cmd.read_pdbstr("""\\nATOM 51776 N PRO S 2 -11.978 -72.881 -29.993 1.00180.17 N \ ANISOU51776 N PRO S 2 19348 21484 21607 1908 1259 4238 N \ ATOM 51777 CA PRO S 2 -10.591 -72.472 -30.241 1.00185.23 C \ ANISOU51777 CA PRO S 2 19846 21359 21826 1580 1267 4945 C \ ATOM 51778 C PRO S 2 -9.956 -73.080 -31.515 1.00193.00 C \ ANISOU51778 C PRO S 2 18828 22428 20599 2455 -15 3833 C \ ATOM 51779 O PRO S 2 -8.967 -73.820 -31.388 1.00199.85 O \ ANISOU51779 O PRO S 2 17903 22417 19899 2699 164 2954 O \ ATOM 51780 CB PRO S 2 -9.856 -72.967 -28.984 1.00187.32 C \ ANISOU51780 CB PRO S 2 17361 22066 20021 3234 -720 2656 C \ ATOM 51781 CG PRO S 2 -10.890 -72.934 -27.911 1.00185.63 C \ ANISOU51781 CG PRO S 2 16732 22271 19323 3352 -699 2101 C \ ATOM 51782 CD PRO S 2 -12.186 -73.301 -28.594 1.00183.45 C \ ANISOU51782 CD PRO S 2 17429 22154 19895 2735 762 2247 C \ ATOM 51783 N ARG S 3 -10.512 -72.767 -32.697 1.00193.81 N \ ANISOU51783 N ARG S 3 17818 22357 21438 3211 354 1752 N \ ATOM 51784 CA ARG S 3 -9.935 -73.121 -34.022 1.00193.17 C \ ANISOU51784 CA ARG S 3 16902 22052 20754 3173 901 852 C \ ATOM 51785 C ARG S 3 -10.202 -71.978 -35.013 1.00179.54 C \ ANISOU51785 C ARG S 3 18536 22066 22533 3224 188 2312 C \ ATOM 51786 O ARG S 3 -11.267 -71.387 -34.969 1.00172.18 O \ ANISOU51786 O ARG S 3 16960 20906 20290 3556 -1530 2997 O \ ATOM 51787 CB ARG S 3 -10.533 -74.430 -34.584 1.00201.89 C \ ANISOU51787 CB ARG S 3 16811 20871 20795 4064 -2497 2757 C \ ATOM 51788 CG ARG S 3 -10.156 -75.730 -33.836 1.00213.54 C \ ANISOU51788 CG ARG S 3 17640 21922 20731 3856 -2776 3177 C \ ATOM 51789 CD ARG S 3 -10.689 -76.987 -34.560 1.00217.65 C \ ANISOU51789 CD ARG S 3 17613 22650 20884 4111 -2987 2606 C \ ATOM 51790 NE ARG S 3 -11.160 -78.023 -33.634 1.00223.29 N \ ANISOU51790 NE ARG S 3 16792 19866 21605 4423 -3444 3139 N \ ATOM 51791 CZ ARG S 3 -11.698 -79.184 -34.006 1.00224.81 C \ ANISOU51791 CZ ARG S 3 16771 19946 22254 4947 -4553 2888 C \ ATOM 51792 NH1 ARG S 3 -11.837 -79.481 -35.293 1.00222.12 N \ ANISOU51792 NH1 ARG S 3 14300 18552 20796 5425 -4485 1622 N \ ATOM 51793 NH2 ARG S 3 -12.101 -80.052 -33.089 1.00229.45 N \ ANISOU51793 NH2 ARG S 3 17450 19501 23598 5256 -5686 3419 N \ ATOM 51794 N SER S 4 -9.252 -71.624 -35.875 1.00174.49 N \ ANISOU51794 N SER S 4 18823 22498 20928 3348 -2760 4148 N \ ATOM 51795 CA SER S 4 -9.476 -70.428 -36.694 1.00170.10 C \ ANISOU51795 CA SER S 4 19956 23842 21102 3058 -2992 4578 C \ ATOM 51796 C SER S 4 -9.026 -70.353 -38.164 1.00164.76 C \ ANISOU51796 C SER S 4 19285 24259 19774 2802 -2087 4081 C \ ATOM 51797 O SER S 4 -7.831 -70.367 -38.449 1.00164.79 O \ ANISOU51797 O SER S 4 19878 25318 19871 2756 -2296 4081 O \ ATOM 51798 CB SER S 4 -8.850 -69.268 -35.948 1.00171.27 C \ ANISOU51798 CB SER S 4 21701 24722 21863 2465 -3220 5733 C \ ATOM 51799 OG SER S 4 -8.137 -69.752 -34.814 1.00175.26 O \ ANISOU51799 OG SER S 4 21949 24920 21429 1852 -2222 6056 O \ ATOM 51800 N LEU S 5 -9.965 -70.264 -39.101 1.00164.05 N \ ANISOU51800 N LEU S 5 23613 26076 21911 1117 -2326 7082 N \ ATOM 51801 CA LEU S 5 -9.674 -69.674 -40.426 1.00163.46 C \ ANISOU51801 CA LEU S 5 23567 25847 21455 617 -1683 7403 C \ ATOM 51802 C LEU S 5 -10.283 -68.298 -40.830 1.00163.63 C \ ANISOU51802 C LEU S 5 24829 27101 22599 1001 -3060 7539 C \ ATOM 51803 O LEU S 5 -10.029 -67.829 -41.941 1.00160.00 O \ ANISOU51803 O LEU S 5 18240 23574 18731 2637 -1142 3660 O \ ATOM 51804 CB LEU S 5 -9.775 -70.696 -41.570 1.00168.11 C \ ANISOU51804 CB LEU S 5 17636 23962 17626 2444 -365 3091 C \ ATOM 51805 CG LEU S 5 -8.467 -71.186 -42.217 1.00171.36 C \ ANISOU51805 CG LEU S 5 16949 24061 17542 2916 -649 2226 C \ ATOM 51806 CD1 LEU S 5 -8.775 -72.433 -42.981 1.00174.42 C \ ANISOU51806 CD1 LEU S 5 17118 24883 17210 2858 -652 2078 C \ ATOM 51807 CD2 LEU S 5 -7.816 -70.174 -43.159 1.00165.91 C \ ANISOU51807 CD2 LEU S 5 17151 23574 17139 2206 549 2767 C \ ATOM 51808 N LYS S 6 -11.092 -67.671 -39.970 1.00162.70 N \ ANISOU51808 N LYS S 6 18062 24166 17245 1619 1103 3398 N \ ATOM 51809 CA LYS S 6 -11.686 -66.335 -40.262 1.00155.99 C \ ANISOU51809 CA LYS S 6 17681 23862 17010 1454 1906 2971 C \ ATOM 51810 C LYS S 6 -12.576 -66.189 -41.535 1.00128.74 C \ ANISOU51810 C LYS S 6 18129 24121 16799 889 2472 3452 C \ ATOM 51811 O LYS S 6 -13.703 -66.723 -41.629 1.00122.60 O \ ANISOU51811 O LYS S 6 17178 23405 15902 717 3230 2922 O \ ATOM 51812 CB LYS S 6 -10.575 -65.259 -40.290 1.00147.26 C \ ANISOU51812 CB LYS S 6 16149 23253 17833 3359 -879 1619 C \ ATOM 51813 CG LYS S 6 -9.337 -65.596 -39.465 1.00143.52 C \ ANISOU51813 CG LYS S 6 15876 23823 18259 3782 -1146 686 C \ ATOM 51814 CD LYS S 6 -8.094 -65.570 -40.334 1.00138.88 C \ ANISOU51814 CD LYS S 6 17216 25189 19825 4131 -2119 814 C \ ATOM 51815 CE LYS S 6 -7.083 -66.632 -39.896 1.00143.73 C \ ANISOU51815 CE LYS S 6 17407 26232 19918 4227 -2150 304 C \ ATOM 51816 NZ LYS S 6 -5.640 -66.278 -40.158 1.00142.32 N \ ANISOU51816 NZ LYS S 6 15054 23080 18611 4130 -1175 -76 N \ ATOM 51817 N LYS S 7 -12.067 -65.368 -42.456 1.00126.20 N \ ANISOU51817 N LYS S 7 15631 22652 19931 4416 -1835 384 N \ ATOM 51818 CA LYS S 7 -12.476 -65.356 -43.856 1.00119.51 C \ ANISOU51818 CA LYS S 7 14726 23755 19058 4522 -1476 -1119 C \ ATOM 51819 C LYS S 7 -11.652 -66.350 -44.723 1.00145.77 C \ ANISOU51819 C LYS S 7 18190 25199 21064 4294 -2955 1505 C \ ATOM 51820 O LYS S 7 -10.407 -66.380 -44.677 1.00145.16 O \ ANISOU51820 O LYS S 7 19230 26128 22418 4654 -4041 1608 O \ ATOM 51821 CB LYS S 7 -12.367 -63.937 -44.431 1.00110.95 C \ ANISOU51821 CB LYS S 7 20406 27302 22358 4257 -4142 2294 C \ ATOM 51822 CG LYS S 7 -11.027 -63.253 -44.198 1.00109.79 C \ ANISOU51822 CG LYS S 7 20988 28096 23110 4532 -4892 2163 C \ ATOM 51823 CD LYS S 7 -11.010 -62.448 -42.897 1.00112.03 C \ ANISOU51823 CD LYS S 7 19791 25649 23892 5050 -5101 1957 C \ ATOM 51824 CE LYS S 7 -9.582 -62.316 -42.318 1.00117.72 C \ ANISOU51824 CE LYS S 7 20466 25043 24069 4705 -5291 3073 C \ ATOM 51825 NZ LYS S 7 -8.583 -61.445 -43.066 1.00113.44 N \ ANISOU51825 NZ LYS S 7 21902 25900 24312 4250 -5738 4113 N \ ATOM 51826 N GLY S 8 -12.366 -67.097 -45.568 1.00146.17 N \ ANISOU51826 N GLY S 8 20730 24533 25599 5229 -6204 3010 N \ ATOM 51827 CA GLY S 8 -11.793 -68.145 -46.399 1.00143.82 C \ ANISOU51827 CA GLY S 8 20776 27472 21535 3606 -3406 2969 C \ ATOM 51828 C GLY S 8 -11.563 -69.537 -45.837 1.00150.76 C \ ANISOU51828 C GLY S 8 21607 28553 21130 3142 -3268 3464 C \ ATOM 51829 O GLY S 8 -10.424 -69.997 -45.882 1.00157.51 O \ ANISOU51829 O GLY S 8 20538 28699 19754 3067 -2427 2698 O \ ATOM 51830 N VAL S 9 -12.591 -70.188 -45.273 1.00148.35 N \ ANISOU51830 N VAL S 9 20702 29306 19034 2775 -2280 2876 N \ ATOM 51831 CA VAL S 9 -12.467 -71.596 -44.804 1.00150.98 C \ ANISOU51831 CA VAL S 9 22546 28847 20951 2428 -2885 4466 C \ ATOM 51832 C VAL S 9 -12.007 -72.582 -45.893 1.00153.02 C \ ANISOU51832 C VAL S 9 24344 29412 22696 2340 -3865 5403 C \ ATOM 51833 O VAL S 9 -12.427 -72.473 -47.053 1.00151.69 O \ ANISOU51833 O VAL S 9 25272 29845 22365 1503 -3497 6384 O \ ATOM 51834 CB VAL S 9 -13.764 -72.143 -44.189 1.00145.12 C \ ANISOU51834 CB VAL S 9 24570 29178 21536 1202 -2634 6382 C \ ATOM 51835 CG1 VAL S 9 -13.472 -73.385 -43.323 1.00140.45 C \ ANISOU51835 CG1 VAL S 9 26597 30758 22837 1115 -4100 7132 C \ ATOM 51836 CG2 VAL S 9 -14.461 -71.049 -43.395 1.00146.96 C \ ANISOU51836 CG2 VAL S 9 19673 28342 19582 3289 -1895 1858 C \ ATOM 51837 N PHE S 10 -11.184 -73.560 -45.498 1.00154.98 N \ ANISOU51837 N PHE S 10 18809 28613 18613 3289 -1291 1002 N \ ATOM 51838 CA PHE S 10 -10.261 -74.239 -46.418 1.00152.73 C \ ANISOU51838 CA PHE S 10 18222 28663 19020 3871 -1917 148 C \ ATOM 51839 C PHE S 10 -10.436 -75.748 -46.609 1.00155.54 C \ ANISOU51839 C PHE S 10 17532 28975 18292 3882 -1534 -611 C \ ATOM 51840 O PHE S 10 -10.630 -76.489 -45.648 1.00160.18 O \ ANISOU51840 O PHE S 10 18130 28150 18006 3090 -377 540 O \ ATOM 51841 CB PHE S 10 -8.820 -73.953 -45.966 1.00154.73 C \ ANISOU51841 CB PHE S 10 17889 28401 16737 2560 564 517 C \ ATOM 51842 CG PHE S 10 -7.763 -74.735 -46.706 1.00156.38 C \ ANISOU51842 CG PHE S 10 17073 27533 16112 2392 1259 127 C \ ATOM 51843 CD1 PHE S 10 -7.166 -74.211 -47.846 1.00154.48 C \ ANISOU51843 CD1 PHE S 10 17686 29219 16226 2589 654 -54 C \ ATOM 51844 CD2 PHE S 10 -7.340 -75.971 -46.248 1.00157.26 C \ ANISOU51844 CD2 PHE S 10 18351 28235 20081 4341 -2898 224 C \ ATOM 51845 CE1 PHE S 10 -6.187 -74.919 -48.525 1.00153.37 C \ ANISOU51845 CE1 PHE S 10 17952 28468 20797 4936 -3594 -658 C \ ATOM 51846 CE2 PHE S 10 -6.374 -76.672 -46.926 1.00157.90 C \ ANISOU51846 CE2 PHE S 10 19043 29615 21636 5082 -4393 -404 C \ ATOM 51847 CZ PHE S 10 -5.795 -76.147 -48.063 1.00155.52 C \ ANISOU51847 CZ PHE S 10 18902 30044 22427 5586 -5037 -1155 C \ ATOM 51848 N VAL S 11 -10.331 -76.182 -47.865 1.00154.14 N \ ANISOU51848 N VAL S 11 17483 27495 21716 5450 -4287 -939 N \ ATOM 51849 CA VAL S 11 -10.253 -77.600 -48.227 1.00158.75 C \ ANISOU51849 CA VAL S 11 15731 26127 20515 5424 -3555 -1651 C \ ATOM 51850 C VAL S 11 -9.292 -77.807 -49.407 1.00157.88 C \ ANISOU51850 C VAL S 11 14396 25512 18615 5064 -2621 -2061 C \ ATOM 51851 O VAL S 11 -9.407 -77.105 -50.419 1.00153.51 O \ ANISOU51851 O VAL S 11 15679 25562 21556 5784 -4025 -1801 O \ ATOM 51852 CB VAL S 11 -11.650 -78.152 -48.605 1.00157.89 C \ ANISOU51852 CB VAL S 11 19914 29902 21271 4614 -4370 628 C \ ATOM 51853 CG1 VAL S 11 -11.542 -79.279 -49.627 1.00158.66 C \ ANISOU51853 CG1 VAL S 11 20815 30851 21604 4581 -4983 980 C \ ATOM 51854 CG2 VAL S 11 -12.413 -78.602 -47.358 1.00161.49 C \ ANISOU51854 CG2 VAL S 11 20484 31530 20285 4199 -4088 728 C \ ATOM 51855 N ASP S 12 -8.360 -78.760 -49.279 1.00161.04 N \ ANISOU51855 N ASP S 12 21017 32184 20093 4040 -4369 1071 N \ ATOM 51856 CA ASP S 12 -7.448 -79.117 -50.376 1.00161.68 C \ ANISOU51856 CA ASP S 12 21970 30776 21924 4209 -5555 2266 C \ ATOM 51857 C ASP S 12 -8.264 -79.439 -51.633 1.00163.20 C \ ANISOU51857 C ASP S 12 20105 31803 19851 4024 -3047 157 C \ ATOM 51858 O ASP S 12 -9.226 -80.210 -51.585 1.00165.43 O \ ANISOU51858 O ASP S 12 20386 32946 19175 3608 -2119 -74 O \ ATOM 51859 CB ASP S 12 -6.518 -80.292 -49.996 1.00166.36 C \ ANISOU51859 CB ASP S 12 19980 33657 19351 3798 -1641 -1275 C \ ATOM 51860 CG ASP S 12 -5.084 -79.835 -49.647 1.00168.10 C \ ANISOU51860 CG ASP S 12 19837 34404 19053 3848 -1602 -1791 C \ ATOM 51861 OD1 ASP S 12 -4.717 -78.717 -50.060 1.00167.38 O \ ANISOU51861 OD1 ASP S 12 20397 32561 18221 3000 -1245 547 O \ ATOM 51862 OD2 ASP S 12 -4.319 -80.578 -48.973 1.00168.92 O \ ANISOU51862 OD2 ASP S 12 19912 32884 16769 2561 -331 330 O \ ATOM 51863 N ASP S 13 -7.884 -78.825 -52.751 1.00162.60 N \ ANISOU51863 N ASP S 13 18957 31854 15579 2207 595 243 N \ ATOM 51864 CA ASP S 13 -8.703 -78.829 -53.962 1.00168.77 C \ ANISOU51864 CA ASP S 13 18370 31953 14039 1761 1404 81 C \ ATOM 51865 C ASP S 13 -9.071 -80.206 -54.471 1.00168.66 C \ ANISOU51865 C ASP S 13 19053 32453 13712 1340 1461 886 C \ ATOM 51866 O ASP S 13 -10.251 -80.525 -54.607 1.00170.28 O \ ANISOU51866 O ASP S 13 16526 18892 19177 1820 1558 -560 O \ ATOM 51867 CB ASP S 13 -8.001 -78.062 -55.077 1.00173.19 C \ ANISOU51867 CB ASP S 13 17555 19760 20323 1646 1609 -120 C \ ATOM 51868 CG ASP S 13 -7.975 -76.579 -54.822 1.00178.95 C \ ANISOU51868 CG ASP S 13 18302 20679 21574 1786 1393 617 C \ ATOM 51869 OD1 ASP S 13 -7.925 -75.804 -55.801 1.00185.88 O \ ANISOU51869 OD1 ASP S 13 17870 20441 21857 2186 1326 629 O \ ATOM 51870 OD2 ASP S 13 -8.014 -76.190 -53.634 1.00176.95 O \ ANISOU51870 OD2 ASP S 13 19237 21502 22158 1414 1259 1177 O \ ATOM 51871 N HIS S 14 -8.052 -81.019 -54.725 1.00169.22 N \ ANISOU51871 N HIS S 14 19728 22198 22725 1359 863 1948 N \ ATOM 51872 CA HIS S 14 -8.214 -82.281 -55.436 1.00172.72 C \ ANISOU51872 CA HIS S 14 19779 22092 23860 1839 606 2256 C \ ATOM 51873 C HIS S 14 -9.379 -83.141 -54.954 1.00170.01 C \ ANISOU51873 C HIS S 14 19790 21582 24432 2056 695 2149 C \ ATOM 51874 O HIS S 14 -10.194 -83.600 -55.764 1.00176.08 O \ ANISOU51874 O HIS S 14 20845 23080 23005 711 752 2457 O \ ATOM 51875 CB HIS S 14 -6.911 -83.089 -55.405 1.00173.42 C \ ANISOU51875 CB HIS S 14 22020 23536 24197 497 879 2525 C \ ATOM 51876 CG HIS S 14 -6.179 -83.020 -54.100 1.00171.53 C \ ANISOU51876 CG HIS S 14 23165 24568 24269 -336 1019 2628 C \ ATOM 51877 ND1 HIS S 14 -6.711 -83.484 -52.917 1.00168.11 N \ ANISOU51877 ND1 HIS S 14 24201 24995 25080 -719 1005 2929 N \ ATOM 51878 CD2 HIS S 14 -4.944 -82.551 -53.798 1.00170.90 C \ ANISOU51878 CD2 HIS S 14 22968 24894 23438 -657 1142 2368 C \ ATOM 51879 CE1 HIS S 14 -5.841 -83.296 -51.940 1.00164.33 C \ ANISOU51879 CE1 HIS S 14 19613 22413 24045 2005 253 2598 C \ ATOM 51880 NE2 HIS S 14 -4.759 -82.736 -52.450 1.00165.89 N \ ANISOU51880 NE2 HIS S 14 19432 22214 25057 2474 -114 2838 N \ ATOM 51881 N LEU S 15 -9.487 -83.347 -53.648 1.00162.79 N \ ANISOU51881 N LEU S 15 20298 22772 25711 2214 -713 3688 N \ ATOM 51882 CA LEU S 15 -10.591 -84.160 -53.157 1.00158.49 C \ ANISOU51882 CA LEU S 15 20185 22886 24690 1771 -838 4044 C \ ATOM 51883 C LEU S 15 -11.922 -83.387 -53.147 1.00156.46 C \ ANISOU51883 C LEU S 15 18322 21965 24714 2873 -86 2432 C \ ATOM 51884 O LEU S 15 -12.989 -83.996 -53.265 1.00153.51 O \ ANISOU51884 O LEU S 15 18179 22397 24848 2896 -564 2863 O \ ATOM 51885 CB LEU S 15 -10.282 -84.813 -51.804 1.00156.54 C \ ANISOU51885 CB LEU S 15 17339 22507 24844 3228 -429 2294 C \ ATOM 51886 CG LEU S 15 -10.618 -84.008 -50.553 1.00162.16 C \ ANISOU51886 CG LEU S 15 17375 23191 25511 3345 -932 2611 C \ ATOM 51887 CD1 LEU S 15 -10.898 -84.942 -49.381 1.00157.14 C \ ANISOU51887 CD1 LEU S 15 16460 23348 25297 3526 -710 1960 C \ ATOM 51888 CD2 LEU S 15 -9.478 -83.059 -50.239 1.00166.16 C \ ANISOU51888 CD2 LEU S 15 21467 23337 27669 2460 -1134 4013 C \ ATOM 51889 N LEU S 16 -11.869 -82.059 -53.038 1.00153.06 N \ ANISOU51889 N LEU S 16 22705 24038 28699 2198 -1868 4867 N \ ATOM 51890 CA LEU S 16 -13.093 -81.282 -53.213 1.00153.91 C \ ANISOU51890 CA LEU S 16 22380 24435 28811 2390 -2311 5072 C \ ATOM 51891 C LEU S 16 -13.685 -81.533 -54.599 1.00158.68 C \ ANISOU51891 C LEU S 16 21912 24611 29653 2992 -2397 4662 C \ ATOM 51892 O LEU S 16 -14.860 -81.862 -54.723 1.00160.93 O \ ANISOU51892 O LEU S 16 23683 24070 30469 2443 -2362 5153 O \ ATOM 51893 CB LEU S 16 -12.885 -79.780 -53.001 1.00153.34 C \ ANISOU51893 CB LEU S 16 24626 24002 30394 1858 -2205 5410 C \ ATOM 51894 CG LEU S 16 -14.182 -79.025 -53.346 1.00155.20 C \ ANISOU51894 CG LEU S 16 24107 23657 29859 1961 -1358 4626 C \ ATOM 51895 CD1 LEU S 16 -15.303 -79.374 -52.376 1.00141.20 C \ ANISOU51895 CD1 LEU S 16 24624 23869 28998 1198 -916 4619 C \ ATOM 51896 CD2 LEU S 16 -14.013 -77.518 -53.435 1.00159.36 C \ ANISOU51896 CD2 LEU S 16 23739 23297 27850 1153 -204 3901 C \ ATOM 51897 N GLU S 17 -12.876 -81.394 -55.643 1.00163.83 N \ ANISOU51897 N GLU S 17 22554 22615 27497 1773 127 3220 N \ ATOM 51898 CA GLU S 17 -13.389 -81.663 -56.985 1.00170.81 C \ ANISOU51898 CA GLU S 17 23951 23319 26966 443 149 3813 C \ ATOM 51899 C GLU S 17 -13.711 -83.145 -57.186 1.00166.65 C \ ANISOU51899 C GLU S 17 22259 24238 27563 1812 -2562 5663 C \ ATOM 51900 O GLU S 17 -14.545 -83.482 -58.022 1.00171.25 O \ ANISOU51900 O GLU S 17 21145 23860 26450 1819 -2853 5858 O \ ATOM 51901 CB GLU S 17 -12.470 -81.121 -58.096 1.00179.72 C \ ANISOU51901 CB GLU S 17 19383 23209 24969 2093 -2301 5132 C \ ATOM 51902 CG GLU S 17 -11.067 -81.720 -58.136 1.00179.75 C \ ANISOU51902 CG GLU S 17 18663 22638 23865 2044 -1653 4566 C \ ATOM 51903 CD GLU S 17 -10.328 -81.416 -59.436 1.00188.44 C \ ANISOU51903 CD GLU S 17 21302 23908 27891 2282 -3719 6193 C \ ATOM 51904 OE1 GLU S 17 -9.086 -81.595 -59.477 1.00186.52 O \ ANISOU51904 OE1 GLU S 17 22710 24197 28810 1899 -4595 7130 O \ ATOM 51905 OE2 GLU S 17 -10.992 -81.007 -60.416 1.00196.15 O \ ANISOU51905 OE2 GLU S 17 23240 24632 30929 2513 -5536 7278 O \ ATOM 51906 N LYS S 18 -13.067 -84.028 -56.423 1.00159.35 N \ ANISOU51906 N LYS S 18 23122 24643 27671 1149 -4669 7704 N \ ATOM 51907 CA LYS S 18 -13.441 -85.445 -56.457 1.00155.87 C \ ANISOU51907 CA LYS S 18 18549 23089 24845 2362 -2645 5153 C \ ATOM 51908 C LYS S 18 -14.877 -85.653 -55.983 1.00154.10 C \ ANISOU51908 C LYS S 18 17148 22778 23724 2538 -2276 4563 C \ ATOM 51909 O LYS S 18 -15.707 -86.235 -56.694 1.00155.84 O \ ANISOU51909 O LYS S 18 18128 24130 25322 2664 -2970 4986 O \ ATOM 51910 CB LYS S 18 -12.495 -86.290 -55.609 1.00152.29 C \ ANISOU51910 CB LYS S 18 19653 24956 26485 2438 -3579 5739 C \ ATOM 51911 CG LYS S 18 -11.185 -86.640 -56.291 1.00156.53 C \ ANISOU51911 CG LYS S 18 15829 21689 20886 2009 -1795 4471 C \ ATOM 51912 CD LYS S 18 -10.318 -87.504 -55.377 1.00154.11 C \ ANISOU51912 CD LYS S 18 15130 21988 20337 2111 -1484 3890 C \ ATOM 51913 CE LYS S 18 -9.007 -87.907 -56.046 1.00155.41 C \ ANISOU51913 CE LYS S 18 15892 21508 19819 1463 -2136 5210 C \ ATOM 51914 NZ LYS S 18 -8.346 -89.045 -55.337 1.00148.66 N \ ANISOU51914 NZ LYS S 18 14588 21485 19871 2242 -900 3114 N \ ATOM 51915 N VAL S 19 -15.170 -85.166 -54.783 1.00150.64 N \ ANISOU51915 N VAL S 19 17668 24727 25730 2955 -2921 4513 N \ ATOM 51916 CA VAL S 19 -16.517 -85.283 -54.244 1.00152.54 C \ ANISOU51916 CA VAL S 19 17861 25348 26664 3109 -3610 4829 C \ ATOM 51917 C VAL S 19 -17.560 -84.537 -55.092 1.00163.78 C \ ANISOU51917 C VAL S 19 17148 25333 24860 2683 -3386 4912 C \ ATOM 51918 O VAL S 19 -18.627 -85.086 -55.379 1.00167.28 O \ ANISOU51918 O VAL S 19 16601 25246 23665 2495 -2721 4413 O \ ATOM 51919 CB VAL S 19 -16.600 -84.882 -52.735 1.00149.35 C \ ANISOU51919 CB VAL S 19 17821 26130 28665 3760 -3756 4117 C \ ATOM 51920 CG1 VAL S 19 -16.018 -83.510 -52.488 1.00153.22 C \ ANISOU51920 CG1 VAL S 19 17216 26358 28402 3862 -2909 3126 C \ ATOM 51921 CG2 VAL S 19 -18.034 -84.933 -52.229 1.00151.44 C \ ANISOU51921 CG2 VAL S 19 17058 25565 28647 4108 -2590 2779 C \ ATOM 51922 N LEU S 20 -17.260 -83.311 -55.521 1.00169.63 N \ ANISOU51922 N LEU S 20 15675 24509 26582 3896 -1712 2101 N \ ATOM 51923 CA LEU S 20 -18.265 -82.533 -56.260 1.00178.38 C \ ANISOU51923 CA LEU S 20 15184 23539 24161 3332 -1419 2477 C \ ATOM 51924 C LEU S 20 -18.458 -82.921 -57.746 1.00184.40 C \ ANISOU51924 C LEU S 20 16771 24907 24135 2478 -3976 5573 C \ ATOM 51925 O LEU S 20 -19.518 -82.651 -58.327 1.00190.01 O \ ANISOU51925 O LEU S 20 15574 24503 22131 2143 -3816 5600 O \ ATOM 51926 CB LEU S 20 -18.083 -81.017 -56.063 1.00182.48 C \ ANISOU51926 CB LEU S 20 15167 24340 22112 2169 -4574 6113 C \ ATOM 51927 CG LEU S 20 -16.806 -80.269 -56.455 1.00183.12 C \ ANISOU51927 CG LEU S 20 16110 24452 23179 2174 -5300 6772 C \ ATOM 51928 CD1 LEU S 20 -16.677 -80.086 -57.963 1.00189.80 C \ ANISOU51928 CD1 LEU S 20 15449 23993 20087 1506 -3395 5875 C \ ATOM 51929 CD2 LEU S 20 -16.769 -78.923 -55.755 1.00186.50 C \ ANISOU51929 CD2 LEU S 20 14766 24158 18771 1257 -3170 5706 C \ ATOM 51930 N GLU S 21 -17.448 -83.549 -58.350 1.00183.66 N \ ANISOU51930 N GLU S 21 16451 24075 20150 1079 -3874 6763 N \ ATOM 51931 CA GLU S 21 -17.615 -84.161 -59.674 1.00187.63 C \ ANISOU51931 CA GLU S 21 13863 24132 20977 2152 -4447 5799 C \ ATOM 51932 C GLU S 21 -18.196 -85.567 -59.520 1.00181.58 C \ ANISOU51932 C GLU S 21 13995 24554 21242 2094 -5108 6286 C \ ATOM 51933 O GLU S 21 -18.580 -86.211 -60.500 1.00181.71 O \ ANISOU51933 O GLU S 21 13858 24401 19296 1453 -4957 6797 O \ ATOM 51934 CB GLU S 21 -16.301 -84.178 -60.475 1.00190.40 C \ ANISOU51934 CB GLU S 21 14437 25120 19706 1309 -5490 7298 C \ ATOM 51935 CG GLU S 21 -15.874 -82.794 -61.004 1.00201.21 C \ ANISOU51935 CG GLU S 21 13453 25321 22315 2511 -5174 5581 C \ ATOM 51936 CD GLU S 21 -14.673 -82.830 -61.958 1.00203.92 C \ ANISOU51936 CD GLU S 21 13533 25379 24454 3175 -5732 5258 C \ ATOM 51937 OE1 GLU S 21 -13.575 -83.252 -61.529 1.00198.14 O \ ANISOU51937 OE1 GLU S 21 13886 25817 26140 3541 -6675 5440 O \ ATOM 51938 OE2 GLU S 21 -14.829 -82.419 -63.135 1.00211.06 O \ ANISOU51938 OE2 GLU S 21 13153 24833 25096 3571 -5456 4664 O \ ATOM 51939 N LEU S 22 -18.248 -86.037 -58.275 1.00177.91 N \ ANISOU51939 N LEU S 22 13976 25814 28093 4165 -7033 4952 N \ ATOM 51940 CA LEU S 22 -19.019 -87.233 -57.940 1.00173.80 C \ ANISOU51940 CA LEU S 22 13475 25184 27416 4185 -6262 4480 C \ ATOM 51941 C LEU S 22 -20.436 -86.881 -57.483 1.00173.45 C \ ANISOU51941 C LEU S 22 12570 24053 23967 3477 -4654 4247 C \ ATOM 51942 O LEU S 22 -21.246 -87.767 -57.229 1.00170.54 O \ ANISOU51942 O LEU S 22 13409 25014 28819 4700 -6247 3880 O \ ATOM 51943 CB LEU S 22 -18.315 -88.037 -56.845 1.00169.19 C \ ANISOU51943 CB LEU S 22 12546 23908 25319 3962 -4609 3701 C \ ATOM 51944 CG LEU S 22 -17.907 -89.471 -57.180 1.00165.88 C \ ANISOU51944 CG LEU S 22 12943 24391 27706 4566 -5381 3515 C \ ATOM 51945 CD1 LEU S 22 -17.125 -90.072 -56.022 1.00159.80 C \ ANISOU51945 CD1 LEU S 22 13334 23685 17460 1073 -4289 6650 C \ ATOM 51946 CD2 LEU S 22 -19.127 -90.318 -57.515 1.00166.15 C \ ANISOU51946 CD2 LEU S 22 13501 24033 16119 518 -4144 6957 C \ ATOM 51947 N ASN S 23 -20.729 -85.589 -57.360 1.00175.46 N \ ANISOU51947 N ASN S 23 14215 23787 15488 2 -4276 7642 N \ ATOM 51948 CA ASN S 23 -22.072 -85.155 -56.973 1.00176.91 C \ ANISOU51948 CA ASN S 23 13660 22767 14119 -250 -3817 7475 C \ ATOM 51949 C ASN S 23 -22.992 -84.904 -58.167 1.00185.01 C \ ANISOU51949 C ASN S 23 12937 23953 14884 351 -3422 6298 C \ ATOM 51950 O ASN S 23 -24.167 -84.573 -57.995 1.00187.85 O \ ANISOU51950 O ASN S 23 12978 23252 14180 184 -3031 6171 O \ ATOM 51951 CB ASN S 23 -22.017 -83.922 -56.068 1.00175.53 C \ ANISOU51951 CB ASN S 23 14822 21689 18807 -595 -7576 4833 C \ ATOM 51952 CG ASN S 23 -21.623 -84.264 -54.642 1.00164.16 C \ ANISOU51952 CG ASN S 23 15936 21587 19250 -241 -7917 4178 C \ ATOM 51953 OD1 ASN S 23 -21.583 -85.437 -54.263 1.00154.03 O \ ANISOU51953 OD1 ASN S 23 17545 22392 21619 -460 -8526 4509 O \ ATOM 51954 ND2 ASN S 23 -21.343 -83.237 -53.838 1.00165.27 N \ ANISOU51954 ND2 ASN S 23 18583 22272 22315 -254 -8901 4090 N \ ATOM 51955 N ALA S 24 -22.436 -85.042 -59.370 1.00187.09 N \ ANISOU51955 N ALA S 24 15930 21189 18910 -42 -8029 3543 N \ ATOM 51956 CA ALA S 24 -23.203 -85.016 -60.615 1.00192.84 C \ ANISOU51956 CA ALA S 24 15775 21796 19497 -331 -7990 3828 C \ ATOM 51957 C ALA S 24 -23.533 -86.438 -61.062 1.00190.29 C \ ANISOU51957 C ALA S 24 15069 21653 18077 -85 -7499 3379 C \ ATOM 51958 O ALA S 24 -24.042 -86.653 -62.160 1.00192.90 O \ ANISOU51958 O ALA S 24 14909 20674 16966 349 -7545 2548 O \ ATOM 51959 CB ALA S 24 -22.444 -84.272 -61.701 1.00196.53 C \ ANISOU51959 CB ALA S 24 14997 19920 17154 390 -7956 2186 C \ ATOM 51960 N LYS S 25 -23.205 -87.401 -60.206 1.00188.86 N \ ANISOU51960 N LYS S 25 15311 20028 18467 55 -8436 2531 N \ ATOM 51961 CA LYS S 25 -23.327 -88.827 -60.505 1.00190.83 C \ ANISOU51961 CA LYS S 25 14795 19033 16056 731 -7842 1503 C \ ATOM 51962 C LYS S 25 -24.123 -89.597 -59.437 1.00192.10 C \ ANISOU51962 C LYS S 25 17888 23361 23001 -888 -8585 5278 C \ ATOM 51963 O LYS S 25 -25.145 -90.218 -59.727 1.00192.90 O \ ANISOU51963 O LYS S 25 18602 23527 24533 -1152 -9076 5748 O \ ATOM 51964 CB LYS S 25 -21.940 -89.456 -60.684 1.00187.34 C \ ANISOU51964 CB LYS S 25 18577 22806 23851 -884 -9107 5565 C \ ATOM 51965 CG LYS S 25 -21.965 -90.942 -61.034 1.00183.09 C \ ANISOU51965 CG LYS S 25 18993 22075 24328 -826 -9614 5390 C \ ATOM 51966 CD LYS S 25 -20.853 -91.707 -60.326 1.00174.73 C \ ANISOU51966 CD LYS S 25 18652 24697 25510 -1576 -8836 6639 C \ ATOM 51967 CE LYS S 25 -20.801 -93.159 -60.768 1.00169.40 C \ ANISOU51967 CE LYS S 25 19289 25189 27446 -2016 -9324 7227 C \ ATOM 51968 NZ LYS S 25 -20.343 -93.278 -62.186 1.00171.65 N \ ANISOU51968 NZ LYS S 25 19311 26202 28172 -2314 -9112 7601 N \ ATOM 51969 N GLY S 26 -23.637 -89.533 -58.200 1.00143.69 N \ ANISOU51969 N GLY S 26 19866 26419 28474 -2169 -9260 7013 N \ ATOM 51970 CA GLY S 26 -24.003 -90.441 -57.123 1.00151.70 C \ ANISOU51970 CA GLY S 26 19359 26344 27173 -1901 -8832 6543 C \ ATOM 51971 C GLY S 26 -22.850 -91.339 -56.661 1.00159.37 C \ ANISOU51971 C GLY S 26 18930 26706 26100 -1758 -8216 6579 C \ ATOM 51972 O GLY S 26 -21.968 -91.731 -57.436 1.00158.36 O \ ANISOU51972 O GLY S 26 19155 25773 26817 -1783 -9013 6038 O \ ATOM 51973 N GLU S 27 -22.922 -91.718 -55.384 1.00165.54 N \ ANISOU51973 N GLU S 27 18153 23065 22753 -712 -8535 5577 N \ ATOM 51974 CA GLU S 27 -21.751 -92.041 -54.557 1.00170.16 C \ ANISOU51974 CA GLU S 27 18541 23197 22767 -575 -8444 5695 C \ ATOM 51975 C GLU S 27 -20.924 -93.262 -54.941 1.00173.00 C \ ANISOU51975 C GLU S 27 18870 22370 22148 -130 -8600 5006 C \ ATOM 51976 O GLU S 27 -21.452 -94.297 -55.354 1.00173.19 O \ ANISOU51976 O GLU S 27 18588 21805 21072 189 -8471 4332 O \ ATOM 51977 CB GLU S 27 -22.163 -92.144 -53.084 1.00176.15 C \ ANISOU51977 CB GLU S 27 17923 23750 21791 -583 -7746 5979 C \ ATOM 51978 CG GLU S 27 -23.141 -93.274 -52.800 1.00183.58 C \ ANISOU51978 CG GLU S 27 17779 24612 22582 -1017 -7590 6724 C \ ATOM 51979 CD GLU S 27 -23.998 -93.025 -51.567 1.00189.50 C \ ANISOU51979 CD GLU S 27 18922 21776 22312 -117 -8845 5204 C \ ATOM 51980 OE1 GLU S 27 -24.528 -94.010 -51.002 1.00195.48 O \ ANISOU51980 OE1 GLU S 27 18634 20482 21141 294 -8900 4662 O \ ATOM 51981 OE2 GLU S 27 -24.148 -91.847 -51.168 1.00187.65 O \ ANISOU51981 OE2 GLU S 27 17689 20264 19382 533 -8261 4600 O \ ATOM 51982 N LYS S 28 -19.612 -93.118 -54.775 1.00173.89 N \ ANISOU51982 N LYS S 28 16661 20389 18519 351 -7839 4977 N \ ATOM 51983 CA LYS S 28 -18.663 -94.197 -55.010 1.00175.55 C \ ANISOU51983 CA LYS S 28 19181 20156 22127 211 -9342 4960 C \ ATOM 51984 C LYS S 28 -18.114 -94.669 -53.672 1.00181.03 C \ ANISOU51984 C LYS S 28 19436 20803 23583 -261 -9612 5688 C \ ATOM 51985 O LYS S 28 -17.894 -93.857 -52.766 1.00178.34 O \ ANISOU51985 O LYS S 28 19720 19209 22375 421 -9835 4367 O \ ATOM 51986 CB LYS S 28 -17.531 -93.740 -55.948 1.00171.08 C \ ANISOU51986 CB LYS S 28 18002 19898 18825 925 -8160 4131 C \ ATOM 51987 CG LYS S 28 -16.161 -93.513 -55.300 1.00172.19 C \ ANISOU51987 CG LYS S 28 17598 20146 17651 1158 -7560 4063 C \ ATOM 51988 CD LYS S 28 -15.109 -93.122 -56.354 1.00170.26 C \ ANISOU51988 CD LYS S 28 18746 20968 18706 1247 -7554 4321 C \ ATOM 51989 CE LYS S 28 -13.678 -93.094 -55.792 1.00173.91 C \ ANISOU51989 CE LYS S 28 19320 20488 19043 1453 -7825 4048 C \ ATOM 51990 NZ LYS S 28 -12.673 -92.592 -56.788 1.00171.35 N \ ANISOU51990 NZ LYS S 28 16411 18829 15421 1561 -7207 3299 N \ ATOM 51991 N ARG S 29 -17.925 -95.985 -53.545 1.00190.74 N \ ANISOU51991 N ARG S 29 15331 18077 14422 1485 -7188 3037 N \ ATOM 51992 CA ARG S 29 -17.395 -96.571 -52.311 1.00198.55 C \ ANISOU51992 CA ARG S 29 15901 19076 14196 1773 -6579 3255 C \ ATOM 51993 C ARG S 29 -15.973 -96.061 -52.045 1.00199.04 C \ ANISOU51993 C ARG S 29 13943 16666 12139 1777 -6769 2366 C \ ATOM 51994 O ARG S 29 -15.055 -96.192 -52.869 1.00200.49 O \ ANISOU51994 O ARG S 29 13349 20099 17059 -1691 -1463 3533 O \ ATOM 51995 CB ARG S 29 -17.480 -98.115 -52.299 1.00205.87 C \ ANISOU51995 CB ARG S 29 14146 21444 18071 -1537 -1490 3641 C \ ATOM 51996 CG ARG S 29 -18.810 -98.683 -51.766 1.00207.98 C \ ANISOU51996 CG ARG S 29 14714 22500 19801 -1741 -1746 3636 C \ ATOM 51997 CD ARG S 29 -19.955 -98.455 -52.760 1.00204.29 C \ ANISOU51997 CD ARG S 29 14563 22236 20198 -1983 -2002 3428 C \ ATOM 51998 NE ARG S 29 -21.218 -98.065 -52.125 1.00203.95 N \ ANISOU51998 NE ARG S 29 14352 21754 17668 -1284 -1651 3391 N \ ATOM 51999 CZ ARG S 29 -22.222 -97.444 -52.751 1.00197.09 C \ ANISOU51999 CZ ARG S 29 14174 21472 16812 -1015 -1305 3644 C \ ATOM 52000 NH1 ARG S 29 -22.121 -97.127 -54.038 1.00191.25 N \ ANISOU52000 NH1 ARG S 29 14490 21514 17404 -1301 -1818 3061 N \ ATOM 52001 NH2 ARG S 29 -23.331 -97.130 -52.088 1.00195.38 N \ ANISOU52001 NH2 ARG S 29 15341 23665 20907 -1644 -1686 3875 N \ ATOM 52002 N LEU S 30 -15.834 -95.478 -50.863 1.00194.92 N \ ANISOU52002 N LEU S 30 15768 24635 22693 -1840 -1941 3910 N \ ATOM 52003 CA LEU S 30 -14.693 -94.674 -50.467 1.00188.06 C \ ANISOU52003 CA LEU S 30 15947 24964 23360 -1945 -2603 3348 C \ ATOM 52004 C LEU S 30 -14.337 -93.588 -51.466 1.00177.81 C \ ANISOU52004 C LEU S 30 15873 25145 24582 -2202 -2897 3293 C \ ATOM 52005 O LEU S 30 -15.172 -93.061 -52.204 1.00171.51 O \ ANISOU52005 O LEU S 30 15756 25178 22823 -1610 -1788 4195 O \ ATOM 52006 CB LEU S 30 -13.459 -95.562 -50.280 1.00192.39 C \ ANISOU52006 CB LEU S 30 15599 24650 21577 -1364 -1271 4508 C \ ATOM 52007 CG LEU S 30 -13.364 -96.384 -49.000 1.00199.28 C \ ANISOU52007 CG LEU S 30 15432 23845 20406 -1352 -1321 4195 C \ ATOM 52008 CD1 LEU S 30 -12.128 -97.266 -49.026 1.00207.40 C \ ANISOU52008 CD1 LEU S 30 16074 24917 22502 -1706 -2834 2949 C \ ATOM 52009 CD2 LEU S 30 -13.335 -95.456 -47.806 1.00198.54 C \ ANISOU52009 CD2 LEU S 30 16364 25313 23008 -1649 -3491 2373 C \ ATOM 52010 N ILE S 31 -13.046 -93.322 -51.480 1.00174.98 N \ ANISOU52010 N ILE S 31 15912 24422 22902 -1927 -3711 2118 N \ ATOM 52011 CA ILE S 31 -12.387 -92.342 -52.300 1.00167.52 C \ ANISOU52011 CA ILE S 31 16240 24796 23700 -1938 -4317 1630 C \ ATOM 52012 C ILE S 31 -11.048 -92.446 -51.596 1.00177.86 C \ ANISOU52012 C ILE S 31 16995 25891 22376 -1185 -3592 2099 C \ ATOM 52013 O ILE S 31 -10.997 -92.917 -50.458 1.00187.11 O \ ANISOU52013 O ILE S 31 17157 25620 21374 -1034 -3019 2382 O \ ATOM 52014 CB ILE S 31 -13.006 -90.933 -52.131 1.00153.71 C \ ANISOU52014 CB ILE S 31 17111 25788 21075 -884 -2591 2815 C \ ATOM 52015 CG1 ILE S 31 -12.299 -89.917 -53.026 1.00151.21 C \ ANISOU52015 CG1 ILE S 31 17380 26116 20557 -510 -2495 2821 C \ ATOM 52016 CG2 ILE S 31 -12.993 -90.485 -50.685 1.00150.59 C \ ANISOU52016 CG2 ILE S 31 16780 25543 21301 -1093 -2323 3175 C \ ATOM 52017 CD1 ILE S 31 -12.962 -89.744 -54.380 1.00147.24 C \ ANISOU52017 CD1 ILE S 31 14902 22962 21639 -2111 -3250 2423 C \ ATOM 52018 N LYS S 32 -9.966 -92.012 -52.219 1.00179.30 N \ ANISOU52018 N LYS S 32 14176 21802 21250 -2377 -3373 2266 N \ ATOM 52019 CA LYS S 32 -8.666 -92.106 -51.562 1.00183.90 C \ ANISOU52019 CA LYS S 32 13476 21325 22135 -2730 -3472 2453 C \ ATOM 52020 C LYS S 32 -8.295 -90.682 -51.222 1.00177.23 C \ ANISOU52020 C LYS S 32 13355 21004 22723 -2950 -3832 2179 C \ ATOM 52021 O LYS S 32 -8.654 -89.765 -51.970 1.00172.42 O \ ANISOU52021 O LYS S 32 13674 20766 19926 -2396 -2854 2540 O \ ATOM 52022 CB LYS S 32 -7.620 -92.753 -52.485 1.00191.12 C \ ANISOU52022 CB LYS S 32 13582 20459 18535 -2087 -2685 2459 C \ ATOM 52023 CG LYS S 32 -7.737 -92.337 -53.972 1.00189.43 C \ ANISOU52023 CG LYS S 32 18011 24243 22267 -2139 -2234 2679 C \ ATOM 52024 CD LYS S 32 -8.713 -93.229 -54.779 1.00187.58 C \ ANISOU52024 CD LYS S 32 13780 19842 16920 -1801 -2148 2535 C \ ATOM 52025 CE LYS S 32 -9.360 -92.496 -55.959 1.00175.72 C \ ANISOU52025 CE LYS S 32 12942 21204 22201 -2754 -3129 2952 C \ ATOM 52026 NZ LYS S 32 -10.288 -91.432 -55.508 1.00165.51 N \ ANISOU52026 NZ LYS S 32 12653 21143 23459 -3045 -2993 3355 N \ ATOM 52027 N THR S 33 -7.657 -90.468 -50.075 1.00173.21 N \ ANISOU52027 N THR S 33 13205 22001 25554 -3279 -3673 2984 N \ ATOM 52028 CA THR S 33 -7.101 -89.145 -49.803 1.00163.73 C \ ANISOU52028 CA THR S 33 13508 22700 26016 -3137 -4187 2594 C \ ATOM 52029 C THR S 33 -5.938 -89.156 -48.839 1.00162.17 C \ ANISOU52029 C THR S 33 12335 21293 23424 -2914 -2485 3977 C \ ATOM 52030 O THR S 33 -5.878 -89.974 -47.925 1.00167.76 O \ ANISOU52030 O THR S 33 12299 21527 25072 -3159 -2235 4513 O \ ATOM 52031 CB THR S 33 -8.161 -88.134 -49.304 1.00156.67 C \ ANISOU52031 CB THR S 33 12213 20795 21820 -2646 -1895 4285 C \ ATOM 52032 OG1 THR S 33 -7.620 -86.805 -49.364 1.00151.85 O \ ANISOU52032 OG1 THR S 33 13234 21827 26756 -3607 -3696 3100 O \ ATOM 52033 CG2 THR S 33 -8.585 -88.451 -47.878 1.00159.69 C \ ANISOU52033 CG2 THR S 33 13459 22233 28646 -3870 -4389 2726 C \ ATOM 52034 N TRP S 34 -4.997 -88.253 -49.067 1.00155.21 N \ ANISOU52034 N TRP S 34 13547 21716 28236 -3910 -4897 2076 N \ ATOM 52035 CA TRP S 34 -3.947 -88.021 -48.101 1.00157.36 C \ ANISOU52035 CA TRP S 34 13467 21539 29486 -4161 -5427 1770 C \ ATOM 52036 C TRP S 34 -4.191 -86.782 -47.258 1.00151.48 C \ ANISOU52036 C TRP S 34 14226 21976 27051 -3644 -4724 1883 C \ ATOM 52037 O TRP S 34 -3.430 -86.498 -46.337 1.00155.97 O \ ANISOU52037 O TRP S 34 15086 22262 27193 -3591 -5114 1312 O \ ATOM 52038 CB TRP S 34 -2.588 -87.952 -48.792 1.00160.78 C \ ANISOU52038 CB TRP S 34 15267 21896 27468 -3834 -4718 1603 C \ ATOM 52039 CG TRP S 34 -2.032 -89.308 -49.106 1.00166.77 C \ ANISOU52039 CG TRP S 34 15377 22068 28280 -4025 -4172 2241 C \ ATOM 52040 CD1 TRP S 34 -0.981 -89.932 -48.492 1.00173.29 C \ ANISOU52040 CD1 TRP S 34 15518 22534 25711 -3161 -5067 1033 C \ ATOM 52041 CD2 TRP S 34 -2.514 -90.218 -50.100 1.00166.02 C \ ANISOU52041 CD2 TRP S 34 16615 23996 26515 -2811 -5646 532 C \ ATOM 52042 NE1 TRP S 34 -0.776 -91.171 -49.050 1.00178.66 N \ ANISOU52042 NE1 TRP S 34 17625 24947 27935 -2700 -6483 -164 N \ ATOM 52043 CE2 TRP S 34 -1.705 -91.370 -50.039 1.00173.90 C \ ANISOU52043 CE2 TRP S 34 16810 24589 25988 -2484 -5528 613 C \ ATOM 52044 CE3 TRP S 34 -3.552 -90.168 -51.038 1.00159.47 C \ ANISOU52044 CE3 TRP S 34 18046 25731 27840 -2281 -6863 -495 C \ ATOM 52045 CZ2 TRP S 34 -1.895 -92.458 -50.882 1.00176.97 C \ ANISOU52045 CZ2 TRP S 34 17591 25568 26712 -2158 -6266 -7 C \ ATOM 52046 CZ3 TRP S 34 -3.745 -91.251 -51.870 1.00162.58 C \ ANISOU52046 CZ3 TRP S 34 15265 21360 26701 -3762 -4980 1147 C \ ATOM 52047 CH2 TRP S 34 -2.919 -92.382 -51.787 1.00171.18 C \ ANISOU52047 CH2 TRP S 34 14771 20310 26078 -3929 -4636 1360 C \ ATOM 52048 N SER S 35 -5.253 -86.044 -47.538 1.00143.38 N \ ANISOU52048 N SER S 35 14269 19398 23838 -3643 -4538 1099 N \ ATOM 52049 CA SER S 35 -5.368 -84.768 -46.861 1.00141.21 C \ ANISOU52049 CA SER S 35 14460 19574 23301 -3366 -4968 569 C \ ATOM 52050 C SER S 35 -6.338 -84.795 -45.702 1.00140.78 C \ ANISOU52050 C SER S 35 15074 20336 27750 -4218 -5123 1081 C \ ATOM 52051 O SER S 35 -7.551 -84.641 -45.856 1.00133.03 O \ ANISOU52051 O SER S 35 15261 20988 29771 -4467 -5340 1246 O \ ATOM 52052 CB SER S 35 -5.810 -83.684 -47.839 1.00136.26 C \ ANISOU52052 CB SER S 35 14796 19555 27547 -4402 -4645 1473 C \ ATOM 52053 OG SER S 35 -7.210 -83.751 -48.048 1.00132.67 O \ ANISOU52053 OG SER S 35 13476 18292 22385 -3654 -3963 1491 O \ ATOM 52054 N ARG S 36 -5.756 -84.867 -44.518 1.00145.59 N \ ANISOU52054 N ARG S 36 13243 17735 20711 -3400 -3840 1307 N \ ATOM 52055 CA ARG S 36 -6.486 -84.629 -43.302 1.00149.42 C \ ANISOU52055 CA ARG S 36 13180 17117 20413 -3497 -3632 1384 C \ ATOM 52056 C ARG S 36 -6.407 -83.127 -43.086 1.00162.01 C \ ANISOU52056 C ARG S 36 12903 16714 20255 -3593 -3173 1856 C \ ATOM 52057 O ARG S 36 -6.914 -82.593 -42.105 1.00166.26 O \ ANISOU52057 O ARG S 36 13059 17762 19649 -3194 -3389 1631 O \ ATOM 52058 CB ARG S 36 -5.852 -85.396 -42.149 1.00147.46 C \ ANISOU52058 CB ARG S 36 13080 18293 19644 -3009 -3634 1470 C \ ATOM 52059 CG ARG S 36 -4.426 -85.841 -42.422 1.00150.20 C \ ANISOU52059 CG ARG S 36 13067 17397 18453 -2992 -3184 1553 C \ ATOM 52060 CD ARG S 36 -4.267 -87.357 -42.291 1.00144.23 C \ ANISOU52060 CD ARG S 36 13122 18357 18442 -2660 -3473 1412 C \ ATOM 52061 NE ARG S 36 -4.784 -87.890 -41.027 1.00138.30 N \ ANISOU52061 NE ARG S 36 13589 17190 20399 -3398 -3972 915 N \ ATOM 52062 CZ ARG S 36 -4.262 -87.645 -39.825 1.00137.05 C \ ANISOU52062 CZ ARG S 36 13785 16864 20246 -3437 -3805 935 C \ ATOM 52063 NH1 ARG S 36 -3.205 -86.852 -39.693 1.00141.61 N \ ANISOU52063 NH1 ARG S 36 14044 17050 19358 -3218 -3402 1106 N \ ATOM 52064 NH2 ARG S 36 -4.809 -88.183 -38.746 1.00131.29 N \ ANISOU52064 NH2 ARG S 36 14220 17330 18784 -2953 -3480 885 N \ ATOM 52065 N ARG S 37 -5.748 -82.466 -44.034 1.00169.10 N \ ANISOU52065 N ARG S 37 14021 16785 20399 -3349 -4314 369 N \ ATOM 52066 CA ARG S 37 -5.708 -81.017 -44.155 1.00175.45 C \ ANISOU52066 CA ARG S 37 14276 17086 19500 -3288 -2982 1504 C \ ATOM 52067 C ARG S 37 -7.129 -80.491 -44.028 1.00171.69 C \ ANISOU52067 C ARG S 37 14606 17344 18944 -3097 -2659 1661 C \ ATOM 52068 O ARG S 37 -7.408 -79.565 -43.257 1.00172.11 O \ ANISOU52068 O ARG S 37 15120 17392 19085 -3067 -2586 1603 O \ ATOM 52069 CB ARG S 37 -5.196 -80.672 -45.566 1.00181.23 C \ ANISOU52069 CB ARG S 37 14903 16895 19247 -3196 -2533 1723 C \ ATOM 52070 CG ARG S 37 -4.164 -79.546 -45.702 1.00189.30 C \ ANISOU52070 CG ARG S 37 14492 17365 18872 -3084 -2285 2123 C \ ATOM 52071 CD ARG S 37 -2.838 -80.083 -46.221 1.00193.93 C \ ANISOU52071 CD ARG S 37 14416 17288 17986 -2863 -2091 2181 C \ ATOM 52072 NE ARG S 37 -2.129 -80.824 -45.171 1.00196.76 N \ ANISOU52072 NE ARG S 37 14428 17752 19494 -3174 -2335 2260 N \ ATOM 52073 CZ ARG S 37 -2.185 -82.145 -44.984 1.00191.80 C \ ANISOU52073 CZ ARG S 37 15788 17987 19075 -2878 -2552 1462 C \ ATOM 52074 NH1 ARG S 37 -2.908 -82.913 -45.791 1.00188.80 N \ ANISOU52074 NH1 ARG S 37 16403 18206 19418 -2838 -2514 1388 N \ ATOM 52075 NH2 ARG S 37 -1.503 -82.703 -43.991 1.00188.82 N \ ANISOU52075 NH2 ARG S 37 16740 18291 19724 -2857 -2262 1691 N \ ATOM 52076 N SER S 38 -8.025 -81.139 -44.768 1.00168.36 N \ ANISOU52076 N SER S 38 16644 18285 19398 -2758 -2073 1907 N \ ATOM 52077 CA SER S 38 -9.306 -80.553 -45.151 1.00169.77 C \ ANISOU52077 CA SER S 38 16340 18159 18810 -2613 -2495 1232 C \ ATOM 52078 C SER S 38 -10.391 -80.486 -44.079 1.00166.83 C \ ANISOU52078 C SER S 38 16385 17859 18726 -2565 -2572 1050 C \ ATOM 52079 O SER S 38 -10.533 -81.394 -43.254 1.00161.77 O \ ANISOU52079 O SER S 38 16479 17775 19019 -2615 -2843 785 O \ ATOM 52080 CB SER S 38 -9.850 -81.262 -46.392 1.00167.03 C \ ANISOU52080 CB SER S 38 16169 17479 18271 -2464 -2409 1128 C \ ATOM 52081 OG SER S 38 -8.985 -81.068 -47.496 1.00171.00 O \ ANISOU52081 OG SER S 38 16491 17449 18880 -2543 -2908 621 O \ ATOM 52082 N THR S 39 -11.152 -79.389 -44.119 1.00165.84 N \ ANISOU52082 N THR S 39 16190 17215 18206 -2404 -2469 980 N \ ATOM 52083 CA THR S 39 -12.348 -79.230 -43.309 1.00158.59 C \ ANISOU52083 CA THR S 39 16300 17144 18405 -2435 -2697 738 C \ ATOM 52084 C THR S 39 -13.426 -80.016 -44.009 1.00150.90 C \ ANISOU52084 C THR S 39 16372 16911 18352 -2345 -2751 591 C \ ATOM 52085 O THR S 39 -13.193 -80.565 -45.085 1.00146.25 O \ ANISOU52085 O THR S 39 16817 18023 19996 -2932 -2287 1688 O \ ATOM 52086 CB THR S 39 -12.803 -77.758 -43.236 1.00161.77 C \ ANISOU52086 CB THR S 39 16345 17254 19430 -2863 -2071 1960 C \ ATOM 52087 OG1 THR S 39 -11.882 -76.921 -43.949 1.00167.97 O \ ANISOU52087 OG1 THR S 39 15577 16276 18101 -2674 -2054 1868 O \ ATOM 52088 CG2 THR S 39 -12.886 -77.293 -41.797 1.00161.35 C \ ANISOU52088 CG2 THR S 39 15314 15800 17572 -2507 -1928 2040 C \ ATOM 52089 N ILE S 40 -14.614 -80.064 -43.422 1.00149.29 N \ ANISOU52089 N ILE S 40 16929 17526 20454 -2986 -2115 1972 N \ ATOM 52090 CA ILE S 40 -15.705 -80.771 -44.078 1.00145.79 C \ ANISOU52090 CA ILE S 40 17763 18243 21574 -2950 -1822 2420 C \ ATOM 52091 C ILE S 40 -16.875 -79.861 -44.454 1.00153.75 C \ ANISOU52091 C ILE S 40 17974 18689 21783 -2864 -1614 2715 C \ ATOM 52092 O ILE S 40 -17.486 -79.219 -43.611 1.00154.89 O \ ANISOU52092 O ILE S 40 18254 18363 22303 -2967 -1765 2515 O \ ATOM 52093 CB ILE S 40 -16.210 -81.971 -43.256 1.00133.34 C \ ANISOU52093 CB ILE S 40 15376 16149 17755 -2655 -2192 1599 C \ ATOM 52094 CG1 ILE S 40 -15.051 -82.889 -42.868 1.00125.88 C \ ANISOU52094 CG1 ILE S 40 15056 15639 17174 -2522 -2215 1480 C \ ATOM 52095 CG2 ILE S 40 -17.238 -82.737 -44.056 1.00129.42 C \ ANISOU52095 CG2 ILE S 40 14938 15291 17136 -2562 -2341 1282 C \ ATOM 52096 CD1 ILE S 40 -15.470 -84.102 -42.085 1.00112.51 C \ ANISOU52096 CD1 ILE S 40 14697 14985 16753 -2454 -2384 1130 C \ ATOM 52097 N VAL S 41 -17.155 -79.779 -45.744 1.00132.93 N \ ANISOU52097 N VAL S 41 14932 15170 17445 -2710 -2397 1303 N \ ATOM 52098 CA VAL S 41 -18.351 -79.095 -46.199 1.00141.23 C \ ANISOU52098 CA VAL S 41 15051 15001 17721 -2759 -2558 1102 C \ ATOM 52099 C VAL S 41 -19.498 -80.101 -46.339 1.00150.06 C \ ANISOU52099 C VAL S 41 15633 15718 18696 -2893 -2786 917 C \ ATOM 52100 O VAL S 41 -19.256 -81.306 -46.471 1.00150.01 O \ ANISOU52100 O VAL S 41 16013 16103 18916 -2791 -3011 590 O \ ATOM 52101 CB VAL S 41 -18.094 -78.336 -47.513 1.00141.53 C \ ANISOU52101 CB VAL S 41 14748 14315 17588 -2791 -2447 1307 C \ ATOM 52102 CG1 VAL S 41 -18.005 -76.834 -47.244 1.00138.06 C \ ANISOU52102 CG1 VAL S 41 14758 13961 17824 -2848 -2612 1113 C \ ATOM 52103 CG2 VAL S 41 -16.837 -78.868 -48.195 1.00140.56 C \ ANISOU52103 CG2 VAL S 41 14925 13718 18039 -2796 -2441 1357 C \ ATOM 52104 N PRO S 42 -20.749 -79.611 -46.287 1.00157.68 N \ ANISOU52104 N PRO S 42 15034 13777 18745 -2924 -2252 1735 N \ ATOM 52105 CA PRO S 42 -21.937 -80.468 -46.423 1.00166.06 C \ ANISOU52105 CA PRO S 42 15275 13583 19017 -2803 -2041 2015 C \ ATOM 52106 C PRO S 42 -21.983 -81.336 -47.693 1.00169.16 C \ ANISOU52106 C PRO S 42 15838 16035 19433 -3069 -2740 1130 C \ ATOM 52107 O PRO S 42 -22.656 -82.374 -47.699 1.00172.65 O \ ANISOU52107 O PRO S 42 16180 16494 20399 -3228 -3025 948 O \ ATOM 52108 CB PRO S 42 -23.090 -79.457 -46.423 1.00167.80 C \ ANISOU52108 CB PRO S 42 15913 16715 20235 -3246 -3027 1017 C \ ATOM 52109 CG PRO S 42 -22.584 -78.336 -45.586 1.00162.72 C \ ANISOU52109 CG PRO S 42 15378 16405 19242 -3131 -2794 1200 C \ ATOM 52110 CD PRO S 42 -21.109 -78.241 -45.870 1.00157.08 C \ ANISOU52110 CD PRO S 42 16671 16751 21761 -3450 -2985 1176 C \ ATOM 52111 N GLU S 43 -21.282 -80.925 -48.746 1.00167.11 N \ ANISOU52111 N GLU S 43 17439 17006 22491 -3426 -2922 1201 N \ ATOM 52112 CA GLU S 43 -21.316 -81.664 -50.007 1.00170.24 C \ ANISOU52112 CA GLU S 43 18094 17450 24048 -3602 -2742 1586 C \ ATOM 52113 C GLU S 43 -20.568 -82.992 -49.897 1.00166.43 C \ ANISOU52113 C GLU S 43 18529 17531 24362 -3515 -2491 1838 C \ ATOM 52114 O GLU S 43 -20.722 -83.879 -50.738 1.00170.38 O \ ANISOU52114 O GLU S 43 18062 17649 24994 -3821 -2853 1666 O \ ATOM 52115 CB GLU S 43 -20.791 -80.813 -51.175 1.00171.76 C \ ANISOU52115 CB GLU S 43 16424 17373 21420 -3381 -3332 846 C \ ATOM 52116 CG GLU S 43 -19.705 -79.798 -50.802 1.00168.84 C \ ANISOU52116 CG GLU S 43 16422 17853 21680 -3413 -3361 928 C \ ATOM 52117 CD GLU S 43 -20.263 -78.471 -50.291 1.00168.37 C \ ANISOU52117 CD GLU S 43 16269 17823 22602 -3670 -3248 1292 C \ ATOM 52118 OE1 GLU S 43 -20.143 -77.451 -51.009 1.00168.58 O \ ANISOU52118 OE1 GLU S 43 16419 17834 23705 -3869 -3512 1186 O \ ATOM 52119 OE2 GLU S 43 -20.810 -78.445 -49.167 1.00167.45 O \ ANISOU52119 OE2 GLU S 43 16787 18390 21950 -3274 -3839 428 O \ ATOM 52120 N MET S 44 -19.769 -83.121 -48.845 1.00156.60 N \ ANISOU52120 N MET S 44 16692 18361 20791 -2931 -3789 251 N \ ATOM 52121 CA MET S 44 -19.060 -84.359 -48.565 1.00150.62 C \ ANISOU52121 CA MET S 44 16330 18365 19967 -2786 -3545 443 C \ ATOM 52122 C MET S 44 -20.002 -85.389 -47.939 1.00149.85 C \ ANISOU52122 C MET S 44 16870 18290 20350 -2676 -3905 -44 C \ ATOM 52123 O MET S 44 -19.845 -86.598 -48.127 1.00150.23 O \ ANISOU52123 O MET S 44 16363 18379 19229 -2472 -3493 306 O \ ATOM 52124 CB MET S 44 -17.895 -84.078 -47.616 1.00143.09 C \ ANISOU52124 CB MET S 44 16714 18381 19450 -2383 -3692 23 C \ ATOM 52125 CG MET S 44 -16.953 -82.994 -48.099 1.00138.37 C \ ANISOU52125 CG MET S 44 15681 17488 21905 -3635 -2847 1738 C \ ATOM 52126 SD MET S 44 -15.533 -82.818 -47.003 1.00169.81 S \ ANISOU52126 SD MET S 44 15266 17233 22398 -3779 -2583 2225 S \ ATOM 52127 CE MET S 44 -14.482 -81.692 -47.924 1.00133.02 C \ ANISOU52127 CE MET S 44 14591 17064 22446 -3887 -2817 2158 C \ ATOM 52128 N VAL S 45 -20.988 -84.885 -47.203 1.00148.30 N \ ANISOU52128 N VAL S 45 13833 16661 21174 -3745 -2757 2168 N \ ATOM 52129 CA VAL S 45 -21.854 -85.708 -46.365 1.00150.69 C \ ANISOU52129 CA VAL S 45 16741 18739 23266 -3570 -2050 2725 C \ ATOM 52130 C VAL S 45 -22.639 -86.758 -47.144 1.00159.92 C \ ANISOU52130 C VAL S 45 16949 18925 24278 -3603 -1652 3325 C \ ATOM 52131 O VAL S 45 -23.242 -86.454 -48.172 1.00163.77 O \ ANISOU52131 O VAL S 45 16497 18112 21949 -3361 -1958 2607 O \ ATOM 52132 CB VAL S 45 -22.838 -84.829 -45.573 1.00150.16 C \ ANISOU52132 CB VAL S 45 14886 17387 24023 -4134 -3112 2081 C \ ATOM 52133 CG1 VAL S 45 -23.725 -85.685 -44.683 1.00155.01 C \ ANISOU52133 CG1 VAL S 45 14855 17879 24869 -4237 -3361 2042 C \ ATOM 52134 CG2 VAL S 45 -22.077 -83.813 -44.746 1.00144.30 C \ ANISOU52134 CG2 VAL S 45 14677 18081 24870 -4188 -2798 2704 C \ ATOM 52135 N GLY S 46 -22.637 -87.987 -46.635 1.00162.69 N \ ANISOU52135 N GLY S 46 15005 18267 25584 -4205 -2320 3260 N \ ATOM 52136 CA GLY S 46 -23.304 -89.100 -47.285 1.00169.33 C \ ANISOU52136 CA GLY S 46 15054 17946 26663 -4539 -3732 1931 C \ ATOM 52137 C GLY S 46 -22.278 -89.979 -47.965 1.00167.12 C \ ANISOU52137 C GLY S 46 15091 17453 26769 -4600 -3389 2232 C \ ATOM 52138 O GLY S 46 -22.540 -91.138 -48.274 1.00169.74 O \ ANISOU52138 O GLY S 46 15064 17128 25039 -4329 -3226 2066 O \ ATOM 52139 N HIS S 47 -21.094 -89.411 -48.185 1.00166.47 N \ ANISOU52139 N HIS S 47 14133 17992 23951 -4057 -2827 2664 N \ ATOM 52140 CA HIS S 47 -19.998 -90.119 -48.838 1.00169.87 C \ ANISOU52140 CA HIS S 47 13760 17985 23668 -3953 -2323 3254 C \ ATOM 52141 C HIS S 47 -19.180 -90.941 -47.852 1.00170.10 C \ ANISOU52141 C HIS S 47 14732 19568 25545 -4035 -2573 3221 C \ ATOM 52142 O HIS S 47 -19.525 -91.056 -46.678 1.00172.98 O \ ANISOU52142 O HIS S 47 15371 20439 25532 -3895 -2864 2843 O \ ATOM 52143 CB HIS S 47 -19.074 -89.141 -49.572 1.00167.82 C \ ANISOU52143 CB HIS S 47 12228 16394 20596 -3640 -2048 3281 C \ ATOM 52144 CG HIS S 47 -19.610 -88.672 -50.890 1.00176.67 C \ ANISOU52144 CG HIS S 47 11629 16148 19998 -3464 -1582 3835 C \ ATOM 52145 ND1 HIS S 47 -19.800 -89.518 -51.962 1.00185.57 N \ ANISOU52145 ND1 HIS S 47 11926 15521 19428 -3530 -1857 3279 N \ ATOM 52146 CD2 HIS S 47 -19.994 -87.442 -51.309 1.00177.36 C \ ANISOU52146 CD2 HIS S 47 14724 19851 27053 -4219 -2418 3667 C \ ATOM 52147 CE1 HIS S 47 -20.281 -88.832 -52.984 1.00188.49 C \ ANISOU52147 CE1 HIS S 47 14279 20054 27566 -4279 -2625 3694 C \ ATOM 52148 NE2 HIS S 47 -20.406 -87.569 -52.613 1.00183.89 N \ ANISOU52148 NE2 HIS S 47 14067 20113 26368 -3972 -2106 4101 N \ ATOM 52149 N THR S 48 -18.091 -91.516 -48.346 1.00166.67 N \ ANISOU52149 N THR S 48 14411 20363 26470 -3811 -1471 4710 N \ ATOM 52150 CA THR S 48 -17.163 -92.257 -47.507 1.00160.96 C \ ANISOU52150 CA THR S 48 14010 20069 29429 -4570 -2580 4115 C \ ATOM 52151 C THR S 48 -15.747 -91.834 -47.883 1.00151.35 C \ ANISOU52151 C THR S 48 13568 20334 30239 -4665 -2921 4066 C \ ATOM 52152 O THR S 48 -15.428 -91.658 -49.054 1.00150.90 O \ ANISOU52152 O THR S 48 14014 20783 32221 -4768 -2963 4180 O \ ATOM 52153 CB THR S 48 -17.347 -93.781 -47.669 1.00166.23 C \ ANISOU52153 CB THR S 48 13127 20258 28842 -4433 -3102 3788 C \ ATOM 52154 OG1 THR S 48 -18.742 -94.110 -47.587 1.00173.76 O \ ANISOU52154 OG1 THR S 48 14068 21337 33144 -4750 -3256 4054 O \ ATOM 52155 CG2 THR S 48 -16.600 -94.526 -46.581 1.00162.91 C \ ANISOU52155 CG2 THR S 48 12943 20731 29755 -4479 -3434 3727 C \ ATOM 52156 N ILE S 49 -14.897 -91.631 -46.892 1.00142.53 N \ ANISOU52156 N ILE S 49 13433 21227 31801 -4609 -3500 3817 N \ ATOM 52157 CA ILE S 49 -13.573 -91.139 -47.190 1.00136.04 C \ ANISOU52157 CA ILE S 49 13420 21720 32592 -4562 -3805 3677 C \ ATOM 52158 C ILE S 49 -12.471 -91.909 -46.490 1.00133.46 C \ ANISOU52158 C ILE S 49 13479 19822 25133 -3831 -2399 3739 C \ ATOM 52159 O ILE S 49 -12.383 -91.907 -45.266 1.00131.26 O \ ANISOU52159 O ILE S 49 13080 19638 23769 -3533 -1996 4031 O \ ATOM 52160 CB ILE S 49 -13.461 -89.661 -46.849 1.00132.83 C \ ANISOU52160 CB ILE S 49 12957 20178 24841 -3549 -1828 4482 C \ ATOM 52161 CG1 ILE S 49 -14.350 -88.853 -47.795 1.00134.27 C \ ANISOU52161 CG1 ILE S 49 13104 20750 26060 -3712 -2308 4221 C \ ATOM 52162 CG2 ILE S 49 -11.996 -89.204 -46.908 1.00128.74 C \ ANISOU52162 CG2 ILE S 49 12906 19413 22291 -3338 -2317 3486 C \ ATOM 52163 CD1 ILE S 49 -13.667 -87.641 -48.383 1.00131.39 C \ ANISOU52163 CD1 ILE S 49 13250 20089 21986 -3064 -2020 3742 C \ ATOM 52164 N ALA S 50 -11.618 -92.547 -47.286 1.00134.69 N \ ANISOU52164 N ALA S 50 12603 19279 22483 -3436 -3035 2865 N \ ATOM 52165 CA ALA S 50 -10.447 -93.229 -46.761 1.00133.95 C \ ANISOU52165 CA ALA S 50 13548 20127 21603 -2865 -1404 4248 C \ ATOM 52166 C ALA S 50 -9.395 -92.181 -46.476 1.00132.78 C \ ANISOU52166 C ALA S 50 12406 19709 24142 -3338 -1164 5157 C \ ATOM 52167 O ALA S 50 -8.935 -91.494 -47.383 1.00132.47 O \ ANISOU52167 O ALA S 50 11634 19583 24439 -3280 -880 5696 O \ ATOM 52168 CB ALA S 50 -9.922 -94.220 -47.769 1.00134.77 C \ ANISOU52168 CB ALA S 50 11452 19547 23011 -2871 -527 5905 C \ ATOM 52169 N VAL S 51 -9.001 -92.074 -45.215 1.00133.86 N \ ANISOU52169 N VAL S 51 10973 18671 20990 -2679 -565 5592 N \ ATOM 52170 CA VAL S 51 -8.101 -91.013 -44.803 1.00133.95 C \ ANISOU52170 CA VAL S 51 11025 19022 25068 -3317 -322 6462 C \ ATOM 52171 C VAL S 51 -6.768 -91.590 -44.376 1.00135.80 C \ ANISOU52171 C VAL S 51 11035 18816 23948 -2866 388 7022 C \ ATOM 52172 O VAL S 51 -6.719 -92.555 -43.621 1.00134.34 O \ ANISOU52172 O VAL S 51 10602 18124 25245 -3618 -515 6289 O \ ATOM 52173 CB VAL S 51 -8.682 -90.235 -43.627 1.00133.51 C \ ANISOU52173 CB VAL S 51 12274 20932 24588 -2731 -183 6447 C \ ATOM 52174 CG1 VAL S 51 -7.985 -88.889 -43.490 1.00130.78 C \ ANISOU52174 CG1 VAL S 51 12693 21557 23972 -2349 44 6572 C \ ATOM 52175 CG2 VAL S 51 -10.164 -90.062 -43.818 1.00136.00 C \ ANISOU52175 CG2 VAL S 51 12847 21223 22634 -1890 611 6912 C \ ATOM 52176 N TYR S 52 -5.677 -90.990 -44.836 1.00139.10 N \ ANISOU52176 N TYR S 52 12210 20396 20669 -1626 585 6689 N \ ATOM 52177 CA TYR S 52 -4.379 -91.553 -44.510 1.00142.19 C \ ANISOU52177 CA TYR S 52 12896 22580 25492 -2324 160 6985 C \ ATOM 52178 C TYR S 52 -4.086 -91.537 -42.999 1.00144.11 C \ ANISOU52178 C TYR S 52 20086 30059 31741 -1983 211 6954 C \ ATOM 52179 O TYR S 52 -4.202 -90.502 -42.328 1.00142.98 O \ ANISOU52179 O TYR S 52 19661 29649 30678 -2072 -443 6196 O \ ATOM 52180 CB TYR S 52 -3.241 -90.937 -45.338 1.00140.30 C \ ANISOU52180 CB TYR S 52 19595 29729 31463 -2391 -1030 5736 C \ ATOM 52181 CG TYR S 52 -2.079 -91.899 -45.465 1.00139.41 C \ ANISOU52181 CG TYR S 52 19354 29187 29013 -1772 -365 6072 C \ ATOM 52182 CD1 TYR S 52 -2.272 -93.174 -45.986 1.00140.21 C \ ANISOU52182 CD1 TYR S 52 13356 21507 23375 -1751 1098 7442 C \ ATOM 52183 CD2 TYR S 52 -0.805 -91.553 -45.034 1.00136.64 C \ ANISOU52183 CD2 TYR S 52 13828 21459 22366 -1228 1551 7699 C \ ATOM 52184 CE1 TYR S 52 -1.232 -94.067 -46.088 1.00139.02 C \ ANISOU52184 CE1 TYR S 52 13953 20920 21144 -1265 1179 7051 C \ ATOM 52185 CE2 TYR S 52 0.245 -92.444 -45.141 1.00135.83 C \ ANISOU52185 CE2 TYR S 52 14178 20733 19995 -867 1290 6980 C \ ATOM 52186 CZ TYR S 52 0.023 -93.702 -45.660 1.00136.46 C \ ANISOU52186 CZ TYR S 52 14071 21528 23064 -1039 2096 8340 C \ ATOM 52187 OH TYR S 52 1.060 -94.595 -45.763 1.00135.90 O \ ANISOU52187 OH TYR S 52 14050 22179 24911 -1163 2427 8996 O \ ATOM 52188 N ASN S 53 -3.735 -92.721 -42.492 1.00144.32 N \ ANISOU52188 N ASN S 53 13677 22113 26066 -1703 2060 8817 N \ ATOM 52189 CA ASN S 53 -3.430 -92.969 -41.088 1.00139.57 C \ ANISOU52189 CA ASN S 53 14538 22899 25356 -629 3114 9766 C \ ATOM 52190 C ASN S 53 -2.044 -92.487 -40.745 1.00131.47 C \ ANISOU52190 C ASN S 53 13803 20671 21489 -1729 712 6573 C \ ATOM 52191 O ASN S 53 -1.709 -92.296 -39.577 1.00128.14 O \ ANISOU52191 O ASN S 53 13727 20014 20398 -1807 380 6006 O \ ATOM 52192 CB ASN S 53 -3.452 -94.473 -40.853 1.00144.51 C \ ANISOU52192 CB ASN S 53 13601 19873 19349 -1737 88 5552 C \ ATOM 52193 CG ASN S 53 -4.130 -94.847 -39.569 1.00151.54 C \ ANISOU52193 CG ASN S 53 13453 19272 18379 -1751 -128 5145 C \ ATOM 52194 OD1 ASN S 53 -4.935 -94.081 -39.030 1.00153.82 O \ ANISOU52194 OD1 ASN S 53 13261 19470 20769 -2268 -13 5659 O \ ATOM 52195 ND2 ASN S 53 -3.826 -96.044 -39.067 1.00155.07 N \ ANISOU52195 ND2 ASN S 53 13213 19434 21901 -2408 238 6101 N \ ATOM 52196 N GLY S 54 -1.256 -92.282 -41.798 1.00129.70 N \ ANISOU52196 N GLY S 54 18186 24090 27550 -2883 -271 5593 N \ ATOM 52197 CA GLY S 54 0.191 -92.186 -41.731 1.00125.99 C \ ANISOU52197 CA GLY S 54 14151 19999 24820 -2931 215 6307 C \ ATOM 52198 C GLY S 54 0.725 -93.515 -42.234 1.00124.66 C \ ANISOU52198 C GLY S 54 13810 20585 19762 -1646 107 5659 C \ ATOM 52199 O GLY S 54 1.849 -93.624 -42.731 1.00122.21 O \ ANISOU52199 O GLY S 54 14308 21141 19622 -1619 -190 5244 O \ ATOM 52200 N LYS S 55 -0.134 -94.524 -42.137 1.00125.14 N \ ANISOU52200 N LYS S 55 15080 21350 19062 -1342 -124 5083 N \ ATOM 52201 CA LYS S 55 0.187 -95.874 -42.555 1.00125.73 C \ ANISOU52201 CA LYS S 55 14957 20953 18502 -1452 -395 4667 C \ ATOM 52202 C LYS S 55 -0.873 -96.338 -43.533 1.00131.72 C \ ANISOU52202 C LYS S 55 12641 20144 18446 -1543 -192 5397 C \ ATOM 52203 O LYS S 55 -0.571 -96.622 -44.688 1.00134.31 O \ ANISOU52203 O LYS S 55 12369 19879 17403 -1437 -434 5024 O \ ATOM 52204 CB LYS S 55 0.248 -96.819 -41.350 1.00122.78 C \ ANISOU52204 CB LYS S 55 12532 20574 19792 -1875 -461 5371 C \ ATOM 52205 CG LYS S 55 0.575 -98.262 -41.710 1.00122.50 C \ ANISOU52205 CG LYS S 55 16051 22133 19448 -953 219 5408 C \ ATOM 52206 CD LYS S 55 0.922 -99.114 -40.481 1.00122.86 C \ ANISOU52206 CD LYS S 55 16892 22412 19173 -673 196 5212 C \ ATOM 52207 CE LYS S 55 -0.314 -99.557 -39.700 1.00125.16 C \ ANISOU52207 CE LYS S 55 17629 22594 19563 -823 -32 4847 C \ ATOM 52208 NZ LYS S 55 0.034-100.506 -38.598 1.00126.00 N \ ANISOU52208 NZ LYS S 55 17661 22359 19146 -836 -233 4523 N \ ATOM 52209 N GLN S 56 -2.116 -96.411 -43.059 1.00135.03 N \ ANISOU52209 N GLN S 56 18121 22946 20379 -942 20 4935 N \ ATOM 52210 CA GLN S 56 -3.220 -96.957 -43.848 1.00139.68 C \ ANISOU52210 CA GLN S 56 18119 22389 20003 -999 -139 4663 C \ ATOM 52211 C GLN S 56 -4.245 -95.902 -44.220 1.00139.13 C \ ANISOU52211 C GLN S 56 17765 21996 19784 -1342 -479 4220 C \ ATOM 52212 O GLN S 56 -4.080 -94.720 -43.932 1.00134.29 O \ ANISOU52212 O GLN S 56 17502 22152 19997 -1566 -619 4111 O \ ATOM 52213 CB GLN S 56 -3.948 -98.057 -43.075 1.00145.24 C \ ANISOU52213 CB GLN S 56 18089 22266 20365 -1031 38 4919 C \ ATOM 52214 CG GLN S 56 -3.063 -99.139 -42.505 1.00149.85 C \ ANISOU52214 CG GLN S 56 18466 22678 20595 -601 465 5450 C \ ATOM 52215 CD GLN S 56 -3.822-100.072 -41.574 1.00156.84 C \ ANISOU52215 CD GLN S 56 18407 23183 21279 -597 746 5892 C \ ATOM 52216 OE1 GLN S 56 -3.245-100.642 -40.643 1.00159.02 O \ ANISOU52216 OE1 GLN S 56 19146 22906 20449 -88 665 5625 O \ ATOM 52217 NE2 GLN S 56 -5.125-100.232 -41.822 1.00159.77 N \ ANISOU52217 NE2 GLN S 56 19069 23754 21578 -93 1174 6377 N \ ATOM 52218 N HIS S 57 -5.313 -96.355 -44.865 1.00145.32 N \ ANISOU52218 N HIS S 57 19598 23647 21071 257 1121 6208 N \ ATOM 52219 CA HIS S 57 -6.454 -95.499 -45.162 1.00147.27 C \ ANISOU52219 CA HIS S 57 17740 21466 19315 -1316 -615 3969 C \ ATOM 52220 C HIS S 57 -7.700 -95.889 -44.357 1.00149.21 C \ ANISOU52220 C HIS S 57 16736 20376 18420 -1577 -869 3612 C \ ATOM 52221 O HIS S 57 -8.255 -96.985 -44.512 1.00152.54 O \ ANISOU52221 O HIS S 57 15601 19297 17827 -1849 -944 3571 O \ ATOM 52222 CB HIS S 57 -6.746 -95.503 -46.658 1.00150.35 C \ ANISOU52222 CB HIS S 57 15674 19123 17928 -1805 -835 3720 C \ ATOM 52223 CG HIS S 57 -5.776 -94.694 -47.458 1.00146.97 C \ ANISOU52223 CG HIS S 57 16826 19935 18021 -1450 -981 3397 C \ ATOM 52224 ND1 HIS S 57 -5.868 -93.323 -47.569 1.00143.86 N \ ANISOU52224 ND1 HIS S 57 17363 20192 18025 -1087 -934 3462 N \ ATOM 52225 CD2 HIS S 57 -4.695 -95.060 -48.182 1.00146.09 C \ ANISOU52225 CD2 HIS S 57 17520 20542 18146 -1036 -927 3450 C \ ATOM 52226 CE1 HIS S 57 -4.887 -92.881 -48.333 1.00142.05 C \ ANISOU52226 CE1 HIS S 57 17285 20302 18131 -1229 -1056 3227 C \ ATOM 52227 NE2 HIS S 57 -4.160 -93.914 -48.717 1.00143.55 N \ ANISOU52227 NE2 HIS S 57 17124 20291 17943 -1127 -993 3280 N \ ATOM 52228 N VAL S 58 -8.123 -94.969 -43.496 1.00144.95 N \ ANISOU52228 N VAL S 58 19553 17241 32228 -3504 -9188 2998 N \ ATOM 52229 CA VAL S 58 -9.234 -95.178 -42.587 1.00144.48 C \ ANISOU52229 CA VAL S 58 18094 15822 28846 -3602 -7959 3104 C \ ATOM 52230 C VAL S 58 -10.524 -94.815 -43.290 1.00142.39 C \ ANISOU52230 C VAL S 58 17553 15689 26764 -3422 -6757 3378 C \ ATOM 52231 O VAL S 58 -10.785 -93.638 -43.559 1.00135.98 O \ ANISOU52231 O VAL S 58 17688 15830 26564 -3617 -7046 4103 O \ ATOM 52232 CB VAL S 58 -9.110 -94.278 -41.330 1.00154.61 C \ ANISOU52232 CB VAL S 58 17735 14843 27466 -4329 -8541 4033 C \ ATOM 52233 CG1 VAL S 58 -9.904 -94.865 -40.152 1.00158.31 C \ ANISOU52233 CG1 VAL S 58 16868 13835 24894 -4530 -7610 4092 C \ ATOM 52234 CG2 VAL S 58 -7.645 -94.043 -40.959 1.00148.86 C \ ANISOU52234 CG2 VAL S 58 17553 13814 25259 -5263 -8615 4765 C \ ATOM 52235 N PRO S 59 -11.343 -95.828 -43.591 1.00148.16 N \ ANISOU52235 N PRO S 59 16528 13772 22562 -4561 -6384 4542 N \ ATOM 52236 CA PRO S 59 -12.652 -95.506 -44.155 1.00151.60 C \ ANISOU52236 CA PRO S 59 16899 15367 25250 -3077 -5471 2821 C \ ATOM 52237 C PRO S 59 -13.432 -94.673 -43.141 1.00151.67 C \ ANISOU52237 C PRO S 59 16767 15576 23824 -2882 -4405 3046 C \ ATOM 52238 O PRO S 59 -13.531 -95.057 -41.977 1.00154.90 O \ ANISOU52238 O PRO S 59 16103 15370 23984 -2374 -4125 2392 O \ ATOM 52239 CB PRO S 59 -13.297 -96.887 -44.351 1.00157.03 C \ ANISOU52239 CB PRO S 59 15582 15111 22616 -2187 -3372 2543 C \ ATOM 52240 CG PRO S 59 -12.572 -97.799 -43.411 1.00156.11 C \ ANISOU52240 CG PRO S 59 16454 15816 26068 -2174 -4776 1625 C \ ATOM 52241 CD PRO S 59 -11.168 -97.273 -43.354 1.00150.63 C \ ANISOU52241 CD PRO S 59 16414 16259 26745 -1732 -4340 705 C \ ATOM 52242 N VAL S 60 -13.950 -93.530 -43.570 1.00147.59 N \ ANISOU52242 N VAL S 60 16180 16219 25616 -1629 -3210 121 N \ ATOM 52243 CA VAL S 60 -14.724 -92.673 -42.690 1.00145.84 C \ ANISOU52243 CA VAL S 60 15668 16113 24985 -1379 -2475 -551 C \ ATOM 52244 C VAL S 60 -16.042 -92.298 -43.338 1.00157.50 C \ ANISOU52244 C VAL S 60 17038 16957 29602 -1595 -5369 -52 C \ ATOM 52245 O VAL S 60 -16.055 -91.476 -44.266 1.00161.45 O \ ANISOU52245 O VAL S 60 17256 17695 30778 -1207 -5140 -1010 O \ ATOM 52246 CB VAL S 60 -13.979 -91.360 -42.433 1.00129.54 C \ ANISOU52246 CB VAL S 60 17701 18225 33626 -1066 -6202 -1839 C \ ATOM 52247 CG1 VAL S 60 -14.834 -90.416 -41.580 1.00125.74 C \ ANISOU52247 CG1 VAL S 60 17773 18827 34640 -783 -5860 -2989 C \ ATOM 52248 CG2 VAL S 60 -12.641 -91.642 -41.784 1.00123.37 C \ ANISOU52248 CG2 VAL S 60 17927 17988 34826 -1272 -7404 -1361 C \ ATOM 52249 N TYR S 61 -17.154 -92.832 -42.828 1.00162.20 N \ ANISOU52249 N TYR S 61 16400 16106 25165 -1890 -3142 415 N \ ATOM 52250 CA TYR S 61 -18.451 -92.398 -43.338 1.00162.91 C \ ANISOU52250 CA TYR S 61 16342 16116 24203 -1867 -2194 7 C \ ATOM 52251 C TYR S 61 -18.638 -91.018 -42.748 1.00159.35 C \ ANISOU52251 C TYR S 61 16846 16448 22710 -1964 -1327 708 C \ ATOM 52252 O TYR S 61 -18.612 -90.822 -41.531 1.00161.19 O \ ANISOU52252 O TYR S 61 17328 16889 22240 -1970 -543 511 O \ ATOM 52253 CB TYR S 61 -19.604 -93.338 -42.949 1.00167.15 C \ ANISOU52253 CB TYR S 61 16373 15868 24932 -2079 -2735 -202 C \ ATOM 52254 CG TYR S 61 -20.957 -93.009 -43.587 1.00168.81 C \ ANISOU52254 CG TYR S 61 16388 16067 27187 -1955 -3654 -955 C \ ATOM 52255 CD1 TYR S 61 -22.022 -93.902 -43.509 1.00176.38 C \ ANISOU52255 CD1 TYR S 61 16625 16088 28645 -2027 -4867 -608 C \ ATOM 52256 CD2 TYR S 61 -21.168 -91.813 -44.263 1.00163.78 C \ ANISOU52256 CD2 TYR S 61 16253 16351 28036 -1783 -3322 -2044 C \ ATOM 52257 CE1 TYR S 61 -23.258 -93.602 -44.089 1.00180.41 C \ ANISOU52257 CE1 TYR S 61 16575 16185 30859 -1873 -5781 -1365 C \ ATOM 52258 CE2 TYR S 61 -22.387 -91.506 -44.841 1.00166.94 C \ ANISOU52258 CE2 TYR S 61 16296 16645 30357 -1639 -4143 -2861 C \ ATOM 52259 CZ TYR S 61 -23.427 -92.397 -44.756 1.00174.92 C \ ANISOU52259 CZ TYR S 61 16392 16469 31759 -1656 -5400 -2537 C \ ATOM 52260 OH TYR S 61 -24.633 -92.074 -45.340 1.00178.26 O \ ANISOU52260 OH TYR S 61 17035 16556 22371 -2046 -1489 1496 O \ ATOM 52261 N ILE S 62 -18.801 -90.060 -43.640 1.00153.79 N \ ANISOU52261 N ILE S 62 17160 16606 20840 -2110 -687 2109 N \ ATOM 52262 CA ILE S 62 -18.948 -88.691 -43.242 1.00148.67 C \ ANISOU52262 CA ILE S 62 17082 16817 20575 -1873 -371 2319 C \ ATOM 52263 C ILE S 62 -20.443 -88.414 -42.997 1.00152.59 C \ ANISOU52263 C ILE S 62 17403 17155 21049 -1991 -840 2941 C \ ATOM 52264 O ILE S 62 -21.273 -88.683 -43.857 1.00157.69 O \ ANISOU52264 O ILE S 62 17520 16627 20556 -2551 -1086 2931 O \ ATOM 52265 CB ILE S 62 -18.293 -87.777 -44.303 1.00143.73 C \ ANISOU52265 CB ILE S 62 16203 16148 19335 -1595 387 1845 C \ ATOM 52266 CG1 ILE S 62 -18.763 -86.344 -44.133 1.00145.61 C \ ANISOU52266 CG1 ILE S 62 15652 15844 18774 -1367 600 1898 C \ ATOM 52267 CG2 ILE S 62 -18.541 -88.295 -45.712 1.00143.09 C \ ANISOU52267 CG2 ILE S 62 15767 15907 17842 -1380 1064 2648 C \ ATOM 52268 CD1 ILE S 62 -18.426 -85.798 -42.779 1.00145.48 C \ ANISOU52268 CD1 ILE S 62 16096 16046 17315 -1531 1439 2924 C \ ATOM 52269 N THR S 63 -20.780 -87.926 -41.801 1.00148.06 N \ ANISOU52269 N THR S 63 15385 15730 18272 -1214 1248 1143 N \ ATOM 52270 CA THR S 63 -22.166 -87.592 -41.446 1.00146.48 C \ ANISOU52270 CA THR S 63 15673 15869 18347 -1349 1480 765 C \ ATOM 52271 C THR S 63 -22.302 -86.107 -41.103 1.00142.15 C \ ANISOU52271 C THR S 63 16090 15969 18510 -1566 1134 1377 C \ ATOM 52272 O THR S 63 -21.342 -85.347 -41.222 1.00133.26 O \ ANISOU52272 O THR S 63 15580 15901 17780 -1229 1044 2919 O \ ATOM 52273 CB THR S 63 -22.701 -88.455 -40.281 1.00145.06 C \ ANISOU52273 CB THR S 63 15722 16090 17240 -1236 1400 3627 C \ ATOM 52274 OG1 THR S 63 -22.454 -87.799 -39.030 1.00141.59 O \ ANISOU52274 OG1 THR S 63 15776 16175 16710 -990 2083 3584 O \ ATOM 52275 CG2 THR S 63 -22.038 -89.823 -40.283 1.00142.05 C \ ANISOU52275 CG2 THR S 63 15895 16206 16035 -965 2700 3806 C \ ATOM 52276 N GLU S 64 -23.492 -85.695 -40.674 1.00152.10 N \ ANISOU52276 N GLU S 64 15464 15994 17610 -1362 722 4226 N \ ATOM 52277 CA GLU S 64 -23.797 -84.260 -40.558 1.00153.23 C \ ANISOU52277 CA GLU S 64 15298 15924 18450 -1212 129 3914 C \ ATOM 52278 C GLU S 64 -23.163 -83.540 -39.349 1.00149.24 C \ ANISOU52278 C GLU S 64 15616 16014 17892 -1743 165 4538 C \ ATOM 52279 O GLU S 64 -22.739 -82.385 -39.462 1.00140.21 O \ ANISOU52279 O GLU S 64 15914 16418 17294 -836 1898 3328 O \ ATOM 52280 CB GLU S 64 -25.321 -84.009 -40.638 1.00160.46 C \ ANISOU52280 CB GLU S 64 16237 16673 17052 -688 2417 3204 C \ ATOM 52281 CG GLU S 64 -25.734 -82.533 -40.911 1.00215.51 C \ ANISOU52281 CG GLU S 64 16124 16341 16149 -733 3026 2777 C \ ATOM 52282 CD GLU S 64 -25.377 -82.011 -42.321 1.00210.52 C \ ANISOU52282 CD GLU S 64 16113 16341 16310 -834 2969 2227 C \ ATOM 52283 OE1 GLU S 64 -25.443 -82.791 -43.297 1.00212.62 O \ ANISOU52283 OE1 GLU S 64 16443 17002 17786 -632 2066 2820 O \ ATOM 52284 OE2 GLU S 64 -25.041 -80.809 -42.452 1.00204.12 O \ ANISOU52284 OE2 GLU S 64 16375 17032 18083 -531 1723 3315 O \ ATOM 52285 N ASN S 65 -23.097 -84.209 -38.200 1.00153.28 N \ ANISOU52285 N ASN S 65 16291 17088 18534 -572 1289 3936 N \ ATOM 52286 CA ASN S 65 -22.462 -83.616 -37.026 1.00151.74 C \ ANISOU52286 CA ASN S 65 16291 17229 19273 -522 683 4207 C \ ATOM 52287 C ASN S 65 -21.010 -83.346 -37.325 1.00147.43 C \ ANISOU52287 C ASN S 65 16287 17305 20195 -583 -78 4101 C \ ATOM 52288 O ASN S 65 -20.402 -82.432 -36.768 1.00144.51 O \ ANISOU52288 O ASN S 65 16296 17270 20566 -692 -342 3727 O \ ATOM 52289 CB ASN S 65 -22.531 -84.562 -35.841 1.00154.39 C \ ANISOU52289 CB ASN S 65 16287 17395 20843 -539 -640 4373 C \ ATOM 52290 CG ASN S 65 -23.867 -85.218 -35.714 1.00160.91 C \ ANISOU52290 CG ASN S 65 15740 15761 15007 -663 3568 3023 C \ ATOM 52291 OD1 ASN S 65 -24.224 -86.072 -36.526 1.00162.80 O \ ANISOU52291 OD1 ASN S 65 15396 15149 13896 -727 4094 2687 O \ ATOM 52292 ND2 ASN S 65 -24.623 -84.832 -34.689 1.00165.26 N \ ANISOU52292 ND2 ASN S 65 15357 14987 13440 -788 4284 2384 N \ ATOM 52293 N MET S 66 -20.472 -84.162 -38.222 1.00147.29 N \ ANISOU52293 N MET S 66 15759 15132 13148 -887 4690 2203 N \ ATOM 52294 CA MET S 66 -19.064 -84.134 -38.574 1.00142.49 C \ ANISOU52294 CA MET S 66 15555 15089 13465 -662 4555 3044 C \ ATOM 52295 C MET S 66 -18.670 -82.907 -39.405 1.00139.02 C \ ANISOU52295 C MET S 66 15795 15189 13481 -513 4771 3339 C \ ATOM 52296 O MET S 66 -17.488 -82.701 -39.676 1.00134.50 O \ ANISOU52296 O MET S 66 15321 15051 13523 -698 4381 3443 O \ ATOM 52297 CB MET S 66 -18.685 -85.416 -39.333 1.00140.81 C \ ANISOU52297 CB MET S 66 15355 15148 13804 -788 3956 2341 C \ ATOM 52298 CG MET S 66 -19.096 -86.727 -38.666 1.00143.56 C \ ANISOU52298 CG MET S 66 15658 15309 13580 -932 4069 2194 C \ ATOM 52299 SD MET S 66 -18.348 -88.175 -39.462 1.00183.78 S \ ANISOU52299 SD MET S 66 14899 14453 12103 -1237 4438 1639 S \ ATOM 52300 CE MET S 66 -18.851 -89.497 -38.344 1.00155.20 C \ ANISOU52300 CE MET S 66 13374 13199 10837 -1371 4476 1019 C \ ATOM 52301 N VAL S 67 -19.646 -82.098 -39.809 1.00142.54 N \ ANISOU52301 N VAL S 67 16147 16059 14655 -947 3596 2053 N \ ATOM 52302 CA VAL S 67 -19.387 -81.078 -40.830 1.00144.94 C \ ANISOU52302 CA VAL S 67 16595 16521 14616 -1248 3667 1565 C \ ATOM 52303 C VAL S 67 -18.306 -80.045 -40.464 1.00146.05 C \ ANISOU52303 C VAL S 67 17033 16636 14355 -1384 3697 1915 C \ ATOM 52304 O VAL S 67 -17.316 -79.905 -41.185 1.00143.21 O \ ANISOU52304 O VAL S 67 16622 16909 14936 -1439 3670 738 O \ ATOM 52305 CB VAL S 67 -20.691 -80.404 -41.355 1.00134.83 C \ ANISOU52305 CB VAL S 67 17590 17199 14319 -1772 3729 1510 C \ ATOM 52306 CG1 VAL S 67 -20.367 -79.310 -42.368 1.00130.67 C \ ANISOU52306 CG1 VAL S 67 17105 17500 14906 -1797 3799 232 C \ ATOM 52307 CG2 VAL S 67 -21.583 -81.435 -42.015 1.00139.22 C \ ANISOU52307 CG2 VAL S 67 17638 17675 14541 -1998 3830 651 C \ ATOM 52308 N GLY S 68 -18.471 -79.347 -39.344 1.00151.68 N \ ANISOU52308 N GLY S 68 18417 18533 14618 -2471 3939 197 N \ ATOM 52309 CA GLY S 68 -17.507 -78.328 -38.952 1.00153.91 C \ ANISOU52309 CA GLY S 68 15940 15118 12329 -1375 4639 1892 C \ ATOM 52310 C GLY S 68 -16.051 -78.786 -38.977 1.00157.35 C \ ANISOU52310 C GLY S 68 16468 15407 11927 -1736 5002 1614 C \ ATOM 52311 O GLY S 68 -15.183 -78.081 -39.494 1.00155.72 O \ ANISOU52311 O GLY S 68 16861 15721 12104 -1754 5367 1386 O \ ATOM 52312 N HIS S 69 -15.805 -79.995 -38.471 1.00161.72 N \ ANISOU52312 N HIS S 69 16910 15460 12054 -1529 5501 1773 N \ ATOM 52313 CA HIS S 69 -14.454 -80.498 -38.193 1.00159.26 C \ ANISOU52313 CA HIS S 69 15764 14974 10932 -2163 4989 1040 C \ ATOM 52314 C HIS S 69 -13.575 -80.698 -39.419 1.00156.72 C \ ANISOU52314 C HIS S 69 16041 14862 10302 -2504 4927 1355 C \ ATOM 52315 O HIS S 69 -14.069 -80.813 -40.547 1.00156.99 O \ ANISOU52315 O HIS S 69 16469 15106 11065 -2268 4476 1961 O \ ATOM 52316 CB HIS S 69 -14.528 -81.821 -37.427 1.00159.81 C \ ANISOU52316 CB HIS S 69 17996 16272 11726 -2705 4301 2180 C \ ATOM 52317 CG HIS S 69 -15.350 -81.745 -36.180 1.00162.49 C \ ANISOU52317 CG HIS S 69 18146 16321 11968 -2730 3866 2491 C \ ATOM 52318 ND1 HIS S 69 -16.724 -81.848 -36.190 1.00165.46 N \ ANISOU52318 ND1 HIS S 69 18145 16591 12957 -2317 3557 2629 N \ ATOM 52319 CD2 HIS S 69 -14.995 -81.557 -34.889 1.00164.50 C \ ANISOU52319 CD2 HIS S 69 18214 15977 11083 -3232 3687 2706 C \ ATOM 52320 CE1 HIS S 69 -17.180 -81.735 -34.956 1.00169.50 C \ ANISOU52320 CE1 HIS S 69 20047 14754 13816 -7 -3646 -1461 C \ ATOM 52321 NE2 HIS S 69 -16.152 -81.557 -34.146 1.00169.27 N \ ANISOU52321 NE2 HIS S 69 19828 15135 14180 -111 -3446 -1475 N \ ATOM 52322 N LYS S 70 -12.264 -80.728 -39.170 1.00154.02 N \ ANISOU52322 N LYS S 70 20104 14673 14163 -363 -3158 -1552 N \ ATOM 52323 CA LYS S 70 -11.270 -81.052 -40.193 1.00146.15 C \ ANISOU52323 CA LYS S 70 20956 14663 14382 -419 -3088 -1597 C \ ATOM 52324 C LYS S 70 -11.266 -82.565 -40.411 1.00138.77 C \ ANISOU52324 C LYS S 70 19650 15944 14454 -350 -3704 -1322 C \ ATOM 52325 O LYS S 70 -11.123 -83.337 -39.458 1.00138.77 O \ ANISOU52325 O LYS S 70 18892 16397 14480 -197 -3640 -1281 O \ ATOM 52326 CB LYS S 70 -9.874 -80.575 -39.774 1.00144.18 C \ ANISOU52326 CB LYS S 70 18791 17383 14798 -527 -3923 -1055 C \ ATOM 52327 CG LYS S 70 -9.857 -79.348 -38.856 1.00146.28 C \ ANISOU52327 CG LYS S 70 19268 18289 15225 -429 -4276 -950 C \ ATOM 52328 CD LYS S 70 -10.169 -78.052 -39.598 1.00147.93 C \ ANISOU52328 CD LYS S 70 19561 18053 15046 -752 -4561 -859 C \ ATOM 52329 CE LYS S 70 -9.203 -77.806 -40.761 1.00146.64 C \ ANISOU52329 CE LYS S 70 19751 17214 14712 -1159 -4539 -881 C \ ATOM 52330 NZ LYS S 70 -9.467 -76.507 -41.454 1.00145.70 N \ ANISOU52330 NZ LYS S 70 19582 18560 15080 -626 -4893 -760 N \ ATOM 52331 N LEU S 71 -11.454 -82.977 -41.661 1.00181.66 N \ ANISOU52331 N LEU S 71 19562 14516 14056 -486 -2999 -1565 N \ ATOM 52332 CA LEU S 71 -11.472 -84.389 -42.030 1.00165.18 C \ ANISOU52332 CA LEU S 71 19800 14149 14049 -685 -2777 -1646 C \ ATOM 52333 C LEU S 71 -10.185 -85.038 -41.549 1.00157.93 C \ ANISOU52333 C LEU S 71 19079 12770 13037 -525 -2432 -1766 C \ ATOM 52334 O LEU S 71 -9.111 -84.490 -41.761 1.00158.13 O \ ANISOU52334 O LEU S 71 19458 12447 12799 -571 -2372 -1810 O \ ATOM 52335 CB LEU S 71 -11.590 -84.513 -43.551 1.00158.03 C \ ANISOU52335 CB LEU S 71 21533 15334 15213 -986 -3010 -1620 C \ ATOM 52336 CG LEU S 71 -11.935 -85.858 -44.188 1.00146.32 C \ ANISOU52336 CG LEU S 71 22298 16020 16020 -1268 -3046 -1621 C \ ATOM 52337 CD1 LEU S 71 -12.491 -85.661 -45.585 1.00149.03 C \ ANISOU52337 CD1 LEU S 71 22115 16361 16384 -1280 -2917 -1603 C \ ATOM 52338 CD2 LEU S 71 -10.723 -86.730 -44.264 1.00139.13 C \ ANISOU52338 CD2 LEU S 71 23022 16007 16090 -1486 -3264 -1643 C \ ATOM 52339 N GLY S 72 -10.283 -86.192 -40.897 1.00151.38 N \ ANISOU52339 N GLY S 72 18068 12030 12443 -346 -2218 -1804 N \ ATOM 52340 CA GLY S 72 -9.090 -86.846 -40.383 1.00147.83 C \ ANISOU52340 CA GLY S 72 17552 11027 11741 -286 -1900 -1871 C \ ATOM 52341 C GLY S 72 -8.809 -86.528 -38.924 1.00145.96 C \ ANISOU52341 C GLY S 72 16928 10319 11183 -413 -1696 -1947 C \ ATOM 52342 O GLY S 72 -7.818 -86.964 -38.338 1.00140.30 O \ ANISOU52342 O GLY S 72 16557 10399 11301 -443 -1681 -1954 O \ ATOM 52343 N GLU S 73 -9.699 -85.743 -38.338 1.00153.54 N \ ANISOU52343 N GLU S 73 16743 10445 11300 -78 -1809 -1875 N \ ATOM 52344 CA GLU S 73 -9.807 -85.650 -36.897 1.00156.38 C \ ANISOU52344 CA GLU S 73 16454 9787 10911 -122 -1493 -1900 C \ ATOM 52345 C GLU S 73 -10.468 -86.971 -36.502 1.00152.69 C \ ANISOU52345 C GLU S 73 16831 9771 11014 -38 -1517 -1827 C \ ATOM 52346 O GLU S 73 -10.502 -87.370 -35.337 1.00149.40 O \ ANISOU52346 O GLU S 73 15695 9409 10692 -116 -1315 -1959 O \ ATOM 52347 CB GLU S 73 -10.706 -84.463 -36.545 1.00167.38 C \ ANISOU52347 CB GLU S 73 16522 9366 10267 -449 -1539 -2009 C \ ATOM 52348 CG GLU S 73 -10.699 -84.024 -35.095 1.00172.99 C \ ANISOU52348 CG GLU S 73 16407 9088 10080 -509 -1445 -2112 C \ ATOM 52349 CD GLU S 73 -11.614 -82.834 -34.862 1.00183.05 C \ ANISOU52349 CD GLU S 73 15983 8947 10141 -437 -1176 -2159 C \ ATOM 52350 OE1 GLU S 73 -12.110 -82.676 -33.726 1.00187.50 O \ ANISOU52350 OE1 GLU S 73 15045 8031 9343 -487 -1191 -2222 O \ ATOM 52351 OE2 GLU S 73 -11.838 -82.055 -35.816 1.00186.18 O \ ANISOU52351 OE2 GLU S 73 17475 9521 10384 -473 -1383 -2203 O \ ATOM 52352 N PHE S 74 -11.013 -87.631 -37.515 1.00151.79 N \ ANISOU52352 N PHE S 74 16871 8560 9443 -577 -1635 -2272 N \ ATOM 52353 CA PHE S 74 -11.668 -88.913 -37.379 1.00149.13 C \ ANISOU52353 CA PHE S 74 14906 8040 9295 -347 -991 -2111 C \ ATOM 52354 C PHE S 74 -10.731 -90.046 -37.784 1.00147.40 C \ ANISOU52354 C PHE S 74 14597 7986 9426 -296 -753 -2137 C \ ATOM 52355 O PHE S 74 -11.118 -91.214 -37.771 1.00148.59 O \ ANISOU52355 O PHE S 74 15865 9741 11317 -283 -846 -2123 O \ ATOM 52356 CB PHE S 74 -12.949 -88.909 -38.209 1.00150.47 C \ ANISOU52356 CB PHE S 74 15565 9638 11380 -240 -693 -2138 C \ ATOM 52357 CG PHE S 74 -13.884 -87.787 -37.846 1.00156.97 C \ ANISOU52357 CG PHE S 74 14577 7877 9293 -275 -520 -2072 C \ ATOM 52358 CD1 PHE S 74 -13.595 -86.471 -38.206 1.00161.49 C \ ANISOU52358 CD1 PHE S 74 15625 9755 11179 -325 -1103 -2083 C \ ATOM 52359 CD2 PHE S 74 -15.042 -88.038 -37.130 1.00159.60 C \ ANISOU52359 CD2 PHE S 74 15920 10561 11937 -388 -1194 -2067 C \ ATOM 52360 CE1 PHE S 74 -14.439 -85.427 -37.863 1.00167.44 C \ ANISOU52360 CE1 PHE S 74 16174 10642 12197 -504 -1113 -2128 C \ ATOM 52361 CE2 PHE S 74 -15.896 -86.997 -36.785 1.00166.59 C \ ANISOU52361 CE2 PHE S 74 16033 10876 12438 -570 -1144 -2102 C \ ATOM 52362 CZ PHE S 74 -15.592 -85.689 -37.153 1.00170.07 C \ ANISOU52362 CZ PHE S 74 17091 12035 13083 -524 -1501 -1973 C \ ATOM 52363 N ALA S 75 -9.497 -89.692 -38.144 1.00147.28 N \ ANISOU52363 N ALA S 75 13936 8524 9542 -788 -1700 -1949 N \ ATOM 52364 CA ALA S 75 -8.476 -90.677 -38.523 1.00143.72 C \ ANISOU52364 CA ALA S 75 13775 8568 9613 -1003 -1788 -1903 C \ ATOM 52365 C ALA S 75 -7.203 -90.530 -37.681 1.00143.37 C \ ANISOU52365 C ALA S 75 14229 8993 9679 -896 -2002 -1837 C \ ATOM 52366 O ALA S 75 -6.298 -89.778 -38.059 1.00146.35 O \ ANISOU52366 O ALA S 75 16039 9937 11579 -504 -1046 -2211 O \ ATOM 52367 CB ALA S 75 -8.145 -90.549 -40.002 1.00143.97 C \ ANISOU52367 CB ALA S 75 14734 8387 10216 -486 -954 -2312 C \ ATOM 52368 N PRO S 76 -7.125 -91.259 -36.547 1.00136.03 N \ ANISOU52368 N PRO S 76 13921 7935 9926 -393 -732 -2325 N \ ATOM 52369 CA PRO S 76 -6.105 -91.086 -35.503 1.00132.30 C \ ANISOU52369 CA PRO S 76 13191 7219 9359 -417 -743 -2364 C \ ATOM 52370 C PRO S 76 -4.780 -91.700 -35.923 1.00130.32 C \ ANISOU52370 C PRO S 76 15162 8289 10074 -334 -807 -2434 C \ ATOM 52371 O PRO S 76 -4.800 -92.506 -36.849 1.00130.16 O \ ANISOU52371 O PRO S 76 17121 10275 12140 -137 -521 -2544 O \ ATOM 52372 CB PRO S 76 -6.696 -91.841 -34.307 1.00129.98 C \ ANISOU52372 CB PRO S 76 16136 8795 10477 78 -449 -2704 C \ ATOM 52373 CG PRO S 76 -7.942 -92.550 -34.831 1.00131.30 C \ ANISOU52373 CG PRO S 76 15834 8806 10266 317 -65 -2756 C \ ATOM 52374 CD PRO S 76 -7.899 -92.487 -36.319 1.00133.09 C \ ANISOU52374 CD PRO S 76 16479 9168 10204 547 51 -2869 C \ ATOM 52375 N THR S 77 -3.673 -91.346 -35.265 1.00129.65 N \ ANISOU52375 N THR S 77 13808 8040 10023 -304 -579 -2284 N \ ATOM 52376 CA THR S 77 -2.325 -91.774 -35.699 1.00129.10 C \ ANISOU52376 CA THR S 77 12589 7129 9275 -245 -433 -2279 C \ ATOM 52377 C THR S 77 -1.580 -92.719 -34.735 1.00128.07 C \ ANISOU52377 C THR S 77 12194 7104 9273 -302 -560 -2259 C \ ATOM 52378 O THR S 77 -1.112 -93.795 -35.131 1.00126.69 O \ ANISOU52378 O THR S 77 12752 7719 10046 -303 -488 -2299 O \ ATOM 52379 CB THR S 77 -1.452 -90.590 -36.104 1.00129.14 C \ ANISOU52379 CB THR S 77 12534 7135 9284 -189 -401 -2210 C \ ATOM 52380 OG1 THR S 77 -1.564 -89.569 -35.111 1.00130.73 O \ ANISOU52380 OG1 THR S 77 13604 8040 10215 -193 -184 -2177 O \ ATOM 52381 CG2 THR S 77 -1.945 -90.035 -37.421 1.00130.34 C \ ANISOU52381 CG2 THR S 77 13111 7776 10117 -184 -28 -2190 C \ ATOM 52382 N ARG S 78 -1.393 -92.266 -33.501 1.00130.61 N \ ANISOU52382 N ARG S 78 13339 8021 10314 -252 142 -2091 N \ ATOM 52383 CA ARG S 78 -0.950 -93.144 -32.417 1.00131.49 C \ ANISOU52383 CA ARG S 78 14085 9011 11219 -244 358 -2095 C \ ATOM 52384 C ARG S 78 -1.849 -94.392 -32.308 1.00127.95 C \ ANISOU52384 C ARG S 78 14769 9794 12035 -119 405 -2230 C \ ATOM 52385 O ARG S 78 -3.074 -94.287 -32.285 1.00128.34 O \ ANISOU52385 O ARG S 78 14121 9211 11264 -368 500 -1948 O \ ATOM 52386 CB ARG S 78 -0.981 -92.378 -31.084 1.00134.83 C \ ANISOU52386 CB ARG S 78 12116 7340 9277 -344 -754 -2187 C \ ATOM 52387 CG ARG S 78 0.339 -91.736 -30.641 1.00135.52 C \ ANISOU52387 CG ARG S 78 12176 7930 9699 -419 -868 -2128 C \ ATOM 52388 CD ARG S 78 0.985 -90.953 -31.752 1.00136.63 C \ ANISOU52388 CD ARG S 78 12534 8113 9955 -635 -967 -2109 C \ ATOM 52389 NE ARG S 78 1.810 -89.855 -31.261 1.00138.95 N \ ANISOU52389 NE ARG S 78 11701 7481 9378 -695 -959 -2091 N \ ATOM 52390 CZ ARG S 78 1.475 -88.573 -31.365 1.00141.56 C \ ANISOU52390 CZ ARG S 78 11776 8028 9361 -434 -1068 -2030 C \ ATOM 52391 NH1 ARG S 78 0.329 -88.234 -31.934 1.00142.47 N \ ANISOU52391 NH1 ARG S 78 11481 8467 9428 -541 -1172 -1926 N \ ATOM 52392 NH2 ARG S 78 2.282 -87.626 -30.907 1.00143.50 N \ ANISOU52392 NH2 ARG S 78 11640 8802 9541 -873 -1372 -1786 N \ ATOM 52393 N THR S 79 -1.245 -95.573 -32.251 1.00122.40 N \ ANISOU52393 N THR S 79 12121 9736 10432 -372 -1125 -1922 N \ ATOM 52394 CA THR S 79 -2.014 -96.810 -32.121 1.00116.96 C \ ANISOU52394 CA THR S 79 11911 9882 10180 -945 -1418 -1667 C \ ATOM 52395 C THR S 79 -2.144 -97.352 -30.685 1.00115.24 C \ ANISOU52395 C THR S 79 12019 10300 10538 -607 -1252 -1765 C \ ATOM 52396 O THR S 79 -2.637 -98.446 -30.483 1.00115.91 O \ ANISOU52396 O THR S 79 13258 8366 10222 -744 -1096 -2116 O \ ATOM 52397 CB THR S 79 -1.507 -97.907 -33.068 1.00116.09 C \ ANISOU52397 CB THR S 79 13627 8299 10280 -940 -1287 -2112 C \ ATOM 52398 OG1 THR S 79 -0.427 -98.608 -32.442 1.00117.03 O \ ANISOU52398 OG1 THR S 79 13349 7805 10102 -814 -1127 -2221 O \ ATOM 52399 CG2 THR S 79 -1.062 -97.302 -34.421 1.00115.52 C \ ANISOU52399 CG2 THR S 79 12877 7324 9703 -969 -1268 -2170 C \ ATOM 52400 N TYR S 80 -1.717 -96.579 -29.696 1.00116.61 N \ ANISOU52400 N TYR S 80 14394 8388 10407 -936 -1395 -2182 N \ ATOM 52401 CA TYR S 80 -1.558 -97.034 -28.298 1.00117.24 C \ ANISOU52401 CA TYR S 80 15173 8520 10659 -1148 -1726 -2178 C \ ATOM 52402 C TYR S 80 -2.661 -97.826 -27.564 1.00109.10 C \ ANISOU52402 C TYR S 80 16085 8653 10846 -998 -1765 -2326 C \ ATOM 52403 O TYR S 80 -3.837 -97.454 -27.579 1.00 98.46 O \ ANISOU52403 O TYR S 80 16486 9226 11168 -980 -1734 -2282 O \ ATOM 52404 CB TYR S 80 -1.236 -95.813 -27.447 1.00123.33 C \ ANISOU52404 CB TYR S 80 17183 9453 11343 -782 -1635 -2405 C \ ATOM 52405 CG TYR S 80 -1.636 -95.904 -25.991 1.00125.63 C \ ANISOU52405 CG TYR S 80 17607 9314 11312 -540 -1531 -2594 C \ ATOM 52406 CD1 TYR S 80 -0.822 -96.536 -25.072 1.00126.39 C \ ANISOU52406 CD1 TYR S 80 17349 9746 11417 -787 -1637 -2344 C \ ATOM 52407 CD2 TYR S 80 -2.802 -95.312 -25.530 1.00127.56 C \ ANISOU52407 CD2 TYR S 80 13415 7766 10195 -555 -846 -2343 C \ ATOM 52408 CE1 TYR S 80 -1.151 -96.575 -23.748 1.00129.25 C \ ANISOU52408 CE1 TYR S 80 13446 7658 10323 -411 -705 -2445 C \ ATOM 52409 CE2 TYR S 80 -3.143 -95.362 -24.199 1.00130.31 C \ ANISOU52409 CE2 TYR S 80 12436 7146 9878 -414 -611 -2395 C \ ATOM 52410 CZ TYR S 80 -2.311 -96.000 -23.315 1.00131.21 C \ ANISOU52410 CZ TYR S 80 12285 6923 9838 -391 -617 -2432 C \ ATOM 52411 OH TYR S 80 -2.619 -96.065 -21.981 1.00135.72 O \ ANISOU52411 OH TYR S 80 13957 7954 10613 -155 -457 -2572 O \ ATOM 52412 N ARG S 81 -2.188 -98.858 -26.846 1.00114.19 N \ ANISOU52412 N ARG S 81 13863 8041 10516 -118 -290 -2524 N \ ATOM 52413 CA ARG S 81 -2.963 -99.949 -26.204 1.00115.28 C \ ANISOU52413 CA ARG S 81 14699 8749 11065 85 -57 -2610 C \ ATOM 52414 C ARG S 81 -3.973-100.694 -27.100 1.00117.61 C \ ANISOU52414 C ARG S 81 15063 9435 11644 116 169 -2549 C \ ATOM 52415 O ARG S 81 -3.586-101.406 -28.047 1.00116.92 O \ ANISOU52415 O ARG S 81 15020 8610 10855 223 -132 -2744 O \ ATOM 52416 CB ARG S 81 -3.587 -99.525 -24.869 1.00109.67 C \ ANISOU52416 CB ARG S 81 12102 7258 9836 -413 -560 -2322 C \ ATOM 52417 CG ARG S 81 -2.934-100.176 -23.671 1.00108.45 C \ ANISOU52417 CG ARG S 81 12320 7873 10497 -362 -483 -2303 C \ ATOM 52418 CD ARG S 81 -1.479 -99.711 -23.424 1.00112.23 C \ ANISOU52418 CD ARG S 81 12303 8036 10601 -525 -642 -2237 C \ ATOM 52419 NE ARG S 81 -0.992-100.147 -22.100 1.00121.05 N \ ANISOU52419 NE ARG S 81 12392 8198 10914 -499 -597 -2256 N \ ATOM 52420 CZ ARG S 81 -0.010 -99.591 -21.373 1.00122.21 C \ ANISOU52420 CZ ARG S 81 13034 8932 11358 -279 -488 -2260 C \ ATOM 52421 NH1 ARG S 81 0.659 -98.519 -21.796 1.00125.52 N \ ANISOU52421 NH1 ARG S 81 13833 10134 12190 -368 -665 -2172 N \ ATOM 52422 NH2 ARG S 81 0.305-100.120 -20.197 1.00119.16 N \ ANISOU52422 NH2 ARG S 81 12168 7955 10281 -735 -857 -2135 N \ ATOM 47497 N ALA M 2 -31.563 -63.965 -1.520 1.00158.22 N \ ANISOU47497 N ALA M 2 9339 19308 25390 -1146 2138 5812 N \ ATOM 47498 CA ALA M 2 -32.053 -63.565 -2.832 1.00155.31 C \ ANISOU47498 CA ALA M 2 8935 19055 24896 -1105 1990 6061 C \ ATOM 47499 C ALA M 2 -31.819 -64.682 -3.840 1.00159.70 C \ ANISOU47499 C ALA M 2 8909 19008 24445 -1127 1839 6357 C \ ATOM 47500 O ALA M 2 -30.672 -65.001 -4.156 1.00160.21 O \ ANISOU47500 O ALA M 2 8797 19030 23940 -1168 1741 6439 O \ ATOM 47501 CB ALA M 2 -31.364 -62.283 -3.285 1.00147.06 C \ ANISOU47501 CB ALA M 2 9098 19261 25745 -979 1946 6237 C \ ATOM 47502 N ARG M 3 -32.903 -65.275 -4.337 1.00163.87 N \ ANISOU47502 N ARG M 3 8674 19038 25222 -961 1816 6421 N \ ATOM 47503 CA ARG M 3 -32.806 -66.373 -5.296 1.00169.53 C \ ANISOU47503 CA ARG M 3 9566 19723 26788 -942 2115 5917 C \ ATOM 47504 C ARG M 3 -32.919 -65.884 -6.739 1.00168.27 C \ ANISOU47504 C ARG M 3 9252 19204 24893 -1109 1825 6503 C \ ATOM 47505 O ARG M 3 -34.015 -65.578 -7.215 1.00168.38 O \ ANISOU47505 O ARG M 3 9360 19317 24584 -1158 1713 6729 O \ ATOM 47506 CB ARG M 3 -33.908 -67.385 -5.005 1.00177.00 C \ ANISOU47506 CB ARG M 3 9408 19341 24003 -1261 1734 6521 C \ ATOM 47507 CG ARG M 3 -34.092 -68.455 -6.055 1.00184.08 C \ ANISOU47507 CG ARG M 3 9561 19622 23765 -1309 1636 6595 C \ ATOM 47508 CD ARG M 3 -35.291 -69.319 -5.698 1.00192.07 C \ ANISOU47508 CD ARG M 3 9223 19042 24713 -1133 1701 6921 C \ ATOM 47509 NE ARG M 3 -34.903 -70.645 -5.219 1.00198.17 N \ ANISOU47509 NE ARG M 3 9030 18626 24637 -1139 1850 6665 N \ ATOM 47510 CZ ARG M 3 -34.507 -70.918 -3.978 1.00197.04 C \ ANISOU47510 CZ ARG M 3 8973 18450 24444 -1172 1847 6732 C \ ATOM 47511 NH1 ARG M 3 -34.429 -69.951 -3.072 1.00190.27 N \ ANISOU47511 NH1 ARG M 3 8926 18492 24767 -1124 1972 6390 N \ ATOM 47512 NH2 ARG M 3 -34.179 -72.162 -3.647 1.00203.14 N \ ANISOU47512 NH2 ARG M 3 8939 18719 23477 -1304 1852 6258 N \ ATOM 47513 N ILE M 4 -31.794 -65.891 -7.455 1.00169.21 N \ ANISOU47513 N ILE M 4 8323 18068 22356 -1411 1859 6061 N \ ATOM 47514 CA ILE M 4 -31.709 -65.189 -8.736 1.00167.81 C \ ANISOU47514 CA ILE M 4 7816 17728 21603 -1455 1800 5998 C \ ATOM 47515 C ILE M 4 -31.816 -66.108 -9.941 1.00176.68 C \ ANISOU47515 C ILE M 4 7604 17551 20993 -1519 1714 5996 C \ ATOM 47516 O ILE M 4 -32.876 -66.197 -10.567 1.00181.72 O \ ANISOU47516 O ILE M 4 8265 17877 22358 -1469 1996 5788 O \ ATOM 47517 CB ILE M 4 -30.392 -64.417 -8.852 1.00158.43 C \ ANISOU47517 CB ILE M 4 8374 17958 21987 -1598 1971 5626 C \ ATOM 47518 CG1 ILE M 4 -30.251 -63.455 -7.683 1.00150.98 C \ ANISOU47518 CG1 ILE M 4 8211 17645 22543 -1430 2051 5841 C \ ATOM 47519 CG2 ILE M 4 -30.322 -63.667 -10.171 1.00156.27 C \ ANISOU47519 CG2 ILE M 4 7825 17849 21894 -1420 1844 5939 C \ ATOM 47520 CD1 ILE M 4 -29.255 -63.908 -6.686 1.00150.80 C \ ANISOU47520 CD1 ILE M 4 8462 18651 22326 -1467 1794 5876 C \ ATOM 47521 N ALA M 5 -30.731 -66.805 -10.259 1.00174.81 N \ ANISOU47521 N ALA M 5 8690 19013 22394 -1435 1646 6112 N \ ATOM 47522 CA ALA M 5 -30.794 -67.814 -11.296 1.00180.97 C \ ANISOU47522 CA ALA M 5 8935 19349 22313 -1500 1571 6071 C \ ATOM 47523 C ALA M 5 -31.285 -69.030 -10.564 1.00186.40 C \ ANISOU47523 C ALA M 5 8983 19286 23220 -1444 1893 5732 C \ ATOM 47524 O ALA M 5 -31.448 -68.970 -9.348 1.00171.98 O \ ANISOU47524 O ALA M 5 8895 19251 22844 -1353 1594 6365 O \ ATOM 47525 CB ALA M 5 -29.447 -68.053 -11.875 1.00183.83 C \ ANISOU47525 CB ALA M 5 9036 19579 22847 -1350 1456 6593 C \ ATOM 47526 N GLY M 6 -31.488 -70.135 -11.269 1.00197.34 N \ ANISOU47526 N GLY M 6 9117 19696 22438 -1437 1379 6587 N \ ATOM 47527 CA GLY M 6 -32.214 -71.241 -10.677 1.00210.65 C \ ANISOU47527 CA GLY M 6 9157 19919 22284 -1469 1280 6668 C \ ATOM 47528 C GLY M 6 -31.626 -71.658 -9.340 1.00216.32 C \ ANISOU47528 C GLY M 6 8952 19557 23147 -1276 1397 6903 C \ ATOM 47529 O GLY M 6 -30.446 -71.999 -9.259 1.00221.50 O \ ANISOU47529 O GLY M 6 8446 19124 23149 -1188 1403 6962 O \ ATOM 47530 N VAL M 7 -32.464 -71.605 -8.300 1.00217.62 N \ ANISOU47530 N VAL M 7 8479 19094 23735 -1110 1385 7194 N \ ATOM 47531 CA VAL M 7 -32.105 -71.923 -6.901 1.00216.41 C \ ANISOU47531 CA VAL M 7 7910 18824 22495 -1200 1282 7101 C \ ATOM 47532 C VAL M 7 -30.770 -71.341 -6.382 1.00209.30 C \ ANISOU47532 C VAL M 7 8815 19228 21972 -1479 1428 6467 C \ ATOM 47533 O VAL M 7 -29.998 -72.032 -5.712 1.00213.04 O \ ANISOU47533 O VAL M 7 8546 18972 21324 -1561 1373 6403 O \ ATOM 47534 CB VAL M 7 -32.256 -73.456 -6.554 1.00274.65 C \ ANISOU47534 CB VAL M 7 8628 19138 21154 -1626 1308 6266 C \ ATOM 47535 CG1 VAL M 7 -33.707 -73.908 -6.716 1.00279.42 C \ ANISOU47535 CG1 VAL M 7 8313 18905 20604 -1688 1236 6236 C \ ATOM 47536 CG2 VAL M 7 -31.314 -74.339 -7.379 1.00280.51 C \ ANISOU47536 CG2 VAL M 7 8095 18295 20821 -1591 1450 6250 C \ ATOM 47537 N GLU M 8 -30.519 -70.066 -6.664 1.00196.55 N \ ANISOU47537 N GLU M 8 8059 18178 21028 -1535 1504 6383 N \ ATOM 47538 CA GLU M 8 -29.228 -69.473 -6.342 1.00188.95 C \ ANISOU47538 CA GLU M 8 7760 17954 20174 -1673 1397 6150 C \ ATOM 47539 C GLU M 8 -29.307 -68.447 -5.235 1.00178.45 C \ ANISOU47539 C GLU M 8 8569 19078 21185 -1619 1335 6178 C \ ATOM 47540 O GLU M 8 -29.810 -67.354 -5.454 1.00170.12 O \ ANISOU47540 O GLU M 8 8033 18592 20449 -1695 1278 6043 O \ ATOM 47541 CB GLU M 8 -28.640 -68.808 -7.580 1.00188.95 C \ ANISOU47541 CB GLU M 8 7802 18582 20166 -1687 1179 6153 C \ ATOM 47542 CG GLU M 8 -28.412 -69.760 -8.742 1.00199.64 C \ ANISOU47542 CG GLU M 8 7289 18132 19481 -1753 1105 6073 C \ ATOM 47543 CD GLU M 8 -27.488 -70.929 -8.399 1.00208.57 C \ ANISOU47543 CD GLU M 8 7914 18418 20437 -1725 1363 5888 C \ ATOM 47544 OE1 GLU M 8 -26.246 -70.770 -8.500 1.00206.68 O \ ANISOU47544 OE1 GLU M 8 7971 18284 20463 -1783 1441 5742 O \ ATOM 47545 OE2 GLU M 8 -28.006 -72.013 -8.042 1.00217.27 O \ ANISOU47545 OE2 GLU M 8 7927 18210 20271 -1909 1442 5575 O \ ATOM 47546 N ILE M 9 -28.741 -68.768 -4.075 1.00178.86 N \ ANISOU47546 N ILE M 9 7982 18159 20584 -1730 1502 5790 N \ ATOM 47547 CA ILE M 9 -28.877 -67.926 -2.888 1.00177.70 C \ ANISOU47547 CA ILE M 9 8274 18404 20576 -1985 1502 5455 C \ ATOM 47548 C ILE M 9 -27.522 -67.347 -2.436 1.00174.88 C \ ANISOU47548 C ILE M 9 8178 18185 20749 -1787 1570 5659 C \ ATOM 47549 O ILE M 9 -26.950 -67.810 -1.455 1.00178.92 O \ ANISOU47549 O ILE M 9 8538 18525 20957 -1916 1569 5490 O \ ATOM 47550 CB ILE M 9 -29.569 -68.733 -1.709 1.00168.08 C \ ANISOU47550 CB ILE M 9 8767 18605 21147 -1993 1626 5373 C \ ATOM 47551 CG1 ILE M 9 -30.925 -69.290 -2.150 1.00168.75 C \ ANISOU47551 CG1 ILE M 9 12317 16557 21840 2696 5034 7440 C \ ATOM 47552 CG2 ILE M 9 -29.767 -67.887 -0.435 1.00164.97 C \ ANISOU47552 CG2 ILE M 9 13091 16935 23093 2396 5018 7387 C \ ATOM 47553 CD1 ILE M 9 -31.971 -69.302 -1.049 1.00170.51 C \ ANISOU47553 CD1 ILE M 9 14058 17768 23449 2556 4847 7541 C \ ATOM 47554 N PRO M 10 -26.978 -66.354 -3.173 1.00172.35 N \ ANISOU47554 N PRO M 10 14062 18231 23094 2728 4551 7584 N \ ATOM 47555 CA PRO M 10 -25.770 -65.662 -2.690 1.00172.80 C \ ANISOU47555 CA PRO M 10 12373 16545 23343 2038 4586 7130 C \ ATOM 47556 C PRO M 10 -26.167 -64.626 -1.648 1.00179.29 C \ ANISOU47556 C PRO M 10 12457 16796 24091 1902 4754 6938 C \ ATOM 47557 O PRO M 10 -27.254 -64.062 -1.801 1.00182.93 O \ ANISOU47557 O PRO M 10 12203 16019 23593 1804 4468 7031 O \ ATOM 47558 CB PRO M 10 -25.253 -64.962 -3.944 1.00162.88 C \ ANISOU47558 CB PRO M 10 12340 17173 23821 2064 4640 6917 C \ ATOM 47559 CG PRO M 10 -26.485 -64.646 -4.722 1.00158.64 C \ ANISOU47559 CG PRO M 10 14781 17880 24073 2498 5054 7597 C \ ATOM 47560 CD PRO M 10 -27.465 -65.775 -4.439 1.00165.75 C \ ANISOU47560 CD PRO M 10 15121 18031 23791 2683 4921 7734 C \ ATOM 47561 N ARG M 11 -25.356 -64.364 -0.625 1.00180.42 N \ ANISOU47561 N ARG M 11 14993 18433 23861 2586 4359 7658 N \ ATOM 47562 CA ARG M 11 -25.774 -63.352 0.357 1.00180.80 C \ ANISOU47562 CA ARG M 11 15068 18925 23458 2813 4201 7739 C \ ATOM 47563 C ARG M 11 -24.636 -62.741 1.155 1.00180.25 C \ ANISOU47563 C ARG M 11 15227 17380 23923 2560 5162 7738 C \ ATOM 47564 O ARG M 11 -23.557 -63.332 1.266 1.00184.31 O \ ANISOU47564 O ARG M 11 15219 17127 23191 2804 5047 7879 O \ ATOM 47565 CB ARG M 11 -26.852 -63.917 1.306 1.00185.99 C \ ANISOU47565 CB ARG M 11 15591 17494 22581 3269 5175 8088 C \ ATOM 47566 CG ARG M 11 -27.720 -62.869 2.041 1.00183.90 C \ ANISOU47566 CG ARG M 11 15116 16822 23369 2616 4783 7769 C \ ATOM 47567 CD ARG M 11 -29.114 -63.432 2.426 1.00166.54 C \ ANISOU47567 CD ARG M 11 16058 17785 22403 3527 5062 8188 C \ ATOM 47568 NE ARG M 11 -29.481 -63.191 3.829 1.00167.77 N \ ANISOU47568 NE ARG M 11 15486 16974 23057 2860 4680 7885 N \ ATOM 47569 CZ ARG M 11 -30.245 -62.186 4.257 1.00164.91 C \ ANISOU47569 CZ ARG M 11 15902 17413 22540 3308 4830 8096 C \ ATOM 47570 NH1 ARG M 11 -30.746 -61.307 3.403 1.00161.35 N \ ANISOU47570 NH1 ARG M 11 16042 17379 22026 3580 4724 8183 N \ ATOM 47571 NH2 ARG M 11 -30.512 -62.056 5.546 1.00166.99 N \ ANISOU47571 NH2 ARG M 11 14834 18272 24411 2260 4066 7478 N \ ATOM 47572 N ASN M 12 -24.889 -61.543 1.684 1.00175.67 N \ ANISOU47572 N ASN M 12 14684 18417 24284 2189 3587 7443 N \ ATOM 47573 CA ASN M 12 -24.024 -60.906 2.681 1.00175.44 C \ ANISOU47573 CA ASN M 12 14387 18704 24165 2125 3325 7393 C \ ATOM 47574 C ASN M 12 -22.603 -60.489 2.233 1.00168.23 C \ ANISOU47574 C ASN M 12 14300 18725 24219 1983 2958 7335 C \ ATOM 47575 O ASN M 12 -21.842 -59.907 3.017 1.00165.36 O \ ANISOU47575 O ASN M 12 14293 18919 24027 2235 3517 7404 O \ ATOM 47576 CB ASN M 12 -23.976 -61.743 3.958 1.00185.26 C \ ANISOU47576 CB ASN M 12 13979 19122 23962 2142 3277 7309 C \ ATOM 47577 CG ASN M 12 -23.659 -60.912 5.175 1.00188.69 C \ ANISOU47577 CG ASN M 12 13909 19571 23405 2374 3303 7366 C \ ATOM 47578 OD1 ASN M 12 -23.687 -59.679 5.119 1.00185.10 O \ ANISOU47578 OD1 ASN M 12 14249 19977 23366 2664 3579 7418 O \ ATOM 47579 ND2 ASN M 12 -23.360 -61.576 6.287 1.00195.63 N \ ANISOU47579 ND2 ASN M 12 13747 18939 24322 2020 3354 7154 N \ ATOM 47580 N LYS M 13 -22.248 -60.816 0.989 1.00163.14 N \ ANISOU47580 N LYS M 13 13564 18415 24802 1774 3236 6996 N \ ATOM 47581 CA LYS M 13 -21.070 -60.250 0.327 1.00154.74 C \ ANISOU47581 CA LYS M 13 13324 18994 24080 1949 3103 7049 C \ ATOM 47582 C LYS M 13 -21.551 -59.154 -0.638 1.00149.32 C \ ANISOU47582 C LYS M 13 13341 18305 25249 1658 3304 6797 C \ ATOM 47583 O LYS M 13 -22.753 -58.901 -0.717 1.00152.53 O \ ANISOU47583 O LYS M 13 13272 19278 22767 2256 3023 7334 O \ ATOM 47584 CB LYS M 13 -20.286 -61.341 -0.415 1.00151.83 C \ ANISOU47584 CB LYS M 13 12793 19423 22024 2400 3000 7296 C \ ATOM 47585 CG LYS M 13 -19.702 -62.450 0.491 1.00153.44 C \ ANISOU47585 CG LYS M 13 11919 18950 21568 2196 2823 7125 C \ ATOM 47586 CD LYS M 13 -18.368 -62.974 -0.065 1.00148.64 C \ ANISOU47586 CD LYS M 13 11520 18300 21610 1978 2713 7057 C \ ATOM 47587 CE LYS M 13 -17.857 -64.198 0.677 1.00151.35 C \ ANISOU47587 CE LYS M 13 11615 19278 21152 2275 2786 7019 C \ ATOM 47588 NZ LYS M 13 -16.803 -64.908 -0.110 1.00150.61 N \ ANISOU47588 NZ LYS M 13 11085 19160 21009 2072 2634 6817 N \ ATOM 47589 N ARG M 14 -20.646 -58.489 -1.357 1.00141.63 N \ ANISOU47589 N ARG M 14 10735 18373 20965 1675 2437 6842 N \ ATOM 47590 CA ARG M 14 -21.072 -57.482 -2.337 1.00132.62 C \ ANISOU47590 CA ARG M 14 10168 17658 20769 1506 2315 6737 C \ ATOM 47591 C ARG M 14 -21.901 -58.152 -3.434 1.00130.69 C \ ANISOU47591 C ARG M 14 10867 19683 20700 2119 2606 6670 C \ ATOM 47592 O ARG M 14 -21.661 -59.314 -3.756 1.00137.21 O \ ANISOU47592 O ARG M 14 12102 21596 22064 2306 2586 6398 O \ ATOM 47593 CB ARG M 14 -19.866 -56.789 -2.957 1.00128.95 C \ ANISOU47593 CB ARG M 14 17719 27167 28168 2033 2452 6232 C \ ATOM 47594 CG ARG M 14 -19.159 -55.794 -2.059 1.00132.12 C \ ANISOU47594 CG ARG M 14 8979 19118 19534 2254 2403 5916 C \ ATOM 47595 CD ARG M 14 -17.679 -55.687 -2.449 1.00135.90 C \ ANISOU47595 CD ARG M 14 8438 18512 19416 2052 2276 5733 C \ ATOM 47596 NE ARG M 14 -17.267 -54.337 -2.827 1.00133.73 N \ ANISOU47596 NE ARG M 14 11108 18493 21098 1586 2403 6982 N \ ATOM 47597 CZ ARG M 14 -17.425 -53.820 -4.042 1.00131.57 C \ ANISOU47597 CZ ARG M 14 11299 18191 21348 1289 2214 7037 C \ ATOM 47598 NH1 ARG M 14 -18.004 -54.528 -5.011 1.00131.19 N \ ANISOU47598 NH1 ARG M 14 11128 17472 21468 1243 2071 7021 N \ ATOM 47599 NH2 ARG M 14 -17.020 -52.582 -4.285 1.00128.88 N \ ANISOU47599 NH2 ARG M 14 11052 17287 21697 1086 1920 6907 N \ ATOM 47600 N VAL M 15 -22.868 -57.434 -4.001 1.00142.22 N \ ANISOU47600 N VAL M 15 11762 18428 21387 1317 2236 7200 N \ ATOM 47601 CA VAL M 15 -23.761 -58.015 -5.003 1.00139.19 C \ ANISOU47601 CA VAL M 15 11189 17213 21471 1388 2122 7099 C \ ATOM 47602 C VAL M 15 -23.022 -58.565 -6.208 1.00137.81 C \ ANISOU47602 C VAL M 15 11559 17133 22221 1342 1984 7022 C \ ATOM 47603 O VAL M 15 -23.375 -59.627 -6.736 1.00136.24 O \ ANISOU47603 O VAL M 15 10558 16315 21696 1326 2008 6858 O \ ATOM 47604 CB VAL M 15 -24.717 -56.985 -5.548 1.00142.40 C \ ANISOU47604 CB VAL M 15 9677 15169 21212 1240 1811 6729 C \ ATOM 47605 CG1 VAL M 15 -25.849 -57.685 -6.295 1.00139.32 C \ ANISOU47605 CG1 VAL M 15 12389 17697 23011 1483 2124 7075 C \ ATOM 47606 CG2 VAL M 15 -25.235 -56.117 -4.421 1.00147.59 C \ ANISOU47606 CG2 VAL M 15 12882 17861 23107 1497 2007 7185 C \ ATOM 47607 N ASP M 16 -22.012 -57.820 -6.655 1.00140.41 N \ ANISOU47607 N ASP M 16 13228 17842 23559 1581 2075 7159 N \ ATOM 47608 CA ASP M 16 -21.113 -58.287 -7.711 1.00140.18 C \ ANISOU47608 CA ASP M 16 13791 17989 23914 1563 1801 7161 C \ ATOM 47609 C ASP M 16 -20.354 -59.560 -7.275 1.00138.84 C \ ANISOU47609 C ASP M 16 14473 18338 24531 1644 1812 7140 C \ ATOM 47610 O ASP M 16 -20.414 -60.598 -7.949 1.00139.35 O \ ANISOU47610 O ASP M 16 14374 18210 24553 1715 2130 7140 O \ ATOM 47611 CB ASP M 16 -20.167 -57.164 -8.208 1.00139.43 C \ ANISOU47611 CB ASP M 16 15123 18618 24936 1665 1515 7116 C \ ATOM 47612 CG ASP M 16 -19.276 -56.577 -7.106 1.00137.63 C \ ANISOU47612 CG ASP M 16 10635 16856 21702 1456 2231 6840 C \ ATOM 47613 OD1 ASP M 16 -18.084 -56.310 -7.374 1.00136.51 O \ ANISOU47613 OD1 ASP M 16 10407 16838 21830 1481 2275 6680 O \ ATOM 47614 OD2 ASP M 16 -19.761 -56.360 -5.984 1.00137.35 O \ ANISOU47614 OD2 ASP M 16 10637 17100 22264 1276 2005 6551 O \ ATOM 47615 N VAL M 17 -19.671 -59.481 -6.136 1.00134.58 N \ ANISOU47615 N VAL M 17 10785 17033 22806 1206 1851 6418 N \ ATOM 47616 CA VAL M 17 -19.019 -60.637 -5.532 1.00128.30 C \ ANISOU47616 CA VAL M 17 10131 17005 21285 1734 2543 6682 C \ ATOM 47617 C VAL M 17 -19.976 -61.825 -5.405 1.00124.09 C \ ANISOU47617 C VAL M 17 10418 17130 21799 1176 1960 6567 C \ ATOM 47618 O VAL M 17 -19.632 -62.964 -5.707 1.00121.46 O \ ANISOU47618 O VAL M 17 10482 17086 22005 932 1750 6455 O \ ATOM 47619 CB VAL M 17 -18.484 -60.273 -4.143 1.00127.64 C \ ANISOU47619 CB VAL M 17 10647 16552 22228 820 1496 6490 C \ ATOM 47620 CG1 VAL M 17 -17.844 -61.474 -3.490 1.00127.17 C \ ANISOU47620 CG1 VAL M 17 10535 16191 22366 751 1304 6356 C \ ATOM 47621 CG2 VAL M 17 -17.490 -59.139 -4.255 1.00127.38 C \ ANISOU47621 CG2 VAL M 17 10232 17108 21506 765 1791 6473 C \ ATOM 47622 N ALA M 18 -21.194 -61.548 -4.978 1.00125.20 N \ ANISOU47622 N ALA M 18 10049 16715 21441 465 1645 6357 N \ ATOM 47623 CA ALA M 18 -22.163 -62.604 -4.787 1.00130.12 C \ ANISOU47623 CA ALA M 18 9874 16981 21177 263 1778 6296 C \ ATOM 47624 C ALA M 18 -22.625 -63.257 -6.093 1.00131.85 C \ ANISOU47624 C ALA M 18 10043 16802 21425 -96 1701 6194 C \ ATOM 47625 O ALA M 18 -22.904 -64.454 -6.129 1.00133.17 O \ ANISOU47625 O ALA M 18 9994 17311 21439 -335 1891 6066 O \ ATOM 47626 CB ALA M 18 -23.347 -62.077 -4.006 1.00135.51 C \ ANISOU47626 CB ALA M 18 11354 16949 22680 857 1476 6646 C \ ATOM 47627 N LEU M 19 -22.718 -62.485 -7.167 1.00134.20 N \ ANISOU47627 N LEU M 19 12467 17417 23784 845 1201 6652 N \ ATOM 47628 CA LEU M 19 -23.257 -63.039 -8.413 1.00135.44 C \ ANISOU47628 CA LEU M 19 12552 17413 24430 936 1060 6448 C \ ATOM 47629 C LEU M 19 -22.409 -64.180 -9.015 1.00134.88 C \ ANISOU47629 C LEU M 19 12853 17388 24856 899 795 6326 C \ ATOM 47630 O LEU M 19 -22.918 -65.013 -9.767 1.00135.17 O \ ANISOU47630 O LEU M 19 13343 18100 24363 940 1232 6796 O \ ATOM 47631 CB LEU M 19 -23.530 -61.922 -9.431 1.00135.95 C \ ANISOU47631 CB LEU M 19 14563 18727 25081 882 1013 6911 C \ ATOM 47632 CG LEU M 19 -24.877 -61.216 -9.237 1.00133.49 C \ ANISOU47632 CG LEU M 19 15435 19010 26083 960 633 6781 C \ ATOM 47633 CD1 LEU M 19 -24.809 -59.762 -9.687 1.00135.03 C \ ANISOU47633 CD1 LEU M 19 15300 18947 26442 1084 556 6615 C \ ATOM 47634 CD2 LEU M 19 -25.994 -61.974 -9.965 1.00129.57 C \ ANISOU47634 CD2 LEU M 19 16130 19155 26376 908 422 6825 C \ ATOM 47635 N THR M 20 -21.135 -64.231 -8.638 1.00131.63 N \ ANISOU47635 N THR M 20 12056 17173 24256 1061 1261 6398 N \ ATOM 47636 CA THR M 20 -20.193 -65.278 -9.049 1.00128.55 C \ ANISOU47636 CA THR M 20 11665 16765 24490 1124 1195 6172 C \ ATOM 47637 C THR M 20 -20.673 -66.706 -8.757 1.00128.75 C \ ANISOU47637 C THR M 20 11262 16562 24378 1114 1157 6007 C \ ATOM 47638 O THR M 20 -20.198 -67.689 -9.366 1.00125.86 O \ ANISOU47638 O THR M 20 10864 15983 24370 1140 906 5802 O \ ATOM 47639 CB THR M 20 -18.912 -65.059 -8.270 1.00124.25 C \ ANISOU47639 CB THR M 20 11364 16672 24441 1208 1545 6168 C \ ATOM 47640 OG1 THR M 20 -18.424 -63.751 -8.586 1.00124.39 O \ ANISOU47640 OG1 THR M 20 11580 17263 24500 1109 1373 6062 O \ ATOM 47641 CG2 THR M 20 -17.854 -66.142 -8.560 1.00120.77 C \ ANISOU47641 CG2 THR M 20 11973 17858 25129 1113 1334 5882 C \ ATOM 47642 N TYR M 21 -21.640 -66.786 -7.841 1.00128.52 N \ ANISOU47642 N TYR M 21 12656 18117 25765 989 968 5802 N \ ATOM 47643 CA TYR M 21 -22.131 -68.028 -7.251 1.00123.89 C \ ANISOU47643 CA TYR M 21 12631 17943 26107 1047 775 5598 C \ ATOM 47644 C TYR M 21 -23.197 -68.687 -8.113 1.00122.51 C \ ANISOU47644 C TYR M 21 11814 18198 24718 1156 1571 5912 C \ ATOM 47645 O TYR M 21 -23.578 -69.839 -7.895 1.00118.18 O \ ANISOU47645 O TYR M 21 11734 18454 24608 1376 1947 5951 O \ ATOM 47646 CB TYR M 21 -22.655 -67.763 -5.833 1.00123.09 C \ ANISOU47646 CB TYR M 21 11686 18869 24444 1515 2068 5837 C \ ATOM 47647 CG TYR M 21 -21.552 -67.446 -4.843 1.00122.96 C \ ANISOU47647 CG TYR M 21 11611 18175 24948 1439 2065 5861 C \ ATOM 47648 CD1 TYR M 21 -21.489 -68.092 -3.610 1.00122.14 C \ ANISOU47648 CD1 TYR M 21 13353 18582 25984 830 898 5957 C \ ATOM 47649 CD2 TYR M 21 -20.552 -66.513 -5.156 1.00122.98 C \ ANISOU47649 CD2 TYR M 21 14067 18707 26487 700 611 5931 C \ ATOM 47650 CE1 TYR M 21 -20.461 -67.811 -2.707 1.00124.37 C \ ANISOU47650 CE1 TYR M 21 14164 18181 26595 823 277 5892 C \ ATOM 47651 CE2 TYR M 21 -19.530 -66.223 -4.273 1.00123.99 C \ ANISOU47651 CE2 TYR M 21 14636 18101 26943 831 -4 5809 C \ ATOM 47652 CZ TYR M 21 -19.480 -66.872 -3.046 1.00126.38 C \ ANISOU47652 CZ TYR M 21 14880 19376 26771 468 703 6111 C \ ATOM 47653 OH TYR M 21 -18.448 -66.577 -2.166 1.00127.70 O \ ANISOU47653 OH TYR M 21 15551 20553 27529 310 884 6005 O \ ATOM 47654 N ILE M 22 -23.683 -67.948 -9.097 1.00133.48 N \ ANISOU47654 N ILE M 22 16500 21520 28103 46 1043 6128 N \ ATOM 47655 CA ILE M 22 -24.466 -68.565 -10.147 1.00139.80 C \ ANISOU47655 CA ILE M 22 16693 21782 28019 68 1165 6315 C \ ATOM 47656 C ILE M 22 -23.443 -69.281 -11.016 1.00145.48 C \ ANISOU47656 C ILE M 22 16874 21853 28493 -197 1068 6012 C \ ATOM 47657 O ILE M 22 -22.317 -68.782 -11.187 1.00145.77 O \ ANISOU47657 O ILE M 22 13689 17775 26259 947 291 5918 O \ ATOM 47658 CB ILE M 22 -25.248 -67.528 -10.975 1.00137.54 C \ ANISOU47658 CB ILE M 22 13828 17439 26493 1107 -67 5801 C \ ATOM 47659 CG1 ILE M 22 -26.319 -66.837 -10.122 1.00140.40 C \ ANISOU47659 CG1 ILE M 22 13454 17269 26864 1265 -211 5469 C \ ATOM 47660 CG2 ILE M 22 -25.908 -68.191 -12.175 1.00136.37 C \ ANISOU47660 CG2 ILE M 22 13796 17184 27271 1421 -609 5288 C \ ATOM 47661 CD1 ILE M 22 -25.821 -65.706 -9.228 1.00140.37 C \ ANISOU47661 CD1 ILE M 22 13749 17351 26315 1160 -22 5902 C \ ATOM 47662 N TYR M 23 -23.810 -70.453 -11.536 1.00149.32 N \ ANISOU47662 N TYR M 23 14112 17147 26578 1342 -459 5786 N \ ATOM 47663 CA TYR M 23 -22.884 -71.236 -12.349 1.00149.87 C \ ANISOU47663 CA TYR M 23 14480 16964 26076 1322 -534 6052 C \ ATOM 47664 C TYR M 23 -22.276 -70.396 -13.468 1.00150.77 C \ ANISOU47664 C TYR M 23 14894 16941 25849 1173 -509 6239 C \ ATOM 47665 O TYR M 23 -21.092 -70.097 -13.441 1.00151.21 O \ ANISOU47665 O TYR M 23 15301 16900 25404 1091 -423 6529 O \ ATOM 47666 CB TYR M 23 -23.534 -72.505 -12.908 1.00148.78 C \ ANISOU47666 CB TYR M 23 12759 17205 26691 1259 121 5379 C \ ATOM 47667 CG TYR M 23 -22.567 -73.372 -13.680 1.00146.17 C \ ANISOU47667 CG TYR M 23 12114 16840 26794 1385 82 5053 C \ ATOM 47668 CD1 TYR M 23 -21.382 -73.811 -13.102 1.00146.51 C \ ANISOU47668 CD1 TYR M 23 11430 16315 26162 1383 127 4959 C \ ATOM 47669 CD2 TYR M 23 -22.833 -73.746 -14.987 1.00145.56 C \ ANISOU47669 CD2 TYR M 23 11086 16218 26387 1500 115 4686 C \ ATOM 47670 CE1 TYR M 23 -20.483 -74.603 -13.814 1.00148.03 C \ ANISOU47670 CE1 TYR M 23 12850 18070 28131 1397 446 4957 C \ ATOM 47671 CE2 TYR M 23 -21.943 -74.534 -15.711 1.00146.12 C \ ANISOU47671 CE2 TYR M 23 12638 18125 27574 1313 894 5216 C \ ATOM 47672 CZ TYR M 23 -20.769 -74.961 -15.122 1.00147.01 C \ ANISOU47672 CZ TYR M 23 12797 17833 28298 1433 263 4867 C \ ATOM 47673 OH TYR M 23 -19.885 -75.744 -15.843 1.00145.93 O \ ANISOU47673 OH TYR M 23 11174 15931 25346 1246 174 5148 O \ ATOM 47674 N GLY M 24 -23.090 -69.953 -14.412 1.00151.38 N \ ANISOU47674 N GLY M 24 10956 15744 25140 1231 129 5019 N \ ATOM 47675 CA GLY M 24 -22.550 -69.271 -15.572 1.00151.03 C \ ANISOU47675 CA GLY M 24 9929 15369 24455 1298 457 4901 C \ ATOM 47676 C GLY M 24 -22.136 -67.821 -15.381 1.00150.70 C \ ANISOU47676 C GLY M 24 9604 15177 24534 1427 404 4649 C \ ATOM 47677 O GLY M 24 -22.024 -67.084 -16.362 1.00150.66 O \ ANISOU47677 O GLY M 24 9592 15418 23894 1254 799 5080 O \ ATOM 47678 N ILE M 25 -21.935 -67.391 -14.136 1.00150.65 N \ ANISOU47678 N ILE M 25 9725 16086 24118 1367 1111 5001 N \ ATOM 47679 CA ILE M 25 -21.638 -65.978 -13.886 1.00150.18 C \ ANISOU47679 CA ILE M 25 9883 16468 23825 1284 1180 5085 C \ ATOM 47680 C ILE M 25 -20.274 -65.702 -13.262 1.00149.71 C \ ANISOU47680 C ILE M 25 9702 16301 23292 1187 1253 5293 C \ ATOM 47681 O ILE M 25 -19.960 -66.208 -12.177 1.00151.58 O \ ANISOU47681 O ILE M 25 9617 16259 24142 1485 1508 5087 O \ ATOM 47682 CB ILE M 25 -22.717 -65.299 -13.028 1.00150.04 C \ ANISOU47682 CB ILE M 25 9387 15916 24529 1523 1469 4922 C \ ATOM 47683 CG1 ILE M 25 -24.069 -65.349 -13.739 1.00149.44 C \ ANISOU47683 CG1 ILE M 25 9591 16671 23998 1666 1859 5042 C \ ATOM 47684 CG2 ILE M 25 -22.324 -63.855 -12.738 1.00148.43 C \ ANISOU47684 CG2 ILE M 25 9130 15348 24293 1432 1324 5025 C \ ATOM 47685 CD1 ILE M 25 -25.175 -64.672 -12.973 1.00149.74 C \ ANISOU47685 CD1 ILE M 25 10354 17153 24351 1331 1144 4880 C \ ATOM 47686 N GLY M 26 -19.475 -64.906 -13.978 1.00145.59 N \ ANISOU47686 N GLY M 26 11103 18293 24808 1300 1223 4854 N \ ATOM 47687 CA GLY M 26 -18.157 -64.481 -13.533 1.00142.75 C \ ANISOU47687 CA GLY M 26 12126 19749 25579 1504 1562 5001 C \ ATOM 47688 C GLY M 26 -18.076 -63.014 -13.160 1.00138.01 C \ ANISOU47688 C GLY M 26 12541 20324 26052 1749 1800 4974 C \ ATOM 47689 O GLY M 26 -19.084 -62.319 -13.218 1.00135.36 O \ ANISOU47689 O GLY M 26 10906 18299 24765 1388 1134 4547 O \ ATOM 47690 N LYS M 27 -16.871 -62.557 -12.796 1.00136.98 N \ ANISOU47690 N LYS M 27 10766 18682 24407 1401 1185 4424 N \ ATOM 47691 CA LYS M 27 -16.607 -61.170 -12.405 1.00134.90 C \ ANISOU47691 CA LYS M 27 10400 18438 23850 1228 1196 4525 C \ ATOM 47692 C LYS M 27 -17.236 -60.298 -13.473 1.00131.79 C \ ANISOU47692 C LYS M 27 10911 19177 24602 1631 1206 4165 C \ ATOM 47693 O LYS M 27 -17.971 -59.330 -13.195 1.00127.90 O \ ANISOU47693 O LYS M 27 12439 20197 25569 1418 1611 5162 O \ ATOM 47694 CB LYS M 27 -15.084 -60.911 -12.365 1.00134.88 C \ ANISOU47694 CB LYS M 27 12840 20916 25633 1660 1906 5311 C \ ATOM 47695 CG LYS M 27 -14.509 -60.365 -11.032 1.00146.76 C \ ANISOU47695 CG LYS M 27 13648 22196 26264 1985 2052 5140 C \ ATOM 47696 CD LYS M 27 -15.132 -59.011 -10.577 1.00192.27 C \ ANISOU47696 CD LYS M 27 14002 22545 26423 2267 2343 5225 C \ ATOM 47697 CE LYS M 27 -14.532 -58.488 -9.234 1.00125.36 C \ ANISOU47697 CE LYS M 27 12565 20786 25098 1505 1852 5418 C \ ATOM 47698 NZ LYS M 27 -15.158 -57.240 -8.658 1.00122.03 N \ ANISOU47698 NZ LYS M 27 12481 20210 25179 1155 1613 5455 N \ ATOM 47699 N ALA M 28 -16.948 -60.710 -14.704 1.00133.43 N \ ANISOU47699 N ALA M 28 12466 20017 25488 1107 1431 5228 N \ ATOM 47700 CA ALA M 28 -17.344 -60.013 -15.909 1.00133.80 C \ ANISOU47700 CA ALA M 28 14252 23141 26930 1941 1857 4882 C \ ATOM 47701 C ALA M 28 -18.835 -59.826 -15.963 1.00131.77 C \ ANISOU47701 C ALA M 28 14758 24196 27188 2282 1911 4663 C \ ATOM 47702 O ALA M 28 -19.333 -58.717 -15.766 1.00131.69 O \ ANISOU47702 O ALA M 28 15171 24567 27443 2658 2137 4628 O \ ATOM 47703 CB ALA M 28 -16.888 -60.797 -17.121 1.00135.75 C \ ANISOU47703 CB ALA M 28 15550 25259 27354 3066 2287 4573 C \ ATOM 47704 N ARG M 29 -19.541 -60.926 -16.199 1.00131.26 N \ ANISOU47704 N ARG M 29 14817 24567 27515 2101 1621 4311 N \ ATOM 47705 CA ARG M 29 -20.989 -60.887 -16.375 1.00134.00 C \ ANISOU47705 CA ARG M 29 14931 23933 27564 2545 2166 4643 C \ ATOM 47706 C ARG M 29 -21.690 -60.177 -15.226 1.00127.83 C \ ANISOU47706 C ARG M 29 14847 23781 27426 2838 2446 4607 C \ ATOM 47707 O ARG M 29 -22.750 -59.594 -15.416 1.00121.22 O \ ANISOU47707 O ARG M 29 14356 23121 26517 3050 2880 4899 O \ ATOM 47708 CB ARG M 29 -21.559 -62.299 -16.546 1.00139.75 C \ ANISOU47708 CB ARG M 29 14090 22636 26260 2870 2926 5133 C \ ATOM 47709 CG ARG M 29 -21.237 -62.921 -17.882 1.00141.73 C \ ANISOU47709 CG ARG M 29 15054 23658 28234 2637 2372 4532 C \ ATOM 47710 CD ARG M 29 -22.076 -64.145 -18.142 1.00143.78 C \ ANISOU47710 CD ARG M 29 15012 23275 28412 2409 2419 4761 C \ ATOM 47711 NE ARG M 29 -22.232 -64.343 -19.575 1.00146.58 N \ ANISOU47711 NE ARG M 29 14991 23573 28504 2415 1936 4279 N \ ATOM 47712 CZ ARG M 29 -22.620 -65.479 -20.141 1.00150.92 C \ ANISOU47712 CZ ARG M 29 13737 22525 25475 3440 3221 4887 C \ ATOM 47713 NH1 ARG M 29 -22.894 -66.546 -19.395 1.00150.38 N \ ANISOU47713 NH1 ARG M 29 13281 21786 24472 3667 3687 5176 N \ ATOM 47714 NH2 ARG M 29 -22.728 -65.542 -21.463 1.00154.43 N \ ANISOU47714 NH2 ARG M 29 13094 21170 24764 3405 3978 5326 N \ ATOM 47715 N ALA M 30 -21.086 -60.239 -14.040 1.00129.47 N \ ANISOU47715 N ALA M 30 12674 20737 25080 3128 3798 5172 N \ ATOM 47716 CA ALA M 30 -21.606 -59.550 -12.872 1.00129.16 C \ ANISOU47716 CA ALA M 30 13380 21913 23840 4193 4004 5134 C \ ATOM 47717 C ALA M 30 -21.493 -58.049 -13.050 1.00131.60 C \ ANISOU47717 C ALA M 30 13527 22202 23097 4612 4010 5217 C \ ATOM 47718 O ALA M 30 -22.504 -57.346 -12.971 1.00133.24 O \ ANISOU47718 O ALA M 30 13006 22252 22781 4495 3467 5006 O \ ATOM 47719 CB ALA M 30 -20.892 -59.991 -11.622 1.00127.44 C \ ANISOU47719 CB ALA M 30 13494 22999 22500 4939 3433 5012 C \ ATOM 47720 N LYS M 31 -20.284 -57.550 -13.305 1.00129.87 N \ ANISOU47720 N LYS M 31 13313 23414 22447 4909 3029 4790 N \ ATOM 47721 CA LYS M 31 -20.140 -56.118 -13.559 1.00130.47 C \ ANISOU47721 CA LYS M 31 13044 23430 22976 4417 2678 4589 C \ ATOM 47722 C LYS M 31 -21.144 -55.697 -14.627 1.00130.09 C \ ANISOU47722 C LYS M 31 13332 23726 21791 5376 2988 4751 C \ ATOM 47723 O LYS M 31 -21.825 -54.677 -14.498 1.00129.21 O \ ANISOU47723 O LYS M 31 13806 21523 25053 3519 4425 5592 O \ ATOM 47724 CB LYS M 31 -18.720 -55.758 -13.984 1.00128.56 C \ ANISOU47724 CB LYS M 31 14013 21346 25754 3240 4722 5704 C \ ATOM 47725 CG LYS M 31 -18.520 -54.263 -14.213 1.00126.87 C \ ANISOU47725 CG LYS M 31 14582 21874 26791 3225 5045 5535 C \ ATOM 47726 CD LYS M 31 -17.049 -53.927 -14.357 1.00126.41 C \ ANISOU47726 CD LYS M 31 14346 21647 27428 2913 4965 5389 C \ ATOM 47727 CE LYS M 31 -16.826 -52.461 -14.674 1.00127.04 C \ ANISOU47727 CE LYS M 31 13637 20511 24736 3371 5179 6020 C \ ATOM 47728 NZ LYS M 31 -15.365 -52.180 -14.702 1.00128.29 N \ ANISOU47728 NZ LYS M 31 13996 20455 25526 3171 5702 6065 N \ ATOM 47729 N GLU M 32 -21.255 -56.543 -15.645 1.00134.18 N \ ANISOU47729 N GLU M 32 13120 19989 24130 3227 4861 6162 N \ ATOM 47730 CA GLU M 32 -22.224 -56.387 -16.718 1.00141.25 C \ ANISOU47730 CA GLU M 32 15345 22615 26952 3601 5395 5527 C \ ATOM 47731 C GLU M 32 -23.651 -56.162 -16.208 1.00143.16 C \ ANISOU47731 C GLU M 32 15551 22792 27488 3639 5793 5370 C \ ATOM 47732 O GLU M 32 -24.222 -55.091 -16.408 1.00145.01 O \ ANISOU47732 O GLU M 32 14931 22592 27698 3489 5343 5011 O \ ATOM 47733 CB GLU M 32 -22.182 -57.614 -17.639 1.00146.88 C \ ANISOU47733 CB GLU M 32 15164 22889 28409 3479 5605 4821 C \ ATOM 47734 CG GLU M 32 -21.994 -57.308 -19.122 1.00153.63 C \ ANISOU47734 CG GLU M 32 16311 23356 27203 4147 6264 5466 C \ ATOM 47735 CD GLU M 32 -23.271 -56.828 -19.794 1.00159.30 C \ ANISOU47735 CD GLU M 32 16309 23562 26301 4558 5902 5479 C \ ATOM 47736 OE1 GLU M 32 -24.347 -57.420 -19.534 1.00159.73 O \ ANISOU47736 OE1 GLU M 32 15790 23552 25985 4688 5457 5125 O \ ATOM 47737 OE2 GLU M 32 -23.191 -55.856 -20.580 1.00162.28 O \ ANISOU47737 OE2 GLU M 32 15673 23665 24942 5182 5218 5059 O \ ATOM 47738 N ALA M 33 -24.225 -57.167 -15.555 1.00140.77 N \ ANISOU47738 N ALA M 33 15412 23788 24770 5381 4947 4692 N \ ATOM 47739 CA ALA M 33 -25.616 -57.095 -15.117 1.00139.28 C \ ANISOU47739 CA ALA M 33 13838 21746 26757 3374 4698 4916 C \ ATOM 47740 C ALA M 33 -25.840 -55.942 -14.150 1.00137.39 C \ ANISOU47740 C ALA M 33 12769 20937 26332 3244 4217 4602 C \ ATOM 47741 O ALA M 33 -26.836 -55.235 -14.256 1.00134.80 O \ ANISOU47741 O ALA M 33 12229 20315 26659 2865 3920 4524 O \ ATOM 47742 CB ALA M 33 -26.062 -58.416 -14.498 1.00138.11 C \ ANISOU47742 CB ALA M 33 12229 20405 27087 2765 3458 4300 C \ ATOM 47743 N LEU M 34 -24.906 -55.741 -13.225 1.00140.39 N \ ANISOU47743 N LEU M 34 12219 20622 25415 3329 3725 4509 N \ ATOM 47744 CA LEU M 34 -25.027 -54.652 -12.257 1.00144.65 C \ ANISOU47744 CA LEU M 34 12668 21223 25021 3770 3920 4505 C \ ATOM 47745 C LEU M 34 -25.105 -53.290 -12.927 1.00148.80 C \ ANISOU47745 C LEU M 34 12804 21315 24951 4044 4312 4443 C \ ATOM 47746 O LEU M 34 -26.072 -52.549 -12.717 1.00149.18 O \ ANISOU47746 O LEU M 34 12949 21676 24831 3868 3689 4545 O \ ATOM 47747 CB LEU M 34 -23.886 -54.670 -11.240 1.00144.04 C \ ANISOU47747 CB LEU M 34 11911 19777 26539 2682 4154 4696 C \ ATOM 47748 CG LEU M 34 -23.968 -55.799 -10.211 1.00144.22 C \ ANISOU47748 CG LEU M 34 11377 19170 26785 2382 3840 4589 C \ ATOM 47749 CD1 LEU M 34 -23.323 -55.368 -8.911 1.00144.75 C \ ANISOU47749 CD1 LEU M 34 11399 19347 27700 2333 3938 4268 C \ ATOM 47750 CD2 LEU M 34 -25.407 -56.257 -9.979 1.00144.06 C \ ANISOU47750 CD2 LEU M 34 11457 19475 27882 2415 4499 4220 C \ ATOM 47751 N GLU M 35 -24.096 -52.968 -13.737 1.00152.44 N \ ANISOU47751 N GLU M 35 11166 18696 26512 2213 4017 4828 N \ ATOM 47752 CA GLU M 35 -24.093 -51.700 -14.468 1.00155.97 C \ ANISOU47752 CA GLU M 35 11211 18613 25800 2236 3855 5116 C \ ATOM 47753 C GLU M 35 -25.248 -51.594 -15.474 1.00155.12 C \ ANISOU47753 C GLU M 35 11165 18303 25929 2017 3809 5251 C \ ATOM 47754 O GLU M 35 -25.635 -50.496 -15.858 1.00157.07 O \ ANISOU47754 O GLU M 35 10936 18490 25365 2229 3305 5036 O \ ATOM 47755 CB GLU M 35 -22.737 -51.437 -15.142 1.00160.62 C \ ANISOU47755 CB GLU M 35 11594 19572 28492 2219 3407 4039 C \ ATOM 47756 CG GLU M 35 -21.677 -50.855 -14.196 1.00167.47 C \ ANISOU47756 CG GLU M 35 12064 20241 29928 2177 3430 3689 C \ ATOM 47757 CD GLU M 35 -20.287 -50.717 -14.832 1.00174.03 C \ ANISOU47757 CD GLU M 35 12478 20593 30739 1977 3782 3749 C \ ATOM 47758 OE1 GLU M 35 -19.835 -51.660 -15.520 1.00175.00 O \ ANISOU47758 OE1 GLU M 35 12426 20268 30256 1867 3754 4030 O \ ATOM 47759 OE2 GLU M 35 -19.638 -49.664 -14.634 1.00176.92 O \ ANISOU47759 OE2 GLU M 35 10261 18382 28581 2156 2716 3434 O \ ATOM 47760 N LYS M 36 -25.807 -52.729 -15.883 1.00151.92 N \ ANISOU47760 N LYS M 36 10480 18453 28233 2253 2329 3480 N \ ATOM 47761 CA LYS M 36 -26.930 -52.731 -16.821 1.00152.02 C \ ANISOU47761 CA LYS M 36 10106 18563 29408 2235 2708 2980 C \ ATOM 47762 C LYS M 36 -28.282 -52.440 -16.151 1.00151.56 C \ ANISOU47762 C LYS M 36 13225 21607 32332 1924 4140 3458 C \ ATOM 47763 O LYS M 36 -29.127 -51.756 -16.729 1.00153.31 O \ ANISOU47763 O LYS M 36 13664 21975 33301 1672 4358 3362 O \ ATOM 47764 CB LYS M 36 -26.985 -54.051 -17.604 1.00151.11 C \ ANISOU47764 CB LYS M 36 13075 21325 33067 1596 3661 3281 C \ ATOM 47765 CG LYS M 36 -27.865 -54.021 -18.857 1.00152.22 C \ ANISOU47765 CG LYS M 36 12837 20851 32707 1448 3664 3461 C \ ATOM 47766 CD LYS M 36 -27.028 -54.149 -20.122 1.00151.39 C \ ANISOU47766 CD LYS M 36 14717 23266 35082 1577 4677 2897 C \ ATOM 47767 CE LYS M 36 -26.104 -52.946 -20.287 1.00151.82 C \ ANISOU47767 CE LYS M 36 15746 24210 36681 1271 4874 2689 C \ ATOM 47768 NZ LYS M 36 -25.087 -53.110 -21.369 1.00151.61 N \ ANISOU47768 NZ LYS M 36 16827 24876 37222 1115 5627 3025 N \ ATOM 47769 N THR M 37 -28.496 -52.984 -14.952 1.00149.11 N \ ANISOU47769 N THR M 37 17543 25558 38265 929 6203 2809 N \ ATOM 47770 CA THR M 37 -29.719 -52.706 -14.187 1.00146.72 C \ ANISOU47770 CA THR M 37 16859 24588 36485 1184 5651 3494 C \ ATOM 47771 C THR M 37 -29.522 -51.612 -13.123 1.00141.88 C \ ANISOU47771 C THR M 37 12289 20679 32620 1736 3061 3013 C \ ATOM 47772 O THR M 37 -30.446 -51.251 -12.395 1.00141.31 O \ ANISOU47772 O THR M 37 11235 19395 31608 1743 2339 2942 O \ ATOM 47773 CB THR M 37 -30.383 -53.995 -13.588 1.00155.42 C \ ANISOU47773 CB THR M 37 10155 17842 29511 1681 2175 3401 C \ ATOM 47774 OG1 THR M 37 -29.401 -54.801 -12.928 1.00153.54 O \ ANISOU47774 OG1 THR M 37 9660 17117 28984 1586 1951 3468 O \ ATOM 47775 CG2 THR M 37 -31.057 -54.822 -14.680 1.00155.09 C \ ANISOU47775 CG2 THR M 37 11173 19358 31699 1963 1771 2666 C \ ATOM 47776 N GLY M 38 -28.320 -51.060 -13.056 1.00138.04 N \ ANISOU47776 N GLY M 38 9794 17383 28356 1751 2282 3674 N \ ATOM 47777 CA GLY M 38 -28.107 -49.881 -12.241 1.00136.44 C \ ANISOU47777 CA GLY M 38 9709 16974 27362 1697 2188 4070 C \ ATOM 47778 C GLY M 38 -28.128 -50.105 -10.751 1.00130.94 C \ ANISOU47778 C GLY M 38 10027 17189 27541 1568 2560 4293 C \ ATOM 47779 O GLY M 38 -28.910 -49.504 -10.015 1.00129.79 O \ ANISOU47779 O GLY M 38 10127 17019 27414 1481 2303 4430 O \ ATOM 47780 N ILE M 39 -27.267 -51.002 -10.309 1.00128.71 N \ ANISOU47780 N ILE M 39 9611 16953 26593 1808 2347 4236 N \ ATOM 47781 CA ILE M 39 -27.060 -51.190 -8.889 1.00131.41 C \ ANISOU47781 CA ILE M 39 9791 16986 26531 1853 1827 4161 C \ ATOM 47782 C ILE M 39 -25.592 -50.948 -8.541 1.00132.06 C \ ANISOU47782 C ILE M 39 9776 17129 25988 1959 1953 4222 C \ ATOM 47783 O ILE M 39 -24.695 -51.559 -9.139 1.00129.74 O \ ANISOU47783 O ILE M 39 9997 17621 26148 2096 2405 4219 O \ ATOM 47784 CB ILE M 39 -27.481 -52.612 -8.440 1.00131.64 C \ ANISOU47784 CB ILE M 39 9472 16652 25314 1911 1609 4252 C \ ATOM 47785 CG1 ILE M 39 -28.961 -52.866 -8.755 1.00131.15 C \ ANISOU47785 CG1 ILE M 39 10335 17650 27949 1570 3187 4321 C \ ATOM 47786 CG2 ILE M 39 -27.189 -52.826 -6.953 1.00132.28 C \ ANISOU47786 CG2 ILE M 39 10438 17560 27893 1456 3634 4524 C \ ATOM 47787 CD1 ILE M 39 -29.209 -53.568 -10.071 1.00128.36 C \ ANISOU47787 CD1 ILE M 39 10667 17698 28763 1275 3419 4349 C \ ATOM 47788 N ASN M 40 -25.352 -50.049 -7.587 1.00136.49 N \ ANISOU47788 N ASN M 40 10707 17446 28396 1209 3326 4563 N \ ATOM 47789 CA ASN M 40 -24.023 -49.894 -7.013 1.00142.66 C \ ANISOU47789 CA ASN M 40 10259 17460 27846 1472 4391 4510 C \ ATOM 47790 C ASN M 40 -23.585 -51.252 -6.463 1.00151.21 C \ ANISOU47790 C ASN M 40 10273 17162 27837 1306 4863 4659 C \ ATOM 47791 O ASN M 40 -24.246 -51.819 -5.586 1.00155.06 O \ ANISOU47791 O ASN M 40 10325 17521 27036 1717 4634 4735 O \ ATOM 47792 CB ASN M 40 -24.037 -48.831 -5.905 1.00142.04 C \ ANISOU47792 CB ASN M 40 10934 18253 30051 1222 3319 3920 C \ ATOM 47793 CG ASN M 40 -22.688 -48.693 -5.190 1.00141.74 C \ ANISOU47793 CG ASN M 40 11115 18434 30955 1079 3109 3656 C \ ATOM 47794 OD1 ASN M 40 -21.627 -48.937 -5.770 1.00138.67 O \ ANISOU47794 OD1 ASN M 40 11676 18709 31109 1155 2388 3728 O \ ATOM 47795 ND2 ASN M 40 -22.733 -48.298 -3.919 1.00143.94 N \ ANISOU47795 ND2 ASN M 40 11965 18775 31358 1067 2280 3768 N \ ATOM 47796 N PRO M 41 -22.489 -51.804 -7.005 1.00153.19 N \ ANISOU47796 N PRO M 41 10529 18325 31626 1051 3064 3090 N \ ATOM 47797 CA PRO M 41 -22.042 -53.126 -6.564 1.00156.31 C \ ANISOU47797 CA PRO M 41 10236 18048 32050 891 2893 2762 C \ ATOM 47798 C PRO M 41 -21.709 -53.159 -5.082 1.00163.46 C \ ANISOU47798 C PRO M 41 10798 18689 31926 961 3774 2991 C \ ATOM 47799 O PRO M 41 -22.215 -54.033 -4.373 1.00165.73 O \ ANISOU47799 O PRO M 41 11854 18829 30933 1319 1925 3747 O \ ATOM 47800 CB PRO M 41 -20.766 -53.344 -7.378 1.00153.83 C \ ANISOU47800 CB PRO M 41 12228 18813 30800 1396 1297 3842 C \ ATOM 47801 CG PRO M 41 -20.968 -52.517 -8.597 1.00152.31 C \ ANISOU47801 CG PRO M 41 12150 18406 29844 1309 1449 4285 C \ ATOM 47802 CD PRO M 41 -21.679 -51.294 -8.121 1.00152.57 C \ ANISOU47802 CD PRO M 41 12117 18124 29714 1274 1247 4312 C \ ATOM 47803 N ALA M 42 -20.936 -52.170 -4.632 1.00169.29 N \ ANISOU47803 N ALA M 42 12544 19008 30752 1548 913 3846 N \ ATOM 47804 CA ALA M 42 -20.268 -52.180 -3.323 1.00174.08 C \ ANISOU47804 CA ALA M 42 12754 18723 30558 1664 243 3840 C \ ATOM 47805 C ALA M 42 -21.168 -52.482 -2.123 1.00176.81 C \ ANISOU47805 C ALA M 42 12881 18717 30651 1840 -134 3669 C \ ATOM 47806 O ALA M 42 -20.702 -53.016 -1.106 1.00179.40 O \ ANISOU47806 O ALA M 42 12965 18635 30015 1778 -20 3961 O \ ATOM 47807 CB ALA M 42 -19.515 -50.863 -3.104 1.00176.07 C \ ANISOU47807 CB ALA M 42 12736 18770 29891 1765 327 3949 C \ ATOM 47808 N THR M 43 -22.447 -52.134 -2.250 1.00174.83 N \ ANISOU47808 N THR M 43 12687 19224 30576 1801 657 3708 N \ ATOM 47809 CA THR M 43 -23.438 -52.389 -1.213 1.00173.85 C \ ANISOU47809 CA THR M 43 12540 18441 29072 1715 361 4155 C \ ATOM 47810 C THR M 43 -23.663 -53.887 -1.061 1.00168.42 C \ ANISOU47810 C THR M 43 11953 18250 29035 1308 1800 4590 C \ ATOM 47811 O THR M 43 -23.610 -54.627 -2.047 1.00165.77 O \ ANISOU47811 O THR M 43 11561 17650 27803 1275 1969 4985 O \ ATOM 47812 CB THR M 43 -24.769 -51.750 -1.586 1.00176.20 C \ ANISOU47812 CB THR M 43 11649 17601 28014 1184 2228 5030 C \ ATOM 47813 OG1 THR M 43 -25.298 -52.417 -2.741 1.00175.55 O \ ANISOU47813 OG1 THR M 43 11789 17460 27756 1164 2023 5176 O \ ATOM 47814 CG2 THR M 43 -24.574 -50.262 -1.888 1.00176.52 C \ ANISOU47814 CG2 THR M 43 10973 17264 26759 1349 2391 5179 C \ ATOM 47815 N ARG M 44 -23.933 -54.336 0.161 1.00162.48 N \ ANISOU47815 N ARG M 44 10625 16854 25512 1399 2492 5526 N \ ATOM 47816 CA ARG M 44 -24.052 -55.765 0.399 1.00156.70 C \ ANISOU47816 CA ARG M 44 10565 17071 25147 1547 2789 5573 C \ ATOM 47817 C ARG M 44 -25.354 -56.312 -0.177 1.00155.36 C \ ANISOU47817 C ARG M 44 10577 16598 25142 1382 2764 5737 C \ ATOM 47818 O ARG M 44 -26.208 -55.552 -0.634 1.00153.94 O \ ANISOU47818 O ARG M 44 11534 17649 28437 1120 2710 4892 O \ ATOM 47819 CB ARG M 44 -23.957 -56.063 1.893 1.00155.63 C \ ANISOU47819 CB ARG M 44 11738 17668 28797 995 3073 4914 C \ ATOM 47820 CG ARG M 44 -22.685 -56.795 2.300 1.00154.83 C \ ANISOU47820 CG ARG M 44 11610 17434 29167 921 2618 4656 C \ ATOM 47821 CD ARG M 44 -21.432 -56.099 1.782 1.00152.75 C \ ANISOU47821 CD ARG M 44 11540 17066 28799 874 2623 4781 C \ ATOM 47822 NE ARG M 44 -20.202 -56.794 2.177 1.00155.26 N \ ANISOU47822 NE ARG M 44 12245 18335 29883 902 3716 4760 N \ ATOM 47823 CZ ARG M 44 -18.975 -56.384 1.854 1.00155.74 C \ ANISOU47823 CZ ARG M 44 12694 18694 31093 675 4000 4517 C \ ATOM 47824 NH1 ARG M 44 -18.819 -55.280 1.133 1.00156.47 N \ ANISOU47824 NH1 ARG M 44 13067 19097 31831 550 4812 4460 N \ ATOM 47825 NH2 ARG M 44 -17.903 -57.066 2.251 1.00154.88 N \ ANISOU47825 NH2 ARG M 44 13014 19451 32116 637 4920 4298 N \ ATOM 47826 N VAL M 45 -25.507 -57.633 -0.123 1.00158.92 N \ ANISOU47826 N VAL M 45 13406 19843 32697 561 5581 4201 N \ ATOM 47827 CA VAL M 45 -26.639 -58.323 -0.741 1.00160.84 C \ ANISOU47827 CA VAL M 45 14063 20046 33214 376 6211 4257 C \ ATOM 47828 C VAL M 45 -27.941 -58.007 -0.017 1.00166.46 C \ ANISOU47828 C VAL M 45 13260 20002 32671 675 5586 4022 C \ ATOM 47829 O VAL M 45 -28.958 -57.700 -0.646 1.00166.92 O \ ANISOU47829 O VAL M 45 11741 17796 29998 960 2186 4278 O \ ATOM 47830 CB VAL M 45 -26.427 -59.859 -0.762 1.00154.98 C \ ANISOU47830 CB VAL M 45 12302 18297 31049 976 1668 3952 C \ ATOM 47831 CG1 VAL M 45 -27.762 -60.596 -0.778 1.00157.85 C \ ANISOU47831 CG1 VAL M 45 12570 18119 30381 1077 1260 4245 C \ ATOM 47832 CG2 VAL M 45 -25.582 -60.263 -1.950 1.00150.65 C \ ANISOU47832 CG2 VAL M 45 12543 17875 30352 1056 1107 4183 C \ ATOM 47833 N LYS M 46 -27.892 -58.063 1.312 1.00170.84 N \ ANISOU47833 N LYS M 46 12814 19103 32275 1111 1202 3518 N \ ATOM 47834 CA LYS M 46 -29.062 -57.805 2.152 1.00173.26 C \ ANISOU47834 CA LYS M 46 13457 20269 34197 995 1496 3029 C \ ATOM 47835 C LYS M 46 -29.593 -56.358 2.037 1.00171.66 C \ ANISOU47835 C LYS M 46 14140 21310 35498 1184 1103 2631 C \ ATOM 47836 O LYS M 46 -30.667 -56.034 2.558 1.00174.92 O \ ANISOU47836 O LYS M 46 14345 21989 36881 1155 1079 2087 O \ ATOM 47837 CB LYS M 46 -28.759 -58.192 3.610 1.00175.99 C \ ANISOU47837 CB LYS M 46 14423 21410 35121 1361 825 2833 C \ ATOM 47838 CG LYS M 46 -27.303 -57.972 4.048 1.00174.16 C \ ANISOU47838 CG LYS M 46 13060 18475 30089 1174 1116 4545 C \ ATOM 47839 CD LYS M 46 -27.094 -56.564 4.598 1.00171.93 C \ ANISOU47839 CD LYS M 46 13484 18484 29588 1241 815 4844 C \ ATOM 47840 CE LYS M 46 -25.789 -56.438 5.362 1.00169.18 C \ ANISOU47840 CE LYS M 46 13086 17944 28691 1167 1182 5139 C \ ATOM 47841 NZ LYS M 46 -25.794 -55.210 6.202 1.00168.36 N \ ANISOU47841 NZ LYS M 46 13276 17851 28674 1189 986 5144 N \ ATOM 47842 N ASP M 47 -28.836 -55.512 1.337 1.00164.07 N \ ANISOU47842 N ASP M 47 13995 18921 29444 1287 710 5087 N \ ATOM 47843 CA ASP M 47 -29.174 -54.105 1.125 1.00158.01 C \ ANISOU47843 CA ASP M 47 14976 19461 29536 1323 427 5355 C \ ATOM 47844 C ASP M 47 -29.933 -53.833 -0.170 1.00155.82 C \ ANISOU47844 C ASP M 47 15544 19670 29929 1397 114 5306 C \ ATOM 47845 O ASP M 47 -30.109 -52.679 -0.549 1.00157.18 O \ ANISOU47845 O ASP M 47 15428 19866 29339 1279 493 5628 O \ ATOM 47846 CB ASP M 47 -27.918 -53.246 1.178 1.00153.32 C \ ANISOU47846 CB ASP M 47 16103 19788 29612 1439 -87 5561 C \ ATOM 47847 CG ASP M 47 -27.142 -53.452 2.450 1.00155.05 C \ ANISOU47847 CG ASP M 47 15969 20014 29107 1271 317 5860 C \ ATOM 47848 OD1 ASP M 47 -27.778 -53.567 3.521 1.00155.46 O \ ANISOU47848 OD1 ASP M 47 16302 19945 29201 1358 45 5847 O \ ATOM 47849 OD2 ASP M 47 -25.896 -53.523 2.377 1.00156.48 O \ ANISOU47849 OD2 ASP M 47 16684 19898 28752 1360 -78 6089 O \ ATOM 47850 N LEU M 48 -30.342 -54.885 -0.872 1.00153.25 N \ ANISOU47850 N LEU M 48 12196 17222 27555 1126 1694 5368 N \ ATOM 47851 CA LEU M 48 -31.072 -54.714 -2.129 1.00150.89 C \ ANISOU47851 CA LEU M 48 11514 16378 26271 1125 2047 5668 C \ ATOM 47852 C LEU M 48 -32.537 -54.344 -1.958 1.00153.82 C \ ANISOU47852 C LEU M 48 11466 16104 26569 1048 2130 5522 C \ ATOM 47853 O LEU M 48 -33.216 -54.858 -1.072 1.00154.79 O \ ANISOU47853 O LEU M 48 11389 15739 25978 1089 2037 5675 O \ ATOM 47854 CB LEU M 48 -30.995 -55.978 -2.970 1.00148.37 C \ ANISOU47854 CB LEU M 48 10894 15949 25440 1159 2600 5842 C \ ATOM 47855 CG LEU M 48 -29.607 -56.384 -3.437 1.00146.40 C \ ANISOU47855 CG LEU M 48 11128 15932 25146 1203 3003 6084 C \ ATOM 47856 CD1 LEU M 48 -29.743 -57.259 -4.663 1.00145.80 C \ ANISOU47856 CD1 LEU M 48 10287 15564 24344 1252 2485 5997 C \ ATOM 47857 CD2 LEU M 48 -28.743 -55.153 -3.713 1.00144.20 C \ ANISOU47857 CD2 LEU M 48 11743 16534 27773 929 2289 5183 C \ ATOM 47858 N THR M 49 -33.025 -53.461 -2.823 1.00157.01 N \ ANISOU47858 N THR M 49 12176 16791 28690 788 2510 4992 N \ ATOM 47859 CA THR M 49 -34.455 -53.242 -2.916 1.00163.79 C \ ANISOU47859 CA THR M 49 11617 16096 28425 810 1940 4701 C \ ATOM 47860 C THR M 49 -35.015 -54.548 -3.439 1.00167.94 C \ ANISOU47860 C THR M 49 11593 15778 28307 759 2015 4691 C \ ATOM 47861 O THR M 49 -34.314 -55.305 -4.119 1.00165.68 O \ ANISOU47861 O THR M 49 13043 17903 30504 606 2989 4706 O \ ATOM 47862 CB THR M 49 -34.838 -52.105 -3.911 1.00150.61 C \ ANISOU47862 CB THR M 49 14250 18783 31771 430 3647 4762 C \ ATOM 47863 OG1 THR M 49 -33.948 -50.991 -3.762 1.00150.45 O \ ANISOU47863 OG1 THR M 49 15162 19913 33689 197 4190 4447 O \ ATOM 47864 CG2 THR M 49 -36.289 -51.635 -3.685 1.00152.85 C \ ANISOU47864 CG2 THR M 49 15917 20309 34469 22 4834 4505 C \ ATOM 47865 N GLU M 50 -36.268 -54.823 -3.096 1.00176.77 N \ ANISOU47865 N GLU M 50 14951 20195 34224 191 4004 4138 N \ ATOM 47866 CA GLU M 50 -36.994 -55.896 -3.743 1.00181.44 C \ ANISOU47866 CA GLU M 50 13557 18797 31726 4697 -320 6080 C \ ATOM 47867 C GLU M 50 -36.987 -55.626 -5.244 1.00177.57 C \ ANISOU47867 C GLU M 50 14501 20022 31887 5354 -883 6403 C \ ATOM 47868 O GLU M 50 -36.679 -56.512 -6.032 1.00174.75 O \ ANISOU47868 O GLU M 50 15790 19907 31919 5602 -478 7087 O \ ATOM 47869 CB GLU M 50 -38.428 -55.965 -3.225 1.00192.30 C \ ANISOU47869 CB GLU M 50 17108 20517 32976 6268 -269 7542 C \ ATOM 47870 CG GLU M 50 -39.270 -57.055 -3.881 1.00201.70 C \ ANISOU47870 CG GLU M 50 15362 21465 32978 6170 -1298 6333 C \ ATOM 47871 CD GLU M 50 -38.930 -58.461 -3.393 1.00207.72 C \ ANISOU47871 CD GLU M 50 14462 22042 33164 5988 -1740 5516 C \ ATOM 47872 OE1 GLU M 50 -39.839 -59.126 -2.845 1.00214.15 O \ ANISOU47872 OE1 GLU M 50 13899 22218 32984 5427 -1907 5059 O \ ATOM 47873 OE2 GLU M 50 -37.771 -58.908 -3.564 1.00205.11 O \ ANISOU47873 OE2 GLU M 50 14360 22335 33522 6470 -1878 5300 O \ ATOM 47874 N ALA M 51 -37.311 -54.390 -5.622 1.00172.62 N \ ANISOU47874 N ALA M 51 15827 19482 31116 5091 -314 7149 N \ ATOM 47875 CA ALA M 51 -37.257 -53.950 -7.016 1.00163.81 C \ ANISOU47875 CA ALA M 51 17474 20155 31418 5441 -174 7757 C \ ATOM 47876 C ALA M 51 -35.891 -54.218 -7.630 1.00151.35 C \ ANISOU47876 C ALA M 51 17268 20350 30578 4949 -474 7575 C \ ATOM 47877 O ALA M 51 -35.796 -54.766 -8.728 1.00146.76 O \ ANISOU47877 O ALA M 51 17632 21235 30334 5382 -1046 7718 O \ ATOM 47878 CB ALA M 51 -37.590 -52.473 -7.111 1.00163.78 C \ ANISOU47878 CB ALA M 51 15959 17065 29539 5303 744 8111 C \ ATOM 47879 N GLU M 52 -34.844 -53.821 -6.912 1.00146.16 N \ ANISOU47879 N GLU M 52 15503 16614 30201 4914 1151 7734 N \ ATOM 47880 CA GLU M 52 -33.472 -54.057 -7.342 1.00142.24 C \ ANISOU47880 CA GLU M 52 17340 17501 30184 6293 927 8836 C \ ATOM 47881 C GLU M 52 -33.274 -55.531 -7.637 1.00144.11 C \ ANISOU47881 C GLU M 52 16898 19792 30366 4079 -78 7215 C \ ATOM 47882 O GLU M 52 -32.881 -55.910 -8.746 1.00143.60 O \ ANISOU47882 O GLU M 52 16814 20009 29717 3528 -251 6990 O \ ATOM 47883 CB GLU M 52 -32.474 -53.578 -6.278 1.00139.90 C \ ANISOU47883 CB GLU M 52 15298 19610 29046 3074 -535 6354 C \ ATOM 47884 CG GLU M 52 -31.987 -52.137 -6.502 1.00140.30 C \ ANISOU47884 CG GLU M 52 14813 19615 29629 3105 -524 6059 C \ ATOM 47885 CD GLU M 52 -31.059 -51.615 -5.403 1.00139.21 C \ ANISOU47885 CD GLU M 52 17438 19693 29835 2932 428 6965 C \ ATOM 47886 OE1 GLU M 52 -31.167 -52.094 -4.256 1.00141.51 O \ ANISOU47886 OE1 GLU M 52 19107 20127 31295 3140 1098 7343 O \ ATOM 47887 OE2 GLU M 52 -30.225 -50.719 -5.687 1.00135.38 O \ ANISOU47887 OE2 GLU M 52 20715 20762 31929 3547 1317 7923 O \ ATOM 47888 N VAL M 53 -33.587 -56.354 -6.641 1.00147.21 N \ ANISOU47888 N VAL M 53 19181 19744 32151 2938 1729 7136 N \ ATOM 47889 CA VAL M 53 -33.482 -57.804 -6.764 1.00147.10 C \ ANISOU47889 CA VAL M 53 21640 20577 33015 3580 2109 8085 C \ ATOM 47890 C VAL M 53 -34.202 -58.360 -7.989 1.00150.35 C \ ANISOU47890 C VAL M 53 20620 19911 33108 3195 2342 7579 C \ ATOM 47891 O VAL M 53 -33.604 -59.062 -8.799 1.00148.83 O \ ANISOU47891 O VAL M 53 18114 19191 32125 2591 1878 6612 O \ ATOM 47892 CB VAL M 53 -34.039 -58.516 -5.520 1.00146.24 C \ ANISOU47892 CB VAL M 53 20756 19333 33870 3062 3088 7453 C \ ATOM 47893 CG1 VAL M 53 -34.174 -60.017 -5.776 1.00145.47 C \ ANISOU47893 CG1 VAL M 53 18345 18795 32925 2507 2541 6504 C \ ATOM 47894 CG2 VAL M 53 -33.153 -58.256 -4.331 1.00144.44 C \ ANISOU47894 CG2 VAL M 53 19601 18841 33781 2714 3133 6893 C \ ATOM 47895 N VAL M 54 -35.485 -58.047 -8.123 1.00155.91 N \ ANISOU47895 N VAL M 54 14454 19067 27691 2642 -703 6148 N \ ATOM 47896 CA VAL M 54 -36.273 -58.610 -9.209 1.00159.24 C \ ANISOU47896 CA VAL M 54 13148 18573 27009 2176 -799 5574 C \ ATOM 47897 C VAL M 54 -35.736 -58.152 -10.551 1.00161.85 C \ ANISOU47897 C VAL M 54 12414 17317 26062 1595 -208 5364 C \ ATOM 47898 O VAL M 54 -35.655 -58.944 -11.475 1.00163.44 O \ ANISOU47898 O VAL M 54 12884 17179 25620 1411 2 5534 O \ ATOM 47899 CB VAL M 54 -37.764 -58.256 -9.111 1.00159.18 C \ ANISOU47899 CB VAL M 54 13068 19180 26494 2126 -1335 5443 C \ ATOM 47900 CG1 VAL M 54 -38.545 -59.032 -10.155 1.00158.79 C \ ANISOU47900 CG1 VAL M 54 13904 19494 26014 2288 -1498 5906 C \ ATOM 47901 CG2 VAL M 54 -38.284 -58.581 -7.735 1.00161.63 C \ ANISOU47901 CG2 VAL M 54 14515 20725 26392 2968 -2180 6109 C \ ATOM 47902 N ARG M 55 -35.362 -56.881 -10.654 1.00162.17 N \ ANISOU47902 N ARG M 55 15062 20499 25549 3284 -2216 6710 N \ ATOM 47903 CA ARG M 55 -34.837 -56.355 -11.909 1.00162.76 C \ ANISOU47903 CA ARG M 55 15591 21639 25704 4105 -2875 6935 C \ ATOM 47904 C ARG M 55 -33.601 -57.157 -12.304 1.00158.97 C \ ANISOU47904 C ARG M 55 11566 16732 26047 1366 83 4967 C \ ATOM 47905 O ARG M 55 -33.558 -57.776 -13.381 1.00157.80 O \ ANISOU47905 O ARG M 55 11083 15907 25347 953 629 4699 O \ ATOM 47906 CB ARG M 55 -34.501 -54.862 -11.765 1.00163.98 C \ ANISOU47906 CB ARG M 55 10813 16152 25395 679 705 4270 C \ ATOM 47907 CG ARG M 55 -34.337 -54.091 -13.086 1.00163.27 C \ ANISOU47907 CG ARG M 55 10918 16855 25920 708 356 4142 C \ ATOM 47908 CD ARG M 55 -34.571 -52.587 -12.897 1.00163.83 C \ ANISOU47908 CD ARG M 55 10851 15306 25732 1036 1088 4656 C \ ATOM 47909 NE ARG M 55 -33.432 -51.878 -12.305 1.00162.16 N \ ANISOU47909 NE ARG M 55 11656 15722 26764 1463 1010 5070 N \ ATOM 47910 CZ ARG M 55 -33.272 -51.640 -11.001 1.00161.59 C \ ANISOU47910 CZ ARG M 55 11437 15321 27445 1553 1419 4948 C \ ATOM 47911 NH1 ARG M 55 -34.178 -52.063 -10.129 1.00164.46 N \ ANISOU47911 NH1 ARG M 55 12539 15839 26660 1469 1150 5416 N \ ATOM 47912 NH2 ARG M 55 -32.201 -50.980 -10.565 1.00158.05 N \ ANISOU47912 NH2 ARG M 55 10530 15643 24885 450 1204 4010 N \ ATOM 47913 N LEU M 56 -32.627 -57.167 -11.394 1.00155.91 N \ ANISOU47913 N LEU M 56 10210 15581 24792 271 1477 3647 N \ ATOM 47914 CA LEU M 56 -31.358 -57.863 -11.577 1.00150.05 C \ ANISOU47914 CA LEU M 56 9791 15535 24206 103 1193 3547 C \ ATOM 47915 C LEU M 56 -31.605 -59.299 -12.019 1.00150.71 C \ ANISOU47915 C LEU M 56 9196 14843 22688 -3 978 3672 C \ ATOM 47916 O LEU M 56 -31.084 -59.747 -13.044 1.00150.03 O \ ANISOU47916 O LEU M 56 10465 16038 26230 378 1739 3443 O \ ATOM 47917 CB LEU M 56 -30.593 -57.864 -10.248 1.00144.74 C \ ANISOU47917 CB LEU M 56 10942 16074 26592 462 2206 3325 C \ ATOM 47918 CG LEU M 56 -29.097 -58.184 -10.170 1.00139.47 C \ ANISOU47918 CG LEU M 56 11465 16307 26052 378 2606 3106 C \ ATOM 47919 CD1 LEU M 56 -28.592 -57.901 -8.769 1.00138.92 C \ ANISOU47919 CD1 LEU M 56 11590 16482 25732 263 2716 3005 C \ ATOM 47920 CD2 LEU M 56 -28.760 -59.613 -10.557 1.00137.69 C \ ANISOU47920 CD2 LEU M 56 11609 16213 25819 458 2832 2993 C \ ATOM 47921 N ARG M 57 -32.408 -60.003 -11.230 1.00151.65 N \ ANISOU47921 N ARG M 57 10298 16504 25693 58 1222 3266 N \ ATOM 47922 CA ARG M 57 -32.700 -61.409 -11.448 1.00153.18 C \ ANISOU47922 CA ARG M 57 10658 17265 26122 -168 1096 3007 C \ ATOM 47923 C ARG M 57 -33.328 -61.606 -12.816 1.00153.21 C \ ANISOU47923 C ARG M 57 11101 18112 26214 -103 406 3161 C \ ATOM 47924 O ARG M 57 -32.977 -62.533 -13.544 1.00151.08 O \ ANISOU47924 O ARG M 57 11245 18157 25515 -303 349 3158 O \ ATOM 47925 CB ARG M 57 -33.596 -61.939 -10.313 1.00159.13 C \ ANISOU47925 CB ARG M 57 11601 19055 27278 244 -102 3307 C \ ATOM 47926 CG ARG M 57 -34.572 -63.059 -10.686 1.00164.44 C \ ANISOU47926 CG ARG M 57 12160 20073 27483 472 -786 3466 C \ ATOM 47927 CD ARG M 57 -35.248 -63.689 -9.447 1.00168.43 C \ ANISOU47927 CD ARG M 57 12485 19745 26378 394 -814 3858 C \ ATOM 47928 NE ARG M 57 -35.722 -62.710 -8.460 1.00169.97 N \ ANISOU47928 NE ARG M 57 12655 20154 25972 291 -1120 3826 N \ ATOM 47929 CZ ARG M 57 -36.365 -63.026 -7.333 1.00173.56 C \ ANISOU47929 CZ ARG M 57 12981 21195 28757 1048 -1227 3722 C \ ATOM 47930 NH1 ARG M 57 -36.623 -64.297 -7.043 1.00177.19 N \ ANISOU47930 NH1 ARG M 57 13591 21441 30007 1203 -867 3820 N \ ATOM 47931 NH2 ARG M 57 -36.756 -62.074 -6.492 1.00173.53 N \ ANISOU47931 NH2 ARG M 57 13934 22506 31789 1153 -761 3294 N \ ATOM 47932 N GLU M 58 -34.232 -60.700 -13.167 1.00156.69 N \ ANISOU47932 N GLU M 58 14334 23762 32964 1538 -1241 3126 N \ ATOM 47933 CA GLU M 58 -34.931 -60.752 -14.436 1.00162.25 C \ ANISOU47933 CA GLU M 58 13694 22001 31880 775 -177 3025 C \ ATOM 47934 C GLU M 58 -33.916 -60.710 -15.553 1.00160.73 C \ ANISOU47934 C GLU M 58 11932 18422 25337 422 -462 4153 C \ ATOM 47935 O GLU M 58 -34.001 -61.497 -16.499 1.00159.94 O \ ANISOU47935 O GLU M 58 11075 16930 23240 317 -372 4440 O \ ATOM 47936 CB GLU M 58 -35.920 -59.591 -14.562 1.00168.95 C \ ANISOU47936 CB GLU M 58 10487 16316 21955 -58 -204 4204 C \ ATOM 47937 CG GLU M 58 -37.287 -59.868 -13.934 1.00178.77 C \ ANISOU47937 CG GLU M 58 10062 15990 20819 -120 -534 4300 C \ ATOM 47938 CD GLU M 58 -38.130 -58.606 -13.766 1.00186.73 C \ ANISOU47938 CD GLU M 58 10235 15454 22343 326 119 4533 C \ ATOM 47939 OE1 GLU M 58 -39.379 -58.714 -13.757 1.00192.70 O \ ANISOU47939 OE1 GLU M 58 10005 14592 21247 373 185 4869 O \ ATOM 47940 OE2 GLU M 58 -37.546 -57.506 -13.635 1.00186.74 O \ ANISOU47940 OE2 GLU M 58 9703 13830 21211 342 730 4775 O \ ATOM 47941 N TYR M 59 -32.945 -59.804 -15.427 1.00162.19 N \ ANISOU47941 N TYR M 59 9684 14165 19837 98 161 4823 N \ ATOM 47942 CA TYR M 59 -31.885 -59.691 -16.433 1.00162.01 C \ ANISOU47942 CA TYR M 59 10782 16445 22402 -242 335 3912 C \ ATOM 47943 C TYR M 59 -31.074 -60.975 -16.514 1.00157.18 C \ ANISOU47943 C TYR M 59 11072 16551 21901 -489 644 3714 C \ ATOM 47944 O TYR M 59 -30.993 -61.612 -17.567 1.00157.39 O \ ANISOU47944 O TYR M 59 11207 17076 21957 -660 330 3592 O \ ATOM 47945 CB TYR M 59 -30.942 -58.516 -16.142 1.00164.13 C \ ANISOU47945 CB TYR M 59 11247 16962 20996 -793 246 3650 C \ ATOM 47946 CG TYR M 59 -29.922 -58.264 -17.244 1.00168.37 C \ ANISOU47946 CG TYR M 59 11339 16652 22541 -517 1291 3414 C \ ATOM 47947 CD1 TYR M 59 -30.125 -58.742 -18.540 1.00171.45 C \ ANISOU47947 CD1 TYR M 59 11899 16906 23083 -339 1650 3424 C \ ATOM 47948 CD2 TYR M 59 -28.755 -57.555 -16.990 1.00170.11 C \ ANISOU47948 CD2 TYR M 59 12515 17341 23815 -268 2309 3146 C \ ATOM 47949 CE1 TYR M 59 -29.200 -58.518 -19.546 1.00172.40 C \ ANISOU47949 CE1 TYR M 59 12972 17625 24084 -52 2629 3070 C \ ATOM 47950 CE2 TYR M 59 -27.822 -57.328 -17.994 1.00171.31 C \ ANISOU47950 CE2 TYR M 59 13137 17664 23219 33 2750 2989 C \ ATOM 47951 CZ TYR M 59 -28.052 -57.807 -19.269 1.00172.25 C \ ANISOU47951 CZ TYR M 59 13246 17712 22331 -82 2577 3045 C \ ATOM 47952 OH TYR M 59 -27.129 -57.578 -20.264 1.00171.95 O \ ANISOU47952 OH TYR M 59 13008 17559 23102 239 3036 2783 O \ ATOM 47953 N VAL M 60 -30.479 -61.345 -15.390 1.00149.95 N \ ANISOU47953 N VAL M 60 11352 17805 23223 -654 154 3359 N \ ATOM 47954 CA VAL M 60 -29.597 -62.494 -15.337 1.00142.55 C \ ANISOU47954 CA VAL M 60 11708 18720 23772 -830 -138 3088 C \ ATOM 47955 C VAL M 60 -30.250 -63.723 -15.958 1.00142.49 C \ ANISOU47955 C VAL M 60 12382 19760 23957 -638 -882 3353 C \ ATOM 47956 O VAL M 60 -29.647 -64.393 -16.798 1.00139.77 O \ ANISOU47956 O VAL M 60 12696 20482 24081 -782 -1155 3162 O \ ATOM 47957 CB VAL M 60 -29.188 -62.781 -13.890 1.00137.60 C \ ANISOU47957 CB VAL M 60 11543 19215 25085 -895 -62 2607 C \ ATOM 47958 CG1 VAL M 60 -28.588 -64.158 -13.772 1.00137.40 C \ ANISOU47958 CG1 VAL M 60 12661 19840 23997 -292 -1149 3788 C \ ATOM 47959 CG2 VAL M 60 -28.223 -61.710 -13.400 1.00132.11 C \ ANISOU47959 CG2 VAL M 60 13401 20678 23987 -37 -1722 4143 C \ ATOM 47960 N GLU M 61 -31.507 -63.964 -15.585 1.00147.51 N \ ANISOU47960 N GLU M 61 13835 20472 23061 -256 -1582 4376 N \ ATOM 47961 CA GLU M 61 -32.199 -65.217 -15.902 1.00151.75 C \ ANISOU47961 CA GLU M 61 14105 20932 22664 -253 -1969 4465 C \ ATOM 47962 C GLU M 61 -32.685 -65.333 -17.356 1.00147.75 C \ ANISOU47962 C GLU M 61 13958 21072 24651 467 -1938 4571 C \ ATOM 47963 O GLU M 61 -32.630 -66.421 -17.937 1.00146.54 O \ ANISOU47963 O GLU M 61 14756 21710 24420 791 -2374 5032 O \ ATOM 47964 CB GLU M 61 -33.342 -65.482 -14.905 1.00161.73 C \ ANISOU47964 CB GLU M 61 15756 22333 25361 1369 -2454 5524 C \ ATOM 47965 CG GLU M 61 -33.517 -66.955 -14.487 1.00170.56 C \ ANISOU47965 CG GLU M 61 15878 22625 26418 1598 -2373 5450 C \ ATOM 47966 CD GLU M 61 -34.725 -67.188 -13.554 1.00180.98 C \ ANISOU47966 CD GLU M 61 16463 22509 25051 1613 -2546 5996 C \ ATOM 47967 OE1 GLU M 61 -34.916 -68.341 -13.087 1.00186.06 O \ ANISOU47967 OE1 GLU M 61 13911 19884 22746 -408 -1051 4425 O \ ATOM 47968 OE2 GLU M 61 -35.486 -66.225 -13.290 1.00182.58 O \ ANISOU47968 OE2 GLU M 61 14010 19505 21627 -601 -888 4524 O \ ATOM 47969 N ASN M 62 -33.181 -64.250 -17.951 1.00168.65 N \ ANISOU47969 N ASN M 62 13750 19478 21015 -866 -891 4245 N \ ATOM 47970 CA ASN M 62 -33.358 -64.308 -19.389 1.00174.78 C \ ANISOU47970 CA ASN M 62 13890 19689 20389 -937 -1210 4344 C \ ATOM 47971 C ASN M 62 -32.327 -63.402 -20.001 1.00177.96 C \ ANISOU47971 C ASN M 62 11547 16542 18939 -679 -292 4416 C \ ATOM 47972 O ASN M 62 -32.604 -62.239 -20.264 1.00185.81 O \ ANISOU47972 O ASN M 62 11567 16149 17930 -735 -237 4576 O \ ATOM 47973 CB ASN M 62 -34.717 -63.695 -19.792 1.00183.72 C \ ANISOU47973 CB ASN M 62 11484 16415 19839 -495 -83 4427 C \ ATOM 47974 CG ASN M 62 -35.918 -64.560 -19.427 1.00183.36 C \ ANISOU47974 CG ASN M 62 13393 19179 21229 -1002 -474 3897 C \ ATOM 47975 OD1 ASN M 62 -35.826 -65.786 -19.347 1.00181.87 O \ ANISOU47975 OD1 ASN M 62 13509 19371 21108 -1256 -300 3604 O \ ATOM 47976 ND2 ASN M 62 -37.063 -63.914 -19.229 1.00184.80 N \ ANISOU47976 ND2 ASN M 62 13502 20011 21326 -1317 -890 3518 N \ ATOM 47977 N THR M 63 -31.143 -63.923 -20.267 1.00174.82 N \ ANISOU47977 N THR M 63 13455 19933 20488 -1483 -993 3489 N \ ATOM 47978 CA THR M 63 -30.309 -63.440 -21.351 1.00181.72 C \ ANISOU47978 CA THR M 63 13726 19523 22139 -1346 292 3254 C \ ATOM 47979 C THR M 63 -29.535 -64.652 -21.854 1.00179.48 C \ ANISOU47979 C THR M 63 13582 20743 22448 -1127 -1298 3447 C \ ATOM 47980 O THR M 63 -29.728 -65.131 -22.975 1.00182.13 O \ ANISOU47980 O THR M 63 13922 21918 23074 -1072 -1918 3268 O \ ATOM 47981 CB THR M 63 -29.417 -62.231 -20.961 1.00164.66 C \ ANISOU47981 CB THR M 63 14023 21889 21960 -919 -2394 3687 C \ ATOM 47982 OG1 THR M 63 -29.680 -61.850 -19.607 1.00164.02 O \ ANISOU47982 OG1 THR M 63 14176 22511 21857 -997 -2752 3521 O \ ATOM 47983 CG2 THR M 63 -29.724 -61.036 -21.862 1.00171.14 C \ ANISOU47983 CG2 THR M 63 14310 23125 24689 -733 -2319 3116 C \ ATOM 47984 N TRP M 64 -28.668 -65.144 -20.966 1.00176.48 N \ ANISOU47984 N TRP M 64 14130 21355 21367 -720 -2346 4186 N \ ATOM 47985 CA TRP M 64 -27.836 -66.315 -21.214 1.00175.13 C \ ANISOU47985 CA TRP M 64 14595 21527 20643 -605 -2649 4597 C \ ATOM 47986 C TRP M 64 -28.383 -67.559 -20.507 1.00168.32 C \ ANISOU47986 C TRP M 64 13912 20553 19001 -984 -2452 4484 C \ ATOM 47987 O TRP M 64 -29.327 -67.483 -19.720 1.00168.59 O \ ANISOU47987 O TRP M 64 13955 20868 18471 -1012 -2836 4501 O \ ATOM 47988 CB TRP M 64 -26.409 -66.066 -20.702 1.00176.25 C \ ANISOU47988 CB TRP M 64 15284 21477 20900 -405 -2435 5054 C \ ATOM 47989 CG TRP M 64 -25.976 -64.614 -20.671 1.00185.62 C \ ANISOU47989 CG TRP M 64 16115 22444 22108 128 -2772 5387 C \ ATOM 47990 CD1 TRP M 64 -25.502 -63.882 -21.721 1.00193.20 C \ ANISOU47990 CD1 TRP M 64 16460 23457 22594 458 -3327 5390 C \ ATOM 47991 CD2 TRP M 64 -25.950 -63.737 -19.528 1.00187.06 C \ ANISOU47991 CD2 TRP M 64 16426 22136 22543 269 -2416 5644 C \ ATOM 47992 NE1 TRP M 64 -25.197 -62.605 -21.310 1.00198.00 N \ ANISOU47992 NE1 TRP M 64 12912 19030 17779 -1206 -1856 4360 N \ ATOM 47993 CE2 TRP M 64 -25.463 -62.489 -19.970 1.00193.81 C \ ANISOU47993 CE2 TRP M 64 12087 17864 15892 -1449 -1619 4279 C \ ATOM 47994 CE3 TRP M 64 -26.299 -63.884 -18.181 1.00182.73 C \ ANISOU47994 CE3 TRP M 64 11429 17600 15355 -1660 -1721 3961 C \ ATOM 47995 CZ2 TRP M 64 -25.315 -61.393 -19.114 1.00194.65 C \ ANISOU47995 CZ2 TRP M 64 11097 17296 14186 -1770 -1948 3997 C \ ATOM 47996 CZ3 TRP M 64 -26.150 -62.797 -17.334 1.00184.40 C \ ANISOU47996 CZ3 TRP M 64 11922 17212 15533 -1504 -942 4114 C \ ATOM 47997 CH2 TRP M 64 -25.662 -61.567 -17.805 1.00190.08 C \ ANISOU47997 CH2 TRP M 64 11888 16881 15520 -1337 -784 4292 C \ ATOM 47998 N LYS M 65 -27.750 -68.698 -20.765 1.00161.10 N \ ANISOU47998 N LYS M 65 11969 16967 14378 -1631 -719 4021 N \ ATOM 47999 CA LYS M 65 -28.109 -69.948 -20.111 1.00154.57 C \ ANISOU47999 CA LYS M 65 11630 16299 14899 -1304 -190 4068 C \ ATOM 48000 C LYS M 65 -27.090 -70.173 -19.016 1.00146.84 C \ ANISOU48000 C LYS M 65 11299 17776 16341 -1739 -1505 3603 C \ ATOM 48001 O LYS M 65 -25.894 -70.049 -19.254 1.00146.55 O \ ANISOU48001 O LYS M 65 11749 18624 17201 -2000 -1469 3164 O \ ATOM 48002 CB LYS M 65 -28.114 -71.116 -21.114 1.00154.60 C \ ANISOU48002 CB LYS M 65 12288 19944 17782 -1918 -2246 3148 C \ ATOM 48003 CG LYS M 65 -27.120 -70.961 -22.282 1.00156.36 C \ ANISOU48003 CG LYS M 65 12227 20106 17446 -2139 -2330 2899 C \ ATOM 48004 CD LYS M 65 -27.811 -70.921 -23.666 1.00162.21 C \ ANISOU48004 CD LYS M 65 11800 18931 18657 -2109 -1069 2719 C \ ATOM 48005 CE LYS M 65 -26.862 -70.448 -24.790 1.00160.83 C \ ANISOU48005 CE LYS M 65 11917 19356 19351 -2474 -798 2131 C \ ATOM 48006 NZ LYS M 65 -27.525 -70.362 -26.134 1.00165.63 N \ ANISOU48006 NZ LYS M 65 11628 19292 20563 -2622 -297 1630 N \ ATOM 48007 N LEU M 66 -27.562 -70.453 -17.807 1.00143.03 N \ ANISOU48007 N LEU M 66 11409 20317 21734 -2744 -750 1005 N \ ATOM 48008 CA LEU M 66 -26.680 -70.721 -16.670 1.00137.75 C \ ANISOU48008 CA LEU M 66 11419 20593 21614 -3089 -729 572 C \ ATOM 48009 C LEU M 66 -27.089 -72.042 -16.032 1.00137.81 C \ ANISOU48009 C LEU M 66 12884 20917 18642 -1542 -2780 3425 C \ ATOM 48010 O LEU M 66 -27.953 -72.741 -16.563 1.00141.31 O \ ANISOU48010 O LEU M 66 13400 22169 19023 -1281 -3537 3480 O \ ATOM 48011 CB LEU M 66 -26.773 -69.596 -15.641 1.00136.57 C \ ANISOU48011 CB LEU M 66 13132 21465 17309 -1364 -3671 3801 C \ ATOM 48012 CG LEU M 66 -27.179 -68.242 -16.230 1.00142.49 C \ ANISOU48012 CG LEU M 66 12765 21642 16691 -1374 -4098 3647 C \ ATOM 48013 CD1 LEU M 66 -27.644 -67.288 -15.147 1.00142.66 C \ ANISOU48013 CD1 LEU M 66 14428 23394 20290 -723 -3946 3860 C \ ATOM 48014 CD2 LEU M 66 -26.030 -67.633 -17.020 1.00144.85 C \ ANISOU48014 CD2 LEU M 66 15456 25636 22068 -290 -4644 3595 C \ ATOM 48015 N GLU M 67 -26.452 -72.393 -14.918 1.00134.38 N \ ANISOU48015 N GLU M 67 16489 26589 22853 412 -4996 4152 N \ ATOM 48016 CA GLU M 67 -26.849 -73.572 -14.136 1.00133.13 C \ ANISOU48016 CA GLU M 67 17414 26643 22272 580 -5022 4784 C \ ATOM 48017 C GLU M 67 -27.164 -74.829 -14.952 1.00130.36 C \ ANISOU48017 C GLU M 67 17583 25730 21794 454 -4562 5284 C \ ATOM 48018 O GLU M 67 -26.346 -75.297 -15.731 1.00122.98 O \ ANISOU48018 O GLU M 67 17193 24897 22001 214 -4027 5196 O \ ATOM 48019 CB GLU M 67 -27.995 -73.250 -13.167 1.00138.79 C \ ANISOU48019 CB GLU M 67 18099 25393 20994 551 -4456 5634 C \ ATOM 48020 CG GLU M 67 -27.553 -72.490 -11.920 1.00141.09 C \ ANISOU48020 CG GLU M 67 13633 21062 16911 -1423 -3297 4176 C \ ATOM 48021 CD GLU M 67 -26.418 -73.185 -11.165 1.00141.66 C \ ANISOU48021 CD GLU M 67 14294 21304 16216 -1519 -3365 4436 C \ ATOM 48022 OE1 GLU M 67 -26.341 -74.438 -11.201 1.00141.61 O \ ANISOU48022 OE1 GLU M 67 14355 21345 15874 -1886 -3146 4091 O \ ATOM 48023 OE2 GLU M 67 -25.594 -72.472 -10.538 1.00141.18 O \ ANISOU48023 OE2 GLU M 67 14638 21671 15362 -1939 -3410 4112 O \ ATOM 48024 N GLY M 68 -28.372 -75.353 -14.774 1.00138.16 N \ ANISOU48024 N GLY M 68 14516 20717 15736 -1512 -2968 4752 N \ ATOM 48025 CA GLY M 68 -28.758 -76.611 -15.383 1.00142.24 C \ ANISOU48025 CA GLY M 68 15303 21263 16586 -1182 -3085 5174 C \ ATOM 48026 C GLY M 68 -28.639 -76.677 -16.894 1.00145.88 C \ ANISOU48026 C GLY M 68 15558 20817 16322 -1299 -2573 5265 C \ ATOM 48027 O GLY M 68 -27.927 -77.550 -17.413 1.00144.54 O \ ANISOU48027 O GLY M 68 15942 21750 16613 -904 -3391 5238 O \ ATOM 48028 N GLU M 69 -29.319 -75.760 -17.590 1.00152.48 N \ ANISOU48028 N GLU M 69 13994 20757 15988 -2097 -2558 3760 N \ ATOM 48029 CA GLU M 69 -29.320 -75.731 -19.055 1.00157.17 C \ ANISOU48029 CA GLU M 69 13519 20101 15111 -2398 -2205 3445 C \ ATOM 48030 C GLU M 69 -27.892 -75.751 -19.543 1.00154.25 C \ ANISOU48030 C GLU M 69 13373 20743 15804 -2571 -2492 2990 C \ ATOM 48031 O GLU M 69 -27.541 -76.528 -20.438 1.00154.71 O \ ANISOU48031 O GLU M 69 13690 20999 15761 -2832 -2319 2728 O \ ATOM 48032 CB GLU M 69 -30.022 -74.482 -19.610 1.00165.63 C \ ANISOU48032 CB GLU M 69 12934 18899 14663 -2480 -1372 3263 C \ ATOM 48033 CG GLU M 69 -30.407 -73.435 -18.580 1.00171.17 C \ ANISOU48033 CG GLU M 69 12610 18017 13724 -2261 -1093 3559 C \ ATOM 48034 CD GLU M 69 -31.749 -73.722 -17.920 1.00179.57 C \ ANISOU48034 CD GLU M 69 18519 23308 19827 -2217 -131 3323 C \ ATOM 48035 OE1 GLU M 69 -32.799 -73.441 -18.546 1.00187.02 O \ ANISOU48035 OE1 GLU M 69 13216 18514 16257 -2447 -69 2915 O \ ATOM 48036 OE2 GLU M 69 -31.752 -74.229 -16.776 1.00177.85 O \ ANISOU48036 OE2 GLU M 69 12616 20780 16193 -2400 -2914 2838 O \ ATOM 48037 N LEU M 70 -27.079 -74.899 -18.915 1.00146.57 N \ ANISOU48037 N LEU M 70 12040 21207 16637 -2527 -3209 2239 N \ ATOM 48038 CA LEU M 70 -25.656 -74.766 -19.203 1.00134.87 C \ ANISOU48038 CA LEU M 70 10817 20579 14758 -2371 -3960 2332 C \ ATOM 48039 C LEU M 70 -24.940 -76.098 -19.058 1.00128.33 C \ ANISOU48039 C LEU M 70 10807 21098 14962 -2613 -4057 1847 C \ ATOM 48040 O LEU M 70 -24.465 -76.650 -20.042 1.00123.36 O \ ANISOU48040 O LEU M 70 13014 22972 19135 -2337 -3381 1925 O \ ATOM 48041 CB LEU M 70 -25.043 -73.753 -18.244 1.00126.41 C \ ANISOU48041 CB LEU M 70 13725 23250 20750 -2612 -2552 1605 C \ ATOM 48042 CG LEU M 70 -23.889 -72.897 -18.754 1.00120.66 C \ ANISOU48042 CG LEU M 70 13981 23804 21969 -2415 -2579 1558 C \ ATOM 48043 CD1 LEU M 70 -23.455 -71.906 -17.693 1.00117.76 C \ ANISOU48043 CD1 LEU M 70 13971 22800 20675 -2977 -1836 1426 C \ ATOM 48044 CD2 LEU M 70 -22.731 -73.759 -19.153 1.00114.98 C \ ANISOU48044 CD2 LEU M 70 9532 22620 26532 715 1128 7256 C \ ATOM 48045 N ARG M 71 -24.882 -76.597 -17.824 1.00130.62 N \ ANISOU48045 N ARG M 71 8717 20806 25815 625 779 7023 N \ ATOM 48046 CA ARG M 71 -24.158 -77.818 -17.476 1.00130.34 C \ ANISOU48046 CA ARG M 71 8217 19497 24859 603 834 6823 C \ ATOM 48047 C ARG M 71 -24.481 -78.939 -18.436 1.00132.23 C \ ANISOU48047 C ARG M 71 7987 19672 24507 628 1129 6911 C \ ATOM 48048 O ARG M 71 -23.580 -79.611 -18.955 1.00129.50 O \ ANISOU48048 O ARG M 71 8620 20399 25415 1113 931 6495 O \ ATOM 48049 CB ARG M 71 -24.509 -78.264 -16.053 1.00132.99 C \ ANISOU48049 CB ARG M 71 8633 20406 24803 1623 1384 6010 C \ ATOM 48050 CG ARG M 71 -24.052 -77.309 -14.972 1.00136.56 C \ ANISOU48050 CG ARG M 71 8637 21053 25788 1099 820 6658 C \ ATOM 48051 CD ARG M 71 -24.288 -77.871 -13.579 1.00141.26 C \ ANISOU48051 CD ARG M 71 8544 19925 24455 2057 1432 5516 C \ ATOM 48052 NE ARG M 71 -23.651 -77.051 -12.549 1.00143.92 N \ ANISOU48052 NE ARG M 71 8350 18259 24339 617 557 6478 N \ ATOM 48053 CZ ARG M 71 -22.340 -77.043 -12.305 1.00142.17 C \ ANISOU48053 CZ ARG M 71 9089 18037 24411 554 544 6311 C \ ATOM 48054 NH1 ARG M 71 -21.527 -77.810 -13.023 1.00140.25 N \ ANISOU48054 NH1 ARG M 71 9527 18202 24422 974 1004 5922 N \ ATOM 48055 NH2 ARG M 71 -21.837 -76.267 -11.349 1.00141.25 N \ ANISOU48055 NH2 ARG M 71 9973 18001 24412 904 1031 5850 N \ ATOM 48056 N ALA M 72 -25.775 -79.121 -18.681 1.00137.86 N \ ANISOU48056 N ALA M 72 9772 18932 24885 1399 1293 5701 N \ ATOM 48057 CA ALA M 72 -26.227 -80.159 -19.592 1.00142.65 C \ ANISOU48057 CA ALA M 72 9279 17888 24125 1826 1502 5331 C \ ATOM 48058 C ALA M 72 -25.933 -79.823 -21.059 1.00147.65 C \ ANISOU48058 C ALA M 72 9088 17504 23695 1899 1692 5213 C \ ATOM 48059 O ALA M 72 -25.928 -80.719 -21.902 1.00150.70 O \ ANISOU48059 O ALA M 72 9111 18110 23760 1754 1792 5362 O \ ATOM 48060 CB ALA M 72 -27.694 -80.452 -19.382 1.00146.97 C \ ANISOU48060 CB ALA M 72 8841 17862 23876 2215 1601 5082 C \ ATOM 48061 N GLU M 73 -25.680 -78.549 -21.364 1.00148.70 N \ ANISOU48061 N GLU M 73 15019 25022 29978 2446 1802 4946 N \ ATOM 48062 CA GLU M 73 -25.219 -78.188 -22.705 1.00152.82 C \ ANISOU48062 CA GLU M 73 8837 16487 23262 2143 1728 5014 C \ ATOM 48063 C GLU M 73 -23.738 -78.506 -22.887 1.00150.98 C \ ANISOU48063 C GLU M 73 9149 16399 23353 2186 1820 4915 C \ ATOM 48064 O GLU M 73 -23.334 -78.980 -23.947 1.00151.86 O \ ANISOU48064 O GLU M 73 9067 17004 23385 2415 1933 4751 O \ ATOM 48065 CB GLU M 73 -25.461 -76.712 -23.038 1.00157.07 C \ ANISOU48065 CB GLU M 73 9162 17264 23244 2270 2020 4824 C \ ATOM 48066 CG GLU M 73 -24.829 -76.302 -24.378 1.00160.25 C \ ANISOU48066 CG GLU M 73 9498 15941 23690 2433 1787 4820 C \ ATOM 48067 CD GLU M 73 -25.042 -74.838 -24.745 1.00166.99 C \ ANISOU48067 CD GLU M 73 9636 15566 23699 2415 1829 4826 C \ ATOM 48068 OE1 GLU M 73 -25.960 -74.204 -24.177 1.00170.87 O \ ANISOU48068 OE1 GLU M 73 10006 15507 23584 2119 1857 4986 O \ ATOM 48069 OE2 GLU M 73 -24.289 -74.325 -25.612 1.00168.50 O \ ANISOU48069 OE2 GLU M 73 9906 15486 23946 2617 1718 4567 O \ ATOM 48070 N VAL M 74 -22.927 -78.228 -21.865 1.00148.81 N \ ANISOU48070 N VAL M 74 10495 15502 23899 2087 1896 4988 N \ ATOM 48071 CA VAL M 74 -21.504 -78.549 -21.921 1.00145.13 C \ ANISOU48071 CA VAL M 74 10100 15178 24073 2585 1705 4589 C \ ATOM 48072 C VAL M 74 -21.406 -80.050 -22.088 1.00142.76 C \ ANISOU48072 C VAL M 74 10393 15285 24157 2339 1850 4837 C \ ATOM 48073 O VAL M 74 -20.824 -80.552 -23.055 1.00142.04 O \ ANISOU48073 O VAL M 74 10542 14916 24184 2290 1842 4859 O \ ATOM 48074 CB VAL M 74 -20.735 -78.159 -20.622 1.00123.77 C \ ANISOU48074 CB VAL M 74 9101 17259 23437 2786 1873 4456 C \ ATOM 48075 CG1 VAL M 74 -19.312 -77.711 -20.950 1.00120.14 C \ ANISOU48075 CG1 VAL M 74 9437 18237 23666 3188 1931 4235 C \ ATOM 48076 CG2 VAL M 74 -21.454 -77.073 -19.860 1.00125.64 C \ ANISOU48076 CG2 VAL M 74 9575 19536 23838 3040 2162 4587 C \ ATOM 48077 N ALA M 75 -22.007 -80.758 -21.142 1.00141.60 N \ ANISOU48077 N ALA M 75 9817 20420 23883 3357 2308 4565 N \ ATOM 48078 CA ALA M 75 -22.031 -82.203 -21.191 1.00142.09 C \ ANISOU48078 CA ALA M 75 9483 18295 23692 3681 1735 3823 C \ ATOM 48079 C ALA M 75 -22.514 -82.698 -22.556 1.00144.33 C \ ANISOU48079 C ALA M 75 9150 17790 23514 3519 1642 3862 C \ ATOM 48080 O ALA M 75 -21.875 -83.564 -23.161 1.00141.79 O \ ANISOU48080 O ALA M 75 9339 17569 23711 3944 1335 3440 O \ ATOM 48081 CB ALA M 75 -22.899 -82.744 -20.082 1.00145.77 C \ ANISOU48081 CB ALA M 75 9585 18493 23839 4545 1271 3101 C \ ATOM 48082 N ALA M 76 -23.616 -82.132 -23.051 1.00149.42 N \ ANISOU48082 N ALA M 76 9987 19436 24275 4844 1213 2930 N \ ATOM 48083 CA ALA M 76 -24.146 -82.541 -24.354 1.00155.05 C \ ANISOU48083 CA ALA M 76 9838 19190 24319 4523 1210 3082 C \ ATOM 48084 C ALA M 76 -23.132 -82.326 -25.471 1.00152.31 C \ ANISOU48084 C ALA M 76 10500 20579 24579 5523 1152 2601 C \ ATOM 48085 O ALA M 76 -23.071 -83.106 -26.421 1.00154.08 O \ ANISOU48085 O ALA M 76 9337 19564 23852 2589 2148 4956 O \ ATOM 48086 CB ALA M 76 -25.446 -81.817 -24.673 1.00163.50 C \ ANISOU48086 CB ALA M 76 9282 20470 23959 2282 2254 5446 C \ ATOM 48087 N ASN M 77 -22.341 -81.266 -25.353 1.00149.63 N \ ANISOU48087 N ASN M 77 9186 20244 23777 2038 2329 5657 N \ ATOM 48088 CA ASN M 77 -21.288 -80.992 -26.321 1.00149.40 C \ ANISOU48088 CA ASN M 77 9618 21455 24067 2152 2521 5856 C \ ATOM 48089 C ASN M 77 -20.231 -82.091 -26.289 1.00140.72 C \ ANISOU48089 C ASN M 77 9058 18960 23443 1734 2156 5559 C \ ATOM 48090 O ASN M 77 -19.910 -82.687 -27.321 1.00140.26 O \ ANISOU48090 O ASN M 77 9568 19040 23625 1445 2157 5671 O \ ATOM 48091 CB ASN M 77 -20.619 -79.632 -26.052 1.00151.76 C \ ANISOU48091 CB ASN M 77 9595 19271 23365 1904 2367 5412 C \ ATOM 48092 CG ASN M 77 -21.345 -78.465 -26.710 1.00159.67 C \ ANISOU48092 CG ASN M 77 9849 20212 23553 1874 2525 5675 C \ ATOM 48093 OD1 ASN M 77 -22.015 -78.620 -27.736 1.00164.52 O \ ANISOU48093 OD1 ASN M 77 9925 18036 23615 1210 1949 5527 O \ ATOM 48094 ND2 ASN M 77 -21.197 -77.280 -26.123 1.00160.82 N \ ANISOU48094 ND2 ASN M 77 10573 18271 24270 782 1615 5774 N \ ATOM 48095 N ILE M 78 -19.692 -82.349 -25.099 1.00130.86 N \ ANISOU48095 N ILE M 78 10744 19422 24986 407 1472 6267 N \ ATOM 48096 CA ILE M 78 -18.590 -83.292 -24.959 1.00120.65 C \ ANISOU48096 CA ILE M 78 10874 18093 24534 1014 1506 5579 C \ ATOM 48097 C ILE M 78 -19.034 -84.648 -25.443 1.00116.82 C \ ANISOU48097 C ILE M 78 9362 18467 23009 2365 2310 4935 C \ ATOM 48098 O ILE M 78 -18.341 -85.309 -26.232 1.00112.06 O \ ANISOU48098 O ILE M 78 9483 18491 22812 2873 2324 4587 O \ ATOM 48099 CB ILE M 78 -18.147 -83.440 -23.501 1.00117.56 C \ ANISOU48099 CB ILE M 78 9876 20182 23094 3370 2532 4646 C \ ATOM 48100 CG1 ILE M 78 -17.693 -82.098 -22.934 1.00116.56 C \ ANISOU48100 CG1 ILE M 78 10655 21083 23439 3768 2580 4485 C \ ATOM 48101 CG2 ILE M 78 -17.021 -84.450 -23.396 1.00114.00 C \ ANISOU48101 CG2 ILE M 78 9273 17448 22711 3275 2058 4133 C \ ATOM 48102 CD1 ILE M 78 -17.048 -82.209 -21.576 1.00112.72 C \ ANISOU48102 CD1 ILE M 78 8958 16089 22568 2905 1934 4222 C \ ATOM 48103 N LYS M 79 -20.205 -85.049 -24.960 1.00119.53 N \ ANISOU48103 N LYS M 79 9089 15686 22372 2517 1996 4388 N \ ATOM 48104 CA LYS M 79 -20.789 -86.318 -25.339 1.00125.21 C \ ANISOU48104 CA LYS M 79 9862 15907 23008 2781 1853 4132 C \ ATOM 48105 C LYS M 79 -20.981 -86.351 -26.853 1.00131.63 C \ ANISOU48105 C LYS M 79 10527 15845 23513 2531 1833 4224 C \ ATOM 48106 O LYS M 79 -20.814 -87.396 -27.469 1.00131.01 O \ ANISOU48106 O LYS M 79 10408 15446 23252 2077 1950 4528 O \ ATOM 48107 CB LYS M 79 -22.110 -86.556 -24.599 1.00129.98 C \ ANISOU48107 CB LYS M 79 11035 15846 23973 2786 1633 3992 C \ ATOM 48108 CG LYS M 79 -22.729 -87.945 -24.831 1.00133.24 C \ ANISOU48108 CG LYS M 79 9259 20596 22841 3417 2659 4914 C \ ATOM 48109 CD LYS M 79 -24.048 -88.126 -24.065 1.00135.50 C \ ANISOU48109 CD LYS M 79 9650 22310 23007 3902 2905 5083 C \ ATOM 48110 CE LYS M 79 -25.218 -88.402 -25.008 1.00140.70 C \ ANISOU48110 CE LYS M 79 9563 22986 22977 3432 3124 5761 C \ ATOM 48111 NZ LYS M 79 -25.072 -89.670 -25.784 1.00141.14 N \ ANISOU48111 NZ LYS M 79 10008 24302 23037 3864 3357 5924 N \ ATOM 48112 N ARG M 80 -21.308 -85.199 -27.443 1.00138.03 N \ ANISOU48112 N ARG M 80 10201 23453 23642 4080 2901 5070 N \ ATOM 48113 CA ARG M 80 -21.461 -85.090 -28.893 1.00143.68 C \ ANISOU48113 CA ARG M 80 10738 23678 23895 4874 2711 4391 C \ ATOM 48114 C ARG M 80 -20.131 -85.425 -29.549 1.00136.61 C \ ANISOU48114 C ARG M 80 11664 25114 24213 5777 2746 4068 C \ ATOM 48115 O ARG M 80 -20.087 -86.081 -30.588 1.00134.49 O \ ANISOU48115 O ARG M 80 10604 22696 23965 4928 2404 3974 O \ ATOM 48116 CB ARG M 80 -21.902 -83.674 -29.289 1.00152.95 C \ ANISOU48116 CB ARG M 80 12088 24930 24516 6343 2390 3434 C \ ATOM 48117 CG ARG M 80 -22.999 -83.567 -30.363 1.00166.23 C \ ANISOU48117 CG ARG M 80 11454 23506 24436 5801 2191 3405 C \ ATOM 48118 CD ARG M 80 -23.168 -82.113 -30.853 1.00173.52 C \ ANISOU48118 CD ARG M 80 9496 22546 23349 2592 2987 6170 C \ ATOM 48119 NE ARG M 80 -21.942 -81.605 -31.480 1.00174.57 N \ ANISOU48119 NE ARG M 80 10164 23761 24153 2077 3040 6847 N \ ATOM 48120 CZ ARG M 80 -21.004 -80.885 -30.860 1.00171.36 C \ ANISOU48120 CZ ARG M 80 9670 22821 23439 2000 3098 6807 C \ ATOM 48121 NH1 ARG M 80 -21.141 -80.558 -29.581 1.00168.68 N \ ANISOU48121 NH1 ARG M 80 10049 23883 23671 1977 3259 7226 N \ ATOM 48122 NH2 ARG M 80 -19.921 -80.485 -31.522 1.00169.72 N \ ANISOU48122 NH2 ARG M 80 11141 24443 25684 1261 2706 7302 N \ ATOM 48123 N LEU M 81 -19.045 -84.982 -28.924 1.00135.82 N \ ANISOU48123 N LEU M 81 12450 26571 27283 823 2641 8127 N \ ATOM 48124 CA LEU M 81 -17.706 -85.250 -29.450 1.00136.37 C \ ANISOU48124 CA LEU M 81 13115 26733 28568 32 2109 8550 C \ ATOM 48125 C LEU M 81 -17.335 -86.716 -29.359 1.00135.74 C \ ANISOU48125 C LEU M 81 13515 27160 29292 51 1946 8460 C \ ATOM 48126 O LEU M 81 -16.699 -87.253 -30.268 1.00135.99 O \ ANISOU48126 O LEU M 81 13405 26151 29219 29 1753 7989 O \ ATOM 48127 CB LEU M 81 -16.645 -84.431 -28.725 1.00134.15 C \ ANISOU48127 CB LEU M 81 12784 24535 28359 2 1714 7597 C \ ATOM 48128 CG LEU M 81 -16.639 -82.930 -28.986 1.00139.89 C \ ANISOU48128 CG LEU M 81 13669 26552 29776 72 1612 7958 C \ ATOM 48129 CD1 LEU M 81 -15.563 -82.311 -28.131 1.00138.69 C \ ANISOU48129 CD1 LEU M 81 8957 22761 23073 -3853 39 2100 C \ ATOM 48130 CD2 LEU M 81 -16.410 -82.626 -30.456 1.00142.92 C \ ANISOU48130 CD2 LEU M 81 9450 22388 23108 -3829 439 2016 C \ ATOM 48131 N MET M 82 -17.711 -87.361 -28.257 1.00133.54 N \ ANISOU48131 N MET M 82 8533 21189 22067 -3418 821 2393 N \ ATOM 48132 CA MET M 82 -17.437 -88.789 -28.114 1.00128.25 C \ ANISOU48132 CA MET M 82 8262 20252 21364 -3288 1112 2340 C \ ATOM 48133 C MET M 82 -18.379 -89.618 -28.974 1.00131.38 C \ ANISOU48133 C MET M 82 10965 23437 23641 -3843 317 1714 C \ ATOM 48134 O MET M 82 -18.121 -90.792 -29.238 1.00132.78 O \ ANISOU48134 O MET M 82 12581 25040 25197 -4209 -11 1247 O \ ATOM 48135 CB MET M 82 -17.564 -89.230 -26.668 1.00122.37 C \ ANISOU48135 CB MET M 82 13755 25371 25711 -4290 213 958 C \ ATOM 48136 CG MET M 82 -16.773 -88.387 -25.721 1.00116.72 C \ ANISOU48136 CG MET M 82 15154 26656 27152 -4656 -80 489 C \ ATOM 48137 SD MET M 82 -17.116 -88.934 -24.052 1.00162.26 S \ ANISOU48137 SD MET M 82 15794 26592 27574 -4840 123 206 S \ ATOM 48138 CE MET M 82 -18.871 -89.289 -24.213 1.00126.30 C \ ANISOU48138 CE MET M 82 15447 25643 26937 -4663 625 356 C \ ATOM 48139 N ASP M 83 -19.476 -89.007 -29.405 1.00130.51 N \ ANISOU48139 N ASP M 83 16570 27247 28410 -5176 -205 -255 N \ ATOM 48140 CA ASP M 83 -20.469 -89.724 -30.182 1.00131.29 C \ ANISOU48140 CA ASP M 83 8083 21237 21946 -3174 781 2744 C \ ATOM 48141 C ASP M 83 -20.024 -89.842 -31.633 1.00121.47 C \ ANISOU48141 C ASP M 83 8006 20755 21620 -2717 1083 3028 C \ ATOM 48142 O ASP M 83 -20.200 -90.883 -32.257 1.00123.35 O \ ANISOU48142 O ASP M 83 8139 20423 21084 -2501 1150 3019 O \ ATOM 48143 CB ASP M 83 -21.849 -89.076 -30.049 1.00145.07 C \ ANISOU48143 CB ASP M 83 8186 19923 20937 -2259 1414 3036 C \ ATOM 48144 CG ASP M 83 -22.507 -89.363 -28.694 1.00151.93 C \ ANISOU48144 CG ASP M 83 8266 20682 20781 -2538 907 2956 C \ ATOM 48145 OD1 ASP M 83 -23.356 -88.551 -28.256 1.00157.26 O \ ANISOU48145 OD1 ASP M 83 8174 20111 20101 -2378 980 2915 O \ ATOM 48146 OD2 ASP M 83 -22.171 -90.392 -28.063 1.00151.19 O \ ANISOU48146 OD2 ASP M 83 8645 20815 20402 -2143 866 3186 O \ ATOM 48147 N ILE M 84 -19.440 -88.782 -32.171 1.00154.45 N \ ANISOU48147 N ILE M 84 8904 21646 20848 -2122 673 3347 N \ ATOM 48148 CA ILE M 84 -18.779 -88.894 -33.459 1.00145.64 C \ ANISOU48148 CA ILE M 84 8427 20162 19925 -2632 916 2601 C \ ATOM 48149 C ILE M 84 -17.386 -89.429 -33.185 1.00138.37 C \ ANISOU48149 C ILE M 84 8784 20087 20308 -2799 1100 2335 C \ ATOM 48150 O ILE M 84 -17.034 -89.654 -32.030 1.00137.30 O \ ANISOU48150 O ILE M 84 9329 20357 20317 -2976 1063 2041 O \ ATOM 48151 CB ILE M 84 -18.696 -87.547 -34.161 1.00143.27 C \ ANISOU48151 CB ILE M 84 8691 19529 20213 -2510 1366 2404 C \ ATOM 48152 CG1 ILE M 84 -18.036 -86.517 -33.246 1.00141.70 C \ ANISOU48152 CG1 ILE M 84 8942 20673 20404 -1956 990 3240 C \ ATOM 48153 CG2 ILE M 84 -20.087 -87.077 -34.563 1.00146.01 C \ ANISOU48153 CG2 ILE M 84 8964 20794 20251 -1736 951 3516 C \ ATOM 48154 CD1 ILE M 84 -17.925 -85.143 -33.863 1.00139.29 C \ ANISOU48154 CD1 ILE M 84 9146 21363 20090 -1804 780 3550 C \ ATOM 48155 N GLY M 85 -16.581 -89.625 -34.221 1.00134.09 N \ ANISOU48155 N GLY M 85 9438 21505 20020 -1954 788 3352 N \ ATOM 48156 CA GLY M 85 -15.319 -90.317 -34.026 1.00135.64 C \ ANISOU48156 CA GLY M 85 9080 20315 20231 -1656 1137 3462 C \ ATOM 48157 C GLY M 85 -14.126 -89.521 -33.518 1.00137.26 C \ ANISOU48157 C GLY M 85 9019 19982 20138 -1864 1217 3126 C \ ATOM 48158 O GLY M 85 -13.095 -90.117 -33.189 1.00137.87 O \ ANISOU48158 O GLY M 85 8815 19951 20173 -1924 1174 3050 O \ ATOM 48159 N CYS M 86 -14.285 -88.198 -33.393 1.00141.04 N \ ANISOU48159 N CYS M 86 8682 21370 19665 -1616 633 3811 N \ ATOM 48160 CA CYS M 86 -13.165 -87.224 -33.401 1.00135.00 C \ ANISOU48160 CA CYS M 86 8747 21885 19358 -1568 402 3842 C \ ATOM 48161 C CYS M 86 -12.136 -87.349 -32.285 1.00132.35 C \ ANISOU48161 C CYS M 86 8689 21548 18752 -1272 571 4112 C \ ATOM 48162 O CYS M 86 -12.411 -87.909 -31.224 1.00134.18 O \ ANISOU48162 O CYS M 86 8800 21873 18336 -1129 449 4152 O \ ATOM 48163 CB CYS M 86 -13.694 -85.788 -33.406 1.00133.12 C \ ANISOU48163 CB CYS M 86 8719 22616 19716 -1471 134 3991 C \ ATOM 48164 SG CYS M 86 -14.421 -85.285 -31.831 1.00184.28 S \ ANISOU48164 SG CYS M 86 8498 22611 20225 -1728 105 3841 S \ ATOM 48165 N TYR M 87 -10.951 -86.805 -32.545 1.00127.87 N \ ANISOU48165 N TYR M 87 8544 22431 19536 -1080 267 4415 N \ ATOM 48166 CA TYR M 87 -9.813 -86.978 -31.653 1.00128.70 C \ ANISOU48166 CA TYR M 87 8527 20865 18717 -1151 857 4286 C \ ATOM 48167 C TYR M 87 -10.113 -86.538 -30.236 1.00130.16 C \ ANISOU48167 C TYR M 87 8983 20997 18849 -872 1090 4608 C \ ATOM 48168 O TYR M 87 -9.925 -87.301 -29.292 1.00130.73 O \ ANISOU48168 O TYR M 87 9345 20842 18983 -957 1381 4547 O \ ATOM 48169 CB TYR M 87 -8.593 -86.227 -32.167 1.00129.30 C \ ANISOU48169 CB TYR M 87 9792 20895 19337 -777 1686 4821 C \ ATOM 48170 CG TYR M 87 -7.312 -86.617 -31.465 1.00128.70 C \ ANISOU48170 CG TYR M 87 8981 20719 19166 -663 1210 4848 C \ ATOM 48171 CD1 TYR M 87 -6.805 -87.897 -31.583 1.00129.22 C \ ANISOU48171 CD1 TYR M 87 9304 21583 19534 -413 1014 5081 C \ ATOM 48172 CD2 TYR M 87 -6.607 -85.699 -30.693 1.00129.85 C \ ANISOU48172 CD2 TYR M 87 9897 21802 20112 -63 1190 5427 C \ ATOM 48173 CE1 TYR M 87 -5.628 -88.262 -30.946 1.00131.32 C \ ANISOU48173 CE1 TYR M 87 10396 22788 20746 188 1030 5630 C \ ATOM 48174 CE2 TYR M 87 -5.426 -86.050 -30.052 1.00129.89 C \ ANISOU48174 CE2 TYR M 87 11352 24252 21436 488 932 5922 C \ ATOM 48175 CZ TYR M 87 -4.941 -87.335 -30.180 1.00131.16 C \ ANISOU48175 CZ TYR M 87 12181 25124 21730 625 973 6052 C \ ATOM 48176 OH TYR M 87 -3.769 -87.710 -29.549 1.00130.65 O \ ANISOU48176 OH TYR M 87 11384 24760 21710 715 812 6108 O \ ATOM 48177 N ARG M 88 -10.588 -85.311 -30.079 1.00131.06 N \ ANISOU48177 N ARG M 88 9281 20764 18881 -1225 1327 4208 N \ ATOM 48178 CA ARG M 88 -10.946 -84.856 -28.744 1.00135.12 C \ ANISOU48178 CA ARG M 88 10032 21115 19388 -1271 1612 4165 C \ ATOM 48179 C ARG M 88 -12.045 -85.720 -28.125 1.00139.36 C \ ANISOU48179 C ARG M 88 10160 20748 20069 -1386 1885 4115 C \ ATOM 48180 O ARG M 88 -12.192 -85.772 -26.903 1.00142.44 O \ ANISOU48180 O ARG M 88 10508 20748 20490 -1300 2228 4321 O \ ATOM 48181 CB ARG M 88 -11.350 -83.387 -28.750 1.00135.46 C \ ANISOU48181 CB ARG M 88 9680 20244 20021 -1555 1736 3839 C \ ATOM 48182 CG ARG M 88 -11.876 -82.904 -30.062 1.00132.79 C \ ANISOU48182 CG ARG M 88 9151 19314 20013 -1633 1877 3681 C \ ATOM 48183 CD ARG M 88 -11.714 -81.418 -30.108 1.00133.22 C \ ANISOU48183 CD ARG M 88 9118 19164 19938 -1817 1980 3395 C \ ATOM 48184 NE ARG M 88 -12.392 -80.761 -29.001 1.00136.64 N \ ANISOU48184 NE ARG M 88 8999 19167 19306 -1878 2001 3341 N \ ATOM 48185 CZ ARG M 88 -13.454 -79.986 -29.169 1.00141.33 C \ ANISOU48185 CZ ARG M 88 8312 18434 19536 -1578 1675 3548 C \ ATOM 48186 NH1 ARG M 88 -13.925 -79.805 -30.396 1.00140.40 N \ ANISOU48186 NH1 ARG M 88 8055 18139 19389 -1336 1622 3823 N \ ATOM 48187 NH2 ARG M 88 -14.044 -79.401 -28.129 1.00146.49 N \ ANISOU48187 NH2 ARG M 88 7811 18386 18863 -1231 1447 4010 N \ ATOM 48188 N GLY M 89 -12.814 -86.393 -28.973 1.00138.84 N \ ANISOU48188 N GLY M 89 7811 18770 18525 -1312 1381 4038 N \ ATOM 48189 CA GLY M 89 -13.766 -87.367 -28.490 1.00141.36 C \ ANISOU48189 CA GLY M 89 6964 17538 18171 -1017 1351 4122 C \ ATOM 48190 C GLY M 89 -12.966 -88.419 -27.759 1.00140.03 C \ ANISOU48190 C GLY M 89 9409 19195 20744 -1857 2024 3196 C \ ATOM 48191 O GLY M 89 -13.251 -88.751 -26.603 1.00145.12 O \ ANISOU48191 O GLY M 89 9838 19537 21173 -1979 2076 2893 O \ ATOM 48192 N LEU M 90 -11.936 -88.925 -28.426 1.00135.44 N \ ANISOU48192 N LEU M 90 8907 18624 20240 -1973 1849 2635 N \ ATOM 48193 CA LEU M 90 -11.112 -89.960 -27.824 1.00137.47 C \ ANISOU48193 CA LEU M 90 8564 18211 20164 -1826 1711 2633 C \ ATOM 48194 C LEU M 90 -10.538 -89.454 -26.518 1.00137.47 C \ ANISOU48194 C LEU M 90 10804 20272 22754 -1984 2271 2823 C \ ATOM 48195 O LEU M 90 -10.731 -90.073 -25.468 1.00141.11 O \ ANISOU48195 O LEU M 90 11287 20573 23899 -1886 2098 2679 O \ ATOM 48196 CB LEU M 90 -9.999 -90.426 -28.768 1.00135.74 C \ ANISOU48196 CB LEU M 90 11679 20862 24810 -1898 2098 2349 C \ ATOM 48197 CG LEU M 90 -10.426 -91.353 -29.916 1.00139.79 C \ ANISOU48197 CG LEU M 90 12331 21536 25865 -2013 2429 2466 C \ ATOM 48198 CD1 LEU M 90 -11.775 -92.041 -29.645 1.00145.15 C \ ANISOU48198 CD1 LEU M 90 12571 21805 26593 -2038 2497 2233 C \ ATOM 48199 CD2 LEU M 90 -10.461 -90.614 -31.245 1.00140.81 C \ ANISOU48199 CD2 LEU M 90 12438 21654 26510 -1925 2227 1845 C \ ATOM 48200 N ARG M 91 -9.881 -88.301 -26.583 1.00133.80 N \ ANISOU48200 N ARG M 91 12833 22108 27260 -2121 2861 2409 N \ ATOM 48201 CA ARG M 91 -9.233 -87.726 -25.412 1.00133.66 C \ ANISOU48201 CA ARG M 91 8191 17955 19159 -2096 1838 2448 C \ ATOM 48202 C ARG M 91 -10.213 -87.501 -24.265 1.00139.89 C \ ANISOU48202 C ARG M 91 7145 16847 18119 -2077 1736 2240 C \ ATOM 48203 O ARG M 91 -9.825 -87.485 -23.102 1.00145.22 O \ ANISOU48203 O ARG M 91 6312 15727 17340 -2025 1836 1953 O \ ATOM 48204 CB ARG M 91 -8.511 -86.429 -25.769 1.00130.10 C \ ANISOU48204 CB ARG M 91 6211 15481 17210 -1912 1807 1806 C \ ATOM 48205 CG ARG M 91 -7.535 -86.589 -26.899 1.00125.32 C \ ANISOU48205 CG ARG M 91 7245 17143 17872 -2259 1661 2205 C \ ATOM 48206 CD ARG M 91 -6.607 -87.751 -26.643 1.00124.09 C \ ANISOU48206 CD ARG M 91 7454 17214 17701 -2395 1768 2029 C \ ATOM 48207 NE ARG M 91 -5.537 -87.406 -25.717 1.00128.37 N \ ANISOU48207 NE ARG M 91 7660 17929 18200 -2273 1522 2460 N \ ATOM 48208 CZ ARG M 91 -4.384 -88.069 -25.629 1.00131.29 C \ ANISOU48208 CZ ARG M 91 6412 15751 17529 -2055 1987 1906 C \ ATOM 48209 NH1 ARG M 91 -4.146 -89.118 -26.413 1.00129.24 N \ ANISOU48209 NH1 ARG M 91 7269 16415 18433 -1983 2084 1638 N \ ATOM 48210 NH2 ARG M 91 -3.459 -87.682 -24.759 1.00133.84 N \ ANISOU48210 NH2 ARG M 91 7289 16296 18794 -1721 1930 1463 N \ ATOM 48211 N HIS M 92 -11.487 -87.336 -24.578 1.00138.69 N \ ANISOU48211 N HIS M 92 7574 16398 18887 -1566 1943 1243 N \ ATOM 48212 CA HIS M 92 -12.458 -87.227 -23.512 1.00144.66 C \ ANISOU48212 CA HIS M 92 7544 16718 18959 -2019 2293 1675 C \ ATOM 48213 C HIS M 92 -12.814 -88.589 -22.952 1.00146.14 C \ ANISOU48213 C HIS M 92 6539 15594 17982 -1928 2410 1412 C \ ATOM 48214 O HIS M 92 -13.090 -88.717 -21.762 1.00150.93 O \ ANISOU48214 O HIS M 92 6671 15833 18525 -1949 2663 1504 O \ ATOM 48215 CB HIS M 92 -13.702 -86.500 -23.986 1.00150.80 C \ ANISOU48215 CB HIS M 92 8076 17150 19615 -1888 2858 1345 C \ ATOM 48216 CG HIS M 92 -13.609 -85.018 -23.851 1.00153.47 C \ ANISOU48216 CG HIS M 92 8685 17859 20509 -1862 3149 1433 C \ ATOM 48217 ND1 HIS M 92 -13.786 -84.372 -22.647 1.00160.52 N \ ANISOU48217 ND1 HIS M 92 8958 18309 21462 -1920 3302 1689 N \ ATOM 48218 CD2 HIS M 92 -13.358 -84.053 -24.766 1.00150.71 C \ ANISOU48218 CD2 HIS M 92 8999 18073 20458 -1758 3336 1297 C \ ATOM 48219 CE1 HIS M 92 -13.654 -83.070 -22.827 1.00161.95 C \ ANISOU48219 CE1 HIS M 92 7538 16575 19480 -1622 1786 1555 C \ ATOM 48220 NE2 HIS M 92 -13.391 -82.850 -24.104 1.00156.32 N \ ANISOU48220 NE2 HIS M 92 8054 16910 20177 -1299 1563 1392 N \ ATOM 48221 N ARG M 93 -12.815 -89.609 -23.801 1.00145.78 N \ ANISOU48221 N ARG M 93 8065 16952 20197 -1247 1451 1638 N \ ATOM 48222 CA ARG M 93 -13.142 -90.937 -23.305 1.00152.86 C \ ANISOU48222 CA ARG M 93 8539 17620 20629 -1462 1536 1912 C \ ATOM 48223 C ARG M 93 -11.954 -91.581 -22.609 1.00147.20 C \ ANISOU48223 C ARG M 93 8538 17326 21311 -1165 1422 1152 C \ ATOM 48224 O ARG M 93 -12.110 -92.279 -21.618 1.00151.60 O \ ANISOU48224 O ARG M 93 8696 17628 21985 -1427 1554 1335 O \ ATOM 48225 CB ARG M 93 -13.676 -91.851 -24.407 1.00161.25 C \ ANISOU48225 CB ARG M 93 8696 17453 21451 -1037 1453 842 C \ ATOM 48226 CG ARG M 93 -14.550 -92.998 -23.865 1.00174.50 C \ ANISOU48226 CG ARG M 93 7737 16418 19833 -897 1269 1550 C \ ATOM 48227 CD ARG M 93 -14.987 -93.979 -24.955 1.00180.06 C \ ANISOU48227 CD ARG M 93 7677 16306 19877 -763 1138 1744 C \ ATOM 48228 NE ARG M 93 -15.804 -93.342 -25.988 1.00184.14 N \ ANISOU48228 NE ARG M 93 7744 16594 19644 -817 1220 2092 N \ ATOM 48229 CZ ARG M 93 -15.340 -92.906 -27.159 1.00181.01 C \ ANISOU48229 CZ ARG M 93 8101 16913 20039 -657 1134 2280 C \ ATOM 48230 NH1 ARG M 93 -14.051 -93.033 -27.473 1.00172.86 N \ ANISOU48230 NH1 ARG M 93 7596 16230 20326 -949 1127 1811 N \ ATOM 48231 NH2 ARG M 93 -16.175 -92.338 -28.022 1.00184.22 N \ ANISOU48231 NH2 ARG M 93 8082 16413 21291 -720 871 1514 N \ ATOM 48232 N ARG M 94 -10.756 -91.329 -23.101 1.00144.21 N \ ANISOU48232 N ARG M 94 8474 16620 21963 -663 765 1597 N \ ATOM 48233 CA ARG M 94 -9.595 -91.912 -22.456 1.00144.61 C \ ANISOU48233 CA ARG M 94 8263 16514 21562 -553 741 1135 C \ ATOM 48234 C ARG M 94 -9.167 -91.072 -21.259 1.00136.30 C \ ANISOU48234 C ARG M 94 7144 16228 18791 -1028 1366 2164 C \ ATOM 48235 O ARG M 94 -8.130 -91.336 -20.659 1.00131.27 O \ ANISOU48235 O ARG M 94 7127 16558 18675 -1151 1392 2469 O \ ATOM 48236 CB ARG M 94 -8.428 -92.107 -23.434 1.00152.76 C \ ANISOU48236 CB ARG M 94 7236 16633 18718 -833 1394 2596 C \ ATOM 48237 CG ARG M 94 -8.642 -93.230 -24.453 1.00165.33 C \ ANISOU48237 CG ARG M 94 5975 15724 17497 -912 1433 2836 C \ ATOM 48238 CD ARG M 94 -7.447 -94.207 -24.530 1.00170.64 C \ ANISOU48238 CD ARG M 94 7335 17027 18724 -1505 1482 2447 C \ ATOM 48239 NE ARG M 94 -7.790 -95.405 -25.309 1.00181.50 N \ ANISOU48239 NE ARG M 94 7474 16455 18868 -434 1352 2427 N \ ATOM 48240 CZ ARG M 94 -7.209 -96.600 -25.181 1.00184.13 C \ ANISOU48240 CZ ARG M 94 7469 16271 18655 -12 1446 2514 C \ ATOM 48241 NH1 ARG M 94 -6.235 -96.788 -24.295 1.00179.04 N \ ANISOU48241 NH1 ARG M 94 7016 16118 18281 68 1505 2899 N \ ATOM 48242 NH2 ARG M 94 -7.612 -97.615 -25.941 1.00190.10 N \ ANISOU48242 NH2 ARG M 94 6724 16097 18097 -46 1694 3071 N \ ATOM 48243 N GLY M 95 -9.947 -90.041 -20.942 1.00134.93 N \ ANISOU48243 N GLY M 95 8136 16412 19104 547 1290 2289 N \ ATOM 48244 CA GLY M 95 -9.695 -89.210 -19.773 1.00132.60 C \ ANISOU48244 CA GLY M 95 8803 16794 19698 632 1211 1871 C \ ATOM 48245 C GLY M 95 -8.323 -88.552 -19.742 1.00130.66 C \ ANISOU48245 C GLY M 95 8823 16950 19666 306 1446 1810 C \ ATOM 48246 O GLY M 95 -7.623 -88.581 -18.727 1.00129.08 O \ ANISOU48246 O GLY M 95 9003 17086 19607 433 1745 2007 O \ ATOM 48247 N LEU M 96 -7.949 -87.948 -20.865 1.00130.88 N \ ANISOU48247 N LEU M 96 9186 17315 19755 142 1981 1985 N \ ATOM 48248 CA LEU M 96 -6.651 -87.319 -21.045 1.00127.35 C \ ANISOU48248 CA LEU M 96 9093 17309 19726 -235 1937 1773 C \ ATOM 48249 C LEU M 96 -6.835 -85.888 -21.536 1.00131.23 C \ ANISOU48249 C LEU M 96 9454 17506 19951 239 2292 2186 C \ ATOM 48250 O LEU M 96 -7.912 -85.533 -21.999 1.00135.27 O \ ANISOU48250 O LEU M 96 7253 16315 18532 256 1356 3037 O \ ATOM 48251 CB LEU M 96 -5.863 -88.115 -22.072 1.00127.68 C \ ANISOU48251 CB LEU M 96 7579 16841 18855 526 1431 3412 C \ ATOM 48252 CG LEU M 96 -5.369 -89.441 -21.523 1.00129.44 C \ ANISOU48252 CG LEU M 96 7052 16988 18651 165 1561 3675 C \ ATOM 48253 CD1 LEU M 96 -4.483 -90.140 -22.537 1.00131.60 C \ ANISOU48253 CD1 LEU M 96 6698 16833 18434 365 1741 3937 C \ ATOM 48254 CD2 LEU M 96 -4.616 -89.180 -20.235 1.00127.47 C \ ANISOU48254 CD2 LEU M 96 7823 16907 19023 774 1258 3535 C \ ATOM 48255 N PRO M 97 -5.788 -85.052 -21.430 1.00131.65 N \ ANISOU48255 N PRO M 97 8179 17012 19107 1373 1319 3724 N \ ATOM 48256 CA PRO M 97 -5.884 -83.685 -21.961 1.00131.62 C \ ANISOU48256 CA PRO M 97 7424 17038 18834 450 1245 3812 C \ ATOM 48257 C PRO M 97 -6.239 -83.633 -23.444 1.00133.17 C \ ANISOU48257 C PRO M 97 7098 17371 18844 -337 1473 3584 C \ ATOM 48258 O PRO M 97 -5.550 -84.224 -24.285 1.00134.13 O \ ANISOU48258 O PRO M 97 7482 18382 19545 -698 1494 3708 O \ ATOM 48259 CB PRO M 97 -4.465 -83.144 -21.773 1.00130.61 C \ ANISOU48259 CB PRO M 97 7928 18762 20129 -898 1673 3536 C \ ATOM 48260 CG PRO M 97 -3.600 -84.368 -21.573 1.00129.33 C \ ANISOU48260 CG PRO M 97 7647 18903 20275 -1080 1759 3664 C \ ATOM 48261 CD PRO M 97 -4.481 -85.292 -20.803 1.00128.80 C \ ANISOU48261 CD PRO M 97 7142 18351 19148 -1053 1307 3655 C \ ATOM 48262 N VAL M 98 -7.290 -82.880 -23.750 1.00130.85 N \ ANISOU48262 N VAL M 98 7052 18924 19341 -1379 1205 3704 N \ ATOM 48263 CA VAL M 98 -7.830 -82.791 -25.099 1.00131.57 C \ ANISOU48263 CA VAL M 98 7267 19629 19551 -1303 1026 3958 C \ ATOM 48264 C VAL M 98 -7.248 -81.621 -25.872 1.00128.93 C \ ANISOU48264 C VAL M 98 7655 20675 20440 -1264 980 4191 C \ ATOM 48265 O VAL M 98 -7.435 -81.509 -27.079 1.00128.99 O \ ANISOU48265 O VAL M 98 8140 21605 21240 -1582 833 4041 O \ ATOM 48266 CB VAL M 98 -9.348 -82.610 -25.045 1.00134.36 C \ ANISOU48266 CB VAL M 98 8308 21798 21375 -1961 730 3736 C \ ATOM 48267 CG1 VAL M 98 -9.941 -83.593 -24.064 1.00135.11 C \ ANISOU48267 CG1 VAL M 98 8320 22212 21822 -1517 784 4185 C \ ATOM 48268 CG2 VAL M 98 -9.706 -81.187 -24.623 1.00132.94 C \ ANISOU48268 CG2 VAL M 98 8331 18629 20229 -850 1735 3247 C \ ATOM 48269 N ARG M 99 -6.532 -80.758 -25.164 1.00126.62 N \ ANISOU48269 N ARG M 99 8287 18372 20171 -1017 1925 3045 N \ ATOM 48270 CA ARG M 99 -6.070 -79.495 -25.719 1.00128.51 C \ ANISOU48270 CA ARG M 99 8741 18535 20648 -637 2249 3186 C \ ATOM 48271 C ARG M 99 -4.663 -79.584 -26.316 1.00129.41 C \ ANISOU48271 C ARG M 99 8993 18834 21170 -837 2483 3214 C \ ATOM 48272 O ARG M 99 -4.046 -78.571 -26.662 1.00131.66 O \ ANISOU48272 O ARG M 99 7366 17024 18888 -1045 1871 2702 O \ ATOM 48273 CB ARG M 99 -6.223 -78.351 -24.711 1.00128.61 C \ ANISOU48273 CB ARG M 99 6806 16381 18252 -1408 1968 2464 C \ ATOM 48274 CG ARG M 99 -7.676 -77.900 -24.514 1.00132.70 C \ ANISOU48274 CG ARG M 99 6496 15706 17629 -1346 1939 2175 C \ ATOM 48275 CD ARG M 99 -7.793 -76.443 -24.046 1.00136.36 C \ ANISOU48275 CD ARG M 99 6420 15662 17408 -1753 1944 1976 C \ ATOM 48276 NE ARG M 99 -9.130 -76.132 -23.535 1.00141.94 N \ ANISOU48276 NE ARG M 99 6277 15253 17073 -1650 1942 1756 N \ ATOM 48277 CZ ARG M 99 -10.117 -75.583 -24.247 1.00150.12 C \ ANISOU48277 CZ ARG M 99 8607 18045 20212 -58 2277 3274 C \ ATOM 48278 NH1 ARG M 99 -9.953 -75.261 -25.526 1.00155.37 N \ ANISOU48278 NH1 ARG M 99 8481 17511 19887 477 2611 3416 N \ ATOM 48279 NH2 ARG M 99 -11.283 -75.347 -23.672 1.00152.27 N \ ANISOU48279 NH2 ARG M 99 8473 16850 19289 871 2597 3094 N \ ATOM 48280 N GLY M 100 -4.157 -80.806 -26.428 1.00128.77 N \ ANISOU48280 N GLY M 100 8428 16745 19139 664 2328 2767 N \ ATOM 48281 CA GLY M 100 -2.887 -81.019 -27.091 1.00133.00 C \ ANISOU48281 CA GLY M 100 8844 16747 19285 1484 2904 3198 C \ ATOM 48282 C GLY M 100 -1.648 -80.737 -26.267 1.00134.16 C \ ANISOU48282 C GLY M 100 9372 16636 19148 2055 2891 2910 C \ ATOM 48283 O GLY M 100 -0.732 -80.019 -26.696 1.00136.19 O \ ANISOU48283 O GLY M 100 9747 16905 19466 1711 2871 2559 O \ ATOM 48284 N GLN M 101 -1.629 -81.312 -25.071 1.00131.45 N \ ANISOU48284 N GLN M 101 9626 17056 19726 1107 3019 2598 N \ ATOM 48285 CA GLN M 101 -0.478 -81.221 -24.189 1.00127.59 C \ ANISOU48285 CA GLN M 101 9970 16856 19454 2662 3408 3242 C \ ATOM 48286 C GLN M 101 0.547 -82.363 -24.363 1.00126.91 C \ ANISOU48286 C GLN M 101 10043 17317 19937 2662 3530 3686 C \ ATOM 48287 O GLN M 101 0.515 -83.170 -25.322 1.00124.94 O \ ANISOU48287 O GLN M 101 9423 17412 20058 1779 3294 3667 O \ ATOM 48288 CB GLN M 101 -0.950 -81.153 -22.727 1.00121.81 C \ ANISOU48288 CB GLN M 101 10646 17423 19904 2114 2661 2198 C \ ATOM 48289 CG GLN M 101 -1.704 -79.863 -22.323 1.00119.97 C \ ANISOU48289 CG GLN M 101 11601 18326 20819 1831 2625 1868 C \ ATOM 48290 CD GLN M 101 -3.220 -79.915 -22.546 1.00118.60 C \ ANISOU48290 CD GLN M 101 12708 19105 21680 1914 3129 1982 C \ ATOM 48291 OE1 GLN M 101 -3.705 -80.458 -23.541 1.00118.72 O \ ANISOU48291 OE1 GLN M 101 13530 19441 21981 2610 3398 2075 O \ ATOM 48292 NE2 GLN M 101 -3.969 -79.336 -21.613 1.00112.31 N \ ANISOU48292 NE2 GLN M 101 12263 18720 21144 2317 2266 1448 N \ ATOM 48293 N ARG M 102 1.485 -82.386 -23.428 1.00129.88 N \ ANISOU48293 N ARG M 102 12443 19173 21731 2113 1768 1240 N \ ATOM 48294 CA ARG M 102 2.348 -83.535 -23.261 1.00133.04 C \ ANISOU48294 CA ARG M 102 12732 19837 22499 1423 1680 1089 C \ ATOM 48295 C ARG M 102 1.796 -84.345 -22.100 1.00125.73 C \ ANISOU48295 C ARG M 102 13644 20951 23882 1254 1292 926 C \ ATOM 48296 O ARG M 102 1.413 -83.797 -21.066 1.00123.54 O \ ANISOU48296 O ARG M 102 14293 21958 25017 659 1258 947 O \ ATOM 48297 CB ARG M 102 3.814 -83.125 -23.024 1.00141.68 C \ ANISOU48297 CB ARG M 102 14520 22387 25230 200 1521 1080 C \ ATOM 48298 CG ARG M 102 4.100 -82.359 -21.730 1.00146.75 C \ ANISOU48298 CG ARG M 102 14398 22169 25609 552 980 840 C \ ATOM 48299 CD ARG M 102 5.426 -82.802 -21.102 1.00150.94 C \ ANISOU48299 CD ARG M 102 12977 19564 22264 1253 3269 1966 C \ ATOM 48300 NE ARG M 102 6.568 -82.629 -22.001 1.00157.21 N \ ANISOU48300 NE ARG M 102 14057 20244 23151 1270 3750 2028 N \ ATOM 48301 CZ ARG M 102 7.792 -83.098 -21.760 1.00160.46 C \ ANISOU48301 CZ ARG M 102 14700 20717 23514 1124 3682 1663 C \ ATOM 48302 NH1 ARG M 102 8.044 -83.777 -20.646 1.00159.50 N \ ANISOU48302 NH1 ARG M 102 14596 20902 23691 490 3543 1534 N \ ATOM 48303 NH2 ARG M 102 8.769 -82.893 -22.633 1.00163.71 N \ ANISOU48303 NH2 ARG M 102 13966 20424 23684 658 4004 2299 N \ ATOM 48304 N THR M 103 1.661 -85.643 -22.315 1.00119.24 N \ ANISOU48304 N THR M 103 13337 20467 23602 -31 3605 2253 N \ ATOM 48305 CA THR M 103 1.234 -86.532 -21.256 1.00110.83 C \ ANISOU48305 CA THR M 103 13294 20762 24245 -530 3780 2496 C \ ATOM 48306 C THR M 103 2.351 -87.348 -20.609 1.00103.64 C \ ANISOU48306 C THR M 103 12734 20882 24114 -1102 3348 2442 C \ ATOM 48307 O THR M 103 2.118 -88.014 -19.600 1.00102.39 O \ ANISOU48307 O THR M 103 12340 20823 23728 -854 3058 2581 O \ ATOM 48308 CB THR M 103 0.243 -87.492 -21.823 1.00111.22 C \ ANISOU48308 CB THR M 103 15543 21072 23741 1777 3803 1514 C \ ATOM 48309 OG1 THR M 103 0.939 -88.420 -22.663 1.00111.51 O \ ANISOU48309 OG1 THR M 103 15761 21216 23694 1799 3647 1142 O \ ATOM 48310 CG2 THR M 103 -0.780 -86.724 -22.650 1.00115.25 C \ ANISOU48310 CG2 THR M 103 16395 21381 23985 1737 4110 1134 C \ ATOM 48311 N ARG M 104 3.559 -87.274 -21.166 1.00104.46 N \ ANISOU48311 N ARG M 104 17047 21558 24404 2004 4598 1383 N \ ATOM 48312 CA ARG M 104 4.674 -88.098 -20.698 1.00110.85 C \ ANISOU48312 CA ARG M 104 17793 23118 25319 2581 3332 874 C \ ATOM 48313 C ARG M 104 4.908 -87.853 -19.226 1.00111.54 C \ ANISOU48313 C ARG M 104 17469 23139 25342 2599 2897 856 C \ ATOM 48314 O ARG M 104 5.167 -88.785 -18.473 1.00112.80 O \ ANISOU48314 O ARG M 104 17613 23044 25094 2558 3118 490 O \ ATOM 48315 CB ARG M 104 5.961 -87.809 -21.479 1.00113.75 C \ ANISOU48315 CB ARG M 104 16089 21179 23669 1396 3994 872 C \ ATOM 48316 CG ARG M 104 7.128 -88.759 -21.151 1.00105.58 C \ ANISOU48316 CG ARG M 104 16474 21113 23724 1243 4382 820 C \ ATOM 48317 CD ARG M 104 8.394 -88.405 -21.914 1.00107.98 C \ ANISOU48317 CD ARG M 104 16229 20609 22904 1780 4392 550 C \ ATOM 48318 NE ARG M 104 9.223 -89.579 -22.155 1.00118.02 N \ ANISOU48318 NE ARG M 104 16114 20638 22661 2344 4105 396 N \ ATOM 48319 CZ ARG M 104 10.368 -89.556 -22.836 1.00123.84 C \ ANISOU48319 CZ ARG M 104 16593 21513 24209 405 4278 753 C \ ATOM 48320 NH1 ARG M 104 10.802 -88.409 -23.331 1.00128.25 N \ ANISOU48320 NH1 ARG M 104 16229 21547 24460 -80 4158 976 N \ ATOM 48321 NH2 ARG M 104 11.085 -90.667 -23.030 1.00125.09 N \ ANISOU48321 NH2 ARG M 104 16500 21855 24199 274 3896 506 N \ ATOM 48322 N THR M 105 4.827 -86.586 -18.831 1.00114.73 N \ ANISOU48322 N THR M 105 16437 20419 22767 1640 4709 474 N \ ATOM 48323 CA THR M 105 4.772 -86.198 -17.426 1.00118.81 C \ ANISOU48323 CA THR M 105 16819 20623 22634 2108 4730 225 C \ ATOM 48324 C THR M 105 3.661 -85.194 -17.286 1.00119.00 C \ ANISOU48324 C THR M 105 16439 20904 22646 1873 4268 -32 C \ ATOM 48325 O THR M 105 3.118 -84.743 -18.290 1.00123.14 O \ ANISOU48325 O THR M 105 15920 20913 22730 1359 3960 0 O \ ATOM 48326 CB THR M 105 6.068 -85.516 -16.939 1.00124.16 C \ ANISOU48326 CB THR M 105 17411 20534 22719 2013 5241 244 C \ ATOM 48327 OG1 THR M 105 6.581 -84.652 -17.962 1.00127.14 O \ ANISOU48327 OG1 THR M 105 16351 20790 22247 2279 4263 -256 O \ ATOM 48328 CG2 THR M 105 7.117 -86.548 -16.572 1.00125.28 C \ ANISOU48328 CG2 THR M 105 15583 20673 21978 2147 3889 -471 C \ ATOM 48329 N ASN M 106 3.295 -84.876 -16.050 1.00115.77 N \ ANISOU48329 N ASN M 106 15394 20406 21491 2203 4085 -609 N \ ATOM 48330 CA ASN M 106 2.555 -83.651 -15.793 1.00115.43 C \ ANISOU48330 CA ASN M 106 14465 19987 21031 1927 3916 -692 C \ ATOM 48331 C ASN M 106 1.080 -83.622 -16.128 1.00115.76 C \ ANISOU48331 C ASN M 106 11520 18688 18418 -2943 294 5390 C \ ATOM 48332 O ASN M 106 0.428 -82.614 -15.901 1.00118.58 O \ ANISOU48332 O ASN M 106 11425 18279 17952 -2537 403 4908 O \ ATOM 48333 CB ASN M 106 3.219 -82.481 -16.502 1.00116.20 C \ ANISOU48333 CB ASN M 106 11682 18780 18271 -1944 1227 4771 C \ ATOM 48334 CG ASN M 106 4.071 -81.689 -15.593 1.00120.50 C \ ANISOU48334 CG ASN M 106 11717 19676 19413 -1784 1662 5177 C \ ATOM 48335 OD1 ASN M 106 3.922 -80.476 -15.501 1.00123.85 O \ ANISOU48335 OD1 ASN M 106 11242 17152 16449 -2637 64 4183 O \ ATOM 48336 ND2 ASN M 106 4.969 -82.364 -14.885 1.00121.96 N \ ANISOU48336 ND2 ASN M 106 11618 18040 17071 -1650 1460 4123 N \ ATOM 48337 N ALA M 107 0.528 -84.701 -16.653 1.00110.97 N \ ANISOU48337 N ALA M 107 11352 17905 16596 -1165 2272 3874 N \ ATOM 48338 CA ALA M 107 -0.818 -84.615 -17.205 1.00111.49 C \ ANISOU48338 CA ALA M 107 11358 17969 16085 -1309 2542 4003 C \ ATOM 48339 C ALA M 107 -1.864 -84.665 -16.096 1.00112.09 C \ ANISOU48339 C ALA M 107 11713 17753 15670 -1602 2046 3949 C \ ATOM 48340 O ALA M 107 -3.064 -84.809 -16.354 1.00103.16 O \ ANISOU48340 O ALA M 107 10875 16685 14983 -902 2377 3118 O \ ATOM 48341 CB ALA M 107 -1.048 -85.698 -18.213 1.00113.40 C \ ANISOU48341 CB ALA M 107 10683 16128 14809 -1013 1906 2959 C \ ATOM 48342 N ARG M 108 -1.369 -84.560 -14.861 1.00112.64 N \ ANISOU48342 N ARG M 108 11405 16403 14932 -656 2325 2398 N \ ATOM 48343 CA ARG M 108 -2.106 -84.903 -13.649 1.00111.58 C \ ANISOU48343 CA ARG M 108 12173 16729 14384 -588 2542 1690 C \ ATOM 48344 C ARG M 108 -3.527 -84.428 -13.639 1.00109.00 C \ ANISOU48344 C ARG M 108 12341 16381 13581 -849 2132 1094 C \ ATOM 48345 O ARG M 108 -4.423 -85.248 -13.689 1.00107.69 O \ ANISOU48345 O ARG M 108 12185 16052 13502 -1280 1532 1119 O \ ATOM 48346 CB ARG M 108 -1.419 -84.380 -12.379 1.00114.89 C \ ANISOU48346 CB ARG M 108 12347 16129 12560 -720 2318 435 C \ ATOM 48347 CG ARG M 108 -0.042 -84.983 -12.030 1.00119.21 C \ ANISOU48347 CG ARG M 108 10849 18120 15995 -1143 3299 4160 C \ ATOM 48348 CD ARG M 108 0.197 -86.391 -12.575 1.00119.59 C \ ANISOU48348 CD ARG M 108 11149 18443 15616 -1411 3574 4347 C \ ATOM 48349 NE ARG M 108 -0.761 -87.389 -12.103 1.00120.27 N \ ANISOU48349 NE ARG M 108 12184 18519 15022 -1317 3407 3842 N \ ATOM 48350 CZ ARG M 108 -0.787 -88.644 -12.541 1.00121.74 C \ ANISOU48350 CZ ARG M 108 13211 19011 15276 -1625 2976 4021 C \ ATOM 48351 NH1 ARG M 108 0.099 -89.047 -13.449 1.00121.40 N \ ANISOU48351 NH1 ARG M 108 11066 19323 16139 -1323 4534 4444 N \ ATOM 48352 NH2 ARG M 108 -1.693 -89.497 -12.076 1.00123.46 N \ ANISOU48352 NH2 ARG M 108 10986 20375 17686 -1569 4666 5006 N \ ATOM 48353 N THR M 109 -3.742 -83.118 -13.594 1.00110.80 N \ ANISOU48353 N THR M 109 11964 22063 18925 -1594 5510 4791 N \ ATOM 48354 CA THR M 109 -5.070 -82.613 -13.230 1.00113.89 C \ ANISOU48354 CA THR M 109 13116 22908 18743 -2192 5681 4972 C \ ATOM 48355 C THR M 109 -6.207 -83.254 -14.035 1.00112.36 C \ ANISOU48355 C THR M 109 13944 24487 19845 -2488 6444 4777 C \ ATOM 48356 O THR M 109 -7.259 -83.554 -13.476 1.00110.45 O \ ANISOU48356 O THR M 109 12050 18122 14397 -899 3672 3204 O \ ATOM 48357 CB THR M 109 -5.153 -81.056 -13.189 1.00115.15 C \ ANISOU48357 CB THR M 109 12309 17622 13215 -799 3481 2654 C \ ATOM 48358 OG1 THR M 109 -5.896 -80.637 -12.026 1.00116.59 O \ ANISOU48358 OG1 THR M 109 11769 16393 12273 -1007 2538 2562 O \ ATOM 48359 CG2 THR M 109 -5.815 -80.533 -14.425 1.00113.95 C \ ANISOU48359 CG2 THR M 109 12313 16396 11880 -1032 2213 2398 C \ ATOM 48360 N ARG M 110 -5.963 -83.535 -15.313 1.00114.00 N \ ANISOU48360 N ARG M 110 12399 17562 12914 -401 3863 1935 N \ ATOM 48361 CA ARG M 110 -6.937 -84.260 -16.128 1.00119.51 C \ ANISOU48361 CA ARG M 110 11265 15919 12516 -1173 2066 2659 C \ ATOM 48362 C ARG M 110 -6.909 -85.782 -15.854 1.00123.22 C \ ANISOU48362 C ARG M 110 11658 15722 12591 -1396 1243 2416 C \ ATOM 48363 O ARG M 110 -7.934 -86.478 -15.971 1.00123.24 O \ ANISOU48363 O ARG M 110 12574 16435 13665 -1766 803 3005 O \ ATOM 48364 CB ARG M 110 -6.699 -83.964 -17.613 1.00117.49 C \ ANISOU48364 CB ARG M 110 13032 16316 13905 -1926 110 2774 C \ ATOM 48365 CG ARG M 110 -7.701 -84.616 -18.529 1.00119.27 C \ ANISOU48365 CG ARG M 110 11606 15721 13036 -1558 889 2178 C \ ATOM 48366 CD ARG M 110 -8.442 -83.591 -19.347 1.00122.24 C \ ANISOU48366 CD ARG M 110 11839 15783 12722 -1340 1069 1414 C \ ATOM 48367 NE ARG M 110 -9.892 -83.703 -19.196 1.00128.36 N \ ANISOU48367 NE ARG M 110 11688 15321 12326 -1667 443 832 N \ ATOM 48368 CZ ARG M 110 -10.643 -84.635 -19.782 1.00134.19 C \ ANISOU48368 CZ ARG M 110 12332 16072 12263 -963 1482 900 C \ ATOM 48369 NH1 ARG M 110 -10.076 -85.554 -20.550 1.00135.49 N \ ANISOU48369 NH1 ARG M 110 12734 17063 14222 -1940 1218 3706 N \ ATOM 48370 NH2 ARG M 110 -11.963 -84.656 -19.597 1.00137.79 N \ ANISOU48370 NH2 ARG M 110 13332 17333 14695 -2372 865 4293 N \ ATOM 48371 N LYS M 111 -5.724 -86.267 -15.470 1.00124.20 N \ ANISOU48371 N LYS M 111 15511 18866 15605 -2285 873 4250 N \ ATOM 48372 CA LYS M 111 -5.414 -87.699 -15.296 1.00123.25 C \ ANISOU48372 CA LYS M 111 17127 19883 16772 -2633 473 4716 C \ ATOM 48373 C LYS M 111 -5.887 -88.312 -13.963 1.00126.13 C \ ANISOU48373 C LYS M 111 12070 16923 14405 -2761 1260 5061 C \ ATOM 48374 O LYS M 111 -6.389 -89.436 -13.937 1.00128.96 O \ ANISOU48374 O LYS M 111 10345 16105 13941 -2615 1516 5051 O \ ATOM 48375 CB LYS M 111 -3.894 -87.903 -15.440 1.00113.91 C \ ANISOU48375 CB LYS M 111 11815 16279 14335 -3328 637 5558 C \ ATOM 48376 CG LYS M 111 -3.463 -89.226 -16.050 1.00109.06 C \ ANISOU48376 CG LYS M 111 8925 14507 13017 -2821 800 4980 C \ ATOM 48377 CD LYS M 111 -1.949 -89.301 -16.101 1.00104.83 C \ ANISOU48377 CD LYS M 111 16312 19698 15759 -1855 1253 3690 C \ ATOM 48378 CE LYS M 111 -1.425 -90.128 -17.266 1.00103.93 C \ ANISOU48378 CE LYS M 111 18055 20785 16215 -1725 1081 3512 C \ ATOM 48379 NZ LYS M 111 0.062 -90.039 -17.308 1.00101.60 N \ ANISOU48379 NZ LYS M 111 19219 20927 16996 -1735 43 3372 N \ ATOM 48380 N GLY M 112 -5.718 -87.568 -12.869 1.00123.34 N \ ANISOU48380 N GLY M 112 20733 21745 17577 -1775 -318 3584 N \ ATOM 48381 CA GLY M 112 -6.000 -88.053 -11.528 1.00120.75 C \ ANISOU48381 CA GLY M 112 18022 20932 15638 -1252 1496 2731 C \ ATOM 48382 C GLY M 112 -4.723 -88.318 -10.757 1.00117.42 C \ ANISOU48382 C GLY M 112 20636 22848 17373 -942 852 2041 C \ ATOM 48383 O GLY M 112 -3.641 -88.119 -11.293 1.00116.62 O \ ANISOU48383 O GLY M 112 19692 21630 16957 -838 159 1451 O \ ATOM 48384 N PRO M 113 -4.843 -88.777 -9.503 1.00118.11 N \ ANISOU48384 N PRO M 113 19945 21202 16975 -791 -650 1287 N \ ATOM 48385 CA PRO M 113 -3.762 -89.049 -8.548 1.00118.85 C \ ANISOU48385 CA PRO M 113 18794 21170 16697 -834 401 1138 C \ ATOM 48386 C PRO M 113 -2.695 -89.998 -9.076 1.00121.38 C \ ANISOU48386 C PRO M 113 18078 19675 16561 -1715 -459 2992 C \ ATOM 48387 O PRO M 113 -2.979 -90.781 -9.978 1.00122.14 O \ ANISOU48387 O PRO M 113 18093 18785 16442 -1687 -1417 2693 O \ ATOM 48388 CB PRO M 113 -4.499 -89.714 -7.396 1.00121.80 C \ ANISOU48388 CB PRO M 113 19502 19382 17477 -2035 -1873 3498 C \ ATOM 48389 CG PRO M 113 -5.828 -89.069 -7.411 1.00124.48 C \ ANISOU48389 CG PRO M 113 20088 18988 17526 -1870 -2637 3351 C \ ATOM 48390 CD PRO M 113 -6.161 -88.895 -8.863 1.00123.42 C \ ANISOU48390 CD PRO M 113 16893 17716 16157 -1850 -1771 2309 C \ ATOM 48391 N ARG M 114 -1.484 -89.924 -8.527 1.00126.26 N \ ANISOU48391 N ARG M 114 25693 25589 25045 -1899 -2732 2017 N \ ATOM 48392 CA ARG M 114 -0.384 -90.726 -9.048 1.00133.56 C \ ANISOU48392 CA ARG M 114 16524 15954 16235 -2437 -3060 2867 C \ ATOM 48393 C ARG M 114 -0.619 -92.196 -8.742 1.00140.79 C \ ANISOU48393 C ARG M 114 17272 15390 16545 -2388 -3921 2959 C \ ATOM 48394 O ARG M 114 -0.707 -92.584 -7.580 1.00144.63 O \ ANISOU48394 O ARG M 114 17611 15218 17240 -2999 -4230 3702 O \ ATOM 48395 CB ARG M 114 0.946 -90.301 -8.413 1.00137.19 C \ ANISOU48395 CB ARG M 114 19393 19680 17647 -2524 -1416 4341 C \ ATOM 48396 CG ARG M 114 1.508 -88.964 -8.869 1.00140.40 C \ ANISOU48396 CG ARG M 114 19717 19259 17607 -3048 -1784 5180 C \ ATOM 48397 CD ARG M 114 2.269 -89.094 -10.171 1.00144.93 C \ ANISOU48397 CD ARG M 114 21182 19770 17724 -2932 -2151 5340 C \ ATOM 48398 NE ARG M 114 2.882 -87.829 -10.571 1.00153.91 N \ ANISOU48398 NE ARG M 114 22875 20367 18873 -3271 -2793 5910 N \ ATOM 48399 CZ ARG M 114 3.244 -87.526 -11.819 1.00161.25 C \ ANISOU48399 CZ ARG M 114 19043 19491 17340 -3596 -1005 5940 C \ ATOM 48400 NH1 ARG M 114 3.038 -88.394 -12.804 1.00163.54 N \ ANISOU48400 NH1 ARG M 114 21320 20263 17295 -2470 -1806 4827 N \ ATOM 48401 NH2 ARG M 114 3.801 -86.348 -12.091 1.00163.64 N \ ANISOU48401 NH2 ARG M 114 23150 21413 17777 -2341 -2086 4923 N \ ATOM 48402 N LYS M 115 -0.686 -93.022 -9.779 1.00144.24 N \ ANISOU48402 N LYS M 115 25049 21959 19343 -2060 -3328 4743 N \ ATOM 48403 CA LYS M 115 -0.806 -94.460 -9.572 1.00151.21 C \ ANISOU48403 CA LYS M 115 27211 23306 20349 -2045 -3804 5056 C \ ATOM 48404 C LYS M 115 0.458 -95.168 -10.062 1.00155.10 C \ ANISOU48404 C LYS M 115 22004 21013 16287 -1851 -1516 4185 C \ ATOM 48405 O LYS M 115 0.658 -95.336 -11.264 1.00155.78 O \ ANISOU48405 O LYS M 115 20865 19900 15683 -1238 -1947 3120 O \ ATOM 48406 CB LYS M 115 -2.060 -94.995 -10.275 1.00152.85 C \ ANISOU48406 CB LYS M 115 20809 20185 14903 -803 -1698 2432 C \ ATOM 48407 CG LYS M 115 -2.401 -94.298 -11.593 1.00151.09 C \ ANISOU48407 CG LYS M 115 19955 20397 14079 -866 -500 2340 C \ ATOM 48408 CD LYS M 115 -3.766 -94.750 -12.124 1.00153.44 C \ ANISOU48408 CD LYS M 115 19237 20094 12974 -433 -218 1413 C \ ATOM 48409 CE LYS M 115 -4.149 -94.044 -13.424 1.00151.94 C \ ANISOU48409 CE LYS M 115 25986 31693 21369 614 240 -3343 C \ ATOM 48410 NZ LYS M 115 -4.274 -92.562 -13.272 1.00149.73 N \ ANISOU48410 NZ LYS M 115 25944 30374 19899 694 680 -2487 N \ ATOM 48411 N THR M 116 1.280 -95.631 -9.122 1.00158.85 N \ ANISOU48411 N THR M 116 24662 29224 18852 1240 516 -2252 N \ ATOM 48412 CA THR M 116 2.661 -96.025 -9.427 1.00159.68 C \ ANISOU48412 CA THR M 116 23899 28665 18997 1555 -124 -2375 C \ ATOM 48413 C THR M 116 2.845 -97.543 -9.568 1.00162.55 C \ ANISOU48413 C THR M 116 26559 30730 19333 288 1446 -2284 C \ ATOM 48414 O THR M 116 2.160 -98.330 -8.910 1.00165.83 O \ ANISOU48414 O THR M 116 26888 30556 19100 -271 1675 -2317 O \ ATOM 48415 CB THR M 116 3.661 -95.429 -8.386 1.00174.31 C \ ANISOU48415 CB THR M 116 27275 29361 18262 -254 1843 -1602 C \ ATOM 48416 OG1 THR M 116 3.470 -94.011 -8.288 1.00173.57 O \ ANISOU48416 OG1 THR M 116 27489 29112 18517 -536 1640 -1692 O \ ATOM 48417 CG2 THR M 116 5.105 -95.702 -8.779 1.00173.05 C \ ANISOU48417 CG2 THR M 116 27285 28752 18924 -341 1062 -1731 C \ ATOM 48418 N VAL M 117 3.766 -97.932 -10.450 1.00160.38 N \ ANISOU48418 N VAL M 117 26767 28492 19027 111 635 -1679 N \ ATOM 48419 CA VAL M 117 4.009 -99.325 -10.826 1.00161.36 C \ ANISOU48419 CA VAL M 117 27620 28629 19202 -633 880 -1805 C \ ATOM 48420 C VAL M 117 5.408 -99.821 -10.416 1.00157.23 C \ ANISOU48420 C VAL M 117 24000 28372 17339 1327 1045 -1906 C \ ATOM 48421 O VAL M 117 6.106 -99.157 -9.656 1.00156.37 O \ ANISOU48421 O VAL M 117 22605 27259 16150 1827 983 -1754 O \ ATOM 48422 CB VAL M 117 3.817 -99.513 -12.338 1.00164.01 C \ ANISOU48422 CB VAL M 117 21197 25635 15382 2240 379 -1607 C \ ATOM 48423 CG1 VAL M 117 2.495 -98.892 -12.781 1.00163.80 C \ ANISOU48423 CG1 VAL M 117 20461 25733 15698 2562 -36 -1926 C \ ATOM 48424 CG2 VAL M 117 4.971 -98.885 -13.099 1.00164.64 C \ ANISOU48424 CG2 VAL M 117 19168 25283 13521 1852 1032 -2347 C \ ATOM 48425 N ALA M 118 5.788-101.010 -10.884 1.00156.92 N \ ANISOU48425 N ALA M 118 18334 25512 14172 1865 469 -3078 N \ ATOM 48426 CA ALA M 118 7.138-101.539 -10.668 1.00158.11 C \ ANISOU48426 CA ALA M 118 19629 25925 13133 1322 1664 -2416 C \ ATOM 48427 C ALA M 118 8.218-100.787 -11.474 1.00157.88 C \ ANISOU48427 C ALA M 118 20935 24266 14463 2181 314 -1139 C \ ATOM 48428 O ALA M 118 7.911 -99.840 -12.213 1.00156.76 O \ ANISOU48428 O ALA M 118 20382 23421 14364 2358 -292 -980 O \ ATOM 48429 CB ALA M 118 7.178-103.027 -11.003 1.00159.66 C \ ANISOU48429 CB ALA M 118 19779 22831 13783 2799 -341 -690 C \ ATOM 48430 N GLY M 119 9.477-101.213 -11.332 1.00156.30 N \ ANISOU48430 N GLY M 119 19567 22589 14104 2919 -907 -621 N \ ATOM 48431 CA GLY M 119 10.602-100.519 -11.953 1.00153.27 C \ ANISOU48431 CA GLY M 119 20845 22749 13853 2049 -160 -572 C \ ATOM 48432 C GLY M 119 11.695-101.397 -12.549 1.00150.78 C \ ANISOU48432 C GLY M 119 21271 22884 13451 1755 462 -567 C \ ATOM 48433 O GLY M 119 12.476-100.967 -13.409 1.00146.02 O \ ANISOU48433 O GLY M 119 21351 23604 13552 1928 826 -702 O \ """, "4ji7.interface.27") 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. M & i. 2-119') cmd.show('cartoon', 'dom') cmd.spectrum('count', 'rainbow', 'dom') cmd.create('partner', 'c. S & i. 2-81') cmd.show('cartoon', 'partner') cmd.select('inter_resi', 'c. S & i. 2 | c. S & i. 3 | c. S & i. 65 | c. S & i. 69 | c. S & i. 73 | c. S & i. 74 | c. S & i. 80 | c. S & i. 81') 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()