLY M 38 16877 20935 35095 2790 857 3010 C \ ATOM 46218 O GLY M 38 -26.657 -50.245 -10.473 1.00199.99 O \ ANISOU46218 O GLY M 38 16683 20745 34517 2625 670 3345 O \ ATOM 46219 N ILE M 39 -25.053 -51.800 -10.622 1.00196.78 N \ ANISOU46219 N ILE M 39 17472 20694 35149 2912 625 3009 N \ ATOM 46220 CA ILE M 39 -24.973 -52.001 -9.192 1.00197.73 C \ ANISOU46220 CA ILE M 39 18125 20803 35860 3129 331 2831 C \ ATOM 46221 C ILE M 39 -23.524 -51.928 -8.760 1.00200.32 C \ ANISOU46221 C ILE M 39 18248 20463 35176 2971 462 2970 C \ ATOM 46222 O ILE M 39 -22.672 -52.574 -9.365 1.00200.62 O \ ANISOU46222 O ILE M 39 17714 20080 34059 2699 671 3252 O \ ATOM 46223 CB ILE M 39 -25.506 -53.380 -8.844 1.00197.26 C \ ANISOU46223 CB ILE M 39 18869 20559 35731 3140 329 2783 C \ ATOM 46224 CG1 ILE M 39 -27.018 -53.424 -9.105 1.00201.43 C \ ANISOU46224 CG1 ILE M 39 16666 20998 35073 2783 1439 2701 C \ ATOM 46225 CG2 ILE M 39 -25.143 -53.739 -7.410 1.00196.38 C \ ANISOU46225 CG2 ILE M 39 16081 20642 34171 2580 1887 2741 C \ ATOM 46226 CD1 ILE M 39 -27.650 -54.806 -8.984 1.00201.27 C \ ANISOU46226 CD1 ILE M 39 15300 20197 33820 2519 1694 2760 C \ ATOM 46227 N ASN M 40 -23.236 -51.143 -7.726 1.00204.57 N \ ANISOU46227 N ASN M 40 15225 20056 33173 2364 1705 3050 N \ ATOM 46228 CA ASN M 40 -21.876 -51.082 -7.196 1.00209.10 C \ ANISOU46228 CA ASN M 40 16324 20990 34505 2532 2529 2347 C \ ATOM 46229 C ASN M 40 -21.431 -52.499 -6.857 1.00211.12 C \ ANISOU46229 C ASN M 40 16675 21326 34238 2292 2968 2413 C \ ATOM 46230 O ASN M 40 -22.091 -53.185 -6.070 1.00211.45 O \ ANISOU46230 O ASN M 40 16205 20444 33917 2598 2676 2316 O \ ATOM 46231 CB ASN M 40 -21.817 -50.172 -5.955 1.00209.42 C \ ANISOU46231 CB ASN M 40 14835 20088 34344 2665 1483 2442 C \ ATOM 46232 CG ASN M 40 -20.412 -50.056 -5.347 1.00205.83 C \ ANISOU46232 CG ASN M 40 14724 20317 34666 2584 1272 2434 C \ ATOM 46233 OD1 ASN M 40 -19.411 -50.405 -5.969 1.00203.03 O \ ANISOU46233 OD1 ASN M 40 14968 20212 34596 2605 609 2834 O \ ATOM 46234 ND2 ASN M 40 -20.346 -49.546 -4.121 1.00205.60 N \ ANISOU46234 ND2 ASN M 40 14744 20039 34222 2449 494 2994 N \ ATOM 46235 N PRO M 41 -20.337 -52.961 -7.492 1.00213.25 N \ ANISOU46235 N PRO M 41 16777 23051 37998 2721 1273 1904 N \ ATOM 46236 CA PRO M 41 -19.785 -54.289 -7.203 1.00211.92 C \ ANISOU46236 CA PRO M 41 17091 23337 38998 3085 522 1837 C \ ATOM 46237 C PRO M 41 -19.354 -54.368 -5.751 1.00211.69 C \ ANISOU46237 C PRO M 41 16324 23070 37794 2432 1492 1794 C \ ATOM 46238 O PRO M 41 -19.564 -55.398 -5.103 1.00208.82 O \ ANISOU46238 O PRO M 41 15616 20412 35028 2752 181 2998 O \ ATOM 46239 CB PRO M 41 -18.549 -54.358 -8.108 1.00212.62 C \ ANISOU46239 CB PRO M 41 16275 20614 35197 2684 -411 3387 C \ ATOM 46240 CG PRO M 41 -18.200 -52.932 -8.390 1.00214.56 C \ ANISOU46240 CG PRO M 41 15712 19915 33650 2400 -171 3796 C \ ATOM 46241 CD PRO M 41 -19.529 -52.241 -8.490 1.00214.80 C \ ANISOU46241 CD PRO M 41 15400 19526 33025 2258 -350 4023 C \ ATOM 46242 N ALA M 42 -18.781 -53.266 -5.261 1.00212.10 N \ ANISOU46242 N ALA M 42 17411 21158 36115 2822 -894 3475 N \ ATOM 46243 CA ALA M 42 -18.223 -53.163 -3.912 1.00210.11 C \ ANISOU46243 CA ALA M 42 18126 21878 37692 3213 -1191 3056 C \ ATOM 46244 C ALA M 42 -19.214 -53.460 -2.774 1.00208.34 C \ ANISOU46244 C ALA M 42 19010 21897 38038 3315 -1739 3210 C \ ATOM 46245 O ALA M 42 -18.807 -53.909 -1.689 1.00206.80 O \ ANISOU46245 O ALA M 42 18840 21387 36926 3022 -1494 3523 O \ ATOM 46246 CB ALA M 42 -17.582 -51.795 -3.723 1.00210.90 C \ ANISOU46246 CB ALA M 42 18810 21005 36668 3099 -1425 3433 C \ ATOM 46247 N THR M 43 -20.500 -53.201 -3.016 1.00207.76 N \ ANISOU46247 N THR M 43 19361 21439 37819 3498 -1553 3030 N \ ATOM 46248 CA THR M 43 -21.535 -53.530 -2.040 1.00205.75 C \ ANISOU46248 CA THR M 43 18247 20231 35282 2787 -1238 3727 C \ ATOM 46249 C THR M 43 -21.492 -55.026 -1.766 1.00200.19 C \ ANISOU46249 C THR M 43 15282 19452 32735 2350 210 3864 C \ ATOM 46250 O THR M 43 -21.222 -55.820 -2.667 1.00197.73 O \ ANISOU46250 O THR M 43 14972 19139 31565 2170 476 4181 O \ ATOM 46251 CB THR M 43 -22.964 -53.100 -2.496 1.00195.50 C \ ANISOU46251 CB THR M 43 14948 19330 31394 2108 825 4156 C \ ATOM 46252 OG1 THR M 43 -23.470 -53.998 -3.495 1.00192.45 O \ ANISOU46252 OG1 THR M 43 14655 18974 30538 2000 782 4428 O \ ATOM 46253 CG2 THR M 43 -22.950 -51.681 -3.031 1.00198.25 C \ ANISOU46253 CG2 THR M 43 14907 19064 31196 2197 811 4137 C \ ATOM 46254 N ARG M 44 -21.733 -55.408 -0.519 1.00196.01 N \ ANISOU46254 N ARG M 44 15041 19265 30529 2095 1026 4402 N \ ATOM 46255 CA ARG M 44 -21.707 -56.812 -0.152 1.00189.99 C \ ANISOU46255 CA ARG M 44 15026 19405 30147 2125 1446 4391 C \ ATOM 46256 C ARG M 44 -23.031 -57.494 -0.554 1.00188.76 C \ ANISOU46256 C ARG M 44 15169 19356 30222 1910 667 4763 C \ ATOM 46257 O ARG M 44 -23.935 -56.833 -1.074 1.00185.91 O \ ANISOU46257 O ARG M 44 15528 20115 32427 2154 1182 3808 O \ ATOM 46258 CB ARG M 44 -21.379 -56.919 1.330 1.00187.58 C \ ANISOU46258 CB ARG M 44 16005 20716 32856 2037 1479 3697 C \ ATOM 46259 CG ARG M 44 -20.311 -55.894 1.756 1.00187.86 C \ ANISOU46259 CG ARG M 44 16485 21154 33393 1960 1053 3873 C \ ATOM 46260 CD ARG M 44 -18.903 -56.199 1.189 1.00190.83 C \ ANISOU46260 CD ARG M 44 16679 21151 32851 1862 1098 4134 C \ ATOM 46261 NE ARG M 44 -18.210 -57.285 1.904 1.00195.00 N \ ANISOU46261 NE ARG M 44 16050 21094 33739 2039 1743 3224 N \ ATOM 46262 CZ ARG M 44 -16.897 -57.537 1.841 1.00197.69 C \ ANISOU46262 CZ ARG M 44 16390 21570 34035 1814 2158 3018 C \ ATOM 46263 NH1 ARG M 44 -16.091 -56.788 1.097 1.00198.78 N \ ANISOU46263 NH1 ARG M 44 16871 22442 35264 1764 2551 2519 N \ ATOM 46264 NH2 ARG M 44 -16.383 -58.547 2.534 1.00198.36 N \ ANISOU46264 NH2 ARG M 44 17409 22655 35118 1708 3104 2434 N \ ATOM 46265 N VAL M 45 -23.152 -58.803 -0.342 1.00191.93 N \ ANISOU46265 N VAL M 45 17783 23218 35860 1623 3555 2017 N \ ATOM 46266 CA VAL M 45 -24.238 -59.538 -1.005 1.00194.66 C \ ANISOU46266 CA VAL M 45 17866 23976 37131 1611 3544 1613 C \ ATOM 46267 C VAL M 45 -25.648 -59.142 -0.587 1.00196.83 C \ ANISOU46267 C VAL M 45 17870 22829 35117 1556 4013 1982 C \ ATOM 46268 O VAL M 45 -26.564 -59.269 -1.380 1.00196.11 O \ ANISOU46268 O VAL M 45 16408 21208 34137 2041 606 3721 O \ ATOM 46269 CB VAL M 45 -24.117 -61.099 -0.914 1.00168.24 C \ ANISOU46269 CB VAL M 45 16253 20965 34127 1983 117 3830 C \ ATOM 46270 CG1 VAL M 45 -24.856 -61.633 0.294 1.00168.50 C \ ANISOU46270 CG1 VAL M 45 16292 20561 33192 1863 -64 4279 C \ ATOM 46271 CG2 VAL M 45 -24.698 -61.745 -2.180 1.00165.31 C \ ANISOU46271 CG2 VAL M 45 15529 19679 31927 1718 28 4419 C \ ATOM 46272 N LYS M 46 -25.836 -58.685 0.648 1.00198.87 N \ ANISOU46272 N LYS M 46 16551 21277 35238 2191 -479 3667 N \ ATOM 46273 CA LYS M 46 -27.197 -58.549 1.186 1.00198.79 C \ ANISOU46273 CA LYS M 46 17452 22144 36462 2164 -1015 3669 C \ ATOM 46274 C LYS M 46 -27.824 -57.151 1.077 1.00199.73 C \ ANISOU46274 C LYS M 46 18013 23214 37466 1998 -724 3421 C \ ATOM 46275 O LYS M 46 -29.002 -56.961 1.396 1.00204.80 O \ ANISOU46275 O LYS M 46 18354 23409 37040 1755 -321 3596 O \ ATOM 46276 CB LYS M 46 -27.279 -59.079 2.633 1.00197.12 C \ ANISOU46276 CB LYS M 46 17931 23677 38478 2104 -916 3035 C \ ATOM 46277 CG LYS M 46 -25.955 -59.112 3.398 1.00191.94 C \ ANISOU46277 CG LYS M 46 17494 21508 34082 1896 -296 4484 C \ ATOM 46278 CD LYS M 46 -25.508 -57.741 3.871 1.00187.71 C \ ANISOU46278 CD LYS M 46 18635 22317 34326 1732 -443 4886 C \ ATOM 46279 CE LYS M 46 -24.252 -57.878 4.687 1.00182.49 C \ ANISOU46279 CE LYS M 46 18477 22274 33440 1663 39 5036 C \ ATOM 46280 NZ LYS M 46 -23.474 -59.025 4.151 1.00177.59 N \ ANISOU46280 NZ LYS M 46 18358 21961 32841 1557 -18 5200 N \ ATOM 46281 N ASP M 47 -27.055 -56.196 0.577 1.00195.03 N \ ANISOU46281 N ASP M 47 19337 22845 34750 1695 -597 5042 N \ ATOM 46282 CA ASP M 47 -27.405 -54.790 0.706 1.00196.51 C \ ANISOU46282 CA ASP M 47 20328 23532 34892 1440 -800 5420 C \ ATOM 46283 C ASP M 47 -28.241 -54.297 -0.452 1.00197.95 C \ ANISOU46283 C ASP M 47 20936 23686 35239 1309 -1236 5567 C \ ATOM 46284 O ASP M 47 -28.495 -53.097 -0.586 1.00201.34 O \ ANISOU46284 O ASP M 47 20389 23784 34407 1305 -558 5610 O \ ATOM 46285 CB ASP M 47 -26.138 -53.984 0.884 1.00198.18 C \ ANISOU46285 CB ASP M 47 21311 23736 34753 1021 -1371 5894 C \ ATOM 46286 CG ASP M 47 -25.161 -54.690 1.796 1.00202.82 C \ ANISOU46286 CG ASP M 47 20763 24001 34050 1018 -684 5914 C \ ATOM 46287 OD1 ASP M 47 -25.401 -54.718 3.026 1.00205.42 O \ ANISOU46287 OD1 ASP M 47 21241 23959 34204 863 -1064 6055 O \ ATOM 46288 OD2 ASP M 47 -24.176 -55.261 1.281 1.00204.27 O \ ANISOU46288 OD2 ASP M 47 21642 24160 33791 525 -1134 6339 O \ ATOM 46289 N LEU M 48 -28.658 -55.252 -1.282 1.00195.22 N \ ANISOU46289 N LEU M 48 18335 22371 33153 1754 480 4968 N \ ATOM 46290 CA LEU M 48 -29.356 -54.997 -2.543 1.00191.48 C \ ANISOU46290 CA LEU M 48 18496 22591 32561 1784 886 5089 C \ ATOM 46291 C LEU M 48 -30.861 -55.141 -2.436 1.00191.74 C \ ANISOU46291 C LEU M 48 18543 22443 32408 1737 976 5043 C \ ATOM 46292 O LEU M 48 -31.356 -56.228 -2.120 1.00186.75 O \ ANISOU46292 O LEU M 48 18610 22312 31836 1682 928 5259 O \ ATOM 46293 CB LEU M 48 -28.864 -55.975 -3.599 1.00183.02 C \ ANISOU46293 CB LEU M 48 18620 22876 32653 1930 1321 4907 C \ ATOM 46294 CG LEU M 48 -28.023 -57.059 -2.944 1.00175.60 C \ ANISOU46294 CG LEU M 48 18890 23078 32087 2041 1693 4979 C \ ATOM 46295 CD1 LEU M 48 -28.254 -58.324 -3.690 1.00171.87 C \ ANISOU46295 CD1 LEU M 48 18538 22955 32687 1949 1229 4957 C \ ATOM 46296 CD2 LEU M 48 -26.522 -56.681 -2.920 1.00171.80 C \ ANISOU46296 CD2 LEU M 48 18633 22593 33077 1719 1076 4746 C \ ATOM 46297 N THR M 49 -31.574 -54.045 -2.715 1.00196.16 N \ ANISOU46297 N THR M 49 18832 22630 33099 1601 1235 4637 N \ ATOM 46298 CA THR M 49 -33.026 -54.080 -2.769 1.00199.79 C \ ANISOU46298 CA THR M 49 18621 22133 32543 1483 882 4861 C \ ATOM 46299 C THR M 49 -33.374 -55.139 -3.781 1.00199.18 C \ ANISOU46299 C THR M 49 18993 22185 32010 1473 1047 5035 C \ ATOM 46300 O THR M 49 -32.657 -55.324 -4.768 1.00195.24 O \ ANISOU46300 O THR M 49 19059 23152 34289 1516 1259 4261 O \ ATOM 46301 CB THR M 49 -33.679 -52.721 -3.182 1.00204.85 C \ ANISOU46301 CB THR M 49 19612 23693 34654 1426 1823 3998 C \ ATOM 46302 OG1 THR M 49 -33.093 -52.225 -4.394 1.00203.37 O \ ANISOU46302 OG1 THR M 49 20410 24983 36571 1331 1892 3575 O \ ATOM 46303 CG2 THR M 49 -33.536 -51.678 -2.080 1.00207.23 C \ ANISOU46303 CG2 THR M 49 21082 25662 37133 1193 2388 3318 C \ ATOM 46304 N GLU M 50 -34.463 -55.853 -3.534 1.00206.17 N \ ANISOU46304 N GLU M 50 20280 25216 37397 1401 1451 3477 N \ ATOM 46305 CA GLU M 50 -34.819 -56.935 -4.431 1.00211.58 C \ ANISOU46305 CA GLU M 50 19660 28918 32770 5187 -7466 2496 C \ ATOM 46306 C GLU M 50 -35.211 -56.403 -5.816 1.00219.75 C \ ANISOU46306 C GLU M 50 20171 29411 32436 5296 -8121 2507 C \ ATOM 46307 O GLU M 50 -35.425 -57.176 -6.745 1.00223.18 O \ ANISOU46307 O GLU M 50 21949 29526 32224 5779 -8637 3197 O \ ATOM 46308 CB GLU M 50 -35.836 -57.914 -3.817 1.00214.36 C \ ANISOU46308 CB GLU M 50 23212 30555 33058 6645 -9402 3179 C \ ATOM 46309 CG GLU M 50 -35.554 -59.402 -4.190 1.00236.11 C \ ANISOU46309 CG GLU M 50 20035 30935 33592 5791 -8834 1659 C \ ATOM 46310 CD GLU M 50 -35.258 -60.332 -2.989 1.00234.17 C \ ANISOU46310 CD GLU M 50 19815 31334 34441 6542 -9148 1284 C \ ATOM 46311 OE1 GLU M 50 -36.143 -60.463 -2.105 1.00238.21 O \ ANISOU46311 OE1 GLU M 50 19497 30086 33800 6666 -8801 1717 O \ ATOM 46312 OE2 GLU M 50 -34.156 -60.952 -2.949 1.00228.45 O \ ANISOU46312 OE2 GLU M 50 19770 32941 35746 7049 -9805 407 O \ ATOM 46313 N ALA M 51 -35.303 -55.080 -5.948 1.00222.15 N \ ANISOU46313 N ALA M 51 22389 28759 31379 5202 -8183 3762 N \ ATOM 46314 CA ALA M 51 -35.178 -54.453 -7.260 1.00218.51 C \ ANISOU46314 CA ALA M 51 24041 28998 31062 5331 -8571 4248 C \ ATOM 46315 C ALA M 51 -33.838 -54.907 -7.854 1.00206.35 C \ ANISOU46315 C ALA M 51 23270 28363 30178 4430 -8047 4276 C \ ATOM 46316 O ALA M 51 -33.814 -55.649 -8.843 1.00199.44 O \ ANISOU46316 O ALA M 51 23765 29130 30298 4340 -8408 4115 O \ ATOM 46317 CB ALA M 51 -35.239 -52.918 -7.151 1.00220.92 C \ ANISOU46317 CB ALA M 51 24459 27567 29962 5598 -8457 4878 C \ ATOM 46318 N GLU M 52 -32.742 -54.486 -7.213 1.00201.09 N \ ANISOU46318 N GLU M 52 23027 26279 29435 5375 -7809 4911 N \ ATOM 46319 CA GLU M 52 -31.375 -54.773 -7.659 1.00195.39 C \ ANISOU46319 CA GLU M 52 22397 24872 27031 6686 -9352 4924 C \ ATOM 46320 C GLU M 52 -31.200 -56.257 -7.861 1.00191.88 C \ ANISOU46320 C GLU M 52 21760 26705 29016 3812 -7213 4438 C \ ATOM 46321 O GLU M 52 -30.664 -56.731 -8.885 1.00189.35 O \ ANISOU46321 O GLU M 52 21084 26180 28331 3036 -6680 4434 O \ ATOM 46322 CB GLU M 52 -30.366 -54.314 -6.600 1.00192.96 C \ ANISOU46322 CB GLU M 52 20504 26973 29436 2701 -6200 3933 C \ ATOM 46323 CG GLU M 52 -30.610 -52.909 -6.075 1.00196.83 C \ ANISOU46323 CG GLU M 52 20286 27247 30234 2907 -6006 3729 C \ ATOM 46324 CD GLU M 52 -29.547 -52.445 -5.092 1.00194.46 C \ ANISOU46324 CD GLU M 52 20553 24450 26852 2624 -6098 4910 C \ ATOM 46325 OE1 GLU M 52 -28.505 -53.123 -4.988 1.00189.11 O \ ANISOU46325 OE1 GLU M 52 21299 24003 26629 3047 -6267 5273 O \ ATOM 46326 OE2 GLU M 52 -29.755 -51.402 -4.429 1.00197.81 O \ ANISOU46326 OE2 GLU M 52 22713 24360 26675 3496 -6814 5512 O \ ATOM 46327 N VAL M 53 -31.672 -56.979 -6.855 1.00191.44 N \ ANISOU46327 N VAL M 53 21203 23492 26707 3071 -5845 5432 N \ ATOM 46328 CA VAL M 53 -31.591 -58.421 -6.829 1.00186.59 C \ ANISOU46328 CA VAL M 53 23525 24070 26805 3773 -6703 5811 C \ ATOM 46329 C VAL M 53 -32.297 -59.040 -8.029 1.00182.43 C \ ANISOU46329 C VAL M 53 22511 23511 26792 3492 -6121 5748 C \ ATOM 46330 O VAL M 53 -31.729 -59.886 -8.696 1.00180.16 O \ ANISOU46330 O VAL M 53 20000 22781 26446 2803 -5255 5328 O \ ATOM 46331 CB VAL M 53 -32.176 -58.975 -5.526 1.00189.02 C \ ANISOU46331 CB VAL M 53 22516 22822 26631 3582 -5796 5926 C \ ATOM 46332 CG1 VAL M 53 -31.998 -60.484 -5.450 1.00190.12 C \ ANISOU46332 CG1 VAL M 53 19875 22015 26129 2938 -5008 5506 C \ ATOM 46333 CG2 VAL M 53 -31.530 -58.294 -4.337 1.00185.72 C \ ANISOU46333 CG2 VAL M 53 21036 22012 26209 3289 -5266 5784 C \ ATOM 46334 N VAL M 54 -33.514 -58.609 -8.327 1.00182.31 N \ ANISOU46334 N VAL M 54 20259 27223 29385 2168 -5960 3720 N \ ATOM 46335 CA VAL M 54 -34.248 -59.223 -9.428 1.00183.46 C \ ANISOU46335 CA VAL M 54 18688 26680 29132 1736 -5355 3243 C \ ATOM 46336 C VAL M 54 -33.749 -58.780 -10.812 1.00183.64 C \ ANISOU46336 C VAL M 54 16971 24329 27194 1316 -4531 3532 C \ ATOM 46337 O VAL M 54 -33.857 -59.536 -11.767 1.00181.61 O \ ANISOU46337 O VAL M 54 16055 22542 25219 1086 -4406 3944 O \ ATOM 46338 CB VAL M 54 -35.794 -59.051 -9.297 1.00204.83 C \ ANISOU46338 CB VAL M 54 19039 27708 29629 1360 -5454 2878 C \ ATOM 46339 CG1 VAL M 54 -36.291 -57.781 -10.029 1.00209.04 C \ ANISOU46339 CG1 VAL M 54 18293 26866 28889 638 -4641 2864 C \ ATOM 46340 CG2 VAL M 54 -36.527 -60.317 -9.782 1.00203.15 C \ ANISOU46340 CG2 VAL M 54 19330 28336 29731 295 -4857 2596 C \ ATOM 46341 N ARG M 55 -33.204 -57.572 -10.931 1.00187.01 N \ ANISOU46341 N ARG M 55 17851 28067 29054 653 -5598 1981 N \ ATOM 46342 CA ARG M 55 -32.664 -57.135 -12.223 1.00189.72 C \ ANISOU46342 CA ARG M 55 18079 28734 28984 412 -5961 1687 C \ ATOM 46343 C ARG M 55 -31.421 -57.944 -12.562 1.00182.33 C \ ANISOU46343 C ARG M 55 16762 24525 27940 1250 -3970 3271 C \ ATOM 46344 O ARG M 55 -31.308 -58.489 -13.671 1.00178.84 O \ ANISOU46344 O ARG M 55 16897 23969 27750 1040 -3266 3537 O \ ATOM 46345 CB ARG M 55 -32.287 -55.649 -12.201 1.00196.56 C \ ANISOU46345 CB ARG M 55 16333 23771 27917 700 -2487 3149 C \ ATOM 46346 CG ARG M 55 -33.400 -54.677 -11.814 1.00204.49 C \ ANISOU46346 CG ARG M 55 15799 24084 28226 491 -2398 2623 C \ ATOM 46347 CD ARG M 55 -32.903 -53.225 -11.925 1.00207.77 C \ ANISOU46347 CD ARG M 55 17011 23561 27726 1449 -3309 3804 C \ ATOM 46348 NE ARG M 55 -31.541 -53.054 -11.406 1.00203.06 N \ ANISOU46348 NE ARG M 55 17596 24091 28160 1961 -4056 3912 N \ ATOM 46349 CZ ARG M 55 -31.208 -52.229 -10.414 1.00201.30 C \ ANISOU46349 CZ ARG M 55 17473 23853 28465 2349 -3974 3923 C \ ATOM 46350 NH1 ARG M 55 -32.133 -51.481 -9.817 1.00206.92 N \ ANISOU46350 NH1 ARG M 55 18181 23715 27380 1975 -4416 4383 N \ ATOM 46351 NH2 ARG M 55 -29.944 -52.149 -10.020 1.00194.13 N \ ANISOU46351 NH2 ARG M 55 16363 23079 27508 648 -1905 3378 N \ ATOM 46352 N LEU M 56 -30.497 -57.981 -11.591 1.00177.57 N \ ANISOU46352 N LEU M 56 17085 23715 28556 413 -1066 3092 N \ ATOM 46353 CA LEU M 56 -29.237 -58.725 -11.669 1.00172.85 C \ ANISOU46353 CA LEU M 56 17387 24442 29158 -67 -722 2706 C \ ATOM 46354 C LEU M 56 -29.514 -60.211 -11.934 1.00172.84 C \ ANISOU46354 C LEU M 56 17638 24728 28965 -265 -999 2831 C \ ATOM 46355 O LEU M 56 -28.922 -60.836 -12.830 1.00168.88 O \ ANISOU46355 O LEU M 56 17738 24633 30055 602 -800 2773 O \ ATOM 46356 CB LEU M 56 -28.482 -58.530 -10.347 1.00171.51 C \ ANISOU46356 CB LEU M 56 18713 24690 30538 649 -32 2890 C \ ATOM 46357 CG LEU M 56 -27.031 -58.973 -10.087 1.00170.64 C \ ANISOU46357 CG LEU M 56 19314 24487 30137 984 -272 3449 C \ ATOM 46358 CD1 LEU M 56 -26.918 -60.476 -10.006 1.00169.96 C \ ANISOU46358 CD1 LEU M 56 19481 23848 29498 1022 200 3615 C \ ATOM 46359 CD2 LEU M 56 -26.036 -58.435 -11.110 1.00170.41 C \ ANISOU46359 CD2 LEU M 56 19499 24821 30295 1229 -928 3677 C \ ATOM 46360 N ARG M 57 -30.438 -60.742 -11.138 1.00179.15 N \ ANISOU46360 N ARG M 57 17493 24869 30043 -294 -85 2180 N \ ATOM 46361 CA ARG M 57 -31.057 -62.046 -11.335 1.00183.12 C \ ANISOU46361 CA ARG M 57 17886 25432 30624 -827 509 1767 C \ ATOM 46362 C ARG M 57 -31.375 -62.199 -12.816 1.00186.95 C \ ANISOU46362 C ARG M 57 17881 26212 30812 -1055 -64 1610 C \ ATOM 46363 O ARG M 57 -30.763 -63.015 -13.513 1.00186.02 O \ ANISOU46363 O ARG M 57 18114 26139 30515 -1415 230 1653 O \ ATOM 46364 CB ARG M 57 -32.365 -62.078 -10.513 1.00186.56 C \ ANISOU46364 CB ARG M 57 17561 26810 31125 -787 -909 1443 C \ ATOM 46365 CG ARG M 57 -33.130 -63.392 -10.388 1.00189.48 C \ ANISOU46365 CG ARG M 57 17516 27529 31212 -923 -1530 1223 C \ ATOM 46366 CD ARG M 57 -34.200 -63.300 -9.284 1.00196.28 C \ ANISOU46366 CD ARG M 57 17249 26492 29635 -878 -1961 1876 C \ ATOM 46367 NE ARG M 57 -33.693 -63.667 -7.952 1.00197.87 N \ ANISOU46367 NE ARG M 57 17003 26370 29074 -1219 -2031 1797 N \ ATOM 46368 CZ ARG M 57 -34.412 -63.627 -6.825 1.00202.29 C \ ANISOU46368 CZ ARG M 57 18081 29207 32689 -501 -2367 828 C \ ATOM 46369 NH1 ARG M 57 -35.682 -63.231 -6.854 1.00207.85 N \ ANISOU46369 NH1 ARG M 57 18820 29450 32907 153 -3030 1369 N \ ATOM 46370 NH2 ARG M 57 -33.864 -63.982 -5.664 1.00199.54 N \ ANISOU46370 NH2 ARG M 57 19855 31385 34436 686 -4038 1070 N \ ATOM 46371 N GLU M 58 -32.294 -61.358 -13.285 1.00188.85 N \ ANISOU46371 N GLU M 58 20579 31571 34576 1254 -4604 1515 N \ ATOM 46372 CA GLU M 58 -32.809 -61.388 -14.640 1.00187.77 C \ ANISOU46372 CA GLU M 58 19855 32602 35361 571 -4269 355 C \ ATOM 46373 C GLU M 58 -31.702 -61.542 -15.642 1.00184.35 C \ ANISOU46373 C GLU M 58 17349 25801 29003 -501 -2195 2458 C \ ATOM 46374 O GLU M 58 -31.626 -62.560 -16.342 1.00176.69 O \ ANISOU46374 O GLU M 58 17847 25469 28297 -526 -2408 3011 O \ ATOM 46375 CB GLU M 58 -33.580 -60.105 -14.950 1.00192.30 C \ ANISOU46375 CB GLU M 58 18012 25176 28033 -963 -1708 3056 C \ ATOM 46376 CG GLU M 58 -34.422 -60.202 -16.211 1.00200.17 C \ ANISOU46376 CG GLU M 58 18293 25397 27841 -1268 -1796 3091 C \ ATOM 46377 CD GLU M 58 -35.382 -61.418 -16.224 1.00207.11 C \ ANISOU46377 CD GLU M 58 17830 24724 27770 -137 -2518 3474 C \ ATOM 46378 OE1 GLU M 58 -34.896 -62.576 -16.313 1.00207.40 O \ ANISOU46378 OE1 GLU M 58 17954 24124 26815 -53 -2946 3938 O \ ATOM 46379 OE2 GLU M 58 -36.627 -61.216 -16.165 1.00210.78 O \ ANISOU46379 OE2 GLU M 58 17153 22607 25559 55 -2617 4251 O \ ATOM 46380 N TYR M 59 -30.841 -60.526 -15.682 1.00192.35 N \ ANISOU46380 N TYR M 59 18346 24403 26595 -455 -3008 3960 N \ ATOM 46381 CA TYR M 59 -29.705 -60.490 -16.605 1.00198.13 C \ ANISOU46381 CA TYR M 59 17680 24422 27760 -945 -1014 3056 C \ ATOM 46382 C TYR M 59 -28.884 -61.768 -16.615 1.00195.26 C \ ANISOU46382 C TYR M 59 17333 23475 26881 -1213 -325 3099 C \ ATOM 46383 O TYR M 59 -28.826 -62.478 -17.632 1.00192.55 O \ ANISOU46383 O TYR M 59 17127 23695 26940 -1723 -65 2710 O \ ATOM 46384 CB TYR M 59 -28.766 -59.317 -16.311 1.00202.48 C \ ANISOU46384 CB TYR M 59 16877 23078 26085 -1968 115 2829 C \ ATOM 46385 CG TYR M 59 -27.732 -59.106 -17.411 1.00207.27 C \ ANISOU46385 CG TYR M 59 17580 23176 27140 -1070 415 3030 C \ ATOM 46386 CD1 TYR M 59 -28.119 -59.034 -18.759 1.00210.18 C \ ANISOU46386 CD1 TYR M 59 17661 22958 27129 -588 216 3291 C \ ATOM 46387 CD2 TYR M 59 -26.381 -58.972 -17.113 1.00206.81 C \ ANISOU46387 CD2 TYR M 59 18373 23106 27823 -474 972 3148 C \ ATOM 46388 CE1 TYR M 59 -27.192 -58.837 -19.772 1.00210.03 C \ ANISOU46388 CE1 TYR M 59 19168 23167 27906 -9 942 3517 C \ ATOM 46389 CE2 TYR M 59 -25.446 -58.771 -18.122 1.00207.43 C \ ANISOU46389 CE2 TYR M 59 20100 23411 27911 162 1076 3762 C \ ATOM 46390 CZ TYR M 59 -25.858 -58.705 -19.446 1.00208.98 C \ ANISOU46390 CZ TYR M 59 20569 23756 28040 -104 1288 3722 C \ ATOM 46391 OH TYR M 59 -24.930 -58.505 -20.440 1.00209.48 O \ ANISOU46391 OH TYR M 59 20366 23173 27626 622 978 3993 O \ ATOM 46392 N VAL M 60 -28.258 -62.049 -15.479 1.00194.39 N \ ANISOU46392 N VAL M 60 17200 24602 27993 -1891 -19 2173 N \ ATOM 46393 CA VAL M 60 -27.375 -63.189 -15.394 1.00193.83 C \ ANISOU46393 CA VAL M 60 17483 25452 28692 -2421 245 1662 C \ ATOM 46394 C VAL M 60 -28.101 -64.364 -16.014 1.00193.16 C \ ANISOU46394 C VAL M 60 18033 26327 28859 -2531 -472 1777 C \ ATOM 46395 O VAL M 60 -27.646 -64.923 -17.021 1.00191.49 O \ ANISOU46395 O VAL M 60 18405 26667 28990 -2974 -182 1625 O \ ATOM 46396 CB VAL M 60 -27.093 -63.525 -13.923 1.00195.15 C \ ANISOU46396 CB VAL M 60 17396 26407 29906 -2556 356 936 C \ ATOM 46397 CG1 VAL M 60 -26.349 -64.840 -13.804 1.00194.91 C \ ANISOU46397 CG1 VAL M 60 18357 26825 29005 -2129 -1354 2043 C \ ATOM 46398 CG2 VAL M 60 -26.318 -62.406 -13.265 1.00195.24 C \ ANISOU46398 CG2 VAL M 60 18862 27264 28773 -2185 -1996 2248 C \ ATOM 46399 N GLU M 61 -29.292 -64.625 -15.471 1.00195.56 N \ ANISOU46399 N GLU M 61 18874 26305 27735 -2392 -1675 2705 N \ ATOM 46400 CA GLU M 61 -30.084 -65.811 -15.774 1.00196.24 C \ ANISOU46400 CA GLU M 61 18843 26224 27276 -2764 -1664 2652 C \ ATOM 46401 C GLU M 61 -30.158 -66.044 -17.266 1.00192.91 C \ ANISOU46401 C GLU M 61 19282 27714 28910 -1657 -2924 2487 C \ ATOM 46402 O GLU M 61 -29.577 -66.995 -17.780 1.00192.62 O \ ANISOU46402 O GLU M 61 21874 29574 30204 -1693 -3387 2909 O \ ATOM 46403 CB GLU M 61 -31.493 -65.663 -15.206 1.00201.34 C \ ANISOU46403 CB GLU M 61 22327 29970 30151 -1202 -4324 3024 C \ ATOM 46404 CG GLU M 61 -31.866 -66.623 -14.087 1.00205.18 C \ ANISOU46404 CG GLU M 61 22328 30571 30877 -746 -4702 2806 C \ ATOM 46405 CD GLU M 61 -33.189 -66.222 -13.419 1.00215.72 C \ ANISOU46405 CD GLU M 61 22703 29602 29313 -1253 -4654 3318 C \ ATOM 46406 OE1 GLU M 61 -33.558 -66.848 -12.404 1.00220.76 O \ ANISOU46406 OE1 GLU M 61 19024 25755 27519 -2139 -1431 3089 O \ ATOM 46407 OE2 GLU M 61 -33.866 -65.276 -13.901 1.00218.17 O \ ANISOU46407 OE2 GLU M 61 19536 25512 27194 -2259 -1175 3414 O \ ATOM 46408 N ASN M 62 -30.866 -65.198 -17.991 1.00214.10 N \ ANISOU46408 N ASN M 62 19383 25236 27014 -2642 -481 3206 N \ ATOM 46409 CA ASN M 62 -30.799 -65.414 -19.410 1.00215.86 C \ ANISOU46409 CA ASN M 62 19481 25201 26666 -2988 -436 3203 C \ ATOM 46410 C ASN M 62 -30.149 -64.267 -20.114 1.00220.29 C \ ANISOU46410 C ASN M 62 19960 25394 27420 -1873 -984 3700 C \ ATOM 46411 O ASN M 62 -30.781 -63.302 -20.531 1.00228.51 O \ ANISOU46411 O ASN M 62 20028 24905 26762 -1954 -851 3913 O \ ATOM 46412 CB ASN M 62 -32.195 -65.628 -19.978 1.00222.56 C \ ANISOU46412 CB ASN M 62 20340 25838 27918 -1480 -1526 3867 C \ ATOM 46413 CG ASN M 62 -33.231 -64.749 -19.300 1.00225.26 C \ ANISOU46413 CG ASN M 62 19275 25045 27296 -2576 118 3028 C \ ATOM 46414 OD1 ASN M 62 -32.896 -63.965 -18.398 1.00219.46 O \ ANISOU46414 OD1 ASN M 62 19567 25020 27479 -2894 905 2803 O \ ATOM 46415 ND2 ASN M 62 -34.499 -64.874 -19.721 1.00232.81 N \ ANISOU46415 ND2 ASN M 62 19660 25671 27804 -3452 882 2440 N \ ATOM 46416 N THR M 63 -28.859 -64.431 -20.300 1.00217.20 N \ ANISOU46416 N THR M 63 19694 25334 27407 -3770 1315 2400 N \ ATOM 46417 CA THR M 63 -28.167 -63.921 -21.455 1.00221.35 C \ ANISOU46417 CA THR M 63 19560 24801 27848 -2792 1563 2571 C \ ATOM 46418 C THR M 63 -27.303 -65.144 -21.815 1.00215.32 C \ ANISOU46418 C THR M 63 19291 26208 28093 -3528 341 2145 C \ ATOM 46419 O THR M 63 -27.415 -65.725 -22.904 1.00218.95 O \ ANISOU46419 O THR M 63 18979 26525 27999 -4011 231 1730 O \ ATOM 46420 CB THR M 63 -27.447 -62.561 -21.200 1.00215.78 C \ ANISOU46420 CB THR M 63 18603 25893 26774 -4102 -290 2043 C \ ATOM 46421 OG1 THR M 63 -27.237 -62.382 -19.789 1.00207.24 O \ ANISOU46421 OG1 THR M 63 18640 26074 26637 -4551 -184 1814 O \ ATOM 46422 CG2 THR M 63 -28.292 -61.375 -21.788 1.00195.55 C \ ANISOU46422 CG2 THR M 63 19124 27832 29154 -3981 -235 1200 C \ ATOM 46423 N TRP M 64 -26.471 -65.554 -20.867 1.00203.92 N \ ANISOU46423 N TRP M 64 18750 25599 26354 -3725 -786 2524 N \ ATOM 46424 CA TRP M 64 -25.658 -66.731 -21.063 1.00198.96 C \ ANISOU46424 CA TRP M 64 19703 26073 26373 -3868 -1104 2809 C \ ATOM 46425 C TRP M 64 -26.216 -67.898 -20.257 1.00202.43 C \ ANISOU46425 C TRP M 64 19305 25124 25584 -4186 -412 2864 C \ ATOM 46426 O TRP M 64 -26.823 -67.693 -19.206 1.00204.67 O \ ANISOU46426 O TRP M 64 19276 25019 25160 -4611 -327 2757 O \ ATOM 46427 CB TRP M 64 -24.232 -66.432 -20.649 1.00189.11 C \ ANISOU46427 CB TRP M 64 20491 26333 26617 -3465 -1549 3257 C \ ATOM 46428 CG TRP M 64 -24.009 -64.985 -20.475 1.00189.32 C \ ANISOU46428 CG TRP M 64 21301 27345 27235 -3191 -2377 3291 C \ ATOM 46429 CD1 TRP M 64 -24.142 -64.020 -21.423 1.00194.09 C \ ANISOU46429 CD1 TRP M 64 21759 28321 27768 -3305 -2750 2995 C \ ATOM 46430 CD2 TRP M 64 -23.603 -64.315 -19.275 1.00187.92 C \ ANISOU46430 CD2 TRP M 64 21293 26884 26904 -2787 -2681 3624 C \ ATOM 46431 NE1 TRP M 64 -23.857 -62.786 -20.892 1.00195.81 N \ ANISOU46431 NE1 TRP M 64 18862 24266 25199 -3920 60 3014 N \ ATOM 46432 CE2 TRP M 64 -23.516 -62.940 -19.575 1.00191.64 C \ ANISOU46432 CE2 TRP M 64 18449 23308 24419 -4049 702 3035 C \ ATOM 46433 CE3 TRP M 64 -23.301 -64.744 -17.977 1.00182.20 C \ ANISOU46433 CE3 TRP M 64 17549 22531 23689 -4518 1245 2667 C \ ATOM 46434 CZ2 TRP M 64 -23.136 -61.989 -18.627 1.00189.41 C \ ANISOU46434 CZ2 TRP M 64 17399 22198 23145 -4886 1425 2610 C \ ATOM 46435 CZ3 TRP M 64 -22.921 -63.797 -17.040 1.00179.02 C \ ANISOU46435 CZ3 TRP M 64 18876 23271 24834 -3551 1077 3186 C \ ATOM 46436 CH2 TRP M 64 -22.843 -62.437 -17.371 1.00182.28 C \ ANISOU46436 CH2 TRP M 64 18750 22920 24377 -3210 713 3474 C \ ATOM 46437 N LYS M 65 -26.025 -69.112 -20.779 1.00202.31 N \ ANISOU46437 N LYS M 65 19523 23346 25171 -3604 1862 3073 N \ ATOM 46438 CA LYS M 65 -26.444 -70.369 -20.142 1.00196.08 C \ ANISOU46438 CA LYS M 65 18723 22478 24245 -2655 997 3574 C \ ATOM 46439 C LYS M 65 -25.391 -70.845 -19.170 1.00180.27 C \ ANISOU46439 C LYS M 65 16605 21898 23358 -4550 1546 2366 C \ ATOM 46440 O LYS M 65 -24.200 -70.802 -19.477 1.00167.96 O \ ANISOU46440 O LYS M 65 16198 21626 23217 -5059 2177 1901 O \ ATOM 46441 CB LYS M 65 -26.675 -71.439 -21.214 1.00201.02 C \ ANISOU46441 CB LYS M 65 16651 22562 23583 -5560 1843 1692 C \ ATOM 46442 CG LYS M 65 -25.923 -72.780 -21.042 1.00194.89 C \ ANISOU46442 CG LYS M 65 16654 22334 23366 -6000 2382 1482 C \ ATOM 46443 CD LYS M 65 -26.015 -73.610 -22.350 1.00203.70 C \ ANISOU46443 CD LYS M 65 15411 21435 23323 -5110 2346 1465 C \ ATOM 46444 CE LYS M 65 -27.395 -73.442 -23.059 1.00197.32 C \ ANISOU46444 CE LYS M 65 15491 21746 23812 -5738 3085 834 C \ ATOM 46445 NZ LYS M 65 -27.538 -74.092 -24.405 1.00199.49 N \ ANISOU46445 NZ LYS M 65 15525 22997 24475 -6144 2506 340 N \ ATOM 46446 N LEU M 66 -25.832 -71.276 -17.991 1.00182.20 N \ ANISOU46446 N LEU M 66 16123 24264 25997 -6704 3154 -511 N \ ATOM 46447 CA LEU M 66 -24.904 -71.604 -16.903 1.00180.59 C \ ANISOU46447 CA LEU M 66 16761 24107 26232 -7252 4290 -748 C \ ATOM 46448 C LEU M 66 -25.297 -72.870 -16.147 1.00179.03 C \ ANISOU46448 C LEU M 66 17251 23718 24230 -5452 957 1759 C \ ATOM 46449 O LEU M 66 -26.238 -73.582 -16.528 1.00179.25 O \ ANISOU46449 O LEU M 66 17906 24762 24622 -5833 510 1568 O \ ATOM 46450 CB LEU M 66 -24.769 -70.434 -15.912 1.00179.76 C \ ANISOU46450 CB LEU M 66 17286 23363 23045 -6014 621 1904 C \ ATOM 46451 CG LEU M 66 -25.286 -69.074 -16.410 1.00183.83 C \ ANISOU46451 CG LEU M 66 17319 23399 22751 -6495 739 1703 C \ ATOM 46452 CD1 LEU M 66 -25.719 -68.188 -15.263 1.00183.68 C \ ANISOU46452 CD1 LEU M 66 19072 26487 25859 -5491 -497 1599 C \ ATOM 46453 CD2 LEU M 66 -24.265 -68.342 -17.283 1.00182.33 C \ ANISOU46453 CD2 LEU M 66 20245 28416 27065 -5735 -1071 1161 C \ ATOM 46454 N GLU M 67 -24.526 -73.156 -15.105 1.00176.21 N \ ANISOU46454 N GLU M 67 21338 29348 27417 -5295 -2076 1471 N \ ATOM 46455 CA GLU M 67 -24.818 -74.259 -14.200 1.00182.54 C \ ANISOU46455 CA GLU M 67 22208 29057 27098 -5323 -2021 2047 C \ ATOM 46456 C GLU M 67 -25.166 -75.557 -14.910 1.00186.83 C \ ANISOU46456 C GLU M 67 22131 28328 26740 -4975 -1999 2519 C \ ATOM 46457 O GLU M 67 -24.607 -75.858 -15.964 1.00187.74 O \ ANISOU46457 O GLU M 67 21730 28237 27061 -4531 -2063 2564 O \ ATOM 46458 CB GLU M 67 -25.889 -73.896 -13.175 1.00190.62 C \ ANISOU46458 CB GLU M 67 22124 27390 25767 -5108 -1876 2881 C \ ATOM 46459 CG GLU M 67 -25.501 -74.272 -11.735 1.00194.60 C \ ANISOU46459 CG GLU M 67 16835 22303 22208 -5649 608 2345 C \ ATOM 46460 CD GLU M 67 -24.245 -73.535 -11.234 1.00194.60 C \ ANISOU46460 CD GLU M 67 17443 22271 22086 -5814 782 2557 C \ ATOM 46461 OE1 GLU M 67 -23.436 -74.133 -10.475 1.00191.67 O \ ANISOU46461 OE1 GLU M 67 17638 22162 22259 -6105 1598 2371 O \ ATOM 46462 OE2 GLU M 67 -24.061 -72.355 -11.610 1.00196.38 O \ ANISOU46462 OE2 GLU M 67 17942 22260 22128 -6539 1777 2277 O \ ATOM 46463 N GLY M 68 -26.142 -76.275 -14.364 1.00190.56 N \ ANISOU46463 N GLY M 68 17722 22136 22183 -5356 675 2911 N \ ATOM 46464 CA GLY M 68 -26.410 -77.639 -14.781 1.00194.61 C \ ANISOU46464 CA GLY M 68 18656 22871 22571 -5303 44 3142 C \ ATOM 46465 C GLY M 68 -26.488 -77.828 -16.286 1.00197.14 C \ ANISOU46465 C GLY M 68 18346 22041 21877 -5269 244 3287 C \ ATOM 46466 O GLY M 68 -25.909 -78.779 -16.830 1.00196.78 O \ ANISOU46466 O GLY M 68 19696 23934 23050 -5716 -325 3030 O \ ATOM 46467 N GLU M 69 -27.166 -76.903 -16.964 1.00198.70 N \ ANISOU46467 N GLU M 69 17463 21822 22434 -5838 2125 2326 N \ ATOM 46468 CA GLU M 69 -27.396 -77.027 -18.400 1.00200.70 C \ ANISOU46468 CA GLU M 69 17679 21549 22510 -6018 2980 2144 C \ ATOM 46469 C GLU M 69 -26.128 -76.763 -19.199 1.00193.12 C \ ANISOU46469 C GLU M 69 18801 23030 23784 -6693 3211 1719 C \ ATOM 46470 O GLU M 69 -25.864 -77.421 -20.214 1.00190.67 O \ ANISOU46470 O GLU M 69 19871 23723 24481 -7052 3688 1602 O \ ATOM 46471 CB GLU M 69 -28.513 -76.089 -18.849 1.00210.49 C \ ANISOU46471 CB GLU M 69 17064 20568 22094 -5621 3492 2134 C \ ATOM 46472 CG GLU M 69 -28.235 -74.618 -18.604 1.00213.65 C \ ANISOU46472 CG GLU M 69 16669 19529 21313 -4932 3572 2468 C \ ATOM 46473 CD GLU M 69 -29.168 -73.702 -19.393 1.00225.49 C \ ANISOU46473 CD GLU M 69 27456 29934 32241 -4415 3906 2505 C \ ATOM 46474 OE1 GLU M 69 -28.972 -72.464 -19.329 1.00228.25 O \ ANISOU46474 OE1 GLU M 69 16859 18131 20735 -3738 4459 2705 O \ ATOM 46475 OE2 GLU M 69 -30.092 -74.216 -20.076 1.00231.13 O \ ANISOU46475 OE2 GLU M 69 18504 23528 24084 -6841 2848 1435 O \ ATOM 46476 N LEU M 70 -25.352 -75.791 -18.732 1.00189.90 N \ ANISOU46476 N LEU M 70 18243 23842 24225 -7449 3089 856 N \ ATOM 46477 CA LEU M 70 -24.035 -75.527 -19.281 1.00188.48 C \ ANISOU46477 CA LEU M 70 17599 23317 23110 -7948 2862 737 C \ ATOM 46478 C LEU M 70 -23.179 -76.792 -19.198 1.00187.44 C \ ANISOU46478 C LEU M 70 17747 23572 23335 -8513 3372 298 C \ ATOM 46479 O LEU M 70 -22.681 -77.275 -20.216 1.00188.26 O \ ANISOU46479 O LEU M 70 18425 25078 25265 -7378 2546 507 O \ ATOM 46480 CB LEU M 70 -23.365 -74.427 -18.469 1.00185.08 C \ ANISOU46480 CB LEU M 70 18650 25314 26167 -7271 3174 250 C \ ATOM 46481 CG LEU M 70 -22.302 -73.549 -19.118 1.00181.32 C \ ANISOU46481 CG LEU M 70 18930 26576 27353 -7445 3030 -310 C \ ATOM 46482 CD1 LEU M 70 -21.227 -73.177 -18.099 1.00171.91 C \ ANISOU46482 CD1 LEU M 70 18693 24382 25810 -6993 3804 558 C \ ATOM 46483 CD2 LEU M 70 -21.711 -74.190 -20.374 1.00182.50 C \ ANISOU46483 CD2 LEU M 70 11993 27448 32525 -1841 3417 3202 C \ ATOM 46484 N ARG M 71 -23.010 -77.312 -17.982 1.00183.87 N \ ANISOU46484 N ARG M 71 12175 25862 32109 -1846 2816 2923 N \ ATOM 46485 CA ARG M 71 -22.225 -78.523 -17.750 1.00178.15 C \ ANISOU46485 CA ARG M 71 12502 24533 31224 -1902 2775 2427 C \ ATOM 46486 C ARG M 71 -22.659 -79.649 -18.669 1.00178.34 C \ ANISOU46486 C ARG M 71 12235 24510 30701 -1879 3245 2225 C \ ATOM 46487 O ARG M 71 -21.827 -80.352 -19.229 1.00173.81 O \ ANISOU46487 O ARG M 71 12204 25743 32381 -1027 3176 2506 O \ ATOM 46488 CB ARG M 71 -22.394 -78.999 -16.313 1.00178.70 C \ ANISOU46488 CB ARG M 71 12674 26069 32625 -354 3937 1860 C \ ATOM 46489 CG ARG M 71 -22.245 -77.927 -15.283 1.00178.31 C \ ANISOU46489 CG ARG M 71 11650 26878 33012 -923 3282 2961 C \ ATOM 46490 CD ARG M 71 -22.650 -78.427 -13.918 1.00182.40 C \ ANISOU46490 CD ARG M 71 12785 25283 32761 384 4109 1396 C \ ATOM 46491 NE ARG M 71 -21.774 -77.878 -12.889 1.00184.87 N \ ANISOU46491 NE ARG M 71 13359 23734 31285 -1858 2246 2215 N \ ATOM 46492 CZ ARG M 71 -20.549 -78.332 -12.646 1.00187.97 C \ ANISOU46492 CZ ARG M 71 14198 23090 30994 -1989 2113 1890 C \ ATOM 46493 NH1 ARG M 71 -20.072 -79.339 -13.365 1.00190.46 N \ ANISOU46493 NH1 ARG M 71 14795 22843 31178 -1315 2717 1307 N \ ATOM 46494 NH2 ARG M 71 -19.798 -77.786 -11.693 1.00187.30 N \ ANISOU46494 NH2 ARG M 71 15464 22133 30928 -1301 2550 1096 N \ ATOM 46495 N ALA M 72 -23.972 -79.825 -18.796 1.00183.69 N \ ANISOU46495 N ALA M 72 14590 23434 31704 -743 3349 1082 N \ ATOM 46496 CA ALA M 72 -24.523 -80.872 -19.645 1.00188.51 C \ ANISOU46496 CA ALA M 72 14177 22160 31200 -84 3755 614 C \ ATOM 46497 C ALA M 72 -24.149 -80.647 -21.099 1.00192.71 C \ ANISOU46497 C ALA M 72 13283 20668 29788 -166 3987 257 C \ ATOM 46498 O ALA M 72 -23.888 -81.610 -21.819 1.00194.92 O \ ANISOU46498 O ALA M 72 13076 21062 29399 -586 4043 295 O \ ATOM 46499 CB ALA M 72 -26.019 -80.944 -19.495 1.00193.99 C \ ANISOU46499 CB ALA M 72 14144 22966 32164 591 4188 448 C \ ATOM 46500 N GLU M 73 -24.130 -79.383 -21.531 1.00195.25 N \ ANISOU46500 N GLU M 73 13943 24299 32537 822 4717 197 N \ ATOM 46501 CA GLU M 73 -23.635 -79.054 -22.873 1.00197.13 C \ ANISOU46501 CA GLU M 73 12857 19111 29210 259 4108 -15 C \ ATOM 46502 C GLU M 73 -22.155 -79.420 -23.045 1.00191.90 C \ ANISOU46502 C GLU M 73 13373 18818 29213 168 4212 -330 C \ ATOM 46503 O GLU M 73 -21.779 -80.017 -24.049 1.00190.40 O \ ANISOU46503 O GLU M 73 12960 19172 29067 325 4552 -720 O \ ATOM 46504 CB GLU M 73 -23.859 -77.574 -23.250 1.00199.78 C \ ANISOU46504 CB GLU M 73 13167 19397 28686 -51 4569 -817 C \ ATOM 46505 CG GLU M 73 -22.917 -77.084 -24.397 1.00214.90 C \ ANISOU46505 CG GLU M 73 14742 19001 30711 657 4258 -417 C \ ATOM 46506 CD GLU M 73 -23.387 -75.815 -25.135 1.00217.00 C \ ANISOU46506 CD GLU M 73 15957 19270 31432 522 4278 -682 C \ ATOM 46507 OE1 GLU M 73 -24.397 -75.212 -24.716 1.00220.49 O \ ANISOU46507 OE1 GLU M 73 16663 19846 31234 -101 4146 -717 O \ ATOM 46508 OE2 GLU M 73 -22.741 -75.425 -26.144 1.00214.81 O \ ANISOU46508 OE2 GLU M 73 16312 18858 32333 991 4368 -848 O \ ATOM 46509 N VAL M 74 -21.321 -79.056 -22.074 1.00190.28 N \ ANISOU46509 N VAL M 74 17176 19488 31270 -224 4161 -973 N \ ATOM 46510 CA VAL M 74 -19.885 -79.325 -22.161 1.00190.13 C \ ANISOU46510 CA VAL M 74 16783 18427 32419 855 4324 -1077 C \ ATOM 46511 C VAL M 74 -19.633 -80.811 -22.227 1.00188.53 C \ ANISOU46511 C VAL M 74 17340 18866 31948 262 4251 -1169 C \ ATOM 46512 O VAL M 74 -19.044 -81.334 -23.179 1.00187.78 O \ ANISOU46512 O VAL M 74 17936 18548 32150 138 4205 -1407 O \ ATOM 46513 CB VAL M 74 -19.142 -78.838 -20.908 1.00191.53 C \ ANISOU46513 CB VAL M 74 12939 19714 29861 970 4790 -966 C \ ATOM 46514 CG1 VAL M 74 -17.633 -78.965 -21.109 1.00188.69 C \ ANISOU46514 CG1 VAL M 74 13942 21533 31011 1359 5062 -1394 C \ ATOM 46515 CG2 VAL M 74 -19.524 -77.407 -20.580 1.00195.01 C \ ANISOU46515 CG2 VAL M 74 14041 23139 30862 945 5209 -1068 C \ ATOM 46516 N ALA M 75 -20.098 -81.478 -21.183 1.00188.49 N \ ANISOU46516 N ALA M 75 14359 24056 30845 1102 5430 -1295 N \ ATOM 46517 CA ALA M 75 -20.032 -82.914 -21.082 1.00189.67 C \ ANISOU46517 CA ALA M 75 14871 22927 32862 2165 5190 -1668 C \ ATOM 46518 C ALA M 75 -20.531 -83.587 -22.376 1.00192.48 C \ ANISOU46518 C ALA M 75 15541 22420 33911 2796 5049 -2214 C \ ATOM 46519 O ALA M 75 -19.951 -84.572 -22.829 1.00190.64 O \ ANISOU46519 O ALA M 75 14039 21389 33426 3581 5057 -2441 O \ ATOM 46520 CB ALA M 75 -20.831 -83.382 -19.856 1.00190.05 C \ ANISOU46520 CB ALA M 75 13942 22884 33327 3969 5324 -2609 C \ ATOM 46521 N ALA M 76 -21.586 -83.049 -22.982 1.00193.69 N \ ANISOU46521 N ALA M 76 13719 23210 33564 4621 5290 -2777 N \ ATOM 46522 CA ALA M 76 -22.093 -83.644 -24.210 1.00193.45 C \ ANISOU46522 CA ALA M 76 14125 22569 34197 4820 4889 -2741 C \ ATOM 46523 C ALA M 76 -21.205 -83.307 -25.397 1.00187.58 C \ ANISOU46523 C ALA M 76 13498 24548 33273 5035 5589 -2869 C \ ATOM 46524 O ALA M 76 -21.169 -84.047 -26.365 1.00187.79 O \ ANISOU46524 O ALA M 76 13777 23509 30817 453 5040 -473 O \ ATOM 46525 CB ALA M 76 -23.526 -83.223 -24.470 1.00200.31 C \ ANISOU46525 CB ALA M 76 13917 24960 30935 -122 5027 71 C \ ATOM 46526 N ASN M 77 -20.497 -82.188 -25.330 1.00186.08 N \ ANISOU46526 N ASN M 77 14203 24640 30386 -693 4893 97 N \ ATOM 46527 CA ASN M 77 -19.529 -81.858 -26.365 1.00189.89 C \ ANISOU46527 CA ASN M 77 14330 25911 30455 -854 5099 332 C \ ATOM 46528 C ASN M 77 -18.452 -82.923 -26.358 1.00184.27 C \ ANISOU46528 C ASN M 77 14470 23185 30014 -931 4579 -97 C \ ATOM 46529 O ASN M 77 -18.128 -83.512 -27.388 1.00182.80 O \ ANISOU46529 O ASN M 77 14644 22590 29339 -1493 4394 -93 O \ ATOM 46530 CB ASN M 77 -18.875 -80.492 -26.116 1.00193.29 C \ ANISOU46530 CB ASN M 77 14390 22196 28705 -1134 4750 -614 C \ ATOM 46531 CG ASN M 77 -19.636 -79.341 -26.751 1.00199.71 C \ ANISOU46531 CG ASN M 77 14085 22483 28032 -1452 4841 -473 C \ ATOM 46532 OD1 ASN M 77 -20.455 -79.538 -27.656 1.00204.89 O \ ANISOU46532 OD1 ASN M 77 14825 20992 28886 -1706 3974 -152 O \ ATOM 46533 ND2 ASN M 77 -19.352 -78.124 -26.287 1.00197.60 N \ ANISOU46533 ND2 ASN M 77 15510 21565 29523 -2154 3401 349 N \ ATOM 46534 N ILE M 78 -17.897 -83.156 -25.176 1.00179.83 N \ ANISOU46534 N ILE M 78 16557 24271 31271 -2608 3259 929 N \ ATOM 46535 CA ILE M 78 -16.901 -84.197 -24.999 1.00174.17 C \ ANISOU46535 CA ILE M 78 15707 21164 29934 -1595 3344 281 C \ ATOM 46536 C ILE M 78 -17.455 -85.535 -25.458 1.00167.83 C \ ANISOU46536 C ILE M 78 14510 21479 28948 -456 4881 -1187 C \ ATOM 46537 O ILE M 78 -16.871 -86.164 -26.329 1.00165.13 O \ ANISOU46537 O ILE M 78 14856 21627 28947 -15 5083 -1756 O \ ATOM 46538 CB ILE M 78 -16.457 -84.297 -23.535 1.00176.29 C \ ANISOU46538 CB ILE M 78 15438 24029 29621 384 5462 -1749 C \ ATOM 46539 CG1 ILE M 78 -15.330 -83.298 -23.260 1.00173.83 C \ ANISOU46539 CG1 ILE M 78 15935 24867 29512 349 5602 -1831 C \ ATOM 46540 CG2 ILE M 78 -16.002 -85.714 -23.196 1.00179.07 C \ ANISOU46540 CG2 ILE M 78 14836 20368 29262 661 4997 -2329 C \ ATOM 46541 CD1 ILE M 78 -14.745 -83.410 -21.859 1.00172.24 C \ ANISOU46541 CD1 ILE M 78 14731 18682 29092 365 4715 -2181 C \ ATOM 46542 N LYS M 79 -18.596 -85.932 -24.892 1.00162.81 N \ ANISOU46542 N LYS M 79 15428 18647 28851 -322 4570 -2040 N \ ATOM 46543 CA LYS M 79 -19.267 -87.184 -25.220 1.00160.65 C \ ANISOU46543 CA LYS M 79 16271 18214 29430 -157 4474 -2460 C \ ATOM 46544 C LYS M 79 -19.345 -87.359 -26.722 1.00165.27 C \ ANISOU46544 C LYS M 79 16737 17829 29101 -666 4344 -2415 C \ ATOM 46545 O LYS M 79 -19.137 -88.441 -27.231 1.00164.11 O \ ANISOU46545 O LYS M 79 16527 17843 28254 -1360 4243 -1996 O \ ATOM 46546 CB LYS M 79 -20.686 -87.200 -24.648 1.00158.36 C \ ANISOU46546 CB LYS M 79 16966 16920 29224 -483 4231 -2779 C \ ATOM 46547 CG LYS M 79 -21.489 -88.462 -24.980 1.00160.68 C \ ANISOU46547 CG LYS M 79 15062 24919 29968 803 5651 -1584 C \ ATOM 46548 CD LYS M 79 -22.338 -88.308 -26.240 1.00165.80 C \ ANISOU46548 CD LYS M 79 15098 26943 30102 1208 6056 -1378 C \ ATOM 46549 CE LYS M 79 -23.580 -89.219 -26.240 1.00174.72 C \ ANISOU46549 CE LYS M 79 15305 28136 30115 375 6086 -595 C \ ATOM 46550 NZ LYS M 79 -23.319 -90.699 -26.247 1.00176.60 N \ ANISOU46550 NZ LYS M 79 15905 30126 30492 636 6435 -394 N \ ATOM 46551 N ARG M 80 -19.641 -86.273 -27.421 1.00171.60 N \ ANISOU46551 N ARG M 80 14990 28140 30894 1555 6214 -1079 N \ ATOM 46552 CA ARG M 80 -19.801 -86.283 -28.868 1.00177.10 C \ ANISOU46552 CA ARG M 80 15743 28678 31896 2646 6301 -1811 C \ ATOM 46553 C ARG M 80 -18.431 -86.438 -29.529 1.00167.64 C \ ANISOU46553 C ARG M 80 16960 30156 32614 3605 6474 -2450 C \ ATOM 46554 O ARG M 80 -18.299 -87.090 -30.566 1.00167.04 O \ ANISOU46554 O ARG M 80 15804 28239 32651 2981 6158 -2012 O \ ATOM 46555 CB ARG M 80 -20.482 -84.976 -29.304 1.00187.96 C \ ANISOU46555 CB ARG M 80 17465 30219 33521 4468 6351 -3055 C \ ATOM 46556 CG ARG M 80 -21.320 -85.005 -30.587 1.00199.30 C \ ANISOU46556 CG ARG M 80 16782 29127 33631 4069 6192 -2759 C \ ATOM 46557 CD ARG M 80 -21.322 -83.623 -31.241 1.00205.56 C \ ANISOU46557 CD ARG M 80 15250 27374 30169 -565 5665 -116 C \ ATOM 46558 NE ARG M 80 -19.954 -83.186 -31.552 1.00206.24 N \ ANISOU46558 NE ARG M 80 15788 28645 30738 -1491 5463 714 N \ ATOM 46559 CZ ARG M 80 -19.216 -82.364 -30.797 1.00203.18 C \ ANISOU46559 CZ ARG M 80 16315 28464 30364 -1790 5446 535 C \ ATOM 46560 NH1 ARG M 80 -19.714 -81.864 -29.668 1.00202.73 N \ ANISOU46560 NH1 ARG M 80 16692 30153 30741 -2032 5627 1076 N \ ATOM 46561 NH2 ARG M 80 -17.977 -82.037 -31.171 1.00198.13 N \ ANISOU46561 NH2 ARG M 80 15683 27755 30939 -2254 4836 1146 N \ ATOM 46562 N LEU M 81 -17.412 -85.841 -28.920 1.00161.46 N \ ANISOU46562 N LEU M 81 16102 28035 31226 -3287 4294 1810 N \ ATOM 46563 CA LEU M 81 -16.055 -85.964 -29.432 1.00162.65 C \ ANISOU46563 CA LEU M 81 16217 28453 32093 -3812 3698 2468 C \ ATOM 46564 C LEU M 81 -15.604 -87.412 -29.381 1.00163.33 C \ ANISOU46564 C LEU M 81 16682 31125 33637 -4090 3797 3413 C \ ATOM 46565 O LEU M 81 -15.070 -87.948 -30.357 1.00164.04 O \ ANISOU46565 O LEU M 81 17016 32439 35002 -4191 3565 3979 O \ ATOM 46566 CB LEU M 81 -15.088 -85.102 -28.625 1.00163.29 C \ ANISOU46566 CB LEU M 81 17208 31513 35134 -3991 3233 3596 C \ ATOM 46567 CG LEU M 81 -14.768 -83.735 -29.232 1.00168.70 C \ ANISOU46567 CG LEU M 81 16955 34538 36081 -4455 3669 4992 C \ ATOM 46568 CD1 LEU M 81 -13.277 -83.388 -29.085 1.00163.87 C \ ANISOU46568 CD1 LEU M 81 17737 33530 26130 -6469 1016 150 C \ ATOM 46569 CD2 LEU M 81 -15.229 -83.654 -30.698 1.00175.50 C \ ANISOU46569 CD2 LEU M 81 18069 32290 26008 -6272 1347 -251 C \ ATOM 46570 N MET M 82 -15.814 -88.025 -28.220 1.00162.44 N \ ANISOU46570 N MET M 82 17533 30997 25730 -5542 1543 65 N \ ATOM 46571 CA MET M 82 -15.573 -89.442 -28.011 1.00162.49 C \ ANISOU46571 CA MET M 82 17731 30009 25552 -5258 1811 -228 C \ ATOM 46572 C MET M 82 -16.367 -90.258 -29.021 1.00172.69 C \ ANISOU46572 C MET M 82 18623 32426 25798 -6335 1331 -677 C \ ATOM 46573 O MET M 82 -15.835 -91.189 -29.616 1.00179.17 O \ ANISOU46573 O MET M 82 19822 33571 26508 -6985 1300 -1303 O \ ATOM 46574 CB MET M 82 -16.011 -89.848 -26.601 1.00157.19 C \ ANISOU46574 CB MET M 82 20790 33860 26625 -6883 1374 -1749 C \ ATOM 46575 CG MET M 82 -14.985 -89.644 -25.496 1.00151.36 C \ ANISOU46575 CG MET M 82 22519 35227 27807 -7444 1383 -2453 C \ ATOM 46576 SD MET M 82 -15.761 -89.620 -23.858 1.00235.90 S \ ANISOU46576 SD MET M 82 23744 36271 28223 -7496 1338 -2929 S \ ATOM 46577 CE MET M 82 -14.523 -90.422 -22.833 1.00146.66 C \ ANISOU46577 CE MET M 82 23585 36373 27758 -7036 1299 -2706 C \ ATOM 46578 N ASP M 83 -17.636 -89.884 -29.209 1.00174.01 N \ ANISOU46578 N ASP M 83 24974 37066 28975 -8005 1336 -3630 N \ ATOM 46579 CA ASP M 83 -18.635 -90.679 -29.945 1.00174.52 C \ ANISOU46579 CA ASP M 83 16768 30939 25577 -5194 1405 633 C \ ATOM 46580 C ASP M 83 -18.302 -90.914 -31.415 1.00168.51 C \ ANISOU46580 C ASP M 83 15845 29361 24927 -4484 1545 870 C \ ATOM 46581 O ASP M 83 -18.634 -91.962 -31.985 1.00170.16 O \ ANISOU46581 O ASP M 83 15154 27922 23943 -4093 1562 735 O \ ATOM 46582 CB ASP M 83 -20.007 -90.007 -29.860 1.00180.99 C \ ANISOU46582 CB ASP M 83 14880 26628 23420 -3750 1787 447 C \ ATOM 46583 CG ASP M 83 -20.780 -90.385 -28.612 1.00184.58 C \ ANISOU46583 CG ASP M 83 14810 28184 23655 -4145 1336 972 C \ ATOM 46584 OD1 ASP M 83 -22.026 -90.295 -28.661 1.00191.76 O \ ANISOU46584 OD1 ASP M 83 14501 27390 23165 -3896 1332 911 O \ ATOM 46585 OD2 ASP M 83 -20.156 -90.762 -27.594 1.00181.30 O \ ANISOU46585 OD2 ASP M 83 12863 26437 22072 -3681 1115 1515 O \ ATOM 46586 N ILE M 84 -17.696 -89.911 -32.030 1.00189.41 N \ ANISOU46586 N ILE M 84 12854 27177 22499 -3639 990 1944 N \ ATOM 46587 CA ILE M 84 -17.119 -90.085 -33.338 1.00184.62 C \ ANISOU46587 CA ILE M 84 15023 27868 22987 -4315 1372 493 C \ ATOM 46588 C ILE M 84 -15.666 -90.504 -33.104 1.00179.65 C \ ANISOU46588 C ILE M 84 15799 27658 23177 -4418 1644 -109 C \ ATOM 46589 O ILE M 84 -15.183 -90.455 -31.977 1.00177.51 O \ ANISOU46589 O ILE M 84 16486 28580 23242 -4985 1621 -512 O \ ATOM 46590 CB ILE M 84 -17.152 -88.769 -34.089 1.00185.10 C \ ANISOU46590 CB ILE M 84 15780 26640 22906 -3944 1836 -348 C \ ATOM 46591 CG1 ILE M 84 -16.368 -87.715 -33.307 1.00187.83 C \ ANISOU46591 CG1 ILE M 84 12839 26143 22086 -3507 1096 1597 C \ ATOM 46592 CG2 ILE M 84 -18.570 -88.295 -34.245 1.00188.29 C \ ANISOU46592 CG2 ILE M 84 12911 26810 22736 -3330 936 2244 C \ ATOM 46593 CD1 ILE M 84 -15.833 -86.569 -34.162 1.00186.42 C \ ANISOU46593 CD1 ILE M 84 12985 28158 22722 -3660 802 2628 C \ ATOM 46594 N GLY M 85 -14.938 -90.852 -34.157 1.00179.96 N \ ANISOU46594 N GLY M 85 12948 28456 22174 -3967 810 2432 N \ ATOM 46595 CA GLY M 85 -13.629 -91.454 -33.968 1.00179.71 C \ ANISOU46595 CA GLY M 85 13347 26621 23267 -3150 985 2198 C \ ATOM 46596 C GLY M 85 -12.453 -90.497 -33.871 1.00181.12 C \ ANISOU46596 C GLY M 85 13623 26574 22800 -3402 1123 1623 C \ ATOM 46597 O GLY M 85 -11.313 -90.918 -34.067 1.00180.35 O \ ANISOU46597 O GLY M 85 13256 25768 22130 -3427 1231 1194 O \ ATOM 46598 N CYS M 86 -12.705 -89.223 -33.561 1.00183.51 N \ ANISOU46598 N CYS M 86 13026 28959 23253 -3508 681 3203 N \ ATOM 46599 CA CYS M 86 -11.641 -88.201 -33.608 1.00177.75 C \ ANISOU46599 CA CYS M 86 13254 30590 23438 -3722 544 3627 C \ ATOM 46600 C CYS M 86 -10.600 -88.330 -32.500 1.00167.75 C \ ANISOU46600 C CYS M 86 13358 30966 23880 -3477 544 4265 C \ ATOM 46601 O CYS M 86 -10.841 -88.934 -31.467 1.00167.22 O \ ANISOU46601 O CYS M 86 13979 32761 24410 -3570 473 4676 O \ ATOM 46602 CB CYS M 86 -12.204 -86.766 -33.673 1.00182.32 C \ ANISOU46602 CB CYS M 86 14015 32243 24555 -3647 429 3984 C \ ATOM 46603 SG CYS M 86 -12.929 -86.109 -32.142 1.00186.28 S \ ANISOU46603 SG CYS M 86 13803 31656 24218 -3831 480 3470 S \ ATOM 46604 N TYR M 87 -9.440 -87.746 -32.729 1.00161.01 N \ ANISOU46604 N TYR M 87 13950 31989 25168 -3069 429 4635 N \ ATOM 46605 CA TYR M 87 -8.330 -87.923 -31.825 1.00161.61 C \ ANISOU46605 CA TYR M 87 12953 29509 23907 -3152 629 4360 C \ ATOM 46606 C TYR M 87 -8.571 -87.419 -30.415 1.00161.07 C \ ANISOU46606 C TYR M 87 13362 30075 24845 -2917 653 5064 C \ ATOM 46607 O TYR M 87 -8.323 -88.138 -29.431 1.00161.20 O \ ANISOU46607 O TYR M 87 13370 29936 24654 -3092 753 4981 O \ ATOM 46608 CB TYR M 87 -7.117 -87.221 -32.375 1.00169.64 C \ ANISOU46608 CB TYR M 87 13656 30176 25445 -2947 823 5530 C \ ATOM 46609 CG TYR M 87 -5.913 -87.474 -31.533 1.00175.44 C \ ANISOU46609 CG TYR M 87 13820 29623 26044 -2459 655 5329 C \ ATOM 46610 CD1 TYR M 87 -5.778 -88.668 -30.827 1.00178.29 C \ ANISOU46610 CD1 TYR M 87 14169 30528 26669 -2161 573 5759 C \ ATOM 46611 CD2 TYR M 87 -4.913 -86.523 -31.424 1.00177.66 C \ ANISOU46611 CD2 TYR M 87 14524 30140 27781 -1640 583 6234 C \ ATOM 46612 CE1 TYR M 87 -4.677 -88.908 -30.038 1.00178.79 C \ ANISOU46612 CE1 TYR M 87 14919 30799 28358 -1249 518 6465 C \ ATOM 46613 CE2 TYR M 87 -3.808 -86.755 -30.640 1.00177.99 C \ ANISOU46613 CE2 TYR M 87 15469 32608 28932 -1144 487 7083 C \ ATOM 46614 CZ TYR M 87 -3.691 -87.947 -29.954 1.00179.37 C \ ANISOU46614 CZ TYR M 87 15997 34261 29282 -1395 502 7496 C \ ATOM 46615 OH TYR M 87 -2.584 -88.166 -29.176 1.00180.64 O \ ANISOU46615 OH TYR M 87 15431 32830 29070 -741 441 7295 O \ ATOM 46616 N ARG M 88 -8.996 -86.166 -30.313 1.00164.53 N \ ANISOU46616 N ARG M 88 13431 29908 23999 -3393 782 4315 N \ ATOM 46617 CA ARG M 88 -9.360 -85.596 -29.019 1.00174.99 C \ ANISOU46617 CA ARG M 88 14249 30784 24518 -3524 884 4242 C \ ATOM 46618 C ARG M 88 -10.423 -86.468 -28.315 1.00179.08 C \ ANISOU46618 C ARG M 88 14658 30093 25222 -3405 996 4018 C \ ATOM 46619 O ARG M 88 -10.481 -86.543 -27.073 1.00182.29 O \ ANISOU46619 O ARG M 88 14915 30459 25860 -3367 1078 4434 O \ ATOM 46620 CB ARG M 88 -9.867 -84.157 -29.185 1.00185.97 C \ ANISOU46620 CB ARG M 88 14358 28809 24773 -3340 1008 3367 C \ ATOM 46621 CG ARG M 88 -8.845 -83.031 -28.910 1.00189.16 C \ ANISOU46621 CG ARG M 88 13905 27413 24531 -3202 1084 3029 C \ ATOM 46622 CD ARG M 88 -9.470 -81.621 -29.175 1.00181.22 C \ ANISOU46622 CD ARG M 88 14485 27875 24363 -3346 1214 2484 C \ ATOM 46623 NE ARG M 88 -10.747 -81.383 -28.480 1.00184.64 N \ ANISOU46623 NE ARG M 88 14447 28499 23635 -3566 1253 2412 N \ ATOM 46624 CZ ARG M 88 -11.488 -80.283 -28.606 1.00185.53 C \ ANISOU46624 CZ ARG M 88 13156 25727 24007 -2923 1040 2631 C \ ATOM 46625 NH1 ARG M 88 -11.115 -79.293 -29.407 1.00186.58 N \ ANISOU46625 NH1 ARG M 88 12847 25310 24489 -2653 918 3112 N \ ATOM 46626 NH2 ARG M 88 -12.604 -80.166 -27.921 1.00187.70 N \ ANISOU46626 NH2 ARG M 88 12794 25958 24303 -2671 852 3404 N \ ATOM 46627 N GLY M 89 -11.253 -87.132 -29.117 1.00179.24 N \ ANISOU46627 N GLY M 89 13055 27151 24140 -2961 853 3569 N \ ATOM 46628 CA GLY M 89 -12.158 -88.140 -28.605 1.00183.74 C \ ANISOU46628 CA GLY M 89 11592 24393 23464 -2333 782 3446 C \ ATOM 46629 C GLY M 89 -11.392 -89.226 -27.873 1.00182.20 C \ ANISOU46629 C GLY M 89 15492 28057 25529 -3167 1271 2092 C \ ATOM 46630 O GLY M 89 -11.830 -89.686 -26.832 1.00186.06 O \ ANISOU46630 O GLY M 89 16426 28642 25720 -3166 1416 1465 O \ ATOM 46631 N LEU M 90 -10.233 -89.614 -28.407 1.00178.10 N \ ANISOU46631 N LEU M 90 16064 27557 24936 -3019 1461 890 N \ ATOM 46632 CA LEU M 90 -9.413 -90.684 -27.820 1.00175.21 C \ ANISOU46632 CA LEU M 90 15571 26563 24909 -2763 1391 840 C \ ATOM 46633 C LEU M 90 -8.726 -90.289 -26.542 1.00171.84 C \ ANISOU46633 C LEU M 90 17020 28948 26708 -3029 1469 1381 C \ ATOM 46634 O LEU M 90 -8.805 -90.996 -25.542 1.00170.02 O \ ANISOU46634 O LEU M 90 17461 28566 27757 -2730 1386 1092 O \ ATOM 46635 CB LEU M 90 -8.340 -91.158 -28.795 1.00170.29 C \ ANISOU46635 CB LEU M 90 17941 28716 27977 -2562 1493 553 C \ ATOM 46636 CG LEU M 90 -8.905 -92.004 -29.931 1.00175.28 C \ ANISOU46636 CG LEU M 90 18383 29752 28633 -2745 1553 854 C \ ATOM 46637 CD1 LEU M 90 -10.379 -92.491 -29.681 1.00189.76 C \ ANISOU46637 CD1 LEU M 90 18483 29861 28603 -2638 1650 527 C \ ATOM 46638 CD2 LEU M 90 -8.773 -91.240 -31.228 1.00175.83 C \ ANISOU46638 CD2 LEU M 90 18362 29167 28086 -2315 1700 -135 C \ ATOM 46639 N ARG M 91 -8.017 -89.173 -26.571 1.00170.91 N \ ANISOU46639 N ARG M 91 18596 30659 28990 -2816 1716 908 N \ ATOM 46640 CA ARG M 91 -7.426 -88.732 -25.315 1.00172.20 C \ ANISOU46640 CA ARG M 91 15858 27336 23845 -3171 1586 492 C \ ATOM 46641 C ARG M 91 -8.492 -88.535 -24.202 1.00181.83 C \ ANISOU46641 C ARG M 91 15176 25961 22725 -3062 1705 -5 C \ ATOM 46642 O ARG M 91 -8.311 -89.022 -23.085 1.00185.06 O \ ANISOU46642 O ARG M 91 14245 24336 21292 -2789 1917 -536 O \ ATOM 46643 CB ARG M 91 -6.524 -87.510 -25.504 1.00169.67 C \ ANISOU46643 CB ARG M 91 14193 23655 20792 -2636 2088 -935 C \ ATOM 46644 CG ARG M 91 -5.387 -87.726 -26.486 1.00164.51 C \ ANISOU46644 CG ARG M 91 15819 26946 22819 -3439 1712 -100 C \ ATOM 46645 CD ARG M 91 -4.624 -89.000 -26.206 1.00165.61 C \ ANISOU46645 CD ARG M 91 16445 27634 22627 -3615 1827 -428 C \ ATOM 46646 NE ARG M 91 -3.316 -88.758 -25.594 1.00168.22 N \ ANISOU46646 NE ARG M 91 15763 27884 23220 -3675 1490 472 N \ ATOM 46647 CZ ARG M 91 -2.436 -89.723 -25.308 1.00167.56 C \ ANISOU46647 CZ ARG M 91 13533 23800 20676 -2703 1929 -497 C \ ATOM 46648 NH1 ARG M 91 -2.720 -91.004 -25.578 1.00164.82 N \ ANISOU46648 NH1 ARG M 91 13511 23319 20080 -2432 2141 -982 N \ ATOM 46649 NH2 ARG M 91 -1.265 -89.413 -24.754 1.00166.10 N \ ANISOU46649 NH2 ARG M 91 13442 22651 20338 -1983 2163 -1263 N \ ATOM 46650 N HIS M 92 -9.610 -87.868 -24.505 1.00184.10 N \ ANISOU46650 N HIS M 92 13919 22629 20222 -1670 2379 -1706 N \ ATOM 46651 CA HIS M 92 -10.705 -87.804 -23.537 1.00189.87 C \ ANISOU46651 CA HIS M 92 13747 24111 20272 -2478 2167 -846 C \ ATOM 46652 C HIS M 92 -11.111 -89.196 -23.139 1.00193.59 C \ ANISOU46652 C HIS M 92 13427 23442 19319 -2139 2398 -1329 C \ ATOM 46653 O HIS M 92 -11.549 -89.427 -22.016 1.00201.40 O \ ANISOU46653 O HIS M 92 12982 23707 18811 -2177 2443 -1146 O \ ATOM 46654 CB HIS M 92 -11.928 -87.148 -24.143 1.00194.82 C \ ANISOU46654 CB HIS M 92 13109 23580 17987 -1871 2707 -1608 C \ ATOM 46655 CG HIS M 92 -11.917 -85.667 -24.045 1.00200.86 C \ ANISOU46655 CG HIS M 92 13624 24686 18119 -1822 2817 -1541 C \ ATOM 46656 ND1 HIS M 92 -11.784 -85.008 -22.844 1.00209.84 N \ ANISOU46656 ND1 HIS M 92 13977 25959 19003 -2079 2697 -996 N \ ATOM 46657 CD2 HIS M 92 -12.022 -84.709 -24.993 1.00201.85 C \ ANISOU46657 CD2 HIS M 92 13911 24681 17484 -1466 3077 -1970 C \ ATOM 46658 CE1 HIS M 92 -11.797 -83.705 -23.057 1.00213.72 C \ ANISOU46658 CE1 HIS M 92 13291 22560 21106 -1902 1943 -1015 C \ ATOM 46659 NE2 HIS M 92 -11.947 -83.497 -24.353 1.00209.34 N \ ANISOU46659 NE2 HIS M 92 13645 22401 21789 -1431 1906 -1328 N \ ATOM 46660 N ARG M 93 -10.976 -90.114 -24.091 1.00191.58 N \ ANISOU46660 N ARG M 93 14028 22746 22666 -1449 1747 -1037 N \ ATOM 46661 CA ARG M 93 -11.389 -91.502 -23.921 1.00197.84 C \ ANISOU46661 CA ARG M 93 14363 23427 22914 -1803 1726 -691 C \ ATOM 46662 C ARG M 93 -10.429 -92.245 -22.995 1.00197.77 C \ ANISOU46662 C ARG M 93 15691 24584 24601 -1300 1735 -1365 C \ ATOM 46663 O ARG M 93 -10.860 -92.938 -22.072 1.00204.20 O \ ANISOU46663 O ARG M 93 16168 25654 25241 -1678 1724 -1018 O \ ATOM 46664 CB ARG M 93 -11.533 -92.180 -25.299 1.00195.75 C \ ANISOU46664 CB ARG M 93 15208 23817 23819 -811 1843 -1956 C \ ATOM 46665 CG ARG M 93 -11.547 -93.690 -25.334 1.00198.35 C \ ANISOU46665 CG ARG M 93 14295 22655 23383 -1020 1638 -1210 C \ ATOM 46666 CD ARG M 93 -12.460 -94.184 -26.436 1.00202.03 C \ ANISOU46666 CD ARG M 93 14890 23322 24774 -1010 1396 -845 C \ ATOM 46667 NE ARG M 93 -13.782 -94.517 -25.908 1.00214.35 N \ ANISOU46667 NE ARG M 93 15038 23693 24844 -1166 1401 -472 N \ ATOM 46668 CZ ARG M 93 -14.908 -94.398 -26.608 1.00222.28 C \ ANISOU46668 CZ ARG M 93 15241 23975 25657 -1076 1221 -144 C \ ATOM 46669 NH1 ARG M 93 -14.840 -93.943 -27.853 1.00220.70 N \ ANISOU46669 NH1 ARG M 93 15464 24268 26019 -1361 1234 -430 N \ ATOM 46670 NH2 ARG M 93 -16.093 -94.723 -26.077 1.00230.49 N \ ANISOU46670 NH2 ARG M 93 15974 24481 27366 -1132 1029 -595 N \ ATOM 46671 N ARG M 94 -9.132 -92.065 -23.210 1.00203.70 N \ ANISOU46671 N ARG M 94 16274 24487 27578 -782 1026 -1156 N \ ATOM 46672 CA ARG M 94 -8.148 -92.767 -22.405 1.00200.99 C \ ANISOU46672 CA ARG M 94 16120 24712 28355 -1318 856 -113 C \ ATOM 46673 C ARG M 94 -7.713 -92.023 -21.142 1.00195.44 C \ ANISOU46673 C ARG M 94 14795 23572 23894 -1408 1600 -519 C \ ATOM 46674 O ARG M 94 -6.818 -92.480 -20.427 1.00192.90 O \ ANISOU46674 O ARG M 94 14606 23839 23692 -1717 1573 -141 O \ ATOM 46675 CB ARG M 94 -6.941 -93.137 -23.246 1.00202.25 C \ ANISOU46675 CB ARG M 94 13636 22784 23041 -1374 1534 -27 C \ ATOM 46676 CG ARG M 94 -7.123 -94.422 -23.983 1.00210.29 C \ ANISOU46676 CG ARG M 94 12723 22364 22227 -1588 1495 316 C \ ATOM 46677 CD ARG M 94 -5.808 -94.875 -24.549 1.00213.91 C \ ANISOU46677 CD ARG M 94 15541 24840 23843 -2081 1777 -336 C \ ATOM 46678 NE ARG M 94 -5.924 -96.214 -25.110 1.00225.17 N \ ANISOU46678 NE ARG M 94 13971 22596 23533 -806 1535 -328 N \ ATOM 46679 CZ ARG M 94 -5.082 -96.727 -26.002 1.00232.23 C \ ANISOU46679 CZ ARG M 94 13947 22376 23447 -342 1640 -423 C \ ATOM 46680 NH1 ARG M 94 -4.055 -96.006 -26.448 1.00230.86 N \ ANISOU46680 NH1 ARG M 94 13833 22748 23642 -395 1573 39 N \ ATOM 46681 NH2 ARG M 94 -5.271 -97.961 -26.456 1.00239.54 N \ ANISOU46681 NH2 ARG M 94 14056 23202 23566 -622 1752 125 N \ ATOM 46682 N GLY M 95 -8.339 -90.883 -20.865 1.00192.87 N \ ANISOU46682 N GLY M 95 14038 22014 23796 356 1546 -773 N \ ATOM 46683 CA GLY M 95 -8.058 -90.153 -19.639 1.00184.58 C \ ANISOU46683 CA GLY M 95 14879 22457 24052 778 1806 -1262 C \ ATOM 46684 C GLY M 95 -6.631 -89.641 -19.620 1.00176.39 C \ ANISOU46684 C GLY M 95 15818 23282 24391 387 2010 -1462 C \ ATOM 46685 O GLY M 95 -5.863 -89.977 -18.723 1.00170.88 O \ ANISOU46685 O GLY M 95 16584 23981 24569 149 2329 -1394 O \ ATOM 46686 N LEU M 96 -6.283 -88.849 -20.635 1.00175.41 N \ ANISOU46686 N LEU M 96 16895 24137 24281 -224 2532 -1539 N \ ATOM 46687 CA LEU M 96 -4.930 -88.337 -20.856 1.00171.22 C \ ANISOU46687 CA LEU M 96 16815 24076 24076 -361 2460 -1715 C \ ATOM 46688 C LEU M 96 -5.003 -86.887 -21.399 1.00161.53 C \ ANISOU46688 C LEU M 96 17003 24074 23948 -459 2810 -1503 C \ ATOM 46689 O LEU M 96 -6.086 -86.325 -21.481 1.00164.57 O \ ANISOU46689 O LEU M 96 13775 22857 24203 -199 1329 345 O \ ATOM 46690 CB LEU M 96 -4.207 -89.290 -21.807 1.00173.39 C \ ANISOU46690 CB LEU M 96 14415 23922 25108 8 1294 729 C \ ATOM 46691 CG LEU M 96 -3.848 -90.660 -21.218 1.00175.37 C \ ANISOU46691 CG LEU M 96 14319 24594 24845 -569 1378 1083 C \ ATOM 46692 CD1 LEU M 96 -3.853 -91.746 -22.297 1.00179.78 C \ ANISOU46692 CD1 LEU M 96 14600 25216 25136 -458 1484 1243 C \ ATOM 46693 CD2 LEU M 96 -2.496 -90.624 -20.482 1.00171.93 C \ ANISOU46693 CD2 LEU M 96 15285 24757 26633 390 1035 1000 C \ ATOM 46694 N PRO M 97 -3.867 -86.240 -21.705 1.00160.73 N \ ANISOU46694 N PRO M 97 15944 25252 27579 99 890 1055 N \ ATOM 46695 CA PRO M 97 -4.003 -84.885 -22.258 1.00164.38 C \ ANISOU46695 CA PRO M 97 12818 21706 24275 1202 988 608 C \ ATOM 46696 C PRO M 97 -4.492 -84.802 -23.699 1.00168.08 C \ ANISOU46696 C PRO M 97 14099 24709 24462 -1180 1339 1170 C \ ATOM 46697 O PRO M 97 -3.931 -85.415 -24.624 1.00167.33 O \ ANISOU46697 O PRO M 97 14179 25481 24300 -1742 1408 1314 O \ ATOM 46698 CB PRO M 97 -2.580 -84.373 -22.229 1.00166.43 C \ ANISOU46698 CB PRO M 97 14127 24958 23688 -1897 1689 868 C \ ATOM 46699 CG PRO M 97 -1.767 -85.603 -22.414 1.00165.80 C \ ANISOU46699 CG PRO M 97 13922 25096 23453 -2128 1805 947 C \ ATOM 46700 CD PRO M 97 -2.452 -86.597 -21.534 1.00160.95 C \ ANISOU46700 CD PRO M 97 14721 26634 24759 -2296 1273 1502 C \ ATOM 46701 N VAL M 98 -5.496 -83.959 -23.891 1.00171.70 N \ ANISOU46701 N VAL M 98 15092 27720 25676 -2229 1049 2112 N \ ATOM 46702 CA VAL M 98 -6.119 -83.798 -25.191 1.00177.08 C \ ANISOU46702 CA VAL M 98 15452 28763 26399 -2052 991 2517 C \ ATOM 46703 C VAL M 98 -5.490 -82.639 -25.922 1.00179.50 C \ ANISOU46703 C VAL M 98 15886 29641 26588 -2411 1101 2369 C \ ATOM 46704 O VAL M 98 -5.704 -82.438 -27.113 1.00187.26 O \ ANISOU46704 O VAL M 98 16344 31029 26908 -3001 1029 2448 O \ ATOM 46705 CB VAL M 98 -7.644 -83.517 -25.055 1.00186.37 C \ ANISOU46705 CB VAL M 98 16315 31665 26877 -3225 862 2703 C \ ATOM 46706 CG1 VAL M 98 -8.301 -84.514 -24.101 1.00183.38 C \ ANISOU46706 CG1 VAL M 98 16785 31768 27238 -3365 1129 2268 C \ ATOM 46707 CG2 VAL M 98 -7.903 -82.082 -24.591 1.00187.15 C \ ANISOU46707 CG2 VAL M 98 14302 24365 23469 -1754 1811 431 C \ ATOM 46708 N ARG M 99 -4.716 -81.857 -25.199 1.00174.68 N \ ANISOU46708 N ARG M 99 14473 23946 23009 -1854 2118 2 N \ ATOM 46709 CA ARG M 99 -4.258 -80.616 -25.772 1.00179.71 C \ ANISOU46709 CA ARG M 99 15306 24401 23820 -1380 2379 -60 C \ ATOM 46710 C ARG M 99 -2.888 -80.790 -26.378 1.00178.86 C \ ANISOU46710 C ARG M 99 15958 24986 24257 -1638 2626 -82 C \ ATOM 46711 O ARG M 99 -2.244 -79.826 -26.770 1.00182.33 O \ ANISOU46711 O ARG M 99 13403 22292 21562 -1702 2165 -384 O \ ATOM 46712 CB ARG M 99 -4.357 -79.449 -24.787 1.00182.88 C \ ANISOU46712 CB ARG M 99 13200 21561 20593 -1914 2455 -793 C \ ATOM 46713 CG ARG M 99 -5.792 -78.920 -24.594 1.00187.83 C \ ANISOU46713 CG ARG M 99 13180 21881 20250 -2503 2350 -839 C \ ATOM 46714 CD ARG M 99 -5.822 -77.487 -24.042 1.00190.67 C \ ANISOU46714 CD ARG M 99 13446 21542 19765 -2469 2573 -1290 C \ ATOM 46715 NE ARG M 99 -7.125 -77.104 -23.494 1.00194.96 N \ ANISOU46715 NE ARG M 99 12376 20260 18755 -2000 2545 -1417 N \ ATOM 46716 CZ ARG M 99 -8.198 -76.828 -24.235 1.00202.68 C \ ANISOU46716 CZ ARG M 99 15465 24332 24230 -673 2327 -83 C \ ATOM 46717 NH1 ARG M 99 -8.130 -76.919 -25.554 1.00209.34 N \ ANISOU46717 NH1 ARG M 99 16047 24655 24758 -69 2575 -124 N \ ATOM 46718 NH2 ARG M 99 -9.348 -76.474 -23.667 1.00203.53 N \ ANISOU46718 NH2 ARG M 99 16750 24648 25017 477 2765 -583 N \ ATOM 46719 N GLY M 100 -2.434 -82.031 -26.450 1.00177.23 N \ ANISOU46719 N GLY M 100 16849 24452 24846 326 2710 -888 N \ ATOM 46720 CA GLY M 100 -1.177 -82.297 -27.125 1.00183.05 C \ ANISOU46720 CA GLY M 100 16811 24548 24990 1160 3006 -605 C \ ATOM 46721 C GLY M 100 0.119 -82.029 -26.375 1.00184.16 C \ ANISOU46721 C GLY M 100 16633 23858 24385 1835 3194 -1021 C \ ATOM 46722 O GLY M 100 1.042 -81.360 -26.862 1.00187.48 O \ ANISOU46722 O GLY M 100 16406 23123 23529 1479 3439 -1303 O \ ATOM 46723 N GLN M 101 0.187 -82.572 -25.173 1.00178.81 N \ ANISOU46723 N GLN M 101 16277 22913 23204 793 3576 -1188 N \ ATOM 46724 CA GLN M 101 1.367 -82.445 -24.361 1.00173.31 C \ ANISOU46724 CA GLN M 101 16833 24121 24525 2460 3531 -819 C \ ATOM 46725 C GLN M 101 2.390 -83.564 -24.537 1.00175.61 C \ ANISOU46725 C GLN M 101 16545 24439 24745 2108 3465 -289 C \ ATOM 46726 O GLN M 101 2.383 -84.367 -25.496 1.00175.23 O \ ANISOU46726 O GLN M 101 16409 24622 24971 1471 3052 -203 O \ ATOM 46727 CB GLN M 101 0.956 -82.369 -22.895 1.00165.52 C \ ANISOU46727 CB GLN M 101 16679 23088 23473 1965 3476 -1709 C \ ATOM 46728 CG GLN M 101 0.155 -81.124 -22.520 1.00164.88 C \ ANISOU46728 CG GLN M 101 17721 23757 23963 1630 3618 -1974 C \ ATOM 46729 CD GLN M 101 -1.327 -81.234 -22.818 1.00165.96 C \ ANISOU46729 CD GLN M 101 17983 23441 23520 1798 4156 -2035 C \ ATOM 46730 OE1 GLN M 101 -1.726 -81.768 -23.849 1.00169.35 O \ ANISOU46730 OE1 GLN M 101 18011 23259 23230 2564 4425 -2177 O \ ATOM 46731 NE2 GLN M 101 -2.152 -80.724 -21.907 1.00156.46 N \ ANISOU46731 NE2 GLN M 101 18536 24632 24813 1983 3382 -2363 N \ ATOM 46732 N ARG M 102 3.317 -83.548 -23.593 1.00181.81 N \ ANISOU46732 N ARG M 102 18582 25074 25634 2176 2926 -2342 N \ ATOM 46733 CA ARG M 102 4.175 -84.682 -23.342 1.00186.31 C \ ANISOU46733 CA ARG M 102 18207 24777 25452 2280 2656 -2719 C \ ATOM 46734 C ARG M 102 3.538 -85.522 -22.227 1.00180.44 C \ ANISOU46734 C ARG M 102 17752 24315 24733 1666 2696 -2717 C \ ATOM 46735 O ARG M 102 3.084 -85.016 -21.191 1.00176.45 O \ ANISOU46735 O ARG M 102 17705 24428 24836 1611 2522 -2954 O \ ATOM 46736 CB ARG M 102 5.609 -84.245 -22.995 1.00191.27 C \ ANISOU46736 CB ARG M 102 17721 24579 25321 2069 2270 -3270 C \ ATOM 46737 CG ARG M 102 5.796 -83.655 -21.605 1.00194.19 C \ ANISOU46737 CG ARG M 102 17828 24625 24661 1101 2595 -2892 C \ ATOM 46738 CD ARG M 102 7.082 -84.186 -21.009 1.00196.43 C \ ANISOU46738 CD ARG M 102 18591 23777 23863 1090 4316 -1950 C \ ATOM 46739 NE ARG M 102 8.214 -83.910 -21.893 1.00202.04 N \ ANISOU46739 NE ARG M 102 19733 24204 24368 1180 4843 -2003 N \ ATOM 46740 CZ ARG M 102 9.478 -84.249 -21.641 1.00202.52 C \ ANISOU46740 CZ ARG M 102 20135 24156 24051 1260 4970 -2398 C \ ATOM 46741 NH1 ARG M 102 9.808 -84.894 -20.525 1.00199.01 N \ ANISOU46741 NH1 ARG M 102 20272 24226 23962 634 4848 -2533 N \ ATOM 46742 NH2 ARG M 102 10.423 -83.939 -22.516 1.00205.93 N \ ANISOU46742 NH2 ARG M 102 20400 24730 25145 369 4964 -1769 N \ ATOM 46743 N THR M 103 3.435 -86.809 -22.503 1.00176.44 N \ ANISOU46743 N THR M 103 20018 24881 25078 -479 4519 -1750 N \ ATOM 46744 CA THR M 103 2.937 -87.756 -21.543 1.00168.08 C \ ANISOU46744 CA THR M 103 19549 25177 25396 -694 4260 -1342 C \ ATOM 46745 C THR M 103 4.096 -88.499 -20.858 1.00157.58 C \ ANISOU46745 C THR M 103 19521 25729 25611 -1527 3891 -1280 C \ ATOM 46746 O THR M 103 3.866 -89.390 -20.065 1.00154.34 O \ ANISOU46746 O THR M 103 19432 26438 26246 -1737 3694 -848 O \ ATOM 46747 CB THR M 103 1.911 -88.696 -22.216 1.00172.61 C \ ANISOU46747 CB THR M 103 20084 23869 23595 2100 5242 -2568 C \ ATOM 46748 OG1 THR M 103 2.584 -89.674 -23.009 1.00175.56 O \ ANISOU46748 OG1 THR M 103 19853 23372 22696 2369 5370 -2926 O \ ATOM 46749 CG2 THR M 103 1.014 -87.893 -23.144 1.00175.99 C \ ANISOU46749 CG2 THR M 103 20179 22815 22268 2104 5832 -2973 C \ ATOM 46750 N ARG M 104 5.340 -88.138 -21.161 1.00152.67 N \ ANISOU46750 N ARG M 104 20887 23046 22998 1830 6116 -2741 N \ ATOM 46751 CA ARG M 104 6.469 -88.930 -20.675 1.00149.78 C \ ANISOU46751 CA ARG M 104 19688 23368 22347 3430 5519 -3089 C \ ATOM 46752 C ARG M 104 6.779 -88.670 -19.235 1.00148.52 C \ ANISOU46752 C ARG M 104 19498 23677 22797 3796 5316 -2929 C \ ATOM 46753 O ARG M 104 7.267 -89.550 -18.545 1.00149.41 O \ ANISOU46753 O ARG M 104 18883 22982 21436 3625 5254 -3470 O \ ATOM 46754 CB ARG M 104 7.737 -88.733 -21.516 1.00152.99 C \ ANISOU46754 CB ARG M 104 20107 22520 21560 2159 5907 -3274 C \ ATOM 46755 CG ARG M 104 8.949 -89.566 -21.039 1.00147.88 C \ ANISOU46755 CG ARG M 104 21501 22917 22110 2139 6416 -3372 C \ ATOM 46756 CD ARG M 104 10.173 -89.421 -21.944 1.00146.07 C \ ANISOU46756 CD ARG M 104 22262 23528 22093 2843 6655 -3652 C \ ATOM 46757 NE ARG M 104 11.079 -90.561 -21.805 1.00143.90 N \ ANISOU46757 NE ARG M 104 22327 24320 22345 3364 6442 -3763 N \ ATOM 46758 CZ ARG M 104 12.108 -90.807 -22.612 1.00148.52 C \ ANISOU46758 CZ ARG M 104 21866 22982 22346 1177 6286 -3470 C \ ATOM 46759 NH1 ARG M 104 12.368 -89.991 -23.620 1.00155.12 N \ ANISOU46759 NH1 ARG M 104 22897 23116 23305 818 6677 -3323 N \ ATOM 46760 NH2 ARG M 104 12.882 -91.868 -22.421 1.00147.59 N \ ANISOU46760 NH2 ARG M 104 20907 22974 22145 537 5679 -3374 N \ ATOM 46761 N THR M 105 6.528 -87.451 -18.788 1.00149.90 N \ ANISOU46761 N THR M 105 22766 23123 21745 2856 7077 -3792 N \ ATOM 46762 CA THR M 105 6.646 -87.125 -17.378 1.00152.22 C \ ANISOU46762 CA THR M 105 22732 22981 20897 3586 7342 -4028 C \ ATOM 46763 C THR M 105 5.325 -86.475 -17.127 1.00156.44 C \ ANISOU46763 C THR M 105 22689 23736 20828 3351 6912 -4282 C \ ATOM 46764 O THR M 105 4.441 -86.576 -17.962 1.00159.77 O \ ANISOU46764 O THR M 105 21722 23535 20600 2752 6382 -4231 O \ ATOM 46765 CB THR M 105 7.770 -86.091 -17.095 1.00170.75 C \ ANISOU46765 CB THR M 105 23746 22678 20968 3758 7969 -4077 C \ ATOM 46766 OG1 THR M 105 8.490 -85.818 -18.300 1.00176.50 O \ ANISOU46766 OG1 THR M 105 22844 23798 20174 3904 7166 -4495 O \ ATOM 46767 CG2 THR M 105 8.759 -86.582 -16.016 1.00165.40 C \ ANISOU46767 CG2 THR M 105 21520 23350 18815 3829 6839 -4678 C \ ATOM 46768 N ASN M 106 5.152 -85.877 -15.960 1.00158.79 N \ ANISOU46768 N ASN M 106 21057 22464 17376 3808 7059 -4890 N \ ATOM 46769 CA ASN M 106 4.344 -84.673 -15.897 1.00165.77 C \ ANISOU46769 CA ASN M 106 19729 21968 16052 3711 6794 -4978 C \ ATOM 46770 C ASN M 106 2.861 -84.798 -16.211 1.00167.32 C \ ANISOU46770 C ASN M 106 13257 28508 20575 -3933 1836 1478 C \ ATOM 46771 O ASN M 106 2.142 -83.809 -16.124 1.00170.74 O \ ANISOU46771 O ASN M 106 13358 28551 20984 -3829 2440 1256 O \ ATOM 46772 CB ASN M 106 4.915 -83.659 -16.888 1.00173.05 C \ ANISOU46772 CB ASN M 106 12947 28016 20940 -4005 3040 1102 C \ ATOM 46773 CG ASN M 106 5.669 -82.546 -16.217 1.00178.50 C \ ANISOU46773 CG ASN M 106 11888 27034 20162 -4059 3215 1378 C \ ATOM 46774 OD1 ASN M 106 6.404 -82.764 -15.251 1.00179.86 O \ ANISOU46774 OD1 ASN M 106 10143 25233 17307 -3809 2226 784 O \ ATOM 46775 ND2 ASN M 106 5.495 -81.331 -16.730 1.00182.09 N \ ANISOU46775 ND2 ASN M 106 13348 28212 21324 -4086 3345 668 N \ ATOM 46776 N ALA M 107 2.398 -85.979 -16.603 1.00163.86 N \ ANISOU46776 N ALA M 107 13294 27842 21344 -4286 3804 374 N \ ATOM 46777 CA ALA M 107 1.058 -86.119 -17.197 1.00163.54 C \ ANISOU46777 CA ALA M 107 13827 28215 21305 -4519 3416 92 C \ ATOM 46778 C ALA M 107 -0.096 -85.790 -16.254 1.00156.50 C \ ANISOU46778 C ALA M 107 13906 28303 20903 -4589 2878 -197 C \ ATOM 46779 O ALA M 107 -1.262 -85.802 -16.650 1.00150.84 O \ ANISOU46779 O ALA M 107 12014 26372 20192 -4358 4111 -5 O \ ATOM 46780 CB ALA M 107 0.884 -87.508 -17.747 1.00169.03 C \ ANISOU46780 CB ALA M 107 10714 25357 18978 -4188 3931 54 C \ ATOM 46781 N ARG M 108 0.263 -85.485 -15.012 1.00158.18 N \ ANISOU46781 N ARG M 108 11015 25518 19709 -4236 4469 -72 N \ ATOM 46782 CA ARG M 108 -0.560 -85.756 -13.845 1.00157.31 C \ ANISOU46782 CA ARG M 108 12283 26601 20880 -4539 4439 -609 C \ ATOM 46783 C ARG M 108 -2.022 -85.434 -13.956 1.00158.50 C \ ANISOU46783 C ARG M 108 13646 28182 22390 -4614 4332 -864 C \ ATOM 46784 O ARG M 108 -2.828 -86.349 -14.030 1.00160.08 O \ ANISOU46784 O ARG M 108 13482 28385 22405 -4373 4317 -627 O \ ATOM 46785 CB ARG M 108 0.022 -85.094 -12.597 1.00157.52 C \ ANISOU46785 CB ARG M 108 14576 28972 23294 -4918 4244 -1342 C \ ATOM 46786 CG ARG M 108 0.624 -86.085 -11.606 1.00161.57 C \ ANISOU46786 CG ARG M 108 13677 27898 21175 -4603 3713 198 C \ ATOM 46787 CD ARG M 108 1.549 -87.107 -12.287 1.00167.10 C \ ANISOU46787 CD ARG M 108 13087 27098 19996 -4814 3416 -4 C \ ATOM 46788 NE ARG M 108 0.901 -88.408 -12.447 1.00171.42 N \ ANISOU46788 NE ARG M 108 12944 26617 19327 -4981 3190 -627 N \ ATOM 46789 CZ ARG M 108 1.414 -89.428 -13.128 1.00171.90 C \ ANISOU46789 CZ ARG M 108 12926 26494 18706 -5105 2664 -853 C \ ATOM 46790 NH1 ARG M 108 2.603 -89.297 -13.728 1.00170.99 N \ ANISOU46790 NH1 ARG M 108 12781 26595 19799 -4837 3970 173 N \ ATOM 46791 NH2 ARG M 108 0.726 -90.572 -13.211 1.00171.14 N \ ANISOU46791 NH2 ARG M 108 12282 26191 19015 -4965 3699 405 N \ ATOM 46792 N THR M 109 -2.379 -84.162 -13.988 1.00160.11 N \ ANISOU46792 N THR M 109 15545 29023 22015 -5024 4260 318 N \ ATOM 46793 CA THR M 109 -3.766 -83.833 -13.699 1.00166.98 C \ ANISOU46793 CA THR M 109 15416 28949 21544 -5188 4045 545 C \ ATOM 46794 C THR M 109 -4.792 -84.561 -14.590 1.00167.80 C \ ANISOU46794 C THR M 109 15890 28991 21698 -5191 4670 520 C \ ATOM 46795 O THR M 109 -5.860 -84.949 -14.116 1.00170.95 O \ ANISOU46795 O THR M 109 13245 26771 19895 -4985 3543 -879 O \ ATOM 46796 CB THR M 109 -3.994 -82.324 -13.569 1.00175.48 C \ ANISOU46796 CB THR M 109 14250 27563 20582 -5163 3307 -1438 C \ ATOM 46797 OG1 THR M 109 -3.040 -81.645 -14.387 1.00181.01 O \ ANISOU46797 OG1 THR M 109 13989 27683 20176 -5105 2677 -1575 O \ ATOM 46798 CG2 THR M 109 -3.818 -81.879 -12.094 1.00154.75 C \ ANISOU46798 CG2 THR M 109 13917 27533 19837 -5234 2373 -2013 C \ ATOM 46799 N ARG M 110 -4.461 -84.828 -15.846 1.00166.52 N \ ANISOU46799 N ARG M 110 14830 27918 21586 -5226 3824 -1616 N \ ATOM 46800 CA ARG M 110 -5.331 -85.726 -16.600 1.00168.34 C \ ANISOU46800 CA ARG M 110 13568 27649 19919 -4881 2485 -1201 C \ ATOM 46801 C ARG M 110 -5.161 -87.169 -16.127 1.00165.21 C \ ANISOU46801 C ARG M 110 13099 27457 19214 -4743 1941 -1306 C \ ATOM 46802 O ARG M 110 -6.147 -87.899 -16.024 1.00164.42 O \ ANISOU46802 O ARG M 110 13004 27271 18424 -4727 1301 -1257 O \ ATOM 46803 CB ARG M 110 -5.091 -85.642 -18.110 1.00174.00 C \ ANISOU46803 CB ARG M 110 12769 27164 17861 -4549 823 -1274 C \ ATOM 46804 CG ARG M 110 -5.577 -84.367 -18.810 1.00180.25 C \ ANISOU46804 CG ARG M 110 13174 27873 19712 -4473 2094 -989 C \ ATOM 46805 CD ARG M 110 -7.037 -84.030 -18.514 1.00185.85 C \ ANISOU46805 CD ARG M 110 13316 28229 20189 -4463 2238 -1280 C \ ATOM 46806 NE ARG M 110 -7.913 -85.198 -18.432 1.00189.80 N \ ANISOU46806 NE ARG M 110 13594 28813 20705 -4148 2343 -963 N \ ATOM 46807 CZ ARG M 110 -8.501 -85.773 -19.477 1.00195.50 C \ ANISOU46807 CZ ARG M 110 13138 28102 19581 -4523 1701 -1714 C \ ATOM 46808 NH1 ARG M 110 -8.297 -85.297 -20.700 1.00197.02 N \ ANISOU46808 NH1 ARG M 110 13514 27521 18694 -4895 1328 -1151 N \ ATOM 46809 NH2 ARG M 110 -9.287 -86.833 -19.297 1.00199.47 N \ ANISOU46809 NH2 ARG M 110 14075 27874 18531 -4974 738 -1156 N \ ATOM 46810 N LYS M 111 -3.910 -87.549 -15.830 1.00163.53 N \ ANISOU46810 N LYS M 111 16385 29792 20256 -5169 565 -1668 N \ ATOM 46811 CA LYS M 111 -3.490 -88.928 -15.491 1.00161.67 C \ ANISOU46811 CA LYS M 111 16548 29618 19778 -5308 264 -1699 C \ ATOM 46812 C LYS M 111 -3.989 -89.421 -14.122 1.00167.19 C \ ANISOU46812 C LYS M 111 12966 26825 17530 -5013 738 -621 C \ ATOM 46813 O LYS M 111 -4.596 -90.492 -13.998 1.00171.60 O \ ANISOU46813 O LYS M 111 12196 26412 17549 -4839 1178 -219 O \ ATOM 46814 CB LYS M 111 -1.957 -89.013 -15.525 1.00150.69 C \ ANISOU46814 CB LYS M 111 13099 26918 17133 -4959 12 -451 C \ ATOM 46815 CG LYS M 111 -1.350 -90.411 -15.681 1.00145.69 C \ ANISOU46815 CG LYS M 111 10591 25007 15942 -4588 877 -122 C \ ATOM 46816 CD LYS M 111 -0.946 -90.683 -17.145 1.00145.57 C \ ANISOU46816 CD LYS M 111 16657 30081 20807 -5204 822 -2031 C \ ATOM 46817 CE LYS M 111 0.272 -91.606 -17.286 1.00144.10 C \ ANISOU46817 CE LYS M 111 17031 30312 20784 -5282 454 -2554 C \ ATOM 46818 NZ LYS M 111 1.574 -90.981 -16.864 1.00135.25 N \ ANISOU46818 NZ LYS M 111 15784 29280 19173 -5072 -215 -2658 N \ ATOM 46819 N GLY M 112 -3.733 -88.626 -13.095 1.00168.51 N \ ANISOU46819 N GLY M 112 15656 28994 18546 -5098 -659 -3023 N \ ATOM 46820 CA GLY M 112 -4.108 -88.992 -11.744 1.00172.28 C \ ANISOU46820 CA GLY M 112 17133 30564 21527 -5356 848 -2814 C \ ATOM 46821 C GLY M 112 -2.920 -89.374 -10.873 1.00174.80 C \ ANISOU46821 C GLY M 112 19594 33404 24169 -5292 481 -3162 C \ ATOM 46822 O GLY M 112 -1.773 -89.423 -11.359 1.00174.09 O \ ANISOU46822 O GLY M 112 17042 31469 22209 -5009 552 -2923 O \ ATOM 46823 N PRO M 113 -3.192 -89.661 -9.580 1.00174.63 N \ ANISOU46823 N PRO M 113 16566 31077 21442 -4760 318 -2627 N \ ATOM 46824 CA PRO M 113 -2.141 -89.988 -8.607 1.00170.75 C \ ANISOU46824 CA PRO M 113 16877 31657 22747 -5044 827 -3031 C \ ATOM 46825 C PRO M 113 -1.201 -91.074 -9.136 1.00165.96 C \ ANISOU46825 C PRO M 113 15604 29416 19193 -4824 -287 -2341 C \ ATOM 46826 O PRO M 113 -1.552 -91.880 -9.995 1.00164.21 O \ ANISOU46826 O PRO M 113 15839 29734 18956 -4558 -878 -2405 O \ ATOM 46827 CB PRO M 113 -2.934 -90.483 -7.383 1.00172.33 C \ ANISOU46827 CB PRO M 113 16685 30086 18838 -4609 -1478 -2429 C \ ATOM 46828 CG PRO M 113 -4.415 -90.242 -7.697 1.00172.99 C \ ANISOU46828 CG PRO M 113 16688 30000 18280 -4403 -2017 -2606 C \ ATOM 46829 CD PRO M 113 -4.492 -89.411 -8.923 1.00173.71 C \ ANISOU46829 CD PRO M 113 16188 30319 19511 -4283 -823 -2009 C \ ATOM 46830 N ARG M 114 0.017 -91.088 -8.642 1.00166.44 N \ ANISOU46830 N ARG M 114 17050 30834 19720 -4249 -1273 -1677 N \ ATOM 46831 CA ARG M 114 1.034 -91.857 -9.334 1.00172.23 C \ ANISOU46831 CA ARG M 114 17151 30799 20027 -4535 -1012 -1339 C \ ATOM 46832 C ARG M 114 1.142 -93.331 -8.923 1.00170.92 C \ ANISOU46832 C ARG M 114 17736 31028 19941 -4604 -1585 -1058 C \ ATOM 46833 O ARG M 114 1.571 -93.685 -7.829 1.00169.76 O \ ANISOU46833 O ARG M 114 18215 31067 19440 -4552 -2271 -1332 O \ ATOM 46834 CB ARG M 114 2.376 -91.146 -9.170 1.00178.92 C \ ANISOU46834 CB ARG M 114 17757 30836 19725 -4860 -1361 -2209 C \ ATOM 46835 CG ARG M 114 2.213 -89.630 -8.923 1.00182.37 C \ ANISOU46835 CG ARG M 114 18697 31269 19775 -4974 -1875 -2165 C \ ATOM 46836 CD ARG M 114 3.556 -88.913 -9.014 1.00180.12 C \ ANISOU46836 CD ARG M 114 19491 31745 20064 -5081 -2055 -2641 C \ ATOM 46837 NE ARG M 114 4.299 -89.332 -10.197 1.00175.81 N \ ANISOU46837 NE ARG M 114 20543 32361 20250 -5078 -2607 -2763 N \ ATOM 46838 CZ ARG M 114 5.503 -88.884 -10.510 1.00176.26 C \ ANISOU46838 CZ ARG M 114 13535 25971 14715 -5225 -1622 -1726 C \ ATOM 46839 NH1 ARG M 114 6.119 -87.999 -9.725 1.00177.97 N \ ANISOU46839 NH1 ARG M 114 19025 31445 20095 -5172 -1631 -2915 N \ ATOM 46840 NH2 ARG M 114 6.089 -89.326 -11.609 1.00176.64 N \ ANISOU46840 NH2 ARG M 114 19087 31240 19736 -5262 -1858 -3405 N \ ATOM 46841 N LYS M 115 0.804 -94.206 -9.849 1.00174.31 N \ ANISOU46841 N LYS M 115 17781 30189 18284 -4983 -2414 -3658 N \ ATOM 46842 CA LYS M 115 0.895 -95.618 -9.553 1.00179.77 C \ ANISOU46842 CA LYS M 115 18282 30456 18267 -4989 -2829 -4023 C \ ATOM 46843 C LYS M 115 2.268 -96.181 -9.961 1.00179.87 C \ ANISOU46843 C LYS M 115 19578 31805 20811 -5443 -1323 -3636 C \ ATOM 46844 O LYS M 115 2.563 -96.406 -11.147 1.00180.18 O \ ANISOU46844 O LYS M 115 20088 31922 20824 -5601 -1575 -4144 O \ ATOM 46845 CB LYS M 115 -0.241 -96.361 -10.267 1.00184.96 C \ ANISOU46845 CB LYS M 115 19823 32007 21358 -5686 -1321 -4424 C \ ATOM 46846 CG LYS M 115 -0.592 -95.818 -11.655 1.00184.17 C \ ANISOU46846 CG LYS M 115 19088 32080 21381 -5435 -1462 -4376 C \ ATOM 46847 CD LYS M 115 -1.883 -95.024 -11.634 1.00184.55 C \ ANISOU46847 CD LYS M 115 18658 32096 21924 -5553 -1125 -4532 C \ ATOM 46848 CE LYS M 115 -2.339 -94.687 -13.039 1.00186.50 C \ ANISOU46848 CE LYS M 115 31868 39509 20751 6530 -7402 -1808 C \ ATOM 46849 NZ LYS M 115 -3.698 -94.075 -13.033 1.00189.80 N \ ANISOU46849 NZ LYS M 115 31492 37834 18801 6405 -6699 -1109 N \ ATOM 46850 N THR M 116 3.081 -96.461 -8.947 1.00177.78 N \ ANISOU46850 N THR M 116 30418 36769 18039 6838 -6350 -954 N \ ATOM 46851 CA THR M 116 4.465 -96.896 -9.133 1.00173.50 C \ ANISOU46851 CA THR M 116 29379 36121 18263 7218 -6783 -923 C \ ATOM 46852 C THR M 116 4.532 -98.342 -9.616 1.00171.76 C \ ANISOU46852 C THR M 116 31561 37468 17273 5934 -6092 -1170 C \ ATOM 46853 O THR M 116 3.555 -99.070 -9.532 1.00176.16 O \ ANISOU46853 O THR M 116 31827 36347 15914 5716 -5629 -553 O \ ATOM 46854 CB THR M 116 5.234 -96.751 -7.809 1.00172.13 C \ ANISOU46854 CB THR M 116 32125 36220 16161 5488 -6076 -252 C \ ATOM 46855 OG1 THR M 116 4.503 -95.872 -6.932 1.00173.63 O \ ANISOU46855 OG1 THR M 116 32233 36785 16413 5142 -6500 -652 O \ ATOM 46856 CG2 THR M 116 6.635 -96.208 -8.056 1.00166.60 C \ ANISOU46856 CG2 THR M 116 32555 36540 16221 4807 -6804 -423 C \ ATOM 46857 N VAL M 117 5.664 -98.763 -10.158 1.00168.93 N \ ANISOU46857 N VAL M 117 33089 36047 15970 4691 -6692 224 N \ ATOM 46858 CA VAL M 117 5.865-100.198 -10.397 1.00175.10 C \ ANISOU46858 CA VAL M 117 32312 36818 16217 4544 -7211 -883 C \ ATOM 46859 C VAL M 117 7.317-100.614 -10.170 1.00178.66 C \ ANISOU46859 C VAL M 117 30683 36588 17165 6772 -5659 -907 C \ ATOM 46860 O VAL M 117 8.098 -99.823 -9.673 1.00181.58 O \ ANISOU46860 O VAL M 117 30279 36093 16872 7181 -5302 -823 O \ ATOM 46861 CB VAL M 117 5.428-100.631 -11.799 1.00176.85 C \ ANISOU46861 CB VAL M 117 29866 35665 17400 7582 -5537 -482 C \ ATOM 46862 CG1 VAL M 117 4.355-101.720 -11.694 1.00182.44 C \ ANISOU46862 CG1 VAL M 117 29089 35580 17870 7973 -5764 -645 C \ ATOM 46863 CG2 VAL M 117 4.947 -99.437 -12.608 1.00173.77 C \ ANISOU46863 CG2 VAL M 117 28107 34945 15436 7257 -5343 -1382 C \ ATOM 46864 N ALA M 118 7.691-101.831 -10.557 1.00178.01 N \ ANISOU46864 N ALA M 118 27276 35361 16287 7385 -5980 -1824 N \ ATOM 46865 CA ALA M 118 9.072-102.290 -10.369 1.00175.31 C \ ANISOU46865 CA ALA M 118 28739 35468 14795 6691 -5037 -1659 C \ ATOM 46866 C ALA M 118 10.069-101.617 -11.349 1.00177.00 C \ ANISOU46866 C ALA M 118 30496 35527 17369 7403 -5495 -15 C \ ATOM 46867 O ALA M 118 9.753-100.568 -11.963 1.00173.33 O \ ANISOU46867 O ALA M 118 30221 35234 17826 7451 -5942 332 O \ ATOM 46868 CB ALA M 118 9.165-103.810 -10.446 1.00177.37 C \ ANISOU46868 CB ALA M 118 28992 34150 17201 7863 -5768 497 C \ ATOM 46869 N GLY M 119 11.292-102.170 -11.417 1.00175.85 N \ ANISOU46869 N GLY M 119 28432 33678 17357 7863 -6218 757 N \ ATOM 46870 CA GLY M 119 12.379-101.588 -12.204 1.00167.61 C \ ANISOU46870 CA GLY M 119 31646 35757 17939 6972 -5760 750 C \ ATOM 46871 C GLY M 119 13.125-102.475 -13.195 1.00160.27 C \ ANISOU46871 C GLY M 119 32149 35938 17302 6715 -5395 539 C \ ATOM 46872 O GLY M 119 13.982-101.985 -13.938 1.00151.99 O \ ANISOU46872 O GLY M 119 31607 35684 16825 7052 -5017 209 O \ """, "4ji5.interface.28") 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. 2-119') 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. 94 | 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()