cmd.read_pdbstr("""\\nATOM 48604 N LEU Q 12 -47.208 -88.945 8.970 1.00168.50 N \ ANISOU48604 N LEU Q 12 21724 21142 21156 -3303 -2196 3277 N \ ATOM 48605 CA LEU Q 12 -48.066 -90.153 9.126 1.00165.27 C \ ANISOU48605 CA LEU Q 12 21148 20970 20676 -2989 -2308 3198 C \ ATOM 48606 C LEU Q 12 -49.185 -89.888 10.131 1.00164.68 C \ ANISOU48606 C LEU Q 12 21019 20542 21008 -2611 -2366 3154 C \ ATOM 48607 O LEU Q 12 -49.038 -90.149 11.329 1.00162.39 O \ ANISOU48607 O LEU Q 12 20617 20238 20845 -2466 -2251 2782 O \ ATOM 48608 CB LEU Q 12 -47.224 -91.363 9.544 1.00161.70 C \ ANISOU48608 CB LEU Q 12 20526 20961 19951 -3002 -2183 2771 C \ ATOM 48609 N GLN Q 13 -50.303 -89.368 9.623 1.00167.15 N \ ANISOU48609 N GLN Q 13 21397 20598 21513 -2462 -2551 3535 N \ ATOM 48610 CA GLN Q 13 -51.471 -89.025 10.444 1.00167.47 C \ ANISOU48610 CA GLN Q 13 21362 20306 21961 -2097 -2619 3510 C \ ATOM 48611 C GLN Q 13 -52.216 -90.252 10.986 1.00163.94 C \ ANISOU48611 C GLN Q 13 20713 20148 21425 -1844 -2658 3283 C \ ATOM 48612 O GLN Q 13 -53.137 -90.116 11.796 1.00163.79 O \ ANISOU48612 O GLN Q 13 20591 19938 21701 -1565 -2683 3173 O \ ATOM 48613 CB GLN Q 13 -52.431 -88.122 9.660 1.00171.48 C \ ANISOU48613 CB GLN Q 13 21975 20479 22700 -1991 -2832 4001 C \ ATOM 48614 N PHE Q 14 -51.811 -91.440 10.528 1.00161.54 N \ ANISOU48614 N PHE Q 14 20361 20301 20716 -1960 -2655 3199 N \ ATOM 48615 CA PHE Q 14 -52.341 -92.723 11.005 1.00158.13 C \ ANISOU48615 CA PHE Q 14 19783 20155 20144 -1783 -2673 2969 C \ ATOM 48616 C PHE Q 14 -51.257 -93.794 10.860 1.00155.76 C \ ANISOU48616 C PHE Q 14 19466 20245 19471 -1959 -2569 2729 C \ ATOM 48617 O PHE Q 14 -51.085 -94.369 9.778 1.00155.90 O \ ANISOU48617 O PHE Q 14 19507 20548 19179 -2113 -2623 2871 O \ ATOM 48618 CB PHE Q 14 -53.594 -93.116 10.221 1.00158.71 C \ ANISOU48618 CB PHE Q 14 19809 20347 20146 -1661 -2875 3259 C \ ATOM 48619 N ALA Q 15 -50.541 -94.060 11.956 1.00153.89 N \ ANISOU48619 N ALA Q 15 19173 20030 19266 -1929 -2425 2357 N \ ATOM 48620 CA ALA Q 15 -49.267 -94.799 11.903 1.00152.53 C \ ANISOU48620 CA ALA Q 15 18974 20169 18810 -2085 -2316 2113 C \ ATOM 48621 C ALA Q 15 -49.137 -96.048 12.801 1.00149.44 C \ ANISOU48621 C ALA Q 15 18487 19981 18309 -1927 -2287 1780 C \ ATOM 48622 O ALA Q 15 -50.123 -96.542 13.355 1.00148.07 O \ ANISOU48622 O ALA Q 15 18283 19765 18211 -1732 -2355 1749 O \ ATOM 48623 CB ALA Q 15 -48.097 -93.836 12.146 1.00154.14 C \ ANISOU48623 CB ALA Q 15 19212 20267 19087 -2290 -2171 2011 C \ ATOM 48624 N LEU Q 16 -47.897 -96.527 12.932 1.00148.73 N \ ANISOU48624 N LEU Q 16 18352 20118 18041 -2024 -2190 1538 N \ ATOM 48625 CA LEU Q 16 -47.554 -97.807 13.566 1.00146.43 C \ ANISOU48625 CA LEU Q 16 17990 20043 17604 -1889 -2184 1259 C \ ATOM 48626 C LEU Q 16 -47.015 -97.660 15.014 1.00145.59 C \ ANISOU48626 C LEU Q 16 17811 19882 17624 -1810 -2110 978 C \ ATOM 48627 O LEU Q 16 -46.900 -96.534 15.510 1.00146.75 O \ ANISOU48627 O LEU Q 16 17956 19828 17974 -1881 -2037 968 O \ ATOM 48628 CB LEU Q 16 -46.538 -98.529 12.675 1.00146.69 C \ ANISOU48628 CB LEU Q 16 17988 20395 17352 -2016 -2146 1167 C \ ATOM 48629 N PRO Q 17 -46.706 -98.795 15.701 1.00143.88 N \ ANISOU48629 N PRO Q 17 17544 19834 17286 -1672 -2134 756 N \ ATOM 48630 CA PRO Q 17 -46.156 -98.795 17.071 1.00143.28 C \ ANISOU48630 CA PRO Q 17 17391 19775 17272 -1611 -2092 504 C \ ATOM 48631 C PRO Q 17 -44.892 -97.959 17.325 1.00144.73 C \ ANISOU48631 C PRO Q 17 17480 20032 17475 -1774 -1969 348 C \ ATOM 48632 O PRO Q 17 -44.912 -97.114 18.219 1.00145.19 O \ ANISOU48632 O PRO Q 17 17511 19948 17703 -1822 -1900 262 O \ ATOM 48633 CB PRO Q 17 -45.881-100.287 17.354 1.00141.86 C \ ANISOU48633 CB PRO Q 17 17201 19796 16903 -1452 -2171 363 C \ ATOM 48634 CG PRO Q 17 -46.140-101.006 16.080 1.00141.82 C \ ANISOU48634 CG PRO Q 17 17257 19880 16745 -1455 -2217 492 C \ ATOM 48635 CD PRO Q 17 -47.104-100.160 15.320 1.00142.61 C \ ANISOU48635 CD PRO Q 17 17424 19816 16944 -1555 -2224 759 C \ ATOM 48636 N HIS Q 18 -43.807 -98.190 16.581 1.00145.64 N \ ANISOU48636 N HIS Q 18 17531 20390 17414 -1878 -1928 278 N \ ATOM 48637 CA HIS Q 18 -42.602 -97.355 16.743 1.00147.27 C \ ANISOU48637 CA HIS Q 18 17634 20708 17613 -2080 -1799 120 C \ ATOM 48638 C HIS Q 18 -42.734 -95.987 16.062 1.00149.35 C \ ANISOU48638 C HIS Q 18 17994 20759 17993 -2332 -1710 311 C \ ATOM 48639 O HIS Q 18 -42.378 -94.960 16.647 1.00150.55 O \ ANISOU48639 O HIS Q 18 18134 20788 18279 -2478 -1602 227 O \ ATOM 48640 CB HIS Q 18 -41.293 -98.072 16.339 1.00147.82 C \ ANISOU48640 CB HIS Q 18 17552 21161 17452 -2105 -1775 -87 C \ ATOM 48641 CG HIS Q 18 -41.440 -99.085 15.242 1.00147.12 C \ ANISOU48641 CG HIS Q 18 17490 21208 17198 -2034 -1839 -17 C \ ATOM 48642 ND1 HIS Q 18 -41.910 -98.770 13.985 1.00147.47 N \ ANISOU48642 ND1 HIS Q 18 17640 21200 17189 -2198 -1827 215 N \ ATOM 48643 CD2 HIS Q 18 -41.132-100.404 15.207 1.00146.05 C \ ANISOU48643 CD2 HIS Q 18 17291 21265 16937 -1832 -1911 -164 C \ ATOM 48644 CE1 HIS Q 18 -41.911 -99.855 13.232 1.00147.03 C \ ANISOU48644 CE1 HIS Q 18 17572 21323 16966 -2121 -1873 186 C \ ATOM 48645 NE2 HIS Q 18 -41.442-100.860 13.950 1.00146.26 N \ ANISOU48645 NE2 HIS Q 18 17380 21352 16840 -1889 -1918 -51 N \ ATOM 48646 N GLU Q 19 -43.258 -95.987 14.837 1.00150.02 N \ ANISOU48646 N GLU Q 19 18185 20794 18020 -2395 -1760 575 N \ ATOM 48647 CA GLU Q 19 -43.524 -94.757 14.089 1.00152.36 C \ ANISOU48647 CA GLU Q 19 18613 20854 18422 -2616 -1722 837 C \ ATOM 48648 C GLU Q 19 -44.837 -94.133 14.559 1.00152.23 C \ ANISOU48648 C GLU Q 19 18700 20433 18706 -2468 -1784 1022 C \ ATOM 48649 O GLU Q 19 -45.048 -92.927 14.432 1.00154.39 O \ ANISOU48649 O GLU Q 19 19076 20403 19179 -2592 -1743 1179 O \ ATOM 48650 CB GLU Q 19 -43.589 -95.041 12.582 1.00153.39 C \ ANISOU48650 CB GLU Q 19 18805 21135 18338 -2755 -1773 1067 C \ ATOM 48651 CG GLU Q 19 -42.338 -95.707 11.986 1.00154.01 C \ ANISOU48651 CG GLU Q 19 18756 21646 18115 -2906 -1697 851 C \ ATOM 48652 CD GLU Q 19 -41.274 -94.715 11.531 1.00156.86 C \ ANISOU48652 CD GLU Q 19 19112 22097 18390 -3279 -1556 822 C \ ATOM 48653 OE1 GLU Q 19 -41.601 -93.782 10.765 1.00159.02 O \ ANISOU48653 OE1 GLU Q 19 19549 22178 18690 -3509 -1558 1126 O \ ATOM 48654 OE2 GLU Q 19 -40.100 -94.883 11.923 1.00157.24 O \ ANISOU48654 OE2 GLU Q 19 18991 22422 18329 -3353 -1449 500 O \ ATOM 48655 N GLN Q 29 -58.264 -90.887 -2.757 1.00196.52 N \ ANISOU48655 N GLN Q 29 24997 26919 22750 -3224 -5110 8117 N \ ATOM 48656 CA GLN Q 29 -58.186 -92.313 -3.056 1.00193.10 C \ ANISOU48656 CA GLN Q 29 24410 27097 21860 -3437 -4961 7751 C \ ATOM 48657 C GLN Q 29 -56.916 -92.940 -2.476 1.00188.70 C \ ANISOU48657 C GLN Q 29 23909 26571 21216 -3605 -4591 7173 C \ ATOM 48658 O GLN Q 29 -55.834 -92.353 -2.553 1.00189.65 O \ ANISOU48658 O GLN Q 29 24213 26518 21325 -3847 -4468 7181 O \ ATOM 48659 CB GLN Q 29 -58.256 -92.544 -4.569 1.00196.56 C \ ANISOU48659 CB GLN Q 29 24866 28081 21734 -3890 -5121 8136 C \ ATOM 48660 N VAL Q 30 -57.062 -94.126 -1.886 1.00184.24 N \ ANISOU48660 N VAL Q 30 23183 26227 20593 -3476 -4424 6678 N \ ATOM 48661 CA VAL Q 30 -55.926 -94.878 -1.339 1.00180.16 C \ ANISOU48661 CA VAL Q 30 22687 25779 19985 -3590 -4102 6123 C \ ATOM 48662 C VAL Q 30 -56.119 -96.387 -1.522 1.00177.31 C \ ANISOU48662 C VAL Q 30 22184 25895 19287 -3671 -3991 5759 C \ ATOM 48663 O VAL Q 30 -57.129 -96.951 -1.086 1.00175.83 O \ ANISOU48663 O VAL Q 30 21862 25753 19191 -3411 -4057 5663 O \ ATOM 48664 CB VAL Q 30 -55.682 -94.552 0.154 1.00177.17 C \ ANISOU48664 CB VAL Q 30 22315 24907 20093 -3227 -3963 5800 C \ ATOM 48665 N ASN Q 31 -55.149 -97.027 -2.176 1.00176.84 N \ ANISOU48665 N ASN Q 31 22159 26191 18841 -4048 -3815 5542 N \ ATOM 48666 CA ASN Q 31 -55.192 -98.466 -2.445 1.00174.57 C \ ANISOU48666 CA ASN Q 31 21766 26334 18229 -4166 -3682 5170 C \ ATOM 48667 C ASN Q 31 -54.469 -99.290 -1.372 1.00170.18 C \ ANISOU48667 C ASN Q 31 21194 25641 17824 -3980 -3428 4588 C \ ATOM 48668 O ASN Q 31 -53.238 -99.381 -1.366 1.00169.64 O \ ANISOU48668 O ASN Q 31 21169 25605 17682 -4141 -3237 4328 O \ ATOM 48669 CB ASN Q 31 -54.627 -98.771 -3.838 1.00177.16 C \ ANISOU48669 CB ASN Q 31 22111 27164 18038 -4686 -3635 5236 C \ ATOM 48670 N LEU Q 32 -55.251 -99.879 -0.466 1.00167.33 N \ ANISOU48670 N LEU Q 32 20763 25146 17666 -3647 -3438 4394 N \ ATOM 48671 CA LEU Q 32 -54.730-100.713 0.622 1.00163.35 C \ ANISOU48671 CA LEU Q 32 20256 24500 17307 -3444 -3240 3891 C \ ATOM 48672 C LEU Q 32 -55.323-102.121 0.567 1.00161.66 C \ ANISOU48672 C LEU Q 32 19987 24547 16888 -3443 -3190 3623 C \ ATOM 48673 O LEU Q 32 -56.514-102.283 0.290 1.00162.48 O \ ANISOU48673 O LEU Q 32 20025 24790 16920 -3420 -3334 3810 O \ ATOM 48674 CB LEU Q 32 -55.031-100.071 1.979 1.00161.57 C \ ANISOU48674 CB LEU Q 32 20033 23810 17543 -3061 -3275 3872 C \ ATOM 48675 N PRO Q 33 -54.493-103.142 0.833 1.00159.53 N \ ANISOU48675 N PRO Q 33 19743 24339 16529 -3467 -2987 3179 N \ ATOM 48676 CA PRO Q 33 -54.923-104.540 0.788 1.00158.27 C \ ANISOU48676 CA PRO Q 33 19576 24374 16185 -3487 -2912 2888 C \ ATOM 48677 C PRO Q 33 -55.861-104.903 1.953 1.00155.92 C \ ANISOU48677 C PRO Q 33 19281 23837 16124 -3172 -2964 2802 C \ ATOM 48678 O PRO Q 33 -55.399-105.315 3.024 1.00153.56 O \ ANISOU48678 O PRO Q 33 19036 23289 16019 -2959 -2866 2511 O \ ATOM 48679 CB PRO Q 33 -53.602-105.310 0.871 1.00157.23 C \ ANISOU48679 CB PRO Q 33 19481 24274 15986 -3539 -2694 2456 C \ ATOM 48680 N ALA Q 34 -57.167-104.743 1.728 1.00156.80 N \ ANISOU48680 N ALA Q 34 19321 24056 16198 -3162 -3124 3055 N \ ATOM 48681 CA ALA Q 34 -58.195-104.992 2.751 1.00154.95 C \ ANISOU48681 CA ALA Q 34 19056 23657 16158 -2909 -3181 2991 C \ ATOM 48682 C ALA Q 34 -58.702-106.439 2.746 1.00153.88 C \ ANISOU48682 C ALA Q 34 18960 23714 15793 -3008 -3094 2705 C \ ATOM 48683 O ALA Q 34 -58.389-107.208 1.833 1.00154.90 O \ ANISOU48683 O ALA Q 34 19123 24119 15611 -3272 -3005 2582 O \ ATOM 48684 CB ALA Q 34 -59.358-104.014 2.583 1.00156.95 C \ ANISOU48684 CB ALA Q 34 19177 23928 16527 -2817 -3401 3387 C \ ATOM 48685 N LYS Q 35 -59.482-106.801 3.767 1.00152.02 N \ ANISOU48685 N LYS Q 35 18724 23331 15703 -2821 -3109 2584 N \ ATOM 48686 CA LYS Q 35 -60.021-108.160 3.898 1.00151.01 C \ ANISOU48686 CA LYS Q 35 18670 23331 15375 -2925 -3025 2315 C \ ATOM 48687 C LYS Q 35 -61.106-108.452 2.870 1.00153.10 C \ ANISOU48687 C LYS Q 35 18829 24014 15329 -3173 -3107 2463 C \ ATOM 48688 O LYS Q 35 -61.101-109.516 2.248 1.00153.67 O \ ANISOU48688 O LYS Q 35 18973 24311 15103 -3422 -3001 2268 O \ ATOM 48689 CB LYS Q 35 -60.567-108.405 5.306 1.00149.02 C \ ANISOU48689 CB LYS Q 35 18454 22827 15337 -2704 -3020 2160 C \ ATOM 48690 N SER Q 36 -62.031-107.505 2.701 1.00154.44 N \ ANISOU48690 N SER Q 36 18818 24287 15576 -3100 -3298 2796 N \ ATOM 48691 CA SER Q 36 -63.151-107.648 1.770 1.00156.75 C \ ANISOU48691 CA SER Q 36 18958 25015 15582 -3307 -3419 2981 C \ ATOM 48692 C SER Q 36 -62.670-108.047 0.379 1.00158.56 C \ ANISOU48692 C SER Q 36 19217 25598 15429 -3668 -3369 3014 C \ ATOM 48693 O SER Q 36 -63.091-109.072 -0.153 1.00159.31 O \ ANISOU48693 O SER Q 36 19326 26003 15200 -3936 -3291 2838 O \ ATOM 48694 CB SER Q 36 -63.969-106.355 1.707 1.00158.72 C \ ANISOU48694 CB SER Q 36 18995 25284 16027 -3119 -3663 3388 C \ ATOM 48695 N GLY Q 37 -61.774-107.246 -0.192 1.00159.44 N \ ANISOU48695 N GLY Q 37 19342 25669 15567 -3707 -3398 3214 N \ ATOM 48696 CA GLY Q 37 -61.188-107.547 -1.495 1.00161.44 C \ ANISOU48696 CA GLY Q 37 19617 26271 15450 -4081 -3332 3223 C \ ATOM 48697 C GLY Q 37 -60.309-106.435 -2.033 1.00162.81 C \ ANISOU48697 C GLY Q 37 19794 26391 15673 -4125 -3396 3509 C \ ATOM 48698 O GLY Q 37 -60.538-105.942 -3.141 1.00165.99 O \ ANISOU48698 O GLY Q 37 20117 27127 15824 -4373 -3530 3842 O \ ATOM 48699 N ARG Q 38 -59.301-106.056 -1.242 1.00160.64 N \ ANISOU48699 N ARG Q 38 19620 25715 15700 -3912 -3301 3379 N \ ATOM 48700 CA ARG Q 38 -58.360-104.966 -1.559 1.00161.66 C \ ANISOU48700 CA ARG Q 38 19779 25727 15917 -3950 -3331 3604 C \ ATOM 48701 C ARG Q 38 -59.060-103.671 -1.997 1.00164.46 C \ ANISOU48701 C ARG Q 38 20049 26094 16341 -3919 -3600 4158 C \ ATOM 48702 O ARG Q 38 -58.733-103.094 -3.039 1.00167.35 O \ ANISOU48702 O ARG Q 38 20421 26673 16492 -4192 -3676 4452 O \ ATOM 48703 CB ARG Q 38 -57.311-105.415 -2.588 1.00162.93 C \ ANISOU48703 CB ARG Q 38 19982 26189 15735 -4327 -3168 3437 C \ ATOM 48704 N ILE Q 39 -60.014-103.223 -1.178 1.00163.81 N \ ANISOU48704 N ILE Q 39 19892 25778 16569 -3587 -3744 4291 N \ ATOM 48705 CA ILE Q 39 -60.845-102.049 -1.470 1.00166.78 C \ ANISOU48705 CA ILE Q 39 20165 26119 17082 -3468 -4022 4797 C \ ATOM 48706 C ILE Q 39 -60.080-100.714 -1.388 1.00167.99 C \ ANISOU48706 C ILE Q 39 20417 25907 17505 -3384 -4080 5072 C \ ATOM 48707 O ILE Q 39 -58.881-100.650 -1.695 1.00167.81 O \ ANISOU48707 O ILE Q 39 20519 25866 17372 -3596 -3937 4981 O \ ATOM 48708 CB ILE Q 39 -62.094-102.012 -0.554 1.00165.97 C \ ANISOU48708 CB ILE Q 39 19919 25882 17259 -3117 -4133 4781 C \ ATOM 48709 N GLY Q 40 -60.785 -99.649 -0.991 1.00169.61 N \ ANISOU48709 N GLY Q 40 20558 25825 18061 -3085 -4284 5391 N \ ATOM 48710 CA GLY Q 40 -60.183 -98.320 -0.888 1.00171.31 C \ ANISOU48710 CA GLY Q 40 20886 25637 18566 -3000 -4350 5671 C \ ATOM 48711 C GLY Q 40 -61.202 -97.215 -0.680 1.00174.23 C \ ANISOU48711 C GLY Q 40 21160 25743 19297 -2673 -4618 6067 C \ ATOM 48712 O GLY Q 40 -62.387 -97.380 -0.985 1.00175.99 O \ ANISOU48712 O GLY Q 40 21201 26213 19453 -2581 -4810 6240 O \ ATOM 48713 N VAL Q 41 -60.736 -96.082 -0.159 1.00175.04 N \ ANISOU48713 N VAL Q 41 21372 25343 19791 -2496 -4628 6192 N \ ATOM 48714 CA VAL Q 41 -61.605 -94.936 0.102 1.00178.20 C \ ANISOU48714 CA VAL Q 41 21699 25395 20614 -2146 -4867 6541 C \ ATOM 48715 C VAL Q 41 -60.949 -93.618 -0.306 1.00181.70 C \ ANISOU48715 C VAL Q 41 22347 25464 21226 -2218 -4962 6947 C \ ATOM 48716 O VAL Q 41 -59.727 -93.471 -0.236 1.00180.46 O \ ANISOU48716 O VAL Q 41 22381 25167 21016 -2440 -4768 6809 O \ ATOM 48717 CB VAL Q 41 -62.029 -94.868 1.585 1.00175.60 C \ ANISOU48717 CB VAL Q 41 21263 24708 20749 -1732 -4764 6177 C \ ATOM 48718 N LEU Q 42 -61.778 -92.667 -0.729 1.00186.41 N \ ANISOU48718 N LEU Q 42 22899 25899 22026 -2029 -5268 7449 N \ ATOM 48719 CA LEU Q 42 -61.306 -91.367 -1.200 1.00190.74 C \ ANISOU48719 CA LEU Q 42 23671 26060 22741 -2097 -5407 7917 C \ ATOM 48720 C LEU Q 42 -61.781 -90.213 -0.317 1.00192.82 C \ ANISOU48720 C LEU Q 42 23929 25670 23664 -1626 -5500 8006 C \ ATOM 48721 O LEU Q 42 -60.973 -89.391 0.122 1.00193.27 O \ ANISOU48721 O LEU Q 42 24198 25236 23997 -1636 -5380 7982 O \ ATOM 48722 CB LEU Q 42 -61.738 -91.134 -2.653 1.00195.74 C \ ANISOU48722 CB LEU Q 42 24318 27036 23017 -2338 -5722 8529 C \ ATOM 48723 N ALA Q 43 -63.089 -90.159 -0.062 1.00194.36 N \ ANISOU48723 N ALA Q 43 23864 25875 24105 -1226 -5701 8079 N \ ATOM 48724 CA ALA Q 43 -63.696 -89.055 0.687 1.00197.17 C \ ANISOU48724 CA ALA Q 43 24166 25637 25110 -742 -5816 8167 C \ ATOM 48725 C ALA Q 43 -64.904 -89.463 1.540 1.00195.88 C \ ANISOU48725 C ALA Q 43 23648 25567 25209 -315 -5836 7845 C \ ATOM 48726 O ALA Q 43 -65.319 -88.715 2.428 1.00197.19 O \ ANISOU48726 O ALA Q 43 23732 25258 25931 86 -5835 7722 O \ ATOM 48727 CB ALA Q 43 -64.076 -87.916 -0.264 1.00204.03 C \ ANISOU48727 CB ALA Q 43 25140 26269 26113 -670 -6187 8884 C \ ATOM 48728 N ASN Q 44 -65.464 -90.641 1.273 1.00193.57 N \ ANISOU48728 N ASN Q 44 23144 25891 24511 -429 -5839 7683 N \ ATOM 48729 CA ASN Q 44 -66.652 -91.104 1.992 1.00192.66 C \ ANISOU48729 CA ASN Q 44 22681 25952 24567 -94 -5859 7382 C \ ATOM 48730 C ASN Q 44 -66.567 -92.550 2.485 1.00187.01 C \ ANISOU48730 C ASN Q 44 21883 25675 23494 -299 -5592 6837 C \ ATOM 48731 O ASN Q 44 -65.786 -93.353 1.968 1.00184.43 O \ ANISOU48731 O ASN Q 44 21718 25651 22705 -703 -5456 6764 O \ ATOM 48732 CB ASN Q 44 -67.905 -90.908 1.131 1.00197.64 C \ ANISOU48732 CB ASN Q 44 23053 26893 25146 79 -6242 7833 C \ ATOM 48733 N HIS Q 45 -67.375 -92.857 3.500 1.00185.49 N \ ANISOU48733 N HIS Q 45 21445 25498 23534 -21 -5515 6448 N \ ATOM 48734 CA HIS Q 45 -67.518 -94.207 4.053 1.00180.82 C \ ANISOU48734 CA HIS Q 45 20764 25296 22642 -179 -5295 5952 C \ ATOM 48735 C HIS Q 45 -68.675 -94.231 5.051 1.00181.11 C \ ANISOU48735 C HIS Q 45 20482 25342 22989 165 -5294 5643 C \ ATOM 48736 O HIS Q 45 -68.960 -93.225 5.703 1.00183.35 O \ ANISOU48736 O HIS Q 45 20675 25194 23794 522 -5334 5631 O \ ATOM 48737 CB HIS Q 45 -66.227 -94.665 4.741 1.00175.93 C \ ANISOU48737 CB HIS Q 45 20408 24486 21950 -392 -4966 5568 C \ ATOM 48738 N VAL Q 46 -69.343 -95.378 5.156 1.00179.18 N \ ANISOU48738 N VAL Q 46 20067 25592 22418 36 -5237 5375 N \ ATOM 48739 CA VAL Q 46 -70.393 -95.589 6.157 1.00179.03 C \ ANISOU48739 CA VAL Q 46 19748 25669 22606 272 -5187 5003 C \ ATOM 48740 C VAL Q 46 -69.777 -96.217 7.428 1.00174.09 C \ ANISOU48740 C VAL Q 46 19264 24886 21995 167 -4850 4459 C \ ATOM 48741 O VAL Q 46 -68.566 -96.473 7.449 1.00171.03 O \ ANISOU48741 O VAL Q 46 19185 24331 21468 -53 -4686 4403 O \ ATOM 48742 CB VAL Q 46 -71.525 -96.481 5.589 1.00180.10 C \ ANISOU48742 CB VAL Q 46 19614 26458 22357 153 -5313 5010 C \ ATOM 48743 N PRO Q 47 -70.586 -96.429 8.501 1.00173.57 N \ ANISOU48743 N PRO Q 47 18965 24882 22099 322 -4754 4061 N \ ATOM 48744 CA PRO Q 47 -70.114 -97.230 9.637 1.00169.01 C \ ANISOU48744 CA PRO Q 47 18522 24269 21424 154 -4460 3571 C \ ATOM 48745 C PRO Q 47 -69.488 -98.554 9.190 1.00165.45 C \ ANISOU48745 C PRO Q 47 18316 24115 20431 -251 -4346 3508 C \ ATOM 48746 O PRO Q 47 -70.179 -99.570 9.047 1.00164.82 O \ ANISOU48746 O PRO Q 47 18143 24470 20011 -434 -4336 3372 O \ ATOM 48747 CB PRO Q 47 -71.387 -97.476 10.468 1.00169.99 C \ ANISOU48747 CB PRO Q 47 18306 24637 21644 285 -4435 3231 C \ ATOM 48748 CG PRO Q 47 -72.457 -96.590 9.883 1.00175.24 C \ ANISOU48748 CG PRO Q 47 18629 25377 22575 611 -4710 3515 C \ ATOM 48749 CD PRO Q 47 -71.829 -95.711 8.842 1.00177.61 C \ ANISOU48749 CD PRO Q 47 19093 25398 22990 697 -4902 4038 C \ ATOM 48750 N THR Q 48 -68.177 -98.512 8.965 1.00163.44 N \ ANISOU48750 N THR Q 48 18368 23616 20113 -391 -4255 3589 N \ ATOM 48751 CA THR Q 48 -67.415 -99.643 8.454 1.00160.63 C \ ANISOU48751 CA THR Q 48 18253 23477 19301 -738 -4148 3539 C \ ATOM 48752 C THR Q 48 -66.018 -99.664 9.073 1.00157.54 C \ ANISOU48752 C THR Q 48 18135 22742 18978 -804 -3949 3357 C \ ATOM 48753 O THR Q 48 -65.342 -98.630 9.137 1.00158.37 O \ ANISOU48753 O THR Q 48 18313 22487 19370 -679 -3957 3495 O \ ATOM 48754 CB THR Q 48 -67.284 -99.578 6.918 1.00162.71 C \ ANISOU48754 CB THR Q 48 18556 23970 19297 -900 -4319 3959 C \ ATOM 48755 N VAL Q 49 -65.600-100.841 9.538 1.00154.27 N \ ANISOU48755 N VAL Q 49 17872 22441 18301 -1000 -3777 3048 N \ ATOM 48756 CA VAL Q 49 -64.254-101.044 10.079 1.00151.42 C \ ANISOU48756 CA VAL Q 49 17753 21831 17949 -1072 -3604 2866 C \ ATOM 48757 C VAL Q 49 -63.619-102.287 9.453 1.00149.59 C \ ANISOU48757 C VAL Q 49 17712 21825 17297 -1349 -3525 2795 C \ ATOM 48758 O VAL Q 49 -63.933-103.418 9.839 1.00148.12 O \ ANISOU48758 O VAL Q 49 17578 21805 16896 -1467 -3445 2553 O \ ATOM 48759 CB VAL Q 49 -64.263-101.168 11.621 1.00149.44 C \ ANISOU48759 CB VAL Q 49 17499 21396 17884 -974 -3460 2500 C \ ATOM 48760 N GLU Q 50 -62.728-102.062 8.487 1.00149.98 N \ ANISOU48760 N GLU Q 50 17873 21873 17238 -1464 -3542 2996 N \ ATOM 48761 CA GLU Q 50 -62.126-103.138 7.691 1.00148.85 C \ ANISOU48761 CA GLU Q 50 17878 21967 16711 -1728 -3470 2934 C \ ATOM 48762 C GLU Q 50 -61.116-103.987 8.474 1.00145.78 C \ ANISOU48762 C GLU Q 50 17676 21438 16274 -1764 -3286 2592 C \ ATOM 48763 O GLU Q 50 -61.157-104.032 9.705 1.00144.25 O \ ANISOU48763 O GLU Q 50 17494 21051 16261 -1628 -3222 2380 O \ ATOM 48764 CB GLU Q 50 -61.499-102.572 6.411 1.00150.82 C \ ANISOU48764 CB GLU Q 50 18161 22295 16847 -1867 -3539 3240 C \ ATOM 48765 N GLN Q 51 -60.216-104.655 7.752 1.00145.17 N \ ANISOU48765 N GLN Q 51 17732 21474 15951 -1948 -3208 2535 N \ ATOM 48766 CA GLN Q 51 -59.322-105.649 8.343 1.00142.76 C \ ANISOU48766 CA GLN Q 51 17593 21076 15570 -1970 -3059 2214 C \ ATOM 48767 C GLN Q 51 -58.112-105.884 7.435 1.00143.04 C \ ANISOU48767 C GLN Q 51 17713 21197 15437 -2121 -2983 2192 C \ ATOM 48768 O GLN Q 51 -58.010-106.919 6.774 1.00143.21 O \ ANISOU48768 O GLN Q 51 17807 21419 15187 -2295 -2922 2069 O \ ATOM 48769 CB GLN Q 51 -60.101-106.948 8.557 1.00142.11 C \ ANISOU48769 CB GLN Q 51 17577 21142 15276 -2066 -3025 2023 C \ ATOM 48770 CG GLN Q 51 -59.559-107.877 9.616 1.00139.83 C \ ANISOU48770 CG GLN Q 51 17461 20666 15001 -2010 -2917 1719 C \ ATOM 48771 CD GLN Q 51 -60.417-109.119 9.772 1.00139.61 C \ ANISOU48771 CD GLN Q 51 17530 20762 14753 -2146 -2890 1564 C \ ATOM 48772 OE1 GLN Q 51 -61.626-109.094 9.528 1.00140.19 O \ ANISOU48772 OE1 GLN Q 51 17491 21039 14736 -2231 -2953 1651 O \ ATOM 48773 NE2 GLN Q 51 -59.794-110.215 10.176 1.00138.90 N \ ANISOU48773 NE2 GLN Q 51 17651 20548 14576 -2170 -2799 1333 N \ ATOM 48774 N LEU Q 52 -57.198-104.916 7.419 1.00143.31 N \ ANISOU48774 N LEU Q 52 17733 21084 15634 -2072 -2971 2282 N \ ATOM 48775 CA LEU Q 52 -56.060-104.901 6.488 1.00144.14 C \ ANISOU48775 CA LEU Q 52 17874 21310 15581 -2245 -2901 2281 C \ ATOM 48776 C LEU Q 52 -55.163-106.149 6.537 1.00143.02 C \ ANISOU48776 C LEU Q 52 17832 21226 15282 -2291 -2759 1934 C \ ATOM 48777 O LEU Q 52 -54.542-106.445 7.562 1.00141.35 O \ ANISOU48777 O LEU Q 52 17674 20815 15216 -2125 -2696 1709 O \ ATOM 48778 CB LEU Q 52 -55.217-103.631 6.689 1.00144.64 C \ ANISOU48778 CB LEU Q 52 17915 21174 15866 -2192 -2896 2398 C \ ATOM 48779 CG LEU Q 52 -55.884-102.259 6.511 1.00146.37 C \ ANISOU48779 CG LEU Q 52 18062 21269 16280 -2144 -3034 2761 C \ ATOM 48780 CD1 LEU Q 52 -55.048-101.164 7.154 1.00146.35 C \ ANISOU48780 CD1 LEU Q 52 18078 20970 16557 -2054 -2987 2765 C \ ATOM 48781 CD2 LEU Q 52 -56.142-101.941 5.045 1.00149.15 C \ ANISOU48781 CD2 LEU Q 52 18392 21878 16401 -2378 -3134 3086 C \ ATOM 48782 N LEU Q 53 -55.123-106.877 5.420 1.00144.21 N \ ANISOU48782 N LEU Q 53 17998 21656 15137 -2516 -2715 1891 N \ ATOM 48783 CA LEU Q 53 -54.182-107.979 5.225 1.00143.95 C \ ANISOU48783 CA LEU Q 53 18039 21686 14966 -2569 -2572 1557 C \ ATOM 48784 C LEU Q 53 -52.877-107.413 4.666 1.00145.03 C \ ANISOU48784 C LEU Q 53 18116 21906 15082 -2666 -2495 1526 C \ ATOM 48785 O LEU Q 53 -52.883-106.346 4.044 1.00146.48 O \ ANISOU48785 O LEU Q 53 18232 22179 15243 -2802 -2553 1803 O \ ATOM 48786 CB LEU Q 53 -54.765-109.022 4.270 1.00145.09 C \ ANISOU48786 CB LEU Q 53 18220 22103 14803 -2797 -2533 1476 C \ ATOM 48787 N PRO Q 54 -51.755-108.123 4.883 1.00144.68 N \ ANISOU48787 N PRO Q 54 18094 21833 15042 -2599 -2370 1189 N \ ATOM 48788 CA PRO Q 54 -50.407-107.673 4.504 1.00145.69 C \ ANISOU48788 CA PRO Q 54 18135 22062 15156 -2677 -2275 1080 C \ ATOM 48789 C PRO Q 54 -50.206-107.514 2.987 1.00148.23 C \ ANISOU48789 C PRO Q 54 18390 22750 15179 -3037 -2220 1150 C \ ATOM 48790 O PRO Q 54 -50.069-108.511 2.270 1.00149.47 O \ ANISOU48790 O PRO Q 54 18547 23118 15124 -3176 -2120 917 O \ ATOM 48791 CB PRO Q 54 -49.499-108.774 5.066 1.00145.04 C \ ANISOU48791 CB PRO Q 54 18077 21895 15133 -2487 -2173 670 C \ ATOM 48792 N GLY Q 55 -50.192-106.266 2.517 1.00149.33 N \ ANISOU48792 N GLY Q 55 18483 22955 15300 -3203 -2283 1468 N \ ATOM 48793 CA GLY Q 55 -49.986-105.959 1.096 1.00151.98 C \ ANISOU48793 CA GLY Q 55 18765 23653 15325 -3591 -2251 1596 C \ ATOM 48794 C GLY Q 55 -49.370-104.589 0.855 1.00153.30 C \ ANISOU48794 C GLY Q 55 18906 23814 15526 -3744 -2274 1842 C \ ATOM 48795 O GLY Q 55 -48.942-103.922 1.796 1.00152.13 O \ ANISOU48795 O GLY Q 55 18766 23386 15650 -3547 -2282 1845 O \ ATOM 48796 N VAL Q 56 -49.339-104.169 -0.409 1.00155.93 N \ ANISOU48796 N VAL Q 56 19219 24463 15564 -4128 -2284 2051 N \ ATOM 48797 CA VAL Q 56 -48.738-102.891 -0.804 1.00157.80 C \ ANISOU48797 CA VAL Q 56 19465 24716 15774 -4357 -2303 2309 C \ ATOM 48798 C VAL Q 56 -49.517-101.669 -0.302 1.00157.59 C \ ANISOU48798 C VAL Q 56 19527 24334 16014 -4205 -2497 2767 C \ ATOM 48799 O VAL Q 56 -50.709-101.760 -0.003 1.00156.58 O \ ANISOU48799 O VAL Q 56 19422 24068 16003 -4004 -2644 2956 O \ ATOM 48800 CB VAL Q 56 -48.580-102.797 -2.335 1.00161.37 C \ ANISOU48800 CB VAL Q 56 19892 25625 15795 -4853 -2278 2447 C \ ATOM 48801 N VAL Q 57 -48.827-100.531 -0.215 1.00158.74 N \ ANISOU48801 N VAL Q 57 19715 24337 16260 -4310 -2487 2917 N \ ATOM 48802 CA VAL Q 57 -49.422 -99.277 0.248 1.00159.16 C \ ANISOU48802 CA VAL Q 57 19865 24004 16604 -4173 -2648 3322 C \ ATOM 48803 C VAL Q 57 -50.062 -98.512 -0.904 1.00162.71 C \ ANISOU48803 C VAL Q 57 20389 24570 16863 -4454 -2827 3848 C \ ATOM 48804 O VAL Q 57 -50.929 -97.665 -0.693 1.00163.56 O \ ANISOU48804 O VAL Q 57 20562 24380 17200 -4294 -3016 4235 O \ ATOM 48805 CB VAL Q 57 -48.376 -98.371 0.928 1.00159.18 C \ ANISOU48805 CB VAL Q 57 19903 23756 16819 -4171 -2545 3232 C \ ATOM 48806 N PHE Q 69 -45.158-101.715 1.598 1.00157.06 N \ ANISOU48806 N PHE Q 69 19222 24210 16243 -4051 -1953 1570 N \ ATOM 48807 CA PHE Q 69 -46.135-102.703 2.041 1.00154.86 C \ ANISOU48807 CA PHE Q 69 18976 23806 16055 -3750 -2032 1517 C \ ATOM 48808 C PHE Q 69 -46.335-102.645 3.555 1.00152.14 C \ ANISOU48808 C PHE Q 69 18660 23075 16071 -3345 -2085 1451 C \ ATOM 48809 O PHE Q 69 -45.421-102.269 4.292 1.00151.80 O \ ANISOU48809 O PHE Q 69 18561 22943 16174 -3261 -2014 1275 O \ ATOM 48810 CB PHE Q 69 -45.710-104.112 1.611 1.00154.89 C \ ANISOU48810 CB PHE Q 69 18890 24091 15869 -3756 -1907 1104 C \ ATOM 48811 N ILE Q 70 -47.534-103.013 4.008 1.00150.52 N \ ANISOU48811 N ILE Q 70 18530 22680 15980 -3129 -2206 1582 N \ ATOM 48812 CA ILE Q 70 -47.868-103.025 5.437 1.00148.04 C \ ANISOU48812 CA ILE Q 70 18245 22031 15970 -2782 -2257 1519 C \ ATOM 48813 C ILE Q 70 -47.846-104.442 6.016 1.00146.33 C \ ANISOU48813 C ILE Q 70 18030 21814 15753 -2554 -2225 1190 C \ ATOM 48814 O ILE Q 70 -48.107-105.419 5.306 1.00146.75 O \ ANISOU48814 O ILE Q 70 18100 22051 15607 -2631 -2201 1092 O \ ATOM 48815 CB ILE Q 70 -49.236-102.367 5.714 1.00147.56 C \ ANISOU48815 CB ILE Q 70 18256 21738 16071 -2688 -2411 1873 C \ ATOM 48816 N SER Q 71 -47.534-104.536 7.310 1.00144.72 N \ ANISOU48816 N SER Q 71 17822 21396 15766 -2292 -2228 1028 N \ ATOM 48817 CA SER Q 71 -47.346-105.818 8.004 1.00143.51 C \ ANISOU48817 CA SER Q 71 17694 21196 15637 -2059 -2216 734 C \ ATOM 48818 C SER Q 71 -48.652-106.570 8.279 1.00142.27 C \ ANISOU48818 C SER Q 71 17662 20916 15476 -1959 -2303 815 C \ ATOM 48819 O SER Q 71 -48.659-107.800 8.411 1.00142.00 O \ ANISOU48819 O SER Q 71 17696 20877 15381 -1857 -2288 609 O \ ATOM 48820 CB SER Q 71 -46.595-105.595 9.318 1.00142.45 C \ ANISOU48820 CB SER Q 71 17512 20904 15706 -1844 -2213 576 C \ ATOM 48821 N GLY Q 72 -49.746-105.816 8.366 1.00141.81 N \ ANISOU48821 N GLY Q 72 17633 20754 15492 -1990 -2392 1105 N \ ATOM 48822 CA GLY Q 72 -51.072-106.354 8.656 1.00140.69 C \ ANISOU48822 CA GLY Q 72 17575 20533 15344 -1925 -2475 1192 C \ ATOM 48823 C GLY Q 72 -51.993-105.206 9.018 1.00140.40 C \ ANISOU48823 C GLY Q 72 17507 20355 15484 -1896 -2567 1469 C \ ATOM 48824 O GLY Q 72 -52.152-104.263 8.238 1.00141.96 O \ ANISOU48824 O GLY Q 72 17655 20611 15672 -2032 -2602 1717 O \ ATOM 48825 N GLY Q 73 -52.605-105.289 10.197 1.00138.75 N \ ANISOU48825 N GLY Q 73 17326 19959 15434 -1723 -2610 1424 N \ ATOM 48826 CA GLY Q 73 -53.332-104.157 10.767 1.00138.43 C \ ANISOU48826 CA GLY Q 73 17225 19748 15623 -1649 -2672 1604 C \ ATOM 48827 C GLY Q 73 -54.830-104.071 10.547 1.00138.63 C \ ANISOU48827 C GLY Q 73 17219 19806 15647 -1651 -2772 1793 C \ ATOM 48828 O GLY Q 73 -55.472-105.043 10.145 1.00138.52 O \ ANISOU48828 O GLY Q 73 17247 19950 15433 -1719 -2792 1765 O \ ATOM 48829 N PHE Q 74 -55.374-102.885 10.821 1.00139.19 N \ ANISOU48829 N PHE Q 74 17206 19724 15953 -1576 -2829 1969 N \ ATOM 48830 CA PHE Q 74 -56.812-102.631 10.789 1.00139.83 C \ ANISOU48830 CA PHE Q 74 17203 19823 16101 -1521 -2935 2129 C \ ATOM 48831 C PHE Q 74 -57.135-101.260 10.203 1.00142.20 C \ ANISOU48831 C PHE Q 74 17419 20023 16586 -1500 -3027 2443 C \ ATOM 48832 O PHE Q 74 -56.551-100.250 10.599 1.00142.68 O \ ANISOU48832 O PHE Q 74 17479 19847 16884 -1442 -2992 2467 O \ ATOM 48833 CB PHE Q 74 -57.403-102.732 12.201 1.00138.49 C \ ANISOU48833 CB PHE Q 74 17001 19514 16103 -1371 -2915 1937 C \ ATOM 48834 CG PHE Q 74 -58.061-104.052 12.497 1.00137.02 C \ ANISOU48834 CG PHE Q 74 16873 19480 15706 -1416 -2911 1777 C \ ATOM 48835 CD1 PHE Q 74 -57.300-105.200 12.713 1.00135.47 C \ ANISOU48835 CD1 PHE Q 74 16829 19316 15327 -1469 -2841 1574 C \ ATOM 48836 CD2 PHE Q 74 -59.446-104.143 12.575 1.00137.20 C \ ANISOU48836 CD2 PHE Q 74 16800 19609 15721 -1407 -2979 1824 C \ ATOM 48837 CE1 PHE Q 74 -57.910-106.421 12.988 1.00134.56 C \ ANISOU48837 CE1 PHE Q 74 16811 19292 15022 -1531 -2836 1441 C \ ATOM 48838 CE2 PHE Q 74 -60.066-105.359 12.848 1.00136.19 C \ ANISOU48838 CE2 PHE Q 74 16745 19625 15376 -1498 -2963 1671 C \ ATOM 48839 CZ PHE Q 74 -59.297-106.499 13.054 1.00134.93 C \ ANISOU48839 CZ PHE Q 74 16780 19452 15033 -1570 -2889 1489 C \ ATOM 48840 N ALA Q 75 -58.072-101.234 9.261 1.00143.97 N \ ANISOU48840 N ALA Q 75 17578 20425 16698 -1555 -3152 2690 N \ ATOM 48841 CA ALA Q 75 -58.544 -99.986 8.678 1.00146.84 C \ ANISOU48841 CA ALA Q 75 17864 20686 17241 -1506 -3286 3039 C \ ATOM 48842 C ALA Q 75 -59.879 -99.585 9.286 1.00147.84 C \ ANISOU48842 C ALA Q 75 17833 20727 17610 -1288 -3383 3073 C \ ATOM 48843 O ALA Q 75 -60.770-100.421 9.452 1.00147.14 O \ ANISOU48843 O ALA Q 75 17671 20850 17384 -1283 -3405 2961 O \ ATOM 48844 CB ALA Q 75 -58.670-100.120 7.177 1.00148.80 C \ ANISOU48844 CB ALA Q 75 18119 21219 17197 -1713 -3389 3328 C \ ATOM 48845 N THR Q 76 -60.007 -98.304 9.622 1.00149.81 N \ ANISOU48845 N THR Q 76 18028 20667 18224 -1118 -3430 3204 N \ ATOM 48846 CA THR Q 76 -61.263 -97.747 10.122 1.00151.64 C \ ANISOU48846 CA THR Q 76 18073 20799 18742 -879 -3527 3236 C \ ATOM 48847 C THR Q 76 -61.309 -96.231 9.923 1.00155.10 C \ ANISOU48847 C THR Q 76 18487 20888 19555 -723 -3624 3514 C \ ATOM 48848 O THR Q 76 -60.794 -95.474 10.750 1.00155.06 O \ ANISOU48848 O THR Q 76 18522 20537 19854 -631 -3517 3372 O \ ATOM 48849 CB THR Q 76 -61.495 -98.089 11.614 1.00149.41 C \ ANISOU48849 CB THR Q 76 17731 20432 18606 -767 -3390 2829 C \ ATOM 48850 N VAL Q 77 -61.926 -95.800 8.820 1.00158.46 N \ ANISOU48850 N VAL Q 77 18855 21402 19950 -705 -3832 3914 N \ ATOM 48851 CA VAL Q 77 -62.089 -94.374 8.509 1.00162.58 C \ ANISOU48851 CA VAL Q 77 19374 21567 20832 -540 -3971 4248 C \ ATOM 48852 C VAL Q 77 -63.110 -93.719 9.438 1.00164.43 C \ ANISOU48852 C VAL Q 77 19399 21558 21518 -190 -4006 4119 C \ ATOM 48853 O VAL Q 77 -64.159 -94.301 9.730 1.00164.11 O \ ANISOU48853 O VAL Q 77 19146 21772 21434 -79 -4049 3973 O \ ATOM 48854 CB VAL Q 77 -62.510 -94.150 7.044 1.00165.89 C \ ANISOU48854 CB VAL Q 77 19786 22182 21061 -622 -4220 4752 C \ ATOM 48855 N GLN Q 78 -62.794 -92.502 9.881 1.00166.77 N \ ANISOU48855 N GLN Q 78 19752 21369 22243 -38 -3975 4151 N \ ATOM 48856 CA GLN Q 78 -63.555 -91.798 10.922 1.00168.68 C \ ANISOU48856 CA GLN Q 78 19808 21315 22967 284 -3945 3930 C \ ATOM 48857 C GLN Q 78 -64.990 -91.414 10.538 1.00172.82 C \ ANISOU48857 C GLN Q 78 20067 21890 23704 588 -4189 4149 C \ ATOM 48858 O GLN Q 78 -65.364 -91.472 9.364 1.00174.99 O \ ANISOU48858 O GLN Q 78 20329 22372 23786 557 -4418 4566 O \ ATOM 48859 CB GLN Q 78 -62.784 -90.560 11.396 1.00170.40 C \ ANISOU48859 CB GLN Q 78 20180 20974 23590 339 -3838 3910 C \ ATOM 48860 N PRO Q 79 -65.798 -91.024 11.544 1.00174.27 N \ ANISOU48860 N PRO Q 79 20018 21918 24279 874 -4138 3848 N \ ATOM 48861 CA PRO Q 79 -67.203 -90.618 11.494 1.00178.39 C \ ANISOU48861 CA PRO Q 79 20214 22475 25089 1224 -4328 3917 C \ ATOM 48862 C PRO Q 79 -67.450 -89.555 10.428 1.00183.86 C \ ANISOU48862 C PRO Q 79 20939 22890 26027 1425 -4615 4478 C \ ATOM 48863 O PRO Q 79 -68.365 -89.700 9.618 1.00186.49 O \ ANISOU48863 O PRO Q 79 21083 23513 26258 1543 -4872 4777 O \ ATOM 48864 CB PRO Q 79 -67.452 -90.048 12.895 1.00178.85 C \ ANISOU48864 CB PRO Q 79 20122 22221 25610 1441 -4134 3444 C \ ATOM 48865 N ASP Q 80 -66.629 -88.507 10.427 1.00185.94 N \ ANISOU48865 N ASP Q 80 21448 22608 26593 1441 -4576 4629 N \ ATOM 48866 CA ASP Q 80 -66.709 -87.454 9.416 1.00191.52 C \ ANISOU48866 CA ASP Q 80 22267 22977 27523 1585 -4847 5205 C \ ATOM 48867 C ASP Q 80 -65.735 -87.699 8.253 1.00190.81 C \ ANISOU48867 C ASP Q 80 22496 23032 26971 1189 -4917 5624 C \ ATOM 48868 O ASP Q 80 -65.558 -86.832 7.391 1.00195.08 O \ ANISOU48868 O ASP Q 80 23213 23283 27625 1203 -5119 6129 O \ ATOM 48869 CB ASP Q 80 -66.463 -86.082 10.053 1.00194.98 C \ ANISOU48869 CB ASP Q 80 22803 22687 28591 1824 -4771 5141 C \ ATOM 48870 N SER Q 81 -65.119 -88.884 8.246 1.00185.85 N \ ANISOU48870 N SER Q 81 21939 22849 25825 834 -4748 5404 N \ ATOM 48871 CA SER Q 81 -64.184 -89.337 7.198 1.00184.67 C \ ANISOU48871 CA SER Q 81 22043 22946 25176 422 -4766 5686 C \ ATOM 48872 C SER Q 81 -62.792 -88.687 7.242 1.00184.57 C \ ANISOU48872 C SER Q 81 22362 22547 25216 187 -4603 5714 C \ ATOM 48873 O SER Q 81 -62.498 -87.750 6.493 1.00188.55 O \ ANISOU48873 O SER Q 81 23059 22751 25828 138 -4749 6157 O \ ATOM 48874 CB SER Q 81 -64.806 -89.243 5.794 1.00188.58 C \ ANISOU48874 CB SER Q 81 22500 23689 25460 405 -5106 6268 C \ ATOM 48875 N GLN Q 82 -61.950 -89.204 8.134 1.00180.32 N \ ANISOU48875 N GLN Q 82 21888 22039 24587 27 -4307 5242 N \ ATOM 48876 CA GLN Q 82 -60.535 -88.836 8.209 1.00179.53 C \ ANISOU48876 CA GLN Q 82 22063 21716 24433 -257 -4118 5185 C \ ATOM 48877 C GLN Q 82 -59.674 -90.105 8.270 1.00174.62 C \ ANISOU48877 C GLN Q 82 21481 21548 23318 -570 -3930 4884 C \ ATOM 48878 O GLN Q 82 -60.170 -91.185 8.614 1.00171.61 O \ ANISOU48878 O GLN Q 82 20933 21528 22743 -524 -3896 4626 O \ ATOM 48879 CB GLN Q 82 -60.271 -87.932 9.418 1.00180.09 C \ ANISOU48879 CB GLN Q 82 22161 21263 24999 -92 -3934 4876 C \ ATOM 48880 N LEU Q 83 -58.392 -89.969 7.932 1.00174.24 N \ ANISOU48880 N LEU Q 83 21652 21473 23076 -888 -3809 4912 N \ ATOM 48881 CA LEU Q 83 -57.470 -91.111 7.834 1.00170.35 C \ ANISOU48881 CA LEU Q 83 21197 21398 22128 -1177 -3648 4657 C \ ATOM 48882 C LEU Q 83 -57.190 -91.797 9.178 1.00166.26 C \ ANISOU48882 C LEU Q 83 20587 20929 21654 -1096 -3428 4111 C \ ATOM 48883 O LEU Q 83 -56.623 -91.184 10.088 1.00166.15 O \ ANISOU48883 O LEU Q 83 20619 20608 21902 -1068 -3271 3880 O \ ATOM 48884 CB LEU Q 83 -56.151 -90.675 7.181 1.00171.38 C \ ANISOU48884 CB LEU Q 83 21552 21489 22073 -1533 -3566 4794 C \ ATOM 48885 N CYS Q 84 -57.590 -93.067 9.291 1.00163.28 N \ ANISOU48885 N CYS Q 84 20091 20940 21007 -1082 -3421 3916 N \ ATOM 48886 CA CYS Q 84 -57.313 -93.876 10.492 1.00159.43 C \ ANISOU48886 CA CYS Q 84 19543 20542 20490 -1040 -3240 3440 C \ ATOM 48887 C CYS Q 84 -57.081 -95.364 10.192 1.00156.31 C \ ANISOU48887 C CYS Q 84 19147 20587 19655 -1189 -3205 3288 C \ ATOM 48888 O CYS Q 84 -58.017 -96.169 10.192 1.00155.41 O \ ANISOU48888 O CYS Q 84 18929 20698 19421 -1112 -3274 3247 O \ ATOM 48889 CB CYS Q 84 -58.411 -93.693 11.550 1.00159.48 C \ ANISOU48889 CB CYS Q 84 19378 20398 20818 -753 -3247 3252 C \ ATOM 48890 N VAL Q 85 -55.823 -95.708 9.929 1.00154.98 N \ ANISOU48890 N VAL Q 85 19090 20536 19257 -1408 -3090 3190 N \ ATOM 48891 CA VAL Q 85 -55.395 -97.094 9.772 1.00152.34 C \ ANISOU48891 CA VAL Q 85 18768 20551 18562 -1527 -3024 2979 C \ ATOM 48892 C VAL Q 85 -54.354 -97.408 10.844 1.00150.05 C \ ANISOU48892 C VAL Q 85 18503 20207 18300 -1523 -2851 2604 C \ ATOM 48893 O VAL Q 85 -53.649 -96.507 11.304 1.00150.87 O \ ANISOU48893 O VAL Q 85 18637 20086 18601 -1542 -2768 2554 O \ ATOM 48894 CB VAL Q 85 -54.795 -97.345 8.377 1.00153.39 C \ ANISOU48894 CB VAL Q 85 18974 20943 18361 -1795 -3049 3173 C \ ATOM 48895 N THR Q 86 -54.262 -98.675 11.247 1.00147.61 N \ ANISOU48895 N THR Q 86 18187 20102 17794 -1505 -2803 2349 N \ ATOM 48896 CA THR Q 86 -53.334 -99.086 12.308 1.00145.63 C \ ANISOU48896 CA THR Q 86 17950 19829 17553 -1474 -2676 2014 C \ ATOM 48897 C THR Q 86 -52.726-100.465 12.046 1.00144.10 C \ ANISOU48897 C THR Q 86 17799 19898 17053 -1538 -2640 1835 C \ ATOM 48898 O THR Q 86 -53.387-101.483 12.239 1.00142.94 O \ ANISOU48898 O THR Q 86 17668 19851 16788 -1479 -2676 1754 O \ ATOM 48899 CB THR Q 86 -54.023 -99.080 13.695 1.00144.46 C \ ANISOU48899 CB THR Q 86 17744 19533 17611 -1299 -2662 1829 C \ ATOM 48900 N ALA Q 87 -51.467-100.485 11.609 1.00144.51 N \ ANISOU48900 N ALA Q 87 17867 20054 16985 -1664 -2561 1759 N \ ATOM 48901 CA ALA Q 87 -50.755-101.733 11.298 1.00143.75 C \ ANISOU48901 CA ALA Q 87 17792 20191 16636 -1702 -2516 1558 C \ ATOM 48902 C ALA Q 87 -49.429-101.837 12.053 1.00143.26 C \ ANISOU48902 C ALA Q 87 17693 20138 16601 -1662 -2421 1285 C \ ATOM 48903 O ALA Q 87 -48.917-100.827 12.541 1.00143.92 O \ ANISOU48903 O ALA Q 87 17737 20099 16848 -1688 -2370 1274 O \ ATOM 48904 CB ALA Q 87 -50.525-101.850 9.800 1.00145.33 C \ ANISOU48904 CB ALA Q 87 18001 20615 16601 -1913 -2515 1697 C \ ATOM 48905 N ILE Q 88 -48.878-103.051 12.132 1.00142.52 N \ ANISOU48905 N ILE Q 88 17608 20188 16352 -1600 -2401 1063 N \ ATOM 48906 CA ILE Q 88 -47.658-103.321 12.909 1.00142.27 C \ ANISOU48906 CA ILE Q 88 17516 20198 16339 -1513 -2345 797 C \ ATOM 48907 C ILE Q 88 -46.425-102.553 12.404 1.00143.93 C \ ANISOU48907 C ILE Q 88 17625 20538 16523 -1671 -2248 742 C \ ATOM 48908 O ILE Q 88 -46.152-101.452 12.873 1.00144.38 O \ ANISOU48908 O ILE Q 88 17644 20487 16727 -1731 -2207 776 O \ ATOM 48909 CB ILE Q 88 -47.357-104.835 13.003 1.00141.64 C \ ANISOU48909 CB ILE Q 88 17478 20217 16122 -1380 -2366 591 C \ ATOM 48910 N GLU Q 89 -45.684-103.120 11.456 1.00145.14 N \ ANISOU48910 N GLU Q 89 17731 20930 16485 -1764 -2195 632 N \ ATOM 48911 CA GLU Q 89 -44.513-102.432 10.899 1.00147.03 C \ ANISOU48911 CA GLU Q 89 17859 21349 16656 -1964 -2089 557 C \ ATOM 48912 C GLU Q 89 -44.926-101.386 9.862 1.00148.59 C \ ANISOU48912 C GLU Q 89 18113 21534 16810 -2239 -2078 858 C \ ATOM 48913 O GLU Q 89 -45.759-101.660 8.996 1.00148.94 O \ ANISOU48913 O GLU Q 89 18230 21616 16743 -2311 -2134 1048 O \ ATOM 48914 CB GLU Q 89 -43.516-103.433 10.299 1.00147.97 C \ ANISOU48914 CB GLU Q 89 17871 21760 16588 -1964 -2023 277 C \ ATOM 48915 CG GLU Q 89 -42.861-104.367 11.321 1.00147.34 C \ ANISOU48915 CG GLU Q 89 17719 21690 16571 -1676 -2050 -14 C \ ATOM 48916 CD GLU Q 89 -41.933-103.654 12.299 1.00147.57 C \ ANISOU48916 CD GLU Q 89 17618 21741 16710 -1646 -2019 -144 C \ ATOM 48917 OE1 GLU Q 89 -41.208-102.725 11.886 1.00149.12 O \ ANISOU48917 OE1 GLU Q 89 17714 22078 16864 -1877 -1917 -164 O \ ATOM 48918 OE2 GLU Q 89 -41.923-104.033 13.488 1.00146.35 O \ ANISOU48918 OE2 GLU Q 89 17464 21479 16661 -1418 -2095 -229 O \ ATOM 48919 N ALA Q 90 -44.351-100.190 9.959 1.00149.93 N \ ANISOU48919 N ALA Q 90 18257 21650 17058 -2403 -2012 911 N \ ATOM 48920 CA ALA Q 90 -44.663 -99.107 9.021 1.00152.02 C \ ANISOU48920 CA ALA Q 90 18607 21856 17295 -2674 -2017 1232 C \ ATOM 48921 C ALA Q 90 -43.891 -99.237 7.699 1.00154.19 C \ ANISOU48921 C ALA Q 90 18835 22474 17273 -2984 -1937 1206 C \ ATOM 48922 O ALA Q 90 -42.804 -98.675 7.522 1.00155.82 O \ ANISOU48922 O ALA Q 90 18975 22824 17405 -3206 -1822 1089 O \ ATOM 48923 CB ALA Q 90 -44.422 -97.743 9.669 1.00152.98 C \ ANISOU48923 CB ALA Q 90 18761 21724 17637 -2750 -1972 1308 C \ ATOM 48924 N SER Q 97 -36.361-106.164 0.561 1.00168.28 N \ ANISOU48924 N SER Q 97 19035 27823 17079 -4116 -741 -1969 N \ ATOM 48925 CA SER Q 97 -36.568-107.413 -0.164 1.00169.47 C \ ANISOU48925 CA SER Q 97 19143 28111 17137 -4071 -664 -2259 C \ ATOM 48926 C SER Q 97 -35.239-108.066 -0.531 1.00172.85 C \ ANISOU48926 C SER Q 97 19218 28950 17507 -4057 -465 -2888 C \ ATOM 48927 O SER Q 97 -34.450-107.506 -1.298 1.00175.80 O \ ANISOU48927 O SER Q 97 19401 29773 17620 -4486 -304 -3049 O \ ATOM 48928 CB SER Q 97 -37.411-107.174 -1.422 1.00170.46 C \ ANISOU48928 CB SER Q 97 19417 28414 16934 -4551 -639 -1975 C \ ATOM 48929 N GLN Q 98 -34.995-109.246 0.034 1.00172.79 N \ ANISOU48929 N GLN Q 98 19121 28782 17747 -3563 -483 -3244 N \ ATOM 48930 CA GLN Q 98 -33.810-110.036 -0.290 1.00176.38 C \ ANISOU48930 CA GLN Q 98 19226 29582 18210 -3453 -310 -3881 C \ ATOM 48931 C GLN Q 98 -34.179-111.511 -0.401 1.00176.94 C \ ANISOU48931 C GLN Q 98 19349 29452 18427 -3114 -301 -4163 C \ ATOM 48932 O GLN Q 98 -34.528-112.147 0.595 1.00174.87 O \ ANISOU48932 O GLN Q 98 19231 28742 18469 -2615 -465 -4097 O \ ATOM 48933 CB GLN Q 98 -32.705-109.828 0.754 1.00176.66 C \ ANISOU48933 CB GLN Q 98 19013 29641 18468 -3115 -351 -4101 C \ ATOM 48934 N GLU Q 99 -34.107-112.039 -1.622 1.00180.05 N \ ANISOU48934 N GLU Q 99 19640 30181 18587 -3423 -102 -4478 N \ ATOM 48935 CA GLU Q 99 -34.417-113.445 -1.899 1.00181.38 C \ ANISOU48935 CA GLU Q 99 19856 30190 18870 -3179 -44 -4809 C \ ATOM 48936 C GLU Q 99 -33.341-114.400 -1.370 1.00183.96 C \ ANISOU48936 C GLU Q 99 19909 30472 19513 -2648 -6 -5378 C \ ATOM 48937 O GLU Q 99 -33.524-115.619 -1.395 1.00185.18 O \ ANISOU48937 O GLU Q 99 20124 30384 19849 -2341 16 -5662 O \ ATOM 48938 CB GLU Q 99 -34.636-113.664 -3.400 1.00184.18 C \ ANISOU48938 CB GLU Q 99 20161 30965 18854 -3722 178 -5005 C \ ATOM 48939 N ASN Q 100 -32.228-113.835 -0.895 1.00185.10 N \ ANISOU48939 N ASN Q 100 19755 30847 19726 -2543 -5 -5541 N \ ATOM 48940 CA ASN Q 100 -31.146-114.602 -0.274 1.00187.69 C \ ANISOU48940 CA ASN Q 100 19783 31161 20370 -1997 -15 -6034 C \ ATOM 48941 C ASN Q 100 -31.582-115.256 1.040 1.00185.29 C \ ANISOU48941 C ASN Q 100 19720 30229 20451 -1364 -283 -5815 C \ ATOM 48942 O ASN Q 100 -31.156-116.368 1.360 1.00187.61 O \ ANISOU48942 O ASN Q 100 19921 30328 21033 -869 -313 -6178 O \ ATOM 48943 CB ASN Q 100 -29.921-113.713 -0.049 1.00189.22 C \ ANISOU48943 CB ASN Q 100 19595 31800 20499 -2092 35 -6209 C \ ATOM 48944 N ILE Q 101 -32.434-114.554 1.787 1.00181.05 N \ ANISOU48944 N ILE Q 101 19495 29377 19916 -1395 -477 -5221 N \ ATOM 48945 CA ILE Q 101 -33.032-115.083 3.014 1.00178.53 C \ ANISOU48945 CA ILE Q 101 19458 28478 19894 -902 -730 -4942 C \ ATOM 48946 C ILE Q 101 -34.519-115.431 2.830 1.00175.90 C \ ANISOU48946 C ILE Q 101 19561 27767 19503 -1028 -785 -4579 C \ ATOM 48947 O ILE Q 101 -35.067-116.240 3.583 1.00174.80 O \ ANISOU48947 O ILE Q 101 19673 27155 19587 -653 -942 -4466 O \ ATOM 48948 CB ILE Q 101 -32.865-114.102 4.200 1.00175.77 C \ ANISOU48948 CB ILE Q 101 19111 28048 19624 -792 -916 -4590 C \ ATOM 48949 N LYS Q 102 -35.158-114.824 1.826 1.00175.23 N \ ANISOU48949 N LYS Q 102 19561 27915 19103 -1571 -664 -4393 N \ ATOM 48950 CA LYS Q 102 -36.574-115.073 1.520 1.00173.03 C \ ANISOU48950 CA LYS Q 102 19645 27379 18719 -1752 -705 -4061 C \ ATOM 48951 C LYS Q 102 -36.805-116.440 0.878 1.00175.51 C \ ANISOU48951 C LYS Q 102 20027 27596 19061 -1677 -584 -4429 C \ ATOM 48952 O LYS Q 102 -37.873-117.029 1.042 1.00173.93 O \ ANISOU48952 O LYS Q 102 20146 27042 18896 -1623 -661 -4230 O \ ATOM 48953 CB LYS Q 102 -37.142-113.974 0.618 1.00172.05 C \ ANISOU48953 CB LYS Q 102 19563 27565 18241 -2349 -637 -3733 C \ ATOM 48954 N ASN Q 103 -35.808-116.928 0.141 1.00179.66 N \ ANISOU48954 N ASN Q 103 20246 28447 19566 -1696 -381 -4989 N \ ATOM 48955 CA ASN Q 103 -35.868-118.255 -0.477 1.00182.78 C \ ANISOU48955 CA ASN Q 103 20670 28751 20027 -1605 -233 -5436 C \ ATOM 48956 C ASN Q 103 -35.271-119.345 0.411 1.00184.61 C \ ANISOU48956 C ASN Q 103 20885 28573 20686 -941 -330 -5741 C \ ATOM 48957 O ASN Q 103 -35.733-120.489 0.393 1.00185.83 O \ ANISOU48957 O ASN Q 103 21259 28355 20992 -743 -319 -5894 O \ ATOM 48958 CB ASN Q 103 -35.179-118.252 -1.844 1.00186.79 C \ ANISOU48958 CB ASN Q 103 20852 29845 20276 -2017 64 -5925 C \ ATOM 48959 N LEU Q 104 -34.247-118.981 1.181 1.00185.12 N \ ANISOU48959 N LEU Q 104 20693 28706 20935 -610 -433 -5818 N \ ATOM 48960 CA LEU Q 104 -33.592-119.904 2.110 1.00187.17 C \ ANISOU48960 CA LEU Q 104 20905 28607 21603 54 -575 -6052 C \ ATOM 48961 C LEU Q 104 -34.474-120.242 3.317 1.00184.01 C \ ANISOU48961 C LEU Q 104 20929 27587 21396 377 -855 -5579 C \ ATOM 48962 O LEU Q 104 -34.348-121.323 3.898 1.00185.98 O \ ANISOU48962 O LEU Q 104 21304 27404 21954 862 -969 -5719 O \ ATOM 48963 CB LEU Q 104 -32.246-119.338 2.574 1.00188.73 C \ ANISOU48963 CB LEU Q 104 20669 29140 21897 274 -615 -6254 C \ ATOM 48964 N LEU Q 105 -35.361-119.317 3.686 1.00179.48 N \ ANISOU48964 N LEU Q 105 20576 26973 20645 101 -965 -5029 N \ ATOM 48965 CA LEU Q 105 -36.294-119.528 4.796 1.00176.29 C \ ANISOU48965 CA LEU Q 105 20565 26048 20368 316 -1207 -4576 C \ ATOM 48966 C LEU Q 105 -37.621-120.136 4.338 1.00175.12 C \ ANISOU48966 C LEU Q 105 20802 25629 20107 85 -1159 -4425 C \ ATOM 48967 O LEU Q 105 -38.219-120.934 5.062 1.00174.57 O \ ANISOU48967 O LEU Q 105 21057 25069 20202 342 -1303 -4281 O \ ATOM 48968 CB LEU Q 105 -36.540-118.222 5.562 1.00172.35 C \ ANISOU48968 CB LEU Q 105 20078 25630 19774 182 -1353 -4100 C \ ATOM 48969 N ALA Q 106 -38.070-119.762 3.138 1.00174.99 N \ ANISOU48969 N ALA Q 106 20745 25953 19788 -423 -961 -4457 N \ ATOM 48970 CA ALA Q 106 -39.290-120.319 2.539 1.00174.43 C \ ANISOU48970 CA ALA Q 106 20981 25733 19560 -705 -887 -4364 C \ ATOM 48971 C ALA Q 106 -39.194-121.834 2.363 1.00177.97 C \ ANISOU48971 C ALA Q 106 21562 25851 20205 -449 -805 -4781 C \ ATOM 48972 O ALA Q 106 -40.213-122.525 2.295 1.00177.51 O \ ANISOU48972 O ALA Q 106 21840 25496 20108 -547 -802 -4684 O \ ATOM 48973 CB ALA Q 106 -39.587-119.649 1.206 1.00174.57 C \ ANISOU48973 CB ALA Q 106 20867 26261 19200 -1296 -691 -4368 C \ ATOM 48974 N GLU Q 107 -37.961-122.333 2.295 1.00181.77 N \ ANISOU48974 N GLU Q 107 21772 26384 20906 -120 -736 -5258 N \ ATOM 48975 CA GLU Q 107 -37.681-123.764 2.209 1.00185.92 C \ ANISOU48975 CA GLU Q 107 22393 26546 21701 216 -669 -5697 C \ ATOM 48976 C GLU Q 107 -37.923-124.501 3.533 1.00185.52 C \ ANISOU48976 C GLU Q 107 22679 25838 21970 721 -937 -5465 C \ ATOM 48977 O GLU Q 107 -38.091-125.723 3.540 1.00188.42 O \ ANISOU48977 O GLU Q 107 23287 25764 22538 938 -915 -5687 O \ ATOM 48978 CB GLU Q 107 -36.242-123.994 1.733 1.00190.47 C \ ANISOU48978 CB GLU Q 107 22520 27415 22432 439 -520 -6296 C \ ATOM 48979 N ALA Q 108 -37.952-123.760 4.642 1.00182.20 N \ ANISOU48979 N ALA Q 108 22291 25351 21586 877 -1185 -5022 N \ ATOM 48980 CA ALA Q 108 -38.124-124.351 5.977 1.00181.86 C \ ANISOU48980 CA ALA Q 108 22546 24747 21802 1321 -1462 -4762 C \ ATOM 48981 C ALA Q 108 -39.585-124.673 6.344 1.00179.18 C \ ANISOU48981 C ALA Q 108 22705 24025 21350 1112 -1541 -4367 C \ ATOM 48982 O ALA Q 108 -39.905-124.869 7.520 1.00177.95 O \ ANISOU48982 O ALA Q 108 22811 23486 21314 1350 -1782 -4037 O \ ATOM 48983 CB ALA Q 108 -37.473-123.461 7.043 1.00179.88 C \ ANISOU48983 CB ALA Q 108 22094 24628 21625 1561 -1684 -4501 C \ ATOM 48984 N LYS Q 109 -40.453-124.750 5.332 1.00178.62 N \ ANISOU48984 N LYS Q 109 22748 24091 21029 648 -1337 -4418 N \ ATOM 48985 CA LYS Q 109 -41.884-125.014 5.525 1.00176.25 C \ ANISOU48985 CA LYS Q 109 22868 23525 20572 378 -1377 -4088 C \ ATOM 48986 C LYS Q 109 -42.171-126.448 5.973 1.00179.02 C \ ANISOU48986 C LYS Q 109 23623 23253 21143 636 -1433 -4193 C \ ATOM 48987 O LYS Q 109 -41.665-127.409 5.393 1.00183.18 O \ ANISOU48987 O LYS Q 109 24145 23620 21834 784 -1290 -4644 O \ ATOM 48988 CB LYS Q 109 -42.662-124.697 4.245 1.00175.44 C \ ANISOU48988 CB LYS Q 109 22726 23810 20122 -196 -1145 -4138 C \ ATOM 48989 N GLN Q 126 -46.743-123.421 9.799 1.00162.52 N \ ANISOU48989 N GLN Q 126 22296 21067 18386 -142 -2148 -1990 N \ ATOM 48990 CA GLN Q 126 -45.810-122.771 8.884 1.00163.12 C \ ANISOU48990 CA GLN Q 126 21976 21536 18464 -143 -2019 -2211 C \ ATOM 48991 C GLN Q 126 -46.458-121.569 8.203 1.00160.38 C \ ANISOU48991 C GLN Q 126 21435 21634 17868 -540 -1936 -2022 C \ ATOM 48992 O GLN Q 126 -47.519-121.695 7.586 1.00159.95 O \ ANISOU48992 O GLN Q 126 21503 21665 17605 -882 -1848 -1957 O \ ATOM 48993 CB GLN Q 126 -45.310-123.766 7.833 1.00166.91 C \ ANISOU48993 CB GLN Q 126 22446 21976 18993 -122 -1830 -2658 C \ ATOM 48994 N VAL Q 127 -45.816-120.408 8.318 1.00158.94 N \ ANISOU48994 N VAL Q 127 20951 21730 17706 -497 -1971 -1927 N \ ATOM 48995 CA VAL Q 127 -46.334-119.174 7.730 1.00156.76 C \ ANISOU48995 CA VAL Q 127 20498 21832 17231 -836 -1920 -1710 C \ ATOM 48996 C VAL Q 127 -46.164-119.146 6.211 1.00158.61 C \ ANISOU48996 C VAL Q 127 20561 22422 17279 -1130 -1716 -1933 C \ ATOM 48997 O VAL Q 127 -45.063-119.340 5.693 1.00160.94 O \ ANISOU48997 O VAL Q 127 20659 22855 17634 -1032 -1611 -2257 O \ ATOM 48998 CB VAL Q 127 -45.661-117.929 8.341 1.00155.01 C \ ANISOU48998 CB VAL Q 127 20036 21761 17096 -722 -2010 -1549 C \ ATOM 48999 N GLU Q 128 -47.269-118.916 5.505 1.00157.91 N \ ANISOU48999 N GLU Q 128 20534 22513 16951 -1501 -1663 -1768 N \ ATOM 49000 CA GLU Q 128 -47.239-118.714 4.057 1.00159.55 C \ ANISOU49000 CA GLU Q 128 20573 23130 16918 -1856 -1491 -1902 C \ ATOM 49001 C GLU Q 128 -47.038-117.227 3.755 1.00158.21 C \ ANISOU49001 C GLU Q 128 20157 23303 16653 -2024 -1522 -1647 C \ ATOM 49002 O GLU Q 128 -47.410-116.735 2.684 1.00158.72 O \ ANISOU49002 O GLU Q 128 20120 23720 16464 -2391 -1447 -1560 O \ ATOM 49003 CB GLU Q 128 -48.523-119.244 3.409 1.00159.87 C \ ANISOU49003 CB GLU Q 128 20793 23228 16721 -2190 -1432 -1846 C \ ATOM 49004 N VAL Q 129 -46.437-116.526 4.718 1.00156.80 N \ ANISOU49004 N VAL Q 129 19895 23010 16670 -1767 -1636 -1524 N \ ATOM 49005 CA VAL Q 129 -46.133-115.101 4.611 1.00155.87 C \ ANISOU49005 CA VAL Q 129 19575 23135 16514 -1891 -1667 -1296 C \ ATOM 49006 C VAL Q 129 -45.103-114.818 3.514 1.00158.44 C \ ANISOU49006 C VAL Q 129 19648 23843 16706 -2085 -1506 -1540 C \ ATOM 49007 O VAL Q 129 -44.804-113.659 3.208 1.00158.20 O \ ANISOU49007 O VAL Q 129 19463 24049 16596 -2268 -1505 -1368 O \ ATOM 49008 CB VAL Q 129 -45.631-114.541 5.953 1.00153.99 C \ ANISOU49008 CB VAL Q 129 19307 22681 16519 -1576 -1802 -1182 C \ ATOM 49009 N LEU Q 130 -44.569-115.889 2.931 1.00161.24 N \ ANISOU49009 N LEU Q 130 19972 24250 17040 -2059 -1363 -1956 N \ ATOM 49010 CA LEU Q 130 -43.699-115.801 1.767 1.00164.22 C \ ANISOU49010 CA LEU Q 130 20107 25038 17250 -2299 -1175 -2258 C \ ATOM 49011 C LEU Q 130 -44.500-115.442 0.516 1.00165.03 C \ ANISOU49011 C LEU Q 130 20212 25488 17002 -2803 -1098 -2095 C \ ATOM 49012 O LEU Q 130 -44.057-114.623 -0.291 1.00166.19 O \ ANISOU49012 O LEU Q 130 20172 26021 16950 -3113 -1024 -2059 O \ ATOM 49013 CB LEU Q 130 -42.959-117.125 1.558 1.00167.22 C \ ANISOU49013 CB LEU Q 130 20450 25340 17745 -2093 -1038 -2791 C \ ATOM 49014 N GLU Q 131 -45.681-116.050 0.378 1.00164.70 N \ ANISOU49014 N GLU Q 131 20383 25326 16868 -2903 -1126 -1983 N \ ATOM 49015 CA GLU Q 131 -46.546-115.875 -0.799 1.00165.86 C \ ANISOU49015 CA GLU Q 131 20535 25819 16662 -3376 -1071 -1835 C \ ATOM 49016 C GLU Q 131 -47.156-114.474 -0.923 1.00164.36 C \ ANISOU49016 C GLU Q 131 20309 25797 16343 -3589 -1218 -1308 C \ ATOM 49017 O GLU Q 131 -47.388-113.993 -2.034 1.00166.01 O \ ANISOU49017 O GLU Q 131 20429 26404 16244 -4002 -1176 -1179 O \ ATOM 49018 CB GLU Q 131 -47.651-116.938 -0.823 1.00165.83 C \ ANISOU49018 CB GLU Q 131 20762 25644 16600 -3418 -1063 -1878 C \ ATOM 49019 N ASN Q 132 -47.422-113.833 0.215 1.00161.68 N \ ANISOU49019 N ASN Q 132 20042 25150 16238 -3312 -1394 -1005 N \ ATOM 49020 CA ASN Q 132 -47.902-112.448 0.233 1.00160.55 C \ ANISOU49020 CA ASN Q 132 19864 25083 16054 -3442 -1538 -528 C \ ATOM 49021 C ASN Q 132 -46.782-111.442 -0.048 1.00161.66 C \ ANISOU49021 C ASN Q 132 19823 25420 16179 -3548 -1491 -519 C \ ATOM 49022 O ASN Q 132 -47.002-110.431 -0.725 1.00162.53 O \ ANISOU49022 O ASN Q 132 19884 25758 16111 -3848 -1536 -203 O \ ATOM 49023 CB ASN Q 132 -48.585-112.127 1.566 1.00157.46 C \ ANISOU49023 CB ASN Q 132 19602 24296 15928 -3124 -1715 -262 C \ ATOM 49024 N LEU Q 133 -45.588-111.738 0.469 1.00161.96 N \ ANISOU49024 N LEU Q 133 19765 25376 16397 -3309 -1407 -862 N \ ATOM 49025 CA LEU Q 133 -44.410-110.883 0.307 1.00163.09 C \ ANISOU49025 CA LEU Q 133 19717 25720 16530 -3402 -1341 -930 C \ ATOM 49026 C LEU Q 133 -43.822-110.912 -1.108 1.00166.53 C \ ANISOU49026 C LEU Q 133 19991 26644 16639 -3830 -1161 -1143 C \ ATOM 49027 O LEU Q 133 -43.438-109.867 -1.639 1.00167.83 O \ ANISOU49027 O LEU Q 133 20063 27058 16644 -4133 -1145 -966 O \ ATOM 49028 CB LEU Q 133 -43.332-111.261 1.327 1.00162.54 C \ ANISOU49028 CB LEU Q 133 19558 25455 16742 -3001 -1318 -1255 C \ ATOM 49029 N GLN Q 134 -43.759-112.102 -1.711 1.00168.33 N \ ANISOU49029 N GLN Q 134 20195 27000 16761 -3877 -1018 -1530 N \ ATOM 49030 CA GLN Q 134 -43.124-112.294 -3.027 1.00171.89 C \ ANISOU49030 CA GLN Q 134 20465 27943 16901 -4284 -810 -1840 C \ ATOM 49031 C GLN Q 134 -43.797-111.522 -4.167 1.00173.28 C \ ANISOU49031 C GLN Q 134 20660 28488 16688 -4825 -834 -1470 C \ ATOM 49032 O GLN Q 134 -43.119-111.035 -5.074 1.00175.96 O \ ANISOU49032 O GLN Q 134 20842 29252 16762 -5218 -714 -1551 O \ ATOM 49033 CB GLN Q 134 -43.038-113.785 -3.386 1.00173.69 C \ ANISOU49033 CB GLN Q 134 20685 28181 17128 -4206 -645 -2351 C \ ATOM 49034 CG GLN Q 134 -44.393-114.479 -3.537 1.00172.65 C \ ANISOU49034 CG GLN Q 134 20780 27904 16915 -4263 -702 -2201 C \ ATOM 49035 CD GLN Q 134 -44.347-115.702 -4.427 1.00175.25 C \ ANISOU49035 CD GLN Q 134 21080 28422 17083 -4443 -485 -2685 C \ ATOM 49036 OE1 GLN Q 134 -43.323-116.376 -4.529 1.00177.48 O \ ANISOU49036 OE1 GLN Q 134 21216 28741 17476 -4306 -312 -3207 O \ ATOM 49037 NE2 GLN Q 134 -45.467-116.000 -5.075 1.00175.27 N \ ANISOU49037 NE2 GLN Q 134 21209 28554 16830 -4751 -488 -2533 N \ ATOM 49038 N SER Q 135 -45.126-111.426 -4.110 1.00171.76 N \ ANISOU49038 N SER Q 135 20652 28152 16454 -4851 -997 -1065 N \ ATOM 49039 CA SER Q 135 -45.922-110.818 -5.178 1.00173.38 C \ ANISOU49039 CA SER Q 135 20884 28698 16294 -5324 -1062 -680 C \ ATOM 49040 C SER Q 135 -45.697-109.312 -5.271 1.00173.68 C \ ANISOU49040 C SER Q 135 20901 28806 16280 -5506 -1179 -238 C \ ATOM 49041 O SER Q 135 -45.701-108.745 -6.367 1.00176.39 O \ ANISOU49041 O SER Q 135 21198 29552 16269 -5985 -1167 -45 O \ ATOM 49042 CB SER Q 135 -47.412-111.125 -4.984 1.00171.74 C \ ANISOU49042 CB SER Q 135 20847 28315 16088 -5249 -1221 -379 C \ ATOM 49043 N VAL Q 136 -45.493-108.677 -4.118 1.00171.15 N \ ANISOU49043 N VAL Q 136 20629 28092 16306 -5144 -1290 -81 N \ ATOM 49044 CA VAL Q 136 -45.219-107.242 -4.052 1.00171.51 C \ ANISOU49044 CA VAL Q 136 20683 28112 16368 -5275 -1388 304 C \ ATOM 49045 C VAL Q 136 -43.957-106.859 -4.834 1.00174.65 C \ ANISOU49045 C VAL Q 136 20919 28912 16527 -5655 -1210 83 C \ ATOM 49046 O VAL Q 136 -43.935-105.832 -5.519 1.00176.74 O \ ANISOU49046 O VAL Q 136 21210 29375 16568 -6045 -1261 433 O \ ATOM 49047 CB VAL Q 136 -45.092-106.759 -2.590 1.00168.35 C \ ANISOU49047 CB VAL Q 136 20342 27226 16397 -4815 -1491 392 C \ ATOM 49048 N LEU Q 137 -42.927-107.702 -4.737 1.00175.30 N \ ANISOU49048 N LEU Q 137 20834 29117 16655 -5544 -1007 -498 N \ ATOM 49049 CA LEU Q 137 -41.630-107.480 -5.389 1.00178.40 C \ ANISOU49049 CA LEU Q 137 21017 29927 16839 -5872 -805 -826 C \ ATOM 49050 C LEU Q 137 -41.752-107.129 -6.874 1.00182.09 C \ ANISOU49050 C LEU Q 137 21459 30914 16813 -6524 -741 -679 C \ ATOM 49051 O LEU Q 137 -41.207-106.121 -7.329 1.00184.20 O \ ANISOU49051 O LEU Q 137 21697 31405 16882 -6902 -722 -497 O \ ATOM 49052 CB LEU Q 137 -40.735-108.712 -5.219 1.00179.08 C \ ANISOU49052 CB LEU Q 137 20904 30097 17039 -5627 -601 -1518 C \ ATOM 46757 N ALA P 1 -15.930-100.803 64.548 1.00113.79 N \ ANISOU46757 N ALA P 1 15337 14399 13499 -2491 -2715 1818 N \ ATOM 46758 CA ALA P 1 -15.079-101.201 65.707 1.00115.53 C \ ANISOU46758 CA ALA P 1 15651 14505 13738 -2880 -2988 2130 C \ ATOM 46759 C ALA P 1 -13.584-101.093 65.363 1.00112.75 C \ ANISOU46759 C ALA P 1 15552 13492 13793 -2457 -3044 1889 C \ ATOM 46760 O ALA P 1 -13.001-100.012 65.487 1.00109.94 O \ ANISOU46760 O ALA P 1 15210 13244 13316 -2123 -2627 1630 O \ ATOM 46761 CB ALA P 1 -15.457-102.619 66.208 1.00120.42 C \ ANISOU46761 CB ALA P 1 16292 15016 14443 -3588 -3660 2689 C \ ATOM 46762 N THR P 2 -12.978-102.199 64.921 1.00113.97 N \ ANISOU46762 N THR P 2 15874 12988 14441 -2466 -3601 1929 N \ ATOM 46763 CA THR P 2 -11.565-102.224 64.524 1.00112.14 C \ ANISOU46763 CA THR P 2 15801 12203 14603 -2060 -3710 1599 C \ ATOM 46764 C THR P 2 -11.369-101.496 63.196 1.00108.51 C \ ANISOU46764 C THR P 2 15307 11756 14164 -1460 -3295 1076 C \ ATOM 46765 O THR P 2 -12.290-101.418 62.386 1.00108.19 O \ ANISOU46765 O THR P 2 15172 11905 14031 -1357 -3152 989 O \ ATOM 46766 CB THR P 2 -11.000-103.672 64.391 1.00115.82 C \ ANISOU46766 CB THR P 2 16384 11958 15663 -2186 -4541 1657 C \ ATOM 46767 OG1 THR P 2 -11.280-104.194 63.083 1.00116.25 O \ ANISOU46767 OG1 THR P 2 16382 11768 16018 -1863 -4716 1305 O \ ATOM 46768 CG2 THR P 2 -11.563-104.614 65.476 1.00120.66 C \ ANISOU46768 CG2 THR P 2 17036 12540 16268 -2941 -5143 2325 C \ ATOM 46769 N LEU P 3 -10.162-100.987 62.973 1.00106.20 N \ ANISOU46769 N LEU P 3 15081 11302 13969 -1121 -3135 760 N \ ATOM 46770 CA LEU P 3 -9.876-100.160 61.801 1.00103.32 C \ ANISOU46770 CA LEU P 3 14668 11074 13512 -680 -2743 345 C \ ATOM 46771 C LEU P 3 -9.927-100.915 60.470 1.00104.44 C \ ANISOU46771 C LEU P 3 14713 11049 13919 -464 -2986 -1 C \ ATOM 46772 O LEU P 3 -10.363-100.356 59.457 1.00103.12 O \ ANISOU46772 O LEU P 3 14464 11148 13567 -270 -2687 -182 O \ ATOM 46773 CB LEU P 3 -8.543 -99.425 61.973 1.00101.33 C \ ANISOU46773 CB LEU P 3 14484 10787 13228 -478 -2534 141 C \ ATOM 46774 CG LEU P 3 -7.927 -98.796 60.728 1.00 99.52 C \ ANISOU46774 CG LEU P 3 14189 10702 12921 -140 -2284 -267 C \ ATOM 46775 CD1 LEU P 3 -7.679 -97.331 60.941 1.00 96.44 C \ ANISOU46775 CD1 LEU P 3 13873 10570 12200 -74 -1841 -196 C \ ATOM 46776 CD2 LEU P 3 -6.660 -99.543 60.321 1.00101.07 C \ ANISOU46776 CD2 LEU P 3 14307 10668 13427 26 -2593 -683 C \ ATOM 46777 N LYS P 4 -9.487-102.174 60.475 1.00107.32 N \ ANISOU46777 N LYS P 4 15070 10971 14736 -500 -3584 -112 N \ ATOM 46778 CA LYS P 4 -9.491-103.000 59.264 1.00109.26 C \ ANISOU46778 CA LYS P 4 15164 11053 15295 -260 -3906 -552 C \ ATOM 46779 C LYS P 4 -10.920-103.202 58.755 1.00109.43 C \ ANISOU46779 C LYS P 4 15139 11236 15203 -381 -3871 -360 C \ ATOM 46780 O LYS P 4 -11.173-103.167 57.546 1.00108.91 O \ ANISOU46780 O LYS P 4 14927 11347 15104 -139 -3749 -706 O \ ATOM 46781 CB LYS P 4 -8.812-104.349 59.527 1.00113.47 C \ ANISOU46781 CB LYS P 4 15693 10978 16440 -267 -4713 -727 C \ ATOM 46782 CG LYS P 4 -8.357-105.085 58.256 1.00116.36 C \ ANISOU46782 CG LYS P 4 15810 11218 17182 135 -5061 -1466 C \ ATOM 46783 CD LYS P 4 -7.871-106.523 58.533 1.00121.70 C \ ANISOU46783 CD LYS P 4 16469 11168 18601 157 -6052 -1678 C \ ATOM 46784 CE LYS P 4 -6.459-106.570 59.129 1.00122.43 C \ ANISOU46784 CE LYS P 4 16564 11001 18950 301 -6293 -1951 C \ ATOM 46785 NZ LYS P 4 -5.835-107.916 58.967 1.00128.10 N \ ANISOU46785 NZ LYS P 4 17149 11044 20477 526 -7314 -2482 N \ ATOM 46786 N GLU P 5 -11.838-103.404 59.700 1.00110.27 N \ ANISOU46786 N GLU P 5 15336 11358 15202 -796 -3975 188 N \ ATOM 46787 CA GLU P 5 -13.267-103.488 59.425 1.00110.73 C \ ANISOU46787 CA GLU P 5 15333 11669 15069 -976 -3892 425 C \ ATOM 46788 C GLU P 5 -13.758-102.184 58.818 1.00107.03 C \ ANISOU46788 C GLU P 5 14794 11701 14169 -739 -3214 295 C \ ATOM 46789 O GLU P 5 -14.151-102.138 57.656 1.00106.57 O \ ANISOU46789 O GLU P 5 14644 11744 14103 -518 -3112 43 O \ ATOM 46790 CB GLU P 5 -14.043-103.769 60.715 1.00112.92 C \ ANISOU46790 CB GLU P 5 15654 12080 15170 -1545 -4062 1031 C \ ATOM 46791 CG GLU P 5 -13.776-105.132 61.337 1.00118.84 C \ ANISOU46791 CG GLU P 5 16503 12300 16351 -1935 -4892 1328 C \ ATOM 46792 CD GLU P 5 -14.370-105.276 62.738 1.00123.20 C \ ANISOU46792 CD GLU P 5 17074 13141 16593 -2632 -5034 1999 C \ ATOM 46793 OE1 GLU P 5 -14.269-104.318 63.540 1.00121.70 O \ ANISOU46793 OE1 GLU P 5 16846 13420 15971 -2712 -4538 2100 O \ ATOM 46794 OE2 GLU P 5 -14.936-106.356 63.037 1.00128.25 O \ ANISOU46794 OE2 GLU P 5 17743 13580 17405 -3138 -5683 2422 O \ ATOM 46795 N VAL P 6 -13.709-101.126 59.618 1.00104.91 N \ ANISOU46795 N VAL P 6 14565 11722 13572 -792 -2816 457 N \ ATOM 46796 CA VAL P 6 -14.183 -99.806 59.226 1.00102.28 C \ ANISOU46796 CA VAL P 6 14185 11775 12900 -585 -2306 363 C \ ATOM 46797 C VAL P 6 -13.741 -99.390 57.817 1.00101.02 C \ ANISOU46797 C VAL P 6 14007 11612 12762 -242 -2161 8 C \ ATOM 46798 O VAL P 6 -14.515 -98.766 57.098 1.00100.37 O \ ANISOU46798 O VAL P 6 13871 11760 12505 -136 -1953 -27 O \ ATOM 46799 CB VAL P 6 -13.799 -98.746 60.283 1.00100.84 C \ ANISOU46799 CB VAL P 6 14047 11781 12484 -607 -2017 459 C \ ATOM 46800 CG1 VAL P 6 -14.014 -97.346 59.761 1.00 98.87 C \ ANISOU46800 CG1 VAL P 6 13784 11757 12024 -327 -1649 295 C \ ATOM 46801 CG2 VAL P 6 -14.613 -98.959 61.548 1.00102.65 C \ ANISOU46801 CG2 VAL P 6 14179 12306 12517 -996 -2065 776 C \ ATOM 46802 N GLU P 7 -12.524 -99.750 57.412 1.00101.31 N \ ANISOU46802 N GLU P 7 14051 11451 12991 -103 -2304 -269 N \ ATOM 46803 CA GLU P 7 -12.049 -99.415 56.065 1.00101.15 C \ ANISOU46803 CA GLU P 7 13931 11609 12892 122 -2177 -627 C \ ATOM 46804 C GLU P 7 -12.743-100.244 54.984 1.00102.66 C \ ANISOU46804 C GLU P 7 13970 11828 13206 178 -2372 -823 C \ ATOM 46805 O GLU P 7 -12.962 -99.767 53.868 1.00102.31 O \ ANISOU46805 O GLU P 7 13829 12085 12959 270 -2189 -976 O \ ATOM 46806 CB GLU P 7 -10.533 -99.574 55.945 1.00101.88 C \ ANISOU46806 CB GLU P 7 13973 11642 13092 241 -2265 -970 C \ ATOM 46807 CG GLU P 7 -9.917 -98.693 54.850 1.00102.48 C \ ANISOU46807 CG GLU P 7 13943 12137 12857 337 -1991 -1215 C \ ATOM 46808 CD GLU P 7 -8.918 -99.429 53.966 1.00106.50 C \ ANISOU46808 CD GLU P 7 14178 12817 13469 476 -2184 -1804 C \ ATOM 46809 OE1 GLU P 7 -8.485-100.548 54.325 1.00109.01 O \ ANISOU46809 OE1 GLU P 7 14420 12805 14193 578 -2576 -2075 O \ ATOM 46810 OE2 GLU P 7 -8.570 -98.886 52.895 1.00107.97 O \ ANISOU46810 OE2 GLU P 7 14189 13507 13325 463 -1996 -2021 O \ ATOM 46811 N MET P 8 -13.078-101.487 55.321 1.00104.70 N \ ANISOU46811 N MET P 8 14211 11766 13801 82 -2798 -791 N \ ATOM 46812 CA MET P 8 -13.774-102.377 54.393 1.00106.64 C \ ANISOU46812 CA MET P 8 14318 11971 14228 132 -3061 -977 C \ ATOM 46813 C MET P 8 -15.267-102.081 54.357 1.00105.69 C \ ANISOU46813 C MET P 8 14225 12039 13892 -15 -2880 -628 C \ ATOM 46814 O MET P 8 -15.919-102.298 53.334 1.00106.39 O \ ANISOU46814 O MET P 8 14198 12260 13964 68 -2887 -778 O \ ATOM 46815 CB MET P 8 -13.516-103.852 54.735 1.00110.22 C \ ANISOU46815 CB MET P 8 14752 11918 15208 79 -3733 -1083 C \ ATOM 46816 CG MET P 8 -12.066-104.333 54.514 1.00112.56 C \ ANISOU46816 CG MET P 8 14924 12020 15822 331 -4037 -1639 C \ ATOM 46817 SD MET P 8 -11.407-104.131 52.831 1.00114.20 S \ ANISOU46817 SD MET P 8 14770 12741 15877 698 -3842 -2434 S \ ATOM 46818 CE MET P 8 -10.563-102.547 52.934 1.00110.36 C \ ANISOU46818 CE MET P 8 14343 12752 14836 673 -3183 -2334 C \ ATOM 46819 N ARG P 9 -15.800-101.595 55.477 1.00104.50 N \ ANISOU46819 N ARG P 9 14181 11960 13561 -232 -2726 -216 N \ ATOM 46820 CA ARG P 9 -17.171-101.097 55.537 1.00103.78 C \ ANISOU46820 CA ARG P 9 14049 12175 13208 -336 -2502 20 C \ ATOM 46821 C ARG P 9 -17.286 -99.799 54.729 1.00101.52 C \ ANISOU46821 C ARG P 9 13747 12164 12659 -94 -2109 -121 C \ ATOM 46822 O ARG P 9 -18.192 -99.652 53.912 1.00101.63 O \ ANISOU46822 O ARG P 9 13685 12342 12587 -34 -2043 -152 O \ ATOM 46823 CB ARG P 9 -17.602-100.887 56.995 1.00104.31 C \ ANISOU46823 CB ARG P 9 14134 12394 13103 -635 -2453 375 C \ ATOM 46824 CG ARG P 9 -19.056-100.482 57.187 1.00105.52 C \ ANISOU46824 CG ARG P 9 14146 12974 12973 -758 -2269 522 C \ ATOM 46825 CD ARG P 9 -19.995-101.674 57.118 1.00110.01 C \ ANISOU46825 CD ARG P 9 14633 13538 13627 -1066 -2604 726 C \ ATOM 46826 NE ARG P 9 -21.394-101.270 56.975 1.00111.98 N \ ANISOU46826 NE ARG P 9 14700 14247 13600 -1111 -2401 755 N \ ATOM 46827 CZ ARG P 9 -21.998-101.019 55.812 1.00112.21 C \ ANISOU46827 CZ ARG P 9 14682 14314 13639 -850 -2289 560 C \ ATOM 46828 NH1 ARG P 9 -21.336-101.116 54.662 1.00111.09 N \ ANISOU46828 NH1 ARG P 9 14637 13861 13709 -567 -2331 327 N \ ATOM 46829 NH2 ARG P 9 -23.277-100.663 55.797 1.00113.49 N \ ANISOU46829 NH2 ARG P 9 14658 14896 13566 -892 -2143 567 N \ ATOM 46830 N LEU P 10 -16.343 -98.881 54.954 1.00 99.85 N \ ANISOU46830 N LEU P 10 13621 11971 12344 9 -1915 -175 N \ ATOM 46831 CA LEU P 10 -16.284 -97.579 54.276 1.00 98.41 C \ ANISOU46831 CA LEU P 10 13470 11977 11945 159 -1670 -226 C \ ATOM 46832 C LEU P 10 -16.090 -97.701 52.771 1.00 98.95 C \ ANISOU46832 C LEU P 10 13453 12175 11966 233 -1697 -438 C \ ATOM 46833 O LEU P 10 -16.746 -97.005 52.000 1.00 99.09 O \ ANISOU46833 O LEU P 10 13457 12362 11827 261 -1619 -385 O \ ATOM 46834 CB LEU P 10 -15.157 -96.724 54.871 1.00 97.19 C \ ANISOU46834 CB LEU P 10 13433 11773 11720 191 -1548 -211 C \ ATOM 46835 CG LEU P 10 -14.683 -95.451 54.162 1.00 96.47 C \ ANISOU46835 CG LEU P 10 13411 11801 11442 258 -1429 -218 C \ ATOM 46836 CD1 LEU P 10 -15.523 -94.261 54.570 1.00 96.42 C \ ANISOU46836 CD1 LEU P 10 13461 11804 11370 331 -1379 -72 C \ ATOM 46837 CD2 LEU P 10 -13.223 -95.188 54.478 1.00 95.93 C \ ANISOU46837 CD2 LEU P 10 13416 11688 11344 235 -1388 -278 C \ ATOM 46838 N LYS P 11 -15.182 -98.574 52.356 1.00 99.92 N \ ANISOU46838 N LYS P 11 13484 12258 12223 258 -1848 -717 N \ ATOM 46839 CA LYS P 11 -14.922 -98.773 50.938 1.00101.56 C \ ANISOU46839 CA LYS P 11 13511 12747 12328 304 -1873 -1024 C \ ATOM 46840 C LYS P 11 -16.159 -99.364 50.257 1.00102.34 C \ ANISOU46840 C LYS P 11 13516 12880 12488 314 -1971 -1030 C \ ATOM 46841 O LYS P 11 -16.414 -99.108 49.073 1.00103.09 O \ ANISOU46841 O LYS P 11 13492 13291 12386 307 -1911 -1137 O \ ATOM 46842 CB LYS P 11 -13.699 -99.674 50.741 1.00103.43 C \ ANISOU46842 CB LYS P 11 13577 12983 12738 388 -2067 -1477 C \ ATOM 46843 CG LYS P 11 -12.837 -99.299 49.543 1.00105.68 C \ ANISOU46843 CG LYS P 11 13632 13806 12714 373 -1958 -1829 C \ ATOM 46844 CD LYS P 11 -11.362 -99.317 49.925 1.00107.58 C \ ANISOU46844 CD LYS P 11 13796 14111 12966 410 -1978 -2112 C \ ATOM 46845 CE LYS P 11 -10.579 -98.271 49.145 1.00108.99 C \ ANISOU46845 CE LYS P 11 13862 14905 12644 224 -1742 -2146 C \ ATOM 46846 NZ LYS P 11 -9.233 -98.048 49.738 1.00109.23 N \ ANISOU46846 NZ LYS P 11 13879 14979 12642 222 -1706 -2295 N \ ATOM 46847 N SER P 12 -16.925-100.140 51.028 1.00102.33 N \ ANISOU46847 N SER P 12 13560 12595 12724 271 -2142 -875 N \ ATOM 46848 CA SER P 12 -18.172-100.741 50.564 1.00103.07 C \ ANISOU46848 CA SER P 12 13578 12697 12886 242 -2257 -825 C \ ATOM 46849 C SER P 12 -19.236 -99.684 50.271 1.00102.02 C \ ANISOU46849 C SER P 12 13482 12792 12489 236 -2011 -599 C \ ATOM 46850 O SER P 12 -19.926 -99.753 49.257 1.00102.69 O \ ANISOU46850 O SER P 12 13471 13038 12505 265 -2015 -667 O \ ATOM 46851 CB SER P 12 -18.689-101.756 51.586 1.00104.07 C \ ANISOU46851 CB SER P 12 13748 12518 13273 79 -2545 -621 C \ ATOM 46852 OG SER P 12 -20.035-102.101 51.330 1.00104.60 O \ ANISOU46852 OG SER P 12 13758 12663 13322 -12 -2600 -471 O \ ATOM 46853 N ILE P 13 -19.356 -98.703 51.161 1.00100.82 N \ ANISOU46853 N ILE P 13 13445 12642 12219 220 -1844 -378 N \ ATOM 46854 CA ILE P 13 -20.297 -97.598 50.972 1.00100.44 C \ ANISOU46854 CA ILE P 13 13411 12745 12004 279 -1715 -251 C \ ATOM 46855 C ILE P 13 -19.822 -96.651 49.867 1.00100.46 C \ ANISOU46855 C ILE P 13 13457 12868 11842 316 -1676 -278 C \ ATOM 46856 O ILE P 13 -20.641 -96.081 49.144 1.00101.27 O \ ANISOU46856 O ILE P 13 13546 13069 11863 340 -1707 -210 O \ ATOM 46857 CB ILE P 13 -20.583 -96.862 52.302 1.00100.02 C \ ANISOU46857 CB ILE P 13 13395 12692 11914 289 -1624 -126 C \ ATOM 46858 CG1 ILE P 13 -21.294 -97.817 53.264 1.00101.08 C \ ANISOU46858 CG1 ILE P 13 13421 12892 12091 114 -1687 -34 C \ ATOM 46859 CG2 ILE P 13 -21.444 -95.629 52.078 1.00100.46 C \ ANISOU46859 CG2 ILE P 13 13431 12848 11887 435 -1600 -124 C \ ATOM 46860 CD1 ILE P 13 -21.368 -97.330 54.683 1.00101.76 C \ ANISOU46860 CD1 ILE P 13 13465 13123 12075 43 -1596 33 C \ ATOM 46861 N LYS P 14 -18.506 -96.510 49.723 1.00100.10 N \ ANISOU46861 N LYS P 14 13449 12851 11731 271 -1650 -359 N \ ATOM 46862 CA LYS P 14 -17.932 -95.760 48.610 1.00100.97 C \ ANISOU46862 CA LYS P 14 13555 13210 11598 165 -1652 -348 C \ ATOM 46863 C LYS P 14 -18.267 -96.399 47.268 1.00102.38 C \ ANISOU46863 C LYS P 14 13542 13688 11668 102 -1705 -518 C \ ATOM 46864 O LYS P 14 -18.491 -95.694 46.287 1.00103.82 O \ ANISOU46864 O LYS P 14 13715 14112 11620 -39 -1748 -386 O \ ATOM 46865 CB LYS P 14 -16.420 -95.611 48.766 1.00100.99 C \ ANISOU46865 CB LYS P 14 13566 13306 11497 83 -1602 -447 C \ ATOM 46866 CG LYS P 14 -16.017 -94.486 49.703 1.00100.78 C \ ANISOU46866 CG LYS P 14 13749 13071 11470 84 -1572 -213 C \ ATOM 46867 CD LYS P 14 -14.521 -94.187 49.628 1.00101.92 C \ ANISOU46867 CD LYS P 14 13895 13390 11440 -55 -1529 -273 C \ ATOM 46868 CE LYS P 14 -14.133 -93.055 50.576 1.00101.00 C \ ANISOU46868 CE LYS P 14 14001 13021 11353 -49 -1535 -35 C \ ATOM 46869 NZ LYS P 14 -12.754 -92.557 50.317 1.00101.81 N \ ANISOU46869 NZ LYS P 14 14112 13352 11217 -261 -1522 -14 N \ ATOM 46870 N ASN P 15 -18.313 -97.730 47.236 1.00102.46 N \ ANISOU46870 N ASN P 15 13398 13667 11862 185 -1764 -800 N \ ATOM 46871 CA ASN P 15 -18.646 -98.476 46.016 1.00104.01 C \ ANISOU46871 CA ASN P 15 13368 14146 12005 173 -1843 -1059 C \ ATOM 46872 C ASN P 15 -20.123 -98.428 45.646 1.00103.86 C \ ANISOU46872 C ASN P 15 13371 14082 12008 189 -1870 -872 C \ ATOM 46873 O ASN P 15 -20.467 -98.364 44.465 1.00105.17 O \ ANISOU46873 O ASN P 15 13408 14564 11984 109 -1889 -930 O \ ATOM 46874 CB ASN P 15 -18.192 -99.934 46.123 1.00105.10 C \ ANISOU46874 CB ASN P 15 13325 14172 12434 300 -2024 -1484 C \ ATOM 46875 CG ASN P 15 -16.898-100.196 45.390 1.00106.97 C \ ANISOU46875 CG ASN P 15 13292 14824 12526 297 -2051 -1968 C \ ATOM 46876 OD1 ASN P 15 -15.863 -99.586 45.670 1.00106.40 O \ ANISOU46876 OD1 ASN P 15 13249 14890 12287 224 -1943 -1966 O \ ATOM 46877 ND2 ASN P 15 -16.948-101.118 44.444 1.00109.36 N \ ANISOU46877 ND2 ASN P 15 13286 15385 12880 377 -2207 -2441 N \ ATOM 46878 N ILE P 16 -20.987 -98.474 46.656 1.00102.50 N \ ANISOU46878 N ILE P 16 13322 13594 12029 264 -1875 -670 N \ ATOM 46879 CA ILE P 16 -22.427 -98.418 46.439 1.00102.65 C \ ANISOU46879 CA ILE P 16 13325 13611 12064 291 -1898 -532 C \ ATOM 46880 C ILE P 16 -22.827 -97.040 45.917 1.00103.22 C \ ANISOU46880 C ILE P 16 13484 13783 11951 272 -1884 -328 C \ ATOM 46881 O ILE P 16 -23.678 -96.934 45.034 1.00104.19 O \ ANISOU46881 O ILE P 16 13548 14032 12006 256 -1947 -290 O \ ATOM 46882 CB ILE P 16 -23.213 -98.793 47.713 1.00101.97 C \ ANISOU46882 CB ILE P 16 13268 13328 12146 308 -1910 -405 C \ ATOM 46883 CG1 ILE P 16 -23.075-100.292 47.989 1.00102.65 C \ ANISOU46883 CG1 ILE P 16 13281 13263 12459 239 -2091 -517 C \ ATOM 46884 CG2 ILE P 16 -24.685 -98.437 47.569 1.00102.44 C \ ANISOU46884 CG2 ILE P 16 13272 13490 12161 345 -1902 -301 C \ ATOM 46885 CD1 ILE P 16 -23.704-100.753 49.294 1.00103.14 C \ ANISOU46885 CD1 ILE P 16 13358 13220 12611 96 -2162 -303 C \ ATOM 46886 N GLU P 17 -22.192 -95.993 46.442 1.00103.09 N \ ANISOU46886 N GLU P 17 13614 13670 11883 262 -1869 -191 N \ ATOM 46887 CA GLU P 17 -22.430 -94.636 45.961 1.00104.64 C \ ANISOU46887 CA GLU P 17 13925 13853 11979 215 -2012 29 C \ ATOM 46888 C GLU P 17 -22.134 -94.522 44.473 1.00106.55 C \ ANISOU46888 C GLU P 17 14105 14425 11952 -32 -2101 94 C \ ATOM 46889 O GLU P 17 -22.922 -93.941 43.723 1.00108.29 O \ ANISOU46889 O GLU P 17 14351 14670 12123 -97 -2284 267 O \ ATOM 46890 CB GLU P 17 -21.586 -93.617 46.716 1.00104.51 C \ ANISOU46890 CB GLU P 17 14078 13656 11975 210 -2053 155 C \ ATOM 46891 CG GLU P 17 -22.110 -92.192 46.574 1.00107.35 C \ ANISOU46891 CG GLU P 17 14575 13809 12401 238 -2353 368 C \ ATOM 46892 CD GLU P 17 -21.048 -91.219 46.097 1.00110.39 C \ ANISOU46892 CD GLU P 17 15120 14202 12619 -34 -2550 633 C \ ATOM 46893 OE1 GLU P 17 -20.643 -91.308 44.914 1.00112.66 O \ ANISOU46893 OE1 GLU P 17 15362 14829 12615 -361 -2601 769 O \ ATOM 46894 OE2 GLU P 17 -20.630 -90.356 46.901 1.00111.04 O \ ANISOU46894 OE2 GLU P 17 15347 14007 12834 38 -2676 705 O \ ATOM 46895 N LYS P 18 -20.998 -95.078 44.057 1.00106.91 N \ ANISOU46895 N LYS P 18 14031 14780 11809 -185 -1997 -77 N \ ATOM 46896 CA LYS P 18 -20.596 -95.055 42.654 1.00109.45 C \ ANISOU46896 CA LYS P 18 14188 15632 11766 -487 -2047 -96 C \ ATOM 46897 C LYS P 18 -21.602 -95.824 41.790 1.00110.29 C \ ANISOU46897 C LYS P 18 14119 15909 11877 -443 -2063 -243 C \ ATOM 46898 O LYS P 18 -22.093 -95.296 40.785 1.00112.37 O \ ANISOU46898 O LYS P 18 14364 16406 11923 -660 -2202 -35 O \ ATOM 46899 CB LYS P 18 -19.173 -95.606 42.481 1.00110.08 C \ ANISOU46899 CB LYS P 18 14063 16122 11640 -606 -1921 -420 C \ ATOM 46900 CG LYS P 18 -18.272 -94.757 41.587 1.00112.97 C \ ANISOU46900 CG LYS P 18 14353 17061 11509 -1062 -1988 -243 C \ ATOM 46901 CD LYS P 18 -18.680 -94.839 40.120 1.00116.17 C \ ANISOU46901 CD LYS P 18 14523 18071 11542 -1367 -2068 -242 C \ ATOM 46902 CE LYS P 18 -18.301 -93.578 39.361 1.00119.32 C \ ANISOU46902 CE LYS P 18 14992 18866 11475 -1941 -2286 261 C \ ATOM 46903 NZ LYS P 18 -18.985 -93.516 38.041 1.00122.21 N \ ANISOU46903 NZ LYS P 18 15204 19709 11520 -2271 -2433 409 N \ ATOM 46904 N ILE P 19 -21.925 -97.050 42.205 1.00109.00 N \ ANISOU46904 N ILE P 19 13843 15593 11976 -195 -1980 -558 N \ ATOM 46905 CA ILE P 19 -22.867 -97.910 41.477 1.00109.70 C \ ANISOU46905 CA ILE P 19 13763 15794 12121 -131 -2019 -729 C \ ATOM 46906 C ILE P 19 -24.232 -97.254 41.319 1.00109.53 C \ ANISOU46906 C ILE P 19 13872 15598 12145 -108 -2106 -412 C \ ATOM 46907 O ILE P 19 -24.755 -97.197 40.213 1.00111.22 O \ ANISOU46907 O ILE P 19 13986 16088 12183 -238 -2181 -376 O \ ATOM 46908 CB ILE P 19 -23.021 -99.305 42.140 1.00108.79 C \ ANISOU46908 CB ILE P 19 13562 15409 12362 95 -2038 -1033 C \ ATOM 46909 CG1 ILE P 19 -21.722-100.101 42.009 1.00110.09 C \ ANISOU46909 CG1 ILE P 19 13519 15765 12543 120 -2071 -1487 C \ ATOM 46910 CG2 ILE P 19 -24.176-100.087 41.511 1.00109.23 C \ ANISOU46910 CG2 ILE P 19 13492 15488 12519 155 -2125 -1129 C \ ATOM 46911 CD1 ILE P 19 -21.485-101.089 43.132 1.00109.35 C \ ANISOU46911 CD1 ILE P 19 13472 15205 12868 296 -2201 -1635 C \ ATOM 46912 N THR P 20 -24.795 -96.753 42.417 1.00108.03 N \ ANISOU46912 N THR P 20 13861 15004 12178 58 -2116 -234 N \ ATOM 46913 CA THR P 20 -26.125 -96.137 42.385 1.00108.61 C \ ANISOU46913 CA THR P 20 13996 14923 12347 154 -2239 -59 C \ ATOM 46914 C THR P 20 -26.141 -94.824 41.610 1.00110.93 C \ ANISOU46914 C THR P 20 14410 15245 12492 -15 -2482 230 C \ ATOM 46915 O THR P 20 -27.174 -94.443 41.051 1.00112.30 O \ ANISOU46915 O THR P 20 14584 15378 12704 4 -2668 340 O \ ATOM 46916 CB THR P 20 -26.708 -95.902 43.791 1.00107.35 C \ ANISOU46916 CB THR P 20 13894 14470 12423 377 -2207 -64 C \ ATOM 46917 OG1 THR P 20 -25.818 -95.079 44.553 1.00107.03 O \ ANISOU46917 OG1 THR P 20 13998 14270 12399 387 -2216 14 O \ ATOM 46918 CG2 THR P 20 -26.931 -97.223 44.509 1.00106.03 C \ ANISOU46918 CG2 THR P 20 13611 14298 12376 422 -2070 -228 C \ ATOM 46919 N LYS P 21 -25.001 -94.136 41.581 1.00111.87 N \ ANISOU46919 N LYS P 21 14633 15419 12450 -216 -2540 380 N \ ATOM 46920 CA LYS P 21 -24.858 -92.960 40.731 1.00115.13 C \ ANISOU46920 CA LYS P 21 15169 15896 12677 -526 -2872 748 C \ ATOM 46921 C LYS P 21 -24.797 -93.404 39.273 1.00117.49 C \ ANISOU46921 C LYS P 21 15281 16760 12600 -871 -2875 770 C \ ATOM 46922 O LYS P 21 -25.439 -92.800 38.412 1.00120.20 O \ ANISOU46922 O LYS P 21 15670 17146 12854 -1075 -3174 1054 O \ ATOM 46923 CB LYS P 21 -23.623 -92.134 41.104 1.00115.77 C \ ANISOU46923 CB LYS P 21 15402 15937 12648 -729 -2962 945 C \ ATOM 46924 CG LYS P 21 -23.661 -90.704 40.566 1.00119.44 C \ ANISOU46924 CG LYS P 21 16078 16239 13065 -1038 -3480 1429 C \ ATOM 46925 CD LYS P 21 -22.363 -89.950 40.825 1.00120.53 C \ ANISOU46925 CD LYS P 21 16354 16402 13038 -1334 -3597 1670 C \ ATOM 46926 CE LYS P 21 -22.434 -88.549 40.232 1.00124.93 C \ ANISOU46926 CE LYS P 21 17146 16744 13578 -1727 -4255 2234 C \ ATOM 46927 NZ LYS P 21 -21.149 -87.816 40.364 1.00126.52 N \ ANISOU46927 NZ LYS P 21 17478 17033 13559 -2130 -4420 2544 N \ ATOM 46928 N THR P 22 -24.041 -94.472 39.012 1.00117.12 N \ ANISOU46928 N THR P 22 14991 17154 12353 -922 -2585 424 N \ ATOM 46929 CA THR P 22 -23.929 -95.062 37.671 1.00119.77 C \ ANISOU46929 CA THR P 22 15036 18161 12310 -1203 -2546 268 C \ ATOM 46930 C THR P 22 -25.290 -95.529 37.123 1.00119.92 C \ ANISOU46930 C THR P 22 14990 18114 12460 -1059 -2595 224 C \ ATOM 46931 O THR P 22 -25.531 -95.470 35.917 1.00122.71 O \ ANISOU46931 O THR P 22 15196 18933 12494 -1364 -2701 311 O \ ATOM 46932 CB THR P 22 -22.907 -96.232 37.650 1.00119.57 C \ ANISOU46932 CB THR P 22 14697 18560 12172 -1140 -2284 -288 C \ ATOM 46933 OG1 THR P 22 -21.664 -95.798 38.220 1.00119.35 O \ ANISOU46933 OG1 THR P 22 14723 18586 12036 -1251 -2231 -265 O \ ATOM 46934 CG2 THR P 22 -22.663 -96.734 36.225 1.00123.17 C \ ANISOU46934 CG2 THR P 22 14756 19870 12172 -1445 -2265 -562 C \ ATOM 46935 N MET P 23 -26.166 -95.980 38.018 1.00117.33 N \ ANISOU46935 N MET P 23 14748 17275 12557 -645 -2524 104 N \ ATOM 46936 CA MET P 23 -27.518 -96.398 37.656 1.00117.45 C \ ANISOU46936 CA MET P 23 14708 17196 12719 -492 -2570 69 C \ ATOM 46937 C MET P 23 -28.430 -95.206 37.401 1.00119.26 C \ ANISOU46937 C MET P 23 15122 17180 13008 -543 -2882 457 C \ ATOM 46938 O MET P 23 -29.306 -95.266 36.534 1.00120.63 O \ ANISOU46938 O MET P 23 15227 17481 13125 -609 -3005 523 O \ ATOM 46939 CB MET P 23 -28.127 -97.258 38.759 1.00114.72 C \ ANISOU46939 CB MET P 23 14360 16483 12746 -127 -2425 -153 C \ ATOM 46940 CG MET P 23 -27.534 -98.643 38.879 1.00114.33 C \ ANISOU46940 CG MET P 23 14124 16555 12761 -56 -2279 -543 C \ ATOM 46941 SD MET P 23 -28.560 -99.709 39.907 1.00113.04 S \ ANISOU46941 SD MET P 23 13954 16011 12982 193 -2261 -645 S \ ATOM 46942 CE MET P 23 -29.775-100.246 38.697 1.00114.59 C \ ANISOU46942 CE MET P 23 13986 16418 13133 176 -2340 -713 C \ ATOM 46943 N LYS P 24 -28.223 -94.136 38.172 1.00119.67 N \ ANISOU46943 N LYS P 24 15397 16850 13220 -487 -3063 675 N \ ATOM 46944 CA LYS P 24 -29.015 -92.906 38.070 1.00122.31 C \ ANISOU46944 CA LYS P 24 15912 16821 13739 -468 -3506 975 C \ ATOM 46945 C LYS P 24 -28.840 -92.240 36.709 1.00126.34 C \ ANISOU46945 C LYS P 24 16469 17600 13933 -968 -3866 1383 C \ ATOM 46946 O LYS P 24 -29.754 -91.579 36.214 1.00128.90 O \ ANISOU46946 O LYS P 24 16879 17699 14395 -993 -4279 1608 O \ ATOM 46947 CB LYS P 24 -28.614 -91.924 39.175 1.00122.31 C \ ANISOU46947 CB LYS P 24 16108 16370 13992 -307 -3684 1048 C \ ATOM 46948 CG LYS P 24 -29.646 -90.838 39.471 1.00125.01 C \ ANISOU46948 CG LYS P 24 16562 16211 14725 -50 -4170 1107 C \ ATOM 46949 CD LYS P 24 -28.991 -89.562 39.985 1.00127.42 C \ ANISOU46949 CD LYS P 24 17094 16109 15211 -87 -4587 1316 C \ ATOM 46950 CE LYS P 24 -28.699 -88.586 38.846 1.00132.27 C \ ANISOU46950 CE LYS P 24 17905 16657 15692 -588 -5189 1868 C \ ATOM 46951 NZ LYS P 24 -28.094 -87.312 39.330 1.00135.04 N \ ANISOU46951 NZ LYS P 24 18505 16526 16277 -656 -5722 2119 N \ ATOM 46952 N ILE P 25 -27.660 -92.422 36.119 1.00127.61 N \ ANISOU46952 N ILE P 25 16540 18294 13650 -1396 -3740 1465 N \ ATOM 46953 CA ILE P 25 -27.341 -91.882 34.795 1.00132.29 C \ ANISOU46953 CA ILE P 25 17103 19376 13782 -2030 -4047 1877 C \ ATOM 46954 C ILE P 25 -27.777 -92.831 33.668 1.00133.24 C \ ANISOU46954 C ILE P 25 16920 20113 13590 -2175 -3852 1675 C \ ATOM 46955 O ILE P 25 -28.382 -92.388 32.692 1.00136.49 O \ ANISOU46955 O ILE P 25 17346 20669 13841 -2500 -4192 2011 O \ ATOM 46956 CB ILE P 25 -25.832 -91.532 34.663 1.00134.14 C \ ANISOU46956 CB ILE P 25 17309 20076 13581 -2517 -4026 2049 C \ ATOM 46957 CG1 ILE P 25 -25.387 -90.619 35.815 1.00133.19 C \ ANISOU46957 CG1 ILE P 25 17494 19311 13799 -2350 -4224 2229 C \ ATOM 46958 CG2 ILE P 25 -25.551 -90.873 33.312 1.00139.91 C \ ANISOU46958 CG2 ILE P 25 17989 21415 13752 -3314 -4415 2571 C \ ATOM 46959 CD1 ILE P 25 -23.878 -90.575 36.046 1.00133.39 C \ ANISOU46959 CD1 ILE P 25 17462 19738 13482 -2649 -4036 2225 C \ ATOM 46960 N VAL P 26 -27.471 -94.124 33.813 1.00130.92 N \ ANISOU46960 N VAL P 26 16351 20144 13247 -1933 -3374 1121 N \ ATOM 46961 CA VAL P 26 -27.902 -95.168 32.861 1.00131.76 C \ ANISOU46961 CA VAL P 26 16133 20778 13150 -1958 -3194 791 C \ ATOM 46962 C VAL P 26 -29.426 -95.185 32.689 1.00131.31 C \ ANISOU46962 C VAL P 26 16172 20321 13399 -1715 -3348 888 C \ ATOM 46963 O VAL P 26 -29.926 -95.375 31.580 1.00133.58 O \ ANISOU46963 O VAL P 26 16298 21021 13434 -1953 -3433 935 O \ ATOM 46964 CB VAL P 26 -27.354 -96.584 33.255 1.00129.40 C \ ANISOU46964 CB VAL P 26 15554 20674 12936 -1627 -2790 115 C \ ATOM 46965 CG1 VAL P 26 -28.173 -97.712 32.632 1.00129.21 C \ ANISOU46965 CG1 VAL P 26 15277 20838 12977 -1441 -2689 -264 C \ ATOM 46966 CG2 VAL P 26 -25.889 -96.721 32.863 1.00131.53 C \ ANISOU46966 CG2 VAL P 26 15548 21684 12744 -1960 -2665 -119 C \ ATOM 46967 N ALA P 27 -30.151 -94.970 33.787 1.00128.86 N \ ANISOU46967 N ALA P 27 16080 19286 13594 -1262 -3385 888 N \ ATOM 46968 CA ALA P 27 -31.612 -94.867 33.753 1.00129.01 C \ ANISOU46968 CA ALA P 27 16161 18942 13915 -1006 -3555 938 C \ ATOM 46969 C ALA P 27 -32.110 -93.568 33.103 1.00132.92 C \ ANISOU46969 C ALA P 27 16848 19251 14404 -1274 -4110 1438 C \ ATOM 46970 O ALA P 27 -33.222 -93.529 32.571 1.00134.14 O \ ANISOU46970 O ALA P 27 16982 19316 14667 -1209 -4304 1494 O \ ATOM 46971 CB ALA P 27 -32.200 -95.029 35.158 1.00125.90 C \ ANISOU46971 CB ALA P 27 15844 18006 13983 -488 -3429 712 C \ ATOM 46972 N SER P 28 -31.291 -92.516 33.143 1.00135.40 N \ ANISOU46972 N SER P 28 17352 19475 14618 -1594 -4428 1816 N \ ATOM 46973 CA SER P 28 -31.647 -91.229 32.528 1.00140.26 C \ ANISOU46973 CA SER P 28 18189 19826 15274 -1930 -5124 2371 C \ ATOM 46974 C SER P 28 -31.637 -91.251 30.999 1.00144.40 C \ ANISOU46974 C SER P 28 18591 20997 15277 -2574 -5312 2715 C \ ATOM 46975 O SER P 28 -32.420 -90.540 30.369 1.00148.05 O \ ANISOU46975 O SER P 28 19188 21218 15847 -2761 -5874 3099 O \ ATOM 46976 CB SER P 28 -30.749 -90.101 33.038 1.00142.15 C \ ANISOU46976 CB SER P 28 18685 19742 15582 -2140 -5503 2724 C \ ATOM 46977 OG SER P 28 -31.308 -89.479 34.181 1.00141.14 O \ ANISOU46977 OG SER P 28 18732 18821 16073 -1584 -5745 2565 O \ ATOM 46978 N THR P 29 -30.750 -92.061 30.415 1.00144.53 N \ ANISOU46978 N THR P 29 18318 21863 14732 -2912 -4882 2537 N \ ATOM 46979 CA THR P 29 -30.667 -92.227 28.955 1.00148.86 C \ ANISOU46979 CA THR P 29 18628 23264 14666 -3555 -4966 2744 C \ ATOM 46980 C THR P 29 -31.903 -92.947 28.412 1.00148.11 C \ ANISOU46980 C THR P 29 18388 23188 14698 -3286 -4863 2502 C \ ATOM 46981 O THR P 29 -32.298 -92.748 27.259 1.00152.09 O \ ANISOU46981 O THR P 29 18808 24111 14867 -3759 -5141 2814 O \ ATOM 46982 CB THR P 29 -29.391 -93.007 28.508 1.00149.55 C \ ANISOU46982 CB THR P 29 18313 24394 14112 -3905 -4501 2400 C \ ATOM 46983 OG1 THR P 29 -29.682 -94.407 28.378 1.00146.90 O \ ANISOU46983 OG1 THR P 29 17636 24375 13802 -3492 -3997 1700 O \ ATOM 46984 CG2 THR P 29 -28.247 -92.814 29.489 1.00147.65 C \ ANISOU46984 CG2 THR P 29 18160 24010 13930 -3811 -4335 2303 C \ ATOM 46985 N ARG P 30 -32.499 -93.784 29.257 1.00143.40 N \ ANISOU46985 N ARG P 30 17756 22171 14556 -2580 -4486 1980 N \ ATOM 46986 CA ARG P 30 -33.697 -94.529 28.900 1.00142.42 C \ ANISOU46986 CA ARG P 30 17501 22010 14599 -2279 -4370 1724 C \ ATOM 46987 C ARG P 30 -34.936 -93.636 28.867 1.00144.11 C \ ANISOU46987 C ARG P 30 17963 21593 15199 -2152 -4888 2069 C \ ATOM 46988 O ARG P 30 -35.837 -93.875 28.067 1.00145.43 O \ ANISOU46988 O ARG P 30 18036 21901 15319 -2202 -4990 2098 O \ ATOM 46989 CB ARG P 30 -33.921 -95.699 29.862 1.00137.54 C \ ANISOU46989 CB ARG P 30 16769 21162 14326 -1664 -3884 1129 C \ ATOM 46990 CG ARG P 30 -32.825 -96.762 29.859 1.00136.44 C \ ANISOU46990 CG ARG P 30 16349 21561 13931 -1691 -3463 669 C \ ATOM 46991 CD ARG P 30 -33.343 -98.064 30.457 1.00133.31 C \ ANISOU46991 CD ARG P 30 15824 20941 13885 -1187 -3158 157 C \ ATOM 46992 NE ARG P 30 -32.310 -98.807 31.179 1.00131.65 N \ ANISOU46992 NE ARG P 30 15512 20764 13742 -1024 -2900 -231 N \ ATOM 46993 CZ ARG P 30 -31.590 -99.800 30.664 1.00132.91 C \ ANISOU46993 CZ ARG P 30 15337 21453 13709 -1070 -2744 -714 C \ ATOM 46994 NH1 ARG P 30 -31.779-100.185 29.407 1.00136.15 N \ ANISOU46994 NH1 ARG P 30 15449 22490 13791 -1289 -2765 -892 N \ ATOM 46995 NH2 ARG P 30 -30.674-100.412 31.406 1.00131.39 N \ ANISOU46995 NH2 ARG P 30 15077 21177 13668 -881 -2605 -1071 N \ ATOM 46996 N LEU P 31 -34.973 -92.617 29.730 1.00144.54 N \ ANISOU46996 N LEU P 31 18303 20959 15656 -1961 -5249 2270 N \ ATOM 46997 CA LEU P 31 -36.128 -91.710 29.832 1.00146.94 C \ ANISOU46997 CA LEU P 31 18802 20589 16439 -1731 -5839 2457 C \ ATOM 46998 C LEU P 31 -36.509 -91.040 28.513 1.00152.50 C \ ANISOU46998 C LEU P 31 19584 21418 16939 -2286 -6453 3009 C \ ATOM 46999 O LEU P 31 -37.688 -91.012 28.160 1.00153.65 O \ ANISOU46999 O LEU P 31 19715 21335 17329 -2088 -6696 2976 O \ ATOM 47000 CB LEU P 31 -35.931 -90.649 30.927 1.00147.47 C \ ANISOU47000 CB LEU P 31 19117 19942 16972 -1457 -6224 2515 C \ ATOM 47001 CG LEU P 31 -36.787 -90.745 32.201 1.00144.77 C \ ANISOU47001 CG LEU P 31 18721 19099 17184 -693 -6091 1982 C \ ATOM 47002 CD1 LEU P 31 -36.307 -89.741 33.244 1.00145.41 C \ ANISOU47002 CD1 LEU P 31 18986 18633 17627 -485 -6425 1980 C \ ATOM 47003 CD2 LEU P 31 -38.279 -90.543 31.910 1.00146.45 C \ ANISOU47003 CD2 LEU P 31 18869 19032 17742 -390 -6451 1852 C \ ATOM 47004 N SER P 32 -35.517 -90.513 27.795 1.00156.44 N \ ANISOU47004 N SER P 32 20148 22329 16962 -3025 -6723 3530 N \ ATOM 47005 CA SER P 32 -35.744 -89.911 26.476 1.00162.57 C \ ANISOU47005 CA SER P 32 20978 23375 17414 -3742 -7336 4161 C \ ATOM 47006 C SER P 32 -35.901 -90.952 25.363 1.00162.64 C \ ANISOU47006 C SER P 32 20630 24321 16842 -4042 -6889 4002 C \ ATOM 47007 O SER P 32 -36.469 -90.657 24.309 1.00166.94 O \ ANISOU47007 O SER P 32 21173 25065 17191 -4488 -7323 4405 O \ ATOM 47008 CB SER P 32 -34.639 -88.910 26.127 1.00167.69 C \ ANISOU47008 CB SER P 32 21807 24204 17703 -4551 -7867 4855 C \ ATOM 47009 OG SER P 32 -34.802 -87.706 26.855 1.00170.03 O \ ANISOU47009 OG SER P 32 22482 23484 18636 -4353 -8615 5138 O \ ATOM 47010 N LYS P 33 -35.396 -92.161 25.606 1.00158.35 N \ ANISOU47010 N LYS P 33 19777 24328 16060 -3792 -6085 3395 N \ ATOM 47011 CA LYS P 33 -35.554 -93.284 24.679 1.00158.17 C \ ANISOU47011 CA LYS P 33 19361 25146 15588 -3923 -5645 3052 C \ ATOM 47012 C LYS P 33 -36.955 -93.886 24.812 1.00155.22 C \ ANISOU47012 C LYS P 33 18967 24329 15678 -3309 -5527 2712 C \ ATOM 47013 O LYS P 33 -37.499 -94.453 23.859 1.00156.40 O \ ANISOU47013 O LYS P 33 18894 24960 15571 -3465 -5446 2627 O \ ATOM 47014 CB LYS P 33 -34.494 -94.355 24.956 1.00155.39 C \ ANISOU47014 CB LYS P 33 18676 25426 14937 -3808 -4963 2446 C \ ATOM 47015 CG LYS P 33 -33.948 -95.040 23.709 1.00158.85 C \ ANISOU47015 CG LYS P 33 18639 27097 14619 -4351 -4728 2240 C \ ATOM 47016 CD LYS P 33 -32.792 -94.245 23.107 1.00164.46 C \ ANISOU47016 CD LYS P 33 19268 28584 14635 -5237 -4979 2717 C \ ATOM 47017 CE LYS P 33 -32.456 -94.714 21.698 1.00169.57 C \ ANISOU47017 CE LYS P 33 19386 30614 14427 -5915 -4864 2590 C \ ATOM 47018 NZ LYS P 33 -31.249 -94.022 21.167 1.00175.19 N \ ANISOU47018 NZ LYS P 33 19931 32280 14353 -6854 -5057 3007 N \ ATOM 47019 N ALA P 34 -37.522 -93.754 26.008 1.00151.66 N \ ANISOU47019 N ALA P 34 18716 23034 15873 -2641 -5516 2500 N \ ATOM 47020 CA ALA P 34 -38.860 -94.240 26.310 1.00149.22 C \ ANISOU47020 CA ALA P 34 18371 22323 16002 -2067 -5422 2173 C \ ATOM 47021 C ALA P 34 -39.890 -93.114 26.263 1.00152.29 C \ ANISOU47021 C ALA P 34 19002 22048 16814 -1973 -6123 2513 C \ ATOM 47022 O ALA P 34 -41.082 -93.360 26.457 1.00151.27 O \ ANISOU47022 O ALA P 34 18819 21619 17038 -1525 -6128 2251 O \ ATOM 47023 CB ALA P 34 -38.882 -94.935 27.669 1.00144.06 C \ ANISOU47023 CB ALA P 34 17680 21342 15714 -1437 -4947 1647 C \ ATOM 47024 N GLU P 35 -39.430 -91.886 26.015 1.00156.64 N \ ANISOU47024 N GLU P 35 19802 22362 17352 -2403 -6775 3078 N \ ATOM 47025 CA GLU P 35 -40.332 -90.758 25.758 1.00161.19 C \ ANISOU47025 CA GLU P 35 20608 22282 18352 -2404 -7645 3447 C \ ATOM 47026 C GLU P 35 -41.098 -91.004 24.460 1.00163.93 C \ ANISOU47026 C GLU P 35 20847 22999 18438 -2751 -7828 3674 C \ ATOM 47027 O GLU P 35 -42.324 -90.885 24.422 1.00164.52 O \ ANISOU47027 O GLU P 35 20928 22650 18931 -2371 -8111 3534 O \ ATOM 47028 CB GLU P 35 -39.568 -89.428 25.654 1.00166.31 C \ ANISOU47028 CB GLU P 35 21567 22598 19024 -2924 -8431 4100 C \ ATOM 47029 CG GLU P 35 -39.047 -88.838 26.970 1.00165.00 C \ ANISOU47029 CG GLU P 35 21573 21819 19300 -2515 -8518 3920 C \ ATOM 47030 CD GLU P 35 -40.134 -88.354 27.919 1.00165.07 C \ ANISOU47030 CD GLU P 35 21629 20969 20118 -1700 -8869 3476 C \ ATOM 47031 OE1 GLU P 35 -41.214 -87.924 27.453 1.00168.73 O \ ANISOU47031 OE1 GLU P 35 22125 21060 20925 -1581 -9467 3537 O \ ATOM 47032 OE2 GLU P 35 -39.891 -88.389 29.143 1.00161.88 O \ ANISOU47032 OE2 GLU P 35 21196 20317 19994 -1188 -8567 3029 O \ ATOM 47033 N LYS P 36 -40.357 -91.365 23.412 1.00165.77 N \ ANISOU47033 N LYS P 36 20932 24105 17948 -3475 -7650 3968 N \ ATOM 47034 CA LYS P 36 -40.910 -91.573 22.072 1.00169.12 C \ ANISOU47034 CA LYS P 36 21217 25053 17987 -3953 -7825 4237 C \ ATOM 47035 C LYS P 36 -41.662 -92.895 21.936 1.00164.81 C \ ANISOU47035 C LYS P 36 20360 24843 17417 -3491 -7145 3609 C \ ATOM 47036 O LYS P 36 -42.492 -93.049 21.042 1.00166.84 O \ ANISOU47036 O LYS P 36 20531 25286 17575 -3645 -7320 3722 O \ ATOM 47037 CB LYS P 36 -39.812 -91.468 21.003 1.00173.68 C \ ANISOU47037 CB LYS P 36 21657 26626 17705 -4961 -7882 4727 C \ ATOM 47038 CG LYS P 36 -39.291 -90.050 20.755 1.00180.10 C \ ANISOU47038 CG LYS P 36 22801 27167 18458 -5685 -8806 5598 C \ ATOM 47039 CD LYS P 36 -38.137 -89.709 21.685 1.00178.57 C \ ANISOU47039 CD LYS P 36 22728 26822 18299 -5654 -8679 5578 C \ ATOM 47040 CE LYS P 36 -37.897 -88.212 21.760 1.00184.51 C \ ANISOU47040 CE LYS P 36 23903 26885 19315 -6121 -9741 6378 C \ ATOM 47041 NZ LYS P 36 -36.980 -87.869 22.884 1.00182.12 N \ ANISOU47041 NZ LYS P 36 23751 26204 19238 -5869 -9622 6249 N \ ATOM 47042 N ALA P 37 -41.359 -93.847 22.814 1.00159.26 N \ ANISOU47042 N ALA P 37 19499 24197 16813 -2967 -6429 2984 N \ ATOM 47043 CA ALA P 37 -42.122 -95.090 22.899 1.00155.37 C \ ANISOU47043 CA ALA P 37 18759 23842 16429 -2480 -5884 2401 C \ ATOM 47044 C ALA P 37 -43.430 -94.867 23.666 1.00153.77 C \ ANISOU47044 C ALA P 37 18679 22858 16889 -1831 -6065 2210 C \ ATOM 47045 O ALA P 37 -44.397 -95.612 23.484 1.00152.21 O \ ANISOU47045 O ALA P 37 18317 22725 16791 -1550 -5851 1912 O \ ATOM 47046 CB ALA P 37 -41.290 -96.185 23.552 1.00151.07 C \ ANISOU47046 CB ALA P 37 18013 23607 15778 -2232 -5195 1860 C \ ATOM 47047 N LYS P 38 -43.447 -93.837 24.516 1.00154.63 N \ ANISOU47047 N LYS P 38 19032 22285 17433 -1602 -6482 2337 N \ ATOM 47048 CA LYS P 38 -44.637 -93.446 25.284 1.00154.40 C \ ANISOU47048 CA LYS P 38 19043 21596 18023 -984 -6743 2068 C \ ATOM 47049 C LYS P 38 -45.600 -92.580 24.457 1.00159.59 C \ ANISOU47049 C LYS P 38 19812 21922 18902 -1107 -7526 2403 C \ ATOM 47050 O LYS P 38 -46.822 -92.730 24.565 1.00159.62 O \ ANISOU47050 O LYS P 38 19697 21719 19232 -676 -7595 2091 O \ ATOM 47051 CB LYS P 38 -44.237 -92.721 26.576 1.00153.64 C \ ANISOU47051 CB LYS P 38 19090 20961 18325 -633 -6891 1928 C \ ATOM 47052 CG LYS P 38 -45.395 -92.432 27.535 1.00153.29 C \ ANISOU47052 CG LYS P 38 18952 20429 18862 59 -7058 1447 C \ ATOM 47053 CD LYS P 38 -44.963 -91.557 28.706 1.00153.43 C \ ANISOU47053 CD LYS P 38 19078 19956 19260 367 -7319 1294 C \ ATOM 47054 CE LYS P 38 -44.656 -90.129 28.276 1.00158.75 C \ ANISOU47054 CE LYS P 38 20054 20071 20193 104 -8278 1785 C \ ATOM 47055 NZ LYS P 38 -44.069 -89.337 29.390 1.00158.87 N \ ANISOU47055 NZ LYS P 38 20177 19630 20556 374 -8516 1631 N \ ATOM 47056 N ILE P 39 -45.048 -91.673 23.647 1.00164.48 N \ ANISOU47056 N ILE P 39 20647 22508 19340 -1732 -8161 3055 N \ ATOM 47057 CA ILE P 39 -45.854 -90.864 22.717 1.00170.17 C \ ANISOU47057 CA ILE P 39 21502 22921 20232 -1996 -9020 3499 C \ ATOM 47058 C ILE P 39 -46.447 -91.757 21.617 1.00169.81 C \ ANISOU47058 C ILE P 39 21236 23511 19772 -2234 -8697 3498 C \ ATOM 47059 O ILE P 39 -47.592 -91.564 21.212 1.00172.08 O \ ANISOU47059 O ILE P 39 21514 23517 20350 -2058 -9099 3490 O \ ATOM 47060 CB ILE P 39 -45.046 -89.667 22.094 1.00176.46 C \ ANISOU47060 CB ILE P 39 22605 23555 20884 -2773 -9887 4334 C \ ATOM 47061 CG1 ILE P 39 -44.305 -88.847 23.171 1.00176.71 C \ ANISOU47061 CG1 ILE P 39 22853 22999 21289 -2576 -10173 4335 C \ ATOM 47062 CG2 ILE P 39 -45.944 -88.769 21.227 1.00182.94 C \ ANISOU47062 CG2 ILE P 39 23605 23902 22002 -3037 -10947 4831 C \ ATOM 47063 CD1 ILE P 39 -45.172 -88.272 24.303 1.00176.59 C \ ANISOU47063 CD1 ILE P 39 22872 22073 22150 -1686 -10555 3792 C \ ATOM 47064 N SER P 40 -45.666 -92.741 21.163 1.00167.22 N \ ANISOU47064 N SER P 40 20700 24040 18796 -2590 -7995 3434 N \ ATOM 47065 CA SER P 40 -46.103 -93.713 20.153 1.00166.65 C \ ANISOU47065 CA SER P 40 20358 24658 18300 -2790 -7621 3321 C \ ATOM 47066 C SER P 40 -47.247 -94.610 20.624 1.00162.47 C \ ANISOU47066 C SER P 40 19649 23957 18124 -2076 -7186 2700 C \ ATOM 47067 O SER P 40 -48.037 -95.083 19.812 1.00163.24 O \ ANISOU47067 O SER P 40 19600 24326 18097 -2139 -7157 2667 O \ ATOM 47068 CB SER P 40 -44.928 -94.575 19.689 1.00165.42 C \ ANISOU47068 CB SER P 40 19947 25466 17438 -3233 -7003 3213 C \ ATOM 47069 OG SER P 40 -44.215 -93.957 18.632 1.00170.87 O \ ANISOU47069 OG SER P 40 20651 26728 17541 -4134 -7413 3840 O \ ATOM 47070 N ALA P 41 -47.324 -94.848 21.931 1.00158.44 N \ ANISOU47070 N ALA P 41 19131 23059 18008 -1459 -6860 2236 N \ ATOM 47071 CA ALA P 41 -48.403 -95.643 22.510 1.00155.20 C \ ANISOU47071 CA ALA P 41 18534 22536 17897 -860 -6492 1693 C \ ATOM 47072 C ALA P 41 -49.696 -94.839 22.624 1.00158.11 C \ ANISOU47072 C ALA P 41 18955 22342 18777 -506 -7084 1659 C \ ATOM 47073 O ALA P 41 -50.776 -95.414 22.749 1.00156.84 O \ ANISOU47073 O ALA P 41 18601 22216 18774 -143 -6889 1293 O \ ATOM 47074 CB ALA P 41 -47.993 -96.189 23.865 1.00150.81 C \ ANISOU47074 CB ALA P 41 17914 21890 17496 -448 -5971 1256 C \ ATOM 47075 N LYS P 42 -49.575 -93.512 22.593 1.00162.62 N \ ANISOU47075 N LYS P 42 19768 22389 19628 -612 -7860 2013 N \ ATOM 47076 CA LYS P 42 -50.735 -92.613 22.525 1.00167.12 C \ ANISOU47076 CA LYS P 42 20387 22368 20743 -306 -8632 1982 C \ ATOM 47077 C LYS P 42 -51.076 -92.221 21.084 1.00172.02 C \ ANISOU47077 C LYS P 42 21122 23038 21197 -851 -9237 2559 C \ ATOM 47078 O LYS P 42 -52.238 -91.976 20.768 1.00174.52 O \ ANISOU47078 O LYS P 42 21383 23077 21848 -606 -9669 2451 O \ ATOM 47079 CB LYS P 42 -50.518 -91.354 23.375 1.00170.18 C \ ANISOU47079 CB LYS P 42 20958 22024 21679 -31 -9310 1959 C \ ATOM 47080 CG LYS P 42 -51.215 -91.372 24.731 1.00168.53 C \ ANISOU47080 CG LYS P 42 20510 21576 21944 776 -9132 1175 C \ ATOM 47081 CD LYS P 42 -51.090 -90.024 25.436 1.00172.60 C \ ANISOU47081 CD LYS P 42 21166 21345 23067 1082 -9959 1078 C \ ATOM 47082 CE LYS P 42 -51.880 -89.989 26.740 1.00172.08 C \ ANISOU47082 CE LYS P 42 20752 21193 23434 1888 -9828 185 C \ ATOM 47083 NZ LYS P 42 -51.357 -90.940 27.764 1.00165.74 N \ ANISOU47083 NZ LYS P 42 19765 20924 22282 2005 -8830 -152 N \ ATOM 47084 N LYS P 43 -50.054 -92.152 20.230 1.00173.84 N \ ANISOU47084 N LYS P 43 21480 23689 20882 -1619 -9281 3157 N \ ATOM 47085 CA LYS P 43 -50.216 -91.897 18.797 1.00178.83 C \ ANISOU47085 CA LYS P 43 22176 24602 21168 -2317 -9774 3775 C \ ATOM 47086 C LYS P 43 -50.794 -93.129 18.107 1.00176.35 C \ ANISOU47086 C LYS P 43 21562 24973 20469 -2315 -9117 3496 C \ ATOM 47087 O LYS P 43 -51.529 -93.013 17.128 1.00179.81 O \ ANISOU47087 O LYS P 43 21987 25491 20840 -2574 -9508 3765 O \ ATOM 47088 CB LYS P 43 -48.875 -91.519 18.155 1.00181.74 C \ ANISOU47088 CB LYS P 43 22675 25438 20937 -3219 -9943 4448 C \ ATOM 47089 CG LYS P 43 -48.983 -91.031 16.720 1.00188.05 C \ ANISOU47089 CG LYS P 43 23554 26553 21343 -4092 -10624 5214 C \ ATOM 47090 CD LYS P 43 -47.696 -91.245 15.946 1.00189.43 C \ ANISOU47090 CD LYS P 43 23619 27749 20605 -5035 -10361 5659 C \ ATOM 47091 CE LYS P 43 -47.895 -90.869 14.487 1.00196.37 C \ ANISOU47091 CE LYS P 43 24499 29127 20984 -5977 -10985 6405 C \ ATOM 47092 NZ LYS P 43 -46.664 -91.034 13.673 1.00199.33 N \ ANISOU47092 NZ LYS P 43 24671 30704 20358 -6996 -10762 6815 N \ ATOM 47093 N MET P 44 -50.445 -94.307 18.616 1.00170.95 N \ ANISOU47093 N MET P 44 20645 24749 19558 -2039 -8184 2970 N \ ATOM 47094 CA MET P 44 -51.027 -95.553 18.135 1.00168.59 C \ ANISOU47094 CA MET P 44 20056 24988 19011 -1928 -7590 2606 C \ ATOM 47095 C MET P 44 -52.407 -95.738 18.768 1.00167.17 C \ ANISOU47095 C MET P 44 19793 24341 19382 -1218 -7581 2144 C \ ATOM 47096 O MET P 44 -53.228 -96.515 18.275 1.00166.27 O \ ANISOU47096 O MET P 44 19486 24506 19183 -1122 -7333 1936 O \ ATOM 47097 CB MET P 44 -50.110 -96.733 18.455 1.00164.10 C \ ANISOU47097 CB MET P 44 19276 24996 18076 -1909 -6753 2213 C \ ATOM 47098 CG MET P 44 -49.813 -97.630 17.268 1.00164.83 C \ ANISOU47098 CG MET P 44 19097 25973 17555 -2367 -6422 2184 C \ ATOM 47099 SD MET P 44 -51.184 -98.704 16.835 1.00162.82 S \ ANISOU47099 SD MET P 44 18602 25847 17412 -2018 -6148 1778 S \ ATOM 47100 CE MET P 44 -50.593 -99.363 15.283 1.00166.20 C \ ANISOU47100 CE MET P 44 18714 27373 17060 -2701 -5969 1831 C \ ATOM 47101 N ASP P 45 -52.644 -95.022 19.870 1.00167.56 N \ ANISOU47101 N ASP P 45 19946 23750 19968 -734 -7856 1944 N \ ATOM 47102 CA ASP P 45 -53.982 -94.878 20.443 1.00168.31 C \ ANISOU47102 CA ASP P 45 19914 23448 20587 -106 -8039 1500 C \ ATOM 47103 C ASP P 45 -54.750 -93.762 19.734 1.00174.62 C \ ANISOU47103 C ASP P 45 20856 23755 21735 -173 -9014 1813 C \ ATOM 47104 O ASP P 45 -55.974 -93.731 19.772 1.00175.95 O \ ANISOU47104 O ASP P 45 20869 23738 22246 241 -9221 1478 O \ ATOM 47105 CB ASP P 45 -53.923 -94.603 21.952 1.00166.60 C \ ANISOU47105 CB ASP P 45 19647 22889 20763 452 -7928 1029 C \ ATOM 47106 CG ASP P 45 -54.045 -95.870 22.794 1.00161.51 C \ ANISOU47106 CG ASP P 45 18738 22665 19963 737 -7058 523 C \ ATOM 47107 OD1 ASP P 45 -54.372 -96.943 22.243 1.00159.62 O \ ANISOU47107 OD1 ASP P 45 18351 22866 19430 606 -6620 471 O \ ATOM 47108 OD2 ASP P 45 -53.823 -95.785 24.020 1.00160.00 O \ ANISOU47108 OD2 ASP P 45 18482 22357 19952 1067 -6868 189 O \ ATOM 47109 N GLU P 46 -54.029 -92.843 19.090 1.00179.20 N \ ANISOU47109 N GLU P 46 21722 24132 22232 -730 -9673 2470 N \ ATOM 47110 CA GLU P 46 -54.664 -91.806 18.260 1.00186.15 C \ ANISOU47110 CA GLU P 46 22785 24521 23420 -952 -10739 2918 C \ ATOM 47111 C GLU P 46 -55.219 -92.401 16.958 1.00187.22 C \ ANISOU47111 C GLU P 46 22819 25175 23139 -1371 -10649 3184 C \ ATOM 47112 O GLU P 46 -56.104 -91.816 16.326 1.00191.98 O \ ANISOU47112 O GLU P 46 23491 25409 24044 -1403 -11412 3391 O \ ATOM 47113 CB GLU P 46 -53.687 -90.662 17.938 1.00191.26 C \ ANISOU47113 CB GLU P 46 23788 24823 24057 -1569 -11558 3662 C \ ATOM 47114 CG GLU P 46 -53.291 -89.763 19.120 1.00192.22 C \ ANISOU47114 CG GLU P 46 24060 24220 24754 -1144 -11979 3456 C \ ATOM 47115 CD GLU P 46 -54.366 -88.763 19.523 1.00197.24 C \ ANISOU47115 CD GLU P 46 24721 23927 26295 -522 -12978 3127 C \ ATOM 47116 OE1 GLU P 46 -55.330 -88.558 18.755 1.00201.18 O \ ANISOU47116 OE1 GLU P 46 25206 24230 27000 -544 -13550 3239 O \ ATOM 47117 OE2 GLU P 46 -54.238 -88.171 20.615 1.00197.75 O \ ANISOU47117 OE2 GLU P 46 24787 23468 26881 9 -13227 2701 O \ ATOM 47118 N ALA P 47 -54.682 -93.560 16.570 1.00183.21 N \ ANISOU47118 N ALA P 47 22131 25510 21970 -1671 -9762 3135 N \ ATOM 47119 CA ALA P 47 -55.086 -94.270 15.356 1.00183.91 C \ ANISOU47119 CA ALA P 47 22059 26228 21588 -2067 -9556 3293 C \ ATOM 47120 C ALA P 47 -56.087 -95.391 15.643 1.00179.56 C \ ANISOU47120 C ALA P 47 21214 25865 21143 -1481 -8899 2626 C \ ATOM 47121 O ALA P 47 -56.999 -95.629 14.850 1.00181.18 O \ ANISOU47121 O ALA P 47 21320 26206 21314 -1530 -9032 2657 O \ ATOM 47122 CB ALA P 47 -53.860 -94.820 14.629 1.00183.47 C \ ANISOU47122 CB ALA P 47 21917 27063 20728 -2796 -9102 3587 C \ ATOM 47123 N GLU P 48 -55.908 -96.082 16.769 1.00174.54 N \ ANISOU47123 N GLU P 48 20445 25256 20617 -986 -8228 2070 N \ ATOM 47124 CA GLU P 48 -56.828 -97.146 17.171 1.00170.95 C \ ANISOU47124 CA GLU P 48 19717 24977 20258 -501 -7660 1492 C \ ATOM 47125 C GLU P 48 -57.960 -96.607 18.048 1.00171.98 C \ ANISOU47125 C GLU P 48 19778 24566 20999 146 -7982 1089 C \ ATOM 47126 O GLU P 48 -59.114 -97.015 17.893 1.00172.08 O \ ANISOU47126 O GLU P 48 19592 24659 21131 410 -7929 805 O \ ATOM 47127 CB GLU P 48 -56.085 -98.280 17.882 1.00165.72 C \ ANISOU47127 CB GLU P 48 18917 24688 19361 -400 -6834 1140 C \ ATOM 47128 CG GLU P 48 -56.842 -99.603 17.882 1.00163.01 C \ ANISOU47128 CG GLU P 48 18305 24685 18943 -182 -6291 727 C \ ATOM 47129 CD GLU P 48 -56.156-100.675 18.710 1.00159.09 C \ ANISOU47129 CD GLU P 48 17704 24401 18340 -69 -5651 399 C \ ATOM 47130 OE1 GLU P 48 -55.952-100.461 19.925 1.00157.61 O \ ANISOU47130 OE1 GLU P 48 17553 23943 18389 217 -5556 220 O \ ATOM 47131 OE2 GLU P 48 -55.833-101.741 18.147 1.00157.74 O \ ANISOU47131 OE2 GLU P 48 17395 24665 17872 -265 -5294 294 O \ ATOM 47132 N GLN P 49 -57.624 -95.693 18.959 1.00173.15 N \ ANISOU47132 N GLN P 49 20045 24224 21517 402 -8329 1011 N \ ATOM 47133 CA GLN P 49 -58.616 -95.040 19.818 1.00175.34 C \ ANISOU47133 CA GLN P 49 20182 24050 22387 1043 -8728 512 C \ ATOM 47134 C GLN P 49 -59.208 -93.798 19.147 1.00181.90 C \ ANISOU47134 C GLN P 49 21169 24283 23661 1042 -9812 766 C \ ATOM 47135 O GLN P 49 -59.569 -92.828 19.823 1.00185.48 O \ ANISOU47135 O GLN P 49 21600 24175 24698 1501 -10445 447 O \ ATOM 47136 CB GLN P 49 -58.016 -94.673 21.184 1.00174.05 C \ ANISOU47136 CB GLN P 49 20008 23677 22445 1378 -8613 187 C \ ATOM 47137 CG GLN P 49 -57.523 -95.850 22.016 1.00168.27 C \ ANISOU47137 CG GLN P 49 19115 23452 21367 1415 -7657 -87 C \ ATOM 47138 CD GLN P 49 -58.613 -96.488 22.860 1.00167.17 C \ ANISOU47138 CD GLN P 49 18583 23609 21324 1874 -7277 -729 C \ ATOM 47139 OE1 GLN P 49 -59.802 -96.223 22.678 1.00170.14 O \ ANISOU47139 OE1 GLN P 49 18758 23937 21949 2162 -7609 -1015 O \ ATOM 47140 NE2 GLN P 49 -58.206 -97.337 23.797 1.00163.37 N \ ANISOU47140 NE2 GLN P 49 17972 23476 20624 1899 -6613 -948 N \ ATOM 47141 N LEU P 50 -59.280 -93.828 17.816 1.00184.05 N \ ANISOU47141 N LEU P 50 21580 24682 23667 511 -10082 1322 N \ ATOM 47142 CA LEU P 50 -60.102 -92.885 17.055 1.00190.40 C \ ANISOU47142 CA LEU P 50 22493 24971 24878 485 -11108 1564 C \ ATOM 47143 C LEU P 50 -61.388 -93.588 16.627 1.00189.73 C \ ANISOU47143 C LEU P 50 22128 25180 24779 730 -10873 1223 C \ ATOM 47144 O LEU P 50 -62.436 -92.953 16.532 1.00194.23 O \ ANISOU47144 O LEU P 50 22620 25307 25870 1095 -11581 993 O \ ATOM 47145 CB LEU P 50 -59.364 -92.322 15.832 1.00194.47 C \ ANISOU47145 CB LEU P 50 23352 25451 25087 -379 -11708 2505 C \ ATOM 47146 CG LEU P 50 -59.922 -91.015 15.244 1.00202.55 C \ ANISOU47146 CG LEU P 50 24607 25688 26665 -490 -13078 2910 C \ ATOM 47147 CD1 LEU P 50 -59.316 -89.794 15.934 1.00206.31 C \ ANISOU47147 CD1 LEU P 50 25337 25377 27673 -388 -13908 3032 C \ ATOM 47148 CD2 LEU P 50 -59.700 -90.940 13.739 1.00206.17 C \ ANISOU47148 CD2 LEU P 50 25256 26457 26622 -1427 -13466 3803 C \ ATOM 47149 N PHE P 51 -61.296 -94.896 16.370 1.00184.52 N \ ANISOU47149 N PHE P 51 21305 25244 23559 544 -9934 1159 N \ ATOM 47150 CA PHE P 51 -62.475 -95.733 16.106 1.00183.07 C \ ANISOU47150 CA PHE P 51 20830 25400 23325 788 -9583 788 C \ ATOM 47151 C PHE P 51 -63.375 -95.825 17.341 1.00182.12 C \ ANISOU47151 C PHE P 51 20379 25219 23599 1530 -9404 -16 C \ ATOM 47152 O PHE P 51 -64.605 -95.796 17.231 1.00184.33 O \ ANISOU47152 O PHE P 51 20425 25479 24132 1872 -9632 -375 O \ ATOM 47153 CB PHE P 51 -62.072 -97.143 15.646 1.00178.17 C \ ANISOU47153 CB PHE P 51 20107 25519 22071 435 -8679 858 C \ ATOM 47154 CG PHE P 51 -63.187 -98.156 15.751 1.00175.91 C \ ANISOU47154 CG PHE P 51 19500 25576 21758 751 -8198 384 C \ ATOM 47155 CD1 PHE P 51 -63.203 -99.088 16.788 1.00171.48 C \ ANISOU47155 CD1 PHE P 51 18722 25307 21126 1030 -7490 -81 C \ ATOM 47156 CD2 PHE P 51 -64.234 -98.160 14.829 1.00178.53 C \ ANISOU47156 CD2 PHE P 51 19753 25941 22139 724 -8510 444 C \ ATOM 47157 CE1 PHE P 51 -64.238-100.015 16.900 1.00170.07 C \ ANISOU47157 CE1 PHE P 51 18250 25466 20900 1232 -7114 -449 C \ ATOM 47158 CE2 PHE P 51 -65.273 -99.083 14.931 1.00176.63 C \ ANISOU47158 CE2 PHE P 51 19213 26034 21865 988 -8086 23 C \ ATOM 47159 CZ PHE P 51 -65.275-100.013 15.969 1.00172.59 C \ ANISOU47159 CZ PHE P 51 18485 25830 21261 1223 -7395 -411 C \ ATOM 47160 N TYR P 52 -62.743 -95.948 18.508 1.00179.08 N \ ANISOU47160 N TYR P 52 19936 24889 23213 1737 -8991 -306 N \ ATOM 47161 CA TYR P 52 -63.440 -95.978 19.792 1.00178.70 C \ ANISOU47161 CA TYR P 52 19524 24933 23441 2349 -8809 -1070 C \ ATOM 47162 C TYR P 52 -63.938 -94.578 20.184 1.00184.73 C \ ANISOU47162 C TYR P 52 20230 25080 24876 2840 -9754 -1425 C \ ATOM 47163 O TYR P 52 -64.648 -94.413 21.181 1.00186.31 O \ ANISOU47163 O TYR P 52 20034 25407 25346 3400 -9754 -2185 O \ ATOM 47164 CB TYR P 52 -62.530 -96.579 20.871 1.00174.01 C \ ANISOU47164 CB TYR P 52 18895 24635 22583 2324 -8093 -1202 C \ ATOM 47165 CG TYR P 52 -62.155 -98.032 20.622 1.00168.49 C \ ANISOU47165 CG TYR P 52 18186 24487 21343 1947 -7261 -1008 C \ ATOM 47166 CD1 TYR P 52 -63.001 -99.067 21.022 1.00166.45 C \ ANISOU47166 CD1 TYR P 52 17594 24721 20927 2072 -6752 -1380 C \ ATOM 47167 CD2 TYR P 52 -60.956 -98.370 19.990 1.00165.75 C \ ANISOU47167 CD2 TYR P 52 18128 24192 20655 1454 -7049 -489 C \ ATOM 47168 CE1 TYR P 52 -62.669-100.401 20.798 1.00162.14 C \ ANISOU47168 CE1 TYR P 52 17050 24568 19984 1743 -6135 -1217 C \ ATOM 47169 CE2 TYR P 52 -60.613 -99.705 19.759 1.00161.57 C \ ANISOU47169 CE2 TYR P 52 17544 24125 19719 1183 -6393 -434 C \ ATOM 47170 CZ TYR P 52 -61.477-100.713 20.169 1.00159.85 C \ ANISOU47170 CZ TYR P 52 17040 24252 19441 1344 -5979 -787 C \ ATOM 47171 OH TYR P 52 -61.160-102.034 19.954 1.00156.40 O \ ANISOU47171 OH TYR P 52 16560 24163 18700 1093 -5470 -746 O \ ATOM 47172 N LYS P 53 -63.555 -93.585 19.379 1.00188.70 N \ ANISOU47172 N LYS P 53 21099 24959 25637 2590 -10612 -885 N \ ATOM 47173 CA LYS P 53 -64.035 -92.204 19.485 1.00195.72 C \ ANISOU47173 CA LYS P 53 22005 25087 27273 2997 -11769 -1120 C \ ATOM 47174 C LYS P 53 -65.111 -91.931 18.414 1.00200.26 C \ ANISOU47174 C LYS P 53 22566 25424 28098 2996 -12454 -1010 C \ ATOM 47175 O LYS P 53 -65.909 -90.998 18.547 1.00206.52 O \ ANISOU47175 O LYS P 53 23220 25669 29578 3499 -13391 -1455 O \ ATOM 47176 CB LYS P 53 -62.847 -91.231 19.356 1.00198.10 C \ ANISOU47176 CB LYS P 53 22763 24763 27742 2645 -12420 -506 C \ ATOM 47177 CG LYS P 53 -63.100 -89.759 19.730 1.00205.73 C \ ANISOU47177 CG LYS P 53 23774 24815 29579 3104 -13696 -794 C \ ATOM 47178 CD LYS P 53 -63.256 -88.875 18.485 1.00212.42 C \ ANISOU47178 CD LYS P 53 24995 24956 30756 2690 -14914 -71 C \ ATOM 47179 CE LYS P 53 -62.748 -87.449 18.714 1.00218.95 C \ ANISOU47179 CE LYS P 53 26121 24785 32283 2745 -16195 119 C \ ATOM 47180 NZ LYS P 53 -63.668 -86.615 19.535 1.00224.65 N \ ANISOU47180 NZ LYS P 53 26496 24926 33933 3702 -17035 -906 N \ ATOM 47181 N ASN P 54 -65.131 -92.760 17.366 1.00197.35 N \ ANISOU47181 N ASN P 54 22311 25480 27193 2456 -12013 -475 N \ ATOM 47182 CA ASN P 54 -66.091 -92.631 16.260 1.00201.01 C \ ANISOU47182 CA ASN P 54 22779 25807 27788 2355 -12565 -281 C \ ATOM 47183 C ASN P 54 -67.444 -93.297 16.529 1.00200.14 C \ ANISOU47183 C ASN P 54 22183 26132 27727 2877 -12170 -1037 C \ ATOM 47184 O ASN P 54 -68.495 -92.689 16.309 1.00205.56 O \ ANISOU47184 O ASN P 54 22706 26462 28932 3266 -12933 -1383 O \ ATOM 47185 CB ASN P 54 -65.494 -93.177 14.954 1.00199.15 C \ ANISOU47185 CB ASN P 54 22840 25914 26913 1499 -12312 613 C \ ATOM 47186 CG ASN P 54 -64.378 -92.303 14.401 1.00202.47 C \ ANISOU47186 CG ASN P 54 23713 25925 27290 859 -12996 1457 C \ ATOM 47187 OD1 ASN P 54 -64.506 -91.080 14.316 1.00209.05 O \ ANISOU47187 OD1 ASN P 54 24746 25965 28719 919 -14158 1639 O \ ATOM 47188 ND2 ASN P 54 -63.277 -92.936 14.009 1.00198.51 N \ ANISOU47188 ND2 ASN P 54 23351 25985 26086 217 -12336 1960 N \ ATOM 47189 N ALA P 55 -67.409 -94.547 16.990 1.00193.79 N \ ANISOU47189 N ALA P 55 21145 26091 26393 2851 -11042 -1277 N \ ATOM 47190 CA ALA P 55 -68.622 -95.312 17.279 1.00192.69 C \ ANISOU47190 CA ALA P 55 20537 26495 26181 3214 -10581 -1914 C \ ATOM 47191 C ALA P 55 -68.909 -95.370 18.779 1.00192.25 C \ ANISOU47191 C ALA P 55 20033 26768 26242 3764 -10234 -2770 C \ ATOM 47192 O ALA P 55 -69.630 -96.257 19.249 1.00190.18 O \ ANISOU47192 O ALA P 55 19365 27189 25704 3895 -9597 -3223 O \ ATOM 47193 CB ALA P 55 -68.512 -96.718 16.695 1.00187.16 C \ ANISOU47193 CB ALA P 55 19856 26437 24819 2741 -9684 -1568 C \ ATOM 47194 N GLU P 56 -68.343 -94.412 19.517 1.00194.66 N \ ANISOU47194 N GLU P 56 20398 26630 26931 4031 -10693 -2971 N \ ATOM 47195 CA GLU P 56 -68.459 -94.337 20.978 1.00194.98 C \ ANISOU47195 CA GLU P 56 20002 27019 27060 4515 -10417 -3788 C \ ATOM 47196 C GLU P 56 -68.437 -95.730 21.609 1.00189.13 C \ ANISOU47196 C GLU P 56 19012 27187 25660 4288 -9264 -3885 C \ ATOM 47197 O GLU P 56 -69.310 -96.082 22.406 1.00190.40 O \ ANISOU47197 O GLU P 56 18619 27998 25726 4591 -8960 -4600 O \ ATOM 47198 CB GLU P 56 -69.723 -93.566 21.379 1.00201.97 C \ ANISOU47198 CB GLU P 56 20361 27864 28512 5239 -11105 -4753 C \ ATOM 47199 N THR P 57 -67.425 -96.513 21.240 1.00183.43 N \ ANISOU47199 N THR P 57 18677 26530 24485 3721 -8692 -3171 N \ ATOM 47200 CA THR P 57 -67.382 -97.939 21.552 1.00178.25 C \ ANISOU47200 CA THR P 57 17885 26579 23261 3409 -7752 -3104 C \ ATOM 47201 C THR P 57 -67.008 -98.220 23.006 1.00176.65 C \ ANISOU47201 C THR P 57 17427 26800 22889 3505 -7266 -3489 C \ ATOM 47202 O THR P 57 -65.975 -98.833 23.280 1.00172.35 O \ ANISOU47202 O THR P 57 17119 26316 22049 3159 -6783 -3111 O \ ATOM 47203 CB THR P 57 -66.424 -98.693 20.600 1.00173.61 C \ ANISOU47203 CB THR P 57 17749 25907 22307 2817 -7405 -2316 C \ ATOM 47204 N LYS P 58 -67.861 -97.773 23.927 1.00180.74 N \ ANISOU47204 N LYS P 58 17420 27670 23583 3967 -7423 -4282 N \ ATOM 47205 CA LYS P 58 -67.650 -97.974 25.363 1.00180.49 C \ ANISOU47205 CA LYS P 58 17039 28199 23340 4039 -7001 -4726 C \ ATOM 47206 C LYS P 58 -68.935 -98.417 26.060 1.00183.63 C \ ANISOU47206 C LYS P 58 16728 29542 23500 4192 -6753 -5440 C \ ATOM 47207 O LYS P 58 -69.224 -99.617 26.153 1.00181.09 O \ ANISOU47207 O LYS P 58 16286 29828 22692 3773 -6169 -5232 O \ ATOM 47208 CB LYS P 58 -67.106 -96.699 26.017 1.00183.57 C \ ANISOU47208 CB LYS P 58 17434 28141 24171 4457 -7523 -5086 C \ ATOM 47209 N LYS P 71 -67.806-111.453 36.979 1.00181.56 N \ ANISOU47209 N LYS P 71 14625 37305 17052 -4397 -3189 -1302 N \ ATOM 47210 CA LYS P 71 -66.559-111.777 36.295 1.00175.27 C \ ANISOU47210 CA LYS P 71 14652 35018 16925 -4124 -3359 -846 C \ ATOM 47211 C LYS P 71 -65.791-110.517 35.897 1.00170.60 C \ ANISOU47211 C LYS P 71 14296 33714 16808 -3149 -3183 -1370 C \ ATOM 47212 O LYS P 71 -66.388-109.538 35.444 1.00170.80 O \ ANISOU47212 O LYS P 71 14061 33903 16931 -2499 -3065 -2015 O \ ATOM 47213 CB LYS P 71 -66.836-112.639 35.059 1.00173.13 C \ ANISOU47213 CB LYS P 71 14767 33995 17016 -4138 -3601 -481 C \ ATOM 47214 N GLU P 72 -64.471-110.553 36.083 1.00166.99 N \ ANISOU47214 N GLU P 72 14327 32465 16656 -3086 -3231 -1076 N \ ATOM 47215 CA GLU P 72 -63.568-109.477 35.654 1.00162.53 C \ ANISOU47215 CA GLU P 72 14084 31114 16557 -2276 -3128 -1417 C \ ATOM 47216 C GLU P 72 -62.131-109.985 35.522 1.00158.18 C \ ANISOU47216 C GLU P 72 14165 29558 16379 -2345 -3255 -922 C \ ATOM 47217 O GLU P 72 -61.674-110.782 36.345 1.00159.53 O \ ANISOU47217 O GLU P 72 14401 29830 16380 -2964 -3379 -472 O \ ATOM 47218 CB GLU P 72 -63.603-108.293 36.628 1.00164.99 C \ ANISOU47218 CB GLU P 72 13943 32102 16640 -1978 -2934 -2026 C \ ATOM 47219 CG GLU P 72 -63.111-106.975 36.017 1.00162.29 C \ ANISOU47219 CG GLU P 72 13813 31059 16791 -1074 -2927 -2501 C \ ATOM 47220 CD GLU P 72 -62.301-106.117 36.983 1.00162.99 C \ ANISOU47220 CD GLU P 72 13833 31220 16876 -860 -2838 -2781 C \ ATOM 47221 OE1 GLU P 72 -61.751-106.661 37.968 1.00164.04 O \ ANISOU47221 OE1 GLU P 72 13957 31648 16722 -1398 -2764 -2455 O \ ATOM 47222 OE2 GLU P 72 -62.202-104.891 36.745 1.00162.73 O \ ANISOU47222 OE2 GLU P 72 13771 30902 17154 -166 -2901 -3306 O \ ATOM 47223 N LEU P 73 -61.426-109.514 34.491 1.00153.57 N \ ANISOU47223 N LEU P 73 14010 28058 16281 -1742 -3265 -1016 N \ ATOM 47224 CA LEU P 73 -60.027-109.896 34.256 1.00149.70 C \ ANISOU47224 CA LEU P 73 14056 26676 16146 -1717 -3371 -686 C \ ATOM 47225 C LEU P 73 -59.057-108.706 34.321 1.00146.80 C \ ANISOU47225 C LEU P 73 13866 25928 15981 -1176 -3229 -959 C \ ATOM 47226 O LEU P 73 -58.963-107.910 33.385 1.00144.71 O \ ANISOU47226 O LEU P 73 13745 25271 15965 -647 -3214 -1194 O \ ATOM 47227 CB LEU P 73 -59.879-110.652 32.922 1.00147.38 C \ ANISOU47227 CB LEU P 73 14109 25687 16200 -1636 -3562 -493 C \ ATOM 47228 CG LEU P 73 -58.507-111.220 32.525 1.00144.07 C \ ANISOU47228 CG LEU P 73 14155 24427 16158 -1603 -3730 -268 C \ ATOM 47229 CD1 LEU P 73 -58.041-112.304 33.484 1.00145.53 C \ ANISOU47229 CD1 LEU P 73 14418 24553 16321 -2206 -3994 148 C \ ATOM 47230 CD2 LEU P 73 -58.539-111.755 31.102 1.00142.42 C \ ANISOU47230 CD2 LEU P 73 14139 23738 16235 -1418 -3882 -286 C \ ATOM 47231 N ILE P 74 -58.344-108.598 35.440 1.00147.08 N \ ANISOU47231 N ILE P 74 13893 26095 15894 -1368 -3169 -882 N \ ATOM 47232 CA ILE P 74 -57.287-107.599 35.597 1.00144.44 C \ ANISOU47232 CA ILE P 74 13767 25352 15760 -935 -3071 -1064 C \ ATOM 47233 C ILE P 74 -55.957-108.187 35.131 1.00140.87 C \ ANISOU47233 C ILE P 74 13823 24069 15629 -966 -3182 -726 C \ ATOM 47234 O ILE P 74 -55.570-109.280 35.555 1.00141.51 O \ ANISOU47234 O ILE P 74 14020 24038 15707 -1433 -3339 -363 O \ ATOM 47235 CB ILE P 74 -57.178-107.083 37.069 1.00146.82 C \ ANISOU47235 CB ILE P 74 13752 26276 15756 -1078 -2935 -1239 C \ ATOM 47236 CG1 ILE P 74 -58.386-106.207 37.417 1.00150.81 C \ ANISOU47236 CG1 ILE P 74 13677 27616 16005 -844 -2841 -1821 C \ ATOM 47237 CG2 ILE P 74 -55.876-106.297 37.295 1.00143.45 C \ ANISOU47237 CG2 ILE P 74 13627 25306 15570 -735 -2882 -1301 C \ ATOM 47238 CD1 ILE P 74 -58.573-105.952 38.901 1.00154.82 C \ ANISOU47238 CD1 ILE P 74 13692 29065 16068 -1124 -2708 -2063 C \ ATOM 47239 N VAL P 75 -55.273-107.475 34.238 1.00137.75 N \ ANISOU47239 N VAL P 75 13704 23124 15510 -499 -3163 -857 N \ ATOM 47240 CA VAL P 75 -53.914-107.847 33.870 1.00134.72 C \ ANISOU47240 CA VAL P 75 13710 22104 15373 -482 -3231 -672 C \ ATOM 47241 C VAL P 75 -52.964-106.804 34.438 1.00133.20 C \ ANISOU47241 C VAL P 75 13626 21766 15215 -237 -3112 -785 C \ ATOM 47242 O VAL P 75 -52.943-105.660 33.988 1.00132.63 O \ ANISOU47242 O VAL P 75 13582 21594 15215 149 -3083 -993 O \ ATOM 47243 CB VAL P 75 -53.713-107.992 32.346 1.00133.07 C \ ANISOU47243 CB VAL P 75 13702 21483 15373 -263 -3315 -701 C \ ATOM 47244 CG1 VAL P 75 -52.377-108.671 32.057 1.00131.12 C \ ANISOU47244 CG1 VAL P 75 13733 20750 15335 -323 -3420 -600 C \ ATOM 47245 CG2 VAL P 75 -54.853-108.795 31.723 1.00134.76 C \ ANISOU47245 CG2 VAL P 75 13765 21886 15551 -422 -3424 -663 C \ ATOM 47246 N ALA P 76 -52.204-107.210 35.449 1.00132.98 N \ ANISOU47246 N ALA P 76 13664 21708 15152 -497 -3108 -619 N \ ATOM 47247 CA ALA P 76 -51.239-106.338 36.100 1.00131.46 C \ ANISOU47247 CA ALA P 76 13579 21383 14987 -312 -2999 -702 C \ ATOM 47248 C ALA P 76 -49.868-106.540 35.479 1.00128.61 C \ ANISOU47248 C ALA P 76 13583 20411 14869 -216 -3056 -595 C \ ATOM 47249 O ALA P 76 -49.385-107.668 35.358 1.00128.28 O \ ANISOU47249 O ALA P 76 13668 20118 14954 -454 -3209 -425 O \ ATOM 47250 CB ALA P 76 -51.199-106.609 37.592 1.00133.35 C \ ANISOU47250 CB ALA P 76 13640 22025 15000 -674 -2954 -599 C \ ATOM 47251 N ILE P 77 -49.251-105.440 35.067 1.00127.06 N \ ANISOU47251 N ILE P 77 13528 19999 14749 120 -2993 -725 N \ ATOM 47252 CA ILE P 77 -47.960-105.507 34.406 1.00125.00 C \ ANISOU47252 CA ILE P 77 13541 19321 14630 187 -3022 -674 C \ ATOM 47253 C ILE P 77 -46.975-104.535 35.028 1.00123.87 C \ ANISOU47253 C ILE P 77 13528 19038 14496 326 -2941 -695 C \ ATOM 47254 O ILE P 77 -47.187-103.318 35.017 1.00124.23 O \ ANISOU47254 O ILE P 77 13557 19110 14533 563 -2946 -797 O \ ATOM 47255 CB ILE P 77 -48.058-105.214 32.883 1.00124.74 C \ ANISOU47255 CB ILE P 77 13573 19195 14626 346 -3084 -731 C \ ATOM 47256 CG1 ILE P 77 -49.247-105.947 32.251 1.00126.13 C \ ANISOU47256 CG1 ILE P 77 13590 19548 14784 266 -3156 -747 C \ ATOM 47257 CG2 ILE P 77 -46.749-105.591 32.185 1.00123.62 C \ ANISOU47257 CG2 ILE P 77 13597 18827 14543 313 -3111 -745 C \ ATOM 47258 CD1 ILE P 77 -49.594-105.494 30.845 1.00126.51 C \ ANISOU47258 CD1 ILE P 77 13652 19603 14810 405 -3219 -795 C \ ATOM 47259 N THR P 78 -45.902-105.089 35.580 1.00122.92 N \ ANISOU47259 N THR P 78 13538 18729 14437 184 -2932 -610 N \ ATOM 47260 CA THR P 78 -44.716-104.309 35.898 1.00121.60 C \ ANISOU47260 CA THR P 78 13542 18365 14296 302 -2866 -617 C \ ATOM 47261 C THR P 78 -43.508-104.935 35.208 1.00120.79 C \ ANISOU47261 C THR P 78 13593 18011 14288 254 -2921 -631 C \ ATOM 47262 O THR P 78 -43.442-104.962 33.974 1.00120.98 O \ ANISOU47262 O THR P 78 13621 18053 14290 306 -2965 -708 O \ ATOM 47263 CB THR P 78 -44.470-104.163 37.416 1.00121.61 C \ ANISOU47263 CB THR P 78 13499 18458 14247 209 -2786 -578 C \ ATOM 47264 OG1 THR P 78 -44.932-105.333 38.093 1.00122.81 O \ ANISOU47264 OG1 THR P 78 13532 18768 14361 -123 -2855 -446 O \ ATOM 47265 CG2 THR P 78 -45.189-102.950 37.965 1.00122.67 C \ ANISOU47265 CG2 THR P 78 13467 18850 14292 417 -2729 -743 C \ ATOM 47266 N SER P 79 -42.571-105.451 36.005 1.00120.52 N \ ANISOU47266 N SER P 79 13641 17806 14346 146 -2942 -601 N \ ATOM 47267 CA SER P 79 -41.277-105.929 35.509 1.00120.16 C \ ANISOU47267 CA SER P 79 13686 17559 14408 159 -3014 -732 C \ ATOM 47268 C SER P 79 -40.585-106.848 36.516 1.00120.51 C \ ANISOU47268 C SER P 79 13783 17358 14644 8 -3166 -694 C \ ATOM 47269 O SER P 79 -41.152-107.181 37.560 1.00121.34 O \ ANISOU47269 O SER P 79 13861 17487 14753 -192 -3223 -490 O \ ATOM 47270 CB SER P 79 -40.365-104.741 35.176 1.00119.09 C \ ANISOU47270 CB SER P 79 13659 17451 14139 286 -2879 -758 C \ ATOM 47271 OG SER P 79 -40.284-103.849 36.273 1.00118.25 O \ ANISOU47271 OG SER P 79 13631 17300 13995 329 -2777 -629 O \ ATOM 47272 N ASP P 80 -39.354-107.241 36.195 1.00120.55 N \ ANISOU47272 N ASP P 80 13832 17183 14786 70 -3266 -902 N \ ATOM 47273 CA ASP P 80 -38.582-108.166 37.023 1.00121.47 C \ ANISOU47273 CA ASP P 80 14008 16975 15171 -41 -3524 -912 C \ ATOM 47274 C ASP P 80 -37.638-107.442 37.970 1.00119.88 C \ ANISOU47274 C ASP P 80 13936 16708 14902 -29 -3364 -819 C \ ATOM 47275 O ASP P 80 -37.425-107.884 39.097 1.00120.36 O \ ANISOU47275 O ASP P 80 14067 16577 15085 -210 -3513 -637 O \ ATOM 47276 CB ASP P 80 -37.796-109.133 36.140 1.00123.20 C \ ANISOU47276 CB ASP P 80 14130 17027 15651 77 -3816 -1328 C \ ATOM 47277 CG ASP P 80 -38.634-109.685 35.006 1.00125.22 C \ ANISOU47277 CG ASP P 80 14228 17412 15937 119 -3936 -1502 C \ ATOM 47278 OD1 ASP P 80 -38.768-108.991 33.974 1.00125.35 O \ ANISOU47278 OD1 ASP P 80 14155 17786 15686 232 -3689 -1632 O \ ATOM 47279 OD2 ASP P 80 -39.166-110.808 35.150 1.00127.60 O \ ANISOU47279 OD2 ASP P 80 14500 17455 16527 -1 -4319 -1474 O \ ATOM 47280 N LYS P 81 -37.085-106.328 37.502 1.00118.38 N \ ANISOU47280 N LYS P 81 13781 16688 14507 135 -3102 -905 N \ ATOM 47281 CA LYS P 81 -36.122-105.555 38.270 1.00117.01 C \ ANISOU47281 CA LYS P 81 13734 16453 14269 166 -2956 -840 C \ ATOM 47282 C LYS P 81 -36.791-104.716 39.353 1.00116.10 C \ ANISOU47282 C LYS P 81 13667 16423 14023 123 -2795 -579 C \ ATOM 47283 O LYS P 81 -37.815-104.078 39.112 1.00116.25 O \ ANISOU47283 O LYS P 81 13618 16640 13909 181 -2704 -524 O \ ATOM 47284 CB LYS P 81 -35.290-104.659 37.346 1.00116.68 C \ ANISOU47284 CB LYS P 81 13704 16596 14032 278 -2807 -984 C \ ATOM 47285 CG LYS P 81 -34.194-105.385 36.558 1.00118.67 C \ ANISOU47285 CG LYS P 81 13829 16911 14348 316 -2929 -1370 C \ ATOM 47286 CD LYS P 81 -33.174-104.405 35.976 1.00119.39 C \ ANISOU47286 CD LYS P 81 13914 17301 14146 301 -2764 -1440 C \ ATOM 47287 CE LYS P 81 -32.047-105.137 35.258 1.00121.77 C \ ANISOU47287 CE LYS P 81 13981 17833 14451 335 -2868 -1943 C \ ATOM 47288 NZ LYS P 81 -31.009-104.189 34.763 1.00122.52 N \ ANISOU47288 NZ LYS P 81 14030 18350 14173 217 -2704 -1978 N \ ATOM 47289 N GLY P 82 -36.201-104.736 40.546 1.00115.63 N \ ANISOU47289 N GLY P 82 13682 16241 14009 32 -2791 -475 N \ ATOM 47290 CA GLY P 82 -36.613-103.873 41.649 1.00115.20 C \ ANISOU47290 CA GLY P 82 13610 16357 13801 11 -2630 -337 C \ ATOM 47291 C GLY P 82 -35.825-102.577 41.632 1.00113.68 C \ ANISOU47291 C GLY P 82 13533 16122 13535 215 -2474 -395 C \ ATOM 47292 O GLY P 82 -35.467-102.077 40.566 1.00113.26 O \ ANISOU47292 O GLY P 82 13540 16045 13449 336 -2465 -468 O \ ATOM 47293 N LEU P 83 -35.556-102.036 42.818 1.00113.39 N \ ANISOU47293 N LEU P 83 13514 16116 13451 203 -2386 -343 N \ ATOM 47294 CA LEU P 83 -34.781-100.794 42.985 1.00112.38 C \ ANISOU47294 CA LEU P 83 13509 15897 13293 380 -2299 -379 C \ ATOM 47295 C LEU P 83 -35.377 -99.567 42.299 1.00113.07 C \ ANISOU47295 C LEU P 83 13588 16026 13345 592 -2340 -436 C \ ATOM 47296 O LEU P 83 -34.648 -98.642 41.942 1.00112.70 O \ ANISOU47296 O LEU P 83 13691 15825 13303 678 -2389 -402 O \ ATOM 47297 CB LEU P 83 -33.327-100.972 42.529 1.00111.09 C \ ANISOU47297 CB LEU P 83 13510 15515 13182 364 -2309 -393 C \ ATOM 47298 CG LEU P 83 -32.390-101.915 43.275 1.00110.69 C \ ANISOU47298 CG LEU P 83 13509 15297 13250 227 -2358 -386 C \ ATOM 47299 CD1 LEU P 83 -31.021-101.786 42.655 1.00110.32 C \ ANISOU47299 CD1 LEU P 83 13553 15148 13213 285 -2354 -515 C \ ATOM 47300 CD2 LEU P 83 -32.326-101.599 44.761 1.00110.66 C \ ANISOU47300 CD2 LEU P 83 13513 15320 13210 152 -2286 -274 C \ ATOM 47301 N CYS P 84 -36.694 -99.558 42.119 1.00114.64 N \ ANISOU47301 N CYS P 84 13610 16423 13522 647 -2383 -506 N \ ATOM 47302 CA CYS P 84 -37.375 -98.401 41.538 1.00116.11 C \ ANISOU47302 CA CYS P 84 13773 16592 13750 872 -2532 -589 C \ ATOM 47303 C CYS P 84 -38.337 -97.741 42.519 1.00118.27 C \ ANISOU47303 C CYS P 84 13801 17095 14040 1059 -2565 -838 C \ ATOM 47304 O CYS P 84 -38.756 -96.605 42.312 1.00120.09 O \ ANISOU47304 O CYS P 84 14002 17223 14401 1320 -2788 -992 O \ ATOM 47305 CB CYS P 84 -38.077 -98.765 40.225 1.00116.64 C \ ANISOU47305 CB CYS P 84 13814 16702 13801 841 -2621 -545 C \ ATOM 47306 SG CYS P 84 -38.964-100.340 40.224 1.00116.78 S \ ANISOU47306 SG CYS P 84 13640 16967 13763 651 -2526 -557 S \ ATOM 47307 N GLY P 85 -38.673 -98.451 43.591 1.00118.88 N \ ANISOU47307 N GLY P 85 13669 17517 13983 901 -2401 -901 N \ ATOM 47308 CA GLY P 85 -39.495 -97.884 44.650 1.00121.84 C \ ANISOU47308 CA GLY P 85 13702 18316 14276 1029 -2390 -1228 C \ ATOM 47309 C GLY P 85 -40.845 -98.552 44.799 1.00124.34 C \ ANISOU47309 C GLY P 85 13664 19173 14405 885 -2340 -1347 C \ ATOM 47310 O GLY P 85 -40.958 -99.777 44.704 1.00123.74 O \ ANISOU47310 O GLY P 85 13606 19198 14210 532 -2267 -1081 O \ ATOM 47311 N SER P 86 -41.874 -97.741 45.029 1.00127.73 N \ ANISOU47311 N SER P 86 13748 19950 14830 1162 -2437 -1778 N \ ATOM 47312 CA SER P 86 -43.222 -98.257 45.263 1.00130.93 C \ ANISOU47312 CA SER P 86 13725 21025 14997 1023 -2379 -1975 C \ ATOM 47313 C SER P 86 -43.915 -98.768 43.989 1.00130.54 C \ ANISOU47313 C SER P 86 13767 20806 15024 1008 -2463 -1815 C \ ATOM 47314 O SER P 86 -45.109 -99.080 44.019 1.00133.27 O \ ANISOU47314 O SER P 86 13761 21673 15200 938 -2450 -1999 O \ ATOM 47315 CB SER P 86 -44.091 -97.213 45.984 1.00135.30 C \ ANISOU47315 CB SER P 86 13776 22116 15515 1369 -2474 -2640 C \ ATOM 47316 OG SER P 86 -44.171 -96.003 45.253 1.00136.09 O \ ANISOU47316 OG SER P 86 13988 21703 16017 1896 -2811 -2912 O \ ATOM 47317 N ILE P 87 -43.158 -98.879 42.893 1.00127.57 N \ ANISOU47317 N ILE P 87 13821 19794 14856 1037 -2539 -1495 N \ ATOM 47318 CA ILE P 87 -43.686 -99.314 41.589 1.00127.04 C \ ANISOU47318 CA ILE P 87 13853 19558 14857 1026 -2626 -1352 C \ ATOM 47319 C ILE P 87 -44.452-100.640 41.638 1.00127.86 C \ ANISOU47319 C ILE P 87 13780 20039 14761 669 -2522 -1216 C \ ATOM 47320 O ILE P 87 -45.508-100.770 41.019 1.00129.38 O \ ANISOU47320 O ILE P 87 13811 20413 14933 717 -2585 -1311 O \ ATOM 47321 CB ILE P 87 -42.568 -99.366 40.509 1.00124.08 C \ ANISOU47321 CB ILE P 87 13899 18616 14628 1006 -2686 -1047 C \ ATOM 47322 CG1 ILE P 87 -42.214 -97.954 40.034 1.00124.30 C \ ANISOU47322 CG1 ILE P 87 14087 18293 14847 1302 -2928 -1111 C \ ATOM 47323 CG2 ILE P 87 -42.967-100.242 39.317 1.00123.51 C \ ANISOU47323 CG2 ILE P 87 13881 18502 14543 868 -2709 -889 C \ ATOM 47324 CD1 ILE P 87 -43.193 -97.345 39.042 1.00125.93 C \ ANISOU47324 CD1 ILE P 87 14237 18429 15179 1499 -3208 -1203 C \ ATOM 47325 N HIS P 88 -43.926-101.612 42.377 1.00127.44 N \ ANISOU47325 N HIS P 88 13765 20071 14582 289 -2426 -972 N \ ATOM 47326 CA HIS P 88 -44.554-102.929 42.462 1.00128.93 C \ ANISOU47326 CA HIS P 88 13835 20530 14623 -136 -2452 -750 C \ ATOM 47327 C HIS P 88 -45.568-103.028 43.601 1.00133.09 C \ ANISOU47327 C HIS P 88 13903 21872 14790 -414 -2380 -875 C \ ATOM 47328 O HIS P 88 -46.521-103.804 43.519 1.00135.27 O \ ANISOU47328 O HIS P 88 13975 22527 14892 -723 -2430 -772 O \ ATOM 47329 CB HIS P 88 -43.492-104.022 42.576 1.00127.23 C \ ANISOU47329 CB HIS P 88 13902 19918 14519 -452 -2543 -394 C \ ATOM 47330 CG HIS P 88 -42.474-103.985 41.480 1.00124.03 C \ ANISOU47330 CG HIS P 88 13836 18900 14390 -209 -2597 -375 C \ ATOM 47331 ND1 HIS P 88 -41.319-103.239 41.561 1.00121.84 N \ ANISOU47331 ND1 HIS P 88 13757 18329 14205 -3 -2531 -426 N \ ATOM 47332 CD2 HIS P 88 -42.443-104.595 40.272 1.00123.27 C \ ANISOU47332 CD2 HIS P 88 13858 18533 14446 -172 -2712 -347 C \ ATOM 47333 CE1 HIS P 88 -40.615-103.397 40.455 1.00120.20 C \ ANISOU47333 CE1 HIS P 88 13753 17766 14151 110 -2592 -423 C \ ATOM 47334 NE2 HIS P 88 -41.274-104.216 39.656 1.00121.17 N \ ANISOU47334 NE2 HIS P 88 13815 17911 14311 25 -2698 -405 N \ ATOM 47335 N SER P 89 -45.360-102.240 44.656 1.00134.90 N \ ANISOU47335 N SER P 89 13935 22442 14878 -332 -2275 -1119 N \ ATOM 47336 CA SER P 89 -46.292-102.175 45.783 1.00139.81 C \ ANISOU47336 CA SER P 89 14007 24039 15075 -587 -2182 -1366 C \ ATOM 47337 C SER P 89 -47.564-101.407 45.407 1.00143.13 C \ ANISOU47337 C SER P 89 14021 24907 15455 -210 -2194 -1912 C \ ATOM 47338 O SER P 89 -48.674-101.889 45.644 1.00146.77 O \ ANISOU47338 O SER P 89 14067 26118 15580 -512 -2165 -1995 O \ ATOM 47339 CB SER P 89 -45.632-101.533 47.004 1.00140.57 C \ ANISOU47339 CB SER P 89 13968 24408 15033 -576 -2076 -1552 C \ ATOM 47340 OG SER P 89 -45.613-100.119 46.892 1.00140.43 O \ ANISOU47340 OG SER P 89 13860 24262 15233 66 -2096 -2103 O \ ATOM 47341 N GLN P 90 -47.395-100.219 44.821 1.00142.58 N \ ANISOU47341 N GLN P 90 14066 24370 15737 417 -2298 -2268 N \ ATOM 47342 CA GLN P 90 -48.523 -99.380 44.393 1.00146.09 C \ ANISOU47342 CA GLN P 90 14163 25067 16274 864 -2439 -2829 C \ ATOM 47343 C GLN P 90 -49.373 -99.988 43.276 1.00146.09 C \ ANISOU47343 C GLN P 90 14213 24981 16314 801 -2504 -2659 C \ ATOM 47344 O GLN P 90 -50.557 -99.670 43.151 1.00149.61 O \ ANISOU47344 O GLN P 90 14240 25915 16690 988 -2579 -3098 O \ ATOM 47345 CB GLN P 90 -48.051 -97.987 43.972 1.00145.52 C \ ANISOU47345 CB GLN P 90 14287 24348 16656 1492 -2693 -3140 C \ ATOM 47346 CG GLN P 90 -48.249 -96.921 45.029 1.00149.94 C \ ANISOU47346 CG GLN P 90 14389 25372 17208 1837 -2782 -3839 C \ ATOM 47347 CD GLN P 90 -48.528 -95.556 44.427 1.00152.47 C \ ANISOU47347 CD GLN P 90 14707 25192 18031 2513 -3237 -4326 C \ ATOM 47348 OE1 GLN P 90 -47.757 -95.053 43.608 1.00150.11 O \ ANISOU47348 OE1 GLN P 90 14932 23985 18115 2690 -3478 -4001 O \ ATOM 47349 NE2 GLN P 90 -49.638 -94.948 44.833 1.00158.07 N \ ANISOU47349 NE2 GLN P 90 14794 26525 18739 2864 -3418 -5124 N \ ATOM 47350 N LEU P 91 -48.771-100.845 42.456 1.00142.73 N \ ANISOU47350 N LEU P 91 14259 23961 16011 570 -2498 -2093 N \ ATOM 47351 CA LEU P 91 -49.532-101.526 41.418 1.00142.92 C \ ANISOU47351 CA LEU P 91 14322 23921 16057 475 -2558 -1925 C \ ATOM 47352 C LEU P 91 -50.326-102.678 42.014 1.00145.65 C \ ANISOU47352 C LEU P 91 14351 24980 16009 -91 -2465 -1760 C \ ATOM 47353 O LEU P 91 -51.390-103.031 41.507 1.00147.42 O \ ANISOU47353 O LEU P 91 14370 25502 16140 -155 -2503 -1820 O \ ATOM 47354 CB LEU P 91 -48.641-102.010 40.271 1.00138.92 C \ ANISOU47354 CB LEU P 91 14351 22612 15819 461 -2623 -1496 C \ ATOM 47355 CG LEU P 91 -49.430-102.252 38.980 1.00139.20 C \ ANISOU47355 CG LEU P 91 14421 22515 15954 555 -2731 -1469 C \ ATOM 47356 CD1 LEU P 91 -50.015-100.952 38.440 1.00141.21 C \ ANISOU47356 CD1 LEU P 91 14572 22686 16393 1049 -2911 -1844 C \ ATOM 47357 CD2 LEU P 91 -48.610-102.955 37.927 1.00136.56 C \ ANISOU47357 CD2 LEU P 91 14492 21606 15786 451 -2776 -1114 C \ ATOM 47358 N ALA P 92 -49.800-103.259 43.088 1.00146.45 N \ ANISOU47358 N ALA P 92 14418 25355 15870 -552 -2386 -1510 N \ ATOM 47359 CA ALA P 92 -50.557-104.215 43.883 1.00150.57 C \ ANISOU47359 CA ALA P 92 14576 26698 15934 -1213 -2368 -1317 C \ ATOM 47360 C ALA P 92 -51.644-103.482 44.685 1.00155.90 C \ ANISOU47360 C ALA P 92 14552 28478 16204 -1152 -2244 -1925 C \ ATOM 47361 O ALA P 92 -52.716-104.043 44.945 1.00159.86 O \ ANISOU47361 O ALA P 92 14625 29817 16298 -1580 -2230 -1934 O \ ATOM 47362 CB ALA P 92 -49.633-105.000 44.800 1.00150.36 C \ ANISOU47362 CB ALA P 92 14730 26618 15781 -1774 -2413 -828 C \ ATOM 47363 N LYS P 93 -51.360-102.230 45.061 1.00156.49 N \ ANISOU47363 N LYS P 93 14480 28579 16400 -618 -2194 -2474 N \ ATOM 47364 CA LYS P 93 -52.321-101.365 45.764 1.00162.06 C \ ANISOU47364 CA LYS P 93 14461 30290 16823 -384 -2142 -3267 C \ ATOM 47365 C LYS P 93 -53.503-100.989 44.878 1.00164.07 C \ ANISOU47365 C LYS P 93 14465 30657 17216 22 -2263 -3709 C \ ATOM 47366 O LYS P 93 -54.648-100.995 45.331 1.00169.39 O \ ANISOU47366 O LYS P 93 14467 32408 17484 -110 -2211 -4175 O \ ATOM 47367 CB LYS P 93 -51.647-100.093 46.294 1.00162.12 C \ ANISOU47367 CB LYS P 93 14420 30113 17062 169 -2175 -3788 C \ ATOM 47368 CG LYS P 93 -50.833-100.290 47.564 1.00162.63 C \ ANISOU47368 CG LYS P 93 14418 30566 16807 -248 -2014 -3620 C \ ATOM 47369 CD LYS P 93 -50.458 -98.959 48.194 1.00163.64 C \ ANISOU47369 CD LYS P 93 14315 30758 17103 326 -2063 -4320 C \ ATOM 47370 CE LYS P 93 -49.832 -99.165 49.555 1.00164.62 C \ ANISOU47370 CE LYS P 93 14240 31505 16803 -138 -1875 -4231 C \ ATOM 47371 NZ LYS P 93 -49.855 -97.906 50.331 1.00168.44 N \ ANISOU47371 NZ LYS P 93 14233 32450 17317 388 -1922 -5132 N \ ATOM 47372 N ALA P 94 -53.216-100.659 43.618 1.00160.39 N \ ANISOU47372 N ALA P 94 14508 29143 17289 482 -2439 -3568 N \ ATOM 47373 CA ALA P 94 -54.252-100.387 42.620 1.00161.81 C \ ANISOU47373 CA ALA P 94 14561 29262 17656 832 -2606 -3856 C \ ATOM 47374 C ALA P 94 -55.094-101.636 42.350 1.00162.82 C \ ANISOU47374 C ALA P 94 14559 29869 17436 269 -2501 -3494 C \ ATOM 47375 O ALA P 94 -56.267-101.523 42.002 1.00165.92 O \ ANISOU47375 O ALA P 94 14561 30735 17744 405 -2562 -3872 O \ ATOM 47376 CB ALA P 94 -53.634 -99.853 41.327 1.00157.60 C \ ANISOU47376 CB ALA P 94 14641 27533 17705 1290 -2840 -3638 C \ ATOM 47377 N VAL P 95 -54.488-102.816 42.515 1.00160.71 N \ ANISOU47377 N VAL P 95 14616 29441 17005 -355 -2407 -2778 N \ ATOM 47378 CA VAL P 95 -55.212-104.096 42.461 1.00162.57 C \ ANISOU47378 CA VAL P 95 14728 30142 16899 -1014 -2397 -2362 C \ ATOM 47379 C VAL P 95 -56.140-104.234 43.677 1.00169.09 C \ ANISOU47379 C VAL P 95 14797 32392 17055 -1502 -2275 -2655 C \ ATOM 47380 O VAL P 95 -57.291-104.634 43.527 1.00172.52 O \ ANISOU47380 O VAL P 95 14837 33524 17186 -1753 -2279 -2755 O \ ATOM 47381 CB VAL P 95 -54.258-105.338 42.361 1.00159.38 C \ ANISOU47381 CB VAL P 95 14873 29092 16590 -1552 -2485 -1541 C \ ATOM 47382 CG1 VAL P 95 -55.051-106.647 42.322 1.00161.95 C \ ANISOU47382 CG1 VAL P 95 15075 29836 16622 -2258 -2606 -1096 C \ ATOM 47383 CG2 VAL P 95 -53.367-105.249 41.136 1.00154.01 C \ ANISOU47383 CG2 VAL P 95 14822 27213 16480 -1107 -2583 -1352 C \ ATOM 47384 N ARG P 96 -55.638-103.889 44.865 1.00171.09 N \ ANISOU47384 N ARG P 96 14815 33151 17041 -1660 -2166 -2812 N \ ATOM 47385 CA ARG P 96 -56.414-103.989 46.112 1.00177.95 C \ ANISOU47385 CA ARG P 96 14890 35553 17168 -2206 -2034 -3118 C \ ATOM 47386 C ARG P 96 -57.561-102.979 46.196 1.00183.08 C \ ANISOU47386 C ARG P 96 14775 37119 17666 -1677 -1984 -4164 C \ ATOM 47387 O ARG P 96 -58.675-103.335 46.580 1.00188.80 O \ ANISOU47387 O ARG P 96 14835 39091 17807 -2119 -1916 -4396 O \ ATOM 47388 CB ARG P 96 -55.506-103.840 47.341 1.00178.76 C \ ANISOU47388 CB ARG P 96 14934 35964 17024 -2499 -1938 -3041 C \ ATOM 47389 CG ARG P 96 -54.567-105.011 47.589 1.00175.90 C \ ANISOU47389 CG ARG P 96 15126 35062 16643 -3236 -2052 -2038 C \ ATOM 47390 CD ARG P 96 -53.808-104.853 48.901 1.00176.75 C \ ANISOU47390 CD ARG P 96 15082 35654 16421 -3594 -1964 -1986 C \ ATOM 47391 NE ARG P 96 -52.540-105.577 48.865 1.00171.76 N \ ANISOU47391 NE ARG P 96 15177 33961 16123 -3876 -2137 -1186 N \ ATOM 47392 CZ ARG P 96 -51.393-105.060 48.428 1.00166.01 C \ ANISOU47392 CZ ARG P 96 15007 32076 15990 -3252 -2134 -1203 C \ ATOM 47393 NH1 ARG P 96 -51.339-103.808 47.995 1.00163.84 N \ ANISOU47393 NH1 ARG P 96 14699 31499 16052 -2367 -2011 -1885 N \ ATOM 47394 NH2 ARG P 96 -50.292-105.797 48.427 1.00162.96 N \ ANISOU47394 NH2 ARG P 96 15200 30841 15874 -3536 -2316 -541 N \ ATOM 47395 N ARG P 97 -57.280-101.725 45.842 1.00181.68 N \ ANISOU47395 N ARG P 97 14674 36328 18028 -752 -2082 -4803 N \ ATOM 47396 CA ARG P 97 -58.264-100.642 45.940 1.00187.19 C \ ANISOU47396 CA ARG P 97 14652 37732 18741 -113 -2173 -5921 C \ ATOM 47397 C ARG P 97 -59.294-100.643 44.803 1.00187.57 C \ ANISOU47397 C ARG P 97 14661 37580 19028 209 -2333 -6103 C \ ATOM 47398 O ARG P 97 -60.311 -99.950 44.885 1.00193.05 O \ ANISOU47398 O ARG P 97 14665 39014 19670 641 -2444 -7035 O \ ATOM 47399 CB ARG P 97 -57.564 -99.283 46.074 1.00186.53 C \ ANISOU47399 CB ARG P 97 14658 37015 19199 721 -2360 -6532 C \ ATOM 47400 CG ARG P 97 -57.168 -98.943 47.517 1.00190.86 C \ ANISOU47400 CG ARG P 97 14708 38482 19329 542 -2203 -6951 C \ ATOM 47401 CD ARG P 97 -55.721 -98.449 47.640 1.00186.87 C \ ANISOU47401 CD ARG P 97 14839 36883 19277 814 -2262 -6648 C \ ATOM 47402 NE ARG P 97 -55.543 -97.060 47.214 1.00187.73 N \ ANISOU47402 NE ARG P 97 15028 36203 20097 1791 -2634 -7337 N \ ATOM 47403 CZ ARG P 97 -55.109 -96.678 46.013 1.00183.37 C \ ANISOU47403 CZ ARG P 97 15182 34254 20234 2245 -2922 -6997 C \ ATOM 47404 NH1 ARG P 97 -54.799 -97.575 45.083 1.00178.06 N \ ANISOU47404 NH1 ARG P 97 15162 32859 19632 1881 -2823 -6073 N \ ATOM 47405 NH2 ARG P 97 -54.985 -95.387 45.739 1.00184.88 N \ ANISOU47405 NH2 ARG P 97 15402 33797 21047 3039 -3367 -7600 N \ ATOM 47406 N HIS P 98 -59.021-101.418 43.754 1.00182.23 N \ ANISOU47406 N HIS P 98 14687 35930 18622 20 -2371 -5272 N \ ATOM 47407 CA HIS P 98 -60.010-101.718 42.711 1.00182.57 C \ ANISOU47407 CA HIS P 98 14711 35886 18769 116 -2475 -5267 C \ ATOM 47408 C HIS P 98 -60.611-103.114 42.934 1.00184.42 C \ ANISOU47408 C HIS P 98 14772 36903 18395 -818 -2313 -4691 C \ ATOM 47409 O HIS P 98 -61.654-103.451 42.361 1.00186.41 O \ ANISOU47409 O HIS P 98 14792 37500 18535 -885 -2352 -4776 O \ ATOM 47410 CB HIS P 98 -59.395-101.593 41.308 1.00176.22 C \ ANISOU47410 CB HIS P 98 14733 33563 18659 542 -2671 -4811 C \ ATOM 47411 CG HIS P 98 -60.358-101.863 40.191 1.00176.49 C \ ANISOU47411 CG HIS P 98 14775 33460 18822 657 -2790 -4796 C \ ATOM 47412 ND1 HIS P 98 -61.308-100.949 39.787 1.00180.29 N \ ANISOU47412 ND1 HIS P 98 14856 34118 19526 1276 -3022 -5565 N \ ATOM 47413 CD2 HIS P 98 -60.518-102.946 39.394 1.00173.91 C \ ANISOU47413 CD2 HIS P 98 14796 32818 18461 247 -2754 -4135 C \ ATOM 47414 CE1 HIS P 98 -62.012-101.457 38.790 1.00179.38 C \ ANISOU47414 CE1 HIS P 98 14856 33828 19471 1214 -3080 -5334 C \ ATOM 47415 NE2 HIS P 98 -61.553-102.668 38.532 1.00175.60 N \ ANISOU47415 NE2 HIS P 98 14823 33065 18830 596 -2906 -4478 N \ ATOM 47416 N LEU P 99 -59.951-103.915 43.774 1.00184.23 N \ ANISOU47416 N LEU P 99 14869 37132 17998 -1565 -2193 -4080 N \ ATOM 47417 CA LEU P 99 -60.472-105.222 44.194 1.00187.34 C \ ANISOU47417 CA LEU P 99 15066 38335 17777 -2589 -2158 -3473 C \ ATOM 47418 C LEU P 99 -61.277-105.089 45.496 1.00195.49 C \ ANISOU47418 C LEU P 99 15120 41192 17964 -3091 -1997 -3997 C \ ATOM 47419 O LEU P 99 -61.616-106.089 46.139 1.00199.46 O \ ANISOU47419 O LEU P 99 15372 42600 17814 -4109 -1992 -3463 O \ ATOM 47420 CB LEU P 99 -59.335-106.253 44.340 1.00183.56 C \ ANISOU47420 CB LEU P 99 15271 37073 17399 -3201 -2260 -2459 C \ ATOM 47421 CG LEU P 99 -59.493-107.638 43.694 1.00182.31 C \ ANISOU47421 CG LEU P 99 15523 36454 17292 -3818 -2484 -1608 C \ ATOM 47422 CD1 LEU P 99 -59.505-107.543 42.175 1.00177.35 C \ ANISOU47422 CD1 LEU P 99 15387 34679 17317 -3147 -2574 -1628 C \ ATOM 47423 CD2 LEU P 99 -58.403-108.601 44.140 1.00180.54 C \ ANISOU47423 CD2 LEU P 99 15813 35647 17135 -4456 -2692 -753 C \ ATOM 47424 N ASN P 100 -61.560-103.843 45.882 1.00198.55 N \ ANISOU47424 N ASN P 100 14934 42138 18367 -2398 -1923 -5060 N \ ATOM 47425 CA ASN P 100 -62.536-103.543 46.928 1.00207.32 C \ ANISOU47425 CA ASN P 100 14938 45138 18695 -2677 -1777 -5877 C \ ATOM 47426 C ASN P 100 -63.947-103.612 46.350 1.00211.31 C \ ANISOU47426 C ASN P 100 14915 46352 19021 -2587 -1812 -6345 C \ ATOM 47427 O ASN P 100 -64.917-103.858 47.070 1.00219.01 O \ ANISOU47427 O ASN P 100 14991 49047 19174 -3165 -1686 -6731 O \ ATOM 47428 CB ASN P 100 -62.282-102.159 47.539 1.00209.72 C \ ANISOU47428 CB ASN P 100 14787 45718 19177 -1868 -1768 -6977 C \ ATOM 47429 CG ASN P 100 -61.133-102.154 48.540 1.00208.51 C \ ANISOU47429 CG ASN P 100 14810 45556 18855 -2204 -1657 -6654 C \ ATOM 47430 OD1 ASN P 100 -60.945-103.105 49.303 1.00210.16 O \ ANISOU47430 OD1 ASN P 100 14960 46474 18415 -3246 -1538 -5944 O \ ATOM 47431 ND2 ASN P 100 -60.369-101.069 48.552 1.00205.77 N \ ANISOU47431 ND2 ASN P 100 14679 44403 19101 -1352 -1751 -7157 N \ ATOM 47432 N ASP P 101 -64.039-103.391 45.040 1.00206.33 N \ ANISOU47432 N ASP P 101 14827 44441 19126 -1897 -1989 -6303 N \ ATOM 47433 CA ASP P 101 -65.299-103.461 44.309 1.00209.02 C \ ANISOU47433 CA ASP P 101 14807 45179 19429 -1732 -2060 -6670 C \ ATOM 47434 C ASP P 101 -65.544-104.853 43.711 1.00206.76 C \ ANISOU47434 C ASP P 101 14960 44633 18966 -2535 -2069 -5603 C \ ATOM 47435 O ASP P 101 -66.601-105.096 43.114 1.00208.97 O \ ANISOU47435 O ASP P 101 14971 45285 19144 -2546 -2112 -5766 O \ ATOM 47436 CB ASP P 101 -65.331-102.396 43.201 1.00205.75 C \ ANISOU47436 CB ASP P 101 14705 43555 19916 -556 -2323 -7234 C \ ATOM 47437 CG ASP P 101 -65.192-100.976 43.736 1.00208.88 C \ ANISOU47437 CG ASP P 101 14644 44122 20595 293 -2471 -8362 C \ ATOM 47438 OD1 ASP P 101 -65.546-100.728 44.909 1.00215.57 O \ ANISOU47438 OD1 ASP P 101 14619 46444 20842 92 -2330 -9076 O \ ATOM 47439 OD2 ASP P 101 -64.733-100.100 42.973 1.00204.93 O \ ANISOU47439 OD2 ASP P 101 14637 42308 20918 1139 -2776 -8544 O \ ATOM 47440 N GLN P 102 -64.573-105.757 43.876 1.00202.78 N \ ANISOU47440 N GLN P 102 15113 43469 18465 -3181 -2086 -4557 N \ ATOM 47441 CA GLN P 102 -64.646-107.108 43.302 1.00200.64 C \ ANISOU47441 CA GLN P 102 15336 42729 18167 -3900 -2224 -3532 C \ ATOM 47442 C GLN P 102 -63.473-108.001 43.732 1.00197.70 C \ ANISOU47442 C GLN P 102 15588 41699 17827 -4578 -2343 -2528 C \ ATOM 47443 O GLN P 102 -62.588-108.275 42.917 1.00191.16 O \ ANISOU47443 O GLN P 102 15580 39385 17665 -4280 -2491 -2033 O \ ATOM 47444 CB GLN P 102 -64.676-107.012 41.774 1.00194.81 C \ ANISOU47444 CB GLN P 102 15200 40627 18189 -3186 -2360 -3463 C \ ATOM 47445 CG GLN P 102 -65.623-107.975 41.097 1.00196.11 C \ ANISOU47445 CG GLN P 102 15343 40978 18190 -3649 -2467 -3067 C \ ATOM 47446 CD GLN P 102 -66.162-107.417 39.795 1.00193.49 C \ ANISOU47446 CD GLN P 102 15150 39968 18397 -2801 -2527 -3501 C \ ATOM 47447 OE1 GLN P 102 -66.420-106.217 39.680 1.00194.25 O \ ANISOU47447 OE1 GLN P 102 14944 40140 18721 -1992 -2502 -4362 O \ ATOM 47448 NE2 GLN P 102 -66.338-108.285 38.807 1.00191.01 N \ ANISOU47448 NE2 GLN P 102 15287 38971 18316 -2991 -2673 -2916 N \ ATOM 47449 N PRO P 103 -63.465-108.476 44.999 1.00203.10 N \ ANISOU47449 N PRO P 103 15856 43533 17778 -5524 -2321 -2240 N \ ATOM 47450 CA PRO P 103 -62.328-109.278 45.488 1.00201.02 C \ ANISOU47450 CA PRO P 103 16170 42624 17582 -6168 -2522 -1309 C \ ATOM 47451 C PRO P 103 -62.219-110.647 44.810 1.00199.10 C \ ANISOU47451 C PRO P 103 16556 41482 17610 -6755 -2920 -298 C \ ATOM 47452 O PRO P 103 -61.152-111.270 44.835 1.00195.96 O \ ANISOU47452 O PRO P 103 16806 40058 17589 -6988 -3191 389 O \ ATOM 47453 CB PRO P 103 -62.620-109.442 46.988 1.00208.93 C \ ANISOU47453 CB PRO P 103 16435 45335 17614 -7146 -2447 -1276 C \ ATOM 47454 CG PRO P 103 -63.713-108.461 47.299 1.00214.42 C \ ANISOU47454 CG PRO P 103 16139 47513 17815 -6758 -2128 -2431 C \ ATOM 47455 CD PRO P 103 -64.499-108.323 46.037 1.00212.03 C \ ANISOU47455 CD PRO P 103 15931 46677 17952 -6100 -2151 -2757 C \ ATOM 47456 N ASN P 104 -63.319-111.086 44.200 1.00201.29 N \ ANISOU47456 N ASN P 104 16614 42129 17734 -6942 -2992 -283 N \ ATOM 47457 CA ASN P 104 -63.403-112.370 43.504 1.00200.37 C \ ANISOU47457 CA ASN P 104 17006 41244 17880 -7467 -3419 567 C \ ATOM 47458 C ASN P 104 -62.893-112.346 42.053 1.00192.70 C \ ANISOU47458 C ASN P 104 16762 38613 17842 -6565 -3502 540 C \ ATOM 47459 O ASN P 104 -62.917-113.372 41.364 1.00191.78 O \ ANISOU47459 O ASN P 104 17065 37763 18039 -6860 -3877 1121 O \ ATOM 47460 CB ASN P 104 -64.849-112.881 43.541 1.00206.89 C \ ANISOU47460 CB ASN P 104 17228 43322 18057 -8157 -3471 616 C \ ATOM 47461 CG ASN P 104 -65.850-111.861 43.008 1.00207.01 C \ ANISOU47461 CG ASN P 104 16695 43952 18005 -7330 -3081 -412 C \ ATOM 47462 OD1 ASN P 104 -65.668-111.289 41.930 1.00200.89 O \ ANISOU47462 OD1 ASN P 104 16295 42107 17924 -6314 -2993 -810 O \ ATOM 47463 ND2 ASN P 104 -66.919-111.638 43.762 1.00214.34 N \ ANISOU47463 ND2 ASN P 104 16698 46661 18078 -7801 -2893 -858 N \ ATOM 47464 N ALA P 105 -62.444-111.176 41.597 1.00187.87 N \ ANISOU47464 N ALA P 105 16264 37464 17652 -5509 -3199 -140 N \ ATOM 47465 CA ALA P 105 -61.942-110.999 40.230 1.00181.17 C \ ANISOU47465 CA ALA P 105 16027 35223 17586 -4684 -3244 -215 C \ ATOM 47466 C ALA P 105 -60.577-111.659 40.019 1.00176.93 C \ ANISOU47466 C ALA P 105 16216 33434 17574 -4743 -3519 365 C \ ATOM 47467 O ALA P 105 -59.788-111.789 40.958 1.00177.64 O \ ANISOU47467 O ALA P 105 16386 33557 17550 -5105 -3584 638 O \ ATOM 47468 CB ALA P 105 -61.880-109.517 39.871 1.00178.42 C \ ANISOU47468 CB ALA P 105 15560 34741 17487 -3661 -2938 -1048 C \ ATOM 47469 N ASP P 106 -60.313-112.066 38.778 1.00172.99 N \ ANISOU47469 N ASP P 106 16199 31889 17639 -4376 -3693 494 N \ ATOM 47470 CA ASP P 106 -59.065-112.741 38.410 1.00169.51 C \ ANISOU47470 CA ASP P 106 16381 30279 17746 -4347 -3999 899 C \ ATOM 47471 C ASP P 106 -57.931-111.761 38.098 1.00164.18 C \ ANISOU47471 C ASP P 106 16008 28918 17453 -3566 -3762 535 C \ ATOM 47472 O ASP P 106 -58.168-110.655 37.602 1.00162.19 O \ ANISOU47472 O ASP P 106 15641 28731 17250 -2908 -3461 11 O \ ATOM 47473 CB ASP P 106 -59.290-113.669 37.207 1.00168.59 C \ ANISOU47473 CB ASP P 106 16560 29463 18033 -4322 -4324 1109 C \ ATOM 47474 CG ASP P 106 -60.111-114.903 37.554 1.00174.05 C \ ANISOU47474 CG ASP P 106 17104 30557 18470 -5228 -4748 1661 C \ ATOM 47475 OD1 ASP P 106 -60.206-115.254 38.750 1.00178.61 O \ ANISOU47475 OD1 ASP P 106 17470 31778 18615 -6003 -4900 2051 O \ ATOM 47476 OD2 ASP P 106 -60.657-115.528 36.620 1.00174.37 O \ ANISOU47476 OD2 ASP P 106 17235 30288 18727 -5213 -4966 1734 O \ ATOM 47477 N ILE P 107 -56.701-112.184 38.385 1.00162.34 N \ ANISOU47477 N ILE P 107 16160 28013 17505 -3673 -3966 833 N \ ATOM 47478 CA ILE P 107 -55.511-111.375 38.111 1.00157.56 C \ ANISOU47478 CA ILE P 107 15860 26763 17241 -3034 -3782 561 C \ ATOM 47479 C ILE P 107 -54.453-112.118 37.294 1.00154.63 C \ ANISOU47479 C ILE P 107 15975 25354 17421 -2880 -4087 729 C \ ATOM 47480 O ILE P 107 -54.180-113.298 37.533 1.00156.71 O \ ANISOU47480 O ILE P 107 16398 25294 17850 -3370 -4537 1138 O \ ATOM 47481 CB ILE P 107 -54.876-110.775 39.403 1.00158.17 C \ ANISOU47481 CB ILE P 107 15832 27186 17078 -3154 -3616 539 C \ ATOM 47482 CG1 ILE P 107 -55.263-111.590 40.651 1.00163.57 C \ ANISOU47482 CG1 ILE P 107 16262 28568 17316 -4074 -3833 1001 C \ ATOM 47483 CG2 ILE P 107 -55.281-109.310 39.555 1.00157.92 C \ ANISOU47483 CG2 ILE P 107 15474 27682 16847 -2616 -3212 -55 C \ ATOM 47484 CD1 ILE P 107 -54.693-111.057 41.974 1.00164.70 C \ ANISOU47484 CD1 ILE P 107 16245 29182 17149 -4275 -3673 988 C \ ATOM 47485 N VAL P 108 -53.879-111.411 36.322 1.00150.48 N \ ANISOU47485 N VAL P 108 15645 24353 17174 -2218 -3898 381 N \ ATOM 47486 CA VAL P 108 -52.792-111.928 35.485 1.00147.92 C \ ANISOU47486 CA VAL P 108 15681 23212 17310 -1986 -4115 364 C \ ATOM 47487 C VAL P 108 -51.571-110.998 35.597 1.00144.57 C \ ANISOU47487 C VAL P 108 15434 22514 16982 -1583 -3885 161 C \ ATOM 47488 O VAL P 108 -51.628-109.835 35.181 1.00142.77 O \ ANISOU47488 O VAL P 108 15167 22406 16671 -1155 -3582 -114 O \ ATOM 47489 CB VAL P 108 -53.240-112.088 34.003 1.00146.93 C \ ANISOU47489 CB VAL P 108 15581 22880 17362 -1671 -4142 153 C \ ATOM 47490 CG1 VAL P 108 -52.076-112.524 33.116 1.00145.13 C \ ANISOU47490 CG1 VAL P 108 15612 21992 17537 -1401 -4329 -10 C \ ATOM 47491 CG2 VAL P 108 -54.385-113.087 33.895 1.00150.21 C \ ANISOU47491 CG2 VAL P 108 15845 23508 17719 -2088 -4414 375 C \ ATOM 47492 N THR P 109 -50.475-111.512 36.159 1.00144.10 N \ ANISOU47492 N THR P 109 15572 22060 17117 -1743 -4096 316 N \ ATOM 47493 CA THR P 109 -49.296-110.686 36.460 1.00141.06 C \ ANISOU47493 CA THR P 109 15339 21474 16782 -1448 -3889 170 C \ ATOM 47494 C THR P 109 -48.129-110.878 35.490 1.00138.75 C \ ANISOU47494 C THR P 109 15275 20606 16835 -1114 -3992 -49 C \ ATOM 47495 O THR P 109 -47.568-111.972 35.382 1.00139.95 O \ ANISOU47495 O THR P 109 15536 20334 17303 -1252 -4387 -11 O \ ATOM 47496 CB THR P 109 -48.779-110.903 37.907 1.00142.42 C \ ANISOU47496 CB THR P 109 15532 21718 16864 -1839 -3989 446 C \ ATOM 47497 OG1 THR P 109 -48.424-112.277 38.094 1.00144.76 O \ ANISOU47497 OG1 THR P 109 15968 21588 17443 -2238 -4515 735 O \ ATOM 47498 CG2 THR P 109 -49.826-110.493 38.940 1.00144.82 C \ ANISOU47498 CG2 THR P 109 15506 22818 16700 -2168 -3804 557 C \ ATOM 47499 N ILE P 110 -47.767-109.800 34.797 1.00136.00 N \ ANISOU47499 N ILE P 110 14964 20284 16423 -701 -3695 -301 N \ ATOM 47500 CA ILE P 110 -46.585-109.795 33.935 1.00134.30 C \ ANISOU47500 CA ILE P 110 14890 19740 16399 -441 -3726 -540 C \ ATOM 47501 C ILE P 110 -45.476-108.990 34.616 1.00132.30 C \ ANISOU47501 C ILE P 110 14762 19402 16101 -335 -3553 -548 C \ ATOM 47502 O ILE P 110 -45.476-107.753 34.592 1.00130.89 O \ ANISOU47502 O ILE P 110 14595 19394 15742 -143 -3293 -581 O \ ATOM 47503 CB ILE P 110 -46.896-109.267 32.507 1.00133.66 C \ ANISOU47503 CB ILE P 110 14754 19801 16230 -179 -3593 -752 C \ ATOM 47504 CG1 ILE P 110 -48.073-110.035 31.896 1.00135.56 C \ ANISOU47504 CG1 ILE P 110 14859 20143 16502 -281 -3747 -742 C \ ATOM 47505 CG2 ILE P 110 -45.673-109.393 31.603 1.00133.12 C \ ANISOU47505 CG2 ILE P 110 14732 19586 16261 -14 -3640 -1035 C \ ATOM 47506 CD1 ILE P 110 -48.737-109.342 30.708 1.00135.65 C \ ANISOU47506 CD1 ILE P 110 14793 20393 16354 -85 -3595 -857 C \ ATOM 47507 N GLY P 111 -44.546-109.716 35.235 1.00132.46 N \ ANISOU47507 N GLY P 111 14882 19114 16330 -467 -3771 -513 N \ ATOM 47508 CA GLY P 111 -43.473-109.127 36.038 1.00130.64 C \ ANISOU47508 CA GLY P 111 14774 18783 16080 -418 -3646 -490 C \ ATOM 47509 C GLY P 111 -43.181-109.927 37.299 1.00131.86 C \ ANISOU47509 C GLY P 111 14986 18745 16367 -756 -3914 -241 C \ ATOM 47510 O GLY P 111 -44.086-110.185 38.099 1.00133.65 O \ ANISOU47510 O GLY P 111 15120 19210 16448 -1094 -3975 44 O \ ATOM 47511 N ASP P 112 -41.918-110.321 37.471 1.00131.29 N \ ANISOU47511 N ASP P 112 15039 18296 16546 -706 -4106 -350 N \ ATOM 47512 CA ASP P 112 -41.476-111.088 38.638 1.00132.64 C \ ANISOU47512 CA ASP P 112 15303 18193 16901 -1041 -4458 -90 C \ ATOM 47513 C ASP P 112 -41.965-110.491 39.952 1.00132.25 C \ ANISOU47513 C ASP P 112 15213 18530 16506 -1342 -4235 262 C \ ATOM 47514 O ASP P 112 -42.716-111.131 40.684 1.00134.96 O \ ANISOU47514 O ASP P 112 15481 19033 16762 -1812 -4473 613 O \ ATOM 47515 CB ASP P 112 -39.944-111.206 38.664 1.00132.23 C \ ANISOU47515 CB ASP P 112 15372 17747 17119 -839 -4593 -338 C \ ATOM 47516 CG ASP P 112 -39.446-112.592 38.263 1.00135.72 C \ ANISOU47516 CG ASP P 112 15824 17663 18081 -842 -5236 -552 C \ ATOM 47517 OD1 ASP P 112 -40.268-113.427 37.823 1.00138.52 O \ ANISOU47517 OD1 ASP P 112 16111 17922 18597 -975 -5572 -511 O \ ATOM 47518 OD2 ASP P 112 -38.225-112.846 38.399 1.00136.18 O \ ANISOU47518 OD2 ASP P 112 15938 17387 18417 -694 -5453 -801 O \ ATOM 47519 N LYS P 113 -41.544-109.257 40.224 1.00129.25 N \ ANISOU47519 N LYS P 113 14846 18352 15908 -1097 -3812 149 N \ ATOM 47520 CA LYS P 113 -41.826-108.572 41.488 1.00129.17 C \ ANISOU47520 CA LYS P 113 14745 18751 15583 -1294 -3590 335 C \ ATOM 47521 C LYS P 113 -43.315-108.486 41.843 1.00131.17 C \ ANISOU47521 C LYS P 113 14723 19612 15502 -1550 -3496 456 C \ ATOM 47522 O LYS P 113 -43.680-108.693 43.001 1.00133.70 O \ ANISOU47522 O LYS P 113 14897 20328 15575 -1993 -3547 707 O \ ATOM 47523 CB LYS P 113 -41.193-107.172 41.493 1.00126.42 C \ ANISOU47523 CB LYS P 113 14446 18463 15124 -895 -3209 105 C \ ATOM 47524 CG LYS P 113 -39.898-106.988 42.314 1.00125.07 C \ ANISOU47524 CG LYS P 113 14434 18057 15030 -906 -3204 148 C \ ATOM 47525 CD LYS P 113 -40.206-106.580 43.761 1.00126.11 C \ ANISOU47525 CD LYS P 113 14422 18619 14872 -1176 -3079 314 C \ ATOM 47526 CE LYS P 113 -39.493-105.287 44.181 1.00123.83 C \ ANISOU47526 CE LYS P 113 14180 18368 14501 -867 -2788 130 C \ ATOM 47527 NZ LYS P 113 -38.087-105.468 44.642 1.00122.18 N \ ANISOU47527 NZ LYS P 113 14193 17766 14463 -891 -2868 203 N \ ATOM 47528 N ILE P 114 -44.167-108.192 40.858 1.00130.46 N \ ANISOU47528 N ILE P 114 14529 19669 15371 -1310 -3374 269 N \ ATOM 47529 CA ILE P 114 -45.624-108.103 41.086 1.00132.57 C \ ANISOU47529 CA ILE P 114 14487 20556 15326 -1506 -3290 298 C \ ATOM 47530 C ILE P 114 -46.265-109.469 41.374 1.00135.90 C \ ANISOU47530 C ILE P 114 14837 21073 15723 -2095 -3660 665 C \ ATOM 47531 O ILE P 114 -47.236-109.563 42.129 1.00139.00 O \ ANISOU47531 O ILE P 114 14938 22129 15747 -2509 -3638 818 O \ ATOM 47532 CB ILE P 114 -46.370-107.359 39.923 1.00131.36 C \ ANISOU47532 CB ILE P 114 14250 20494 15167 -1069 -3105 -6 C \ ATOM 47533 CG1 ILE P 114 -47.773-106.912 40.345 1.00133.75 C \ ANISOU47533 CG1 ILE P 114 14168 21520 15131 -1152 -2965 -125 C \ ATOM 47534 CG2 ILE P 114 -46.430-108.193 38.654 1.00130.69 C \ ANISOU47534 CG2 ILE P 114 14296 20026 15333 -1014 -3311 2 C \ ATOM 47535 CD1 ILE P 114 -47.808-105.601 41.103 1.00134.00 C \ ANISOU47535 CD1 ILE P 114 14002 21931 14981 -894 -2727 -429 C \ ATOM 47536 N LYS P 115 -45.699-110.514 40.774 1.00135.75 N \ ANISOU47536 N LYS P 115 15054 20424 16098 -2148 -4049 776 N \ ATOM 47537 CA LYS P 115 -46.144-111.894 40.962 1.00139.36 C \ ANISOU47537 CA LYS P 115 15517 20756 16674 -2704 -4577 1154 C \ ATOM 47538 C LYS P 115 -46.083-112.315 42.438 1.00142.70 C \ ANISOU47538 C LYS P 115 15889 21453 16878 -3383 -4813 1622 C \ ATOM 47539 O LYS P 115 -46.970-113.023 42.924 1.00146.88 O \ ANISOU47539 O LYS P 115 16260 22363 17183 -4020 -5096 2017 O \ ATOM 47540 CB LYS P 115 -45.323-112.810 40.040 1.00139.01 C \ ANISOU47540 CB LYS P 115 15722 19893 17202 -2494 -5019 1025 C \ ATOM 47541 CG LYS P 115 -45.188-114.269 40.423 1.00143.13 C \ ANISOU47541 CG LYS P 115 16364 19945 18073 -3011 -5785 1398 C \ ATOM 47542 CD LYS P 115 -44.466-115.009 39.303 1.00143.07 C \ ANISOU47542 CD LYS P 115 16499 19196 18663 -2612 -6192 1020 C \ ATOM 47543 CE LYS P 115 -43.342-115.889 39.823 1.00145.73 C \ ANISOU47543 CE LYS P 115 17034 18832 19503 -2758 -6860 1103 C \ ATOM 47544 NZ LYS P 115 -43.837-117.091 40.545 1.00151.61 N \ ANISOU47544 NZ LYS P 115 17844 19326 20433 -3486 -7654 1689 N \ ATOM 47545 N MET P 116 -45.050-111.846 43.142 1.00141.15 N \ ANISOU47545 N MET P 116 15806 21126 16696 -3295 -4699 1600 N \ ATOM 47546 CA MET P 116 -44.881-112.093 44.580 1.00144.14 C \ ANISOU47546 CA MET P 116 16125 21826 16814 -3934 -4876 2029 C \ ATOM 47547 C MET P 116 -45.875-111.287 45.419 1.00145.88 C \ ANISOU47547 C MET P 116 15919 23148 16357 -4189 -4437 2004 C \ ATOM 47548 O MET P 116 -45.853-110.055 45.425 1.00143.13 O \ ANISOU47548 O MET P 116 15428 23120 15832 -3687 -3917 1563 O \ ATOM 47549 CB MET P 116 -43.443-111.784 45.018 1.00141.64 C \ ANISOU47549 CB MET P 116 16049 21034 16732 -3701 -4863 1952 C \ ATOM 47550 N HIS P 122 -53.683-110.869 47.640 1.00173.89 N \ ANISOU47550 N HIS P 122 16339 33372 16357 -6686 -3604 1743 N \ ATOM 47551 CA HIS P 122 -54.675-111.900 47.337 1.00177.94 C \ ANISOU47551 CA HIS P 122 16739 34202 16667 -7369 -3940 2198 C \ ATOM 47552 C HIS P 122 -54.040-113.162 46.717 1.00176.37 C \ ANISOU47552 C HIS P 122 17217 32688 17106 -7625 -4579 2913 C \ ATOM 47553 O HIS P 122 -54.563-113.695 45.734 1.00175.57 O \ ANISOU47553 O HIS P 122 17265 32147 17294 -7511 -4775 2981 O \ ATOM 47554 CB HIS P 122 -55.765-111.332 46.412 1.00177.00 C \ ANISOU47554 CB HIS P 122 16318 34399 16533 -6761 -3620 1569 C \ ATOM 47555 CG HIS P 122 -56.334-110.023 46.875 1.00178.67 C \ ANISOU47555 CG HIS P 122 15876 35702 16307 -6304 -3098 699 C \ ATOM 47556 ND1 HIS P 122 -55.916-108.810 46.371 1.00173.71 N \ ANISOU47556 ND1 HIS P 122 15355 34536 16109 -5223 -2787 -12 N \ ATOM 47557 CD2 HIS P 122 -57.286-109.740 47.796 1.00185.45 C \ ANISOU47557 CD2 HIS P 122 15926 38186 16348 -6789 -2899 378 C \ ATOM 47558 CE1 HIS P 122 -56.585-107.836 46.962 1.00177.33 C \ ANISOU47558 CE1 HIS P 122 15124 36128 16122 -4998 -2475 -763 C \ ATOM 47559 NE2 HIS P 122 -57.423-108.373 47.830 1.00184.53 N \ ANISOU47559 NE2 HIS P 122 15434 38422 16254 -5912 -2501 -599 N \ ATOM 47560 N PRO P 123 -52.919-113.656 47.298 1.00176.35 N \ ANISOU47560 N PRO P 123 17597 32058 17349 -7959 -4954 3401 N \ ATOM 47561 CA PRO P 123 -52.229-114.781 46.660 1.00175.18 C \ ANISOU47561 CA PRO P 123 18063 30562 17933 -8035 -5632 3899 C \ ATOM 47562 C PRO P 123 -52.929-116.118 46.896 1.00181.95 C \ ANISOU47562 C PRO P 123 18898 31603 18629 -9134 -6360 4700 C \ ATOM 47563 O PRO P 123 -53.753-116.530 46.076 1.00182.49 O \ ANISOU47563 O PRO P 123 18933 31611 18793 -9107 -6479 4688 O \ ATOM 47564 CB PRO P 123 -50.840-114.764 47.310 1.00173.61 C \ ANISOU47564 CB PRO P 123 18204 29737 18023 -8017 -5807 4077 C \ ATOM 47565 CG PRO P 123 -51.020-114.090 48.622 1.00176.77 C \ ANISOU47565 CG PRO P 123 18131 31384 17649 -8474 -5440 4055 C \ ATOM 47566 CD PRO P 123 -52.283-113.268 48.575 1.00178.13 C \ ANISOU47566 CD PRO P 123 17670 32811 17199 -8311 -4844 3497 C \ ATOM 47567 N ILE P 126 -55.245-115.226 41.556 1.00171.34 N \ ANISOU47567 N ILE P 126 17634 29050 18416 -6243 -5399 2788 N \ ATOM 47568 CA ILE P 126 -54.137-115.437 40.628 1.00166.82 C \ ANISOU47568 CA ILE P 126 17565 27220 18600 -5602 -5591 2623 C \ ATOM 47569 C ILE P 126 -54.383-116.646 39.732 1.00168.46 C \ ANISOU47569 C ILE P 126 17997 26738 19269 -5751 -6193 2856 C \ ATOM 47570 O ILE P 126 -54.727-117.729 40.212 1.00173.68 O \ ANISOU47570 O ILE P 126 18676 27409 19904 -6575 -6824 3457 O \ ATOM 47571 CB ILE P 126 -52.773-115.548 41.373 1.00166.16 C \ ANISOU47571 CB ILE P 126 17771 26600 18761 -5684 -5812 2817 C \ ATOM 47572 CG1 ILE P 126 -52.227-114.144 41.661 1.00162.11 C \ ANISOU47572 CG1 ILE P 126 17167 26359 18067 -5075 -5144 2322 C \ ATOM 47573 CG2 ILE P 126 -51.751-116.362 40.564 1.00164.44 C \ ANISOU47573 CG2 ILE P 126 18015 25129 19336 -5365 -6343 2804 C \ ATOM 47574 CD1 ILE P 126 -51.021-114.101 42.586 1.00162.11 C \ ANISOU47574 CD1 ILE P 126 17363 26072 18159 -5217 -5260 2506 C \ ATOM 47575 N LYS P 127 -54.211-116.440 38.427 1.00164.51 N \ ANISOU47575 N LYS P 127 17650 25673 19180 -4986 -6039 2382 N \ ATOM 47576 CA LYS P 127 -54.364-117.510 37.444 1.00165.87 C \ ANISOU47576 CA LYS P 127 18007 25169 19845 -4977 -6582 2439 C \ ATOM 47577 C LYS P 127 -53.108-117.702 36.578 1.00162.89 C \ ANISOU47577 C LYS P 127 17954 23794 20140 -4324 -6774 2047 C \ ATOM 47578 O LYS P 127 -52.523-118.788 36.572 1.00165.71 O \ ANISOU47578 O LYS P 127 18533 23409 21017 -4529 -7510 2225 O \ ATOM 47579 CB LYS P 127 -55.608-117.285 36.570 1.00165.43 C \ ANISOU47579 CB LYS P 127 17713 25567 19573 -4792 -6288 2218 C \ ATOM 47580 CG LYS P 127 -56.916-117.030 37.330 1.00168.75 C \ ANISOU47580 CG LYS P 127 17709 27120 19286 -5370 -6053 2453 C \ ATOM 47581 CD LYS P 127 -57.451-118.282 38.011 1.00174.92 C \ ANISOU47581 CD LYS P 127 18453 28063 19942 -6405 -6742 3173 C \ ATOM 47582 CE LYS P 127 -58.507-117.924 39.044 1.00178.80 C \ ANISOU47582 CE LYS P 127 18443 29904 19587 -7086 -6460 3392 C \ ATOM 47583 NZ LYS P 127 -58.962-119.102 39.830 1.00185.96 N \ ANISOU47583 NZ LYS P 127 19298 31095 20261 -8269 -7168 4210 N \ ATOM 47584 N LEU P 128 -52.686-116.653 35.868 1.00158.04 N \ ANISOU47584 N LEU P 128 17338 23196 19515 -3573 -6178 1500 N \ ATOM 47585 CA LEU P 128 -51.549-116.760 34.944 1.00155.73 C \ ANISOU47585 CA LEU P 128 17251 22185 19733 -2980 -6286 1054 C \ ATOM 47586 C LEU P 128 -50.458-115.719 35.187 1.00152.11 C \ ANISOU47586 C LEU P 128 16874 21714 19205 -2561 -5837 789 C \ ATOM 47587 O LEU P 128 -50.750-114.532 35.355 1.00149.68 O \ ANISOU47587 O LEU P 128 16445 21930 18493 -2365 -5249 687 O \ ATOM 47588 CB LEU P 128 -52.026-116.680 33.490 1.00154.10 C \ ANISOU47588 CB LEU P 128 16964 21967 19617 -2523 -6124 643 C \ ATOM 47589 N SER P 129 -49.204-116.177 35.204 1.00152.36 N \ ANISOU47589 N SER P 129 17095 21127 19666 -2418 -6181 648 N \ ATOM 47590 CA SER P 129 -48.038-115.288 35.296 1.00149.03 C \ ANISOU47590 CA SER P 129 16759 20639 19225 -2009 -5809 363 C \ ATOM 47591 C SER P 129 -46.865-115.749 34.426 1.00148.92 C \ ANISOU47591 C SER P 129 16827 20064 19691 -1586 -6088 -128 C \ ATOM 47592 O SER P 129 -46.505-116.933 34.409 1.00152.38 O \ ANISOU47592 O SER P 129 17328 19945 20622 -1706 -6781 -165 O \ ATOM 47593 CB SER P 129 -47.576-115.112 36.746 1.00149.59 C \ ANISOU47593 CB SER P 129 16908 20772 19155 -2372 -5833 731 C \ ATOM 47594 OG SER P 129 -46.559-114.121 36.836 1.00145.96 O \ ANISOU47594 OG SER P 129 16518 20311 18626 -1972 -5415 464 O \ ATOM 47595 N ILE P 130 -46.283-114.792 33.708 1.00145.62 N \ ANISOU47595 N ILE P 130 16372 19835 19119 -1112 -5598 -530 N \ ATOM 47596 CA ILE P 130 -45.109-115.021 32.870 1.00145.55 C \ ANISOU47596 CA ILE P 130 16340 19552 19409 -716 -5737 -1086 C \ ATOM 47597 C ILE P 130 -44.204-113.791 32.955 1.00142.09 C \ ANISOU47597 C ILE P 130 15941 19357 18688 -468 -5212 -1219 C \ ATOM 47598 O ILE P 130 -44.686-112.657 33.007 1.00139.62 O \ ANISOU47598 O ILE P 130 15630 19448 17968 -438 -4711 -1045 O \ ATOM 47599 CB ILE P 130 -45.511-115.416 31.414 1.00146.66 C \ ANISOU47599 CB ILE P 130 16297 19787 19639 -469 -5815 -1514 C \ ATOM 47600 CG1 ILE P 130 -45.505-116.947 31.273 1.00151.22 C \ ANISOU47600 CG1 ILE P 130 16843 19812 20800 -553 -6619 -1680 C \ ATOM 47601 CG2 ILE P 130 -44.596-114.768 30.370 1.00145.09 C \ ANISOU47601 CG2 ILE P 130 15962 19870 19294 -64 -5488 -2063 C \ ATOM 47602 CD1 ILE P 130 -46.613-117.512 30.383 1.00152.89 C \ ANISOU47602 CD1 ILE P 130 16923 20106 21061 -579 -6787 -1746 C \ ATOM 47603 N ASN P 131 -42.897-114.033 32.991 1.00142.44 N \ ANISOU47603 N ASN P 131 16006 19130 18983 -294 -5398 -1545 N \ ATOM 47604 CA ASN P 131 -41.919-112.993 33.297 1.00139.62 C \ ANISOU47604 CA ASN P 131 15715 18938 18397 -146 -4996 -1599 C \ ATOM 47605 C ASN P 131 -40.710-112.966 32.349 1.00140.07 C \ ANISOU47605 C ASN P 131 15616 19087 18515 182 -4988 -2220 C \ ATOM 47606 O ASN P 131 -40.786-113.473 31.225 1.00141.98 O \ ANISOU47606 O ASN P 131 15642 19461 18843 343 -5139 -2662 O \ ATOM 47607 CB ASN P 131 -41.484-113.114 34.764 1.00139.69 C \ ANISOU47607 CB ASN P 131 15905 18646 18523 -388 -5155 -1242 C \ ATOM 47608 CG ASN P 131 -41.534-114.549 35.279 1.00143.51 C \ ANISOU47608 CG ASN P 131 16440 18585 19500 -647 -5895 -1127 C \ ATOM 47609 OD1 ASN P 131 -40.913-115.447 34.712 1.00146.05 O \ ANISOU47609 OD1 ASN P 131 16682 18534 20273 -454 -6390 -1578 O \ ATOM 47610 ND2 ASN P 131 -42.272-114.764 36.362 1.00144.44 N \ ANISOU47610 ND2 ASN P 131 16658 18688 19532 -1113 -6035 -540 N \ ATOM 47611 N GLY P 132 -39.609-112.365 32.810 1.00138.64 N \ ANISOU47611 N GLY P 132 15503 18925 18249 257 -4806 -2278 N \ ATOM 47612 CA GLY P 132 -38.401-112.165 31.999 1.00139.24 C \ ANISOU47612 CA GLY P 132 15384 19269 18252 502 -4724 -2852 C \ ATOM 47613 C GLY P 132 -38.614-111.106 30.929 1.00137.92 C \ ANISOU47613 C GLY P 132 15103 19735 17565 528 -4256 -2882 C \ ATOM 47614 O GLY P 132 -38.317-111.328 29.755 1.00139.97 O \ ANISOU47614 O GLY P 132 15074 20389 17718 639 -4283 -3381 O \ ATOM 47615 N ILE P 133 -39.107-109.944 31.348 1.00135.07 N \ ANISOU47615 N ILE P 133 14943 19493 16884 407 -3884 -2369 N \ ATOM 47616 CA ILE P 133 -39.668-108.966 30.421 1.00134.51 C \ ANISOU47616 CA ILE P 133 14829 19876 16402 367 -3588 -2238 C \ ATOM 47617 C ILE P 133 -39.056-107.571 30.502 1.00133.06 C \ ANISOU47617 C ILE P 133 14763 19921 15872 307 -3294 -2016 C \ ATOM 47618 O ILE P 133 -38.245-107.201 29.652 1.00134.32 O \ ANISOU47618 O ILE P 133 14774 20506 15755 259 -3216 -2240 O \ ATOM 47619 CB ILE P 133 -41.199-108.851 30.599 1.00133.73 C \ ANISOU47619 CB ILE P 133 14820 19693 16297 295 -3555 -1859 C \ ATOM 47620 CG1 ILE P 133 -41.595-109.197 32.040 1.00132.69 C \ ANISOU47620 CG1 ILE P 133 14848 19177 16390 199 -3655 -1549 C \ ATOM 47621 CG2 ILE P 133 -41.914-109.764 29.615 1.00135.93 C \ ANISOU47621 CG2 ILE P 133 14904 20070 16673 318 -3749 -2104 C \ ATOM 47622 CD1 ILE P 133 -42.494-108.182 32.680 1.00131.03 C \ ANISOU47622 CD1 ILE P 133 14739 19071 15975 144 -3419 -1164 C \ ATOM 47623 N GLY P 134 -39.459-106.810 31.520 1.00131.11 N \ ANISOU47623 N GLY P 134 14748 19443 15624 281 -3172 -1597 N \ ATOM 47624 CA GLY P 134 -39.149-105.382 31.635 1.00130.19 C \ ANISOU47624 CA GLY P 134 14775 19438 15251 239 -2990 -1332 C \ ATOM 47625 C GLY P 134 -37.674-105.051 31.704 1.00130.27 C \ ANISOU47625 C GLY P 134 14796 19554 15146 201 -2930 -1461 C \ ATOM 47626 O GLY P 134 -37.154-104.675 32.760 1.00128.85 O \ ANISOU47626 O GLY P 134 14777 19127 15051 230 -2873 -1323 O \ ATOM 47627 N LYS P 135 -37.009-105.192 30.562 1.00132.38 N \ ANISOU47627 N LYS P 135 14848 20271 15178 113 -2939 -1754 N \ ATOM 47628 CA LYS P 135 -35.591-104.909 30.430 1.00133.32 C \ ANISOU47628 CA LYS P 135 14882 20679 15094 26 -2879 -1948 C \ ATOM 47629 C LYS P 135 -35.436-103.688 29.529 1.00134.57 C \ ANISOU47629 C LYS P 135 15040 21318 14772 -265 -2815 -1670 C \ ATOM 47630 O LYS P 135 -34.899-102.656 29.938 1.00133.89 O \ ANISOU47630 O LYS P 135 15143 21178 14549 -391 -2778 -1355 O \ ATOM 47631 CB LYS P 135 -34.868-106.125 29.833 1.00135.97 C \ ANISOU47631 CB LYS P 135 14858 21300 15502 118 -3002 -2620 C \ ATOM 47632 CG LYS P 135 -33.422-106.280 30.287 1.00137.10 C \ ANISOU47632 CG LYS P 135 14911 21502 15676 168 -3008 -2952 C \ ATOM 47633 CD LYS P 135 -32.694-107.374 29.510 1.00141.33 C \ ANISOU47633 CD LYS P 135 14985 22451 16260 297 -3187 -3771 C \ ATOM 47634 CE LYS P 135 -31.215-107.414 29.886 1.00142.44 C \ ANISOU47634 CE LYS P 135 14981 22751 16388 350 -3196 -4162 C \ ATOM 47635 NZ LYS P 135 -30.452-108.386 29.054 1.00147.30 N \ ANISOU47635 NZ LYS P 135 15041 23905 17020 511 -3400 -5112 N \ ATOM 47636 N ASP P 136 -35.943-103.816 28.308 1.00136.83 N \ ANISOU47636 N ASP P 136 15120 22057 14812 -410 -2859 -1753 N \ ATOM 47637 CA ASP P 136 -35.876-102.759 27.306 1.00139.20 C \ ANISOU47637 CA ASP P 136 15394 22875 14619 -801 -2895 -1433 C \ ATOM 47638 C ASP P 136 -37.266-102.169 27.080 1.00138.61 C \ ANISOU47638 C ASP P 136 15518 22525 14620 -812 -3021 -991 C \ ATOM 47639 O ASP P 136 -38.251-102.630 27.670 1.00136.51 O \ ANISOU47639 O ASP P 136 15351 21782 14734 -515 -3021 -1004 O \ ATOM 47640 CB ASP P 136 -35.339-103.325 25.984 1.00143.23 C \ ANISOU47640 CB ASP P 136 15443 24278 14700 -1033 -2876 -1895 C \ ATOM 47641 CG ASP P 136 -34.384-104.492 26.188 1.00144.38 C \ ANISOU47641 CG ASP P 136 15267 24588 15000 -792 -2829 -2642 C \ ATOM 47642 OD1 ASP P 136 -33.353-104.315 26.877 1.00144.19 O \ ANISOU47642 OD1 ASP P 136 15291 24491 15002 -766 -2773 -2717 O \ ATOM 47643 OD2 ASP P 136 -34.668-105.590 25.655 1.00146.49 O \ ANISOU47643 OD2 ASP P 136 15227 25027 15402 -609 -2903 -3185 O \ ATOM 47644 N ALA P 137 -37.337-101.145 26.231 1.00140.90 N \ ANISOU47644 N ALA P 137 15849 23145 14540 -1196 -3180 -592 N \ ATOM 47645 CA ALA P 137 -38.611-100.609 25.776 1.00141.39 C \ ANISOU47645 CA ALA P 137 16043 23019 14659 -1234 -3387 -232 C \ ATOM 47646 C ALA P 137 -39.396-101.737 25.109 1.00141.49 C \ ANISOU47646 C ALA P 137 15798 23251 14707 -1101 -3303 -593 C \ ATOM 47647 O ALA P 137 -38.844-102.461 24.276 1.00143.60 O \ ANISOU47647 O ALA P 137 15723 24157 14679 -1252 -3211 -986 O \ ATOM 47648 CB ALA P 137 -38.389 -99.450 24.815 1.00145.33 C \ ANISOU47648 CB ALA P 137 16593 23905 14719 -1778 -3676 263 C \ ATOM 47649 N PRO P 138 -40.678-101.905 25.487 1.00139.56 N \ ANISOU47649 N PRO P 138 15676 22528 14821 -812 -3350 -521 N \ ATOM 47650 CA PRO P 138 -41.433-103.072 25.032 1.00139.42 C \ ANISOU47650 CA PRO P 138 15441 22622 14908 -657 -3283 -864 C \ ATOM 47651 C PRO P 138 -41.779-102.992 23.551 1.00142.68 C \ ANISOU47651 C PRO P 138 15651 23622 14936 -966 -3385 -825 C \ ATOM 47652 O PRO P 138 -41.902-101.895 23.000 1.00144.76 O \ ANISOU47652 O PRO P 138 16032 24021 14947 -1283 -3586 -374 O \ ATOM 47653 CB PRO P 138 -42.697-103.025 25.885 1.00137.14 C \ ANISOU47653 CB PRO P 138 15337 21749 15019 -357 -3323 -707 C \ ATOM 47654 CG PRO P 138 -42.877-101.595 26.193 1.00137.58 C \ ANISOU47654 CG PRO P 138 15642 21545 15087 -407 -3506 -278 C \ ATOM 47655 CD PRO P 138 -41.521-100.969 26.254 1.00138.30 C \ ANISOU47655 CD PRO P 138 15808 21784 14956 -638 -3513 -158 C \ ATOM 47656 N THR P 139 -41.925-104.156 22.923 1.00143.59 N \ ANISOU47656 N THR P 139 15459 24070 15028 -894 -3308 -1293 N \ ATOM 47657 CA THR P 139 -42.173-104.253 21.483 1.00147.03 C \ ANISOU47657 CA THR P 139 15616 25199 15051 -1194 -3369 -1370 C \ ATOM 47658 C THR P 139 -43.505-104.950 21.179 1.00146.48 C \ ANISOU47658 C THR P 139 15498 24932 15224 -980 -3411 -1470 C \ ATOM 47659 O THR P 139 -44.007-105.728 21.998 1.00144.04 O \ ANISOU47659 O THR P 139 15261 24096 15369 -620 -3376 -1647 O \ ATOM 47660 CB THR P 139 -41.023-104.999 20.773 1.00150.06 C \ ANISOU47660 CB THR P 139 15539 26388 15085 -1337 -3266 -1986 C \ ATOM 47661 OG1 THR P 139 -40.733-106.215 21.476 1.00148.39 O \ ANISOU47661 OG1 THR P 139 15220 25835 15325 -904 -3215 -2566 O \ ATOM 47662 CG2 THR P 139 -39.767-104.135 20.731 1.00151.83 C \ ANISOU47662 CG2 THR P 139 15742 27072 14873 -1718 -3240 -1814 C \ ATOM 47663 N PHE P 140 -44.082-104.659 20.013 1.00149.06 N \ ANISOU47663 N PHE P 140 15703 25707 15224 -1259 -3517 -1311 N \ ATOM 47664 CA PHE P 140 -45.321-105.311 19.591 1.00148.82 C \ ANISOU47664 CA PHE P 140 15597 25573 15374 -1090 -3557 -1419 C \ ATOM 47665 C PHE P 140 -45.115-106.816 19.532 1.00148.98 C \ ANISOU47665 C PHE P 140 15307 25706 15591 -829 -3473 -2114 C \ ATOM 47666 O PHE P 140 -45.981-107.579 19.957 1.00147.32 O \ ANISOU47666 O PHE P 140 15152 25031 15790 -539 -3510 -2219 O \ ATOM 47667 CB PHE P 140 -45.798-104.788 18.229 1.00152.32 C \ ANISOU47667 CB PHE P 140 15913 26592 15369 -1493 -3701 -1168 C \ ATOM 47668 CG PHE P 140 -47.174-105.278 17.831 1.00151.82 C \ ANISOU47668 CG PHE P 140 15821 26360 15502 -1321 -3761 -1193 C \ ATOM 47669 CD1 PHE P 140 -47.343-106.520 17.222 1.00152.78 C \ ANISOU47669 CD1 PHE P 140 15597 26825 15626 -1204 -3680 -1754 C \ ATOM 47670 CD2 PHE P 140 -48.298-104.489 18.056 1.00150.82 C \ ANISOU47670 CD2 PHE P 140 15984 25736 15582 -1256 -3943 -710 C \ ATOM 47671 CE1 PHE P 140 -48.608-106.971 16.853 1.00152.56 C \ ANISOU47671 CE1 PHE P 140 15547 26645 15772 -1067 -3743 -1757 C \ ATOM 47672 CE2 PHE P 140 -49.568-104.931 17.690 1.00150.66 C \ ANISOU47672 CE2 PHE P 140 15914 25606 15723 -1105 -3991 -752 C \ ATOM 47673 CZ PHE P 140 -49.722-106.174 17.087 1.00151.39 C \ ANISOU47673 CZ PHE P 140 15693 26044 15781 -1033 -3873 -1238 C \ ATOM 47674 N GLN P 141 -43.959-107.227 19.011 1.00151.62 N \ ANISOU47674 N GLN P 141 15290 26677 15640 -951 -3421 -2609 N \ ATOM 47675 CA GLN P 141 -43.590-108.636 18.916 1.00152.98 C \ ANISOU47675 CA GLN P 141 15113 26952 16058 -664 -3464 -3399 C \ ATOM 47676 C GLN P 141 -43.724-109.320 20.276 1.00149.67 C \ ANISOU47676 C GLN P 141 14952 25615 16299 -271 -3543 -3439 C \ ATOM 47677 O GLN P 141 -44.268-110.423 20.378 1.00149.75 O \ ANISOU47677 O GLN P 141 14885 25294 16718 -24 -3716 -3752 O \ ATOM 47678 CB GLN P 141 -42.161-108.778 18.379 1.00156.71 C \ ANISOU47678 CB GLN P 141 15149 28256 16135 -819 -3413 -3977 C \ ATOM 47679 CG GLN P 141 -41.950-109.991 17.479 1.00161.18 C \ ANISOU47679 CG GLN P 141 15136 29417 16687 -667 -3525 -4906 C \ ATOM 47680 CD GLN P 141 -42.659-109.855 16.134 1.00164.63 C \ ANISOU47680 CD GLN P 141 15306 30597 16649 -969 -3507 -4883 C \ ATOM 47681 OE1 GLN P 141 -42.180-109.165 15.232 1.00168.32 O \ ANISOU47681 OE1 GLN P 141 15503 32050 16399 -1459 -3407 -4810 O \ ATOM 47682 NE2 GLN P 141 -43.802-110.522 15.995 1.00163.40 N \ ANISOU47682 NE2 GLN P 141 15212 30010 16860 -734 -3629 -4914 N \ ATOM 47683 N GLU P 142 -43.236-108.639 21.311 1.00147.21 N \ ANISOU47683 N GLU P 142 14947 24915 16070 -269 -3460 -3081 N \ ATOM 47684 CA GLU P 142 -43.318-109.106 22.695 1.00144.43 C \ ANISOU47684 CA GLU P 142 14855 23775 16246 -7 -3527 -3000 C \ ATOM 47685 C GLU P 142 -44.773-109.088 23.176 1.00142.17 C \ ANISOU47685 C GLU P 142 14815 23001 16202 59 -3559 -2570 C \ ATOM 47686 O GLU P 142 -45.271-110.072 23.730 1.00141.80 O \ ANISOU47686 O GLU P 142 14790 22533 16554 207 -3722 -2674 O \ ATOM 47687 CB GLU P 142 -42.444-108.218 23.592 1.00142.60 C \ ANISOU47687 CB GLU P 142 14858 23375 15947 -65 -3399 -2712 C \ ATOM 47688 CG GLU P 142 -41.663-108.949 24.675 1.00142.07 C \ ANISOU47688 CG GLU P 142 14840 22860 16280 140 -3494 -2969 C \ ATOM 47689 CD GLU P 142 -40.739-108.021 25.453 1.00141.18 C \ ANISOU47689 CD GLU P 142 14928 22665 16045 68 -3345 -2710 C \ ATOM 47690 OE1 GLU P 142 -41.236-107.038 26.049 1.00139.33 O \ ANISOU47690 OE1 GLU P 142 14994 22173 15772 8 -3243 -2167 O \ ATOM 47691 OE2 GLU P 142 -39.514-108.273 25.473 1.00142.62 O \ ANISOU47691 OE2 GLU P 142 14943 23053 16191 93 -3358 -3103 O \ ATOM 47692 N SER P 143 -45.448-107.966 22.931 1.00141.30 N \ ANISOU47692 N SER P 143 14860 22981 15845 -79 -3464 -2100 N \ ATOM 47693 CA SER P 143 -46.830-107.758 23.345 1.00139.67 C \ ANISOU47693 CA SER P 143 14823 22433 15809 -5 -3488 -1754 C \ ATOM 47694 C SER P 143 -47.794-108.754 22.701 1.00140.76 C \ ANISOU47694 C SER P 143 14784 22633 16064 44 -3595 -1959 C \ ATOM 47695 O SER P 143 -48.790-109.141 23.311 1.00139.74 O \ ANISOU47695 O SER P 143 14731 22185 16177 125 -3646 -1821 O \ ATOM 47696 CB SER P 143 -47.253-106.327 23.010 1.00139.84 C \ ANISOU47696 CB SER P 143 14994 22554 15582 -135 -3485 -1320 C \ ATOM 47697 OG SER P 143 -48.395-105.943 23.749 1.00138.58 O \ ANISOU47697 OG SER P 143 14983 22035 15635 11 -3516 -1069 O \ ATOM 47698 N ALA P 144 -47.479-109.169 21.475 1.00143.24 N \ ANISOU47698 N ALA P 144 14823 23431 16168 -34 -3636 -2310 N \ ATOM 47699 CA ALA P 144 -48.327-110.073 20.696 1.00144.86 C \ ANISOU47699 CA ALA P 144 14827 23755 16457 10 -3757 -2556 C \ ATOM 47700 C ALA P 144 -48.309-111.514 21.209 1.00145.46 C \ ANISOU47700 C ALA P 144 14821 23440 17004 197 -3986 -2928 C \ ATOM 47701 O ALA P 144 -49.366-112.134 21.355 1.00145.38 O \ ANISOU47701 O ALA P 144 14843 23162 17231 234 -4121 -2835 O \ ATOM 47702 CB ALA P 144 -47.941-110.027 19.222 1.00147.94 C \ ANISOU47702 CB ALA P 144 14889 24892 16427 -158 -3742 -2868 C \ ATOM 47703 N LEU P 145 -47.111-112.036 21.475 1.00146.61 N \ ANISOU47703 N LEU P 145 14858 23547 17301 289 -4093 -3338 N \ ATOM 47704 CA LEU P 145 -46.929-113.416 21.948 1.00148.23 C \ ANISOU47704 CA LEU P 145 14991 23292 18038 460 -4472 -3721 C \ ATOM 47705 C LEU P 145 -47.632-113.698 23.281 1.00146.30 C \ ANISOU47705 C LEU P 145 15062 22383 18142 409 -4602 -3231 C \ ATOM 47706 O LEU P 145 -48.240-114.762 23.456 1.00147.85 O \ ANISOU47706 O LEU P 145 15244 22219 18710 410 -4960 -3282 O \ ATOM 47707 CB LEU P 145 -45.434-113.757 22.061 1.00150.06 C \ ANISOU47707 CB LEU P 145 15044 23589 18380 591 -4599 -4266 C \ ATOM 47708 CG LEU P 145 -44.701-114.501 20.932 1.00154.70 C \ ANISOU47708 CG LEU P 145 15133 24692 18955 749 -4801 -5162 C \ ATOM 47709 CD1 LEU P 145 -44.776-113.760 19.596 1.00156.25 C \ ANISOU47709 CD1 LEU P 145 15052 25822 18492 561 -4482 -5253 C \ ATOM 47710 CD2 LEU P 145 -43.240-114.777 21.321 1.00156.16 C \ ANISOU47710 CD2 LEU P 145 15157 24874 19303 909 -4950 -5695 C \ ATOM 47711 N ILE P 146 -47.543-112.741 24.205 1.00143.50 N \ ANISOU47711 N ILE P 146 14961 21923 17638 323 -4347 -2764 N \ ATOM 47712 CA ILE P 146 -48.147-112.855 25.538 1.00142.11 C \ ANISOU47712 CA ILE P 146 15017 21319 17659 209 -4410 -2312 C \ ATOM 47713 C ILE P 146 -49.671-112.951 25.443 1.00142.27 C \ ANISOU47713 C ILE P 146 15037 21386 17634 101 -4408 -2025 C \ ATOM 47714 O ILE P 146 -50.295-113.761 26.135 1.00143.20 O \ ANISOU47714 O ILE P 146 15196 21226 17986 -53 -4663 -1839 O \ ATOM 47715 CB ILE P 146 -47.738-111.671 26.462 1.00139.47 C \ ANISOU47715 CB ILE P 146 14884 20986 17122 175 -4108 -1970 C \ ATOM 47716 CG1 ILE P 146 -46.211-111.527 26.516 1.00139.38 C \ ANISOU47716 CG1 ILE P 146 14865 20977 17116 262 -4090 -2245 C \ ATOM 47717 CG2 ILE P 146 -48.312-111.854 27.867 1.00138.70 C \ ANISOU47717 CG2 ILE P 146 14934 20604 17162 15 -4173 -1583 C \ ATOM 47718 CD1 ILE P 146 -45.722-110.209 27.097 1.00137.18 C \ ANISOU47718 CD1 ILE P 146 14760 20776 16586 242 -3788 -1958 C \ ATOM 47719 N ALA P 147 -50.250-112.126 24.573 1.00141.87 N \ ANISOU47719 N ALA P 147 14927 21709 17268 139 -4164 -1971 N \ ATOM 47720 CA ALA P 147 -51.690-112.118 24.323 1.00142.27 C \ ANISOU47720 CA ALA P 147 14938 21868 17250 78 -4148 -1769 C \ ATOM 47721 C ALA P 147 -52.170-113.427 23.704 1.00144.70 C \ ANISOU47721 C ALA P 147 15093 22090 17793 53 -4461 -2005 C \ ATOM 47722 O ALA P 147 -53.245-113.919 24.049 1.00145.44 O \ ANISOU47722 O ALA P 147 15187 22093 17979 -81 -4587 -1790 O \ ATOM 47723 CB ALA P 147 -52.067-110.945 23.435 1.00141.75 C \ ANISOU47723 CB ALA P 147 14849 22159 16848 131 -3921 -1685 C \ ATOM 47724 N ASP P 148 -51.365-113.980 22.796 1.00146.49 N \ ANISOU47724 N ASP P 148 15154 22400 18105 174 -4610 -2486 N \ ATOM 47725 CA ASP P 148 -51.685-115.231 22.106 1.00149.58 C \ ANISOU47725 CA ASP P 148 15356 22698 18777 217 -4981 -2848 C \ ATOM 47726 C ASP P 148 -52.029-116.373 23.066 1.00151.10 C \ ANISOU47726 C ASP P 148 15654 22325 19430 79 -5440 -2688 C \ ATOM 47727 O ASP P 148 -53.041-117.062 22.894 1.00152.60 O \ ANISOU47727 O ASP P 148 15808 22412 19761 -35 -5676 -2584 O \ ATOM 47728 CB ASP P 148 -50.528-115.634 21.187 1.00152.03 C \ ANISOU47728 CB ASP P 148 15397 23235 19131 409 -5110 -3536 C \ ATOM 47729 CG ASP P 148 -50.516-117.119 20.877 1.00156.28 C \ ANISOU47729 CG ASP P 148 15745 23461 20173 529 -5679 -4042 C \ ATOM 47730 OD1 ASP P 148 -49.978-117.892 21.701 1.00158.22 O \ ANISOU47730 OD1 ASP P 148 16074 23155 20884 556 -6105 -4129 O \ ATOM 47731 OD2 ASP P 148 -51.040-117.511 19.811 1.00158.55 O \ ANISOU47731 OD2 ASP P 148 15798 24024 20420 594 -5759 -4356 O \ ATOM 47732 N LYS P 149 -51.170-116.569 24.063 1.00151.04 N \ ANISOU47732 N LYS P 149 15781 21963 19645 41 -5608 -2633 N \ ATOM 47733 CA LYS P 149 -51.368-117.605 25.067 1.00153.14 C \ ANISOU47733 CA LYS P 149 16175 21678 20331 -196 -6133 -2382 C \ ATOM 47734 C LYS P 149 -52.364-117.159 26.135 1.00151.65 C \ ANISOU47734 C LYS P 149 16142 21584 19891 -548 -5932 -1699 C \ ATOM 47735 O LYS P 149 -52.874-117.985 26.891 1.00154.03 O \ ANISOU47735 O LYS P 149 16517 21605 20403 -897 -6350 -1356 O \ ATOM 47736 CB LYS P 149 -50.031-117.983 25.711 1.00154.12 C \ ANISOU47736 CB LYS P 149 16369 21396 20794 -121 -6445 -2591 C \ ATOM 47737 N LEU P 150 -52.643-115.857 26.180 1.00148.46 N \ ANISOU47737 N LEU P 150 15754 21619 19034 -481 -5351 -1529 N \ ATOM 47738 CA LEU P 150 -53.493-115.275 27.219 1.00147.54 C \ ANISOU47738 CA LEU P 150 15690 21727 18642 -737 -5122 -1048 C \ ATOM 47739 C LEU P 150 -54.975-115.636 27.063 1.00149.12 C \ ANISOU47739 C LEU P 150 15770 22151 18734 -956 -5188 -837 C \ ATOM 47740 O LEU P 150 -55.687-115.753 28.059 1.00150.35 O \ ANISOU47740 O LEU P 150 15900 22473 18751 -1317 -5230 -464 O \ ATOM 47741 CB LEU P 150 -53.311-113.753 27.276 1.00144.53 C \ ANISOU47741 CB LEU P 150 15332 21677 17905 -526 -4597 -1038 C \ ATOM 47742 CG LEU P 150 -53.248-113.068 28.646 1.00143.61 C \ ANISOU47742 CG LEU P 150 15280 21668 17617 -664 -4407 -756 C \ ATOM 47743 CD1 LEU P 150 -52.453-111.775 28.548 1.00141.14 C \ ANISOU47743 CD1 LEU P 150 15046 21432 17148 -378 -4074 -875 C \ ATOM 47744 CD2 LEU P 150 -54.631-112.802 29.238 1.00144.59 C \ ANISOU47744 CD2 LEU P 150 15248 22207 17480 -873 -4290 -518 C \ ATOM 47745 N LEU P 151 -55.435-115.806 25.822 1.00149.40 N \ ANISOU47745 N LEU P 151 15697 22278 18788 -777 -5194 -1087 N \ ATOM 47746 CA LEU P 151 -56.799-116.282 25.561 1.00151.05 C \ ANISOU47746 CA LEU P 151 15788 22664 18939 -975 -5307 -926 C \ ATOM 47747 C LEU P 151 -56.833-117.811 25.548 1.00154.56 C \ ANISOU47747 C LEU P 151 16248 22669 19807 -1216 -5949 -908 C \ ATOM 47748 O LEU P 151 -57.851-118.419 25.889 1.00156.81 O \ ANISOU47748 O LEU P 151 16486 23018 20075 -1588 -6187 -585 O \ ATOM 47749 CB LEU P 151 -57.335-115.719 24.242 1.00149.95 C \ ANISOU47749 CB LEU P 151 15529 22823 18620 -691 -5044 -1171 C \ ATOM 47750 CG LEU P 151 -58.855-115.685 24.030 1.00151.06 C \ ANISOU47750 CG LEU P 151 15529 23296 18567 -823 -4974 -1000 C \ ATOM 47751 CD1 LEU P 151 -59.212-114.522 23.128 1.00149.47 C \ ANISOU47751 CD1 LEU P 151 15264 23423 18104 -526 -4612 -1143 C \ ATOM 47752 CD2 LEU P 151 -59.425-116.993 23.464 1.00153.82 C \ ANISOU47752 CD2 LEU P 151 15809 23464 19170 -985 -5399 -1041 C \ ATOM 47753 N SER P 152 -55.710-118.416 25.150 1.00155.51 N \ ANISOU47753 N SER P 152 16408 22359 20317 -1008 -6281 -1285 N \ ATOM 47754 CA SER P 152 -55.532-119.872 25.164 1.00159.57 C \ ANISOU47754 CA SER P 152 16945 22301 21381 -1160 -7054 -1367 C \ ATOM 47755 C SER P 152 -55.765-120.438 26.564 1.00161.92 C \ ANISOU47755 C SER P 152 17398 22341 21782 -1721 -7467 -759 C \ ATOM 47756 O SER P 152 -56.493-121.416 26.728 1.00165.68 O \ ANISOU47756 O SER P 152 17884 22597 22468 -2112 -8018 -468 O \ ATOM 47757 CB SER P 152 -54.124-120.260 24.681 1.00160.54 C \ ANISOU47757 CB SER P 152 17032 22057 21908 -780 -7341 -1986 C \ ATOM 47758 OG SER P 152 -53.787-119.634 23.456 1.00158.63 O \ ANISOU47758 OG SER P 152 16598 22235 21438 -361 -6916 -2522 O \ ATOM 47759 N VAL P 153 -55.153-119.806 27.566 1.00160.06 N \ ANISOU47759 N VAL P 153 17271 22176 21366 -1811 -7223 -539 N \ ATOM 47760 CA VAL P 153 -55.240-120.267 28.952 1.00162.59 C \ ANISOU47760 CA VAL P 153 17714 22353 21707 -2404 -7596 52 C \ ATOM 47761 C VAL P 153 -56.447-119.688 29.709 1.00162.39 C \ ANISOU47761 C VAL P 153 17573 23046 21083 -2846 -7194 555 C \ ATOM 47762 O VAL P 153 -57.186-120.433 30.356 1.00166.36 O \ ANISOU47762 O VAL P 153 18055 23613 21539 -3479 -7621 1058 O \ ATOM 47763 CB VAL P 153 -53.894-120.042 29.730 1.00161.65 C \ ANISOU47763 CB VAL P 153 17749 21927 21741 -2324 -7642 14 C \ ATOM 47764 CG1 VAL P 153 -53.584-118.555 29.916 1.00156.79 C \ ANISOU47764 CG1 VAL P 153 17102 21831 20639 -2027 -6801 -90 C \ ATOM 47765 CG2 VAL P 153 -53.901-120.766 31.078 1.00165.50 C \ ANISOU47765 CG2 VAL P 153 18374 22167 22339 -3010 -8224 643 C \ ATOM 47766 N MET P 154 -56.649-118.373 29.604 1.00158.49 N \ ANISOU47766 N MET P 154 16967 23114 20137 -2530 -6439 388 N \ ATOM 47767 CA MET P 154 -57.650-117.653 30.412 1.00158.58 C \ ANISOU47767 CA MET P 154 16787 23880 19585 -2835 -6034 683 C \ ATOM 47768 C MET P 154 -59.065-117.633 29.832 1.00159.40 C \ ANISOU47768 C MET P 154 16667 24459 19437 -2903 -5897 686 C \ ATOM 47769 O MET P 154 -60.009-117.236 30.520 1.00160.80 O \ ANISOU47769 O MET P 154 16606 25334 19157 -3217 -5665 881 O \ ATOM 47770 CB MET P 154 -57.202-116.207 30.676 1.00154.88 C \ ANISOU47770 CB MET P 154 16286 23732 18829 -2434 -5406 451 C \ ATOM 47771 CG MET P 154 -56.058-116.049 31.671 1.00154.68 C \ ANISOU47771 CG MET P 154 16412 23490 18866 -2515 -5443 562 C \ ATOM 47772 SD MET P 154 -56.354-116.812 33.282 1.00160.13 S \ ANISOU47772 SD MET P 154 17050 24429 19364 -3391 -5835 1191 S \ ATOM 47773 CE MET P 154 -57.857-115.994 33.816 1.00161.90 C \ ANISOU47773 CE MET P 154 16844 25784 18884 -3627 -5348 1241 C \ ATOM 47774 N LYS P 155 -59.199-118.044 28.571 1.00158.77 N \ ANISOU47774 N LYS P 155 16617 24070 19635 -2602 -6035 413 N \ ATOM 47775 CA LYS P 155 -60.473-118.013 27.835 1.00159.18 C \ ANISOU47775 CA LYS P 155 16477 24506 19496 -2587 -5903 362 C \ ATOM 47776 C LYS P 155 -61.020-116.589 27.629 1.00156.39 C \ ANISOU47776 C LYS P 155 15946 24735 18739 -2219 -5260 129 C \ ATOM 47777 O LYS P 155 -62.037-116.400 26.952 1.00156.72 O \ ANISOU47777 O LYS P 155 15822 25089 18634 -2121 -5124 24 O \ ATOM 47778 CB LYS P 155 -61.521-118.941 28.478 1.00163.75 C \ ANISOU47778 CB LYS P 155 16932 25346 19939 -3300 -6295 842 C \ ATOM 47779 CG LYS P 155 -62.526-119.566 27.500 1.00165.07 C \ ANISOU47779 CG LYS P 155 17001 25528 20187 -3332 -6491 800 C \ ATOM 47780 CD LYS P 155 -61.881-120.605 26.576 1.00165.35 C \ ANISOU47780 CD LYS P 155 17232 24750 20844 -3138 -7051 592 C \ ATOM 47781 CE LYS P 155 -61.481-120.007 25.230 1.00161.34 C \ ANISOU47781 CE LYS P 155 16713 24144 20441 -2414 -6691 -6 C \ ATOM 47782 NZ LYS P 155 -60.585-120.916 24.468 1.00162.30 N \ ANISOU47782 NZ LYS P 155 16942 23586 21136 -2168 -7203 -370 N \ ATOM 47783 N ALA P 156 -60.320-115.614 28.218 1.00153.97 N \ ANISOU47783 N ALA P 156 15682 24513 18306 -2012 -4944 41 N \ ATOM 47784 CA ALA P 156 -60.551-114.160 28.077 1.00151.52 C \ ANISOU47784 CA ALA P 156 15255 24569 17744 -1594 -4467 -222 C \ ATOM 47785 C ALA P 156 -61.878-113.663 27.473 1.00152.10 C \ ANISOU47785 C ALA P 156 15081 25100 17607 -1449 -4294 -377 C \ ATOM 47786 O ALA P 156 -62.570-112.859 28.101 1.00153.25 O \ ANISOU47786 O ALA P 156 14972 25792 17463 -1424 -4076 -476 O \ ATOM 47787 CB ALA P 156 -59.357-113.498 27.374 1.00148.19 C \ ANISOU47787 CB ALA P 156 15058 23730 17518 -1122 -4333 -472 C \ ATOM 47788 N GLY P 157 -62.217-114.124 26.265 1.00151.64 N \ ANISOU47788 N GLY P 157 15063 24846 17705 -1329 -4415 -461 N \ ATOM 47789 CA GLY P 157 -63.430-113.691 25.555 1.00151.85 C \ ANISOU47789 CA GLY P 157 14882 25234 17578 -1168 -4291 -609 C \ ATOM 47790 C GLY P 157 -64.740-113.989 26.265 1.00154.93 C \ ANISOU47790 C GLY P 157 14945 26249 17671 -1548 -4304 -488 C \ ATOM 47791 O GLY P 157 -65.818-113.802 25.696 1.00155.99 O \ ANISOU47791 O GLY P 157 14878 26700 17691 -1453 -4249 -620 O \ ATOM 47792 N THR P 158 -64.639-114.450 27.511 1.00156.74 N \ ANISOU47792 N THR P 158 15096 26718 17740 -2022 -4394 -230 N \ ATOM 47793 CA THR P 158 -65.794-114.782 28.344 1.00160.54 C \ ANISOU47793 CA THR P 158 15203 27972 17820 -2540 -4419 -72 C \ ATOM 47794 C THR P 158 -65.939-113.835 29.546 1.00161.75 C \ ANISOU47794 C THR P 158 15036 28828 17591 -2563 -4138 -250 C \ ATOM 47795 O THR P 158 -66.740-114.083 30.450 1.00165.93 O \ ANISOU47795 O THR P 158 15181 30177 17686 -3081 -4137 -145 O \ ATOM 47796 CB THR P 158 -65.732-116.254 28.828 1.00163.61 C \ ANISOU47796 CB THR P 158 15690 28219 18253 -3271 -4875 450 C \ ATOM 47797 OG1 THR P 158 -64.462-116.509 29.441 1.00162.64 O \ ANISOU47797 OG1 THR P 158 15850 27601 18345 -3379 -5044 643 O \ ATOM 47798 CG2 THR P 158 -65.928-117.216 27.661 1.00163.46 C \ ANISOU47798 CG2 THR P 158 15856 27660 18590 -3253 -5211 522 C \ ATOM 47799 N TYR P 159 -65.161-112.755 29.551 1.00158.55 N \ ANISOU47799 N TYR P 159 14755 28161 17326 -2034 -3928 -540 N \ ATOM 47800 CA TYR P 159 -65.293-111.711 30.564 1.00159.75 C \ ANISOU47800 CA TYR P 159 14578 28924 17193 -1908 -3691 -852 C \ ATOM 47801 C TYR P 159 -66.067-110.530 29.992 1.00159.95 C \ ANISOU47801 C TYR P 159 14357 29176 17237 -1309 -3553 -1392 C \ ATOM 47802 O TYR P 159 -65.724-110.033 28.915 1.00156.90 O \ ANISOU47802 O TYR P 159 14260 28160 17192 -826 -3589 -1492 O \ ATOM 47803 CB TYR P 159 -63.927-111.220 31.040 1.00156.88 C \ ANISOU47803 CB TYR P 159 14503 28092 17009 -1712 -3628 -833 C \ ATOM 47804 CG TYR P 159 -63.138-112.208 31.862 1.00157.17 C \ ANISOU47804 CG TYR P 159 14725 27968 17024 -2285 -3801 -364 C \ ATOM 47805 CD1 TYR P 159 -63.336-112.317 33.238 1.00160.64 C \ ANISOU47805 CD1 TYR P 159 14852 29140 17043 -2805 -3769 -240 C \ ATOM 47806 CD2 TYR P 159 -62.173-113.018 31.271 1.00154.54 C \ ANISOU47806 CD2 TYR P 159 14844 26783 17090 -2312 -4047 -83 C \ ATOM 47807 CE1 TYR P 159 -62.598-113.221 34.003 1.00161.28 C \ ANISOU47807 CE1 TYR P 159 15130 29026 17123 -3388 -4018 259 C \ ATOM 47808 CE2 TYR P 159 -61.432-113.923 32.025 1.00155.40 C \ ANISOU47808 CE2 TYR P 159 15131 26644 17266 -2807 -4323 322 C \ ATOM 47809 CZ TYR P 159 -61.649-114.019 33.387 1.00158.44 C \ ANISOU47809 CZ TYR P 159 15264 27682 17252 -3363 -4326 543 C \ ATOM 47810 OH TYR P 159 -60.917-114.916 34.123 1.00159.22 O \ ANISOU47810 OH TYR P 159 15565 27491 17439 -3905 -4685 1010 O \ ATOM 47811 N PRO P 160 -67.115-110.076 30.709 1.00164.12 N \ ANISOU47811 N PRO P 160 14316 30649 17392 -1364 -3448 -1763 N \ ATOM 47812 CA PRO P 160 -67.847-108.876 30.298 1.00165.25 C \ ANISOU47812 CA PRO P 160 14172 30990 17624 -737 -3423 -2381 C \ ATOM 47813 C PRO P 160 -67.074-107.591 30.625 1.00163.96 C \ ANISOU47813 C PRO P 160 14085 30519 17694 -191 -3412 -2739 C \ ATOM 47814 O PRO P 160 -67.499-106.500 30.236 1.00165.10 O \ ANISOU47814 O PRO P 160 14078 30602 18051 385 -3532 -3236 O \ ATOM 47815 CB PRO P 160 -69.147-108.964 31.103 1.00171.07 C \ ANISOU47815 CB PRO P 160 14191 32960 17845 -1041 -3343 -2724 C \ ATOM 47816 CG PRO P 160 -68.789-109.747 32.315 1.00173.05 C \ ANISOU47816 CG PRO P 160 14328 33741 17680 -1779 -3270 -2350 C \ ATOM 47817 CD PRO P 160 -67.702-110.702 31.910 1.00168.82 C \ ANISOU47817 CD PRO P 160 14460 32238 17445 -2062 -3408 -1642 C \ ATOM 47818 N LYS P 161 -65.954-107.735 31.335 1.00161.94 N \ ANISOU47818 N LYS P 161 14068 30029 17431 -386 -3338 -2477 N \ ATOM 47819 CA LYS P 161 -65.033-106.629 31.609 1.00160.19 C \ ANISOU47819 CA LYS P 161 14011 29392 17459 72 -3349 -2708 C \ ATOM 47820 C LYS P 161 -63.598-107.134 31.826 1.00156.21 C \ ANISOU47820 C LYS P 161 14002 28281 17067 -170 -3301 -2208 C \ ATOM 47821 O LYS P 161 -63.333-107.912 32.747 1.00157.09 O \ ANISOU47821 O LYS P 161 14050 28722 16912 -697 -3225 -1931 O \ ATOM 47822 CB LYS P 161 -65.504-105.800 32.815 1.00164.67 C \ ANISOU47822 CB LYS P 161 13985 30808 17773 216 -3284 -3323 C \ ATOM 47823 CG LYS P 161 -64.737-104.488 33.018 1.00163.92 C \ ANISOU47823 CG LYS P 161 14011 30254 18017 798 -3396 -3678 C \ ATOM 47824 CD LYS P 161 -64.918-103.932 34.426 1.00168.21 C \ ANISOU47824 CD LYS P 161 13979 31667 18266 820 -3304 -4239 C \ ATOM 47825 CE LYS P 161 -63.991-102.750 34.680 1.00166.99 C \ ANISOU47825 CE LYS P 161 14017 30946 18485 1343 -3452 -4508 C \ ATOM 47826 NZ LYS P 161 -64.083-102.267 36.087 1.00171.36 N \ ANISOU47826 NZ LYS P 161 13990 32377 18740 1356 -3353 -5087 N \ ATOM 47827 N ILE P 162 -62.687-106.693 30.958 1.00152.29 N \ ANISOU47827 N ILE P 162 13975 26938 16948 176 -3387 -2088 N \ ATOM 47828 CA ILE P 162 -61.252-106.951 31.105 1.00148.61 C \ ANISOU47828 CA ILE P 162 13938 25905 16622 65 -3354 -1749 C \ ATOM 47829 C ILE P 162 -60.545-105.609 31.281 1.00147.57 C \ ANISOU47829 C ILE P 162 13914 25468 16688 522 -3389 -1997 C \ ATOM 47830 O ILE P 162 -60.704-104.708 30.456 1.00147.52 O \ ANISOU47830 O ILE P 162 13991 25147 16913 929 -3561 -2170 O \ ATOM 47831 CB ILE P 162 -60.650-107.694 29.874 1.00145.52 C \ ANISOU47831 CB ILE P 162 13971 24865 16454 4 -3442 -1406 C \ ATOM 47832 CG1 ILE P 162 -61.477-108.931 29.507 1.00146.77 C \ ANISOU47832 CG1 ILE P 162 14024 25233 16509 -363 -3508 -1218 C \ ATOM 47833 CG2 ILE P 162 -59.195-108.081 30.130 1.00142.81 C \ ANISOU47833 CG2 ILE P 162 13976 24050 16233 -128 -3429 -1149 C \ ATOM 47834 CD1 ILE P 162 -61.260-109.428 28.085 1.00144.71 C \ ANISOU47834 CD1 ILE P 162 14035 24477 16469 -279 -3624 -1093 C \ ATOM 47835 N SER P 163 -59.785-105.475 32.365 1.00147.05 N \ ANISOU47835 N SER P 163 13850 25483 16539 417 -3284 -1985 N \ ATOM 47836 CA SER P 163 -59.018-104.259 32.629 1.00146.07 C \ ANISOU47836 CA SER P 163 13847 25039 16614 811 -3345 -2192 C \ ATOM 47837 C SER P 163 -57.538-104.573 32.708 1.00142.30 C \ ANISOU47837 C SER P 163 13802 24031 16232 657 -3277 -1818 C \ ATOM 47838 O SER P 163 -57.147-105.656 33.144 1.00141.44 O \ ANISOU47838 O SER P 163 13766 23980 15992 237 -3178 -1519 O \ ATOM 47839 CB SER P 163 -59.476-103.587 33.927 1.00149.69 C \ ANISOU47839 CB SER P 163 13825 26158 16891 921 -3296 -2674 C \ ATOM 47840 OG SER P 163 -60.690-102.880 33.742 1.00153.56 O \ ANISOU47840 OG SER P 163 13897 27030 17416 1276 -3456 -3210 O \ ATOM 47841 N ILE P 164 -56.719-103.625 32.268 1.00140.49 N \ ANISOU47841 N ILE P 164 13855 23278 16247 974 -3393 -1830 N \ ATOM 47842 CA ILE P 164 -55.273-103.754 32.389 1.00137.17 C \ ANISOU47842 CA ILE P 164 13793 22427 15897 869 -3326 -1558 C \ ATOM 47843 C ILE P 164 -54.796-102.755 33.432 1.00137.71 C \ ANISOU47843 C ILE P 164 13796 22525 16002 1072 -3327 -1778 C \ ATOM 47844 O ILE P 164 -55.108-101.563 33.354 1.00139.53 O \ ANISOU47844 O ILE P 164 13939 22674 16402 1453 -3540 -2075 O \ ATOM 47845 CB ILE P 164 -54.529-103.505 31.040 1.00135.12 C \ ANISOU47845 CB ILE P 164 13902 21627 15808 961 -3455 -1346 C \ ATOM 47846 CG1 ILE P 164 -55.232-104.194 29.859 1.00135.03 C \ ANISOU47846 CG1 ILE P 164 13877 21651 15776 868 -3507 -1258 C \ ATOM 47847 CG2 ILE P 164 -53.069-103.942 31.140 1.00132.37 C \ ANISOU47847 CG2 ILE P 164 13843 20979 15472 787 -3352 -1116 C \ ATOM 47848 CD1 ILE P 164 -54.915-105.676 29.682 1.00132.93 C \ ANISOU47848 CD1 ILE P 164 13677 21379 15449 536 -3403 -1068 C \ ATOM 47849 N PHE P 165 -54.060-103.254 34.421 1.00136.53 N \ ANISOU47849 N PHE P 165 13678 22469 15726 818 -3154 -1647 N \ ATOM 47850 CA PHE P 165 -53.434-102.392 35.417 1.00136.63 C \ ANISOU47850 CA PHE P 165 13658 22490 15764 981 -3133 -1829 C \ ATOM 47851 C PHE P 165 -51.932-102.252 35.203 1.00133.16 C \ ANISOU47851 C PHE P 165 13653 21464 15475 976 -3128 -1550 C \ ATOM 47852 O PHE P 165 -51.208-103.230 35.013 1.00130.73 O \ ANISOU47852 O PHE P 165 13564 20967 15141 692 -3038 -1243 O \ ATOM 47853 CB PHE P 165 -53.772-102.838 36.837 1.00138.83 C \ ANISOU47853 CB PHE P 165 13570 23447 15731 693 -2956 -1948 C \ ATOM 47854 CG PHE P 165 -55.039-102.238 37.365 1.00143.28 C \ ANISOU47854 CG PHE P 165 13579 24717 16141 880 -2988 -2487 C \ ATOM 47855 CD1 PHE P 165 -55.014-101.030 38.051 1.00145.79 C \ ANISOU47855 CD1 PHE P 165 13659 25186 16548 1277 -3080 -2995 C \ ATOM 47856 CD2 PHE P 165 -56.260-102.873 37.166 1.00145.74 C \ ANISOU47856 CD2 PHE P 165 13566 25573 16234 681 -2963 -2553 C \ ATOM 47857 CE1 PHE P 165 -56.189-100.461 38.540 1.00151.13 C \ ANISOU47857 CE1 PHE P 165 13730 26586 17105 1514 -3156 -3653 C \ ATOM 47858 CE2 PHE P 165 -57.441-102.318 37.652 1.00150.68 C \ ANISOU47858 CE2 PHE P 165 13597 26965 16687 866 -2994 -3150 C \ ATOM 47859 CZ PHE P 165 -57.405-101.109 38.343 1.00153.41 C \ ANISOU47859 CZ PHE P 165 13658 27499 17132 1305 -3095 -3747 C \ ATOM 47860 N TYR P 166 -51.495-101.001 35.240 1.00133.38 N \ ANISOU47860 N TYR P 166 13775 21216 15684 1302 -3285 -1704 N \ ATOM 47861 CA TYR P 166 -50.172-100.597 34.819 1.00130.97 C \ ANISOU47861 CA TYR P 166 13864 20386 15512 1319 -3345 -1457 C \ ATOM 47862 C TYR P 166 -49.948 -99.204 35.392 1.00132.81 C \ ANISOU47862 C TYR P 166 14074 20458 15927 1650 -3559 -1704 C \ ATOM 47863 O TYR P 166 -50.878 -98.589 35.915 1.00136.02 O \ ANISOU47863 O TYR P 166 14146 21135 16398 1919 -3699 -2127 O \ ATOM 47864 CB TYR P 166 -50.123-100.552 33.292 1.00130.26 C \ ANISOU47864 CB TYR P 166 13997 19996 15497 1305 -3513 -1239 C \ ATOM 47865 CG TYR P 166 -50.939 -99.427 32.694 1.00132.68 C \ ANISOU47865 CG TYR P 166 14243 20174 15992 1598 -3884 -1394 C \ ATOM 47866 CD1 TYR P 166 -52.330 -99.420 32.778 1.00134.93 C \ ANISOU47866 CD1 TYR P 166 14193 20774 16297 1766 -3961 -1705 C \ ATOM 47867 CD2 TYR P 166 -50.316 -98.366 32.046 1.00133.24 C \ ANISOU47867 CD2 TYR P 166 14582 19810 16231 1673 -4227 -1219 C \ ATOM 47868 CE1 TYR P 166 -53.074 -98.386 32.238 1.00138.16 C \ ANISOU47868 CE1 TYR P 166 14538 21002 16953 2074 -4393 -1895 C \ ATOM 47869 CE2 TYR P 166 -51.051 -97.329 31.501 1.00136.59 C \ ANISOU47869 CE2 TYR P 166 14982 20015 16901 1912 -4711 -1318 C \ ATOM 47870 CZ TYR P 166 -52.428 -97.344 31.598 1.00139.13 C \ ANISOU47870 CZ TYR P 166 14971 20587 17304 2148 -4805 -1684 C \ ATOM 47871 OH TYR P 166 -53.155 -96.313 31.048 1.00143.40 O \ ANISOU47871 OH TYR P 166 15480 20845 18157 2422 -5375 -1825 O \ ATOM 47872 N ASN P 167 -48.726 -98.698 35.293 1.00131.41 N \ ANISOU47872 N ASN P 167 14216 19868 15843 1641 -3626 -1495 N \ ATOM 47873 CA ASN P 167 -48.444 -97.360 35.791 1.00133.55 C \ ANISOU47873 CA ASN P 167 14507 19893 16342 1943 -3916 -1698 C \ ATOM 47874 C ASN P 167 -48.439 -96.306 34.681 1.00135.50 C \ ANISOU47874 C ASN P 167 14981 19653 16846 2079 -4420 -1552 C \ ATOM 47875 O ASN P 167 -47.883 -96.526 33.602 1.00133.99 O \ ANISOU47875 O ASN P 167 15069 19271 16568 1815 -4448 -1139 O \ ATOM 47876 CB ASN P 167 -47.140 -97.345 36.602 1.00131.45 C \ ANISOU47876 CB ASN P 167 14419 19505 16022 1831 -3731 -1569 C \ ATOM 47877 CG ASN P 167 -47.233 -98.175 37.884 1.00130.97 C \ ANISOU47877 CG ASN P 167 14100 19928 15734 1683 -3362 -1720 C \ ATOM 47878 OD1 ASN P 167 -48.210 -98.087 38.630 1.00133.75 O \ ANISOU47878 OD1 ASN P 167 14049 20755 16013 1803 -3341 -2108 O \ ATOM 47879 ND2 ASN P 167 -46.206 -98.979 38.143 1.00128.38 N \ ANISOU47879 ND2 ASN P 167 13970 19530 15276 1389 -3114 -1426 N \ ATOM 47880 N ASP P 168 -49.077 -95.171 34.960 1.00139.54 N \ ANISOU47880 N ASP P 168 15336 20009 17674 2467 -4873 -1921 N \ ATOM 47881 CA ASP P 168 -49.169 -94.061 34.017 1.00142.83 C \ ANISOU47881 CA ASP P 168 15966 19882 18420 2586 -5532 -1772 C \ ATOM 47882 C ASP P 168 -48.210 -92.948 34.432 1.00144.38 C \ ANISOU47882 C ASP P 168 16388 19595 18872 2682 -5914 -1707 C \ ATOM 47883 O ASP P 168 -48.414 -92.316 35.471 1.00146.73 O \ ANISOU47883 O ASP P 168 16452 19891 19405 3060 -6081 -2213 O \ ATOM 47884 CB ASP P 168 -50.603 -93.526 33.974 1.00147.34 C \ ANISOU47884 CB ASP P 168 16196 20501 19284 2998 -5950 -2280 C \ ATOM 47885 CG ASP P 168 -50.941 -92.837 32.664 1.00150.05 C \ ANISOU47885 CG ASP P 168 16771 20346 19893 2976 -6600 -1986 C \ ATOM 47886 OD1 ASP P 168 -50.266 -91.850 32.296 1.00151.80 O \ ANISOU47886 OD1 ASP P 168 17316 19985 20374 2919 -7166 -1679 O \ ATOM 47887 OD2 ASP P 168 -51.904 -93.279 32.007 1.00150.60 O \ ANISOU47887 OD2 ASP P 168 16696 20618 19906 2974 -6586 -2032 O \ ATOM 47888 N PRO P 169 -47.161 -92.703 33.619 1.00143.65 N \ ANISOU47888 N PRO P 169 16713 19159 18709 2316 -6071 -1110 N \ ATOM 47889 CA PRO P 169 -46.136 -91.702 33.939 1.00145.02 C \ ANISOU47889 CA PRO P 169 17144 18878 19076 2299 -6441 -936 C \ ATOM 47890 C PRO P 169 -46.565 -90.257 33.642 1.00151.05 C \ ANISOU47890 C PRO P 169 17998 19010 20382 2550 -7415 -991 C \ ATOM 47891 O PRO P 169 -46.531 -89.811 32.489 1.00153.57 O \ ANISOU47891 O PRO P 169 18580 19009 20757 2252 -7932 -495 O \ ATOM 47892 CB PRO P 169 -44.942 -92.109 33.057 1.00142.39 C \ ANISOU47892 CB PRO P 169 17151 18585 18364 1720 -6231 -277 C \ ATOM 47893 CG PRO P 169 -45.437 -93.217 32.148 1.00140.52 C \ ANISOU47893 CG PRO P 169 16823 18762 17805 1489 -5861 -155 C \ ATOM 47894 CD PRO P 169 -46.919 -93.331 32.308 1.00142.11 C \ ANISOU47894 CD PRO P 169 16719 19067 18209 1864 -5944 -594 C \ ATOM 47895 N VAL P 170 -46.969 -89.544 34.692 1.00154.04 N \ ANISOU47895 N VAL P 170 18128 19237 21161 3077 -7716 -1616 N \ ATOM 47896 CA VAL P 170 -47.263 -88.114 34.607 1.00160.33 C \ ANISOU47896 CA VAL P 170 18992 19323 22601 3403 -8766 -1785 C \ ATOM 47897 C VAL P 170 -45.952 -87.310 34.684 1.00160.99 C \ ANISOU47897 C VAL P 170 19485 18878 22805 3151 -9151 -1316 C \ ATOM 47898 O VAL P 170 -45.857 -86.222 34.113 1.00166.05 O \ ANISOU47898 O VAL P 170 20398 18816 23875 3085 -10117 -1013 O \ ATOM 47899 CB VAL P 170 -48.259 -87.655 35.712 1.00164.22 C \ ANISOU47899 CB VAL P 170 18952 19936 23506 4138 -8997 -2813 C \ ATOM 47900 CG1 VAL P 170 -48.986 -86.386 35.283 1.00171.82 C \ ANISOU47900 CG1 VAL P 170 19905 20168 25208 4536 -10197 -3085 C \ ATOM 47901 CG2 VAL P 170 -49.275 -88.755 36.026 1.00161.91 C \ ANISOU47901 CG2 VAL P 170 18181 20489 22847 4260 -8272 -3279 C \ ATOM 47902 N SER P 171 -44.953 -87.864 35.380 1.00156.27 N \ ANISOU47902 N SER P 171 18932 18611 21831 2971 -8443 -1227 N \ ATOM 47903 CA SER P 171 -43.607 -87.279 35.474 1.00155.95 C \ ANISOU47903 CA SER P 171 19262 18203 21786 2666 -8647 -757 C \ ATOM 47904 C SER P 171 -42.959 -87.096 34.103 1.00156.79 C \ ANISOU47904 C SER P 171 19794 18105 21674 1984 -8983 139 C \ ATOM 47905 O SER P 171 -42.067 -86.266 33.932 1.00159.11 O \ ANISOU47905 O SER P 171 20411 17970 22072 1682 -9510 600 O \ ATOM 47906 CB SER P 171 -42.700 -88.146 36.355 1.00150.14 C \ ANISOU47906 CB SER P 171 18471 17965 20607 2551 -7725 -808 C \ ATOM 47907 OG SER P 171 -42.830 -87.807 37.723 1.00150.85 O \ ANISOU47907 OG SER P 171 18281 18088 20945 3050 -7687 -1475 O \ ATOM 47908 N SER P 174 -42.723 -89.462 40.617 1.00141.82 N \ ANISOU47908 N SER P 174 16382 18314 19189 3371 -6066 -2495 N \ ATOM 47909 CA SER P 174 -44.055 -88.895 40.759 1.00147.09 C \ ANISOU47909 CA SER P 174 16640 19046 20198 3864 -6520 -3171 C \ ATOM 47910 C SER P 174 -44.980 -89.350 39.615 1.00147.46 C \ ANISOU47910 C SER P 174 16687 19149 20193 3754 -6584 -2983 C \ ATOM 47911 O SER P 174 -45.113 -88.669 38.594 1.00150.06 O \ ANISOU47911 O SER P 174 17277 18901 20835 3739 -7234 -2694 O \ ATOM 47912 CB SER P 174 -43.961 -87.372 40.834 1.00152.53 C \ ANISOU47912 CB SER P 174 17410 19016 21528 4261 -7462 -3435 C \ ATOM 47913 OG SER P 174 -45.179 -86.810 41.279 1.00158.52 O \ ANISOU47913 OG SER P 174 17648 19920 22660 4857 -7903 -4330 O \ ATOM 47914 N PHE P 175 -45.612 -90.509 39.807 1.00145.25 N \ ANISOU47914 N PHE P 175 16112 19568 19506 3630 -5948 -3112 N \ ATOM 47915 CA PHE P 175 -46.418 -91.173 38.771 1.00144.70 C \ ANISOU47915 CA PHE P 175 16039 19639 19299 3465 -5868 -2899 C \ ATOM 47916 C PHE P 175 -47.844 -91.498 39.246 1.00147.59 C \ ANISOU47916 C PHE P 175 15820 20651 19607 3751 -5750 -3574 C \ ATOM 47917 O PHE P 175 -48.250 -91.085 40.334 1.00150.84 O \ ANISOU47917 O PHE P 175 15781 21433 20096 4101 -5800 -4273 O \ ATOM 47918 CB PHE P 175 -45.711 -92.450 38.287 1.00139.03 C \ ANISOU47918 CB PHE P 175 15588 19123 18111 2919 -5235 -2273 C \ ATOM 47919 CG PHE P 175 -45.697 -93.572 39.307 1.00136.24 C \ ANISOU47919 CG PHE P 175 14974 19420 17369 2759 -4561 -2422 C \ ATOM 47920 CD1 PHE P 175 -44.668 -93.671 40.240 1.00133.70 C \ ANISOU47920 CD1 PHE P 175 14732 19141 16926 2648 -4290 -2361 C \ ATOM 47921 CD2 PHE P 175 -46.710 -94.535 39.326 1.00135.94 C \ ANISOU47921 CD2 PHE P 175 14621 19945 17084 2663 -4253 -2571 C \ ATOM 47922 CE1 PHE P 175 -44.655 -94.703 41.179 1.00131.75 C \ ANISOU47922 CE1 PHE P 175 14263 19466 16328 2422 -3769 -2421 C \ ATOM 47923 CE2 PHE P 175 -46.704 -95.568 40.262 1.00133.95 C \ ANISOU47923 CE2 PHE P 175 14147 20279 16468 2404 -3748 -2607 C \ ATOM 47924 CZ PHE P 175 -45.675 -95.653 41.187 1.00132.03 C \ ANISOU47924 CZ PHE P 175 13996 20051 16118 2270 -3527 -2517 C \ ATOM 47925 N GLU P 176 -48.589 -92.250 38.431 1.00146.87 N \ ANISOU47925 N GLU P 176 15694 20773 19338 3576 -5586 -3393 N \ ATOM 47926 CA GLU P 176 -49.983 -92.598 38.725 1.00149.90 C \ ANISOU47926 CA GLU P 176 15524 21808 19620 3778 -5487 -3972 C \ ATOM 47927 C GLU P 176 -50.344 -94.037 38.304 1.00146.54 C \ ANISOU47927 C GLU P 176 15089 21854 18736 3335 -4914 -3602 C \ ATOM 47928 O GLU P 176 -50.407 -94.327 37.107 1.00144.98 O \ ANISOU47928 O GLU P 176 15186 21341 18559 3157 -4997 -3157 O \ ATOM 47929 CB GLU P 176 -50.922 -91.600 38.031 1.00155.03 C \ ANISOU47929 CB GLU P 176 16062 22069 20771 4222 -6245 -4339 C \ ATOM 47930 CG GLU P 176 -52.260 -91.393 38.729 1.00160.33 C \ ANISOU47930 CG GLU P 176 16013 23402 21502 4670 -6358 -5297 C \ ATOM 47931 CD GLU P 176 -52.150 -90.538 39.984 1.00164.66 C \ ANISOU47931 CD GLU P 176 16158 24150 22254 5108 -6582 -6085 C \ ATOM 47932 OE1 GLU P 176 -51.255 -89.666 40.045 1.00165.13 O \ ANISOU47932 OE1 GLU P 176 16554 23497 22690 5250 -7009 -5953 O \ ATOM 47933 OE2 GLU P 176 -52.962 -90.735 40.913 1.00168.02 O \ ANISOU47933 OE2 GLU P 176 15893 25509 22435 5285 -6345 -6856 O \ ATOM 47934 N PRO P 177 -50.575 -94.944 39.283 1.00145.95 N \ ANISOU47934 N PRO P 177 14667 22547 18240 3113 -4385 -3768 N \ ATOM 47935 CA PRO P 177 -51.081 -96.283 38.952 1.00144.02 C \ ANISOU47935 CA PRO P 177 14363 22734 17622 2702 -3980 -3469 C \ ATOM 47936 C PRO P 177 -52.447 -96.175 38.294 1.00147.42 C \ ANISOU47936 C PRO P 177 14504 23368 18142 2914 -4209 -3785 C \ ATOM 47937 O PRO P 177 -53.355 -95.579 38.876 1.00152.25 O \ ANISOU47937 O PRO P 177 14595 24431 18819 3266 -4399 -4491 O \ ATOM 47938 CB PRO P 177 -51.202 -96.966 40.317 1.00144.66 C \ ANISOU47938 CB PRO P 177 14040 23645 17278 2435 -3564 -3670 C \ ATOM 47939 CG PRO P 177 -50.230 -96.251 41.178 1.00144.54 C \ ANISOU47939 CG PRO P 177 14097 23452 17366 2578 -3602 -3800 C \ ATOM 47940 CD PRO P 177 -50.256 -94.824 40.718 1.00147.07 C \ ANISOU47940 CD PRO P 177 14500 23171 18208 3138 -4172 -4137 C \ ATOM 47941 N SER P 178 -52.581 -96.737 37.092 1.00145.51 N \ ANISOU47941 N SER P 178 14554 22834 17899 2717 -4206 -3328 N \ ATOM 47942 CA SER P 178 -53.765 -96.517 36.244 1.00148.51 C \ ANISOU47942 CA SER P 178 14762 23232 18433 2933 -4502 -3542 C \ ATOM 47943 C SER P 178 -54.534 -97.775 35.828 1.00147.55 C \ ANISOU47943 C SER P 178 14512 23568 17983 2593 -4171 -3349 C \ ATOM 47944 O SER P 178 -54.122 -98.903 36.109 1.00144.57 O \ ANISOU47944 O SER P 178 14219 23422 17286 2153 -3763 -2990 O \ ATOM 47945 CB SER P 178 -53.380 -95.721 34.991 1.00148.34 C \ ANISOU47945 CB SER P 178 15194 22374 18793 3064 -5000 -3210 C \ ATOM 47946 OG SER P 178 -53.373 -94.329 35.250 1.00152.23 O \ ANISOU47946 OG SER P 178 15637 22474 19730 3519 -5589 -3602 O \ ATOM 47947 N GLU P 179 -55.655 -97.547 35.147 1.00150.63 N \ ANISOU47947 N GLU P 179 14701 24031 18501 2808 -4428 -3597 N \ ATOM 47948 CA GLU P 179 -56.504 -98.609 34.617 1.00150.51 C \ ANISOU47948 CA GLU P 179 14560 24398 18230 2534 -4202 -3444 C \ ATOM 47949 C GLU P 179 -57.010 -98.249 33.214 1.00151.38 C \ ANISOU47949 C GLU P 179 14861 24044 18610 2704 -4572 -3320 C \ ATOM 47950 O GLU P 179 -57.245 -97.077 32.911 1.00154.53 O \ ANISOU47950 O GLU P 179 15256 24060 19398 3116 -5093 -3595 O \ ATOM 47951 CB GLU P 179 -57.688 -98.851 35.561 1.00154.54 C \ ANISOU47951 CB GLU P 179 14395 25866 18457 2552 -4050 -4024 C \ ATOM 47952 CG GLU P 179 -58.629 -99.987 35.146 1.00154.71 C \ ANISOU47952 CG GLU P 179 14241 26369 18171 2204 -3829 -3858 C \ ATOM 47953 CD GLU P 179 -59.845-100.123 36.053 1.00159.81 C \ ANISOU47953 CD GLU P 179 14150 28096 18472 2173 -3715 -4459 C \ ATOM 47954 OE1 GLU P 179 -59.916 -99.422 37.085 1.00163.48 O \ ANISOU47954 OE1 GLU P 179 14193 29034 18887 2402 -3755 -5048 O \ ATOM 47955 OE2 GLU P 179 -60.736-100.939 35.732 1.00160.68 O \ ANISOU47955 OE2 GLU P 179 14064 28655 18331 1897 -3591 -4371 O \ ATOM 47956 N LYS P 180 -57.159 -99.265 32.365 1.00149.19 N \ ANISOU47956 N LYS P 180 14751 23782 18152 2371 -4365 -2902 N \ ATOM 47957 CA LYS P 180 -57.801 -99.116 31.054 1.00150.38 C \ ANISOU47957 CA LYS P 180 15008 23668 18461 2454 -4653 -2787 C \ ATOM 47958 C LYS P 180 -58.433-100.442 30.592 1.00149.20 C \ ANISOU47958 C LYS P 180 14770 23897 18023 2119 -4334 -2591 C \ ATOM 47959 O LYS P 180 -57.872-101.517 30.834 1.00146.30 O \ ANISOU47959 O LYS P 180 14516 23654 17417 1742 -3982 -2286 O \ ATOM 47960 CB LYS P 180 -56.831 -98.549 30.007 1.00148.84 C \ ANISOU47960 CB LYS P 180 15324 22762 18466 2400 -4944 -2321 C \ ATOM 47961 CG LYS P 180 -55.550 -99.334 29.833 1.00144.46 C \ ANISOU47961 CG LYS P 180 15111 22086 17689 2004 -4594 -1835 C \ ATOM 47962 CD LYS P 180 -54.797 -98.863 28.617 1.00143.71 C \ ANISOU47962 CD LYS P 180 15406 21531 17665 1860 -4870 -1406 C \ ATOM 47963 CE LYS P 180 -53.744 -99.869 28.230 1.00139.87 C \ ANISOU47963 CE LYS P 180 15130 21103 16910 1476 -4502 -1061 C \ ATOM 47964 NZ LYS P 180 -53.393 -99.722 26.805 1.00140.19 N \ ANISOU47964 NZ LYS P 180 15388 21006 16869 1246 -4702 -713 N \ ATOM 47965 N PRO P 181 -59.609-100.368 29.935 1.00151.88 N \ ANISOU47965 N PRO P 181 14903 24379 18424 2265 -4524 -2782 N \ ATOM 47966 CA PRO P 181 -60.413-101.563 29.664 1.00151.66 C \ ANISOU47966 CA PRO P 181 14699 24797 18127 1978 -4260 -2692 C \ ATOM 47967 C PRO P 181 -60.169-102.255 28.316 1.00149.26 C \ ANISOU47967 C PRO P 181 14741 24161 17810 1738 -4243 -2220 C \ ATOM 47968 O PRO P 181 -59.827-101.601 27.328 1.00149.08 O \ ANISOU47968 O PRO P 181 14995 23671 17976 1843 -4527 -2038 O \ ATOM 47969 CB PRO P 181 -61.856-101.034 29.732 1.00156.28 C \ ANISOU47969 CB PRO P 181 14808 25787 18783 2306 -4487 -3250 C \ ATOM 47970 CG PRO P 181 -61.747 -99.509 29.871 1.00159.14 C \ ANISOU47970 CG PRO P 181 15149 25763 19554 2821 -4976 -3636 C \ ATOM 47971 CD PRO P 181 -60.336 -99.146 29.559 1.00155.93 C \ ANISOU47971 CD PRO P 181 15281 24671 19294 2726 -5059 -3160 C \ ATOM 47972 N ILE P 182 -60.362-103.574 28.304 1.00148.21 N \ ANISOU47972 N ILE P 182 14558 24312 17441 1382 -3961 -2034 N \ ATOM 47973 CA ILE P 182 -60.253-104.403 27.099 1.00146.81 C \ ANISOU47973 CA ILE P 182 14603 23938 17238 1168 -3939 -1712 C \ ATOM 47974 C ILE P 182 -61.602-105.051 26.784 1.00148.93 C \ ANISOU47974 C ILE P 182 14587 24601 17397 1091 -3925 -1820 C \ ATOM 47975 O ILE P 182 -61.912-106.147 27.265 1.00149.07 O \ ANISOU47975 O ILE P 182 14461 24947 17229 774 -3751 -1743 O \ ATOM 47976 CB ILE P 182 -59.165-105.506 27.247 1.00143.93 C \ ANISOU47976 CB ILE P 182 14461 23437 16788 829 -3732 -1419 C \ ATOM 47977 CG1 ILE P 182 -57.783-104.895 27.511 1.00142.14 C \ ANISOU47977 CG1 ILE P 182 14505 22858 16644 891 -3728 -1320 C \ ATOM 47978 CG2 ILE P 182 -59.140-106.432 26.022 1.00143.06 C \ ANISOU47978 CG2 ILE P 182 14477 23208 16669 655 -3751 -1240 C \ ATOM 47979 CD1 ILE P 182 -57.291-103.921 26.450 1.00141.90 C \ ANISOU47979 CD1 ILE P 182 14708 22485 16722 1039 -3949 -1215 C \ ATOM 47980 N PHE P 183 -62.392-104.359 25.967 1.00151.17 N \ ANISOU47980 N PHE P 183 14802 24826 17809 1347 -4169 -1964 N \ ATOM 47981 CA PHE P 183 -63.767-104.751 25.663 1.00153.64 C \ ANISOU47981 CA PHE P 183 14807 25529 18039 1347 -4191 -2138 C \ ATOM 47982 C PHE P 183 -63.806-106.022 24.822 1.00151.97 C \ ANISOU47982 C PHE P 183 14726 25298 17716 1015 -4069 -1827 C \ ATOM 47983 O PHE P 183 -63.183-106.088 23.764 1.00150.24 O \ ANISOU47983 O PHE P 183 14798 24714 17569 978 -4140 -1597 O \ ATOM 47984 CB PHE P 183 -64.494-103.605 24.944 1.00156.45 C \ ANISOU47984 CB PHE P 183 15096 25714 18634 1738 -4577 -2370 C \ ATOM 47985 CG PHE P 183 -64.307-102.251 25.597 1.00159.31 C \ ANISOU47985 CG PHE P 183 15385 25903 19241 2128 -4863 -2700 C \ ATOM 47986 CD1 PHE P 183 -65.132-101.845 26.650 1.00163.30 C \ ANISOU47986 CD1 PHE P 183 15397 26913 19735 2384 -4893 -3286 C \ ATOM 47987 CD2 PHE P 183 -63.309-101.379 25.157 1.00159.03 C \ ANISOU47987 CD2 PHE P 183 15734 25254 19435 2219 -5145 -2460 C \ ATOM 47988 CE1 PHE P 183 -64.961-100.593 27.259 1.00166.13 C \ ANISOU47988 CE1 PHE P 183 15645 27097 20379 2805 -5226 -3699 C \ ATOM 47989 CE2 PHE P 183 -63.130-100.126 25.760 1.00161.74 C \ ANISOU47989 CE2 PHE P 183 16029 25355 20070 2583 -5506 -2763 C \ ATOM 47990 CZ PHE P 183 -63.959 -99.734 26.811 1.00165.23 C \ ANISOU47990 CZ PHE P 183 15975 26234 20571 2917 -5561 -3419 C \ ATOM 47991 N ASN P 184 -64.536-107.028 25.302 1.00153.28 N \ ANISOU47991 N ASN P 184 14643 25908 17688 743 -3924 -1839 N \ ATOM 47992 CA ASN P 184 -64.642-108.316 24.605 1.00152.76 C \ ANISOU47992 CA ASN P 184 14673 25795 17572 429 -3892 -1583 C \ ATOM 47993 C ASN P 184 -65.505-108.291 23.322 1.00153.74 C \ ANISOU47993 C ASN P 184 14763 25906 17746 550 -4021 -1622 C \ ATOM 47994 O ASN P 184 -65.929-107.222 22.864 1.00155.03 O \ ANISOU47994 O ASN P 184 14882 26009 18012 872 -4182 -1795 O \ ATOM 47995 CB ASN P 184 -65.095-109.428 25.569 1.00154.27 C \ ANISOU47995 CB ASN P 184 14645 26415 17553 0 -3801 -1483 C \ ATOM 47996 CG ASN P 184 -66.566-109.320 25.945 1.00158.20 C \ ANISOU47996 CG ASN P 184 14683 27594 17830 -36 -3786 -1727 C \ ATOM 47997 OD1 ASN P 184 -66.939-108.540 26.821 1.00160.80 O \ ANISOU47997 OD1 ASN P 184 14697 28366 18032 107 -3731 -2048 O \ ATOM 47998 ND2 ASN P 184 -67.406-110.117 25.289 1.00159.28 N \ ANISOU47998 ND2 ASN P 184 14735 27871 17911 -224 -3846 -1632 N \ ATOM 47999 N ALA P 185 -65.750-109.476 22.759 1.00153.59 N \ ANISOU47999 N ALA P 185 14766 25903 17687 285 -4015 -1463 N \ ATOM 48000 CA ALA P 185 -66.476-109.650 21.494 1.00154.29 C \ ANISOU48000 CA ALA P 185 14835 25985 17803 343 -4119 -1472 C \ ATOM 48001 C ALA P 185 -67.580-108.619 21.189 1.00156.64 C \ ANISOU48001 C ALA P 185 14922 26478 18117 648 -4242 -1706 C \ ATOM 48002 O ALA P 185 -67.531-107.952 20.154 1.00156.68 O \ ANISOU48002 O ALA P 185 15067 26234 18229 834 -4413 -1680 O \ ATOM 48003 CB ALA P 185 -67.028-111.080 21.389 1.00154.97 C \ ANISOU48003 CB ALA P 185 14823 26231 17826 2 -4128 -1357 C \ ATOM 48004 N LYS P 186 -68.553-108.475 22.087 1.00159.26 N \ ANISOU48004 N LYS P 186 14887 27292 18332 673 -4203 -1953 N \ ATOM 48005 CA LYS P 186 -69.789-107.754 21.750 1.00162.28 C \ ANISOU48005 CA LYS P 186 14980 27926 18751 964 -4367 -2273 C \ ATOM 48006 C LYS P 186 -70.056-106.378 22.386 1.00165.01 C \ ANISOU48006 C LYS P 186 15100 28364 19231 1391 -4545 -2708 C \ ATOM 48007 O LYS P 186 -71.143-105.820 22.188 1.00168.35 O \ ANISOU48007 O LYS P 186 15216 29019 19727 1669 -4747 -3075 O \ ATOM 48008 CB LYS P 186 -71.008-108.665 21.951 1.00164.45 C \ ANISOU48008 CB LYS P 186 14893 28800 18789 705 -4269 -2350 C \ ATOM 48009 CG LYS P 186 -71.505-109.320 20.676 1.00163.80 C \ ANISOU48009 CG LYS P 186 14918 28576 18742 613 -4342 -2171 C \ ATOM 48010 CD LYS P 186 -72.949-109.763 20.823 1.00166.79 C \ ANISOU48010 CD LYS P 186 14869 29581 18920 488 -4324 -2359 C \ ATOM 48011 CE LYS P 186 -73.514-110.229 19.495 1.00166.51 C \ ANISOU48011 CE LYS P 186 14928 29384 18952 475 -4427 -2234 C \ ATOM 48012 NZ LYS P 186 -74.973-110.511 19.580 1.00169.79 N \ ANISOU48012 NZ LYS P 186 14911 30419 19181 398 -4430 -2453 N \ ATOM 48013 N THR P 187 -69.091-105.818 23.121 1.00164.10 N \ ANISOU48013 N THR P 187 15113 28048 19188 1479 -4526 -2723 N \ ATOM 48014 CA THR P 187 -69.272-104.480 23.722 1.00167.08 C \ ANISOU48014 CA THR P 187 15274 28439 19766 1931 -4781 -3196 C \ ATOM 48015 C THR P 187 -69.197-103.381 22.643 1.00168.03 C \ ANISOU48015 C THR P 187 15655 27916 20271 2279 -5263 -3163 C \ ATOM 48016 O THR P 187 -68.875-102.219 22.925 1.00169.85 O \ ANISOU48016 O THR P 187 15921 27822 20791 2619 -5607 -3378 O \ ATOM 48017 CB THR P 187 -68.277-104.208 24.896 1.00166.11 C \ ANISOU48017 CB THR P 187 15193 28316 19605 1910 -4636 -3236 C \ ATOM 48018 OG1 THR P 187 -68.023-105.423 25.609 1.00164.37 O \ ANISOU48018 OG1 THR P 187 14925 28488 19039 1421 -4251 -2992 O \ ATOM 48019 CG2 THR P 187 -68.843-103.176 25.877 1.00170.43 C \ ANISOU48019 CG2 THR P 187 15263 29251 20239 2321 -4818 -3925 C \ ATOM 48020 N ILE P 188 -69.515-103.774 21.408 1.00167.28 N \ ANISOU48020 N ILE P 188 15733 27647 20175 2148 -5339 -2873 N \ ATOM 48021 CA ILE P 188 -69.493-102.893 20.241 1.00168.57 C \ ANISOU48021 CA ILE P 188 16156 27268 20622 2315 -5827 -2705 C \ ATOM 48022 C ILE P 188 -70.769-103.097 19.412 1.00170.70 C \ ANISOU48022 C ILE P 188 16225 27723 20908 2379 -5984 -2822 C \ ATOM 48023 O ILE P 188 -71.887-102.908 19.900 1.00173.89 O \ ANISOU48023 O ILE P 188 16186 28517 21364 2649 -6073 -3340 O \ ATOM 48024 CB ILE P 188 -68.244-103.165 19.350 1.00165.20 C \ ANISOU48024 CB ILE P 188 16220 26448 20100 1965 -5758 -2103 C \ ATOM 48025 CG1 ILE P 188 -66.966-103.236 20.202 1.00162.62 C \ ANISOU48025 CG1 ILE P 188 16067 26022 19699 1849 -5505 -1987 C \ ATOM 48026 CG2 ILE P 188 -68.113-102.089 18.266 1.00167.51 C \ ANISOU48026 CG2 ILE P 188 16773 26245 20626 2023 -6340 -1853 C \ ATOM 48027 CD1 ILE P 188 -65.893-104.179 19.671 1.00158.82 C \ ANISOU48027 CD1 ILE P 188 15865 25495 18982 1450 -5192 -1582 C \ ATOM 48028 N ASP P 200 -69.332-102.226 7.232 1.00175.30 N \ ANISOU48028 N ASP P 200 18498 27953 20155 -679 -8193 1012 N \ ATOM 48029 CA ASP P 200 -68.643-103.424 6.761 1.00172.63 C \ ANISOU48029 CA ASP P 200 18009 28273 19308 -983 -7556 915 C \ ATOM 48030 C ASP P 200 -68.859-104.614 7.705 1.00167.93 C \ ANISOU48030 C ASP P 200 17222 27753 18829 -563 -6904 353 C \ ATOM 48031 O ASP P 200 -69.618-104.513 8.674 1.00167.02 O \ ANISOU48031 O ASP P 200 17055 27307 19096 -103 -6900 72 O \ ATOM 48032 CB ASP P 200 -67.146-103.144 6.580 1.00173.09 C \ ANISOU48032 CB ASP P 200 18189 28580 18996 -1450 -7524 1216 C \ ATOM 48033 N THR P 201 -68.195-105.732 7.395 1.00165.80 N \ ANISOU48033 N THR P 201 16813 27961 18223 -758 -6422 177 N \ ATOM 48034 CA THR P 201 -68.195-106.974 8.199 1.00161.96 C \ ANISOU48034 CA THR P 201 16174 27527 17834 -486 -5905 -274 C \ ATOM 48035 C THR P 201 -69.204-108.035 7.733 1.00161.55 C \ ANISOU48035 C THR P 201 15901 27701 17777 -408 -5739 -525 C \ ATOM 48036 O THR P 201 -70.400-107.962 8.033 1.00161.73 O \ ANISOU48036 O THR P 201 15865 27546 18039 -153 -5834 -604 O \ ATOM 48037 CB THR P 201 -68.327-106.727 9.731 1.00159.77 C \ ANISOU48037 CB THR P 201 15963 26818 17924 -93 -5824 -439 C \ ATOM 48038 N ASP P 202 -68.690-109.017 6.993 1.00161.39 N \ ANISOU48038 N ASP P 202 15724 28113 17483 -625 -5518 -700 N \ ATOM 48039 CA ASP P 202 -69.450-110.195 6.575 1.00160.96 C \ ANISOU48039 CA ASP P 202 15454 28258 17443 -562 -5367 -990 C \ ATOM 48040 C ASP P 202 -69.514-111.226 7.709 1.00158.15 C \ ANISOU48040 C ASP P 202 15054 27666 17369 -317 -5122 -1292 C \ ATOM 48041 O ASP P 202 -70.556-111.399 8.347 1.00157.47 O \ ANISOU48041 O ASP P 202 14937 27389 17505 -125 -5118 -1323 O \ ATOM 48042 CB ASP P 202 -68.838-110.810 5.301 1.00162.88 C \ ANISOU48042 CB ASP P 202 15491 29095 17301 -876 -5308 -1148 C \ ATOM 48043 CG ASP P 202 -67.305-110.759 5.284 1.00163.16 C \ ANISOU48043 CG ASP P 202 15504 29401 17087 -1078 -5201 -1235 C \ ATOM 48044 OD1 ASP P 202 -66.658-111.284 6.221 1.00161.27 O \ ANISOU48044 OD1 ASP P 202 15294 28926 17056 -886 -5022 -1476 O \ ATOM 48045 OD2 ASP P 202 -66.744-110.200 4.318 1.00165.80 O \ ANISOU48045 OD2 ASP P 202 15768 30239 16987 -1473 -5319 -1051 O \ ATOM 48046 N ALA P 203 -68.386-111.898 7.938 1.00157.06 N \ ANISOU48046 N ALA P 203 14886 27587 17200 -369 -4965 -1510 N \ ATOM 48047 CA ALA P 203 -68.194-112.841 9.031 1.00154.98 C \ ANISOU48047 CA ALA P 203 14623 27049 17213 -224 -4840 -1721 C \ ATOM 48048 C ALA P 203 -66.688-113.006 9.240 1.00154.41 C \ ANISOU48048 C ALA P 203 14578 27003 17087 -281 -4760 -1881 C \ ATOM 48049 O ALA P 203 -66.057-113.822 8.563 1.00155.74 O \ ANISOU48049 O ALA P 203 14561 27437 17175 -349 -4764 -2231 O \ ATOM 48050 CB ALA P 203 -68.848-114.185 8.706 1.00155.57 C \ ANISOU48050 CB ALA P 203 14515 27176 17418 -213 -4872 -1987 C \ ATOM 48051 N ASN P 204 -66.117-112.217 10.156 1.00152.82 N \ ANISOU48051 N ASN P 204 14568 26562 16934 -232 -4711 -1687 N \ ATOM 48052 CA ASN P 204 -64.671-112.249 10.455 1.00152.08 C \ ANISOU48052 CA ASN P 204 14514 26480 16786 -281 -4632 -1812 C \ ATOM 48053 C ASN P 204 -64.189-111.418 11.653 1.00150.01 C \ ANISOU48053 C ASN P 204 14479 25882 16634 -197 -4579 -1586 C \ ATOM 48054 O ASN P 204 -63.156-111.731 12.247 1.00148.96 O \ ANISOU48054 O ASN P 204 14384 25643 16568 -182 -4500 -1722 O \ ATOM 48055 CB ASN P 204 -63.845-111.851 9.220 1.00154.53 C \ ANISOU48055 CB ASN P 204 14701 27325 16685 -534 -4655 -1860 C \ ATOM 48056 CG ASN P 204 -62.958-112.982 8.709 1.00156.08 C \ ANISOU48056 CG ASN P 204 14618 27865 16820 -559 -4613 -2409 C \ ATOM 48057 OD1 ASN P 204 -63.143-114.149 9.062 1.00155.94 O \ ANISOU48057 OD1 ASN P 204 14512 27607 17129 -377 -4660 -2743 O \ ATOM 48058 ND2 ASN P 204 -61.981-112.632 7.875 1.00158.34 N \ ANISOU48058 ND2 ASN P 204 14731 28745 16684 -809 -4587 -2529 N \ ATOM 48059 N VAL P 205 -64.927-110.370 12.010 1.00149.69 N \ ANISOU48059 N VAL P 205 14563 25672 16641 -114 -4663 -1298 N \ ATOM 48060 CA VAL P 205 -64.408-109.356 12.939 1.00148.54 C \ ANISOU48060 CA VAL P 205 14606 25262 16569 -33 -4679 -1115 C \ ATOM 48061 C VAL P 205 -64.925-109.398 14.404 1.00146.93 C \ ANISOU48061 C VAL P 205 14420 24783 16622 181 -4599 -1158 C \ ATOM 48062 O VAL P 205 -64.811-108.396 15.121 1.00146.81 O \ ANISOU48062 O VAL P 205 14511 24581 16688 306 -4664 -1055 O \ ATOM 48063 CB VAL P 205 -64.570-107.911 12.354 1.00150.58 C \ ANISOU48063 CB VAL P 205 14988 25498 16725 -101 -4962 -794 C \ ATOM 48064 CG1 VAL P 205 -63.488-106.990 12.885 1.00150.43 C \ ANISOU48064 CG1 VAL P 205 15163 25298 16692 -145 -5026 -617 C \ ATOM 48065 CG2 VAL P 205 -64.508-107.921 10.838 1.00153.00 C \ ANISOU48065 CG2 VAL P 205 15212 26209 16712 -405 -5085 -693 C \ ATOM 48066 N PRO P 206 -65.491-110.543 14.862 1.00146.22 N \ ANISOU48066 N PRO P 206 14200 24713 16641 183 -4501 -1310 N \ ATOM 48067 CA PRO P 206 -65.724-110.629 16.316 1.00145.07 C \ ANISOU48067 CA PRO P 206 14038 24453 16627 249 -4416 -1317 C \ ATOM 48068 C PRO P 206 -64.449-110.946 17.114 1.00143.09 C \ ANISOU48068 C PRO P 206 13913 24019 16435 186 -4322 -1326 C \ ATOM 48069 O PRO P 206 -64.118-110.232 18.067 1.00142.38 O \ ANISOU48069 O PRO P 206 13896 23828 16374 268 -4269 -1268 O \ ATOM 48070 CB PRO P 206 -66.744-111.775 16.450 1.00145.90 C \ ANISOU48070 CB PRO P 206 13965 24690 16777 140 -4421 -1382 C \ ATOM 48071 CG PRO P 206 -67.321-111.955 15.083 1.00147.16 C \ ANISOU48071 CG PRO P 206 14052 24992 16869 133 -4512 -1425 C \ ATOM 48072 CD PRO P 206 -66.207-111.616 14.146 1.00147.11 C \ ANISOU48072 CD PRO P 206 14156 24983 16753 102 -4530 -1434 C \ ATOM 48073 N ARG P 207 -63.746-112.008 16.723 1.00142.33 N \ ANISOU48073 N ARG P 207 13816 23876 16386 69 -4343 -1450 N \ ATOM 48074 CA ARG P 207 -62.531-112.427 17.408 1.00140.67 C \ ANISOU48074 CA ARG P 207 13703 23461 16281 26 -4322 -1511 C \ ATOM 48075 C ARG P 207 -61.343-111.564 17.009 1.00139.66 C \ ANISOU48075 C ARG P 207 13684 23366 16012 67 -4256 -1520 C \ ATOM 48076 O ARG P 207 -60.492-111.258 17.841 1.00138.54 O \ ANISOU48076 O ARG P 207 13662 23061 15915 87 -4191 -1476 O \ ATOM 48077 CB ARG P 207 -62.225-113.899 17.116 1.00141.64 C \ ANISOU48077 CB ARG P 207 13746 23479 16592 -65 -4493 -1736 C \ ATOM 48078 N ASP P 208 -61.306-111.156 15.743 1.00140.29 N \ ANISOU48078 N ASP P 208 13709 23708 15885 23 -4289 -1543 N \ ATOM 48079 CA ASP P 208 -60.112-110.541 15.156 1.00140.18 C \ ANISOU48079 CA ASP P 208 13734 23882 15644 -75 -4268 -1550 C \ ATOM 48080 C ASP P 208 -59.787-109.119 15.621 1.00139.25 C \ ANISOU48080 C ASP P 208 13818 23632 15456 -69 -4285 -1238 C \ ATOM 48081 O ASP P 208 -58.615-108.782 15.783 1.00138.82 O \ ANISOU48081 O ASP P 208 13839 23600 15304 -146 -4239 -1228 O \ ATOM 48082 CB ASP P 208 -60.172-110.620 13.628 1.00142.57 C \ ANISOU48082 CB ASP P 208 13861 24645 15663 -239 -4331 -1652 C \ ATOM 48083 CG ASP P 208 -60.124-112.052 13.120 1.00143.66 C \ ANISOU48083 CG ASP P 208 13757 24937 15890 -215 -4358 -2100 C \ ATOM 48084 OD1 ASP P 208 -60.220-112.988 13.945 1.00142.95 O \ ANISOU48084 OD1 ASP P 208 13680 24497 16135 -90 -4403 -2247 O \ ATOM 48085 OD2 ASP P 208 -59.994-112.246 11.894 1.00145.88 O \ ANISOU48085 OD2 ASP P 208 13818 25699 15909 -347 -4390 -2308 O \ ATOM 48086 N LEU P 209 -60.810-108.292 15.829 1.00139.16 N \ ANISOU48086 N LEU P 209 13870 23480 15522 36 -4399 -1030 N \ ATOM 48087 CA LEU P 209 -60.605-106.940 16.361 1.00138.78 C \ ANISOU48087 CA LEU P 209 14000 23206 15523 108 -4533 -799 C \ ATOM 48088 C LEU P 209 -60.242-106.999 17.838 1.00136.36 C \ ANISOU48088 C LEU P 209 13753 22651 15404 269 -4385 -882 C \ ATOM 48089 O LEU P 209 -59.469-106.180 18.332 1.00135.93 O \ ANISOU48089 O LEU P 209 13848 22432 15367 289 -4427 -771 O \ ATOM 48090 CB LEU P 209 -61.852-106.071 16.157 1.00140.68 C \ ANISOU48090 CB LEU P 209 14234 23342 15876 244 -4802 -679 C \ ATOM 48091 CG LEU P 209 -61.853-104.650 16.741 1.00141.83 C \ ANISOU48091 CG LEU P 209 14526 23161 16202 406 -5092 -536 C \ ATOM 48092 CD1 LEU P 209 -60.851-103.734 16.036 1.00143.24 C \ ANISOU48092 CD1 LEU P 209 14908 23296 16218 130 -5355 -194 C \ ATOM 48093 CD2 LEU P 209 -63.255-104.054 16.696 1.00144.10 C \ ANISOU48093 CD2 LEU P 209 14711 23338 16703 649 -5390 -607 C \ ATOM 48094 N PHE P 210 -60.816-107.979 18.526 1.00135.01 N \ ANISOU48094 N PHE P 210 13458 22484 15354 330 -4246 -1045 N \ ATOM 48095 CA PHE P 210 -60.589-108.194 19.947 1.00133.22 C \ ANISOU48095 CA PHE P 210 13243 22125 15250 389 -4120 -1094 C \ ATOM 48096 C PHE P 210 -59.178-108.726 20.212 1.00131.37 C \ ANISOU48096 C PHE P 210 13116 21778 15018 282 -4023 -1130 C \ ATOM 48097 O PHE P 210 -58.457-108.191 21.057 1.00130.41 O \ ANISOU48097 O PHE P 210 13108 21509 14931 328 -3969 -1078 O \ ATOM 48098 CB PHE P 210 -61.660-109.147 20.498 1.00133.81 C \ ANISOU48098 CB PHE P 210 13131 22327 15382 343 -4075 -1174 C \ ATOM 48099 CG PHE P 210 -61.373-109.662 21.875 1.00133.14 C \ ANISOU48099 CG PHE P 210 13031 22203 15353 244 -3982 -1164 C \ ATOM 48100 CD1 PHE P 210 -61.550-108.847 22.985 1.00133.57 C \ ANISOU48100 CD1 PHE P 210 13029 22333 15388 348 -3923 -1185 C \ ATOM 48101 CD2 PHE P 210 -60.935-110.967 22.061 1.00132.93 C \ ANISOU48101 CD2 PHE P 210 13024 22069 15414 33 -4022 -1153 C \ ATOM 48102 CE1 PHE P 210 -61.285-109.320 24.264 1.00133.87 C \ ANISOU48102 CE1 PHE P 210 13025 22430 15410 181 -3840 -1145 C \ ATOM 48103 CE2 PHE P 210 -60.668-111.449 23.331 1.00133.28 C \ ANISOU48103 CE2 PHE P 210 13073 22062 15503 -141 -4019 -1061 C \ ATOM 48104 CZ PHE P 210 -60.844-110.625 24.437 1.00133.65 C \ ANISOU48104 CZ PHE P 210 13058 22276 15446 -99 -3895 -1031 C \ ATOM 48105 N GLU P 211 -58.790-109.765 19.476 1.00131.02 N \ ANISOU48105 N GLU P 211 13006 21813 14961 170 -4037 -1279 N \ ATOM 48106 CA GLU P 211 -57.489-110.411 19.649 1.00129.84 C \ ANISOU48106 CA GLU P 211 12890 21574 14868 115 -4016 -1440 C \ ATOM 48107 C GLU P 211 -56.306-109.524 19.249 1.00129.29 C \ ANISOU48107 C GLU P 211 12908 21613 14603 80 -3965 -1414 C \ ATOM 48108 O GLU P 211 -55.168-109.797 19.625 1.00128.63 O \ ANISOU48108 O GLU P 211 12855 21460 14557 67 -3926 -1546 O \ ATOM 48109 CB GLU P 211 -57.447-111.732 18.877 1.00131.22 C \ ANISOU48109 CB GLU P 211 12900 21827 15131 66 -4138 -1738 C \ ATOM 48110 N TYR P 212 -56.588-108.468 18.491 1.00129.83 N \ ANISOU48110 N TYR P 212 13010 21852 14465 27 -4021 -1220 N \ ATOM 48111 CA TYR P 212 -55.571-107.527 18.025 1.00130.08 C \ ANISOU48111 CA TYR P 212 13128 22044 14253 -126 -4053 -1081 C \ ATOM 48112 C TYR P 212 -55.459-106.343 18.974 1.00129.00 C \ ANISOU48112 C TYR P 212 13209 21583 14221 -31 -4110 -816 C \ ATOM 48113 O TYR P 212 -54.364-105.840 19.202 1.00128.77 O \ ANISOU48113 O TYR P 212 13286 21538 14100 -120 -4094 -739 O \ ATOM 48114 CB TYR P 212 -55.888-107.088 16.591 1.00132.71 C \ ANISOU48114 CB TYR P 212 13375 22763 14285 -351 -4198 -952 C \ ATOM 48115 CG TYR P 212 -55.219-105.822 16.088 1.00134.16 C \ ANISOU48115 CG TYR P 212 13682 23105 14187 -629 -4371 -605 C \ ATOM 48116 CD1 TYR P 212 -53.912-105.838 15.604 1.00134.96 C \ ANISOU48116 CD1 TYR P 212 13689 23644 13945 -915 -4303 -678 C \ ATOM 48117 CD2 TYR P 212 -55.921-104.618 16.049 1.00135.20 C \ ANISOU48117 CD2 TYR P 212 13996 22976 14398 -638 -4678 -216 C \ ATOM 48118 CE1 TYR P 212 -53.315-104.674 15.120 1.00137.43 C \ ANISOU48118 CE1 TYR P 212 14111 24163 13942 -1289 -4517 -272 C \ ATOM 48119 CE2 TYR P 212 -55.338-103.455 15.569 1.00137.55 C \ ANISOU48119 CE2 TYR P 212 14439 23345 14477 -966 -4975 185 C \ ATOM 48120 CZ TYR P 212 -54.038-103.486 15.107 1.00138.78 C \ ANISOU48120 CZ TYR P 212 14522 23972 14235 -1335 -4884 206 C \ ATOM 48121 OH TYR P 212 -53.473-102.323 14.634 1.00141.86 O \ ANISOU48121 OH TYR P 212 15057 24480 14361 -1768 -5231 689 O \ ATOM 48122 N THR P 213 -56.590-105.908 19.529 1.00128.70 N \ ANISOU48122 N THR P 213 13196 21325 14378 161 -4197 -737 N \ ATOM 48123 CA THR P 213 -56.589-104.869 20.564 1.00128.21 C \ ANISOU48123 CA THR P 213 13264 20966 14481 335 -4285 -635 C \ ATOM 48124 C THR P 213 -56.048-105.406 21.886 1.00125.86 C \ ANISOU48124 C THR P 213 12974 20546 14299 419 -4057 -774 C \ ATOM 48125 O THR P 213 -55.492-104.650 22.685 1.00125.42 O \ ANISOU48125 O THR P 213 13035 20305 14312 500 -4075 -718 O \ ATOM 48126 CB THR P 213 -57.986-104.252 20.804 1.00129.68 C \ ANISOU48126 CB THR P 213 13371 21051 14849 567 -4481 -665 C \ ATOM 48127 OG1 THR P 213 -58.974-105.287 20.852 1.00129.55 O \ ANISOU48127 OG1 THR P 213 13153 21220 14849 603 -4332 -842 O \ ATOM 48128 CG2 THR P 213 -58.338-103.273 19.704 1.00132.53 C \ ANISOU48128 CG2 THR P 213 13811 21363 15180 496 -4866 -440 C \ ATOM 48129 N LEU P 214 -56.214-106.709 22.114 1.00124.68 N \ ANISOU48129 N LEU P 214 12706 20478 14187 371 -3904 -932 N \ ATOM 48130 CA LEU P 214 -55.654-107.352 23.296 1.00122.86 C \ ANISOU48130 CA LEU P 214 12495 20122 14064 356 -3772 -999 C \ ATOM 48131 C LEU P 214 -54.145-107.189 23.267 1.00121.76 C \ ANISOU48131 C LEU P 214 12490 19898 13873 295 -3727 -1002 C \ ATOM 48132 O LEU P 214 -53.561-106.682 24.216 1.00120.88 O \ ANISOU48132 O LEU P 214 12487 19631 13811 346 -3672 -943 O \ ATOM 48133 CB LEU P 214 -56.020-108.836 23.355 1.00122.98 C \ ANISOU48133 CB LEU P 214 12388 20166 14170 239 -3777 -1108 C \ ATOM 48134 CG LEU P 214 -56.478-109.463 24.681 1.00122.90 C \ ANISOU48134 CG LEU P 214 12317 20120 14257 141 -3762 -1055 C \ ATOM 48135 CD1 LEU P 214 -55.980-110.896 24.756 1.00123.24 C \ ANISOU48135 CD1 LEU P 214 12366 19987 14470 -34 -3906 -1110 C \ ATOM 48136 CD2 LEU P 214 -56.041-108.693 25.928 1.00121.71 C \ ANISOU48136 CD2 LEU P 214 12230 19922 14090 190 -3659 -987 C \ ATOM 48137 N ALA P 215 -53.526-107.599 22.164 1.00122.28 N \ ANISOU48137 N ALA P 215 12506 20144 13810 181 -3749 -1114 N \ ATOM 48138 CA ALA P 215 -52.088-107.444 21.982 1.00122.09 C \ ANISOU48138 CA ALA P 215 12529 20197 13663 92 -3705 -1185 C \ ATOM 48139 C ALA P 215 -51.697-105.976 21.918 1.00122.44 C \ ANISOU48139 C ALA P 215 12734 20238 13548 33 -3761 -902 C \ ATOM 48140 O ALA P 215 -50.769-105.550 22.602 1.00121.55 O \ ANISOU48140 O ALA P 215 12743 19992 13448 36 -3710 -852 O \ ATOM 48141 CB ALA P 215 -51.626-108.165 20.735 1.00123.81 C \ ANISOU48141 CB ALA P 215 12542 20791 13708 -30 -3732 -1467 C \ ATOM 48142 N ASN P 216 -52.420-105.206 21.107 1.00124.17 N \ ANISOU48142 N ASN P 216 12966 20561 13652 -34 -3931 -698 N \ ATOM 48143 CA ASN P 216 -52.111-103.793 20.896 1.00125.68 C \ ANISOU48143 CA ASN P 216 13329 20683 13738 -152 -4154 -368 C \ ATOM 48144 C ASN P 216 -52.152-102.990 22.195 1.00124.55 C \ ANISOU48144 C ASN P 216 13348 20112 13862 84 -4213 -293 C \ ATOM 48145 O ASN P 216 -51.163-102.363 22.569 1.00124.28 O \ ANISOU48145 O ASN P 216 13456 19973 13790 12 -4246 -171 O \ ATOM 48146 CB ASN P 216 -53.053-103.180 19.849 1.00128.42 C \ ANISOU48146 CB ASN P 216 13669 21121 14001 -265 -4448 -144 C \ ATOM 48147 CG ASN P 216 -52.370-102.137 18.967 1.00131.44 C \ ANISOU48147 CG ASN P 216 14167 21680 14095 -658 -4749 239 C \ ATOM 48148 OD1 ASN P 216 -52.974-101.633 18.019 1.00134.03 O \ ANISOU48148 OD1 ASN P 216 14502 22109 14312 -857 -5060 494 O \ ATOM 48149 ND2 ASN P 216 -51.113-101.815 19.269 1.00131.36 N \ ANISOU48149 ND2 ASN P 216 14242 21729 13940 -825 -4696 318 N \ ATOM 48150 N GLN P 217 -53.289-103.034 22.887 1.00124.24 N \ ANISOU48150 N GLN P 217 13240 19902 14063 354 -4222 -413 N \ ATOM 48151 CA GLN P 217 -53.471-102.286 24.131 1.00124.03 C \ ANISOU48151 CA GLN P 217 13260 19598 14266 609 -4286 -468 C \ ATOM 48152 C GLN P 217 -52.500-102.706 25.227 1.00121.75 C \ ANISOU48152 C GLN P 217 13014 19253 13991 615 -4021 -556 C \ ATOM 48153 O GLN P 217 -52.083-101.880 26.034 1.00121.74 O \ ANISOU48153 O GLN P 217 13110 19048 14097 732 -4093 -537 O \ ATOM 48154 CB GLN P 217 -54.916-102.379 24.624 1.00124.82 C \ ANISOU48154 CB GLN P 217 13157 19739 14530 858 -4314 -684 C \ ATOM 48155 CG GLN P 217 -55.850-101.344 24.012 1.00127.61 C \ ANISOU48155 CG GLN P 217 13496 19962 15025 1005 -4734 -647 C \ ATOM 48156 CD GLN P 217 -55.817-100.011 24.746 1.00129.17 C \ ANISOU48156 CD GLN P 217 13751 19836 15490 1269 -5077 -723 C \ ATOM 48157 OE1 GLN P 217 -56.457 -99.847 25.783 1.00129.81 O \ ANISOU48157 OE1 GLN P 217 13619 19975 15728 1566 -5050 -1076 O \ ATOM 48158 NE2 GLN P 217 -55.075 -99.052 24.204 1.00130.42 N \ ANISOU48158 NE2 GLN P 217 14164 19702 15688 1133 -5445 -412 N \ ATOM 48159 N MET P 218 -52.136-103.986 25.244 1.00120.35 N \ ANISOU48159 N MET P 218 12765 19220 13743 495 -3780 -668 N \ ATOM 48160 CA MET P 218 -51.130-104.479 26.179 1.00118.71 C \ ANISOU48160 CA MET P 218 12611 18921 13572 464 -3602 -732 C \ ATOM 48161 C MET P 218 -49.799-103.778 25.987 1.00118.57 C \ ANISOU48161 C MET P 218 12757 18843 13448 371 -3628 -620 C \ ATOM 48162 O MET P 218 -49.061-103.578 26.947 1.00117.40 O \ ANISOU48162 O MET P 218 12700 18540 13365 415 -3545 -621 O \ ATOM 48163 CB MET P 218 -50.934-105.983 26.046 1.00118.11 C \ ANISOU48163 CB MET P 218 12434 18923 13517 350 -3504 -888 C \ ATOM 48164 CG MET P 218 -51.759-106.789 27.020 1.00118.34 C \ ANISOU48164 CG MET P 218 12358 18927 13677 345 -3470 -921 C \ ATOM 48165 SD MET P 218 -50.822-108.164 27.703 1.00118.75 S \ ANISOU48165 SD MET P 218 12436 18796 13887 194 -3493 -998 S \ ATOM 48166 CE MET P 218 -50.544-109.146 26.231 1.00119.30 C \ ANISOU48166 CE MET P 218 12405 18934 13988 166 -3627 -1247 C \ ATOM 48167 N LEU P 219 -49.502-103.407 24.745 1.00120.29 N \ ANISOU48167 N LEU P 219 12994 19249 13461 190 -3752 -503 N \ ATOM 48168 CA LEU P 219 -48.297-102.648 24.443 1.00121.15 C \ ANISOU48168 CA LEU P 219 13228 19420 13382 -6 -3822 -334 C \ ATOM 48169 C LEU P 219 -48.382-101.233 25.003 1.00122.20 C \ ANISOU48169 C LEU P 219 13558 19215 13656 83 -4075 -87 C \ ATOM 48170 O LEU P 219 -47.431-100.760 25.618 1.00121.59 O \ ANISOU48170 O LEU P 219 13609 19004 13586 61 -4059 -19 O \ ATOM 48171 CB LEU P 219 -48.031-102.604 22.942 1.00123.52 C \ ANISOU48171 CB LEU P 219 13438 20160 13333 -338 -3927 -239 C \ ATOM 48172 CG LEU P 219 -46.706-101.951 22.564 1.00124.71 C \ ANISOU48172 CG LEU P 219 13649 20563 13172 -669 -3988 -60 C \ ATOM 48173 CD1 LEU P 219 -45.613-102.974 22.657 1.00123.44 C \ ANISOU48173 CD1 LEU P 219 13307 20702 12892 -690 -3706 -447 C \ ATOM 48174 CD2 LEU P 219 -46.767-101.367 21.168 1.00128.56 C \ ANISOU48174 CD2 LEU P 219 14087 21481 13277 -1100 -4246 235 C \ ATOM 48175 N THR P 220 -49.516-100.564 24.790 1.00124.28 N \ ANISOU48175 N THR P 220 13829 19320 14071 208 -4359 2 N \ ATOM 48176 CA THR P 220 -49.749 -99.238 25.367 1.00126.31 C \ ANISOU48176 CA THR P 220 14226 19181 14584 390 -4724 114 C \ ATOM 48177 C THR P 220 -49.499 -99.285 26.873 1.00124.40 C \ ANISOU48177 C THR P 220 13963 18772 14528 664 -4510 -126 C \ ATOM 48178 O THR P 220 -48.842 -98.401 27.432 1.00124.97 O \ ANISOU48178 O THR P 220 14183 18589 14707 709 -4678 -42 O \ ATOM 48179 CB THR P 220 -51.190 -98.729 25.112 1.00128.86 C \ ANISOU48179 CB THR P 220 14468 19351 15142 614 -5071 55 C \ ATOM 48180 OG1 THR P 220 -51.533 -98.888 23.732 1.00130.86 O \ ANISOU48180 OG1 THR P 220 14710 19812 15197 340 -5222 270 O \ ATOM 48181 CG2 THR P 220 -51.333 -97.258 25.501 1.00132.01 C \ ANISOU48181 CG2 THR P 220 15000 19284 15872 807 -5628 125 C \ ATOM 48182 N ALA P 221 -50.026-100.330 27.513 1.00122.67 N \ ANISOU48182 N ALA P 221 13556 18724 14328 791 -4176 -394 N \ ATOM 48183 CA ALA P 221 -49.838-100.563 28.940 1.00121.14 C \ ANISOU48183 CA ALA P 221 13295 18506 14226 943 -3952 -591 C \ ATOM 48184 C ALA P 221 -48.368-100.764 29.265 1.00119.20 C \ ANISOU48184 C ALA P 221 13209 18196 13883 783 -3778 -490 C \ ATOM 48185 O ALA P 221 -47.834-100.101 30.147 1.00118.98 O \ ANISOU48185 O ALA P 221 13263 17996 13948 886 -3803 -503 O \ ATOM 48186 CB ALA P 221 -50.650-101.760 29.390 1.00120.32 C \ ANISOU48186 CB ALA P 221 12966 18664 14087 940 -3702 -775 C \ ATOM 48187 N MET P 222 -47.718-101.665 28.534 1.00118.34 N \ ANISOU48187 N MET P 222 13110 18251 13602 557 -3628 -449 N \ ATOM 48188 CA MET P 222 -46.308-101.963 28.740 1.00117.21 C \ ANISOU48188 CA MET P 222 13058 18110 13365 420 -3481 -442 C \ ATOM 48189 C MET P 222 -45.378-100.786 28.454 1.00118.53 C \ ANISOU48189 C MET P 222 13406 18199 13431 300 -3651 -218 C \ ATOM 48190 O MET P 222 -44.370-100.615 29.139 1.00117.42 O \ ANISOU48190 O MET P 222 13361 17960 13292 287 -3560 -213 O \ ATOM 48191 CB MET P 222 -45.891-103.176 27.915 1.00116.90 C \ ANISOU48191 CB MET P 222 12900 18322 13195 258 -3365 -590 C \ ATOM 48192 CG MET P 222 -46.115-104.486 28.626 1.00115.85 C \ ANISOU48192 CG MET P 222 12664 18120 13231 316 -3248 -786 C \ ATOM 48193 SD MET P 222 -45.590-105.907 27.656 1.00117.32 S \ ANISOU48193 SD MET P 222 12678 18504 13393 212 -3265 -1089 S \ ATOM 48194 CE MET P 222 -47.088-106.289 26.761 1.00118.55 C \ ANISOU48194 CE MET P 222 12693 18814 13535 215 -3348 -1092 C \ ATOM 48195 N ALA P 223 -45.713 -99.980 27.450 1.00121.46 N \ ANISOU48195 N ALA P 223 13830 18609 13709 166 -3945 6 N \ ATOM 48196 CA ALA P 223 -44.884 -98.836 27.072 1.00123.86 C \ ANISOU48196 CA ALA P 223 14319 18849 13890 -69 -4227 328 C \ ATOM 48197 C ALA P 223 -44.889 -97.783 28.160 1.00124.46 C \ ANISOU48197 C ALA P 223 14550 18467 14269 173 -4441 369 C \ ATOM 48198 O ALA P 223 -43.863 -97.179 28.450 1.00124.59 O \ ANISOU48198 O ALA P 223 14720 18378 14239 45 -4518 529 O \ ATOM 48199 CB ALA P 223 -45.356 -98.241 25.763 1.00127.25 C \ ANISOU48199 CB ALA P 223 14775 19408 14165 -345 -4601 631 C \ ATOM 48200 N GLN P 224 -46.054 -97.579 28.761 1.00125.54 N \ ANISOU48200 N GLN P 224 14603 18391 14704 528 -4547 168 N \ ATOM 48201 CA GLN P 224 -46.212 -96.606 29.827 1.00127.30 C \ ANISOU48201 CA GLN P 224 14871 18251 15244 838 -4781 45 C \ ATOM 48202 C GLN P 224 -45.627 -97.126 31.140 1.00124.91 C \ ANISOU48202 C GLN P 224 14510 18004 14943 967 -4373 -183 C \ ATOM 48203 O GLN P 224 -44.751 -96.487 31.724 1.00124.84 O \ ANISOU48203 O GLN P 224 14644 17794 14993 974 -4445 -117 O \ ATOM 48204 CB GLN P 224 -47.685 -96.226 29.986 1.00129.64 C \ ANISOU48204 CB GLN P 224 14991 18441 15825 1188 -5052 -218 C \ ATOM 48205 CG GLN P 224 -48.188 -95.257 28.920 1.00133.99 C \ ANISOU48205 CG GLN P 224 15662 18722 16525 1120 -5686 32 C \ ATOM 48206 CD GLN P 224 -49.689 -95.044 28.981 1.00136.99 C \ ANISOU48206 CD GLN P 224 15813 19045 17189 1493 -5943 -310 C \ ATOM 48207 OE1 GLN P 224 -50.163 -93.990 29.408 1.00140.63 O \ ANISOU48207 OE1 GLN P 224 16238 19145 18049 1831 -6466 -531 O \ ATOM 48208 NE2 GLN P 224 -50.447 -96.050 28.559 1.00136.09 N \ ANISOU48208 NE2 GLN P 224 15515 19297 16895 1455 -5617 -411 N \ ATOM 48209 N GLY P 225 -46.100 -98.294 31.576 1.00123.61 N \ ANISOU48209 N GLY P 225 14147 18108 14708 1016 -3995 -406 N \ ATOM 48210 CA GLY P 225 -45.649 -98.942 32.813 1.00122.07 C \ ANISOU48210 CA GLY P 225 13884 18003 14494 1048 -3658 -564 C \ ATOM 48211 C GLY P 225 -44.151 -99.183 32.906 1.00120.67 C \ ANISOU48211 C GLY P 225 13885 17762 14199 851 -3498 -417 C \ ATOM 48212 O GLY P 225 -43.597 -99.251 34.004 1.00119.52 O \ ANISOU48212 O GLY P 225 13752 17567 14092 898 -3346 -493 O \ ATOM 48213 N TYR P 226 -43.494 -99.319 31.759 1.00121.31 N \ ANISOU48213 N TYR P 226 14064 17921 14107 612 -3535 -239 N \ ATOM 48214 CA TYR P 226 -42.043 -99.461 31.722 1.00120.85 C \ ANISOU48214 CA TYR P 226 14113 17903 13899 420 -3414 -166 C \ ATOM 48215 C TYR P 226 -41.343 -98.106 31.785 1.00122.36 C \ ANISOU48215 C TYR P 226 14505 17892 14093 359 -3666 65 C \ ATOM 48216 O TYR P 226 -40.315 -97.969 32.450 1.00121.26 O \ ANISOU48216 O TYR P 226 14457 17676 13940 332 -3559 72 O \ ATOM 48217 CB TYR P 226 -41.606-100.229 30.473 1.00121.52 C \ ANISOU48217 CB TYR P 226 14107 18330 13732 166 -3345 -185 C \ ATOM 48218 CG TYR P 226 -40.253 -99.824 29.944 1.00122.96 C \ ANISOU48218 CG TYR P 226 14353 18715 13650 -111 -3368 -66 C \ ATOM 48219 CD1 TYR P 226 -39.090-100.408 30.439 1.00122.33 C \ ANISOU48219 CD1 TYR P 226 14242 18705 13533 -130 -3161 -256 C \ ATOM 48220 CD2 TYR P 226 -40.137 -98.851 28.946 1.00126.36 C \ ANISOU48220 CD2 TYR P 226 14856 19303 13850 -405 -3646 251 C \ ATOM 48221 CE1 TYR P 226 -37.839-100.033 29.955 1.00124.50 C \ ANISOU48221 CE1 TYR P 226 14514 19278 13512 -406 -3167 -195 C \ ATOM 48222 CE2 TYR P 226 -38.897 -98.464 28.458 1.00128.53 C \ ANISOU48222 CE2 TYR P 226 15145 19897 13791 -766 -3680 398 C \ ATOM 48223 CZ TYR P 226 -37.751 -99.062 28.963 1.00127.59 C \ ANISOU48223 CZ TYR P 226 14951 19922 13604 -751 -3407 140 C \ ATOM 48224 OH TYR P 226 -36.516 -98.689 28.481 1.00129.88 O \ ANISOU48224 OH TYR P 226 15196 20637 13514 -1127 -3423 233 O \ ATOM 48225 N ALA P 227 -41.894 -97.120 31.075 1.00125.48 N \ ANISOU48225 N ALA P 227 14978 18169 14528 311 -4062 279 N \ ATOM 48226 CA ALA P 227 -41.340 -95.764 31.045 1.00128.02 C \ ANISOU48226 CA ALA P 227 15517 18211 14911 201 -4474 572 C \ ATOM 48227 C ALA P 227 -41.566 -95.056 32.374 1.00128.18 C \ ANISOU48227 C ALA P 227 15573 17838 15292 586 -4597 378 C \ ATOM 48228 O ALA P 227 -40.802 -94.164 32.751 1.00129.10 O \ ANISOU48228 O ALA P 227 15864 17694 15493 546 -4831 528 O \ ATOM 48229 CB ALA P 227 -41.947 -94.963 29.911 1.00131.80 C \ ANISOU48229 CB ALA P 227 16076 18610 15391 8 -4996 886 C \ ATOM 48230 N ALA P 228 -42.626 -95.458 33.072 1.00127.88 N \ ANISOU48230 N ALA P 228 15327 17827 15434 930 -4455 19 N \ ATOM 48231 CA ALA P 228 -42.898 -94.978 34.418 1.00128.47 C \ ANISOU48231 CA ALA P 228 15302 17744 15764 1291 -4481 -301 C \ ATOM 48232 C ALA P 228 -41.852 -95.520 35.379 1.00125.70 C \ ANISOU48232 C ALA P 228 14979 17494 15287 1224 -4070 -344 C \ ATOM 48233 O ALA P 228 -41.356 -94.786 36.236 1.00126.21 O \ ANISOU48233 O ALA P 228 15104 17357 15493 1363 -4174 -419 O \ ATOM 48234 CB ALA P 228 -44.292 -95.394 34.865 1.00129.10 C \ ANISOU48234 CB ALA P 228 15064 18048 15939 1571 -4387 -690 C \ ATOM 48235 N GLU P 229 -41.513 -96.800 35.218 1.00123.39 N \ ANISOU48235 N GLU P 229 14639 17476 14765 1020 -3668 -315 N \ ATOM 48236 CA GLU P 229 -40.607 -97.474 36.143 1.00121.13 C \ ANISOU48236 CA GLU P 229 14363 17256 14403 955 -3335 -370 C \ ATOM 48237 C GLU P 229 -39.156 -97.040 35.973 1.00120.53 C \ ANISOU48237 C GLU P 229 14508 17048 14238 780 -3360 -167 C \ ATOM 48238 O GLU P 229 -38.402 -97.037 36.940 1.00119.30 O \ ANISOU48238 O GLU P 229 14399 16820 14108 812 -3215 -217 O \ ATOM 48239 CB GLU P 229 -40.745 -99.005 36.069 1.00119.56 C \ ANISOU48239 CB GLU P 229 14039 17297 14091 813 -3048 -436 C \ ATOM 48240 CG GLU P 229 -39.682 -99.739 35.238 1.00119.02 C \ ANISOU48240 CG GLU P 229 14047 17299 13875 583 -2953 -358 C \ ATOM 48241 CD GLU P 229 -39.277-101.081 35.842 1.00118.08 C \ ANISOU48241 CD GLU P 229 13859 17213 13793 512 -2768 -482 C \ ATOM 48242 OE1 GLU P 229 -39.773-101.418 36.940 1.00118.25 O \ ANISOU48242 OE1 GLU P 229 13806 17224 13899 548 -2704 -520 O \ ATOM 48243 OE2 GLU P 229 -38.456-101.800 35.227 1.00117.68 O \ ANISOU48243 OE2 GLU P 229 13798 17228 13687 396 -2741 -563 O \ ATOM 48244 N ILE P 230 -38.763 -96.665 34.760 1.00122.06 N \ ANISOU48244 N ILE P 230 14812 17278 14284 547 -3550 74 N \ ATOM 48245 CA ILE P 230 -37.398 -96.190 34.550 1.00122.45 C \ ANISOU48245 CA ILE P 230 15027 17326 14172 301 -3595 283 C \ ATOM 48246 C ILE P 230 -37.256 -94.718 34.962 1.00124.56 C \ ANISOU48246 C ILE P 230 15483 17210 14633 373 -3997 460 C \ ATOM 48247 O ILE P 230 -36.147 -94.217 35.147 1.00124.70 O \ ANISOU48247 O ILE P 230 15650 17161 14570 207 -4047 628 O \ ATOM 48248 CB ILE P 230 -36.870 -96.477 33.112 1.00123.82 C \ ANISOU48248 CB ILE P 230 15166 17889 13989 -95 -3614 454 C \ ATOM 48249 CG1 ILE P 230 -35.348 -96.688 33.124 1.00123.54 C \ ANISOU48249 CG1 ILE P 230 15140 18097 13703 -333 -3431 451 C \ ATOM 48250 CG2 ILE P 230 -37.256 -95.367 32.140 1.00127.32 C \ ANISOU48250 CG2 ILE P 230 15726 18273 14373 -325 -4094 825 C \ ATOM 48251 CD1 ILE P 230 -34.850 -97.882 33.953 1.00120.38 C \ ANISOU48251 CD1 ILE P 230 14625 17724 13389 -149 -3059 91 C \ ATOM 48252 N SER P 231 -38.390 -94.040 35.110 1.00126.84 N \ ANISOU48252 N SER P 231 15741 17242 15207 638 -4329 378 N \ ATOM 48253 CA SER P 231 -38.422 -92.718 35.720 1.00129.50 C \ ANISOU48253 CA SER P 231 16196 17136 15868 846 -4790 377 C \ ATOM 48254 C SER P 231 -38.274 -92.894 37.224 1.00127.54 C \ ANISOU48254 C SER P 231 15831 16881 15747 1157 -4489 10 C \ ATOM 48255 O SER P 231 -37.600 -92.102 37.888 1.00128.23 O \ ANISOU48255 O SER P 231 16039 16707 15975 1229 -4663 20 O \ ATOM 48256 CB SER P 231 -39.737 -92.001 35.392 1.00133.25 C \ ANISOU48256 CB SER P 231 16604 17358 16665 1097 -5308 269 C \ ATOM 48257 OG SER P 231 -39.783 -90.703 35.964 1.00136.66 O \ ANISOU48257 OG SER P 231 17121 17299 17505 1356 -5881 176 O \ ATOM 48258 N ALA P 232 -38.895 -93.952 37.744 1.00125.61 N \ ANISOU48258 N ALA P 232 15344 16955 15424 1282 -4067 -277 N \ ATOM 48259 CA ALA P 232 -38.901 -94.249 39.177 1.00124.40 C \ ANISOU48259 CA ALA P 232 15019 16939 15305 1477 -3779 -595 C \ ATOM 48260 C ALA P 232 -37.586 -94.842 39.691 1.00121.44 C \ ANISOU48260 C ALA P 232 14769 16615 14756 1269 -3433 -461 C \ ATOM 48261 O ALA P 232 -37.238 -94.643 40.854 1.00121.01 O \ ANISOU48261 O ALA P 232 14669 16555 14753 1384 -3330 -619 O \ ATOM 48262 CB ALA P 232 -40.064 -95.155 39.523 1.00124.25 C \ ANISOU48262 CB ALA P 232 14689 17302 15216 1560 -3535 -863 C \ ATOM 48263 N ARG P 233 -36.870 -95.573 38.835 1.00119.93 N \ ANISOU48263 N ARG P 233 14691 16514 14361 977 -3277 -230 N \ ATOM 48264 CA ARG P 233 -35.533 -96.051 39.179 1.00117.86 C \ ANISOU48264 CA ARG P 233 14533 16275 13971 805 -3038 -155 C \ ATOM 48265 C ARG P 233 -34.528 -94.905 39.153 1.00118.94 C \ ANISOU48265 C ARG P 233 14886 16185 14118 735 -3255 37 C \ ATOM 48266 O ARG P 233 -33.688 -94.806 40.047 1.00117.88 O \ ANISOU48266 O ARG P 233 14815 15970 14002 758 -3128 3 O \ ATOM 48267 CB ARG P 233 -35.072 -97.196 38.270 1.00116.78 C \ ANISOU48267 CB ARG P 233 14362 16368 13640 570 -2861 -120 C \ ATOM 48268 CG ARG P 233 -33.769 -97.861 38.735 1.00114.84 C \ ANISOU48268 CG ARG P 233 14151 16151 13328 462 -2651 -175 C \ ATOM 48269 CD ARG P 233 -33.498 -99.191 38.045 1.00114.98 C \ ANISOU48269 CD ARG P 233 14039 16379 13267 342 -2543 -328 C \ ATOM 48270 NE ARG P 233 -34.481-100.215 38.403 1.00115.47 N \ ANISOU48270 NE ARG P 233 13973 16429 13469 413 -2505 -439 N \ ATOM 48271 CZ ARG P 233 -35.440-100.668 37.594 1.00117.06 C \ ANISOU48271 CZ ARG P 233 14058 16761 13656 405 -2561 -476 C \ ATOM 48272 NH1 ARG P 233 -35.562-100.204 36.355 1.00118.44 N \ ANISOU48272 NH1 ARG P 233 14221 17105 13675 332 -2650 -420 N \ ATOM 48273 NH2 ARG P 233 -36.286-101.595 38.022 1.00117.48 N \ ANISOU48273 NH2 ARG P 233 14003 16807 13827 415 -2557 -534 N \ ATOM 48274 N ARG P 234 -34.621 -94.036 38.143 1.00121.62 N \ ANISOU48274 N ARG P 234 15344 16421 14443 603 -3627 280 N \ ATOM 48275 CA ARG P 234 -33.755 -92.854 38.058 1.00123.59 C \ ANISOU48275 CA ARG P 234 15819 16427 14713 452 -3967 554 C \ ATOM 48276 C ARG P 234 -33.903 -91.974 39.301 1.00124.29 C \ ANISOU48276 C ARG P 234 15938 16146 15138 798 -4159 366 C \ ATOM 48277 O ARG P 234 -32.929 -91.386 39.777 1.00124.27 O \ ANISOU48277 O ARG P 234 16088 15970 15156 735 -4237 476 O \ ATOM 48278 CB ARG P 234 -34.060 -92.037 36.803 1.00127.34 C \ ANISOU48278 CB ARG P 234 16413 16820 15151 192 -4478 912 C \ ATOM 48279 CG ARG P 234 -33.107 -90.865 36.588 1.00130.44 C \ ANISOU48279 CG ARG P 234 17056 16989 15514 -117 -4923 1318 C \ ATOM 48280 CD ARG P 234 -33.819 -89.639 36.023 1.00136.12 C \ ANISOU48280 CD ARG P 234 17930 17273 16514 -161 -5709 1599 C \ ATOM 48281 NE ARG P 234 -34.953 -89.214 36.847 1.00137.79 N \ ANISOU48281 NE ARG P 234 18051 17060 17242 425 -5953 1187 N \ ATOM 48282 CZ ARG P 234 -34.865 -88.438 37.927 1.00139.04 C \ ANISOU48282 CZ ARG P 234 18242 16811 17776 777 -6199 947 C \ ATOM 48283 NH1 ARG P 234 -33.688 -87.984 38.345 1.00138.70 N \ ANISOU48283 NH1 ARG P 234 18381 16640 17679 599 -6239 1145 N \ ATOM 48284 NH2 ARG P 234 -35.964 -88.117 38.596 1.00140.80 N \ ANISOU48284 NH2 ARG P 234 18269 16814 18414 1316 -6412 448 N \ ATOM 48285 N ASN P 235 -35.129 -91.899 39.815 1.00125.34 N \ ANISOU48285 N ASN P 235 15879 16229 15513 1163 -4236 30 N \ ATOM 48286 CA ASN P 235 -35.429 -91.159 41.038 1.00126.75 C \ ANISOU48286 CA ASN P 235 15954 16215 15990 1547 -4398 -324 C \ ATOM 48287 C ASN P 235 -34.955 -91.874 42.307 1.00123.66 C \ ANISOU48287 C ASN P 235 15431 16086 15466 1599 -3888 -546 C \ ATOM 48288 O ASN P 235 -34.357 -91.248 43.186 1.00123.97 O \ ANISOU48288 O ASN P 235 15514 15968 15621 1720 -3956 -649 O \ ATOM 48289 CB ASN P 235 -36.929 -90.837 41.116 1.00129.85 C \ ANISOU48289 CB ASN P 235 16084 16612 16639 1912 -4673 -712 C \ ATOM 48290 CG ASN P 235 -37.348 -90.313 42.480 1.00132.07 C \ ANISOU48290 CG ASN P 235 16090 16941 17148 2337 -4738 -1273 C \ ATOM 48291 OD1 ASN P 235 -37.564 -91.086 43.417 1.00130.99 O \ ANISOU48291 OD1 ASN P 235 15686 17269 16813 2375 -4265 -1551 O \ ATOM 48292 ND2 ASN P 235 -37.473 -88.995 42.595 1.00136.49 N \ ANISOU48292 ND2 ASN P 235 16687 17048 18123 2628 -5385 -1455 N \ ATOM 48293 N ALA P 236 -35.232 -93.175 42.398 1.00121.12 N \ ANISOU48293 N ALA P 236 14956 16140 14922 1481 -3444 -595 N \ ATOM 48294 CA ALA P 236 -34.859 -93.976 43.567 1.00118.80 C \ ANISOU48294 CA ALA P 236 14544 16097 14497 1435 -3043 -723 C \ ATOM 48295 C ALA P 236 -33.346 -94.097 43.731 1.00116.38 C \ ANISOU48295 C ALA P 236 14474 15644 14100 1238 -2899 -496 C \ ATOM 48296 O ALA P 236 -32.857 -94.270 44.847 1.00115.26 O \ ANISOU48296 O ALA P 236 14291 15569 13932 1247 -2711 -590 O \ ATOM 48297 CB ALA P 236 -35.506 -95.356 43.511 1.00117.68 C \ ANISOU48297 CB ALA P 236 14223 16303 14185 1280 -2756 -742 C \ ATOM 48298 N MET P 237 -32.616 -94.001 42.619 1.00115.94 N \ ANISOU48298 N MET P 237 14627 15464 13959 1029 -2996 -214 N \ ATOM 48299 CA MET P 237 -31.153 -94.005 42.643 1.00114.42 C \ ANISOU48299 CA MET P 237 14614 15210 13648 830 -2895 -40 C \ ATOM 48300 C MET P 237 -30.566 -92.635 42.950 1.00116.02 C \ ANISOU48300 C MET P 237 14995 15108 13977 883 -3196 66 C \ ATOM 48301 O MET P 237 -29.395 -92.532 43.310 1.00114.94 O \ ANISOU48301 O MET P 237 14983 14926 13763 763 -3097 161 O \ ATOM 48302 CB MET P 237 -30.576 -94.530 41.331 1.00114.13 C \ ANISOU48302 CB MET P 237 14626 15359 13379 531 -2857 138 C \ ATOM 48303 CG MET P 237 -30.865 -95.995 41.049 1.00112.64 C \ ANISOU48303 CG MET P 237 14268 15416 13113 485 -2605 -16 C \ ATOM 48304 SD MET P 237 -30.370 -97.154 42.338 1.00109.49 S \ ANISOU48304 SD MET P 237 13802 15006 12793 524 -2331 -193 S \ ATOM 48305 CE MET P 237 -31.892 -97.351 43.261 1.00109.46 C \ ANISOU48305 CE MET P 237 13627 15055 12907 682 -2311 -300 C \ ATOM 48306 N ASP P 238 -31.371 -91.586 42.800 1.00119.13 N \ ANISOU48306 N ASP P 238 15399 15262 14603 1069 -3624 33 N \ ATOM 48307 CA ASP P 238 -30.959 -90.249 43.215 1.00121.55 C \ ANISOU48307 CA ASP P 238 15859 15179 15145 1178 -4045 77 C \ ATOM 48308 C ASP P 238 -31.022 -90.124 44.741 1.00121.17 C \ ANISOU48308 C ASP P 238 15649 15141 15247 1506 -3889 -322 C \ ATOM 48309 O ASP P 238 -30.239 -89.379 45.344 1.00121.67 O \ ANISOU48309 O ASP P 238 15837 14966 15423 1551 -4039 -308 O \ ATOM 48310 CB ASP P 238 -31.811 -89.172 42.540 1.00125.85 C \ ANISOU48310 CB ASP P 238 16456 15378 15981 1293 -4704 131 C \ ATOM 48311 CG ASP P 238 -31.158 -87.800 42.582 1.00129.06 C \ ANISOU48311 CG ASP P 238 17114 15283 16636 1249 -5314 350 C \ ATOM 48312 OD1 ASP P 238 -29.981 -87.677 42.177 1.00128.65 O \ ANISOU48312 OD1 ASP P 238 17289 15240 16349 837 -5307 773 O \ ATOM 48313 OD2 ASP P 238 -31.825 -86.839 43.016 1.00132.40 O \ ANISOU48313 OD2 ASP P 238 17482 15321 17502 1623 -5850 65 O \ ATOM 48314 N ASN P 239 -31.957 -90.856 45.353 1.00120.73 N \ ANISOU48314 N ASN P 239 15292 15427 15153 1682 -3603 -667 N \ ATOM 48315 CA ASN P 239 -31.999 -91.027 46.808 1.00120.42 C \ ANISOU48315 CA ASN P 239 15021 15635 15095 1850 -3348 -1019 C \ ATOM 48316 C ASN P 239 -30.707 -91.652 47.305 1.00117.04 C \ ANISOU48316 C ASN P 239 14750 15249 14470 1598 -2990 -799 C \ ATOM 48317 O ASN P 239 -30.075 -91.137 48.225 1.00117.17 O \ ANISOU48317 O ASN P 239 14787 15185 14544 1685 -2991 -902 O \ ATOM 48318 CB ASN P 239 -33.161 -91.938 47.229 1.00120.76 C \ ANISOU48318 CB ASN P 239 14702 16190 14989 1884 -3075 -1295 C \ ATOM 48319 CG ASN P 239 -34.523 -91.320 46.978 1.00125.05 C \ ANISOU48319 CG ASN P 239 14988 16796 15726 2200 -3406 -1661 C \ ATOM 48320 OD1 ASN P 239 -34.721 -90.114 47.152 1.00128.71 O \ ANISOU48320 OD1 ASN P 239 15405 16993 16503 2532 -3853 -1950 O \ ATOM 48321 ND2 ASN P 239 -35.480 -92.155 46.580 1.00125.57 N \ ANISOU48321 ND2 ASN P 239 14868 17197 15645 2114 -3245 -1689 N \ ATOM 48322 N ALA P 240 -30.323 -92.755 46.666 1.00114.47 N \ ANISOU48322 N ALA P 240 14512 15037 13942 1312 -2732 -545 N \ ATOM 48323 CA ALA P 240 -29.232 -93.600 47.127 1.00111.66 C \ ANISOU48323 CA ALA P 240 14241 14744 13440 1099 -2429 -421 C \ ATOM 48324 C ALA P 240 -27.861 -92.949 47.011 1.00110.93 C \ ANISOU48324 C ALA P 240 14400 14400 13346 1011 -2503 -236 C \ ATOM 48325 O ALA P 240 -27.151 -92.855 48.005 1.00110.06 O \ ANISOU48325 O ALA P 240 14319 14254 13242 1028 -2386 -283 O \ ATOM 48326 CB ALA P 240 -29.259 -94.940 46.411 1.00110.29 C \ ANISOU48326 CB ALA P 240 14043 14721 13139 885 -2258 -314 C \ ATOM 48327 N SER P 241 -27.493 -92.485 45.817 1.00111.76 N \ ANISOU48327 N SER P 241 14667 14391 13404 866 -2711 -6 N \ ATOM 48328 CA SER P 241 -26.170 -91.880 45.600 1.00111.82 C \ ANISOU48328 CA SER P 241 14886 14272 13328 675 -2801 216 C \ ATOM 48329 C SER P 241 -25.927 -90.652 46.487 1.00113.08 C \ ANISOU48329 C SER P 241 15150 14117 13698 853 -3049 185 C \ ATOM 48330 O SER P 241 -24.787 -90.209 46.656 1.00112.82 O \ ANISOU48330 O SER P 241 15280 13977 13609 710 -3081 343 O \ ATOM 48331 CB SER P 241 -25.966 -91.516 44.128 1.00113.67 C \ ANISOU48331 CB SER P 241 15222 14574 13393 379 -3044 510 C \ ATOM 48332 OG SER P 241 -26.635 -90.309 43.808 1.00117.14 O \ ANISOU48332 OG SER P 241 15762 14712 14032 445 -3543 650 O \ ATOM 48333 N LYS P 242 -27.009 -90.112 47.045 1.00114.87 N \ ANISOU48333 N LYS P 242 15241 14231 14171 1176 -3247 -77 N \ ATOM 48334 CA LYS P 242 -26.938 -88.980 47.957 1.00116.67 C \ ANISOU48334 CA LYS P 242 15482 14183 14663 1437 -3537 -265 C \ ATOM 48335 C LYS P 242 -26.952 -89.476 49.402 1.00114.93 C \ ANISOU48335 C LYS P 242 15040 14231 14396 1600 -3163 -606 C \ ATOM 48336 O LYS P 242 -26.221 -88.956 50.237 1.00114.92 O \ ANISOU48336 O LYS P 242 15095 14109 14459 1667 -3180 -672 O \ ATOM 48337 CB LYS P 242 -28.093 -88.006 47.690 1.00120.95 C \ ANISOU48337 CB LYS P 242 15937 14475 15541 1735 -4085 -472 C \ ATOM 48338 CG LYS P 242 -27.710 -86.527 47.745 1.00124.87 C \ ANISOU48338 CG LYS P 242 16629 14428 16388 1847 -4741 -415 C \ ATOM 48339 CD LYS P 242 -27.817 -85.952 49.153 1.00126.89 C \ ANISOU48339 CD LYS P 242 16677 14641 16893 2264 -4811 -948 C \ ATOM 48340 CE LYS P 242 -27.797 -84.434 49.123 1.00131.96 C \ ANISOU48340 CE LYS P 242 17455 14649 18034 2490 -5656 -1021 C \ ATOM 48341 NZ LYS P 242 -28.626 -83.866 50.220 1.00135.61 N \ ANISOU48341 NZ LYS P 242 17525 15155 18844 3072 -5885 -1814 N \ ATOM 48342 N ASN P 243 -27.776 -90.484 49.686 1.00113.90 N \ ANISOU48342 N ASN P 243 14653 14496 14125 1604 -2855 -781 N \ ATOM 48343 CA ASN P 243 -27.817 -91.110 51.012 1.00112.97 C \ ANISOU48343 CA ASN P 243 14306 14751 13867 1598 -2518 -1001 C \ ATOM 48344 C ASN P 243 -26.571 -91.930 51.357 1.00109.93 C \ ANISOU48344 C ASN P 243 14092 14360 13314 1315 -2217 -736 C \ ATOM 48345 O ASN P 243 -26.204 -92.042 52.529 1.00109.65 O \ ANISOU48345 O ASN P 243 13965 14485 13210 1291 -2056 -839 O \ ATOM 48346 CB ASN P 243 -29.064 -91.975 51.167 1.00113.67 C \ ANISOU48346 CB ASN P 243 14072 15305 13812 1565 -2351 -1176 C \ ATOM 48347 CG ASN P 243 -30.294 -91.166 51.511 1.00117.43 C \ ANISOU48347 CG ASN P 243 14204 15998 14415 1908 -2581 -1665 C \ ATOM 48348 OD1 ASN P 243 -30.201 -90.032 51.985 1.00119.44 O \ ANISOU48348 OD1 ASN P 243 14399 16095 14885 2208 -2854 -1971 O \ ATOM 48349 ND2 ASN P 243 -31.461 -91.751 51.281 1.00118.87 N \ ANISOU48349 ND2 ASN P 243 14123 16554 14485 1883 -2514 -1795 N \ ATOM 48350 N ALA P 244 -25.939 -92.510 50.339 1.00108.13 N \ ANISOU48350 N ALA P 244 14069 13994 13018 1103 -2169 -446 N \ ATOM 48351 CA ALA P 244 -24.651 -93.173 50.497 1.00105.74 C \ ANISOU48351 CA ALA P 244 13914 13638 12621 895 -1981 -280 C \ ATOM 48352 C ALA P 244 -23.557 -92.138 50.713 1.00105.79 C \ ANISOU48352 C ALA P 244 14117 13401 12676 925 -2087 -204 C \ ATOM 48353 O ALA P 244 -22.611 -92.383 51.456 1.00104.56 O \ ANISOU48353 O ALA P 244 14020 13226 12481 851 -1934 -183 O \ ATOM 48354 CB ALA P 244 -24.337 -94.025 49.293 1.00104.81 C \ ANISOU48354 CB ALA P 244 13859 13544 12418 711 -1946 -144 C \ ATOM 48355 N GLY P 245 -23.689 -90.984 50.059 1.00107.79 N \ ANISOU48355 N GLY P 245 14482 13439 13032 1003 -2409 -132 N \ ATOM 48356 CA GLY P 245 -22.781 -89.859 50.278 1.00108.69 C \ ANISOU48356 CA GLY P 245 14790 13275 13230 1007 -2628 -24 C \ ATOM 48357 C GLY P 245 -22.760 -89.459 51.743 1.00108.99 C \ ANISOU48357 C GLY P 245 14726 13290 13391 1238 -2578 -294 C \ ATOM 48358 O GLY P 245 -21.690 -89.295 52.334 1.00107.88 O \ ANISOU48358 O GLY P 245 14703 13067 13218 1170 -2486 -228 O \ ATOM 48359 N ASP P 246 -23.952 -89.327 52.326 1.00110.89 N \ ANISOU48359 N ASP P 246 14701 13690 13740 1497 -2628 -639 N \ ATOM 48360 CA ASP P 246 -24.122 -88.967 53.737 1.00112.10 C \ ANISOU48360 CA ASP P 246 14631 14015 13946 1713 -2575 -1011 C \ ATOM 48361 C ASP P 246 -23.534 -90.012 54.683 1.00109.57 C \ ANISOU48361 C ASP P 246 14246 14006 13378 1487 -2142 -949 C \ ATOM 48362 O ASP P 246 -22.947 -89.666 55.706 1.00109.73 O \ ANISOU48362 O ASP P 246 14239 14061 13393 1529 -2080 -1065 O \ ATOM 48363 CB ASP P 246 -25.604 -88.724 54.060 1.00115.37 C \ ANISOU48363 CB ASP P 246 14660 14727 14445 1999 -2705 -1478 C \ ATOM 48364 CG ASP P 246 -26.184 -87.520 53.318 1.00118.98 C \ ANISOU48364 CG ASP P 246 15163 14778 15262 2297 -3283 -1624 C \ ATOM 48365 OD1 ASP P 246 -25.409 -86.689 52.792 1.00119.43 O \ ANISOU48365 OD1 ASP P 246 15548 14313 15514 2265 -3640 -1355 O \ ATOM 48366 OD2 ASP P 246 -27.426 -87.400 53.262 1.00122.17 O \ ANISOU48366 OD2 ASP P 246 15267 15390 15762 2535 -3436 -1998 O \ ATOM 48367 N MET P 247 -23.687 -91.284 54.330 1.00107.75 N \ ANISOU48367 N MET P 247 13998 13964 12975 1237 -1911 -760 N \ ATOM 48368 CA MET P 247 -23.095 -92.368 55.100 1.00105.93 C \ ANISOU48368 CA MET P 247 13756 13912 12581 971 -1644 -627 C \ ATOM 48369 C MET P 247 -21.591 -92.517 54.853 1.00103.53 C \ ANISOU48369 C MET P 247 13747 13288 12299 844 -1600 -389 C \ ATOM 48370 O MET P 247 -20.888 -93.066 55.694 1.00102.65 O \ ANISOU48370 O MET P 247 13654 13219 12128 693 -1467 -325 O \ ATOM 48371 CB MET P 247 -23.805 -93.681 54.807 1.00105.81 C \ ANISOU48371 CB MET P 247 13621 14127 12453 748 -1553 -519 C \ ATOM 48372 CG MET P 247 -23.720 -94.673 55.934 1.00106.29 C \ ANISOU48372 CG MET P 247 13556 14472 12356 444 -1425 -423 C \ ATOM 48373 SD MET P 247 -24.818 -96.073 55.686 1.00108.62 S \ ANISOU48373 SD MET P 247 13675 15052 12540 140 -1454 -279 S \ ATOM 48374 CE MET P 247 -24.926 -96.683 57.373 1.00110.98 C \ ANISOU48374 CE MET P 247 13740 15859 12567 -285 -1400 -168 C \ ATOM 48375 N ILE P 248 -21.103 -92.042 53.707 1.00103.06 N \ ANISOU48375 N ILE P 248 13889 12972 12296 862 -1735 -260 N \ ATOM 48376 CA ILE P 248 -19.662 -92.015 53.435 1.00101.60 C \ ANISOU48376 CA ILE P 248 13915 12614 12072 729 -1702 -100 C \ ATOM 48377 C ILE P 248 -18.947 -91.092 54.420 1.00101.54 C \ ANISOU48377 C ILE P 248 13992 12469 12120 816 -1728 -135 C \ ATOM 48378 O ILE P 248 -17.874 -91.427 54.927 1.00100.32 O \ ANISOU48378 O ILE P 248 13918 12280 11918 709 -1594 -79 O \ ATOM 48379 CB ILE P 248 -19.346 -91.596 51.977 1.00102.37 C \ ANISOU48379 CB ILE P 248 14143 12641 12111 627 -1864 61 C \ ATOM 48380 CG1 ILE P 248 -19.338 -92.820 51.064 1.00102.09 C \ ANISOU48380 CG1 ILE P 248 14025 12794 11969 479 -1757 53 C \ ATOM 48381 CG2 ILE P 248 -17.992 -90.875 51.874 1.00102.35 C \ ANISOU48381 CG2 ILE P 248 14325 12525 12037 497 -1929 210 C \ ATOM 48382 CD1 ILE P 248 -19.469 -92.478 49.587 1.00104.06 C \ ANISOU48382 CD1 ILE P 248 14297 13149 12092 348 -1911 173 C \ ATOM 48383 N ASN P 249 -19.547 -89.938 54.698 1.00103.32 N \ ANISOU48383 N ASN P 249 14177 12596 12481 1039 -1948 -274 N \ ATOM 48384 CA ASN P 249 -18.966 -88.998 55.649 1.00103.56 C \ ANISOU48384 CA ASN P 249 14256 12481 12610 1169 -2035 -377 C \ ATOM 48385 C ASN P 249 -19.076 -89.478 57.092 1.00102.74 C \ ANISOU48385 C ASN P 249 13937 12679 12420 1192 -1785 -589 C \ ATOM 48386 O ASN P 249 -18.063 -89.556 57.791 1.00101.20 O \ ANISOU48386 O ASN P 249 13834 12441 12175 1099 -1655 -519 O \ ATOM 48387 CB ASN P 249 -19.549 -87.598 55.459 1.00106.95 C \ ANISOU48387 CB ASN P 249 14691 12646 13296 1433 -2483 -527 C \ ATOM 48388 CG ASN P 249 -19.118 -86.973 54.146 1.00108.33 C \ ANISOU48388 CG ASN P 249 15144 12494 13521 1267 -2822 -173 C \ ATOM 48389 OD1 ASN P 249 -17.949 -87.055 53.763 1.00107.70 O \ ANISOU48389 OD1 ASN P 249 15266 12370 13285 990 -2749 124 O \ ATOM 48390 ND2 ASN P 249 -20.060 -86.354 53.443 1.00111.64 N \ ANISOU48390 ND2 ASN P 249 15546 12742 14129 1391 -3223 -204 N \ ATOM 48391 N ARG P 250 -20.291 -89.831 57.519 1.00103.79 N \ ANISOU48391 N ARG P 250 13762 13181 12491 1257 -1725 -827 N \ ATOM 48392 CA ARG P 250 -20.510 -90.464 58.825 1.00103.92 C \ ANISOU48392 CA ARG P 250 13515 13662 12307 1121 -1493 -957 C \ ATOM 48393 C ARG P 250 -19.382 -91.444 59.154 1.00100.93 C \ ANISOU48393 C ARG P 250 13323 13199 11826 806 -1308 -632 C \ ATOM 48394 O ARG P 250 -18.837 -91.423 60.260 1.00100.99 O \ ANISOU48394 O ARG P 250 13283 13343 11747 718 -1209 -659 O \ ATOM 48395 CB ARG P 250 -21.845 -91.216 58.860 1.00105.63 C \ ANISOU48395 CB ARG P 250 13415 14358 12360 1017 -1421 -1063 C \ ATOM 48396 CG ARG P 250 -23.095 -90.357 58.954 1.00109.82 C \ ANISOU48396 CG ARG P 250 13602 15179 12944 1336 -1582 -1541 C \ ATOM 48397 CD ARG P 250 -24.349 -91.226 59.133 1.00112.85 C \ ANISOU48397 CD ARG P 250 13622 16185 13070 1139 -1457 -1632 C \ ATOM 48398 NE ARG P 250 -24.422 -91.811 60.477 1.00115.62 N \ ANISOU48398 NE ARG P 250 13666 17200 13065 804 -1249 -1670 N \ ATOM 48399 CZ ARG P 250 -24.135 -93.076 60.785 1.00114.99 C \ ANISOU48399 CZ ARG P 250 13661 17255 12772 307 -1121 -1231 C \ ATOM 48400 NH1 ARG P 250 -23.759 -93.937 59.846 1.00112.65 N \ ANISOU48400 NH1 ARG P 250 13706 16472 12622 162 -1168 -818 N \ ATOM 48401 NH2 ARG P 250 -24.230 -93.487 62.044 1.00117.29 N \ ANISOU48401 NH2 ARG P 250 13659 18195 12710 -68 -1007 -1224 N \ ATOM 48402 N TYR P 251 -19.040 -92.288 58.176 1.00 98.57 N \ ANISOU48402 N TYR P 251 13208 12684 11558 657 -1305 -379 N \ ATOM 48403 CA TYR P 251 -17.993 -93.296 58.315 1.00 96.10 C \ ANISOU48403 CA TYR P 251 13045 12228 11240 419 -1239 -163 C \ ATOM 48404 C TYR P 251 -16.580 -92.746 58.167 1.00 93.96 C \ ANISOU48404 C TYR P 251 13011 11651 11037 476 -1238 -111 C \ ATOM 48405 O TYR P 251 -15.693 -93.163 58.908 1.00 93.31 O \ ANISOU48405 O TYR P 251 12989 11514 10950 351 -1183 -42 O \ ATOM 48406 CB TYR P 251 -18.202 -94.446 57.333 1.00 95.83 C \ ANISOU48406 CB TYR P 251 13037 12122 11252 290 -1302 -51 C \ ATOM 48407 CG TYR P 251 -19.019 -95.584 57.887 1.00 98.01 C \ ANISOU48407 CG TYR P 251 13141 12633 11463 34 -1341 45 C \ ATOM 48408 CD1 TYR P 251 -18.433 -96.568 58.688 1.00 98.98 C \ ANISOU48408 CD1 TYR P 251 13298 12696 11612 -250 -1429 224 C \ ATOM 48409 CD2 TYR P 251 -20.380 -95.687 57.605 1.00100.55 C \ ANISOU48409 CD2 TYR P 251 13268 13234 11702 28 -1353 -8 C \ ATOM 48410 CE1 TYR P 251 -19.190 -97.626 59.202 1.00101.79 C \ ANISOU48410 CE1 TYR P 251 13515 13260 11898 -601 -1574 416 C \ ATOM 48411 CE2 TYR P 251 -21.148 -96.739 58.112 1.00103.00 C \ ANISOU48411 CE2 TYR P 251 13410 13821 11905 -299 -1426 138 C \ ATOM 48412 CZ TYR P 251 -20.548 -97.703 58.905 1.00103.78 C \ ANISOU48412 CZ TYR P 251 13564 13849 12018 -646 -1558 384 C \ ATOM 48413 OH TYR P 251 -21.308 -98.738 59.397 1.00106.83 O \ ANISOU48413 OH TYR P 251 13802 14498 12289 -1074 -1731 625 O \ ATOM 48414 N SER P 252 -16.357 -91.827 57.226 1.00 93.04 N \ ANISOU48414 N SER P 252 13023 11359 10967 611 -1339 -110 N \ ATOM 48415 CA SER P 252 -15.025 -91.226 57.059 1.00 91.38 C \ ANISOU48415 CA SER P 252 13014 10947 10758 587 -1361 -24 C \ ATOM 48416 C SER P 252 -14.526 -90.514 58.325 1.00 90.88 C \ ANISOU48416 C SER P 252 12975 10827 10724 664 -1329 -87 C \ ATOM 48417 O SER P 252 -13.325 -90.523 58.620 1.00 89.68 O \ ANISOU48417 O SER P 252 12951 10570 10552 581 -1268 -15 O \ ATOM 48418 CB SER P 252 -14.983 -90.293 55.856 1.00 92.46 C \ ANISOU48418 CB SER P 252 13270 10969 10888 596 -1560 76 C \ ATOM 48419 OG SER P 252 -14.843 -91.040 54.664 1.00 92.13 O \ ANISOU48419 OG SER P 252 13211 11054 10738 441 -1536 135 O \ ATOM 48420 N ILE P 253 -15.454 -89.904 59.064 1.00 91.76 N \ ANISOU48420 N ILE P 253 12922 11063 10878 837 -1381 -281 N \ ATOM 48421 CA ILE P 253 -15.189 -89.445 60.427 1.00 91.36 C \ ANISOU48421 CA ILE P 253 12782 11113 10815 905 -1321 -438 C \ ATOM 48422 C ILE P 253 -14.704 -90.656 61.236 1.00 89.26 C \ ANISOU48422 C ILE P 253 12478 11024 10411 635 -1112 -308 C \ ATOM 48423 O ILE P 253 -13.523 -90.738 61.575 1.00 87.70 O \ ANISOU48423 O ILE P 253 12441 10658 10222 550 -1059 -196 O \ ATOM 48424 CB ILE P 253 -16.460 -88.817 61.095 1.00 94.49 C \ ANISOU48424 CB ILE P 253 12855 11818 11228 1133 -1405 -816 C \ ATOM 48425 CG1 ILE P 253 -16.974 -87.615 60.288 1.00 96.37 C \ ANISOU48425 CG1 ILE P 253 13140 11762 11711 1432 -1762 -968 C \ ATOM 48426 CG2 ILE P 253 -16.184 -88.436 62.572 1.00 95.63 C \ ANISOU48426 CG2 ILE P 253 12818 12224 11293 1172 -1316 -1054 C \ ATOM 48427 CD1 ILE P 253 -18.458 -87.290 60.510 1.00 99.38 C \ ANISOU48427 CD1 ILE P 253 13150 12464 12143 1684 -1894 -1403 C \ ATOM 48428 N LEU P 254 -15.614 -91.600 61.493 1.00 89.21 N \ ANISOU48428 N LEU P 254 12267 11336 10292 469 -1057 -295 N \ ATOM 48429 CA LEU P 254 -15.353 -92.782 62.322 1.00 88.32 C \ ANISOU48429 CA LEU P 254 12106 11381 10068 128 -1001 -106 C \ ATOM 48430 C LEU P 254 -14.039 -93.490 61.990 1.00 85.86 C \ ANISOU48430 C LEU P 254 12053 10673 9895 21 -1052 89 C \ ATOM 48431 O LEU P 254 -13.390 -94.046 62.870 1.00 85.78 O \ ANISOU48431 O LEU P 254 12073 10647 9871 -189 -1074 219 O \ ATOM 48432 CB LEU P 254 -16.521 -93.776 62.242 1.00 89.82 C \ ANISOU48432 CB LEU P 254 12097 11881 10149 -102 -1046 -21 C \ ATOM 48433 CG LEU P 254 -16.334 -95.136 62.934 1.00 90.43 C \ ANISOU48433 CG LEU P 254 12161 12033 10162 -555 -1155 286 C \ ATOM 48434 CD1 LEU P 254 -16.314 -94.990 64.443 1.00 93.10 C \ ANISOU48434 CD1 LEU P 254 12308 12824 10239 -820 -1086 318 C \ ATOM 48435 CD2 LEU P 254 -17.394 -96.140 62.529 1.00 92.31 C \ ANISOU48435 CD2 LEU P 254 12276 12439 10358 -795 -1291 430 C \ ATOM 48436 N TYR P 255 -13.656 -93.466 60.720 1.00 84.04 N \ ANISOU48436 N TYR P 255 11967 10180 9783 151 -1101 74 N \ ATOM 48437 CA TYR P 255 -12.420 -94.082 60.287 1.00 82.14 C \ ANISOU48437 CA TYR P 255 11874 9680 9655 101 -1160 108 C \ ATOM 48438 C TYR P 255 -11.216 -93.309 60.804 1.00 80.64 C \ ANISOU48438 C TYR P 255 11815 9372 9451 157 -1084 93 C \ ATOM 48439 O TYR P 255 -10.309 -93.885 61.392 1.00 80.37 O \ ANISOU48439 O TYR P 255 11834 9218 9483 53 -1121 128 O \ ATOM 48440 CB TYR P 255 -12.373 -94.181 58.764 1.00 82.04 C \ ANISOU48440 CB TYR P 255 11883 9614 9671 188 -1209 24 C \ ATOM 48441 CG TYR P 255 -11.061 -94.709 58.248 1.00 81.86 C \ ANISOU48441 CG TYR P 255 11907 9478 9718 170 -1267 -89 C \ ATOM 48442 CD1 TYR P 255 -10.811 -96.077 58.210 1.00 82.65 C \ ANISOU48442 CD1 TYR P 255 11940 9454 10008 106 -1459 -185 C \ ATOM 48443 CD2 TYR P 255 -10.057 -93.839 57.816 1.00 81.72 C \ ANISOU48443 CD2 TYR P 255 11968 9497 9584 204 -1191 -134 C \ ATOM 48444 CE1 TYR P 255 -9.604 -96.568 57.752 1.00 83.14 C \ ANISOU48444 CE1 TYR P 255 11965 9455 10169 154 -1562 -434 C \ ATOM 48445 CE2 TYR P 255 -8.846 -94.324 57.352 1.00 81.84 C \ ANISOU48445 CE2 TYR P 255 11937 9551 9605 180 -1230 -328 C \ ATOM 48446 CZ TYR P 255 -8.632 -95.690 57.323 1.00 82.59 C \ ANISOU48446 CZ TYR P 255 11917 9546 9915 194 -1408 -533 C \ ATOM 48447 OH TYR P 255 -7.441 -96.187 56.872 1.00 84.37 O \ ANISOU48447 OH TYR P 255 12022 9847 10186 234 -1497 -864 O \ ATOM 48448 N ASN P 256 -11.202 -92.003 60.585 1.00 79.98 N \ ANISOU48448 N ASN P 256 11791 9282 9314 313 -1042 50 N \ ATOM 48449 CA ASN P 256 -10.063 -91.203 61.014 1.00 78.78 C \ ANISOU48449 CA ASN P 256 11776 9002 9153 346 -1008 60 C \ ATOM 48450 C ASN P 256 -9.888 -91.203 62.523 1.00 78.10 C \ ANISOU48450 C ASN P 256 11645 8977 9050 303 -934 55 C \ ATOM 48451 O ASN P 256 -8.766 -91.305 63.013 1.00 77.02 O \ ANISOU48451 O ASN P 256 11609 8725 8931 240 -901 94 O \ ATOM 48452 CB ASN P 256 -10.150 -89.788 60.452 1.00 79.83 C \ ANISOU48452 CB ASN P 256 12002 9047 9282 475 -1114 67 C \ ATOM 48453 CG ASN P 256 -9.988 -89.757 58.935 1.00 80.78 C \ ANISOU48453 CG ASN P 256 12180 9176 9333 388 -1206 153 C \ ATOM 48454 OD1 ASN P 256 -9.128 -90.447 58.369 1.00 80.71 O \ ANISOU48454 OD1 ASN P 256 12166 9254 9243 255 -1148 140 O \ ATOM 48455 ND2 ASN P 256 -10.811 -88.951 58.271 1.00 82.29 N \ ANISOU48455 ND2 ASN P 256 12389 9325 9553 453 -1389 201 N \ ATOM 48456 N ARG P 257 -11.001 -91.119 63.252 1.00 78.88 N \ ANISOU48456 N ARG P 257 11551 9336 9081 310 -910 -18 N \ ATOM 48457 CA ARG P 257 -10.981 -91.288 64.701 1.00 78.96 C \ ANISOU48457 CA ARG P 257 11431 9591 8979 166 -836 -22 C \ ATOM 48458 C ARG P 257 -10.208 -92.553 65.038 1.00 77.33 C \ ANISOU48458 C ARG P 257 11314 9258 8809 -116 -891 202 C \ ATOM 48459 O ARG P 257 -9.258 -92.502 65.808 1.00 76.71 O \ ANISOU48459 O ARG P 257 11317 9096 8733 -188 -870 255 O \ ATOM 48460 CB ARG P 257 -12.400 -91.326 65.295 1.00 81.81 C \ ANISOU48460 CB ARG P 257 11466 10451 9166 106 -808 -156 C \ ATOM 48461 CG ARG P 257 -12.465 -91.867 66.741 1.00 85.15 C \ ANISOU48461 CG ARG P 257 11687 11314 9352 -236 -750 -76 C \ ATOM 48462 CD ARG P 257 -13.605 -91.265 67.575 1.00 91.34 C \ ANISOU48462 CD ARG P 257 12045 12785 9874 -215 -670 -405 C \ ATOM 48463 NE ARG P 257 -14.856 -92.029 67.503 1.00 96.17 N \ ANISOU48463 NE ARG P 257 12388 13869 10281 -472 -690 -356 N \ ATOM 48464 CZ ARG P 257 -15.872 -91.768 66.674 1.00 97.66 C \ ANISOU48464 CZ ARG P 257 12458 14122 10526 -244 -720 -563 C \ ATOM 48465 NH1 ARG P 257 -15.808 -90.754 65.808 1.00 96.96 N \ ANISOU48465 NH1 ARG P 257 12511 13618 10710 227 -786 -801 N \ ATOM 48466 NH2 ARG P 257 -16.962 -92.526 66.708 1.00 99.75 N \ ANISOU48466 NH2 ARG P 257 12463 14870 10566 -535 -732 -495 N \ ATOM 48467 N THR P 258 -10.595 -93.667 64.422 1.00 76.74 N \ ANISOU48467 N THR P 258 11227 9119 8810 -254 -1024 311 N \ ATOM 48468 CA THR P 258 -9.983 -94.965 64.691 1.00 76.29 C \ ANISOU48468 CA THR P 258 11241 8851 8895 -506 -1241 491 C \ ATOM 48469 C THR P 258 -8.549 -95.049 64.189 1.00 74.17 C \ ANISOU48469 C THR P 258 11146 8212 8820 -360 -1297 386 C \ ATOM 48470 O THR P 258 -7.713 -95.682 64.832 1.00 74.44 O \ ANISOU48470 O THR P 258 11247 8054 8982 -500 -1466 466 O \ ATOM 48471 CB THR P 258 -10.776 -96.129 64.080 1.00 77.65 C \ ANISOU48471 CB THR P 258 11349 8982 9171 -658 -1470 586 C \ ATOM 48472 OG1 THR P 258 -12.115 -95.715 63.812 1.00 78.60 O \ ANISOU48472 OG1 THR P 258 11303 9448 9112 -621 -1339 540 O \ ATOM 48473 CG2 THR P 258 -10.815 -97.299 65.040 1.00 80.59 C \ ANISOU48473 CG2 THR P 258 11700 9326 9590 -1092 -1786 891 C \ ATOM 48474 N ARG P 259 -8.262 -94.414 63.052 1.00 72.29 N \ ANISOU48474 N ARG P 259 10955 7930 8581 -118 -1191 205 N \ ATOM 48475 CA ARG P 259 -6.898 -94.397 62.519 1.00 70.77 C \ ANISOU48475 CA ARG P 259 10844 7574 8469 -21 -1211 50 C \ ATOM 48476 C ARG P 259 -5.951 -93.702 63.476 1.00 69.41 C \ ANISOU48476 C ARG P 259 10775 7353 8244 -26 -1104 94 C \ ATOM 48477 O ARG P 259 -4.898 -94.243 63.808 1.00 69.65 O \ ANISOU48477 O ARG P 259 10844 7219 8401 -63 -1213 37 O \ ATOM 48478 CB ARG P 259 -6.821 -93.730 61.147 1.00 70.53 C \ ANISOU48478 CB ARG P 259 10804 7668 8325 108 -1120 -84 C \ ATOM 48479 CG ARG P 259 -5.429 -93.807 60.526 1.00 70.38 C \ ANISOU48479 CG ARG P 259 10769 7679 8291 132 -1137 -295 C \ ATOM 48480 CD ARG P 259 -5.261 -92.812 59.401 1.00 71.46 C \ ANISOU48480 CD ARG P 259 10903 8068 8180 114 -1038 -304 C \ ATOM 48481 NE ARG P 259 -5.155 -91.435 59.879 1.00 71.55 N \ ANISOU48481 NE ARG P 259 11078 8030 8075 96 -956 -88 N \ ATOM 48482 CZ ARG P 259 -4.019 -90.741 59.918 1.00 72.66 C \ ANISOU48482 CZ ARG P 259 11291 8225 8090 17 -921 -66 C \ ATOM 48483 NH1 ARG P 259 -2.880 -91.289 59.502 1.00 73.98 N \ ANISOU48483 NH1 ARG P 259 11339 8585 8183 -47 -911 -289 N \ ATOM 48484 NH2 ARG P 259 -4.015 -89.490 60.368 1.00 72.32 N \ ANISOU48484 NH2 ARG P 259 11408 8060 8007 12 -937 132 N \ ATOM 48485 N GLN P 260 -6.333 -92.507 63.919 1.00 68.19 N \ ANISOU48485 N GLN P 260 10647 7322 7940 37 -940 149 N \ ATOM 48486 CA GLN P 260 -5.511 -91.725 64.830 1.00 66.71 C \ ANISOU48486 CA GLN P 260 10546 7094 7704 54 -848 168 C \ ATOM 48487 C GLN P 260 -5.376 -92.397 66.195 1.00 66.72 C \ ANISOU48487 C GLN P 260 10512 7115 7722 -137 -891 283 C \ ATOM 48488 O GLN P 260 -4.280 -92.484 66.749 1.00 66.08 O \ ANISOU48488 O GLN P 260 10519 6893 7692 -181 -909 300 O \ ATOM 48489 CB GLN P 260 -6.066 -90.315 64.955 1.00 66.81 C \ ANISOU48489 CB GLN P 260 10560 7195 7629 207 -775 127 C \ ATOM 48490 CG GLN P 260 -6.012 -89.564 63.648 1.00 67.36 C \ ANISOU48490 CG GLN P 260 10716 7189 7687 300 -839 120 C \ ATOM 48491 CD GLN P 260 -6.455 -88.126 63.771 1.00 69.21 C \ ANISOU48491 CD GLN P 260 10987 7361 7945 458 -936 86 C \ ATOM 48492 OE1 GLN P 260 -6.472 -87.568 64.864 1.00 70.49 O \ ANISOU48492 OE1 GLN P 260 11110 7536 8134 549 -921 -10 O \ ATOM 48493 NE2 GLN P 260 -6.813 -87.510 62.643 1.00 70.22 N \ ANISOU48493 NE2 GLN P 260 11175 7419 8085 485 -1102 145 N \ ATOM 48494 N ALA P 261 -6.489 -92.901 66.712 1.00 67.60 N \ ANISOU48494 N ALA P 261 10478 7446 7761 -304 -937 385 N \ ATOM 48495 CA ALA P 261 -6.492 -93.595 67.988 1.00 68.66 C \ ANISOU48495 CA ALA P 261 10548 7705 7834 -629 -1039 584 C \ ATOM 48496 C ALA P 261 -5.565 -94.814 68.003 1.00 68.68 C \ ANISOU48496 C ALA P 261 10675 7328 8090 -790 -1345 712 C \ ATOM 48497 O ALA P 261 -4.853 -95.036 68.978 1.00 69.02 O \ ANISOU48497 O ALA P 261 10772 7301 8151 -972 -1443 847 O \ ATOM 48498 CB ALA P 261 -7.907 -93.986 68.374 1.00 71.15 C \ ANISOU48498 CB ALA P 261 10638 8438 7957 -874 -1070 694 C \ ATOM 48499 N VAL P 262 -5.577 -95.592 66.922 1.00 68.56 N \ ANISOU48499 N VAL P 262 10682 7069 8298 -703 -1542 622 N \ ATOM 48500 CA VAL P 262 -4.718 -96.773 66.794 1.00 69.37 C \ ANISOU48500 CA VAL P 262 10852 6761 8744 -759 -1945 596 C \ ATOM 48501 C VAL P 262 -3.243 -96.388 66.856 1.00 67.97 C \ ANISOU48501 C VAL P 262 10764 6406 8654 -573 -1887 392 C \ ATOM 48502 O VAL P 262 -2.431 -97.110 67.431 1.00 69.17 O \ ANISOU48502 O VAL P 262 10971 6265 9043 -677 -2208 424 O \ ATOM 48503 CB VAL P 262 -5.004 -97.554 65.483 1.00 70.06 C \ ANISOU48503 CB VAL P 262 10875 6685 9058 -608 -2161 379 C \ ATOM 48504 CG1 VAL P 262 -3.971 -98.635 65.260 1.00 71.58 C \ ANISOU48504 CG1 VAL P 262 11076 6449 9671 -538 -2626 158 C \ ATOM 48505 CG2 VAL P 262 -6.388 -98.165 65.520 1.00 71.70 C \ ANISOU48505 CG2 VAL P 262 11007 7004 9229 -851 -2315 625 C \ ATOM 48506 N ILE P 263 -2.910 -95.241 66.267 1.00 65.93 N \ ANISOU48506 N ILE P 263 10518 6321 8210 -333 -1531 205 N \ ATOM 48507 CA ILE P 263 -1.531 -94.764 66.229 1.00 64.79 C \ ANISOU48507 CA ILE P 263 10432 6107 8075 -196 -1445 18 C \ ATOM 48508 C ILE P 263 -1.096 -94.321 67.617 1.00 64.58 C \ ANISOU48508 C ILE P 263 10502 6062 7972 -327 -1368 219 C \ ATOM 48509 O ILE P 263 -0.038 -94.725 68.102 1.00 65.19 O \ ANISOU48509 O ILE P 263 10629 5932 8207 -353 -1530 172 O \ ATOM 48510 CB ILE P 263 -1.341 -93.627 65.201 1.00 63.33 C \ ANISOU48510 CB ILE P 263 10241 6152 7666 -27 -1161 -133 C \ ATOM 48511 CG1 ILE P 263 -1.620 -94.142 63.780 1.00 63.06 C \ ANISOU48511 CG1 ILE P 263 10069 6225 7664 58 -1247 -364 C \ ATOM 48512 CG2 ILE P 263 0.066 -93.019 65.321 1.00 62.52 C \ ANISOU48512 CG2 ILE P 263 10194 6064 7496 20 -1062 -253 C \ ATOM 48513 CD1 ILE P 263 -1.665 -93.073 62.720 1.00 61.28 C \ ANISOU48513 CD1 ILE P 263 9830 6287 7165 95 -1039 -398 C \ ATOM 48514 N THR P 264 -1.932 -93.512 68.260 1.00 64.40 N \ ANISOU48514 N THR P 264 10466 6286 7716 -395 -1150 387 N \ ATOM 48515 CA THR P 264 -1.661 -93.027 69.607 1.00 64.33 C \ ANISOU48515 CA THR P 264 10482 6381 7579 -526 -1055 525 C \ ATOM 48516 C THR P 264 -1.620 -94.155 70.643 1.00 66.68 C \ ANISOU48516 C THR P 264 10767 6606 7961 -883 -1354 785 C \ ATOM 48517 O THR P 264 -0.701 -94.206 71.440 1.00 66.95 O \ ANISOU48517 O THR P 264 10878 6517 8041 -975 -1423 854 O \ ATOM 48518 CB THR P 264 -2.656 -91.930 70.020 1.00 64.21 C \ ANISOU48518 CB THR P 264 10356 6730 7308 -475 -812 504 C \ ATOM 48519 OG1 THR P 264 -2.824 -91.014 68.936 1.00 62.67 O \ ANISOU48519 OG1 THR P 264 10199 6500 7111 -196 -696 333 O \ ATOM 48520 CG2 THR P 264 -2.139 -91.168 71.204 1.00 64.17 C \ ANISOU48520 CG2 THR P 264 10350 6855 7174 -504 -683 501 C \ ATOM 48521 N ASN P 265 -2.591 -95.065 70.624 1.00 69.19 N \ ANISOU48521 N ASN P 265 10999 6987 8303 -1128 -1584 970 N \ ATOM 48522 CA ASN P 265 -2.610 -96.178 71.579 1.00 72.61 C \ ANISOU48522 CA ASN P 265 11438 7336 8814 -1588 -1998 1327 C \ ATOM 48523 C ASN P 265 -1.380 -97.048 71.493 1.00 73.75 C \ ANISOU48523 C ASN P 265 11732 6906 9382 -1553 -2427 1287 C \ ATOM 48524 O ASN P 265 -0.846 -97.462 72.520 1.00 75.32 O \ ANISOU48524 O ASN P 265 11997 6981 9640 -1855 -2701 1542 O \ ATOM 48525 CB ASN P 265 -3.838 -97.064 71.389 1.00 75.29 C \ ANISOU48525 CB ASN P 265 11673 7795 9138 -1893 -2260 1559 C \ ATOM 48526 CG ASN P 265 -5.104 -96.409 71.860 1.00 76.63 C \ ANISOU48526 CG ASN P 265 11614 8654 8845 -2068 -1933 1629 C \ ATOM 48527 OD1 ASN P 265 -5.089 -95.569 72.757 1.00 78.41 O \ ANISOU48527 OD1 ASN P 265 11728 9303 8760 -2125 -1651 1596 O \ ATOM 48528 ND2 ASN P 265 -6.218 -96.784 71.253 1.00 78.24 N \ ANISOU48528 ND2 ASN P 265 11707 9014 9006 -2132 -1985 1660 N \ ATOM 48529 N GLU P 266 -0.943 -97.331 70.267 1.00 73.74 N \ ANISOU48529 N GLU P 266 11744 6602 9670 -1192 -2520 927 N \ ATOM 48530 CA GLU P 266 0.237 -98.160 70.047 1.00 76.03 C \ ANISOU48530 CA GLU P 266 12087 6396 10405 -1057 -2966 700 C \ ATOM 48531 C GLU P 266 1.493 -97.439 70.524 1.00 74.34 C \ ANISOU48531 C GLU P 266 11938 6174 10131 -913 -2747 557 C \ ATOM 48532 O GLU P 266 2.470 -98.066 70.934 1.00 76.09 O \ ANISOU48532 O GLU P 266 12211 6028 10670 -928 -3145 493 O \ ATOM 48533 CB GLU P 266 0.371 -98.537 68.576 1.00 76.45 C \ ANISOU48533 CB GLU P 266 12028 6326 10692 -689 -3059 218 C \ ATOM 48534 CG GLU P 266 1.403 -99.635 68.337 1.00 82.20 C \ ANISOU48534 CG GLU P 266 12711 6559 11959 -530 -3676 -138 C \ ATOM 48535 CD GLU P 266 1.528-100.055 66.875 1.00 86.91 C \ ANISOU48535 CD GLU P 266 13096 7168 12758 -157 -3786 -738 C \ ATOM 48536 OE1 GLU P 266 0.638 -99.711 66.054 1.00 86.74 O \ ANISOU48536 OE1 GLU P 266 13003 7460 12491 -107 -3471 -751 O \ ATOM 48537 OE2 GLU P 266 2.523-100.753 66.555 1.00 90.98 O \ ANISOU48537 OE2 GLU P 266 13478 7407 13683 89 -4223 -1246 O \ ATOM 48538 N LEU P 267 1.441 -96.114 70.476 1.00 71.55 N \ ANISOU48538 N LEU P 267 11585 6197 9402 -775 -2173 507 N \ ATOM 48539 CA LEU P 267 2.538 -95.261 70.879 1.00 69.87 C \ ANISOU48539 CA LEU P 267 11439 6023 9084 -651 -1923 397 C \ ATOM 48540 C LEU P 267 2.675 -95.184 72.400 1.00 70.55 C \ ANISOU48540 C LEU P 267 11599 6138 9068 -960 -1966 742 C \ ATOM 48541 O LEU P 267 3.755 -95.364 72.941 1.00 71.06 O \ ANISOU48541 O LEU P 267 11736 5976 9284 -973 -2126 716 O \ ATOM 48542 CB LEU P 267 2.308 -93.875 70.295 1.00 67.43 C \ ANISOU48542 CB LEU P 267 11120 6046 8454 -448 -1425 280 C \ ATOM 48543 CG LEU P 267 3.514 -92.962 70.168 1.00 66.47 C \ ANISOU48543 CG LEU P 267 11054 5961 8239 -280 -1205 94 C \ ATOM 48544 CD1 LEU P 267 4.669 -93.710 69.520 1.00 68.18 C \ ANISOU48544 CD1 LEU P 267 11196 6016 8691 -147 -1438 -253 C \ ATOM 48545 CD2 LEU P 267 3.115 -91.766 69.350 1.00 65.24 C \ ANISOU48545 CD2 LEU P 267 10899 6052 7836 -151 -901 44 C \ ATOM 48546 N VAL P 268 1.563 -94.904 73.068 1.00 71.33 N \ ANISOU48546 N VAL P 268 11633 6589 8876 -1219 -1822 1025 N \ ATOM 48547 CA VAL P 268 1.448 -94.900 74.521 1.00 73.00 C \ ANISOU48547 CA VAL P 268 11822 7031 8880 -1619 -1864 1361 C \ ATOM 48548 C VAL P 268 1.862 -96.246 75.151 1.00 76.63 C \ ANISOU48548 C VAL P 268 12365 7124 9625 -2010 -2485 1683 C \ ATOM 48549 O VAL P 268 2.561 -96.263 76.159 1.00 77.33 O \ ANISOU48549 O VAL P 268 12516 7174 9692 -2227 -2600 1864 O \ ATOM 48550 CB VAL P 268 0.001 -94.509 74.915 1.00 74.14 C \ ANISOU48550 CB VAL P 268 11764 7776 8626 -1841 -1639 1498 C \ ATOM 48551 CG1 VAL P 268 -0.297 -94.805 76.379 1.00 77.69 C \ ANISOU48551 CG1 VAL P 268 12093 8642 8781 -2411 -1768 1873 C \ ATOM 48552 CG2 VAL P 268 -0.263 -93.045 74.581 1.00 71.14 C \ ANISOU48552 CG2 VAL P 268 11310 7685 8035 -1448 -1145 1162 C \ ATOM 48553 N ASP P 269 1.442 -97.363 74.554 1.00 79.43 N \ ANISOU48553 N ASP P 269 12729 7170 10282 -2105 -2951 1758 N \ ATOM 48554 CA ASP P 269 1.888 -98.697 74.983 1.00 83.97 C \ ANISOU48554 CA ASP P 269 13409 7218 11277 -2430 -3729 2028 C \ ATOM 48555 C ASP P 269 3.400 -98.851 74.895 1.00 83.72 C \ ANISOU48555 C ASP P 269 13483 6675 11651 -2108 -3957 1706 C \ ATOM 48556 O ASP P 269 3.994 -99.604 75.662 1.00 86.77 O \ ANISOU48556 O ASP P 269 13971 6673 12322 -2393 -4542 1953 O \ ATOM 48557 CB ASP P 269 1.238 -99.798 74.139 1.00 86.77 C \ ANISOU48557 CB ASP P 269 13748 7236 11984 -2460 -4241 2033 C \ ATOM 48558 CG ASP P 269 -0.196-100.111 74.560 1.00 90.36 C \ ANISOU48558 CG ASP P 269 14113 8108 12109 -3018 -4317 2536 C \ ATOM 48559 OD1 ASP P 269 -0.631 -99.656 75.639 1.00 92.50 O \ ANISOU48559 OD1 ASP P 269 14301 8954 11889 -3463 -4082 2897 O \ ATOM 48560 OD2 ASP P 269 -0.895-100.831 73.807 1.00 93.02 O \ ANISOU48560 OD2 ASP P 269 14423 8262 12655 -3028 -4625 2538 O \ ATOM 48561 N THR P 270 4.009 -98.145 73.946 1.00 80.97 N \ ANISOU48561 N THR P 270 13088 6364 11313 -1556 -3537 1162 N \ ATOM 48562 CA THR P 270 5.450 -98.200 73.735 1.00 81.24 C \ ANISOU48562 CA THR P 270 13140 6071 11654 -1223 -3676 747 C \ ATOM 48563 C THR P 270 6.168 -97.343 74.780 1.00 79.93 C \ ANISOU48563 C THR P 270 13062 6082 11225 -1319 -3353 901 C \ ATOM 48564 O THR P 270 7.049 -97.849 75.484 1.00 82.07 O \ ANISOU48564 O THR P 270 13412 6004 11766 -1429 -3769 968 O \ ATOM 48565 CB THR P 270 5.837 -97.799 72.288 1.00 79.26 C \ ANISOU48565 CB THR P 270 12745 5951 11418 -707 -3370 122 C \ ATOM 48566 OG1 THR P 270 5.385 -98.804 71.375 1.00 81.52 O \ ANISOU48566 OG1 THR P 270 12920 6004 12048 -595 -3803 -107 O \ ATOM 48567 CG2 THR P 270 7.330 -97.681 72.142 1.00 79.64 C \ ANISOU48567 CG2 THR P 270 12737 5881 11639 -412 -3411 -336 C \ ATOM 48568 N ILE P 271 5.776 -96.070 74.885 1.00 77.16 N \ ANISOU48568 N ILE P 271 12691 6233 10393 -1269 -2684 938 N \ ATOM 48569 CA ILE P 271 6.276 -95.139 75.909 1.00 76.16 C \ ANISOU48569 CA ILE P 271 12621 6335 9981 -1358 -2351 1071 C \ ATOM 48570 C ILE P 271 6.206 -95.714 77.333 1.00 79.36 C \ ANISOU48570 C ILE P 271 13074 6723 10354 -1880 -2699 1555 C \ ATOM 48571 O ILE P 271 7.194 -95.692 78.058 1.00 79.61 O \ ANISOU48571 O ILE P 271 13189 6587 10469 -1938 -2815 1599 O \ ATOM 48572 CB ILE P 271 5.489 -93.808 75.891 1.00 73.84 C \ ANISOU48572 CB ILE P 271 12259 6561 9233 -1273 -1746 1056 C \ ATOM 48573 CG1 ILE P 271 5.538 -93.155 74.510 1.00 72.70 C \ ANISOU48573 CG1 ILE P 271 12092 6448 9082 -863 -1465 689 C \ ATOM 48574 CG2 ILE P 271 6.026 -92.838 76.930 1.00 72.60 C \ ANISOU48574 CG2 ILE P 271 12132 6619 8832 -1316 -1458 1108 C \ ATOM 48575 CD1 ILE P 271 4.448 -92.101 74.291 1.00 73.40 C \ ANISOU48575 CD1 ILE P 271 12111 6919 8858 -789 -1085 691 C \ ATOM 48576 N THR P 272 5.035 -96.216 77.725 1.00 82.41 N \ ANISOU48576 N THR P 272 13389 7342 10578 -2312 -2875 1940 N \ ATOM 48577 CA THR P 272 4.829 -96.770 79.058 1.00 86.68 C \ ANISOU48577 CA THR P 272 13930 8030 10972 -2964 -3233 2488 C \ ATOM 48578 C THR P 272 5.814 -97.892 79.331 1.00 90.52 C \ ANISOU48578 C THR P 272 14589 7814 11989 -3115 -3998 2643 C \ ATOM 48579 O THR P 272 6.572 -97.842 80.307 1.00 91.66 O \ ANISOU48579 O THR P 272 14807 7909 12110 -3338 -4131 2838 O \ ATOM 48580 CB THR P 272 3.404 -97.309 79.223 1.00 89.64 C \ ANISOU48580 CB THR P 272 14168 8792 11097 -3465 -3401 2877 C \ ATOM 48581 OG1 THR P 272 2.474 -96.327 78.766 1.00 87.37 O \ ANISOU48581 OG1 THR P 272 13696 9074 10425 -3209 -2763 2606 O \ ATOM 48582 CG2 THR P 272 3.108 -97.636 80.674 1.00 93.44 C \ ANISOU48582 CG2 THR P 272 14569 9717 11213 -4258 -3656 3470 C \ ATOM 48583 N GLY P 273 5.804 -98.894 78.454 1.00 93.35 N \ ANISOU48583 N GLY P 273 14994 7612 12859 -2964 -4546 2508 N \ ATOM 48584 CA GLY P 273 6.699-100.041 78.559 1.00 98.17 C \ ANISOU48584 CA GLY P 273 15737 7443 14121 -3007 -5431 2524 C \ ATOM 48585 C GLY P 273 8.155 -99.623 78.618 1.00 97.08 C \ ANISOU48585 C GLY P 273 15643 7059 14183 -2584 -5318 2097 C \ ATOM 48586 O GLY P 273 8.982-100.332 79.190 1.00100.32 O \ ANISOU48586 O GLY P 273 16159 6942 15013 -2725 -5994 2204 O \ ATOM 48587 N ALA P 274 8.462 -98.465 78.032 1.00 93.06 N \ ANISOU48587 N ALA P 274 15050 6929 13378 -2100 -4518 1636 N \ ATOM 48588 CA ALA P 274 9.818 -97.924 78.047 1.00 91.95 C \ ANISOU48588 CA ALA P 274 14922 6690 13322 -1732 -4318 1235 C \ ATOM 48589 C ALA P 274 10.190 -97.360 79.416 1.00 92.01 C \ ANISOU48589 C ALA P 274 15027 6908 13023 -2072 -4137 1626 C \ ATOM 48590 O ALA P 274 11.004 -97.952 80.121 1.00 94.78 O \ ANISOU48590 O ALA P 274 15473 6853 13684 -2238 -4670 1760 O \ ATOM 48591 CB ALA P 274 9.995 -96.867 76.955 1.00 87.82 C \ ANISOU48591 CB ALA P 274 14283 6538 12544 -1224 -3602 711 C \ ATOM 48592 N SER P 275 9.559 -96.246 79.788 1.00 90.00 N \ ANISOU48592 N SER P 275 14724 7280 12189 -2170 -3448 1777 N \ ATOM 48593 CA SER P 275 9.899 -95.441 80.977 1.00 89.75 C \ ANISOU48593 CA SER P 275 14715 7594 11789 -2388 -3124 1992 C \ ATOM 48594 C SER P 275 10.461 -96.187 82.200 1.00 93.77 C \ ANISOU48594 C SER P 275 15327 7857 12444 -2876 -3699 2428 C \ ATOM 48595 O SER P 275 11.190 -95.609 83.020 1.00 93.13 O \ ANISOU48595 O SER P 275 15282 7904 12198 -2924 -3500 2465 O \ ATOM 48596 CB SER P 275 8.682 -94.611 81.399 1.00 88.97 C \ ANISOU48596 CB SER P 275 14469 8223 11112 -2605 -2609 2173 C \ ATOM 48597 OG SER P 275 8.275 -93.743 80.354 1.00 85.79 O \ ANISOU48597 OG SER P 275 14000 8001 10595 -2141 -2107 1780 O \ ATOM 48598 N SER P 276 10.134 -97.470 82.301 1.00 98.37 N \ ANISOU48598 N SER P 276 15965 8049 13361 -3256 -4473 2775 N \ ATOM 48599 CA SER P 276 10.450 -98.267 83.474 1.00103.12 C \ ANISOU48599 CA SER P 276 16676 8416 14086 -3878 -5167 3340 C \ ATOM 48600 C SER P 276 11.909 -98.754 83.519 1.00104.26 C \ ANISOU48600 C SER P 276 16963 7813 14836 -3606 -5708 3095 C \ ATOM 48601 O SER P 276 12.348 -99.558 82.693 1.00105.99 O \ ANISOU48601 O SER P 276 17209 7370 15691 -3247 -6273 2728 O \ ATOM 48602 CB SER P 276 9.461 -99.429 83.543 1.00108.36 C \ ANISOU48602 CB SER P 276 17356 8935 14881 -4467 -5889 3875 C \ ATOM 48603 OG SER P 276 8.194 -98.994 83.062 1.00106.41 O \ ANISOU48603 OG SER P 276 16939 9298 14193 -4475 -5352 3851 O \ """, "3oe7.interface.21") 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. Q & i. 12-94') cmd.show('cartoon', 'dom') cmd.spectrum('count', 'rainbow', 'dom') cmd.create('partner', 'c. P & i. 1-276') cmd.show('cartoon', 'partner') cmd.select('inter_resi', 'c. P & i. 40 | c. P & i. 43 | c. P & i. 44 | c. P & i. 47 | c. P & i. 50 | c. P & i. 54 | c. P & i. 200 | c. P & i. 204 | c. P & i. 205 | c. P & i. 208 | c. P & i. 209 | c. P & i. 212') 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()