cmd.read_pdbstr("""\\nATOM 32619 N SER M 8 -109.824 -73.162 11.929 1.00255.87 N \ ANISOU32619 N SER M 8 33560 36032 27627 -47 -3612 245 N \ ATOM 32620 CA SER M 8 -110.028 -72.093 10.958 1.00256.38 C \ ANISOU32620 CA SER M 8 33784 36001 27628 62 -3718 330 C \ ATOM 32621 C SER M 8 -108.838 -72.018 9.986 1.00259.01 C \ ANISOU32621 C SER M 8 34456 36049 27908 133 -3616 300 C \ ATOM 32622 O SER M 8 -107.830 -71.367 10.278 1.00257.89 O \ ANISOU32622 O SER M 8 34358 35907 27720 151 -3488 385 O \ ATOM 32623 CB SER M 8 -110.244 -70.760 11.672 1.00258.47 C \ ANISOU32623 CB SER M 8 34059 36048 28099 172 -3716 438 C \ ATOM 32624 OG SER M 8 -110.505 -69.707 10.760 1.00263.10 O \ ANISOU32624 OG SER M 8 34657 36310 29000 232 -3517 485 O \ ATOM 32625 N GLU M 9 -108.957 -72.711 8.836 1.00256.32 N \ ANISOU32625 N GLU M 9 34197 35812 27382 100 -3699 228 N \ ATOM 32626 CA GLU M 9 -107.919 -72.752 7.804 1.00255.78 C \ ANISOU32626 CA GLU M 9 34275 35757 27154 96 -3579 230 C \ ATOM 32627 C GLU M 9 -108.157 -71.647 6.774 1.00260.06 C \ ANISOU32627 C GLU M 9 34898 36423 27490 148 -3710 356 C \ ATOM 32628 O GLU M 9 -109.166 -71.669 6.063 1.00258.35 O \ ANISOU32628 O GLU M 9 34553 36112 27497 141 -3682 330 O \ ATOM 32629 CB GLU M 9 -107.852 -74.136 7.124 1.00258.27 C \ ANISOU32629 CB GLU M 9 34652 36134 27346 32 -3609 78 C \ ATOM 32630 CG GLU M 9 -107.419 -75.264 8.046 1.00264.98 C \ ANISOU32630 CG GLU M 9 35350 36695 28634 -16 -3293 -39 C \ ATOM 32631 CD GLU M 9 -106.925 -76.519 7.354 1.00275.99 C \ ANISOU32631 CD GLU M 9 36427 37444 30992 -53 -2565 -134 C \ ATOM 32632 OE1 GLU M 9 -107.720 -77.150 6.619 1.00271.64 O \ ANISOU32632 OE1 GLU M 9 35854 36923 30434 -78 -2642 -191 O \ ATOM 32633 OE2 GLU M 9 -105.751 -76.893 7.576 1.00270.61 O \ ANISOU32633 OE2 GLU M 9 35876 36846 30098 -63 -2565 -166 O \ ATOM 32634 N ILE M 10 -107.238 -70.668 6.716 1.00255.88 N \ ANISOU32634 N ILE M 10 34443 35996 26784 176 -3656 494 N \ ATOM 32635 CA ILE M 10 -107.324 -69.532 5.793 1.00256.74 C \ ANISOU32635 CA ILE M 10 34602 36262 26686 220 -3751 644 C \ ATOM 32636 C ILE M 10 -106.514 -69.858 4.532 1.00259.87 C \ ANISOU32636 C ILE M 10 35143 36816 26780 182 -3714 634 C \ ATOM 32637 O ILE M 10 -105.362 -70.286 4.631 1.00258.77 O \ ANISOU32637 O ILE M 10 35045 36706 26570 134 -3540 603 O \ ATOM 32638 CB ILE M 10 -106.872 -68.190 6.452 1.00258.92 C \ ANISOU32638 CB ILE M 10 34878 36433 27066 290 -3672 796 C \ ATOM 32639 CG1 ILE M 10 -107.319 -68.056 7.945 1.00257.95 C \ ANISOU32639 CG1 ILE M 10 34578 36207 27224 298 -3639 793 C \ ATOM 32640 CG2 ILE M 10 -107.307 -66.978 5.620 1.00260.19 C \ ANISOU32640 CG2 ILE M 10 35103 36514 27242 364 -3747 910 C \ ATOM 32641 CD1 ILE M 10 -108.871 -68.007 8.275 1.00263.84 C \ ANISOU32641 CD1 ILE M 10 35149 36687 28412 316 -3652 722 C \ ATOM 32642 N GLU M 11 -107.126 -69.662 3.352 1.00256.65 N \ ANISOU32642 N GLU M 11 34759 36613 26143 181 -3882 675 N \ ATOM 32643 CA GLU M 11 -106.511 -69.947 2.052 1.00256.43 C \ ANISOU32643 CA GLU M 11 34952 36585 25895 184 -3869 635 C \ ATOM 32644 C GLU M 11 -105.653 -68.777 1.555 1.00256.80 C \ ANISOU32644 C GLU M 11 35200 36491 25883 272 -3788 765 C \ ATOM 32645 O GLU M 11 -105.964 -67.617 1.835 1.00256.82 O \ ANISOU32645 O GLU M 11 35125 36557 25898 315 -3847 925 O \ ATOM 32646 CB GLU M 11 -107.584 -70.291 1.000 1.00257.48 C \ ANISOU32646 CB GLU M 11 35098 36572 26162 207 -3961 545 C \ ATOM 32647 CG GLU M 11 -108.416 -71.528 1.311 1.00262.69 C \ ANISOU32647 CG GLU M 11 35501 36969 27339 141 -3781 360 C \ ATOM 32648 CD GLU M 11 -107.677 -72.853 1.305 1.00271.99 C \ ANISOU32648 CD GLU M 11 36564 37856 28926 75 -3403 198 C \ ATOM 32649 OE1 GLU M 11 -107.181 -73.256 0.228 1.00269.19 O \ ANISOU32649 OE1 GLU M 11 36498 37847 27934 63 -3661 170 O \ ATOM 32650 OE2 GLU M 11 -107.619 -73.502 2.374 1.00267.79 O \ ANISOU32650 OE2 GLU M 11 36116 37499 28132 54 -3603 140 O \ ATOM 32651 N ILE M 12 -104.580 -69.096 0.805 1.00252.77 N \ ANISOU32651 N ILE M 12 34692 36331 25019 175 -3682 797 N \ ATOM 32652 CA ILE M 12 -103.646 -68.124 0.224 1.00251.98 C \ ANISOU32652 CA ILE M 12 34727 36256 24758 217 -3597 939 C \ ATOM 32653 C ILE M 12 -103.872 -68.070 -1.294 1.00253.44 C \ ANISOU32653 C ILE M 12 35169 36281 24846 288 -3688 898 C \ ATOM 32654 O ILE M 12 -103.928 -69.118 -1.942 1.00252.72 O \ ANISOU32654 O ILE M 12 35078 36192 24754 239 -3655 750 O \ ATOM 32655 CB ILE M 12 -102.162 -68.457 0.586 1.00253.68 C \ ANISOU32655 CB ILE M 12 35026 36360 24999 191 -3348 896 C \ ATOM 32656 CG1 ILE M 12 -101.965 -68.775 2.104 1.00251.88 C \ ANISOU32656 CG1 ILE M 12 34675 35960 25069 181 -3229 838 C \ ATOM 32657 CG2 ILE M 12 -101.188 -67.372 0.101 1.00254.44 C \ ANISOU32657 CG2 ILE M 12 35308 36356 25013 259 -3247 1032 C \ ATOM 32658 CD1 ILE M 12 -102.364 -67.666 3.156 1.00259.98 C \ ANISOU32658 CD1 ILE M 12 35550 36962 26269 228 -3252 980 C \ ATOM 32659 N GLU M 13 -104.001 -66.850 -1.850 1.00249.81 N \ ANISOU32659 N GLU M 13 34687 36104 24123 305 -3795 1117 N \ ATOM 32660 CA GLU M 13 -104.242 -66.639 -3.277 1.00249.58 C \ ANISOU32660 CA GLU M 13 34862 36005 23964 357 -3889 1115 C \ ATOM 32661 C GLU M 13 -102.931 -66.601 -4.077 1.00251.26 C \ ANISOU32661 C GLU M 13 35235 36247 23986 342 -3716 1138 C \ ATOM 32662 O GLU M 13 -102.803 -67.351 -5.046 1.00251.31 O \ ANISOU32662 O GLU M 13 35308 36315 23861 306 -3702 1035 O \ ATOM 32663 CB GLU M 13 -105.055 -65.352 -3.512 1.00249.80 C \ ANISOU32663 CB GLU M 13 34765 35937 24210 415 -3933 1252 C \ ATOM 32664 CG GLU M 13 -105.735 -65.300 -4.870 1.00252.28 C \ ANISOU32664 CG GLU M 13 34798 35906 25150 379 -3651 1130 C \ ATOM 32665 CD GLU M 13 -106.452 -64.003 -5.187 1.00266.15 C \ ANISOU32665 CD GLU M 13 36535 37689 26901 444 -3778 1285 C \ ATOM 32666 OE1 GLU M 13 -105.767 -62.967 -5.351 1.00258.93 O \ ANISOU32666 OE1 GLU M 13 35751 36843 25786 489 -3792 1451 O \ ATOM 32667 OE2 GLU M 13 -107.697 -64.029 -5.310 1.00256.98 O \ ANISOU32667 OE2 GLU M 13 35229 36476 25935 448 -3857 1242 O \ ATOM 32668 N SER M 14 -101.975 -65.728 -3.692 1.00248.22 N \ ANISOU32668 N SER M 14 34653 36381 23276 257 -3621 1397 N \ ATOM 32669 CA SER M 14 -100.705 -65.583 -4.409 1.00248.15 C \ ANISOU32669 CA SER M 14 34734 36559 22993 205 -3468 1473 C \ ATOM 32670 C SER M 14 -99.521 -65.311 -3.481 1.00250.41 C \ ANISOU32670 C SER M 14 34708 37308 23127 75 -3259 1643 C \ ATOM 32671 O SER M 14 -99.670 -64.635 -2.462 1.00249.27 O \ ANISOU32671 O SER M 14 34349 37264 23099 117 -3245 1774 O \ ATOM 32672 CB SER M 14 -100.803 -64.460 -5.437 1.00251.19 C \ ANISOU32672 CB SER M 14 35483 36549 23411 372 -3547 1546 C \ ATOM 32673 OG SER M 14 -101.103 -63.219 -4.818 1.00250.97 O \ ANISOU32673 OG SER M 14 35084 35783 24491 416 -3202 1493 O \ ATOM 32674 N VAL M 15 -98.338 -65.820 -3.869 1.00247.28 N \ ANISOU32674 N VAL M 15 34201 37379 22375 -124 -3103 1681 N \ ATOM 32675 CA VAL M 15 -97.074 -65.649 -3.148 1.00244.16 C \ ANISOU32675 CA VAL M 15 33842 36811 22115 -118 -2873 1693 C \ ATOM 32676 C VAL M 15 -96.017 -65.089 -4.110 1.00246.90 C \ ANISOU32676 C VAL M 15 34401 37136 22272 -101 -2762 1788 C \ ATOM 32677 O VAL M 15 -95.831 -65.625 -5.206 1.00248.26 O \ ANISOU32677 O VAL M 15 34702 37419 22207 -185 -2776 1719 O \ ATOM 32678 CB VAL M 15 -96.577 -66.933 -2.423 1.00246.43 C \ ANISOU32678 CB VAL M 15 34094 36996 22540 -241 -2743 1479 C \ ATOM 32679 CG1 VAL M 15 -97.327 -67.151 -1.115 1.00244.86 C \ ANISOU32679 CG1 VAL M 15 33685 36747 22603 -224 -2791 1435 C \ ATOM 32680 CG2 VAL M 15 -96.659 -68.173 -3.316 1.00247.63 C \ ANISOU32680 CG2 VAL M 15 34323 37267 22496 -388 -2782 1298 C \ ATOM 32681 N GLN M 16 -95.350 -63.993 -3.708 1.00240.53 N \ ANISOU32681 N GLN M 16 33631 36193 21568 7 -2655 1947 N \ ATOM 32682 CA GLN M 16 -94.324 -63.340 -4.519 1.00240.01 C \ ANISOU32682 CA GLN M 16 33756 36091 21345 30 -2539 2057 C \ ATOM 32683 C GLN M 16 -92.957 -63.451 -3.839 1.00240.87 C \ ANISOU32683 C GLN M 16 33918 35997 21605 8 -2293 2012 C \ ATOM 32684 O GLN M 16 -92.772 -62.944 -2.730 1.00238.92 O \ ANISOU32684 O GLN M 16 33579 35601 21597 79 -2226 2067 O \ ATOM 32685 CB GLN M 16 -94.695 -61.867 -4.788 1.00241.92 C \ ANISOU32685 CB GLN M 16 34014 36354 21549 174 -2634 2301 C \ ATOM 32686 CG GLN M 16 -93.817 -61.163 -5.827 1.00242.85 C \ ANISOU32686 CG GLN M 16 34337 36473 21460 192 -2550 2432 C \ ATOM 32687 CD GLN M 16 -94.102 -61.607 -7.242 1.00249.95 C \ ANISOU32687 CD GLN M 16 35434 37416 22119 151 -2645 2356 C \ ATOM 32688 OE1 GLN M 16 -95.129 -61.261 -7.836 1.00247.25 O \ ANISOU32688 OE1 GLN M 16 34988 37385 21571 166 -2851 2479 O \ ATOM 32689 NE2 GLN M 16 -93.184 -62.367 -7.820 1.00234.56 N \ ANISOU32689 NE2 GLN M 16 33961 34779 20382 228 -2475 2057 N \ ATOM 32690 N ASP M 17 -92.007 -64.122 -4.513 1.00237.03 N \ ANISOU32690 N ASP M 17 33576 35509 20974 -90 -2160 1908 N \ ATOM 32691 CA ASP M 17 -90.638 -64.325 -4.030 1.00234.46 C \ ANISOU32691 CA ASP M 17 33314 35009 20762 -122 -1922 1853 C \ ATOM 32692 C ASP M 17 -89.673 -63.279 -4.635 1.00237.44 C \ ANISOU32692 C ASP M 17 33848 35337 21033 -66 -1806 2021 C \ ATOM 32693 O ASP M 17 -88.453 -63.410 -4.496 1.00236.46 O \ ANISOU32693 O ASP M 17 33801 35092 20949 -99 -1606 1984 O \ ATOM 32694 CB ASP M 17 -90.164 -65.763 -4.334 1.00236.16 C \ ANISOU32694 CB ASP M 17 33584 35246 20901 -262 -1838 1623 C \ ATOM 32695 CG ASP M 17 -90.164 -66.132 -5.805 1.00247.89 C \ ANISOU32695 CG ASP M 17 35220 36898 22068 -331 -1885 1585 C \ ATOM 32696 OD1 ASP M 17 -91.263 -66.336 -6.366 1.00250.08 O \ ANISOU32696 OD1 ASP M 17 35464 37342 22211 -348 -2080 1572 O \ ATOM 32697 OD2 ASP M 17 -89.065 -66.249 -6.386 1.00252.65 O \ ANISOU32697 OD2 ASP M 17 35970 37470 22555 -371 -1726 1562 O \ ATOM 32698 N GLN M 18 -90.232 -62.232 -5.275 1.00234.33 N \ ANISOU32698 N GLN M 18 33492 35032 20511 19 -1935 2210 N \ ATOM 32699 CA GLN M 18 -89.492 -61.142 -5.914 1.00234.41 C \ ANISOU32699 CA GLN M 18 33650 35010 20406 77 -1856 2395 C \ ATOM 32700 C GLN M 18 -89.589 -59.838 -5.088 1.00237.19 C \ ANISOU32700 C GLN M 18 33933 35233 20956 211 -1864 2586 C \ ATOM 32701 O GLN M 18 -90.557 -59.683 -4.337 1.00236.04 O \ ANISOU32701 O GLN M 18 33633 35088 20965 273 -1994 2599 O \ ATOM 32702 CB GLN M 18 -90.023 -60.919 -7.341 1.00238.20 C \ ANISOU32702 CB GLN M 18 34244 35687 20572 72 -1996 2473 C \ ATOM 32703 CG GLN M 18 -89.080 -61.403 -8.440 1.00242.38 C \ ANISOU32703 CG GLN M 18 34958 36275 20860 -24 -1871 2409 C \ ATOM 32704 CD GLN M 18 -89.088 -62.903 -8.615 1.00250.79 C \ ANISOU32704 CD GLN M 18 36016 37408 21866 -152 -1854 2159 C \ ATOM 32705 OE1 GLN M 18 -90.092 -63.507 -9.007 1.00246.04 O \ ANISOU32705 OE1 GLN M 18 35368 36957 21159 -191 -2026 2076 O \ ATOM 32706 NE2 GLN M 18 -87.953 -63.533 -8.356 1.00242.31 N \ ANISOU32706 NE2 GLN M 18 34990 36224 20853 -221 -1647 2035 N \ ATOM 32707 N PRO M 19 -88.618 -58.888 -5.203 1.00233.18 N \ ANISOU32707 N PRO M 19 33534 34613 20449 257 -1728 2733 N \ ATOM 32708 CA PRO M 19 -88.705 -57.647 -4.409 1.00231.89 C \ ANISOU32708 CA PRO M 19 33311 34319 20478 384 -1737 2910 C \ ATOM 32709 C PRO M 19 -89.850 -56.744 -4.860 1.00236.48 C \ ANISOU32709 C PRO M 19 33981 34803 21066 472 -1955 3016 C \ ATOM 32710 O PRO M 19 -90.036 -56.534 -6.061 1.00237.42 O \ ANISOU32710 O PRO M 19 34355 34806 21048 455 -2034 3014 O \ ATOM 32711 CB PRO M 19 -87.346 -56.970 -4.640 1.00233.52 C \ ANISOU32711 CB PRO M 19 33662 34402 20663 383 -1540 3013 C \ ATOM 32712 CG PRO M 19 -86.477 -58.006 -5.271 1.00238.39 C \ ANISOU32712 CG PRO M 19 34399 35030 21150 255 -1402 2847 C \ ATOM 32713 CD PRO M 19 -87.395 -58.896 -6.030 1.00235.61 C \ ANISOU32713 CD PRO M 19 34022 34908 20592 194 -1558 2744 C \ ATOM 32714 N SER M 20 -90.627 -56.225 -3.890 1.00232.57 N \ ANISOU32714 N SER M 20 33226 34454 20685 590 -2049 3136 N \ ATOM 32715 CA SER M 20 -91.773 -55.355 -4.151 1.00233.88 C \ ANISOU32715 CA SER M 20 33347 34709 20806 706 -2257 3293 C \ ATOM 32716 C SER M 20 -91.989 -54.349 -3.011 1.00236.35 C \ ANISOU32716 C SER M 20 33553 34869 21381 837 -2265 3410 C \ ATOM 32717 O SER M 20 -91.684 -53.169 -3.175 1.00236.80 O \ ANISOU32717 O SER M 20 33692 34847 21434 926 -2247 3600 O \ ATOM 32718 CB SER M 20 -93.035 -56.186 -4.376 1.00236.54 C \ ANISOU32718 CB SER M 20 33839 34723 21310 614 -2463 3022 C \ ATOM 32719 OG SER M 20 -93.265 -57.099 -3.314 1.00241.12 O \ ANISOU32719 OG SER M 20 34479 34845 22289 537 -2442 2724 O \ ATOM 32720 N VAL M 21 -92.507 -54.821 -1.867 1.00231.15 N \ ANISOU32720 N VAL M 21 32714 34167 20945 846 -2289 3296 N \ ATOM 32721 CA VAL M 21 -92.811 -54.025 -0.676 1.00229.69 C \ ANISOU32721 CA VAL M 21 32404 33846 21020 965 -2301 3373 C \ ATOM 32722 C VAL M 21 -91.789 -54.376 0.428 1.00230.97 C \ ANISOU32722 C VAL M 21 32535 33820 21403 918 -2094 3269 C \ ATOM 32723 O VAL M 21 -91.378 -55.532 0.531 1.00229.85 O \ ANISOU32723 O VAL M 21 32383 33689 21258 798 -2006 3089 O \ ATOM 32724 CB VAL M 21 -94.300 -54.233 -0.249 1.00233.89 C \ ANISOU32724 CB VAL M 21 32749 34494 21626 1022 -2504 3335 C \ ATOM 32725 CG1 VAL M 21 -94.682 -55.711 -0.174 1.00233.39 C \ ANISOU32725 CG1 VAL M 21 32596 34539 21540 895 -2531 3113 C \ ATOM 32726 CG2 VAL M 21 -94.654 -53.498 1.041 1.00232.21 C \ ANISOU32726 CG2 VAL M 21 32394 34147 21686 1144 -2513 3394 C \ ATOM 32727 N ALA M 22 -91.348 -53.366 1.207 1.00225.62 N \ ANISOU32727 N ALA M 22 31850 32966 20909 1010 -2016 3384 N \ ATOM 32728 CA ALA M 22 -90.368 -53.524 2.288 1.00222.70 C \ ANISOU32728 CA ALA M 22 31452 32408 20755 980 -1826 3309 C \ ATOM 32729 C ALA M 22 -90.803 -52.794 3.565 1.00224.61 C \ ANISOU32729 C ALA M 22 31557 32527 21259 1099 -1855 3365 C \ ATOM 32730 O ALA M 22 -91.585 -51.849 3.493 1.00225.38 O \ ANISOU32730 O ALA M 22 31626 32647 21361 1220 -1989 3508 O \ ATOM 32731 CB ALA M 22 -89.011 -53.008 1.833 1.00223.47 C \ ANISOU32731 CB ALA M 22 31722 32397 20789 951 -1653 3394 C \ ATOM 32732 N VAL M 23 -90.293 -53.232 4.731 1.00218.34 N \ ANISOU32732 N VAL M 23 30678 31601 20679 1066 -1729 3250 N \ ATOM 32733 CA VAL M 23 -90.608 -52.628 6.031 1.00216.52 C \ ANISOU32733 CA VAL M 23 30318 31245 20705 1168 -1735 3282 C \ ATOM 32734 C VAL M 23 -89.293 -52.160 6.702 1.00217.41 C \ ANISOU32734 C VAL M 23 30493 31147 20966 1164 -1536 3308 C \ ATOM 32735 O VAL M 23 -88.309 -52.899 6.728 1.00216.06 O \ ANISOU32735 O VAL M 23 30374 30929 20792 1056 -1385 3199 O \ ATOM 32736 CB VAL M 23 -91.473 -53.566 6.932 1.00219.59 C \ ANISOU32736 CB VAL M 23 30516 31690 21228 1145 -1803 3121 C \ ATOM 32737 CG1 VAL M 23 -90.817 -54.925 7.171 1.00218.14 C \ ANISOU32737 CG1 VAL M 23 30326 31497 21061 999 -1678 2923 C \ ATOM 32738 CG2 VAL M 23 -91.866 -52.900 8.248 1.00218.20 C \ ANISOU32738 CG2 VAL M 23 30205 31398 21304 1258 -1816 3159 C \ ATOM 32739 N GLY M 24 -89.292 -50.920 7.185 1.00212.50 N \ ANISOU32739 N GLY M 24 29871 30403 20466 1284 -1543 3456 N \ ATOM 32740 CA GLY M 24 -88.134 -50.309 7.827 1.00210.31 C \ ANISOU32740 CA GLY M 24 29651 29924 20335 1293 -1373 3501 C \ ATOM 32741 C GLY M 24 -88.446 -49.644 9.150 1.00210.63 C \ ANISOU32741 C GLY M 24 29571 29832 20628 1400 -1384 3528 C \ ATOM 32742 O GLY M 24 -89.158 -48.638 9.183 1.00211.13 O \ ANISOU32742 O GLY M 24 29613 29886 20719 1527 -1499 3663 O \ ATOM 32743 N SER M 25 -87.901 -50.202 10.248 1.00203.21 N \ ANISOU32743 N SER M 25 28553 28787 19872 1352 -1263 3399 N \ ATOM 32744 CA SER M 25 -88.086 -49.703 11.614 1.00200.65 C \ ANISOU32744 CA SER M 25 28112 28331 19796 1439 -1251 3399 C \ ATOM 32745 C SER M 25 -87.124 -48.550 11.917 1.00201.80 C \ ANISOU32745 C SER M 25 28352 28285 20039 1490 -1139 3524 C \ ATOM 32746 O SER M 25 -85.919 -48.676 11.691 1.00200.79 O \ ANISOU32746 O SER M 25 28328 28079 19883 1406 -987 3513 O \ ATOM 32747 CB SER M 25 -87.897 -50.829 12.626 1.00202.19 C \ ANISOU32747 CB SER M 25 28190 28500 20133 1359 -1171 3208 C \ ATOM 32748 OG SER M 25 -86.609 -51.413 12.525 1.00210.67 O \ ANISOU32748 OG SER M 25 29350 29504 21190 1244 -998 3132 O \ ATOM 32749 N PHE M 26 -87.663 -47.428 12.422 1.00196.91 N \ ANISOU32749 N PHE M 26 27694 27590 19534 1628 -1215 3642 N \ ATOM 32750 CA PHE M 26 -86.884 -46.234 12.756 1.00195.76 C \ ANISOU32750 CA PHE M 26 27631 27255 19492 1688 -1129 3769 C \ ATOM 32751 C PHE M 26 -86.760 -46.082 14.276 1.00196.91 C \ ANISOU32751 C PHE M 26 27661 27257 19898 1732 -1068 3701 C \ ATOM 32752 O PHE M 26 -85.746 -46.481 14.850 1.00194.45 O \ ANISOU32752 O PHE M 26 27358 26843 19680 1652 -916 3616 O \ ATOM 32753 CB PHE M 26 -87.521 -44.979 12.126 1.00199.28 C \ ANISOU32753 CB PHE M 26 28142 27707 19867 1817 -1258 3965 C \ ATOM 32754 CG PHE M 26 -87.396 -44.877 10.625 1.00202.40 C \ ANISOU32754 CG PHE M 26 28686 28208 20009 1777 -1294 4066 C \ ATOM 32755 CD1 PHE M 26 -88.336 -45.471 9.791 1.00206.31 C \ ANISOU32755 CD1 PHE M 26 29155 28907 20328 1766 -1434 4042 C \ ATOM 32756 CD2 PHE M 26 -86.359 -44.156 10.045 1.00204.71 C \ ANISOU32756 CD2 PHE M 26 29145 28399 20237 1751 -1191 4189 C \ ATOM 32757 CE1 PHE M 26 -88.222 -45.372 8.401 1.00208.86 C \ ANISOU32757 CE1 PHE M 26 29618 29330 20407 1730 -1469 4134 C \ ATOM 32758 CE2 PHE M 26 -86.252 -44.049 8.656 1.00209.11 C \ ANISOU32758 CE2 PHE M 26 29842 29057 20552 1714 -1222 4286 C \ ATOM 32759 CZ PHE M 26 -87.182 -44.660 7.843 1.00208.44 C \ ANISOU32759 CZ PHE M 26 29733 29176 20289 1706 -1362 4257 C \ ATOM 32760 N PHE M 27 -87.801 -45.510 14.914 1.00193.63 N \ ANISOU32760 N PHE M 27 27137 26840 19594 1862 -1189 3739 N \ ATOM 32761 CA PHE M 27 -87.927 -45.261 16.353 1.00191.97 C \ ANISOU32761 CA PHE M 27 26807 26511 19622 1928 -1161 3686 C \ ATOM 32762 C PHE M 27 -89.384 -44.911 16.683 1.00197.23 C \ ANISOU32762 C PHE M 27 27342 27259 20336 2061 -1333 3713 C \ ATOM 32763 O PHE M 27 -90.199 -44.753 15.767 1.00198.46 O \ ANISOU32763 O PHE M 27 27513 27548 20344 2105 -1470 3788 O \ ATOM 32764 CB PHE M 27 -86.960 -44.148 16.830 1.00193.23 C \ ANISOU32764 CB PHE M 27 27056 26455 19907 1970 -1052 3784 C \ ATOM 32765 CG PHE M 27 -87.061 -42.825 16.107 1.00196.60 C \ ANISOU32765 CG PHE M 27 27602 26829 20266 2069 -1116 3983 C \ ATOM 32766 CD1 PHE M 27 -86.282 -42.566 14.985 1.00200.72 C \ ANISOU32766 CD1 PHE M 27 28292 27345 20626 2006 -1062 4082 C \ ATOM 32767 CD2 PHE M 27 -87.894 -41.818 16.578 1.00199.37 C \ ANISOU32767 CD2 PHE M 27 27901 27129 20721 2226 -1225 4074 C \ ATOM 32768 CE1 PHE M 27 -86.366 -41.337 14.324 1.00203.33 C \ ANISOU32768 CE1 PHE M 27 28740 27622 20895 2094 -1121 4274 C \ ATOM 32769 CE2 PHE M 27 -87.977 -40.589 15.916 1.00203.86 C \ ANISOU32769 CE2 PHE M 27 28587 27640 21231 2320 -1286 4262 C \ ATOM 32770 CZ PHE M 27 -87.212 -40.356 14.794 1.00202.96 C \ ANISOU32770 CZ PHE M 27 28642 27520 20954 2252 -1235 4364 C \ ATOM 32771 N LYS M 28 -89.713 -44.793 17.984 1.00193.11 N \ ANISOU32771 N LYS M 28 26691 26664 20019 2125 -1326 3651 N \ ATOM 32772 CA LYS M 28 -91.064 -44.453 18.427 1.00193.80 C \ ANISOU32772 CA LYS M 28 26640 26823 20173 2256 -1475 3666 C \ ATOM 32773 C LYS M 28 -91.326 -42.963 18.179 1.00199.63 C \ ANISOU32773 C LYS M 28 27448 27475 20925 2408 -1549 3849 C \ ATOM 32774 O LYS M 28 -90.611 -42.105 18.704 1.00198.67 O \ ANISOU32774 O LYS M 28 27392 27169 20924 2451 -1463 3910 O \ ATOM 32775 CB LYS M 28 -91.275 -44.832 19.908 1.00194.56 C \ ANISOU32775 CB LYS M 28 26579 26868 20477 2270 -1432 3537 C \ ATOM 32776 CG LYS M 28 -92.742 -44.979 20.324 1.00212.01 C \ ANISOU32776 CG LYS M 28 28613 29211 22730 2360 -1579 3500 C \ ATOM 32777 CD LYS M 28 -93.309 -46.368 20.020 1.00221.99 C \ ANISOU32777 CD LYS M 28 29785 30666 23896 2251 -1628 3369 C \ ATOM 32778 CE LYS M 28 -94.794 -46.442 20.279 1.00233.15 C \ ANISOU32778 CE LYS M 28 31028 32224 25334 2340 -1784 3351 C \ ATOM 32779 NZ LYS M 28 -95.362 -47.757 19.877 1.00241.86 N \ ANISOU32779 NZ LYS M 28 32050 33516 26329 2227 -1841 3233 N \ ATOM 32780 N GLY M 29 -92.321 -42.688 17.341 1.00198.47 N \ ANISOU32780 N GLY M 29 27295 27464 20652 2483 -1708 3936 N \ ATOM 32781 CA GLY M 29 -92.720 -41.336 16.972 1.00200.04 C \ ANISOU32781 CA GLY M 29 27558 27605 20843 2635 -1804 4115 C \ ATOM 32782 C GLY M 29 -91.998 -40.792 15.757 1.00205.18 C \ ANISOU32782 C GLY M 29 28410 28222 21329 2602 -1781 4259 C \ ATOM 32783 O GLY M 29 -91.403 -39.714 15.824 1.00205.17 O \ ANISOU32783 O GLY M 29 28518 28052 21387 2661 -1731 4379 O \ ATOM 32784 N PHE M 30 -92.047 -41.534 14.636 1.00202.24 N \ ANISOU32784 N PHE M 30 28089 28009 20745 2505 -1816 4247 N \ ATOM 32785 CA PHE M 30 -91.424 -41.135 13.373 1.00203.30 C \ ANISOU32785 CA PHE M 30 28412 28141 20692 2464 -1800 4378 C \ ATOM 32786 C PHE M 30 -92.511 -40.705 12.384 1.00209.28 C \ ANISOU32786 C PHE M 30 29181 29041 21293 2560 -1991 4501 C \ ATOM 32787 O PHE M 30 -93.433 -41.479 12.115 1.00209.34 O \ ANISOU32787 O PHE M 30 29085 29237 21219 2547 -2104 4425 O \ ATOM 32788 CB PHE M 30 -90.561 -42.277 12.803 1.00204.37 C \ ANISOU32788 CB PHE M 30 28612 28344 20694 2280 -1686 4272 C \ ATOM 32789 CG PHE M 30 -89.844 -41.946 11.515 1.00207.32 C \ ANISOU32789 CG PHE M 30 29180 28723 20868 2223 -1650 4395 C \ ATOM 32790 CD1 PHE M 30 -88.693 -41.166 11.521 1.00210.01 C \ ANISOU32790 CD1 PHE M 30 29659 28884 21251 2207 -1518 4489 C \ ATOM 32791 CD2 PHE M 30 -90.309 -42.429 10.298 1.00210.82 C \ ANISOU32791 CD2 PHE M 30 29669 29355 21079 2181 -1747 4414 C \ ATOM 32792 CE1 PHE M 30 -88.032 -40.858 10.330 1.00212.18 C \ ANISOU32792 CE1 PHE M 30 30112 29169 21338 2150 -1480 4606 C \ ATOM 32793 CE2 PHE M 30 -89.647 -42.120 9.106 1.00214.76 C \ ANISOU32793 CE2 PHE M 30 30349 29864 21384 2128 -1711 4529 C \ ATOM 32794 CZ PHE M 30 -88.513 -41.337 9.131 1.00212.75 C \ ANISOU32794 CZ PHE M 30 30229 29431 21174 2113 -1576 4626 C \ ATOM 32795 N ARG M 31 -92.416 -39.467 11.860 1.00206.82 N \ ANISOU32795 N ARG M 31 28997 28641 20944 2658 -2032 4691 N \ ATOM 32796 CA ARG M 31 -93.413 -38.931 10.934 1.00208.79 C \ ANISOU32796 CA ARG M 31 29269 29010 21052 2764 -2217 4827 C \ ATOM 32797 C ARG M 31 -92.866 -38.744 9.513 1.00215.07 C \ ANISOU32797 C ARG M 31 30258 29848 21610 2699 -2212 4953 C \ ATOM 32798 O ARG M 31 -93.465 -39.283 8.579 1.00216.11 O \ ANISOU32798 O ARG M 31 30389 30174 21551 2669 -2321 4951 O \ ATOM 32799 CB ARG M 31 -93.995 -37.611 11.454 1.00208.82 C \ ANISOU32799 CB ARG M 31 29249 28893 21200 2957 -2303 4956 C \ ATOM 32800 CG ARG M 31 -95.289 -37.797 12.227 1.00216.04 C \ ANISOU32800 CG ARG M 31 29953 29900 22233 3067 -2430 4877 C \ ATOM 32801 CD ARG M 31 -96.142 -36.548 12.193 1.00225.07 C \ ANISOU32801 CD ARG M 31 31089 31000 23425 3269 -2574 5034 C \ ATOM 32802 NE ARG M 31 -97.511 -36.819 12.633 1.00231.56 N \ ANISOU32802 NE ARG M 31 31722 31885 24377 3254 -2755 4920 N \ ATOM 32803 CZ ARG M 31 -98.554 -36.037 12.370 1.00246.36 C \ ANISOU32803 CZ ARG M 31 33560 33787 26260 3390 -2935 5025 C \ ATOM 32804 NH1 ARG M 31 -98.400 -34.929 11.655 1.00238.08 N \ ANISOU32804 NH1 ARG M 31 32653 32759 25046 3626 -2944 5279 N \ ATOM 32805 NH2 ARG M 31 -99.761 -36.363 12.811 1.00234.10 N \ ANISOU32805 NH2 ARG M 31 31796 32483 24667 3617 -3018 5012 N \ ATOM 32806 N ALA M 32 -91.760 -37.962 9.346 1.00211.66 N \ ANISOU32806 N ALA M 32 29992 29242 21189 2677 -2090 5064 N \ ATOM 32807 CA ALA M 32 -91.086 -37.629 8.070 1.00213.38 C \ ANISOU32807 CA ALA M 32 30410 29470 21197 2616 -2060 5201 C \ ATOM 32808 C ALA M 32 -91.977 -36.730 7.142 1.00221.20 C \ ANISOU32808 C ALA M 32 31465 30528 22052 2748 -2246 5394 C \ ATOM 32809 O ALA M 32 -93.170 -36.592 7.421 1.00221.85 O \ ANISOU32809 O ALA M 32 31419 30688 22185 2873 -2404 5394 O \ ATOM 32810 CB ALA M 32 -90.649 -38.899 7.341 1.00213.79 C \ ANISOU32810 CB ALA M 32 30491 29676 21065 2443 -1996 5083 C \ ATOM 32811 N PRO M 33 -91.440 -36.087 6.061 1.00219.90 N \ ANISOU32811 N PRO M 33 31495 30337 21719 2729 -2233 5564 N \ ATOM 32812 CA PRO M 33 -92.287 -35.193 5.240 1.00222.60 C \ ANISOU32812 CA PRO M 33 31900 30733 21943 2863 -2413 5755 C \ ATOM 32813 C PRO M 33 -93.389 -35.878 4.414 1.00228.36 C \ ANISOU32813 C PRO M 33 32563 31722 22481 2873 -2590 5726 C \ ATOM 32814 O PRO M 33 -94.300 -35.182 3.959 1.00229.32 O \ ANISOU32814 O PRO M 33 32689 31897 22545 3009 -2762 5863 O \ ATOM 32815 CB PRO M 33 -91.277 -34.516 4.309 1.00225.76 C \ ANISOU32815 CB PRO M 33 32530 31046 22204 2805 -2326 5922 C \ ATOM 32816 CG PRO M 33 -90.159 -35.479 4.207 1.00228.78 C \ ANISOU32816 CG PRO M 33 32953 31444 22528 2614 -2142 5791 C \ ATOM 32817 CD PRO M 33 -90.042 -36.066 5.579 1.00221.43 C \ ANISOU32817 CD PRO M 33 31859 30442 21833 2593 -2055 5601 C \ ATOM 32818 N SER M 34 -93.305 -37.217 4.216 1.00225.06 N \ ANISOU32818 N SER M 34 32085 31461 21966 2731 -2550 5553 N \ ATOM 32819 CA SER M 34 -94.249 -38.060 3.458 1.00226.22 C \ ANISOU32819 CA SER M 34 32164 31861 21929 2707 -2700 5492 C \ ATOM 32820 C SER M 34 -94.380 -37.603 1.979 1.00233.64 C \ ANISOU32820 C SER M 34 33268 32903 22600 2719 -2801 5669 C \ ATOM 32821 O SER M 34 -95.488 -37.507 1.439 1.00234.81 O \ ANISOU32821 O SER M 34 33369 33203 22645 2808 -2996 5728 O \ ATOM 32822 CB SER M 34 -95.615 -38.122 4.146 1.00229.16 C \ ANISOU32822 CB SER M 34 32329 32315 22427 2835 -2864 5435 C \ ATOM 32823 OG SER M 34 -96.489 -39.036 3.502 1.00238.39 O \ ANISOU32823 OG SER M 34 33416 33727 23433 2794 -2998 5355 O \ ATOM 32824 N ASP M 35 -93.226 -37.344 1.335 1.00231.79 N \ ANISOU32824 N ASP M 35 33226 32590 22253 2626 -2665 5751 N \ ATOM 32825 CA ASP M 35 -93.102 -36.943 -0.072 1.00234.65 C \ ANISOU32825 CA ASP M 35 33771 33034 22352 2610 -2720 5917 C \ ATOM 32826 C ASP M 35 -91.728 -37.362 -0.631 1.00240.17 C \ ANISOU32826 C ASP M 35 34625 33703 22924 2435 -2522 5891 C \ ATOM 32827 O ASP M 35 -91.497 -37.256 -1.838 1.00241.80 O \ ANISOU32827 O ASP M 35 34985 33998 22888 2388 -2539 5997 O \ ATOM 32828 CB ASP M 35 -93.347 -35.429 -0.266 1.00238.12 C \ ANISOU32828 CB ASP M 35 34308 33347 22818 2769 -2808 6160 C \ ATOM 32829 CG ASP M 35 -92.513 -34.511 0.607 1.00244.70 C \ ANISOU32829 CG ASP M 35 35192 33824 23960 2663 -2711 6168 C \ ATOM 32830 OD1 ASP M 35 -91.300 -34.371 0.335 1.00245.11 O \ ANISOU32830 OD1 ASP M 35 35388 33825 23916 2637 -2517 6241 O \ ATOM 32831 OD2 ASP M 35 -93.088 -33.873 1.513 1.00247.88 O \ ANISOU32831 OD2 ASP M 35 35489 33997 24699 2597 -2839 6106 O \ ATOM 32832 N THR M 36 -90.834 -37.859 0.253 1.00236.00 N \ ANISOU32832 N THR M 36 34052 33058 22559 2342 -2335 5747 N \ ATOM 32833 CA THR M 36 -89.485 -38.327 -0.084 1.00235.94 C \ ANISOU32833 CA THR M 36 34163 33012 22472 2178 -2130 5696 C \ ATOM 32834 C THR M 36 -89.529 -39.812 -0.501 1.00241.08 C \ ANISOU32834 C THR M 36 34764 33859 22977 2041 -2114 5501 C \ ATOM 32835 O THR M 36 -90.438 -40.545 -0.101 1.00240.18 O \ ANISOU32835 O THR M 36 34489 33860 22910 2061 -2218 5366 O \ ATOM 32836 CB THR M 36 -88.494 -38.060 1.077 1.00244.63 C \ ANISOU32836 CB THR M 36 35242 33882 23824 2153 -1944 5647 C \ ATOM 32837 OG1 THR M 36 -87.187 -38.493 0.696 1.00243.52 O \ ANISOU32837 OG1 THR M 36 35215 33712 23600 1997 -1748 5605 O \ ATOM 32838 CG2 THR M 36 -88.909 -38.722 2.397 1.00241.79 C \ ANISOU32838 CG2 THR M 36 34674 33499 23694 2172 -1941 5455 C \ ATOM 32839 N THR M 37 -88.540 -40.239 -1.306 1.00239.17 N \ ANISOU32839 N THR M 37 34659 33654 22560 1903 -1980 5487 N \ ATOM 32840 CA THR M 37 -88.431 -41.608 -1.820 1.00239.14 C \ ANISOU32840 CA THR M 37 34639 33825 22398 1765 -1946 5310 C \ ATOM 32841 C THR M 37 -87.304 -42.385 -1.122 1.00242.37 C \ ANISOU32841 C THR M 37 35019 34139 22932 1640 -1728 5138 C \ ATOM 32842 O THR M 37 -86.357 -41.780 -0.611 1.00241.43 O \ ANISOU32842 O THR M 37 34951 33833 22949 1633 -1581 5193 O \ ATOM 32843 CB THR M 37 -88.211 -41.593 -3.345 1.00247.92 C \ ANISOU32843 CB THR M 37 35930 35075 23194 1704 -1966 5412 C \ ATOM 32844 OG1 THR M 37 -87.038 -40.837 -3.652 1.00248.15 O \ ANISOU32844 OG1 THR M 37 36123 34965 23196 1665 -1809 5546 O \ ATOM 32845 CG2 THR M 37 -89.405 -41.033 -4.107 1.00247.13 C \ ANISOU32845 CG2 THR M 37 35847 35105 22944 1817 -2198 5557 C \ ATOM 32846 N PHE M 38 -87.413 -43.729 -1.114 1.00239.29 N \ ANISOU32846 N PHE M 38 34548 33877 22494 1540 -1712 4932 N \ ATOM 32847 CA PHE M 38 -86.424 -44.627 -0.519 1.00237.37 C \ ANISOU32847 CA PHE M 38 34271 33568 22351 1419 -1520 4753 C \ ATOM 32848 C PHE M 38 -85.944 -45.640 -1.561 1.00243.30 C \ ANISOU32848 C PHE M 38 35113 34470 22859 1279 -1455 4654 C \ ATOM 32849 O PHE M 38 -86.714 -46.502 -1.992 1.00243.82 O \ ANISOU32849 O PHE M 38 35126 34713 22800 1249 -1568 4550 O \ ATOM 32850 CB PHE M 38 -86.991 -45.339 0.722 1.00236.94 C \ ANISOU32850 CB PHE M 38 34013 33494 22517 1437 -1550 4576 C \ ATOM 32851 CG PHE M 38 -87.379 -44.423 1.859 1.00237.37 C \ ANISOU32851 CG PHE M 38 33970 33394 22825 1569 -1592 4647 C \ ATOM 32852 CD1 PHE M 38 -86.436 -44.008 2.793 1.00238.62 C \ ANISOU32852 CD1 PHE M 38 34128 33346 23191 1565 -1432 4647 C \ ATOM 32853 CD2 PHE M 38 -88.692 -43.996 2.010 1.00240.34 C \ ANISOU32853 CD2 PHE M 38 34251 33833 23235 1698 -1791 4708 C \ ATOM 32854 CE1 PHE M 38 -86.798 -43.168 3.850 1.00238.64 C \ ANISOU32854 CE1 PHE M 38 34044 33205 23425 1687 -1471 4705 C \ ATOM 32855 CE2 PHE M 38 -89.053 -43.157 3.068 1.00242.24 C \ ANISOU32855 CE2 PHE M 38 34401 33930 23709 1825 -1826 4767 C \ ATOM 32856 CZ PHE M 38 -88.103 -42.747 3.980 1.00238.47 C \ ANISOU32856 CZ PHE M 38 33932 33246 23431 1818 -1665 4764 C \ ATOM 32857 N ASP M 39 -84.674 -45.510 -1.979 1.00240.79 N \ ANISOU32857 N ASP M 39 34933 34084 22473 1193 -1273 4690 N \ ATOM 32858 CA ASP M 39 -84.041 -46.370 -2.978 1.00241.75 C \ ANISOU32858 CA ASP M 39 35158 34330 22365 1060 -1181 4606 C \ ATOM 32859 C ASP M 39 -83.630 -47.704 -2.350 1.00244.68 C \ ANISOU32859 C ASP M 39 35429 34706 22832 959 -1071 4359 C \ ATOM 32860 O ASP M 39 -82.863 -47.722 -1.385 1.00242.50 O \ ANISOU32860 O ASP M 39 35102 34272 22766 940 -927 4300 O \ ATOM 32861 CB ASP M 39 -82.826 -45.665 -3.617 1.00244.36 C \ ANISOU32861 CB ASP M 39 35667 34581 22598 1012 -1022 4746 C \ ATOM 32862 CG ASP M 39 -83.123 -44.302 -4.221 1.00252.68 C \ ANISOU32862 CG ASP M 39 36831 35384 23790 742 -1222 4859 C \ ATOM 32863 OD1 ASP M 39 -84.020 -44.218 -5.090 1.00249.83 O \ ANISOU32863 OD1 ASP M 39 36398 34865 23662 512 -1416 4665 O \ ATOM 32864 OD2 ASP M 39 -82.435 -43.328 -3.850 1.00250.12 O \ ANISOU32864 OD2 ASP M 39 36065 34485 24486 423 -1112 4439 O \ ATOM 32865 N LEU M 40 -84.162 -48.815 -2.890 1.00242.59 N \ ANISOU32865 N LEU M 40 35137 34621 22416 896 -1144 4215 N \ ATOM 32866 CA LEU M 40 -83.887 -50.172 -2.416 1.00241.31 C \ ANISOU32866 CA LEU M 40 34888 34482 22319 798 -1060 3976 C \ ATOM 32867 C LEU M 40 -82.743 -50.803 -3.213 1.00246.07 C \ ANISOU32867 C LEU M 40 35674 34942 22880 493 -932 3820 C \ ATOM 32868 O LEU M 40 -82.647 -50.602 -4.425 1.00247.88 O \ ANISOU32868 O LEU M 40 36054 35261 22870 454 -953 3899 O \ ATOM 32869 CB LEU M 40 -85.158 -51.036 -2.514 1.00241.68 C \ ANISOU32869 CB LEU M 40 34825 34695 22306 799 -1243 3855 C \ ATOM 32870 CG LEU M 40 -85.176 -52.344 -1.714 1.00244.22 C \ ANISOU32870 CG LEU M 40 35015 35017 22762 726 -1197 3615 C \ ATOM 32871 CD1 LEU M 40 -85.547 -52.102 -0.258 1.00242.34 C \ ANISOU32871 CD1 LEU M 40 34612 34643 22822 803 -1218 3593 C \ ATOM 32872 CD2 LEU M 40 -86.145 -53.333 -2.323 1.00247.83 C \ ANISOU32872 CD2 LEU M 40 35432 35674 23057 680 -1346 3494 C \ ATOM 32873 N TYR M 41 -81.880 -51.565 -2.521 1.00242.64 N \ ANISOU32873 N TYR M 41 35136 34601 22456 595 -722 3743 N \ ATOM 32874 CA TYR M 41 -80.721 -52.246 -3.104 1.00243.02 C \ ANISOU32874 CA TYR M 41 35284 34671 22381 477 -539 3650 C \ ATOM 32875 C TYR M 41 -80.746 -53.743 -2.764 1.00245.45 C \ ANISOU32875 C TYR M 41 35502 35031 22725 393 -508 3398 C \ ATOM 32876 O TYR M 41 -81.414 -54.137 -1.809 1.00243.62 O \ ANISOU32876 O TYR M 41 35124 34768 22674 425 -586 3305 O \ ATOM 32877 CB TYR M 41 -79.417 -51.591 -2.613 1.00243.62 C \ ANISOU32877 CB TYR M 41 35404 34563 22597 466 -339 3721 C \ ATOM 32878 CG TYR M 41 -79.205 -50.188 -3.145 1.00245.39 C \ ANISOU32878 CG TYR M 41 35704 34578 22956 188 -434 3858 C \ ATOM 32879 CD1 TYR M 41 -79.727 -49.081 -2.480 1.00245.88 C \ ANISOU32879 CD1 TYR M 41 35654 34433 23335 177 -558 3922 C \ ATOM 32880 CD2 TYR M 41 -78.467 -49.965 -4.304 1.00244.16 C \ ANISOU32880 CD2 TYR M 41 35453 34333 22984 100 -331 3752 C \ ATOM 32881 CE1 TYR M 41 -79.541 -47.789 -2.968 1.00245.02 C \ ANISOU32881 CE1 TYR M 41 35452 34158 23489 185 -557 3978 C \ ATOM 32882 CE2 TYR M 41 -78.271 -48.676 -4.799 1.00245.34 C \ ANISOU32882 CE2 TYR M 41 35621 34400 23197 108 -343 3911 C \ ATOM 32883 CZ TYR M 41 -78.809 -47.591 -4.127 1.00253.87 C \ ANISOU32883 CZ TYR M 41 36745 35406 24309 154 -467 4110 C \ ATOM 32884 OH TYR M 41 -78.620 -46.319 -4.608 1.00253.49 O \ ANISOU32884 OH TYR M 41 36611 35198 24507 161 -469 4165 O \ ATOM 32885 N LYS M 42 -80.035 -54.575 -3.555 1.00242.49 N \ ANISOU32885 N LYS M 42 35220 34738 22176 288 -396 3288 N \ ATOM 32886 CA LYS M 42 -79.982 -56.030 -3.369 1.00241.28 C \ ANISOU32886 CA LYS M 42 35006 34636 22034 202 -359 3047 C \ ATOM 32887 C LYS M 42 -78.601 -56.596 -3.732 1.00245.49 C \ ANISOU32887 C LYS M 42 35630 35143 22504 105 -138 2953 C \ ATOM 32888 O LYS M 42 -77.969 -56.119 -4.678 1.00246.02 O \ ANISOU32888 O LYS M 42 35847 35167 22463 17 -74 3018 O \ ATOM 32889 CB LYS M 42 -81.071 -56.706 -4.220 1.00244.74 C \ ANISOU32889 CB LYS M 42 35478 35228 22283 168 -537 2963 C \ ATOM 32890 CG LYS M 42 -81.515 -58.072 -3.711 1.00245.67 C \ ANISOU32890 CG LYS M 42 35240 34772 23329 106 -524 2422 C \ ATOM 32891 CD LYS M 42 -82.521 -58.707 -4.658 1.00252.23 C \ ANISOU32891 CD LYS M 42 36030 35626 24180 125 -652 2287 C \ ATOM 32892 CE LYS M 42 -83.018 -60.038 -4.156 1.00256.51 C \ ANISOU32892 CE LYS M 42 36570 36234 24659 124 -698 2123 C \ ATOM 32893 NZ LYS M 42 -83.863 -60.725 -5.166 1.00264.22 N \ ANISOU32893 NZ LYS M 42 37781 37484 25125 143 -857 2122 N \ ATOM 32894 N LYS M 43 -78.148 -57.625 -2.986 1.00240.16 N \ ANISOU32894 N LYS M 43 34871 34403 21976 51 -38 2759 N \ ATOM 32895 CA LYS M 43 -76.865 -58.302 -3.198 1.00239.71 C \ ANISOU32895 CA LYS M 43 34876 34315 21887 -36 171 2642 C \ ATOM 32896 C LYS M 43 -77.083 -59.791 -3.489 1.00243.97 C \ ANISOU32896 C LYS M 43 35401 34960 22337 -117 156 2413 C \ ATOM 32897 O LYS M 43 -77.830 -60.457 -2.770 1.00242.83 O \ ANISOU32897 O LYS M 43 35135 34809 22320 -112 59 2296 O \ ATOM 32898 CB LYS M 43 -75.943 -58.121 -1.978 1.00240.02 C \ ANISOU32898 CB LYS M 43 34836 34156 22205 -24 324 2624 C \ ATOM 32899 CG LYS M 43 -74.482 -58.474 -2.242 1.00255.12 C \ ANISOU32899 CG LYS M 43 36589 36092 24254 -109 534 2536 C \ ATOM 32900 CD LYS M 43 -73.637 -58.396 -0.976 1.00260.99 C \ ANISOU32900 CD LYS M 43 37076 36598 25490 -134 636 2442 C \ ATOM 32901 CE LYS M 43 -72.168 -58.627 -1.239 1.00268.00 C \ ANISOU32901 CE LYS M 43 37734 37320 26773 -166 802 2281 C \ ATOM 32902 NZ LYS M 43 -71.522 -57.457 -1.894 1.00267.51 N \ ANISOU32902 NZ LYS M 43 37122 36724 27796 -159 723 2065 N \ ATOM 32903 N LYS M 44 -76.416 -60.304 -4.539 1.00241.44 N \ ANISOU32903 N LYS M 44 35205 34733 21799 -192 258 2348 N \ ATOM 32904 CA LYS M 44 -76.495 -61.702 -4.963 1.00259.29 C \ ANISOU32904 CA LYS M 44 37477 37093 23947 -274 261 2129 C \ ATOM 32905 C LYS M 44 -75.133 -62.376 -4.853 1.00264.03 C \ ANISOU32905 C LYS M 44 37820 37547 24953 -76 503 1942 C \ ATOM 32906 O LYS M 44 -74.924 -63.201 -3.966 1.00226.89 O \ ANISOU32906 O LYS M 44 33308 32827 20076 -358 540 1843 O \ ATOM 32907 CB LYS M 44 -77.024 -61.800 -6.399 1.00256.67 C \ ANISOU32907 CB LYS M 44 36812 36515 24194 -28 184 1943 C \ ATOM 32908 CG LYS M 44 -78.443 -62.338 -6.479 1.00252.46 C \ ANISOU32908 CG LYS M 44 35183 34979 25759 2 -11 1386 C \ ATOM 32909 CD LYS M 44 -79.321 -61.487 -7.378 1.00264.37 C \ ANISOU32909 CD LYS M 44 36832 36598 27018 20 -129 1521 C \ ATOM 32910 CE LYS M 44 -80.751 -61.965 -7.370 1.00267.46 C \ ANISOU32910 CE LYS M 44 36706 36528 28387 36 -242 1241 C \ ATOM 32911 NZ LYS M 44 -81.622 -61.109 -8.215 1.00275.67 N \ ANISOU32911 NZ LYS M 44 37445 37274 30023 47 -301 1166 N \ ATOM 32912 N GLU M 47 -76.771 -67.476 -1.081 1.00201.35 N \ ANISOU32912 N GLU M 47 29663 29477 17364 -472 332 1144 N \ ATOM 32913 CA GLU M 47 -77.909 -68.194 -0.514 1.00200.38 C \ ANISOU32913 CA GLU M 47 29428 29376 17330 -486 175 1043 C \ ATOM 32914 C GLU M 47 -79.022 -67.215 -0.113 1.00204.07 C \ ANISOU32914 C GLU M 47 29810 29864 17863 -408 3 1205 C \ ATOM 32915 O GLU M 47 -80.144 -67.338 -0.607 1.00205.18 O \ ANISOU32915 O GLU M 47 29941 30137 17880 -416 -172 1207 O \ ATOM 32916 CB GLU M 47 -77.477 -69.052 0.695 1.00199.54 C \ ANISOU32916 CB GLU M 47 29221 29123 17473 -507 264 896 C \ ATOM 32917 CG GLU M 47 -76.669 -70.289 0.340 1.00210.89 C \ ANISOU32917 CG GLU M 47 30725 30554 18852 -588 392 697 C \ ATOM 32918 CD GLU M 47 -76.180 -71.086 1.535 1.00225.97 C \ ANISOU32918 CD GLU M 47 32541 32310 21008 -603 483 565 C \ ATOM 32919 OE1 GLU M 47 -75.230 -70.626 2.209 1.00215.91 O \ ANISOU32919 OE1 GLU M 47 31241 30905 19891 -565 623 618 O \ ATOM 32920 OE2 GLU M 47 -76.735 -72.179 1.788 1.00216.04 O \ ANISOU32920 OE2 GLU M 47 31238 31062 19785 -655 415 407 O \ ATOM 32921 N LYS M 48 -78.706 -66.245 0.773 1.00198.38 N \ ANISOU32921 N LYS M 48 29027 29013 17334 -333 52 1339 N \ ATOM 32922 CA LYS M 48 -79.650 -65.234 1.260 1.00197.51 C \ ANISOU32922 CA LYS M 48 28833 28900 17311 -247 -92 1497 C \ ATOM 32923 C LYS M 48 -79.201 -63.839 0.833 1.00201.01 C \ ANISOU32923 C LYS M 48 29358 29323 17692 -181 -50 1710 C \ ATOM 32924 O LYS M 48 -78.030 -63.486 1.004 1.00200.07 O \ ANISOU32924 O LYS M 48 29284 29098 17635 -179 122 1746 O \ ATOM 32925 CB LYS M 48 -79.812 -65.307 2.793 1.00197.70 C \ ANISOU32925 CB LYS M 48 28702 28782 17633 -211 -90 1466 C \ ATOM 32926 CG LYS M 48 -80.355 -66.637 3.324 1.00213.49 C \ ANISOU32926 CG LYS M 48 30610 30793 19713 -274 -144 1270 C \ ATOM 32927 CD LYS M 48 -81.875 -66.779 3.176 1.00224.40 C \ ANISOU32927 CD LYS M 48 31920 32305 21037 -268 -364 1270 C \ ATOM 32928 CE LYS M 48 -82.268 -67.863 2.196 1.00235.86 C \ ANISOU32928 CE LYS M 48 33433 33900 22282 -361 -429 1126 C \ ATOM 32929 NZ LYS M 48 -82.039 -69.230 2.742 1.00241.35 N \ ANISOU32929 NZ LYS M 48 34085 34538 23080 -442 -370 917 N \ ATOM 32930 N ASP M 49 -80.137 -63.053 0.274 1.00197.46 N \ ANISOU32930 N ASP M 49 28925 28977 17122 -128 -209 1851 N \ ATOM 32931 CA ASP M 49 -79.876 -61.707 -0.235 1.00197.51 C \ ANISOU32931 CA ASP M 49 29018 28979 17048 -64 -197 2065 C \ ATOM 32932 C ASP M 49 -80.037 -60.635 0.846 1.00198.27 C \ ANISOU32932 C ASP M 49 29021 28939 17373 35 -218 2205 C \ ATOM 32933 O ASP M 49 -81.041 -60.623 1.560 1.00196.55 O \ ANISOU32933 O ASP M 49 28679 28721 17281 81 -354 2200 O \ ATOM 32934 CB ASP M 49 -80.807 -61.396 -1.420 1.00201.49 C \ ANISOU32934 CB ASP M 49 29596 29665 17297 -52 -365 2151 C \ ATOM 32935 CG ASP M 49 -80.696 -62.372 -2.577 1.00209.11 C \ ANISOU32935 CG ASP M 49 30665 30775 18010 -147 -355 2022 C \ ATOM 32936 OD1 ASP M 49 -81.100 -63.543 -2.407 1.00208.63 O \ ANISOU32936 OD1 ASP M 49 30547 30758 17964 -208 -397 1838 O \ ATOM 32937 OD2 ASP M 49 -80.241 -61.955 -3.662 1.00214.76 O \ ANISOU32937 OD2 ASP M 49 31523 31564 18511 -160 -310 2107 O \ ATOM 32938 N GLU M 50 -79.044 -59.728 0.945 1.00193.61 N \ ANISOU32938 N GLU M 50 28491 28237 16836 64 -83 2329 N \ ATOM 32939 CA GLU M 50 -79.034 -58.603 1.882 1.00191.88 C \ ANISOU32939 CA GLU M 50 28207 27877 16821 156 -84 2472 C \ ATOM 32940 C GLU M 50 -79.516 -57.336 1.179 1.00196.34 C \ ANISOU32940 C GLU M 50 28847 28493 17259 230 -186 2689 C \ ATOM 32941 O GLU M 50 -79.099 -57.063 0.051 1.00197.64 O \ ANISOU32941 O GLU M 50 29151 28733 17211 201 -147 2762 O \ ATOM 32942 CB GLU M 50 -77.639 -58.394 2.487 1.00191.95 C \ ANISOU32942 CB GLU M 50 28231 27722 16980 138 126 2470 C \ ATOM 32943 CG GLU M 50 -77.480 -59.030 3.857 1.00203.27 C \ ANISOU32943 CG GLU M 50 29527 29034 18672 133 177 2336 C \ ATOM 32944 CD GLU M 50 -76.923 -58.149 4.962 1.00225.99 C \ ANISOU32944 CD GLU M 50 32348 31731 21788 193 256 2425 C \ ATOM 32945 OE1 GLU M 50 -77.093 -56.910 4.900 1.00218.64 O \ ANISOU32945 OE1 GLU M 50 31447 30763 20864 266 212 2607 O \ ATOM 32946 OE2 GLU M 50 -76.335 -58.711 5.914 1.00219.92 O \ ANISOU32946 OE2 GLU M 50 31503 30854 21201 168 358 2311 O \ ATOM 32947 N PHE M 51 -80.398 -56.572 1.842 1.00191.57 N \ ANISOU32947 N PHE M 51 28153 27849 16787 327 -318 2791 N \ ATOM 32948 CA PHE M 51 -80.994 -55.350 1.298 1.00192.41 C \ ANISOU32948 CA PHE M 51 28314 27993 16799 414 -437 2999 C \ ATOM 32949 C PHE M 51 -80.489 -54.095 2.017 1.00194.65 C \ ANISOU32949 C PHE M 51 28595 28101 17262 493 -370 3155 C \ ATOM 32950 O PHE M 51 -80.207 -54.139 3.215 1.00192.58 O \ ANISOU32950 O PHE M 51 28231 27702 17238 510 -306 3099 O \ ATOM 32951 CB PHE M 51 -82.528 -55.426 1.383 1.00194.63 C \ ANISOU32951 CB PHE M 51 28495 28384 17071 473 -662 2999 C \ ATOM 32952 CG PHE M 51 -83.166 -56.491 0.519 1.00197.30 C \ ANISOU32952 CG PHE M 51 28848 28912 17206 401 -758 2875 C \ ATOM 32953 CD1 PHE M 51 -83.218 -57.816 0.940 1.00199.20 C \ ANISOU32953 CD1 PHE M 51 29009 29174 17504 322 -734 2662 C \ ATOM 32954 CD2 PHE M 51 -83.744 -56.165 -0.700 1.00201.49 C \ ANISOU32954 CD2 PHE M 51 29473 29596 17488 413 -881 2972 C \ ATOM 32955 CE1 PHE M 51 -83.814 -58.799 0.144 1.00201.31 C \ ANISOU32955 CE1 PHE M 51 29293 29610 17585 251 -827 2543 C \ ATOM 32956 CE2 PHE M 51 -84.341 -57.149 -1.495 1.00205.39 C \ ANISOU32956 CE2 PHE M 51 29982 30267 17791 344 -976 2852 C \ ATOM 32957 CZ PHE M 51 -84.373 -58.458 -1.067 1.00202.66 C \ ANISOU32957 CZ PHE M 51 29557 29937 17509 262 -947 2636 C \ ATOM 32958 N VAL M 52 -80.373 -52.979 1.274 1.00191.72 N \ ANISOU32958 N VAL M 52 28340 27734 16771 538 -388 3350 N \ ATOM 32959 CA VAL M 52 -79.919 -51.678 1.783 1.00190.81 C \ ANISOU32959 CA VAL M 52 28246 27456 16795 611 -335 3520 C \ ATOM 32960 C VAL M 52 -80.909 -50.597 1.314 1.00195.82 C \ ANISOU32960 C VAL M 52 28914 28141 17350 717 -512 3712 C \ ATOM 32961 O VAL M 52 -81.227 -50.525 0.126 1.00197.05 O \ ANISOU32961 O VAL M 52 29172 28435 17263 705 -585 3780 O \ ATOM 32962 CB VAL M 52 -78.448 -51.366 1.363 1.00194.84 C \ ANISOU32962 CB VAL M 52 28885 27889 17257 544 -130 3572 C \ ATOM 32963 CG1 VAL M 52 -78.085 -49.898 1.588 1.00195.12 C \ ANISOU32963 CG1 VAL M 52 28974 27781 17381 617 -101 3779 C \ ATOM 32964 CG2 VAL M 52 -77.459 -52.270 2.094 1.00192.57 C \ ANISOU32964 CG2 VAL M 52 28541 27517 17111 465 44 3395 C \ ATOM 32965 N LEU M 53 -81.394 -49.774 2.260 1.00191.44 N \ ANISOU32965 N LEU M 53 28271 27471 16996 823 -580 3794 N \ ATOM 32966 CA LEU M 53 -82.332 -48.675 2.021 1.00192.79 C \ ANISOU32966 CA LEU M 53 28456 27659 17138 942 -746 3976 C \ ATOM 32967 C LEU M 53 -81.612 -47.330 2.133 1.00196.37 C \ ANISOU32967 C LEU M 53 29001 27949 17663 993 -665 4164 C \ ATOM 32968 O LEU M 53 -80.741 -47.171 2.991 1.00193.94 O \ ANISOU32968 O LEU M 53 28667 27480 17542 975 -522 4136 O \ ATOM 32969 CB LEU M 53 -83.486 -48.748 3.037 1.00191.94 C \ ANISOU32969 CB LEU M 53 28173 27544 17210 1031 -889 3923 C \ ATOM 32970 CG LEU M 53 -84.780 -48.027 2.671 1.00198.21 C \ ANISOU32970 CG LEU M 53 28948 28425 17938 1149 -1103 4056 C \ ATOM 32971 CD1 LEU M 53 -85.759 -48.971 1.992 1.00199.52 C \ ANISOU32971 CD1 LEU M 53 29072 28805 17930 1115 -1247 3959 C \ ATOM 32972 CD2 LEU M 53 -85.430 -47.437 3.904 1.00199.46 C \ ANISOU32972 CD2 LEU M 53 28967 28472 18344 1266 -1175 4082 C \ ATOM 32973 N HIS M 54 -81.974 -46.364 1.268 1.00193.72 N \ ANISOU32973 N HIS M 54 28773 27651 17180 1055 -759 4358 N \ ATOM 32974 CA HIS M 54 -81.375 -45.029 1.270 1.00193.52 C \ ANISOU32974 CA HIS M 54 28848 27474 17207 1105 -699 4554 C \ ATOM 32975 C HIS M 54 -82.364 -43.973 0.770 1.00197.51 C \ ANISOU32975 C HIS M 54 29398 28013 17633 1228 -883 4749 C \ ATOM 32976 O HIS M 54 -82.948 -44.122 -0.303 1.00198.43 O \ ANISOU32976 O HIS M 54 29579 28296 17521 1226 -995 4795 O \ ATOM 32977 CB HIS M 54 -80.084 -44.996 0.431 1.00195.12 C \ ANISOU32977 CB HIS M 54 29209 27667 17261 997 -523 4598 C \ ATOM 32978 CG HIS M 54 -79.362 -43.685 0.493 1.00198.94 C \ ANISOU32978 CG HIS M 54 29793 27984 17812 1029 -443 4789 C \ ATOM 32979 ND1 HIS M 54 -78.604 -43.330 1.594 1.00198.84 N \ ANISOU32979 ND1 HIS M 54 29728 27776 18045 1031 -318 4770 N \ ATOM 32980 CD2 HIS M 54 -79.316 -42.681 -0.412 1.00202.92 C \ ANISOU32980 CD2 HIS M 54 30445 28489 18168 1059 -475 4998 C \ ATOM 32981 CE1 HIS M 54 -78.122 -42.128 1.325 1.00199.44 C \ ANISOU32981 CE1 HIS M 54 29920 27740 18117 1058 -278 4965 C \ ATOM 32982 NE2 HIS M 54 -78.521 -41.698 0.128 1.00202.18 N \ ANISOU32982 NE2 HIS M 54 30391 28196 18231 1075 -368 5109 N \ ATOM 32983 N GLY M 55 -82.518 -42.915 1.559 1.00192.99 N \ ANISOU32983 N GLY M 55 28793 27280 17253 1334 -912 4861 N \ ATOM 32984 CA GLY M 55 -83.390 -41.786 1.260 1.00194.16 C \ ANISOU32984 CA GLY M 55 28978 27422 17371 1468 -1077 5054 C \ ATOM 32985 C GLY M 55 -82.685 -40.456 1.432 1.00197.68 C \ ANISOU32985 C GLY M 55 29529 27671 17910 1512 -999 5238 C \ ATOM 32986 O GLY M 55 -81.632 -40.389 2.076 1.00195.69 O \ ANISOU32986 O GLY M 55 29281 27271 17802 1454 -829 5198 O \ ATOM 32987 N GLU M 56 -83.256 -39.385 0.856 1.00195.28 N \ ANISOU32987 N GLU M 56 29310 27363 17525 1614 -1127 5441 N \ ATOM 32988 CA GLU M 56 -82.673 -38.046 0.940 1.00195.46 C \ ANISOU32988 CA GLU M 56 29445 27196 17625 1661 -1071 5634 C \ ATOM 32989 C GLU M 56 -83.750 -36.979 1.138 1.00199.44 C \ ANISOU32989 C GLU M 56 29929 27649 18201 1834 -1256 5785 C \ ATOM 32990 O GLU M 56 -84.845 -37.082 0.581 1.00199.85 O \ ANISOU32990 O GLU M 56 29956 27853 18124 1904 -1434 5816 O \ ATOM 32991 CB GLU M 56 -81.835 -37.740 -0.313 1.00198.71 C \ ANISOU32991 CB GLU M 56 30055 27641 17806 1572 -982 5767 C \ ATOM 32992 CG GLU M 56 -80.774 -36.668 -0.103 1.00209.06 C \ ANISOU32992 CG GLU M 56 31476 28739 19218 1557 -843 5910 C \ ATOM 32993 CD GLU M 56 -79.366 -37.011 -0.553 1.00228.07 C \ ANISOU32993 CD GLU M 56 33983 31133 21539 1399 -627 5883 C \ ATOM 32994 OE1 GLU M 56 -79.210 -37.683 -1.598 1.00223.52 O \ ANISOU32994 OE1 GLU M 56 33479 30727 20722 1311 -604 5855 O \ ATOM 32995 OE2 GLU M 56 -78.412 -36.563 0.122 1.00220.48 O \ ANISOU32995 OE2 GLU M 56 33033 29991 20750 1364 -480 5897 O \ ATOM 32996 N ASN M 57 -83.416 -35.954 1.938 1.00194.96 N \ ANISOU32996 N ASN M 57 29370 26864 17841 1902 -1211 5875 N \ ATOM 32997 CA ASN M 57 -84.273 -34.814 2.260 1.00195.47 C \ ANISOU32997 CA ASN M 57 29424 26836 18011 2072 -1361 6022 C \ ATOM 32998 C ASN M 57 -83.424 -33.529 2.323 1.00199.45 C \ ANISOU32998 C ASN M 57 30068 27118 18594 2087 -1269 6203 C \ ATOM 32999 O ASN M 57 -82.193 -33.608 2.304 1.00198.12 O \ ANISOU32999 O ASN M 57 29974 26868 18434 1964 -1084 6189 O \ ATOM 33000 CB ASN M 57 -85.008 -35.066 3.584 1.00194.67 C \ ANISOU33000 CB ASN M 57 29122 26694 18149 2162 -1424 5883 C \ ATOM 33001 CG ASN M 57 -86.244 -34.228 3.776 1.00220.22 C \ ANISOU33001 CG ASN M 57 32308 29916 21448 2346 -1622 5992 C \ ATOM 33002 OD1 ASN M 57 -87.228 -34.342 3.035 1.00217.68 O \ ANISOU33002 OD1 ASN M 57 31978 29760 20968 2406 -1788 6039 O \ ATOM 33003 ND2 ASN M 57 -86.224 -33.374 4.787 1.00212.81 N \ ANISOU33003 ND2 ASN M 57 31332 28781 20743 2443 -1610 6031 N \ ATOM 33004 N GLU M 58 -84.084 -32.354 2.373 1.00196.96 N \ ANISOU33004 N GLU M 58 29790 26708 18337 2237 -1399 6375 N \ ATOM 33005 CA GLU M 58 -83.452 -31.032 2.422 1.00197.69 C \ ANISOU33005 CA GLU M 58 30019 26583 18511 2271 -1343 6563 C \ ATOM 33006 C GLU M 58 -82.602 -30.836 3.693 1.00199.40 C \ ANISOU33006 C GLU M 58 30179 26588 18995 2240 -1189 6478 C \ ATOM 33007 O GLU M 58 -81.532 -30.229 3.615 1.00199.19 O \ ANISOU33007 O GLU M 58 30273 26413 18997 2169 -1052 6569 O \ ATOM 33008 CB GLU M 58 -84.528 -29.935 2.335 1.00200.84 C \ ANISOU33008 CB GLU M 58 30439 26934 18936 2458 -1538 6735 C \ ATOM 33009 CG GLU M 58 -83.994 -28.558 1.976 1.00211.39 C \ ANISOU33009 CG GLU M 58 31958 28083 20277 2491 -1510 6970 C \ ATOM 33010 CD GLU M 58 -85.026 -27.454 2.072 1.00228.16 C \ ANISOU33010 CD GLU M 58 34093 30130 22469 2687 -1696 7126 C \ ATOM 33011 OE1 GLU M 58 -85.820 -27.303 1.117 1.00224.14 O \ ANISOU33011 OE1 GLU M 58 33637 29756 21770 2755 -1851 7242 O \ ATOM 33012 OE2 GLU M 58 -85.042 -26.740 3.101 1.00219.25 O \ ANISOU33012 OE2 GLU M 58 32919 28804 21581 2777 -1689 7132 O \ ATOM 33013 N ARG M 59 -83.077 -31.343 4.847 1.00194.15 N \ ANISOU33013 N ARG M 59 29332 25914 18523 2289 -1213 6305 N \ ATOM 33014 CA ARG M 59 -82.393 -31.199 6.139 1.00192.12 C \ ANISOU33014 CA ARG M 59 29005 25468 18526 2271 -1085 6212 C \ ATOM 33015 C ARG M 59 -81.929 -32.542 6.713 1.00195.14 C \ ANISOU33015 C ARG M 59 29261 25928 18957 2151 -968 5974 C \ ATOM 33016 O ARG M 59 -80.978 -32.572 7.500 1.00192.96 O \ ANISOU33016 O ARG M 59 28965 25513 18837 2081 -815 5901 O \ ATOM 33017 CB ARG M 59 -83.312 -30.502 7.159 1.00190.70 C \ ANISOU33017 CB ARG M 59 28721 25177 18559 2446 -1208 6221 C \ ATOM 33018 CG ARG M 59 -83.662 -29.059 6.814 1.00201.76 C \ ANISOU33018 CG ARG M 59 30245 26449 19966 2575 -1309 6451 C \ ATOM 33019 CD ARG M 59 -84.793 -28.538 7.681 1.00213.31 C \ ANISOU33019 CD ARG M 59 31589 27855 21604 2762 -1457 6445 C \ ATOM 33020 NE ARG M 59 -85.380 -27.315 7.130 1.00225.22 N \ ANISOU33020 NE ARG M 59 33046 29225 23302 2498 -1755 6521 N \ ATOM 33021 CZ ARG M 59 -86.440 -26.693 7.639 1.00240.23 C \ ANISOU33021 CZ ARG M 59 34934 31104 25241 2820 -1848 6609 C \ ATOM 33022 NH1 ARG M 59 -87.046 -27.171 8.720 1.00229.62 N \ ANISOU33022 NH1 ARG M 59 33502 29832 23910 3147 -1777 6535 N \ ATOM 33023 NH2 ARG M 59 -86.903 -25.588 7.070 1.00229.02 N \ ANISOU33023 NH2 ARG M 59 33500 29564 23954 2630 -2089 6707 N \ ATOM 33024 N LEU M 60 -82.609 -33.641 6.337 1.00192.42 N \ ANISOU33024 N LEU M 60 28830 25799 18481 2128 -1042 5855 N \ ATOM 33025 CA LEU M 60 -82.315 -34.984 6.836 1.00190.58 C \ ANISOU33025 CA LEU M 60 28474 25654 18283 2023 -952 5627 C \ ATOM 33026 C LEU M 60 -81.846 -35.936 5.729 1.00194.63 C \ ANISOU33026 C LEU M 60 29057 26340 18553 1882 -888 5579 C \ ATOM 33027 O LEU M 60 -81.867 -35.591 4.547 1.00196.20 O \ ANISOU33027 O LEU M 60 29392 26613 18542 1871 -928 5720 O \ ATOM 33028 CB LEU M 60 -83.565 -35.585 7.533 1.00190.06 C \ ANISOU33028 CB LEU M 60 28221 25689 18304 2114 -1092 5495 C \ ATOM 33029 CG LEU M 60 -84.093 -34.972 8.854 1.00194.25 C \ ANISOU33029 CG LEU M 60 28635 26077 19096 2246 -1145 5475 C \ ATOM 33030 CD1 LEU M 60 -82.971 -34.562 9.809 1.00192.99 C \ ANISOU33030 CD1 LEU M 60 28489 25698 19139 2202 -978 5450 C \ ATOM 33031 CD2 LEU M 60 -85.084 -33.848 8.602 1.00200.01 C \ ANISOU33031 CD2 LEU M 60 29395 26779 19821 2415 -1318 5648 C \ ATOM 33032 N GLU M 61 -81.410 -37.139 6.138 1.00189.17 N \ ANISOU33032 N GLU M 61 28274 25709 17893 1775 -785 5378 N \ ATOM 33033 CA GLU M 61 -80.963 -38.227 5.273 1.00189.07 C \ ANISOU33033 CA GLU M 61 28302 25859 17679 1639 -713 5285 C \ ATOM 33034 C GLU M 61 -81.255 -39.545 5.987 1.00189.92 C \ ANISOU33034 C GLU M 61 28243 26054 17864 1598 -706 5050 C \ ATOM 33035 O GLU M 61 -81.002 -39.662 7.189 1.00187.44 O \ ANISOU33035 O GLU M 61 27824 25623 17773 1605 -641 4950 O \ ATOM 33036 CB GLU M 61 -79.475 -38.080 4.912 1.00190.61 C \ ANISOU33036 CB GLU M 61 28623 25966 17833 1514 -512 5325 C \ ATOM 33037 CG GLU M 61 -79.055 -38.887 3.694 1.00203.49 C \ ANISOU33037 CG GLU M 61 30344 27768 19204 1393 -453 5293 C \ ATOM 33038 CD GLU M 61 -77.581 -38.815 3.350 1.00223.21 C \ ANISOU33038 CD GLU M 61 32954 30194 21662 1266 -246 5319 C \ ATOM 33039 OE1 GLU M 61 -76.754 -39.315 4.147 1.00213.84 O \ ANISOU33039 OE1 GLU M 61 31698 28926 20626 1196 -102 5185 O \ ATOM 33040 OE2 GLU M 61 -77.253 -38.290 2.261 1.00215.59 O \ ANISOU33040 OE2 GLU M 61 32143 29261 20509 1235 -227 5472 O \ ATOM 33041 N TYR M 62 -81.825 -40.515 5.260 1.00186.27 N \ ANISOU33041 N TYR M 62 27759 25797 17219 1556 -780 4966 N \ ATOM 33042 CA TYR M 62 -82.212 -41.809 5.820 1.00184.09 C \ ANISOU33042 CA TYR M 62 27332 25621 16995 1513 -791 4749 C \ ATOM 33043 C TYR M 62 -81.352 -42.936 5.254 1.00187.47 C \ ANISOU33043 C TYR M 62 27804 26139 17287 1358 -656 4620 C \ ATOM 33044 O TYR M 62 -81.168 -43.025 4.039 1.00188.63 O \ ANISOU33044 O TYR M 62 28074 26396 17202 1304 -654 4682 O \ ATOM 33045 CB TYR M 62 -83.707 -42.088 5.561 1.00185.89 C \ ANISOU33045 CB TYR M 62 27474 26013 17143 1596 -1003 4734 C \ ATOM 33046 CG TYR M 62 -84.608 -40.896 5.805 1.00188.02 C \ ANISOU33046 CG TYR M 62 27726 26220 17492 1758 -1152 4891 C \ ATOM 33047 CD1 TYR M 62 -84.999 -40.543 7.094 1.00188.49 C \ ANISOU33047 CD1 TYR M 62 27656 26160 17800 1852 -1179 4854 C \ ATOM 33048 CD2 TYR M 62 -85.069 -40.117 4.747 1.00190.81 C \ ANISOU33048 CD2 TYR M 62 28194 26634 17671 1821 -1267 5074 C \ ATOM 33049 CE1 TYR M 62 -85.817 -39.439 7.325 1.00189.37 C \ ANISOU33049 CE1 TYR M 62 27752 26211 17989 2008 -1312 4993 C \ ATOM 33050 CE2 TYR M 62 -85.887 -39.010 4.966 1.00192.48 C \ ANISOU33050 CE2 TYR M 62 28392 26782 17959 1978 -1406 5219 C \ ATOM 33051 CZ TYR M 62 -86.260 -38.675 6.257 1.00198.44 C \ ANISOU33051 CZ TYR M 62 29016 27416 18967 2073 -1427 5176 C \ ATOM 33052 OH TYR M 62 -87.073 -37.590 6.479 1.00200.28 O \ ANISOU33052 OH TYR M 62 29234 27584 19278 2234 -1562 5312 O \ ATOM 33053 N GLU M 63 -80.819 -43.788 6.147 1.00182.14 N \ ANISOU33053 N GLU M 63 27031 25416 16759 1291 -543 4442 N \ ATOM 33054 CA GLU M 63 -79.977 -44.931 5.794 1.00181.62 C \ ANISOU33054 CA GLU M 63 26987 25418 16601 1150 -406 4297 C \ ATOM 33055 C GLU M 63 -80.431 -46.175 6.551 1.00183.75 C \ ANISOU33055 C GLU M 63 27101 25751 16966 1121 -428 4083 C \ ATOM 33056 O GLU M 63 -80.563 -46.137 7.775 1.00181.81 O \ ANISOU33056 O GLU M 63 26736 25399 16944 1166 -422 4021 O \ ATOM 33057 CB GLU M 63 -78.496 -44.632 6.079 1.00182.32 C \ ANISOU33057 CB GLU M 63 27142 25352 16779 1078 -199 4313 C \ ATOM 33058 CG GLU M 63 -77.807 -43.870 4.959 1.00196.92 C \ ANISOU33058 CG GLU M 63 29170 27196 18454 1044 -135 4482 C \ ATOM 33059 CD GLU M 63 -76.362 -43.490 5.220 1.00221.33 C \ ANISOU33059 CD GLU M 63 32325 30136 21635 972 66 4511 C \ ATOM 33060 OE1 GLU M 63 -75.536 -44.400 5.464 1.00217.64 O \ ANISOU33060 OE1 GLU M 63 31823 29672 21200 874 206 4360 O \ ATOM 33061 OE2 GLU M 63 -76.048 -42.281 5.142 1.00214.12 O \ ANISOU33061 OE2 GLU M 63 31499 29104 20755 1012 82 4687 O \ ATOM 33062 N GLY M 64 -80.681 -47.251 5.808 1.00180.74 N \ ANISOU33062 N GLY M 64 26725 25539 16408 1046 -455 3974 N \ ATOM 33063 CA GLY M 64 -81.128 -48.529 6.350 1.00179.07 C \ ANISOU33063 CA GLY M 64 26381 25404 16252 1004 -481 3770 C \ ATOM 33064 C GLY M 64 -80.406 -49.724 5.762 1.00182.24 C \ ANISOU33064 C GLY M 64 26829 25891 16522 870 -368 3626 C \ ATOM 33065 O GLY M 64 -79.920 -49.669 4.629 1.00183.46 O \ ANISOU33065 O GLY M 64 27119 26114 16471 816 -321 3684 O \ ATOM 33066 N TYR M 65 -80.327 -50.815 6.539 1.00176.50 N \ ANISOU33066 N TYR M 65 25992 25159 15912 816 -321 3436 N \ ATOM 33067 CA TYR M 65 -79.670 -52.060 6.136 1.00175.95 C \ ANISOU33067 CA TYR M 65 25949 25156 15746 694 -214 3274 C \ ATOM 33068 C TYR M 65 -80.315 -53.255 6.839 1.00177.99 C \ ANISOU33068 C TYR M 65 26066 25466 16095 667 -269 3084 C \ ATOM 33069 O TYR M 65 -81.027 -53.071 7.821 1.00176.49 O \ ANISOU33069 O TYR M 65 25753 25229 16077 737 -351 3075 O \ ATOM 33070 CB TYR M 65 -78.149 -52.005 6.416 1.00176.30 C \ ANISOU33070 CB TYR M 65 26048 25065 15872 631 2 3257 C \ ATOM 33071 CG TYR M 65 -77.762 -51.869 7.876 1.00175.93 C \ ANISOU33071 CG TYR M 65 25892 24848 16106 659 75 3210 C \ ATOM 33072 CD1 TYR M 65 -77.655 -50.618 8.477 1.00177.58 C \ ANISOU33072 CD1 TYR M 65 26098 24916 16458 743 75 3352 C \ ATOM 33073 CD2 TYR M 65 -77.430 -52.988 8.637 1.00175.01 C \ ANISOU33073 CD2 TYR M 65 25683 24706 16106 599 150 3022 C \ ATOM 33074 CE1 TYR M 65 -77.281 -50.485 9.814 1.00176.47 C \ ANISOU33074 CE1 TYR M 65 25861 24622 16569 766 141 3306 C \ ATOM 33075 CE2 TYR M 65 -77.052 -52.868 9.974 1.00173.92 C \ ANISOU33075 CE2 TYR M 65 25448 24415 16217 623 216 2980 C \ ATOM 33076 CZ TYR M 65 -76.978 -51.614 10.559 1.00180.79 C \ ANISOU33076 CZ TYR M 65 26315 25154 17224 706 212 3120 C \ ATOM 33077 OH TYR M 65 -76.605 -51.483 11.875 1.00179.32 O \ ANISOU33077 OH TYR M 65 26036 24820 17278 729 275 3077 O \ ATOM 33078 N THR M 66 -80.058 -54.473 6.346 1.00174.42 N \ ANISOU33078 N THR M 66 25635 25109 15528 565 -221 2931 N \ ATOM 33079 CA THR M 66 -80.603 -55.694 6.940 1.00173.04 C \ ANISOU33079 CA THR M 66 25339 24981 15427 524 -265 2744 C \ ATOM 33080 C THR M 66 -79.581 -56.339 7.877 1.00175.07 C \ ANISOU33080 C THR M 66 25548 25109 15861 468 -98 2614 C \ ATOM 33081 O THR M 66 -78.385 -56.351 7.574 1.00174.76 O \ ANISOU33081 O THR M 66 25597 25013 15789 415 60 2611 O \ ATOM 33082 CB THR M 66 -81.047 -56.683 5.857 1.00181.06 C \ ANISOU33082 CB THR M 66 26402 26179 16214 449 -332 2647 C \ ATOM 33083 OG1 THR M 66 -79.971 -56.917 4.947 1.00181.07 O \ ANISOU33083 OG1 THR M 66 26541 26199 16059 371 -194 2634 O \ ATOM 33084 CG2 THR M 66 -82.291 -56.226 5.111 1.00180.64 C \ ANISOU33084 CG2 THR M 66 26358 26270 16009 507 -530 2749 C \ ATOM 33085 N ASP M 67 -80.059 -56.878 9.012 1.00170.00 N \ ANISOU33085 N ASP M 67 24764 24423 15403 480 -134 2507 N \ ATOM 33086 CA ASP M 67 -79.222 -57.554 10.001 1.00167.97 C \ ANISOU33086 CA ASP M 67 24447 24047 15325 432 4 2378 C \ ATOM 33087 C ASP M 67 -78.788 -58.916 9.452 1.00172.44 C \ ANISOU33087 C ASP M 67 25052 24688 15778 321 73 2208 C \ ATOM 33088 O ASP M 67 -79.640 -59.722 9.067 1.00172.65 O \ ANISOU33088 O ASP M 67 25052 24841 15706 287 -35 2120 O \ ATOM 33089 CB ASP M 67 -79.975 -57.698 11.334 1.00168.25 C \ ANISOU33089 CB ASP M 67 24324 24028 15577 481 -69 2325 C \ ATOM 33090 CG ASP M 67 -79.122 -58.242 12.458 1.00176.59 C \ ANISOU33090 CG ASP M 67 25316 24948 16832 445 67 2213 C \ ATOM 33091 OD1 ASP M 67 -78.377 -57.450 13.073 1.00176.21 O \ ANISOU33091 OD1 ASP M 67 25273 24761 16918 484 159 2287 O \ ATOM 33092 OD2 ASP M 67 -79.193 -59.462 12.717 1.00182.08 O \ ANISOU33092 OD2 ASP M 67 25960 25675 17548 377 79 2051 O \ ATOM 33093 N SER M 68 -77.462 -59.149 9.386 1.00168.93 N \ ANISOU33093 N SER M 68 24674 24166 15346 265 252 2166 N \ ATOM 33094 CA SER M 68 -76.847 -60.373 8.857 1.00169.16 C \ ANISOU33094 CA SER M 68 24752 24246 15274 165 344 2008 C \ ATOM 33095 C SER M 68 -77.236 -61.631 9.649 1.00172.32 C \ ANISOU33095 C SER M 68 25042 24642 15789 122 318 1824 C \ ATOM 33096 O SER M 68 -77.428 -62.690 9.045 1.00172.54 O \ ANISOU33096 O SER M 68 25097 24769 15691 52 299 1697 O \ ATOM 33097 CB SER M 68 -75.328 -60.236 8.828 1.00172.23 C \ ANISOU33097 CB SER M 68 25211 24533 15695 130 545 2011 C \ ATOM 33098 OG SER M 68 -74.806 -59.964 10.119 1.00179.25 O \ ANISOU33098 OG SER M 68 26014 25262 16830 161 621 2009 O \ ATOM 33099 N SER M 69 -77.353 -61.512 10.984 1.00167.52 N \ ANISOU33099 N SER M 69 24316 23920 15415 164 318 1811 N \ ATOM 33100 CA SER M 69 -77.712 -62.616 11.876 1.00166.21 C \ ANISOU33100 CA SER M 69 24040 23734 15380 128 296 1653 C \ ATOM 33101 C SER M 69 -79.208 -62.961 11.801 1.00171.38 C \ ANISOU33101 C SER M 69 24621 24512 15985 136 108 1626 C \ ATOM 33102 O SER M 69 -79.582 -64.106 12.065 1.00170.44 O \ ANISOU33102 O SER M 69 24445 24426 15889 77 78 1478 O \ ATOM 33103 CB SER M 69 -77.334 -62.277 13.314 1.00167.51 C \ ANISOU33103 CB SER M 69 24106 23740 15801 173 358 1662 C \ ATOM 33104 OG SER M 69 -75.949 -61.988 13.423 1.00175.37 O \ ANISOU33104 OG SER M 69 25159 24623 16850 160 529 1681 O \ ATOM 33105 N SER M 70 -80.052 -61.977 11.437 1.00169.64 N \ ANISOU33105 N SER M 70 24401 24357 15698 209 -19 1769 N \ ATOM 33106 CA SER M 70 -81.505 -62.122 11.350 0.50170.53 C \ ANISOU33106 CA SER M 70 24436 24592 15765 231 -206 1767 C \ ATOM 33107 C SER M 70 -81.997 -62.580 9.968 1.00177.61 C \ ANISOU33107 C SER M 70 25417 25661 16407 178 -292 1742 C \ ATOM 33108 O SER M 70 -82.999 -63.292 9.903 1.00177.74 O \ ANISOU33108 O SER M 70 25367 25782 16384 147 -417 1660 O \ ATOM 33109 CB SER M 70 -82.182 -60.805 11.714 1.00174.00 C \ ANISOU33109 CB SER M 70 24825 25012 16274 346 -303 1935 C \ ATOM 33110 OG SER M 70 -83.592 -60.877 11.578 1.00183.48 O \ ANISOU33110 OG SER M 70 25948 26340 17426 374 -486 1942 O \ ATOM 33111 N GLN M 71 -81.329 -62.152 8.878 1.00176.31 N \ ANISOU33111 N GLN M 71 25394 25529 16067 167 -231 1816 N \ ATOM 33112 CA GLN M 71 -81.720 -62.465 7.497 1.00178.66 C \ ANISOU33112 CA GLN M 71 25787 25991 16104 122 -307 1807 C \ ATOM 33113 C GLN M 71 -81.642 -63.957 7.150 1.00184.07 C \ ANISOU33113 C GLN M 71 26487 26742 16708 11 -285 1607 C \ ATOM 33114 O GLN M 71 -82.592 -64.491 6.574 1.00184.55 O \ ANISOU33114 O GLN M 71 26537 26943 16640 -22 -420 1554 O \ ATOM 33115 CB GLN M 71 -80.864 -61.673 6.501 1.00181.22 C \ ANISOU33115 CB GLN M 71 26264 26320 16273 131 -220 1929 C \ ATOM 33116 CG GLN M 71 -81.400 -60.279 6.209 1.00197.03 C \ ANISOU33116 CG GLN M 71 28288 28343 18232 230 -320 2136 C \ ATOM 33117 CD GLN M 71 -82.595 -60.272 5.283 1.00218.22 C \ ANISOU33117 CD GLN M 71 30986 31205 20721 241 -506 2173 C \ ATOM 33118 OE1 GLN M 71 -82.548 -60.767 4.151 1.00215.75 O \ ANISOU33118 OE1 GLN M 71 30772 31015 20187 178 -518 2131 O \ ATOM 33119 NE2 GLN M 71 -83.686 -59.673 5.733 1.00212.36 N \ ANISOU33119 NE2 GLN M 71 30146 30485 20056 326 -657 2256 N \ ATOM 33120 N ALA M 72 -80.516 -64.615 7.479 1.00181.09 N \ ANISOU33120 N ALA M 72 26137 26264 16405 -44 -117 1499 N \ ATOM 33121 CA ALA M 72 -80.278 -66.031 7.185 1.00181.78 C \ ANISOU33121 CA ALA M 72 26249 26389 16429 -146 -73 1305 C \ ATOM 33122 C ALA M 72 -81.154 -66.969 8.027 1.00186.33 C \ ANISOU33122 C ALA M 72 26694 26969 17133 -178 -166 1176 C \ ATOM 33123 O ALA M 72 -81.428 -68.092 7.599 1.00186.48 O \ ANISOU33123 O ALA M 72 26730 27063 17061 -260 -199 1031 O \ ATOM 33124 CB ALA M 72 -78.810 -66.365 7.407 1.00181.59 C \ ANISOU33124 CB ALA M 72 26279 26243 16472 -181 134 1239 C \ ATOM 33125 N SER M 73 -81.590 -66.510 9.212 1.00182.79 N \ ANISOU33125 N SER M 73 26120 26440 16893 -115 -207 1229 N \ ATOM 33126 CA SER M 73 -82.385 -67.298 10.151 1.00182.20 C \ ANISOU33126 CA SER M 73 25911 26356 16961 -141 -284 1122 C \ ATOM 33127 C SER M 73 -83.895 -67.034 10.049 1.00188.63 C \ ANISOU33127 C SER M 73 26640 27298 17733 -109 -486 1175 C \ ATOM 33128 O SER M 73 -84.675 -67.964 10.258 1.00188.12 O \ ANISOU33128 O SER M 73 26501 27293 17683 -167 -573 1060 O \ ATOM 33129 CB SER M 73 -81.923 -67.032 11.579 1.00183.42 C \ ANISOU33129 CB SER M 73 25972 26346 17373 -96 -198 1136 C \ ATOM 33130 OG SER M 73 -80.512 -67.121 11.700 1.00190.86 O \ ANISOU33130 OG SER M 73 26984 27169 18364 -113 -14 1107 O \ ATOM 33131 N ASN M 74 -84.307 -65.782 9.757 1.00187.28 N \ ANISOU33131 N ASN M 74 26476 27166 17515 -17 -562 1348 N \ ATOM 33132 CA ASN M 74 -85.725 -65.416 9.668 1.00188.71 C \ ANISOU33132 CA ASN M 74 26572 27468 17662 29 -755 1412 C \ ATOM 33133 C ASN M 74 -86.109 -64.864 8.300 1.00196.79 C \ ANISOU33133 C ASN M 74 27694 28634 18443 48 -851 1511 C \ ATOM 33134 O ASN M 74 -85.342 -64.118 7.686 1.00196.98 O \ ANISOU33134 O ASN M 74 27836 28631 18378 79 -774 1615 O \ ATOM 33135 CB ASN M 74 -86.096 -64.392 10.743 1.00187.92 C \ ANISOU33135 CB ASN M 74 26361 27285 17755 139 -786 1531 C \ ATOM 33136 CG ASN M 74 -85.929 -64.875 12.160 1.00206.84 C \ ANISOU33136 CG ASN M 74 28642 29558 20391 129 -719 1444 C \ ATOM 33137 OD1 ASN M 74 -86.351 -65.977 12.532 1.00201.98 O \ ANISOU33137 OD1 ASN M 74 27954 28970 19818 55 -749 1304 O \ ATOM 33138 ND2 ASN M 74 -85.353 -64.031 12.998 1.00196.93 N \ ANISOU33138 ND2 ASN M 74 27365 28164 19295 204 -633 1530 N \ ATOM 33139 N GLN M 75 -87.324 -65.217 7.849 1.00196.11 N \ ANISOU33139 N GLN M 75 27555 28702 18254 28 -1024 1483 N \ ATOM 33140 CA GLN M 75 -87.916 -64.790 6.585 1.00198.95 C \ ANISOU33140 CA GLN M 75 27990 29221 18382 44 -1149 1568 C \ ATOM 33141 C GLN M 75 -89.246 -64.085 6.867 1.00204.91 C \ ANISOU33141 C GLN M 75 28621 30054 19180 133 -1332 1672 C \ ATOM 33142 O GLN M 75 -90.215 -64.730 7.275 1.00203.97 O \ ANISOU33142 O GLN M 75 28379 30005 19116 103 -1441 1587 O \ ATOM 33143 CB GLN M 75 -88.107 -65.991 5.643 1.00201.68 C \ ANISOU33143 CB GLN M 75 28396 29695 18538 -74 -1190 1419 C \ ATOM 33144 CG GLN M 75 -87.957 -65.634 4.172 1.00221.12 C \ ANISOU33144 CG GLN M 75 31011 32275 20729 -80 -1221 1489 C \ ATOM 33145 CD GLN M 75 -88.592 -66.651 3.259 1.00243.61 C \ ANISOU33145 CD GLN M 75 33888 35287 23386 -178 -1328 1363 C \ ATOM 33146 OE1 GLN M 75 -89.577 -66.367 2.575 1.00241.70 O \ ANISOU33146 OE1 GLN M 75 33636 35196 23004 -157 -1497 1424 O \ ATOM 33147 NE2 GLN M 75 -88.031 -67.851 3.201 1.00237.25 N \ ANISOU33147 NE2 GLN M 75 33124 34454 22564 -285 -1235 1184 N \ ATOM 33148 N TYR M 76 -89.273 -62.755 6.687 1.00203.41 N \ ANISOU33148 N TYR M 76 28464 29848 18975 245 -1360 1858 N \ ATOM 33149 CA TYR M 76 -90.449 -61.920 6.933 1.00204.48 C \ ANISOU33149 CA TYR M 76 28492 30047 19155 351 -1524 1977 C \ ATOM 33150 C TYR M 76 -91.300 -61.765 5.677 1.00211.68 C \ ANISOU33150 C TYR M 76 29450 31149 19829 356 -1692 2036 C \ ATOM 33151 O TYR M 76 -90.761 -61.596 4.579 1.00213.10 O \ ANISOU33151 O TYR M 76 29783 31374 19812 332 -1660 2081 O \ ATOM 33152 CB TYR M 76 -90.029 -60.541 7.450 1.00205.23 C \ ANISOU33152 CB TYR M 76 28598 30010 19371 475 -1468 2148 C \ ATOM 33153 CG TYR M 76 -89.601 -60.524 8.898 1.00204.86 C \ ANISOU33153 CG TYR M 76 28455 29795 19589 499 -1359 2109 C \ ATOM 33154 CD1 TYR M 76 -88.297 -60.852 9.264 1.00205.55 C \ ANISOU33154 CD1 TYR M 76 28608 29740 19750 444 -1168 2045 C \ ATOM 33155 CD2 TYR M 76 -90.474 -60.110 9.898 1.00205.00 C \ ANISOU33155 CD2 TYR M 76 28317 29793 19779 582 -1445 2143 C \ ATOM 33156 CE1 TYR M 76 -87.886 -60.803 10.594 1.00204.60 C \ ANISOU33156 CE1 TYR M 76 28402 29466 19868 468 -1071 2014 C \ ATOM 33157 CE2 TYR M 76 -90.070 -60.043 11.229 1.00203.99 C \ ANISOU33157 CE2 TYR M 76 28107 29512 19887 607 -1344 2112 C \ ATOM 33158 CZ TYR M 76 -88.777 -60.400 11.574 1.00210.52 C \ ANISOU33158 CZ TYR M 76 29004 30202 20782 548 -1160 2048 C \ ATOM 33159 OH TYR M 76 -88.382 -60.346 12.886 1.00209.60 O \ ANISOU33159 OH TYR M 76 28806 29939 20893 572 -1066 2017 O \ ATOM 33160 N VAL M 77 -92.635 -61.835 5.847 1.00208.92 N \ ANISOU33160 N VAL M 77 28965 30916 19498 385 -1870 2033 N \ ATOM 33161 CA VAL M 77 -93.638 -61.723 4.777 1.00211.68 C \ ANISOU33161 CA VAL M 77 29326 31461 19642 395 -2057 2083 C \ ATOM 33162 C VAL M 77 -94.766 -60.772 5.242 1.00216.55 C \ ANISOU33162 C VAL M 77 29807 32118 20353 528 -2210 2212 C \ ATOM 33163 O VAL M 77 -95.106 -60.759 6.425 1.00215.73 O \ ANISOU33163 O VAL M 77 29558 31942 20465 566 -2204 2186 O \ ATOM 33164 CB VAL M 77 -94.194 -63.127 4.363 1.00217.11 C \ ANISOU33164 CB VAL M 77 29980 32286 20226 261 -2133 1900 C \ ATOM 33165 CG1 VAL M 77 -95.216 -63.026 3.232 1.00219.90 C \ ANISOU33165 CG1 VAL M 77 30345 32847 20360 266 -2331 1947 C \ ATOM 33166 CG2 VAL M 77 -93.075 -64.090 3.968 1.00216.53 C \ ANISOU33166 CG2 VAL M 77 30036 32162 20074 137 -1977 1762 C \ ATOM 33167 N VAL M 78 -95.326 -59.977 4.309 1.00214.68 N \ ANISOU33167 N VAL M 78 29619 31996 19952 602 -2345 2353 N \ ATOM 33168 CA VAL M 78 -96.438 -59.052 4.563 1.00215.35 C \ ANISOU33168 CA VAL M 78 29587 32138 20097 736 -2506 2483 C \ ATOM 33169 C VAL M 78 -97.602 -59.427 3.612 1.00222.59 C \ ANISOU33169 C VAL M 78 30468 33283 20822 710 -2713 2467 C \ ATOM 33170 O VAL M 78 -97.374 -59.719 2.434 1.00223.85 O \ ANISOU33170 O VAL M 78 30762 33540 20752 644 -2734 2458 O \ ATOM 33171 CB VAL M 78 -96.011 -57.553 4.476 1.00219.44 C \ ANISOU33171 CB VAL M 78 30191 32555 20631 875 -2475 2693 C \ ATOM 33172 CG1 VAL M 78 -95.506 -57.168 3.089 1.00221.24 C \ ANISOU33172 CG1 VAL M 78 30614 32841 20607 863 -2475 2790 C \ ATOM 33173 CG2 VAL M 78 -97.125 -56.616 4.934 1.00219.68 C \ ANISOU33173 CG2 VAL M 78 30087 32619 20763 1024 -2627 2815 C \ ATOM 33174 N GLY M 79 -98.819 -59.462 4.152 1.00220.19 N \ ANISOU33174 N GLY M 79 29981 33065 20616 755 -2859 2454 N \ ATOM 33175 CA GLY M 79 -100.011 -59.829 3.396 1.00222.35 C \ ANISOU33175 CA GLY M 79 30191 33557 20737 731 -3064 2433 C \ ATOM 33176 C GLY M 79 -101.225 -58.952 3.621 1.00228.05 C \ ANISOU33176 C GLY M 79 30771 34363 21517 874 -3241 2557 C \ ATOM 33177 O GLY M 79 -101.365 -58.334 4.679 1.00226.03 O \ ANISOU33177 O GLY M 79 30408 34000 21472 975 -3211 2611 O \ ATOM 33178 N LEU M 80 -102.116 -58.909 2.613 1.00227.25 N \ ANISOU33178 N LEU M 80 30665 34455 21223 883 -3430 2600 N \ ATOM 33179 CA LEU M 80 -103.367 -58.148 2.633 1.00228.53 C \ ANISOU33179 CA LEU M 80 30692 34732 21406 1015 -3624 2715 C \ ATOM 33180 C LEU M 80 -104.544 -59.116 2.781 1.00233.80 C \ ANISOU33180 C LEU M 80 31179 35571 22084 938 -3769 2580 C \ ATOM 33181 O LEU M 80 -104.682 -60.042 1.980 1.00234.49 O \ ANISOU33181 O LEU M 80 31311 35786 21999 808 -3824 2473 O \ ATOM 33182 CB LEU M 80 -103.500 -57.295 1.357 1.00230.39 C \ ANISOU33182 CB LEU M 80 31126 34937 21476 1074 -3741 2847 C \ ATOM 33183 CG LEU M 80 -104.591 -56.227 1.368 1.00234.60 C \ ANISOU33183 CG LEU M 80 31815 35033 22288 1151 -3940 2863 C \ ATOM 33184 CD1 LEU M 80 -104.030 -54.874 1.772 1.00234.55 C \ ANISOU33184 CD1 LEU M 80 31841 34913 22365 1285 -3862 3050 C \ ATOM 33185 CD2 LEU M 80 -105.256 -56.127 0.015 1.00237.37 C \ ANISOU33185 CD2 LEU M 80 32513 35030 22646 1075 -4143 2777 C \ ATOM 33186 N PHE M 81 -105.377 -58.907 3.815 1.00230.33 N \ ANISOU33186 N PHE M 81 30536 35131 21846 1014 -3827 2581 N \ ATOM 33187 CA PHE M 81 -106.518 -59.768 4.127 1.00230.85 C \ ANISOU33187 CA PHE M 81 30406 35349 21956 945 -3954 2459 C \ ATOM 33188 C PHE M 81 -107.850 -59.171 3.655 1.00235.58 C \ ANISOU33188 C PHE M 81 30887 36138 22485 1052 -4188 2562 C \ ATOM 33189 O PHE M 81 -108.051 -57.958 3.735 1.00235.68 O \ ANISOU33189 O PHE M 81 30891 36117 22540 1222 -4233 2729 O \ ATOM 33190 CB PHE M 81 -106.566 -60.042 5.642 1.00230.92 C \ ANISOU33190 CB PHE M 81 30256 35241 22241 945 -3854 2377 C \ ATOM 33191 CG PHE M 81 -107.635 -61.005 6.105 1.00233.28 C \ ANISOU33191 CG PHE M 81 30351 35674 22609 858 -3956 2240 C \ ATOM 33192 CD1 PHE M 81 -107.523 -62.368 5.855 1.00236.86 C \ ANISOU33192 CD1 PHE M 81 30824 36180 22991 670 -3935 2063 C \ ATOM 33193 CD2 PHE M 81 -108.737 -60.554 6.820 1.00236.30 C \ ANISOU33193 CD2 PHE M 81 30523 36125 23134 963 -4065 2285 C \ ATOM 33194 CE1 PHE M 81 -108.509 -63.259 6.288 1.00238.29 C \ ANISOU33194 CE1 PHE M 81 30818 36480 23239 581 -4028 1939 C \ ATOM 33195 CE2 PHE M 81 -109.719 -61.446 7.260 1.00239.65 C \ ANISOU33195 CE2 PHE M 81 30755 36676 23625 876 -4153 2160 C \ ATOM 33196 CZ PHE M 81 -109.600 -62.792 6.989 1.00237.71 C \ ANISOU33196 CZ PHE M 81 30533 36481 23306 682 -4135 1990 C \ ATOM 33197 N ASN M 82 -108.758 -60.049 3.177 1.00232.06 N \ ANISOU33197 N ASN M 82 30349 35889 21935 951 -4337 2459 N \ ATOM 33198 CA ASN M 82 -110.101 -59.706 2.700 1.00233.61 C \ ANISOU33198 CA ASN M 82 30412 36294 22056 1026 -4572 2528 C \ ATOM 33199 C ASN M 82 -111.150 -60.117 3.754 1.00236.85 C \ ANISOU33199 C ASN M 82 30559 36768 22663 1023 -4638 2444 C \ ATOM 33200 O ASN M 82 -111.076 -61.237 4.268 1.00235.05 O \ ANISOU33200 O ASN M 82 30273 36527 22509 874 -4568 2275 O \ ATOM 33201 CB ASN M 82 -110.384 -60.380 1.352 1.00232.96 C \ ANISOU33201 CB ASN M 82 30413 36398 21702 910 -4702 2474 C \ ATOM 33202 CG ASN M 82 -111.572 -59.812 0.613 1.00238.79 C \ ANISOU33202 CG ASN M 82 31068 37344 22318 1007 -4944 2583 C \ ATOM 33203 OD1 ASN M 82 -112.731 -60.061 0.957 1.00237.37 O \ ANISOU33203 OD1 ASN M 82 30678 37302 22210 1013 -5086 2542 O \ ATOM 33204 ND2 ASN M 82 -111.308 -59.063 -0.445 1.00235.08 N \ ANISOU33204 ND2 ASN M 82 30760 36906 21653 1080 -4999 2723 N \ ATOM 33205 N PRO M 83 -112.127 -59.243 4.098 1.00234.45 N \ ANISOU33205 N PRO M 83 30095 36534 22450 1183 -4767 2558 N \ ATOM 33206 CA PRO M 83 -113.110 -59.615 5.134 1.00233.74 C \ ANISOU33206 CA PRO M 83 29750 36508 22552 1182 -4818 2478 C \ ATOM 33207 C PRO M 83 -114.213 -60.570 4.655 1.00237.07 C \ ANISOU33207 C PRO M 83 30285 36680 23113 1029 -5000 2260 C \ ATOM 33208 O PRO M 83 -114.864 -61.195 5.494 1.00236.53 O \ ANISOU33208 O PRO M 83 29961 36778 23133 982 -5009 2184 O \ ATOM 33209 CB PRO M 83 -113.706 -58.268 5.548 1.00236.15 C \ ANISOU33209 CB PRO M 83 29952 36807 22970 1407 -4893 2647 C \ ATOM 33210 CG PRO M 83 -113.597 -57.424 4.334 1.00241.41 C \ ANISOU33210 CG PRO M 83 30937 37199 23587 1453 -4999 2726 C \ ATOM 33211 CD PRO M 83 -112.355 -57.866 3.607 1.00237.68 C \ ANISOU33211 CD PRO M 83 30549 36958 22801 1377 -4863 2764 C \ ATOM 33212 N GLU M 84 -114.434 -60.675 3.329 1.00234.92 N \ ANISOU33212 N GLU M 84 30204 36375 22681 987 -5139 2244 N \ ATOM 33213 CA GLU M 84 -115.486 -61.523 2.757 1.00235.00 C \ ANISOU33213 CA GLU M 84 30290 36237 22762 880 -5322 2069 C \ ATOM 33214 C GLU M 84 -114.924 -62.774 2.065 1.00238.12 C \ ANISOU33214 C GLU M 84 30990 36333 23152 706 -5270 1847 C \ ATOM 33215 O GLU M 84 -115.411 -63.875 2.328 1.00237.59 O \ ANISOU33215 O GLU M 84 30804 36347 23121 590 -5297 1699 O \ ATOM 33216 CB GLU M 84 -116.354 -60.724 1.769 1.00237.58 C \ ANISOU33216 CB GLU M 84 30771 36405 23094 973 -5552 2132 C \ ATOM 33217 CG GLU M 84 -117.228 -59.664 2.420 1.00243.15 C \ ANISOU33217 CG GLU M 84 31623 36486 24277 1083 -5656 2115 C \ ATOM 33218 CD GLU M 84 -118.081 -58.863 1.454 1.00254.62 C \ ANISOU33218 CD GLU M 84 33403 37431 25908 1127 -5895 2101 C \ ATOM 33219 OE1 GLU M 84 -117.509 -58.103 0.639 1.00242.20 O \ ANISOU33219 OE1 GLU M 84 32353 35117 24553 1099 -5870 2050 O \ ATOM 33220 OE2 GLU M 84 -119.326 -58.976 1.530 1.00242.78 O \ ANISOU33220 OE2 GLU M 84 32046 35417 24781 1095 -6077 1942 O \ ATOM 33221 N LYS M 85 -113.918 -62.602 1.179 1.00235.81 N \ ANISOU33221 N LYS M 85 30864 36127 22606 693 -5197 1917 N \ ATOM 33222 CA LYS M 85 -113.294 -63.688 0.414 1.00235.76 C \ ANISOU33222 CA LYS M 85 31037 36092 22448 550 -5141 1771 C \ ATOM 33223 C LYS M 85 -112.466 -64.626 1.308 1.00238.01 C \ ANISOU33223 C LYS M 85 31292 36302 22839 437 -4930 1640 C \ ATOM 33224 O LYS M 85 -112.350 -65.811 0.986 1.00237.69 O \ ANISOU33224 O LYS M 85 31274 36329 22708 296 -4914 1489 O \ ATOM 33225 CB LYS M 85 -112.413 -63.115 -0.713 1.00237.74 C \ ANISOU33225 CB LYS M 85 31705 35996 22629 599 -5105 1800 C \ ATOM 33226 CG LYS M 85 -112.186 -64.064 -1.893 1.00245.15 C \ ANISOU33226 CG LYS M 85 33485 35521 24141 593 -5034 1359 C \ ATOM 33227 CD LYS M 85 -113.314 -64.014 -2.923 1.00253.27 C \ ANISOU33227 CD LYS M 85 34335 36377 25518 570 -4911 1278 C \ ATOM 33228 CE LYS M 85 -113.121 -65.030 -4.019 1.00262.06 C \ ANISOU33228 CE LYS M 85 35421 37333 26819 480 -4640 1100 C \ ATOM 33229 NZ LYS M 85 -114.244 -65.009 -4.992 1.00262.75 N \ ANISOU33229 NZ LYS M 85 35148 36880 27806 417 -4093 934 N \ ATOM 33230 N LYS M 86 -111.903 -64.093 2.424 1.00235.35 N \ ANISOU33230 N LYS M 86 30612 36394 22417 474 -4777 1816 N \ ATOM 33231 CA LYS M 86 -111.068 -64.790 3.416 1.00234.52 C \ ANISOU33231 CA LYS M 86 30297 36540 22270 363 -4573 1786 C \ ATOM 33232 C LYS M 86 -109.800 -65.372 2.739 1.00237.92 C \ ANISOU33232 C LYS M 86 31009 36794 22595 257 -4429 1694 C \ ATOM 33233 O LYS M 86 -109.430 -66.528 2.964 1.00237.19 O \ ANISOU33233 O LYS M 86 30847 36833 22441 83 -4345 1562 O \ ATOM 33234 CB LYS M 86 -111.879 -65.869 4.165 1.00236.08 C \ ANISOU33234 CB LYS M 86 30376 36647 22677 253 -4613 1597 C \ ATOM 33235 CG LYS M 86 -111.418 -66.114 5.598 1.00245.80 C \ ANISOU33235 CG LYS M 86 31946 36887 24560 305 -4427 1379 C \ ATOM 33236 CD LYS M 86 -112.320 -67.106 6.333 1.00252.89 C \ ANISOU33236 CD LYS M 86 32992 37162 25933 277 -4471 1117 C \ ATOM 33237 CE LYS M 86 -111.966 -68.552 6.069 1.00260.57 C \ ANISOU33237 CE LYS M 86 34273 37649 27085 203 -4407 855 C \ ATOM 33238 NZ LYS M 86 -112.904 -69.478 6.754 1.00265.65 N \ ANISOU33238 NZ LYS M 86 35000 37791 28144 215 -4457 646 N \ ATOM 33239 N SER M 87 -109.146 -64.542 1.903 1.00236.37 N \ ANISOU33239 N SER M 87 30923 36709 22179 328 -4409 1852 N \ ATOM 33240 CA SER M 87 -107.932 -64.883 1.158 1.00236.19 C \ ANISOU33240 CA SER M 87 31118 36639 21983 243 -4278 1818 C \ ATOM 33241 C SER M 87 -106.847 -63.829 1.374 1.00238.72 C \ ANISOU33241 C SER M 87 31572 36774 22358 366 -4120 1958 C \ ATOM 33242 O SER M 87 -107.147 -62.633 1.397 1.00238.57 O \ ANISOU33242 O SER M 87 31544 36723 22380 529 -4181 2124 O \ ATOM 33243 CB SER M 87 -108.240 -65.028 -0.330 1.00240.70 C \ ANISOU33243 CB SER M 87 32008 36986 22462 241 -4419 1740 C \ ATOM 33244 OG SER M 87 -108.797 -63.840 -0.867 1.00249.34 O \ ANISOU33244 OG SER M 87 33408 37564 23765 432 -4554 1794 O \ ATOM 33245 N ILE M 88 -105.588 -64.275 1.536 1.00233.71 N \ ANISOU33245 N ILE M 88 31079 35977 21744 289 -3916 1882 N \ ATOM 33246 CA ILE M 88 -104.451 -63.380 1.773 1.00232.13 C \ ANISOU33246 CA ILE M 88 31009 35590 21602 384 -3748 1998 C \ ATOM 33247 C ILE M 88 -103.472 -63.433 0.593 1.00236.20 C \ ANISOU33247 C ILE M 88 31762 36099 21885 331 -3675 2009 C \ ATOM 33248 O ILE M 88 -103.117 -64.519 0.129 1.00236.41 O \ ANISOU33248 O ILE M 88 31865 36156 21802 183 -3634 1857 O \ ATOM 33249 CB ILE M 88 -103.719 -63.681 3.119 1.00232.46 C \ ANISOU33249 CB ILE M 88 31003 35425 21896 363 -3553 1921 C \ ATOM 33250 CG1 ILE M 88 -104.694 -64.116 4.240 1.00232.05 C \ ANISOU33250 CG1 ILE M 88 30715 35403 22049 353 -3617 1844 C \ ATOM 33251 CG2 ILE M 88 -102.866 -62.479 3.561 1.00232.02 C \ ANISOU33251 CG2 ILE M 88 31023 35191 21942 501 -3422 2075 C \ ATOM 33252 CD1 ILE M 88 -104.082 -65.023 5.314 1.00237.81 C \ ANISOU33252 CD1 ILE M 88 31410 35985 22964 253 -3450 1694 C \ ATOM 33253 N GLN M 89 -103.033 -62.249 0.127 1.00232.09 N \ ANISOU33253 N GLN M 89 31357 35535 21290 453 -3658 2191 N \ ATOM 33254 CA GLN M 89 -102.051 -62.086 -0.947 1.00232.25 C \ ANISOU33254 CA GLN M 89 31607 35539 21098 424 -3576 2234 C \ ATOM 33255 C GLN M 89 -100.698 -61.804 -0.296 1.00232.99 C \ ANISOU33255 C GLN M 89 31794 35404 21328 439 -3338 2250 C \ ATOM 33256 O GLN M 89 -100.475 -60.699 0.205 1.00231.78 O \ ANISOU33256 O GLN M 89 31634 35139 21294 571 -3295 2399 O \ ATOM 33257 CB GLN M 89 -102.466 -60.961 -1.916 1.00235.62 C \ ANISOU33257 CB GLN M 89 32113 36054 21357 544 -3715 2427 C \ ATOM 33258 CG GLN M 89 -103.721 -61.259 -2.725 1.00240.50 C \ ANISOU33258 CG GLN M 89 33125 36019 22235 557 -3948 2191 C \ ATOM 33259 CD GLN M 89 -104.205 -60.027 -3.442 1.00251.02 C \ ANISOU33259 CD GLN M 89 34513 37406 23456 673 -4094 2389 C \ ATOM 33260 OE1 GLN M 89 -104.897 -59.179 -2.871 1.00246.54 O \ ANISOU33260 OE1 GLN M 89 33798 36871 23006 779 -4188 2514 O \ ATOM 33261 NE2 GLN M 89 -103.840 -59.894 -4.706 1.00241.69 N \ ANISOU33261 NE2 GLN M 89 33608 36128 22096 661 -4115 2395 N \ ATOM 33262 N LEU M 90 -99.822 -62.821 -0.246 1.00227.22 N \ ANISOU33262 N LEU M 90 31140 34601 20592 306 -3187 2091 N \ ATOM 33263 CA LEU M 90 -98.524 -62.723 0.424 1.00224.35 C \ ANISOU33263 CA LEU M 90 30851 34024 20366 304 -2958 2080 C \ ATOM 33264 C LEU M 90 -97.411 -62.198 -0.480 1.00226.97 C \ ANISOU33264 C LEU M 90 31400 34309 20530 313 -2846 2170 C \ ATOM 33265 O LEU M 90 -97.314 -62.584 -1.647 1.00228.13 O \ ANISOU33265 O LEU M 90 31670 34575 20435 242 -2883 2138 O \ ATOM 33266 CB LEU M 90 -98.100 -64.083 1.013 1.00222.87 C \ ANISOU33266 CB LEU M 90 30632 33771 20277 162 -2844 1864 C \ ATOM 33267 CG LEU M 90 -99.048 -64.767 2.013 1.00226.64 C \ ANISOU33267 CG LEU M 90 30902 34274 20937 128 -2922 1753 C \ ATOM 33268 CD1 LEU M 90 -98.476 -66.087 2.476 1.00225.80 C \ ANISOU33268 CD1 LEU M 90 30799 34088 20905 -15 -2796 1551 C \ ATOM 33269 CD2 LEU M 90 -99.335 -63.884 3.218 1.00228.69 C \ ANISOU33269 CD2 LEU M 90 31022 34431 21439 258 -2913 1858 C \ ATOM 33270 N TYR M 91 -96.566 -61.317 0.089 1.00220.91 N \ ANISOU33270 N TYR M 91 30676 33367 19894 398 -2704 2281 N \ ATOM 33271 CA TYR M 91 -95.400 -60.707 -0.557 1.00220.16 C \ ANISOU33271 CA TYR M 91 30774 33193 19685 413 -2569 2380 C \ ATOM 33272 C TYR M 91 -94.247 -60.636 0.445 1.00219.64 C \ ANISOU33272 C TYR M 91 30718 32907 19827 413 -2351 2354 C \ ATOM 33273 O TYR M 91 -94.435 -60.123 1.552 1.00217.91 O \ ANISOU33273 O TYR M 91 30381 32580 19835 496 -2338 2402 O \ ATOM 33274 CB TYR M 91 -95.719 -59.299 -1.109 1.00222.70 C \ ANISOU33274 CB TYR M 91 31148 33550 19919 550 -2667 2611 C \ ATOM 33275 CG TYR M 91 -97.039 -59.173 -1.841 1.00226.36 C \ ANISOU33275 CG TYR M 91 31556 34219 20230 586 -2907 2662 C \ ATOM 33276 CD1 TYR M 91 -97.177 -59.618 -3.153 1.00229.82 C \ ANISOU33276 CD1 TYR M 91 32181 34683 20457 512 -2986 2594 C \ ATOM 33277 CD2 TYR M 91 -98.140 -58.579 -1.233 1.00227.00 C \ ANISOU33277 CD2 TYR M 91 31473 34331 20444 699 -3056 2742 C \ ATOM 33278 CE1 TYR M 91 -98.389 -59.500 -3.833 1.00230.50 C \ ANISOU33278 CE1 TYR M 91 32558 34309 20712 553 -3211 2465 C \ ATOM 33279 CE2 TYR M 91 -99.354 -58.447 -1.906 1.00229.14 C \ ANISOU33279 CE2 TYR M 91 31771 34636 20655 727 -3282 2748 C \ ATOM 33280 CZ TYR M 91 -99.475 -58.913 -3.205 1.00234.19 C \ ANISOU33280 CZ TYR M 91 33110 34321 21551 627 -3366 2412 C \ ATOM 33281 OH TYR M 91 -100.669 -58.787 -3.872 1.00233.38 O \ ANISOU33281 OH TYR M 91 33222 33816 21637 650 -3569 2292 O \ ATOM 33282 N LYS M 92 -93.063 -61.158 0.066 1.00214.03 N \ ANISOU33282 N LYS M 92 30147 32136 19041 322 -2182 2276 N \ ATOM 33283 CA LYS M 92 -91.869 -61.162 0.918 1.00210.84 C \ ANISOU33283 CA LYS M 92 29764 31531 18815 311 -1969 2243 C \ ATOM 33284 C LYS M 92 -91.351 -59.732 1.117 1.00211.62 C \ ANISOU33284 C LYS M 92 29915 31508 18982 432 -1906 2445 C \ ATOM 33285 O LYS M 92 -91.173 -58.999 0.141 1.00213.01 O \ ANISOU33285 O LYS M 92 30220 31736 18978 468 -1930 2581 O \ ATOM 33286 CB LYS M 92 -90.772 -62.064 0.323 1.00213.70 C \ ANISOU33286 CB LYS M 92 30263 31877 19054 188 -1814 2113 C \ ATOM 33287 CG LYS M 92 -89.658 -62.403 1.310 1.00230.58 C \ ANISOU33287 CG LYS M 92 32390 33825 21394 156 -1608 2029 C \ ATOM 33288 CD LYS M 92 -88.400 -62.881 0.604 1.00242.26 C \ ANISOU33288 CD LYS M 92 34031 35276 22741 70 -1438 1960 C \ ATOM 33289 CE LYS M 92 -87.228 -62.977 1.546 1.00251.15 C \ ANISOU33289 CE LYS M 92 35195 36125 24106 74 -1231 1894 C \ ATOM 33290 NZ LYS M 92 -85.981 -63.360 0.833 1.00250.86 N \ ANISOU33290 NZ LYS M 92 35186 35048 25080 136 -922 1501 N \ ATOM 33291 N ALA M 93 -91.131 -59.341 2.387 1.00203.38 N \ ANISOU33291 N ALA M 93 28775 30306 18197 492 -1831 2465 N \ ATOM 33292 CA ALA M 93 -90.657 -58.007 2.749 1.00201.61 C \ ANISOU33292 CA ALA M 93 28585 29946 18071 606 -1770 2644 C \ ATOM 33293 C ALA M 93 -89.441 -58.064 3.682 1.00199.97 C \ ANISOU33293 C ALA M 93 28387 29539 18054 583 -1560 2596 C \ ATOM 33294 O ALA M 93 -89.533 -58.655 4.758 1.00197.91 O \ ANISOU33294 O ALA M 93 28002 29210 17985 561 -1525 2480 O \ ATOM 33295 CB ALA M 93 -91.777 -57.216 3.406 1.00202.46 C \ ANISOU33295 CB ALA M 93 28551 30061 18312 733 -1921 2745 C \ ATOM 33296 N PRO M 94 -88.298 -57.445 3.312 1.00193.49 N \ ANISOU33296 N PRO M 94 27707 28623 17187 587 -1418 2687 N \ ATOM 33297 CA PRO M 94 -87.138 -57.470 4.218 1.00190.12 C \ ANISOU33297 CA PRO M 94 27282 28009 16947 568 -1222 2644 C \ ATOM 33298 C PRO M 94 -87.230 -56.393 5.301 1.00188.43 C \ ANISOU33298 C PRO M 94 26986 27651 16958 685 -1219 2761 C \ ATOM 33299 O PRO M 94 -87.687 -55.281 5.025 1.00189.07 O \ ANISOU33299 O PRO M 94 27089 27742 17006 787 -1312 2931 O \ ATOM 33300 CB PRO M 94 -85.950 -57.229 3.285 1.00192.94 C \ ANISOU33300 CB PRO M 94 27821 28343 17145 521 -1083 2699 C \ ATOM 33301 CG PRO M 94 -86.513 -56.526 2.094 1.00199.84 C \ ANISOU33301 CG PRO M 94 28789 29349 17794 566 -1212 2846 C \ ATOM 33302 CD PRO M 94 -88.006 -56.693 2.073 1.00196.40 C \ ANISOU33302 CD PRO M 94 28238 29051 17333 608 -1429 2836 C \ ATOM 33303 N VAL M 95 -86.800 -56.721 6.535 1.00179.20 N \ ANISOU33303 N VAL M 95 25725 26347 16017 674 -1115 2670 N \ ATOM 33304 CA VAL M 95 -86.810 -55.762 7.643 1.00176.20 C \ ANISOU33304 CA VAL M 95 25268 25821 15860 779 -1098 2763 C \ ATOM 33305 C VAL M 95 -85.467 -55.037 7.642 1.00175.90 C \ ANISOU33305 C VAL M 95 25348 25631 15856 783 -927 2850 C \ ATOM 33306 O VAL M 95 -84.417 -55.677 7.744 1.00174.45 O \ ANISOU33306 O VAL M 95 25209 25383 15692 695 -770 2751 O \ ATOM 33307 CB VAL M 95 -87.144 -56.384 9.024 1.00178.26 C \ ANISOU33307 CB VAL M 95 25361 26019 16351 775 -1090 2633 C \ ATOM 33308 CG1 VAL M 95 -87.258 -55.301 10.093 1.00177.17 C \ ANISOU33308 CG1 VAL M 95 25148 25745 16423 894 -1090 2738 C \ ATOM 33309 CG2 VAL M 95 -88.431 -57.194 8.967 1.00178.66 C \ ANISOU33309 CG2 VAL M 95 25296 26227 16358 752 -1251 2538 C \ ATOM 33310 N LEU M 96 -85.508 -53.704 7.500 1.00170.61 N \ ANISOU33310 N LEU M 96 24729 24905 15190 884 -960 3037 N \ ATOM 33311 CA LEU M 96 -84.308 -52.877 7.436 1.00168.93 C \ ANISOU33311 CA LEU M 96 24632 24552 15003 891 -812 3144 C \ ATOM 33312 C LEU M 96 -84.199 -51.953 8.644 1.00168.84 C \ ANISOU33312 C LEU M 96 24550 24368 15235 986 -783 3216 C \ ATOM 33313 O LEU M 96 -85.085 -51.128 8.873 1.00168.64 O \ ANISOU33313 O LEU M 96 24472 24343 15260 1098 -911 3323 O \ ATOM 33314 CB LEU M 96 -84.279 -52.060 6.135 1.00171.11 C \ ANISOU33314 CB LEU M 96 25059 24895 15060 916 -858 3311 C \ ATOM 33315 CG LEU M 96 -84.157 -52.870 4.852 1.00177.11 C \ ANISOU33315 CG LEU M 96 25920 25814 15560 817 -859 3251 C \ ATOM 33316 CD1 LEU M 96 -85.455 -52.853 4.070 1.00178.94 C \ ANISOU33316 CD1 LEU M 96 26137 26225 15626 858 -1066 3296 C \ ATOM 33317 CD2 LEU M 96 -83.019 -52.369 4.007 1.00180.68 C \ ANISOU33317 CD2 LEU M 96 26543 26227 15880 777 -727 3349 C \ ATOM 33318 N VAL M 97 -83.106 -52.100 9.418 1.00162.11 N \ ANISOU33318 N VAL M 97 23693 23367 14533 942 -614 3155 N \ ATOM 33319 CA VAL M 97 -82.832 -51.274 10.596 1.00159.73 C \ ANISOU33319 CA VAL M 97 23334 22890 14464 1018 -564 3210 C \ ATOM 33320 C VAL M 97 -82.376 -49.897 10.102 1.00163.49 C \ ANISOU33320 C VAL M 97 23936 23284 14900 1079 -541 3409 C \ ATOM 33321 O VAL M 97 -81.227 -49.711 9.690 1.00163.13 O \ ANISOU33321 O VAL M 97 24004 23174 14806 1020 -401 3445 O \ ATOM 33322 CB VAL M 97 -81.871 -51.918 11.636 1.00161.16 C \ ANISOU33322 CB VAL M 97 23461 22947 14825 952 -403 3073 C \ ATOM 33323 CG1 VAL M 97 -82.584 -53.009 12.412 1.00159.75 C \ ANISOU33323 CG1 VAL M 97 23133 22824 14739 928 -458 2907 C \ ATOM 33324 CG2 VAL M 97 -80.592 -52.463 11.004 1.00160.92 C \ ANISOU33324 CG2 VAL M 97 23543 22907 14694 839 -240 3020 C \ ATOM 33325 N SER M 98 -83.321 -48.954 10.070 1.00160.29 N \ ANISOU33325 N SER M 98 23510 22891 14500 1197 -685 3541 N \ ATOM 33326 CA SER M 98 -83.069 -47.625 9.544 1.00161.27 C \ ANISOU33326 CA SER M 98 23754 22945 14575 1265 -692 3742 C \ ATOM 33327 C SER M 98 -82.717 -46.604 10.620 1.00163.71 C \ ANISOU33327 C SER M 98 24035 23056 15112 1346 -640 3816 C \ ATOM 33328 O SER M 98 -83.357 -46.540 11.670 1.00162.14 O \ ANISOU33328 O SER M 98 23704 22814 15087 1418 -699 3771 O \ ATOM 33329 CB SER M 98 -84.271 -47.139 8.746 1.00166.93 C \ ANISOU33329 CB SER M 98 24485 23792 15148 1351 -884 3856 C \ ATOM 33330 OG SER M 98 -83.885 -46.109 7.852 1.00178.44 O \ ANISOU33330 OG SER M 98 26098 25218 16482 1379 -877 4042 O \ ATOM 33331 N LYS M 99 -81.683 -45.804 10.327 1.00160.58 N \ ANISOU33331 N LYS M 99 23766 22542 14706 1329 -526 3931 N \ ATOM 33332 CA LYS M 99 -81.168 -44.698 11.136 1.00159.70 C \ ANISOU33332 CA LYS M 99 23666 22231 14780 1393 -464 4025 C \ ATOM 33333 C LYS M 99 -81.289 -43.405 10.319 1.00165.47 C \ ANISOU33333 C LYS M 99 24528 22931 15410 1466 -526 4244 C \ ATOM 33334 O LYS M 99 -81.197 -43.452 9.088 1.00166.84 O \ ANISOU33334 O LYS M 99 24817 23211 15366 1422 -539 4312 O \ ATOM 33335 CB LYS M 99 -79.709 -44.955 11.594 1.00160.89 C \ ANISOU33335 CB LYS M 99 23847 22256 15026 1292 -259 3957 C \ ATOM 33336 CG LYS M 99 -78.709 -45.236 10.463 1.00178.13 C \ ANISOU33336 CG LYS M 99 26170 24489 17021 1179 -142 3978 C \ ATOM 33337 CD LYS M 99 -77.260 -45.242 10.936 1.00187.10 C \ ANISOU33337 CD LYS M 99 27337 25484 18267 1097 57 3941 C \ ATOM 33338 CE LYS M 99 -76.305 -45.314 9.767 1.00196.61 C \ ANISOU33338 CE LYS M 99 28686 26734 19282 999 169 3991 C \ ATOM 33339 NZ LYS M 99 -74.887 -45.208 10.200 1.00202.82 N \ ANISOU33339 NZ LYS M 99 29501 27383 20180 925 361 3972 N \ ATOM 33340 N VAL M 100 -81.515 -42.265 10.991 1.00161.84 N \ ANISOU33340 N VAL M 100 24056 22330 15106 1578 -566 4352 N \ ATOM 33341 CA VAL M 100 -81.663 -40.974 10.314 1.00163.65 C \ ANISOU33341 CA VAL M 100 24408 22510 15263 1658 -631 4565 C \ ATOM 33342 C VAL M 100 -80.514 -40.024 10.726 1.00167.43 C \ ANISOU33342 C VAL M 100 24972 22775 15867 1645 -492 4656 C \ ATOM 33343 O VAL M 100 -80.309 -39.768 11.915 1.00165.19 O \ ANISOU33343 O VAL M 100 24610 22350 15803 1680 -446 4606 O \ ATOM 33344 CB VAL M 100 -83.079 -40.348 10.516 1.00168.42 C \ ANISOU33344 CB VAL M 100 24940 23145 15905 1816 -829 4640 C \ ATOM 33345 CG1 VAL M 100 -83.527 -40.379 11.976 1.00166.48 C \ ANISOU33345 CG1 VAL M 100 24533 22817 15906 1889 -849 4539 C \ ATOM 33346 CG2 VAL M 100 -83.172 -38.938 9.940 1.00170.15 C \ ANISOU33346 CG2 VAL M 100 25289 23282 16078 1909 -890 4865 C \ ATOM 33347 N VAL M 101 -79.755 -39.538 9.721 1.00166.01 N \ ANISOU33347 N VAL M 101 24955 22580 15541 1588 -422 4785 N \ ATOM 33348 CA VAL M 101 -78.638 -38.598 9.892 1.00166.11 C \ ANISOU33348 CA VAL M 101 25070 22405 15642 1562 -292 4893 C \ ATOM 33349 C VAL M 101 -79.115 -37.189 9.537 1.00172.77 C \ ANISOU33349 C VAL M 101 26008 23165 16471 1677 -396 5108 C \ ATOM 33350 O VAL M 101 -79.951 -37.028 8.644 1.00174.20 O \ ANISOU33350 O VAL M 101 26235 23467 16484 1732 -531 5200 O \ ATOM 33351 CB VAL M 101 -77.344 -38.979 9.125 1.00170.18 C \ ANISOU33351 CB VAL M 101 25695 22937 16027 1412 -120 4889 C \ ATOM 33352 CG1 VAL M 101 -76.491 -39.946 9.933 1.00167.71 C \ ANISOU33352 CG1 VAL M 101 25292 22592 15838 1313 29 4699 C \ ATOM 33353 CG2 VAL M 101 -77.640 -39.539 7.735 1.00171.68 C \ ANISOU33353 CG2 VAL M 101 25964 23328 15937 1362 -168 4911 C \ ATOM 33354 N SER M 102 -78.588 -36.175 10.248 1.00169.41 N \ ANISOU33354 N SER M 102 25612 22532 16224 1715 -338 5187 N \ ATOM 33355 CA SER M 102 -78.984 -34.774 10.102 1.00171.10 C \ ANISOU33355 CA SER M 102 25913 22630 16467 1832 -430 5385 C \ ATOM 33356 C SER M 102 -77.917 -33.899 9.406 1.00176.15 C \ ANISOU33356 C SER M 102 26732 23157 17039 1765 -321 5553 C \ ATOM 33357 O SER M 102 -76.827 -34.379 9.089 1.00175.30 O \ ANISOU33357 O SER M 102 26674 23061 16872 1627 -166 5509 O \ ATOM 33358 CB SER M 102 -79.298 -34.198 11.481 1.00173.95 C \ ANISOU33358 CB SER M 102 26173 22829 17091 1938 -461 5352 C \ ATOM 33359 OG SER M 102 -79.930 -32.933 11.392 1.00186.11 O \ ANISOU33359 OG SER M 102 27775 24273 18664 2076 -579 5525 O \ ATOM 33360 N LYS M 103 -78.256 -32.607 9.169 1.00174.12 N \ ANISOU33360 N LYS M 103 26573 22791 16794 1867 -406 5747 N \ ATOM 33361 CA LYS M 103 -77.394 -31.576 8.581 1.00175.27 C \ ANISOU33361 CA LYS M 103 26892 22806 16896 1824 -326 5933 C \ ATOM 33362 C LYS M 103 -76.197 -31.288 9.506 1.00177.57 C \ ANISOU33362 C LYS M 103 27176 22901 17390 1750 -157 5887 C \ ATOM 33363 O LYS M 103 -75.119 -30.939 9.021 1.00177.42 O \ ANISOU33363 O LYS M 103 27276 22815 17320 1645 -26 5972 O \ ATOM 33364 CB LYS M 103 -78.208 -30.293 8.339 1.00179.79 C \ ANISOU33364 CB LYS M 103 27545 23293 17474 1974 -478 6131 C \ ATOM 33365 CG LYS M 103 -77.470 -29.208 7.543 1.00199.38 C \ ANISOU33365 CG LYS M 103 30223 25657 19875 1934 -420 6349 C \ ATOM 33366 CD LYS M 103 -77.447 -27.837 8.254 1.00213.37 C \ ANISOU33366 CD LYS M 103 32042 27180 21849 2033 -444 6472 C \ ATOM 33367 CE LYS M 103 -76.525 -27.737 9.459 1.00229.56 C \ ANISOU33367 CE LYS M 103 34032 29051 24141 1979 -303 6369 C \ ATOM 33368 NZ LYS M 103 -75.087 -27.855 9.093 1.00242.33 N \ ANISOU33368 NZ LYS M 103 35736 30625 25713 1805 -108 6382 N \ ATOM 33369 N SER M 104 -76.400 -31.445 10.836 1.00172.86 N \ ANISOU33369 N SER M 104 26439 22222 17019 1803 -162 5753 N \ ATOM 33370 CA SER M 104 -75.400 -31.257 11.896 1.00171.42 C \ ANISOU33370 CA SER M 104 26220 21861 17049 1747 -21 5683 C \ ATOM 33371 C SER M 104 -74.219 -32.233 11.751 1.00174.61 C \ ANISOU33371 C SER M 104 26614 22325 17406 1576 159 5563 C \ ATOM 33372 O SER M 104 -73.121 -31.929 12.225 1.00173.62 O \ ANISOU33372 O SER M 104 26511 22057 17399 1498 299 5558 O \ ATOM 33373 CB SER M 104 -76.043 -31.429 13.270 1.00173.59 C \ ANISOU33373 CB SER M 104 26333 22083 17539 1844 -82 5545 C \ ATOM 33374 OG SER M 104 -75.133 -31.137 14.320 1.00182.08 O \ ANISOU33374 OG SER M 104 27381 22979 18824 1801 39 5488 O \ ATOM 33375 N SER M 105 -74.445 -33.392 11.093 1.00171.20 N \ ANISOU33375 N SER M 105 26147 22101 16800 1519 153 5467 N \ ATOM 33376 CA SER M 105 -73.421 -34.409 10.838 1.00170.19 C \ ANISOU33376 CA SER M 105 26009 22052 16603 1365 312 5349 C \ ATOM 33377 C SER M 105 -72.389 -33.902 9.812 1.00174.87 C \ ANISOU33377 C SER M 105 26767 22619 17058 1262 430 5493 C \ ATOM 33378 O SER M 105 -72.613 -32.869 9.172 1.00176.38 O \ ANISOU33378 O SER M 105 27082 22759 17175 1309 369 5685 O \ ATOM 33379 CB SER M 105 -74.062 -35.710 10.362 1.00174.19 C \ ANISOU33379 CB SER M 105 26445 22785 16956 1345 256 5217 C \ ATOM 33380 OG SER M 105 -73.141 -36.785 10.439 1.00182.79 O \ ANISOU33380 OG SER M 105 27490 23930 18034 1215 406 5063 O \ ATOM 33381 N LYS M 106 -71.254 -34.628 9.676 1.00170.00 N \ ANISOU33381 N LYS M 106 26148 22036 16410 1121 601 5399 N \ ATOM 33382 CA LYS M 106 -70.103 -34.312 8.815 1.00170.78 C \ ANISOU33382 CA LYS M 106 26380 22116 16393 1001 747 5503 C \ ATOM 33383 C LYS M 106 -69.362 -33.076 9.391 1.00174.55 C \ ANISOU33383 C LYS M 106 26914 22360 17047 997 816 5622 C \ ATOM 33384 O LYS M 106 -68.780 -32.278 8.650 1.00175.66 O \ ANISOU33384 O LYS M 106 27195 22446 17103 946 874 5789 O \ ATOM 33385 CB LYS M 106 -70.511 -34.128 7.335 1.00175.40 C \ ANISOU33385 CB LYS M 106 27102 22839 16703 999 682 5648 C \ ATOM 33386 CG LYS M 106 -69.502 -34.697 6.341 1.00187.74 C \ ANISOU33386 CG LYS M 106 28744 24509 18078 852 837 5641 C \ ATOM 33387 CD LYS M 106 -70.133 -35.016 4.986 1.00198.40 C \ ANISOU33387 CD LYS M 106 30184 26058 19143 854 754 5705 C \ ATOM 33388 CE LYS M 106 -70.157 -33.838 4.041 1.00212.11 C \ ANISOU33388 CE LYS M 106 32093 27754 20746 871 718 5951 C \ ATOM 33389 NZ LYS M 106 -70.752 -34.203 2.728 1.00222.27 N \ ANISOU33389 NZ LYS M 106 33464 29243 21744 868 637 6005 N \ ATOM 33390 N ASN M 107 -69.382 -32.957 10.736 1.00169.31 N \ ANISOU33390 N ASN M 107 26138 21562 16630 1046 811 5529 N \ ATOM 33391 CA ASN M 107 -68.734 -31.913 11.534 1.00168.85 C \ ANISOU33391 CA ASN M 107 26104 21277 16776 1047 870 5598 C \ ATOM 33392 C ASN M 107 -67.658 -32.539 12.406 1.00170.74 C \ ANISOU33392 C ASN M 107 26245 21463 17165 947 1027 5438 C \ ATOM 33393 O ASN M 107 -67.949 -33.484 13.143 1.00168.55 O \ ANISOU33393 O ASN M 107 25829 21247 16965 965 1012 5257 O \ ATOM 33394 CB ASN M 107 -69.761 -31.175 12.405 1.00169.29 C \ ANISOU33394 CB ASN M 107 26113 21218 16994 1203 717 5625 C \ ATOM 33395 CG ASN M 107 -70.527 -30.073 11.715 1.00194.31 C \ ANISOU33395 CG ASN M 107 29405 24348 20078 1304 585 5832 C \ ATOM 33396 OD1 ASN M 107 -70.283 -29.724 10.553 1.00192.04 O \ ANISOU33396 OD1 ASN M 107 29255 24105 19608 1256 604 5980 O \ ATOM 33397 ND2 ASN M 107 -71.470 -29.486 12.433 1.00186.56 N \ ANISOU33397 ND2 ASN M 107 28377 23279 19229 1449 449 5848 N \ ATOM 33398 N LEU M 108 -66.414 -32.036 12.311 1.00167.74 N \ ANISOU33398 N LEU M 108 25934 20975 16823 839 1176 5505 N \ ATOM 33399 CA LEU M 108 -65.273 -32.555 13.077 1.00165.96 C \ ANISOU33399 CA LEU M 108 25623 20696 16738 737 1333 5368 C \ ATOM 33400 C LEU M 108 -64.159 -31.508 13.226 1.00171.02 C \ ANISOU33400 C LEU M 108 26344 21152 17483 661 1448 5484 C \ ATOM 33401 O LEU M 108 -64.053 -30.601 12.399 1.00172.70 O \ ANISOU33401 O LEU M 108 26698 21321 17597 646 1446 5672 O \ ATOM 33402 CB LEU M 108 -64.709 -33.852 12.443 1.00165.61 C \ ANISOU33402 CB LEU M 108 25547 20836 16542 628 1443 5247 C \ ATOM 33403 CG LEU M 108 -64.233 -33.820 10.987 1.00172.33 C \ ANISOU33403 CG LEU M 108 26532 21794 17153 539 1516 5364 C \ ATOM 33404 CD1 LEU M 108 -62.908 -34.544 10.837 1.00171.90 C \ ANISOU33404 CD1 LEU M 108 26450 21785 17078 395 1712 5269 C \ ATOM 33405 CD2 LEU M 108 -65.269 -34.433 10.061 1.00175.76 C \ ANISOU33405 CD2 LEU M 108 26991 22424 17366 590 1401 5361 C \ ATOM 33406 N ARG M 109 -63.329 -31.645 14.281 1.00166.33 N \ ANISOU33406 N ARG M 109 25659 20453 17088 609 1547 5373 N \ ATOM 33407 CA ARG M 109 -62.195 -30.754 14.545 1.00166.87 C \ ANISOU33407 CA ARG M 109 25781 20347 17276 524 1665 5457 C \ ATOM 33408 C ARG M 109 -60.892 -31.414 14.033 1.00171.05 C \ ANISOU33408 C ARG M 109 26306 20956 17728 365 1854 5408 C \ ATOM 33409 O ARG M 109 -60.964 -32.406 13.303 1.00170.63 O \ ANISOU33409 O ARG M 109 26240 21088 17503 331 1880 5340 O \ ATOM 33410 CB ARG M 109 -62.123 -30.393 16.050 1.00166.05 C \ ANISOU33410 CB ARG M 109 25581 20068 17442 572 1645 5373 C \ ATOM 33411 CG ARG M 109 -61.423 -29.061 16.384 1.00179.11 C \ ANISOU33411 CG ARG M 109 27316 21501 19237 537 1693 5504 C \ ATOM 33412 CD ARG M 109 -62.148 -27.829 15.869 1.00193.15 C \ ANISOU33412 CD ARG M 109 29233 23185 20968 622 1577 5707 C \ ATOM 33413 NE ARG M 109 -61.668 -26.603 16.515 1.00205.37 N \ ANISOU33413 NE ARG M 109 30834 24498 22700 616 1595 5796 N \ ATOM 33414 CZ ARG M 109 -60.732 -25.799 16.017 1.00220.66 C \ ANISOU33414 CZ ARG M 109 32884 26333 24625 510 1695 5938 C \ ATOM 33415 NH1 ARG M 109 -60.159 -26.077 14.852 1.00209.00 N \ ANISOU33415 NH1 ARG M 109 31480 24973 22957 402 1792 6011 N \ ATOM 33416 NH2 ARG M 109 -60.363 -24.712 16.679 1.00209.60 N \ ANISOU33416 NH2 ARG M 109 31524 24711 23402 508 1700 6006 N \ ATOM 33417 N GLY M 110 -59.737 -30.836 14.375 1.00168.01 N \ ANISOU33417 N GLY M 110 25937 20433 17465 270 1980 5446 N \ ATOM 33418 CA GLY M 110 -58.419 -31.314 13.970 1.00168.21 C \ ANISOU33418 CA GLY M 110 25955 20514 17443 119 2166 5409 C \ ATOM 33419 C GLY M 110 -58.132 -32.749 14.370 1.00170.90 C \ ANISOU33419 C GLY M 110 26152 20984 17797 88 2230 5190 C \ ATOM 33420 O GLY M 110 -58.552 -33.171 15.453 1.00168.56 O \ ANISOU33420 O GLY M 110 25738 20656 17651 157 2166 5052 O \ ATOM 33421 N PRO M 111 -57.429 -33.538 13.513 1.00168.57 N \ ANISOU33421 N PRO M 111 25866 20838 17346 -14 2357 5151 N \ ATOM 33422 CA PRO M 111 -57.138 -34.942 13.872 1.00166.88 C \ ANISOU33422 CA PRO M 111 25519 20742 17145 -41 2419 4938 C \ ATOM 33423 C PRO M 111 -56.299 -35.062 15.145 1.00169.54 C \ ANISOU33423 C PRO M 111 25734 20961 17723 -77 2498 4819 C \ ATOM 33424 O PRO M 111 -56.496 -36.001 15.905 1.00167.35 O \ ANISOU33424 O PRO M 111 25333 20726 17527 -42 2477 4645 O \ ATOM 33425 CB PRO M 111 -56.384 -35.481 12.650 1.00169.88 C \ ANISOU33425 CB PRO M 111 25955 21272 17319 -150 2557 4954 C \ ATOM 33426 CG PRO M 111 -55.864 -34.279 11.950 1.00176.34 C \ ANISOU33426 CG PRO M 111 26910 22008 18081 -214 2613 5163 C \ ATOM 33427 CD PRO M 111 -56.870 -33.198 12.188 1.00172.37 C \ ANISOU33427 CD PRO M 111 26478 21384 17631 -106 2450 5296 C \ ATOM 33428 N LYS M 112 -55.403 -34.091 15.394 1.00167.10 N \ ANISOU33428 N LYS M 112 25461 20501 17528 -146 2581 4916 N \ ATOM 33429 CA LYS M 112 -54.550 -34.039 16.579 1.00165.73 C \ ANISOU33429 CA LYS M 112 25182 20201 17585 -187 2653 4824 C \ ATOM 33430 C LYS M 112 -54.650 -32.640 17.200 1.00169.94 C \ ANISOU33430 C LYS M 112 25770 20523 18276 -155 2591 4949 C \ ATOM 33431 O LYS M 112 -54.366 -31.647 16.527 1.00171.28 O \ ANISOU33431 O LYS M 112 26064 20626 18390 -202 2620 5125 O \ ATOM 33432 CB LYS M 112 -53.097 -34.400 16.210 1.00169.05 C \ ANISOU33432 CB LYS M 112 25580 20667 17986 -333 2850 4795 C \ ATOM 33433 CG LYS M 112 -52.204 -34.729 17.402 1.00186.10 C \ ANISOU33433 CG LYS M 112 27602 22746 20363 -376 2929 4655 C \ ATOM 33434 CD LYS M 112 -50.742 -34.880 16.987 1.00198.91 C \ ANISOU33434 CD LYS M 112 29208 24398 21970 -520 3122 4655 C \ ATOM 33435 CE LYS M 112 -49.812 -35.087 18.163 1.00210.20 C \ ANISOU33435 CE LYS M 112 30505 25740 23620 -565 3197 4532 C \ ATOM 33436 NZ LYS M 112 -49.590 -33.834 18.936 1.00220.23 N \ ANISOU33436 NZ LYS M 112 31798 26804 25075 -573 3168 4624 N \ ATOM 33437 N ILE M 113 -55.096 -32.564 18.467 1.00165.05 N \ ANISOU33437 N ILE M 113 25064 19800 17848 -73 2503 4859 N \ ATOM 33438 CA ILE M 113 -55.266 -31.301 19.192 1.00165.28 C \ ANISOU33438 CA ILE M 113 25134 19623 18041 -29 2434 4952 C \ ATOM 33439 C ILE M 113 -54.260 -31.246 20.353 1.00168.29 C \ ANISOU33439 C ILE M 113 25416 19883 18645 -92 2519 4855 C \ ATOM 33440 O ILE M 113 -54.345 -32.058 21.281 1.00166.19 O \ ANISOU33440 O ILE M 113 25020 19644 18481 -57 2503 4685 O \ ATOM 33441 CB ILE M 113 -56.739 -31.104 19.675 1.00167.91 C \ ANISOU33441 CB ILE M 113 25463 19930 18406 134 2245 4945 C \ ATOM 33442 CG1 ILE M 113 -57.749 -31.254 18.508 1.00169.64 C \ ANISOU33442 CG1 ILE M 113 25770 20288 18399 196 2156 5032 C \ ATOM 33443 CG2 ILE M 113 -56.916 -29.753 20.387 1.00169.16 C \ ANISOU33443 CG2 ILE M 113 25673 19869 18731 185 2176 5044 C \ ATOM 33444 CD1 ILE M 113 -59.143 -31.792 18.908 1.00176.11 C \ ANISOU33444 CD1 ILE M 113 26524 21182 19209 339 1996 4944 C \ ATOM 33445 N LYS M 114 -53.313 -30.276 20.282 1.00165.98 N \ ANISOU33445 N LYS M 114 25186 19457 18421 -188 2607 4968 N \ ATOM 33446 CA LYS M 114 -52.244 -29.998 21.255 1.00196.99 C \ ANISOU33446 CA LYS M 114 29040 23255 22553 -267 2693 4910 C \ ATOM 33447 C LYS M 114 -51.448 -31.253 21.631 1.00221.57 C \ ANISOU33447 C LYS M 114 32010 26480 25698 -331 2801 4728 C \ ATOM 33448 O LYS M 114 -51.126 -32.065 20.768 1.00184.00 O \ ANISOU33448 O LYS M 114 27246 21882 20785 -385 2885 4702 O \ ATOM 33449 CB LYS M 114 -52.809 -29.341 22.524 1.00198.66 C \ ANISOU33449 CB LYS M 114 29223 23296 22965 -171 2575 4879 C \ ATOM 29935 N SER I 2 -92.611 -36.237 19.011 1.00159.70 N \ ANISOU29935 N SER I 2 22589 21822 16267 3180 -1828 4543 N \ ATOM 29936 CA SER I 2 -93.340 -37.016 20.004 1.00158.22 C \ ANISOU29936 CA SER I 2 22201 21726 16189 3189 -1847 4381 C \ ATOM 29937 C SER I 2 -93.094 -36.473 21.405 1.00160.31 C \ ANISOU29937 C SER I 2 22411 21814 16686 3258 -1769 4331 C \ ATOM 29938 O SER I 2 -91.963 -36.116 21.741 1.00158.87 O \ ANISOU29938 O SER I 2 22330 21455 16576 3203 -1635 4341 O \ ATOM 29939 CB SER I 2 -92.943 -38.489 19.932 1.00160.72 C \ ANISOU29939 CB SER I 2 22474 22160 16432 3007 -1767 4227 C \ ATOM 29940 OG SER I 2 -91.565 -38.677 20.212 1.00168.97 O \ ANISOU29940 OG SER I 2 23616 23066 17521 2885 -1592 4186 O \ ATOM 29941 N VAL I 3 -94.159 -36.406 22.220 1.00156.62 N \ ANISOU29941 N VAL I 3 21778 21397 16332 3378 -1853 4276 N \ ATOM 29942 CA VAL I 3 -94.082 -35.904 23.593 1.00155.10 C \ ANISOU29942 CA VAL I 3 21517 21055 16357 3457 -1792 4219 C \ ATOM 29943 C VAL I 3 -94.453 -37.032 24.557 1.00156.00 C \ ANISOU29943 C VAL I 3 21449 21273 16550 3395 -1758 4033 C \ ATOM 29944 O VAL I 3 -95.551 -37.589 24.469 1.00155.63 O \ ANISOU29944 O VAL I 3 21262 21409 16460 3426 -1866 3984 O \ ATOM 29945 CB VAL I 3 -94.939 -34.631 23.849 1.00160.79 C \ ANISOU29945 CB VAL I 3 22214 21710 17170 3671 -1906 4325 C \ ATOM 29946 CG1 VAL I 3 -94.308 -33.769 24.934 1.00159.75 C \ ANISOU29946 CG1 VAL I 3 22121 21346 17233 3731 -1808 4322 C \ ATOM 29947 CG2 VAL I 3 -95.150 -33.810 22.576 1.00162.99 C \ ANISOU29947 CG2 VAL I 3 22624 21996 17309 3745 -2014 4512 C \ ATOM 29948 N VAL I 4 -93.519 -37.385 25.452 1.00150.33 N \ ANISOU29948 N VAL I 4 20734 20441 15943 3302 -1609 3931 N \ ATOM 29949 CA VAL I 4 -93.702 -38.445 26.446 1.00148.36 C \ ANISOU29949 CA VAL I 4 20329 20265 15777 3233 -1557 3756 C \ ATOM 29950 C VAL I 4 -93.341 -37.887 27.832 1.00150.49 C \ ANISOU29950 C VAL I 4 20564 20360 16253 3293 -1471 3706 C \ ATOM 29951 O VAL I 4 -92.178 -37.557 28.087 1.00149.47 O \ ANISOU29951 O VAL I 4 20549 20062 16182 3238 -1352 3717 O \ ATOM 29952 CB VAL I 4 -92.900 -39.731 26.085 1.00151.09 C \ ANISOU29952 CB VAL I 4 20706 20675 16026 3030 -1460 3659 C \ ATOM 29953 CG1 VAL I 4 -92.733 -40.653 27.291 1.00148.80 C \ ANISOU29953 CG1 VAL I 4 20292 20389 15857 2954 -1370 3489 C \ ATOM 29954 CG2 VAL I 4 -93.553 -40.480 24.925 1.00152.07 C \ ANISOU29954 CG2 VAL I 4 20813 21008 15958 2977 -1563 3668 C \ ATOM 29955 N GLY I 5 -94.355 -37.782 28.693 1.00146.08 N \ ANISOU29955 N GLY I 5 19849 19854 15802 3407 -1535 3650 N \ ATOM 29956 CA GLY I 5 -94.236 -37.272 30.055 1.00144.30 C \ ANISOU29956 CA GLY I 5 19567 19490 15768 3482 -1472 3593 C \ ATOM 29957 C GLY I 5 -93.631 -35.886 30.121 1.00147.21 C \ ANISOU29957 C GLY I 5 20077 19642 16213 3578 -1445 3709 C \ ATOM 29958 O GLY I 5 -94.165 -34.942 29.533 1.00148.17 O \ ANISOU29958 O GLY I 5 20247 19747 16303 3708 -1548 3837 O \ ATOM 29959 N SER I 6 -92.479 -35.778 30.800 1.00141.59 N \ ANISOU29959 N SER I 6 19438 18762 15600 3506 -1307 3667 N \ ATOM 29960 CA SER I 6 -91.736 -34.530 30.966 1.00141.49 C \ ANISOU29960 CA SER I 6 19565 18523 15672 3570 -1261 3762 C \ ATOM 29961 C SER I 6 -90.726 -34.311 29.812 1.00145.31 C \ ANISOU29961 C SER I 6 20238 18939 16035 3472 -1217 3875 C \ ATOM 29962 O SER I 6 -90.114 -33.241 29.732 1.00145.54 O \ ANISOU29962 O SER I 6 20400 18788 16111 3517 -1190 3978 O \ ATOM 29963 CB SER I 6 -91.029 -34.525 32.320 1.00143.03 C \ ANISOU29963 CB SER I 6 19733 18577 16036 3540 -1139 3654 C \ ATOM 29964 OG SER I 6 -90.188 -33.396 32.491 1.00151.72 O \ ANISOU29964 OG SER I 6 20972 19453 17220 3579 -1084 3735 O \ ATOM 29965 N LEU I 7 -90.580 -35.309 28.912 1.00141.08 N \ ANISOU29965 N LEU I 7 19713 18548 15342 3340 -1213 3857 N \ ATOM 29966 CA LEU I 7 -89.666 -35.272 27.763 1.00140.97 C \ ANISOU29966 CA LEU I 7 19866 18503 15192 3234 -1168 3952 C \ ATOM 29967 C LEU I 7 -90.396 -34.932 26.464 1.00145.89 C \ ANISOU29967 C LEU I 7 20543 19235 15655 3298 -1301 4087 C \ ATOM 29968 O LEU I 7 -91.584 -35.225 26.321 1.00145.75 O \ ANISOU29968 O LEU I 7 20409 19378 15592 3371 -1423 4070 O \ ATOM 29969 CB LEU I 7 -88.941 -36.620 27.586 1.00139.58 C \ ANISOU29969 CB LEU I 7 19680 18414 14939 3044 -1068 3840 C \ ATOM 29970 CG LEU I 7 -88.156 -37.164 28.773 1.00142.33 C \ ANISOU29970 CG LEU I 7 19976 18679 15424 2957 -934 3700 C \ ATOM 29971 CD1 LEU I 7 -88.916 -38.285 29.444 1.00141.54 C \ ANISOU29971 CD1 LEU I 7 19697 18731 15349 2934 -957 3550 C \ ATOM 29972 CD2 LEU I 7 -86.809 -37.690 28.333 1.00144.17 C \ ANISOU29972 CD2 LEU I 7 20319 18864 15596 2790 -803 3684 C \ ATOM 29973 N ILE I 8 -89.661 -34.346 25.506 1.00143.34 N \ ANISOU29973 N ILE I 8 20396 18829 15239 3263 -1277 4221 N \ ATOM 29974 CA ILE I 8 -90.168 -33.976 24.186 1.00145.27 C \ ANISOU29974 CA ILE I 8 20721 19158 15316 3310 -1392 4365 C \ ATOM 29975 C ILE I 8 -89.062 -34.265 23.139 1.00148.62 C \ ANISOU29975 C ILE I 8 21303 19575 15590 3155 -1305 4421 C \ ATOM 29976 O ILE I 8 -87.944 -33.755 23.250 1.00147.84 O \ ANISOU29976 O ILE I 8 21324 19306 15544 3101 -1192 4464 O \ ATOM 29977 CB ILE I 8 -90.720 -32.512 24.151 1.00150.36 C \ ANISOU29977 CB ILE I 8 21420 19685 16023 3498 -1491 4514 C \ ATOM 29978 CG1 ILE I 8 -91.293 -32.151 22.753 1.00153.26 C \ ANISOU29978 CG1 ILE I 8 21871 20151 16209 3551 -1621 4670 C \ ATOM 29979 CG2 ILE I 8 -89.700 -31.466 24.658 1.00150.88 C \ ANISOU29979 CG2 ILE I 8 21613 19494 16222 3509 -1388 4574 C \ ATOM 29980 CD1 ILE I 8 -92.433 -31.110 22.746 1.00162.84 C \ ANISOU29980 CD1 ILE I 8 23046 21358 17466 3763 -1777 4771 C \ ATOM 29981 N PHE I 9 -89.380 -35.128 22.157 1.00145.04 N \ ANISOU29981 N PHE I 9 20843 19314 14954 3080 -1355 4411 N \ ATOM 29982 CA PHE I 9 -88.464 -35.561 21.097 1.00144.74 C \ ANISOU29982 CA PHE I 9 20936 19307 14750 2933 -1281 4448 C \ ATOM 29983 C PHE I 9 -88.941 -35.113 19.715 1.00150.58 C \ ANISOU29983 C PHE I 9 21778 20137 15300 2978 -1398 4606 C \ ATOM 29984 O PHE I 9 -90.147 -34.965 19.501 1.00151.38 O \ ANISOU29984 O PHE I 9 21802 20351 15365 3093 -1550 4639 O \ ATOM 29985 CB PHE I 9 -88.322 -37.092 21.113 1.00145.02 C \ ANISOU29985 CB PHE I 9 20884 19495 14721 2787 -1226 4283 C \ ATOM 29986 CG PHE I 9 -87.703 -37.680 22.359 1.00144.22 C \ ANISOU29986 CG PHE I 9 20700 19316 14782 2716 -1099 4127 C \ ATOM 29987 CD1 PHE I 9 -88.492 -38.040 23.445 1.00145.32 C \ ANISOU29987 CD1 PHE I 9 20668 19497 15051 2777 -1138 4011 C \ ATOM 29988 CD2 PHE I 9 -86.336 -37.920 22.428 1.00146.28 C \ ANISOU29988 CD2 PHE I 9 21048 19473 15058 2585 -939 4094 C \ ATOM 29989 CE1 PHE I 9 -87.920 -38.610 24.588 1.00146.06 C \ ANISOU29989 CE1 PHE I 9 20687 19522 15285 2709 -1023 3870 C \ ATOM 29990 CE2 PHE I 9 -85.765 -38.489 23.572 1.00145.11 C \ ANISOU29990 CE2 PHE I 9 20821 19257 15056 2521 -828 3952 C \ ATOM 29991 CZ PHE I 9 -86.561 -38.833 24.643 1.00143.06 C \ ANISOU29991 CZ PHE I 9 20399 19037 14920 2583 -871 3842 C \ ATOM 29992 N CYS I 10 -87.993 -34.925 18.772 1.00147.55 N \ ANISOU29992 N CYS I 10 21562 19708 14792 2886 -1327 4703 N \ ATOM 29993 CA CYS I 10 -88.281 -34.521 17.392 1.00149.51 C \ ANISOU29993 CA CYS I 10 21928 20036 14842 2910 -1423 4860 C \ ATOM 29994 C CYS I 10 -88.878 -35.697 16.613 1.00153.60 C \ ANISOU29994 C CYS I 10 22384 20799 15177 2839 -1493 4786 C \ ATOM 29995 O CYS I 10 -88.442 -36.836 16.787 1.00151.59 O \ ANISOU29995 O CYS I 10 22076 20615 14905 2707 -1405 4639 O \ ATOM 29996 CB CYS I 10 -87.026 -33.980 16.709 1.00150.31 C \ ANISOU29996 CB CYS I 10 22226 20013 14873 2824 -1311 4977 C \ ATOM 29997 SG CYS I 10 -87.293 -33.372 15.020 1.00157.01 S \ ANISOU29997 SG CYS I 10 23239 20944 15476 2853 -1419 5188 S \ ATOM 29998 N LEU I 11 -89.873 -35.415 15.755 1.00152.19 N \ ANISOU29998 N LEU I 11 22213 20746 14865 2928 -1655 4888 N \ ATOM 29999 CA LEU I 11 -90.548 -36.425 14.932 1.00152.67 C \ ANISOU29999 CA LEU I 11 22221 21045 14742 2872 -1744 4832 C \ ATOM 30000 C LEU I 11 -89.749 -36.752 13.658 1.00157.23 C \ ANISOU30000 C LEU I 11 22960 21680 15102 2738 -1684 4889 C \ ATOM 30001 O LEU I 11 -90.026 -37.765 13.007 1.00157.17 O \ ANISOU30001 O LEU I 11 22921 21856 14938 2653 -1718 4814 O \ ATOM 30002 CB LEU I 11 -91.965 -35.950 14.553 1.00154.68 C \ ANISOU30002 CB LEU I 11 22411 21415 14944 3029 -1949 4919 C \ ATOM 30003 CG LEU I 11 -93.009 -35.952 15.670 1.00158.82 C \ ANISOU30003 CG LEU I 11 22740 21961 15642 3151 -2031 4833 C \ ATOM 30004 CD1 LEU I 11 -93.966 -34.790 15.524 1.00161.04 C \ ANISOU30004 CD1 LEU I 11 23018 22222 15947 3346 -2188 4981 C \ ATOM 30005 CD2 LEU I 11 -93.771 -37.269 15.725 1.00160.58 C \ ANISOU30005 CD2 LEU I 11 22802 22401 15811 3087 -2088 4675 C \ ATOM 30006 N ASP I 12 -88.761 -35.903 13.311 1.00153.92 N \ ANISOU30006 N ASP I 12 22708 21103 14671 2718 -1593 5018 N \ ATOM 30007 CA ASP I 12 -87.939 -36.055 12.113 1.00154.43 C \ ANISOU30007 CA ASP I 12 22937 21207 14534 2599 -1527 5091 C \ ATOM 30008 C ASP I 12 -86.634 -36.818 12.390 1.00156.36 C \ ANISOU30008 C ASP I 12 23209 21396 14804 2430 -1328 4971 C \ ATOM 30009 O ASP I 12 -86.359 -37.793 11.688 1.00155.98 O \ ANISOU30009 O ASP I 12 23186 21484 14596 2308 -1289 4902 O \ ATOM 30010 CB ASP I 12 -87.640 -34.682 11.485 1.00158.01 C \ ANISOU30010 CB ASP I 12 23563 21532 14944 2669 -1546 5313 C \ ATOM 30011 CG ASP I 12 -88.875 -33.913 11.042 1.00169.00 C \ ANISOU30011 CG ASP I 12 24948 22983 16282 2835 -1746 5450 C \ ATOM 30012 OD1 ASP I 12 -89.743 -34.515 10.366 1.00170.18 O \ ANISOU30012 OD1 ASP I 12 25044 23338 16280 2842 -1870 5427 O \ ATOM 30013 OD2 ASP I 12 -88.961 -32.704 11.346 1.00175.41 O \ ANISOU30013 OD2 ASP I 12 25812 23634 17201 2957 -1780 5581 O \ ATOM 30014 N CYS I 13 -85.835 -36.388 13.395 1.00151.33 N \ ANISOU30014 N CYS I 13 22569 20564 14365 2425 -1205 4945 N \ ATOM 30015 CA CYS I 13 -84.556 -37.035 13.717 1.00149.37 C \ ANISOU30015 CA CYS I 13 22345 20252 14159 2274 -1015 4838 C \ ATOM 30016 C CYS I 13 -84.646 -37.912 14.977 1.00151.36 C \ ANISOU30016 C CYS I 13 22427 20504 14579 2248 -968 4638 C \ ATOM 30017 O CYS I 13 -84.075 -39.003 14.994 1.00149.71 O \ ANISOU30017 O CYS I 13 22191 20359 14334 2118 -870 4504 O \ ATOM 30018 CB CYS I 13 -83.434 -36.008 13.839 1.00149.64 C \ ANISOU30018 CB CYS I 13 22511 20072 14273 2259 -896 4953 C \ ATOM 30019 SG CYS I 13 -83.694 -34.765 15.130 1.00153.01 S \ ANISOU30019 SG CYS I 13 22892 20281 14965 2412 -928 5004 S \ ATOM 30020 N GLY I 14 -85.335 -37.432 16.009 1.00147.79 N \ ANISOU30020 N GLY I 14 21867 19981 14307 2371 -1034 4620 N \ ATOM 30021 CA GLY I 14 -85.491 -38.162 17.262 1.00145.72 C \ ANISOU30021 CA GLY I 14 21442 19713 14210 2359 -996 4443 C \ ATOM 30022 C GLY I 14 -84.661 -37.636 18.415 1.00148.67 C \ ANISOU30022 C GLY I 14 21814 19878 14797 2363 -876 4416 C \ ATOM 30023 O GLY I 14 -84.651 -38.240 19.489 1.00146.39 O \ ANISOU30023 O GLY I 14 21401 19574 14646 2343 -829 4270 O \ ATOM 30024 N ASP I 15 -83.959 -36.509 18.205 1.00146.78 N \ ANISOU30024 N ASP I 15 21710 19475 14584 2386 -828 4559 N \ ATOM 30025 CA ASP I 15 -83.129 -35.859 19.221 1.00145.87 C \ ANISOU30025 CA ASP I 15 21610 19146 14666 2391 -719 4553 C \ ATOM 30026 C ASP I 15 -84.025 -35.178 20.263 1.00149.95 C \ ANISOU30026 C ASP I 15 22027 19589 15359 2550 -811 4548 C \ ATOM 30027 O ASP I 15 -85.041 -34.578 19.893 1.00151.18 O \ ANISOU30027 O ASP I 15 22180 19789 15474 2678 -954 4645 O \ ATOM 30028 CB ASP I 15 -82.186 -34.842 18.554 1.00149.08 C \ ANISOU30028 CB ASP I 15 22201 19412 15031 2364 -651 4718 C \ ATOM 30029 CG ASP I 15 -81.118 -34.271 19.464 1.00159.00 C \ ANISOU30029 CG ASP I 15 23488 20453 16471 2334 -520 4707 C \ ATOM 30030 OD1 ASP I 15 -80.119 -34.976 19.721 1.00158.29 O \ ANISOU30030 OD1 ASP I 15 23388 20348 16407 2204 -380 4604 O \ ATOM 30031 OD2 ASP I 15 -81.251 -33.096 19.868 1.00165.71 O \ ANISOU30031 OD2 ASP I 15 24379 21150 17435 2440 -557 4806 O \ ATOM 30032 N LEU I 16 -83.661 -35.291 21.560 1.00144.73 N \ ANISOU30032 N LEU I 16 21279 18821 14889 2543 -731 4433 N \ ATOM 30033 CA LEU I 16 -84.416 -34.704 22.670 1.00144.36 C \ ANISOU30033 CA LEU I 16 21133 18698 15020 2685 -798 4408 C \ ATOM 30034 C LEU I 16 -84.341 -33.178 22.614 1.00151.04 C \ ANISOU30034 C LEU I 16 22092 19364 15931 2796 -830 4572 C \ ATOM 30035 O LEU I 16 -83.250 -32.603 22.648 1.00150.46 O \ ANISOU30035 O LEU I 16 22133 19129 15905 2738 -723 4628 O \ ATOM 30036 CB LEU I 16 -83.925 -35.233 24.036 1.00141.97 C \ ANISOU30036 CB LEU I 16 20724 18324 14892 2636 -693 4245 C \ ATOM 30037 CG LEU I 16 -84.617 -34.676 25.294 1.00145.76 C \ ANISOU30037 CG LEU I 16 21097 18722 15563 2774 -745 4202 C \ ATOM 30038 CD1 LEU I 16 -85.969 -35.317 25.522 1.00145.82 C \ ANISOU30038 CD1 LEU I 16 20946 18907 15553 2849 -865 4123 C \ ATOM 30039 CD2 LEU I 16 -83.759 -34.869 26.514 1.00145.58 C \ ANISOU30039 CD2 LEU I 16 21032 18574 15707 2714 -616 4085 C \ ATOM 30040 N LEU I 17 -85.518 -32.539 22.505 1.00150.13 N \ ANISOU30040 N LEU I 17 21945 19281 15816 2955 -981 4650 N \ ATOM 30041 CA LEU I 17 -85.680 -31.089 22.420 1.00152.03 C \ ANISOU30041 CA LEU I 17 22286 19364 16115 3087 -1039 4809 C \ ATOM 30042 C LEU I 17 -85.499 -30.419 23.780 1.00156.56 C \ ANISOU30042 C LEU I 17 22816 19750 16918 3160 -995 4758 C \ ATOM 30043 O LEU I 17 -85.863 -30.990 24.811 1.00154.61 O \ ANISOU30043 O LEU I 17 22420 19543 16781 3178 -986 4609 O \ ATOM 30044 CB LEU I 17 -87.063 -30.740 21.848 1.00153.86 C \ ANISOU30044 CB LEU I 17 22482 19711 16265 3238 -1222 4897 C \ ATOM 30045 CG LEU I 17 -87.261 -31.006 20.361 1.00160.13 C \ ANISOU30045 CG LEU I 17 23362 20654 16825 3194 -1288 5002 C \ ATOM 30046 CD1 LEU I 17 -88.664 -31.482 20.080 1.00161.05 C \ ANISOU30046 CD1 LEU I 17 23351 20981 16858 3279 -1445 4971 C \ ATOM 30047 CD2 LEU I 17 -86.951 -29.773 19.537 1.00164.83 C \ ANISOU30047 CD2 LEU I 17 24140 21121 17366 3250 -1319 5211 C \ ATOM 30048 N GLU I 18 -84.952 -29.191 23.763 1.00155.51 N \ ANISOU30048 N GLU I 18 22819 19414 16855 3202 -969 4884 N \ ATOM 30049 CA GLU I 18 -84.693 -28.355 24.937 1.00155.55 C \ ANISOU30049 CA GLU I 18 22818 19213 17071 3274 -928 4860 C \ ATOM 30050 C GLU I 18 -86.002 -27.903 25.601 1.00161.43 C \ ANISOU30050 C GLU I 18 23451 19971 17914 3468 -1060 4842 C \ ATOM 30051 O GLU I 18 -87.046 -27.875 24.944 1.00162.31 O \ ANISOU30051 O GLU I 18 23534 20212 17925 3564 -1194 4907 O \ ATOM 30052 CB GLU I 18 -83.869 -27.128 24.514 1.00158.37 C \ ANISOU30052 CB GLU I 18 23365 19361 17446 3269 -887 5023 C \ ATOM 30053 CG GLU I 18 -82.881 -26.646 25.564 1.00169.85 C \ ANISOU30053 CG GLU I 18 24848 20600 19086 3230 -767 4972 C \ ATOM 30054 CD GLU I 18 -82.080 -25.417 25.176 1.00196.54 C \ ANISOU30054 CD GLU I 18 28414 23769 22493 3221 -728 5134 C \ ATOM 30055 OE1 GLU I 18 -81.546 -25.377 24.044 1.00191.61 O \ ANISOU30055 OE1 GLU I 18 27914 23168 21720 3133 -702 5251 O \ ATOM 30056 OE2 GLU I 18 -81.995 -24.484 26.007 1.00195.76 O \ ANISOU30056 OE2 GLU I 18 28339 23479 22562 3302 -725 5143 O \ ATOM 30057 N ASN I 19 -85.940 -27.549 26.900 1.00158.27 N \ ANISOU30057 N ASN I 19 22986 19441 17708 3527 -1022 4754 N \ ATOM 30058 CA ASN I 19 -87.090 -27.063 27.669 1.00159.26 C \ ANISOU30058 CA ASN I 19 23004 19561 17948 3713 -1128 4725 C \ ATOM 30059 C ASN I 19 -87.541 -25.691 27.121 1.00167.38 C \ ANISOU30059 C ASN I 19 24148 20472 18977 3867 -1233 4906 C \ ATOM 30060 O ASN I 19 -86.677 -24.849 26.856 1.00167.84 O \ ANISOU30060 O ASN I 19 24367 20347 19057 3835 -1178 5015 O \ ATOM 30061 CB ASN I 19 -86.734 -26.971 29.159 1.00158.72 C \ ANISOU30061 CB ASN I 19 22862 19364 18079 3723 -1044 4591 C \ ATOM 30062 CG ASN I 19 -87.927 -26.879 30.079 1.00183.65 C \ ANISOU30062 CG ASN I 19 25863 22572 21343 3886 -1132 4508 C \ ATOM 30063 OD1 ASN I 19 -88.587 -25.840 30.188 1.00180.63 O \ ANISOU30063 OD1 ASN I 19 25502 22103 21027 4054 -1222 4587 O \ ATOM 30064 ND2 ASN I 19 -88.210 -27.957 30.793 1.00174.11 N \ ANISOU30064 ND2 ASN I 19 24495 21501 20158 3838 -1103 4345 N \ ATOM 30065 N PRO I 20 -88.865 -25.441 26.932 1.00166.50 N \ ANISOU30065 N PRO I 20 23960 20461 18842 4033 -1384 4946 N \ ATOM 30066 CA PRO I 20 -89.306 -24.145 26.369 1.00169.27 C \ ANISOU30066 CA PRO I 20 24426 20701 19190 4186 -1491 5125 C \ ATOM 30067 C PRO I 20 -88.969 -22.910 27.222 1.00175.70 C \ ANISOU30067 C PRO I 20 25314 21252 20194 4283 -1461 5155 C \ ATOM 30068 O PRO I 20 -89.023 -21.792 26.703 1.00176.92 O \ ANISOU30068 O PRO I 20 25602 21272 20348 4378 -1523 5315 O \ ATOM 30069 CB PRO I 20 -90.826 -24.311 26.252 1.00171.84 C \ ANISOU30069 CB PRO I 20 24609 21204 19477 4344 -1650 5116 C \ ATOM 30070 CG PRO I 20 -91.057 -25.781 26.240 1.00174.50 C \ ANISOU30070 CG PRO I 20 24801 21775 19725 4229 -1630 4976 C \ ATOM 30071 CD PRO I 20 -90.017 -26.338 27.156 1.00167.65 C \ ANISOU30071 CD PRO I 20 23913 20830 18955 4085 -1468 4836 C \ ATOM 30072 N ASN I 21 -88.610 -23.106 28.508 1.00172.56 N \ ANISOU30072 N ASN I 21 24834 20775 19954 4258 -1368 5003 N \ ATOM 30073 CA ASN I 21 -88.267 -22.034 29.447 1.00173.39 C \ ANISOU30073 CA ASN I 21 24996 20636 20247 4339 -1332 5002 C \ ATOM 30074 C ASN I 21 -86.852 -21.466 29.218 1.00179.24 C \ ANISOU30074 C ASN I 21 25922 21171 21009 4211 -1217 5082 C \ ATOM 30075 O ASN I 21 -86.677 -20.247 29.293 1.00180.27 O \ ANISOU30075 O ASN I 21 26174 21091 21228 4296 -1235 5184 O \ ATOM 30076 CB ASN I 21 -88.395 -22.527 30.897 1.00172.19 C \ ANISOU30076 CB ASN I 21 24685 20496 20244 4351 -1275 4804 C \ ATOM 30077 CG ASN I 21 -89.807 -22.754 31.411 1.00193.38 C \ ANISOU30077 CG ASN I 21 27189 23324 22963 4512 -1383 4725 C \ ATOM 30078 OD1 ASN I 21 -90.003 -23.281 32.512 1.00186.22 O \ ANISOU30078 OD1 ASN I 21 26140 22461 22152 4515 -1341 4564 O \ ATOM 30079 ND2 ASN I 21 -90.827 -22.347 30.661 1.00187.23 N \ ANISOU30079 ND2 ASN I 21 26407 22623 22110 4653 -1525 4836 N \ ATOM 30080 N ALA I 22 -85.854 -22.342 28.960 1.00175.60 N \ ANISOU30080 N ALA I 22 25481 20768 20472 4008 -1100 5034 N \ ATOM 30081 CA ALA I 22 -84.450 -21.964 28.756 1.00175.80 C \ ANISOU30081 CA ALA I 22 25661 20625 20511 3863 -977 5094 C \ ATOM 30082 C ALA I 22 -84.227 -21.161 27.463 1.00183.21 C \ ANISOU30082 C ALA I 22 26784 21494 21333 3862 -1018 5308 C \ ATOM 30083 O ALA I 22 -83.533 -20.144 27.500 1.00184.03 O \ ANISOU30083 O ALA I 22 27031 21378 21514 3855 -976 5402 O \ ATOM 30084 CB ALA I 22 -83.569 -23.203 28.755 1.00174.57 C \ ANISOU30084 CB ALA I 22 25457 20580 20292 3660 -851 4982 C \ ATOM 30085 N VAL I 23 -84.808 -21.612 26.335 1.00181.29 N \ ANISOU30085 N VAL I 23 26541 21436 20905 3866 -1099 5386 N \ ATOM 30086 CA VAL I 23 -84.677 -20.945 25.033 1.00183.67 C \ ANISOU30086 CA VAL I 23 27014 21702 21072 3865 -1146 5592 C \ ATOM 30087 C VAL I 23 -85.696 -19.795 24.894 1.00190.36 C \ ANISOU30087 C VAL I 23 27903 22463 21961 4082 -1297 5719 C \ ATOM 30088 O VAL I 23 -86.530 -19.597 25.782 1.00189.70 O \ ANISOU30088 O VAL I 23 27706 22367 22004 4230 -1362 5637 O \ ATOM 30089 CB VAL I 23 -84.766 -21.927 23.833 1.00188.06 C \ ANISOU30089 CB VAL I 23 27565 22492 21399 3764 -1163 5623 C \ ATOM 30090 CG1 VAL I 23 -83.404 -22.528 23.515 1.00186.81 C \ ANISOU30090 CG1 VAL I 23 27474 22331 21173 3542 -1005 5597 C \ ATOM 30091 CG2 VAL I 23 -85.812 -23.016 24.059 1.00187.07 C \ ANISOU30091 CG2 VAL I 23 27245 22606 21227 3809 -1237 5486 C \ ATOM 30092 N LEU I 24 -85.602 -19.033 23.779 1.00189.38 N \ ANISOU30092 N LEU I 24 27946 22278 21730 4099 -1348 5922 N \ ATOM 30093 CA LEU I 24 -86.460 -17.888 23.447 1.00191.50 C \ ANISOU30093 CA LEU I 24 28288 22456 22019 4296 -1492 6074 C \ ATOM 30094 C LEU I 24 -87.942 -18.290 23.321 1.00195.73 C \ ANISOU30094 C LEU I 24 28673 23198 22497 4453 -1648 6042 C \ ATOM 30095 O LEU I 24 -88.253 -19.448 23.028 1.00194.23 O \ ANISOU30095 O LEU I 24 28368 23243 22188 4384 -1655 5955 O \ ATOM 30096 CB LEU I 24 -85.978 -17.193 22.151 1.00193.62 C \ ANISOU30096 CB LEU I 24 28767 22648 22152 4251 -1506 6298 C \ ATOM 30097 CG LEU I 24 -85.970 -18.019 20.856 1.00198.67 C \ ANISOU30097 CG LEU I 24 29429 23509 22546 4143 -1522 6361 C \ ATOM 30098 CD1 LEU I 24 -86.932 -17.441 19.838 1.00201.30 C \ ANISOU30098 CD1 LEU I 24 29829 23898 22756 4287 -1689 6539 C \ ATOM 30099 CD2 LEU I 24 -84.576 -18.101 20.271 1.00200.35 C \ ANISOU30099 CD2 LEU I 24 29788 23657 22680 3934 -1376 6422 C \ ATOM 30100 N GLY I 25 -88.826 -17.322 23.552 1.00193.75 N \ ANISOU30100 N GLY I 25 28426 22854 22337 4663 -1769 6111 N \ ATOM 30101 CA GLY I 25 -90.271 -17.509 23.484 1.00194.29 C \ ANISOU30101 CA GLY I 25 28354 23093 22374 4837 -1926 6094 C \ ATOM 30102 C GLY I 25 -90.822 -17.685 22.083 1.00199.54 C \ ANISOU30102 C GLY I 25 29064 23928 22823 4853 -2042 6238 C \ ATOM 30103 O GLY I 25 -90.129 -17.422 21.094 1.00200.11 O \ ANISOU30103 O GLY I 25 29306 23954 22772 4756 -2014 6384 O \ ATOM 30104 N SER I 26 -92.091 -18.150 22.005 1.00196.58 N \ ANISOU30104 N SER I 26 28530 23760 22400 4973 -2172 6192 N \ ATOM 30105 CA SER I 26 -92.909 -18.410 20.810 1.00198.71 C \ ANISOU30105 CA SER I 26 28793 24232 22475 5020 -2313 6298 C \ ATOM 30106 C SER I 26 -92.391 -19.572 19.940 1.00203.40 C \ ANISOU30106 C SER I 26 29398 25020 22865 4813 -2253 6275 C \ ATOM 30107 O SER I 26 -93.211 -20.364 19.478 1.00203.21 O \ ANISOU30107 O SER I 26 29258 25235 22717 4825 -2345 6238 O \ ATOM 30108 CB SER I 26 -93.074 -17.156 19.954 1.00205.96 C \ ANISOU30108 CB SER I 26 29891 25015 23348 5141 -2416 6532 C \ ATOM 30109 OG SER I 26 -94.034 -17.346 18.927 1.00215.61 O \ ANISOU30109 OG SER I 26 31071 26431 24420 5191 -2584 6617 O \ ATOM 30110 N ASN I 27 -91.066 -19.667 19.697 1.00200.50 N \ ANISOU30110 N ASN I 27 29165 24555 22462 4626 -2105 6295 N \ ATOM 30111 CA ASN I 27 -90.487 -20.716 18.852 1.00200.29 C \ ANISOU30111 CA ASN I 27 29162 24696 22244 4429 -2037 6275 C \ ATOM 30112 C ASN I 27 -89.333 -21.468 19.526 1.00202.74 C \ ANISOU30112 C ASN I 27 29445 24968 22617 4237 -1848 6119 C \ ATOM 30113 O ASN I 27 -88.577 -20.886 20.307 1.00201.44 O \ ANISOU30113 O ASN I 27 29332 24592 22614 4219 -1749 6098 O \ ATOM 30114 CB ASN I 27 -90.008 -20.128 17.527 1.00203.83 C \ ANISOU30114 CB ASN I 27 29823 25096 22528 4380 -2052 6488 C \ ATOM 30115 CG ASN I 27 -90.885 -20.483 16.352 1.00231.58 C \ ANISOU30115 CG ASN I 27 33330 28834 25827 4421 -2196 6576 C \ ATOM 30116 OD1 ASN I 27 -92.041 -20.057 16.248 1.00228.11 O \ ANISOU30116 OD1 ASN I 27 32832 28449 25391 4604 -2358 6633 O \ ATOM 30117 ND2 ASN I 27 -90.342 -21.257 15.424 1.00223.91 N \ ANISOU30117 ND2 ASN I 27 32418 27997 24661 4252 -2140 6590 N \ ATOM 30118 N VAL I 28 -89.204 -22.771 19.197 1.00198.86 N \ ANISOU30118 N VAL I 28 28875 24687 21997 4094 -1804 6012 N \ ATOM 30119 CA VAL I 28 -88.170 -23.694 19.694 1.00196.70 C \ ANISOU30119 CA VAL I 28 28564 24422 21752 3904 -1634 5859 C \ ATOM 30120 C VAL I 28 -87.583 -24.497 18.515 1.00201.63 C \ ANISOU30120 C VAL I 28 29264 25193 22154 3731 -1583 5891 C \ ATOM 30121 O VAL I 28 -88.311 -24.814 17.575 1.00202.38 O \ ANISOU30121 O VAL I 28 29350 25466 22078 3759 -1694 5948 O \ ATOM 30122 CB VAL I 28 -88.682 -24.635 20.825 1.00198.55 C \ ANISOU30122 CB VAL I 28 28579 24765 22096 3915 -1623 5641 C \ ATOM 30123 CG1 VAL I 28 -88.894 -23.875 22.130 1.00197.88 C \ ANISOU30123 CG1 VAL I 28 28436 24504 22245 4046 -1622 5588 C \ ATOM 30124 CG2 VAL I 28 -89.952 -25.388 20.421 1.00198.86 C \ ANISOU30124 CG2 VAL I 28 28479 25060 22021 3980 -1762 5598 C \ ATOM 30125 N GLU I 29 -86.279 -24.817 18.555 1.00197.87 N \ ANISOU30125 N GLU I 29 28861 24644 21679 3554 -1416 5854 N \ ATOM 30126 CA GLU I 29 -85.652 -25.583 17.473 1.00198.53 C \ ANISOU30126 CA GLU I 29 29017 24859 21555 3388 -1353 5875 C \ ATOM 30127 C GLU I 29 -84.739 -26.693 18.009 1.00201.09 C \ ANISOU30127 C GLU I 29 29271 25225 21910 3214 -1193 5696 C \ ATOM 30128 O GLU I 29 -84.186 -26.569 19.104 1.00199.47 O \ ANISOU30128 O GLU I 29 29024 24878 21888 3194 -1097 5604 O \ ATOM 30129 CB GLU I 29 -84.886 -24.671 16.490 1.00201.88 C \ ANISOU30129 CB GLU I 29 29661 25161 21883 3343 -1318 6080 C \ ATOM 30130 CG GLU I 29 -83.701 -23.913 17.071 1.00213.08 C \ ANISOU30130 CG GLU I 29 31181 26330 23451 3278 -1177 6109 C \ ATOM 30131 CD GLU I 29 -82.779 -23.308 16.030 1.00234.07 C \ ANISOU30131 CD GLU I 29 33849 28898 26191 2829 -1280 6158 C \ ATOM 30132 OE1 GLU I 29 -83.187 -22.324 15.371 1.00227.27 O \ ANISOU30132 OE1 GLU I 29 33154 27976 25221 3018 -1336 6379 O \ ATOM 30133 OE2 GLU I 29 -81.648 -23.821 15.870 1.00231.68 O \ ANISOU30133 OE2 GLU I 29 33783 28598 25648 3006 -958 6242 O \ ATOM 30134 N CYS I 30 -84.594 -27.777 17.224 1.00197.90 N \ ANISOU30134 N CYS I 30 28854 25014 21324 3091 -1168 5647 N \ ATOM 30135 CA CYS I 30 -83.762 -28.937 17.550 1.00195.99 C \ ANISOU30135 CA CYS I 30 28552 24834 21082 2923 -1024 5482 C \ ATOM 30136 C CYS I 30 -82.294 -28.643 17.234 1.00200.78 C \ ANISOU30136 C CYS I 30 29307 25306 21674 2781 -864 5545 C \ ATOM 30137 O CYS I 30 -82.001 -27.945 16.262 1.00202.24 O \ ANISOU30137 O CYS I 30 29649 25444 21747 2773 -873 5718 O \ ATOM 30138 CB CYS I 30 -84.258 -30.176 16.808 1.00196.22 C \ ANISOU30138 CB CYS I 30 28514 25119 20921 2858 -1070 5407 C \ ATOM 30139 SG CYS I 30 -83.149 -31.605 16.907 1.00197.97 S \ ANISOU30139 SG CYS I 30 28701 25420 21098 2640 -891 5234 S \ ATOM 30140 N SER I 31 -81.379 -29.194 18.055 1.00196.15 N \ ANISOU30140 N SER I 31 28666 24663 21200 2670 -718 5404 N \ ATOM 30141 CA SER I 31 -79.927 -29.030 17.919 1.00196.15 C \ ANISOU30141 CA SER I 31 28778 24541 21210 2526 -552 5434 C \ ATOM 30142 C SER I 31 -79.391 -29.709 16.654 1.00201.52 C \ ANISOU30142 C SER I 31 29542 25364 21663 2388 -493 5468 C \ ATOM 30143 O SER I 31 -78.426 -29.216 16.067 1.00202.04 O \ ANISOU30143 O SER I 31 29748 25341 21675 2302 -401 5579 O \ ATOM 30144 CB SER I 31 -79.207 -29.590 19.142 1.00197.83 C \ ANISOU30144 CB SER I 31 28887 24684 21596 2451 -426 5257 C \ ATOM 30145 OG SER I 31 -79.635 -28.963 20.341 1.00207.63 O \ ANISOU30145 OG SER I 31 30057 25788 23045 2571 -468 5221 O \ ATOM 30146 N GLN I 32 -80.009 -30.836 16.243 1.00198.16 N \ ANISOU30146 N GLN I 32 29029 25158 21104 2364 -545 5372 N \ ATOM 30147 CA GLN I 32 -79.612 -31.590 15.054 1.00198.86 C \ ANISOU30147 CA GLN I 32 29186 25403 20968 2240 -500 5384 C \ ATOM 30148 C GLN I 32 -80.086 -30.864 13.794 1.00205.63 C \ ANISOU30148 C GLN I 32 30180 26305 21644 2297 -605 5583 C \ ATOM 30149 O GLN I 32 -79.267 -30.253 13.106 1.00206.05 O \ ANISOU30149 O GLN I 32 30386 26278 21624 2232 -531 5718 O \ ATOM 30150 CB GLN I 32 -80.149 -33.037 15.103 1.00199.15 C \ ANISOU30150 CB GLN I 32 29083 25650 20935 2199 -526 5205 C \ ATOM 30151 CG GLN I 32 -79.438 -33.951 16.100 1.00217.14 C \ ANISOU30151 CG GLN I 32 31253 27905 23344 2101 -394 5012 C \ ATOM 30152 CD GLN I 32 -78.037 -34.305 15.669 1.00238.50 C \ ANISOU30152 CD GLN I 32 33970 30577 26073 1787 -295 4941 C \ ATOM 30153 OE1 GLN I 32 -77.819 -35.138 14.782 1.00236.84 O \ ANISOU30153 OE1 GLN I 32 33868 30522 25599 1842 -186 4971 O \ ATOM 30154 NE2 GLN I 32 -77.057 -33.677 16.295 1.00232.69 N \ ANISOU30154 NE2 GLN I 32 33350 29659 25402 1903 -106 5022 N \ ATOM 30155 N CYS I 33 -81.402 -30.915 13.505 1.00203.29 N \ ANISOU30155 N CYS I 33 29826 26136 21277 2417 -778 5605 N \ ATOM 30156 CA CYS I 33 -82.008 -30.262 12.345 1.00205.47 C \ ANISOU30156 CA CYS I 33 30218 26471 21381 2489 -903 5791 C \ ATOM 30157 C CYS I 33 -82.808 -29.045 12.787 1.00210.45 C \ ANISOU30157 C CYS I 33 30853 26970 22139 2672 -1031 5906 C \ ATOM 30158 O CYS I 33 -83.517 -29.107 13.792 1.00209.07 O \ ANISOU30158 O CYS I 33 30537 26780 22122 2772 -1093 5807 O \ ATOM 30159 CB CYS I 33 -82.874 -31.239 11.553 1.00206.17 C \ ANISOU30159 CB CYS I 33 30248 26815 21272 2482 -1009 5739 C \ ATOM 30160 SG CYS I 33 -84.204 -32.015 12.511 1.00208.57 S \ ANISOU30160 SG CYS I 33 30319 27244 21685 2582 -1132 5557 S \ ATOM 30161 N LYS I 34 -82.703 -27.938 12.037 1.00209.19 N \ ANISOU30161 N LYS I 34 30857 26717 21911 2717 -1069 6116 N \ ATOM 30162 CA LYS I 34 -83.438 -26.712 12.349 1.00210.41 C \ ANISOU30162 CA LYS I 34 31035 26736 22175 2896 -1194 6243 C \ ATOM 30163 C LYS I 34 -84.896 -26.868 11.881 1.00215.87 C \ ANISOU30163 C LYS I 34 31655 27605 22762 3031 -1394 6269 C \ ATOM 30164 O LYS I 34 -85.320 -26.248 10.901 1.00217.96 O \ ANISOU30164 O LYS I 34 32030 27900 22885 3095 -1499 6444 O \ ATOM 30165 CB LYS I 34 -82.752 -25.476 11.733 1.00214.68 C \ ANISOU30165 CB LYS I 34 31783 27100 22686 2889 -1158 6460 C \ ATOM 30166 CG LYS I 34 -81.477 -25.053 12.462 1.00225.68 C \ ANISOU30166 CG LYS I 34 33180 28273 24294 2709 -1027 6409 C \ ATOM 30167 CD LYS I 34 -80.842 -23.806 11.848 1.00233.45 C \ ANISOU30167 CD LYS I 34 34055 29093 25554 2182 -1254 6442 C \ ATOM 30168 CE LYS I 34 -81.177 -22.545 12.609 1.00242.38 C \ ANISOU30168 CE LYS I 34 35009 30014 27072 2016 -1475 6410 C \ ATOM 30169 NZ LYS I 34 -80.487 -21.360 12.037 1.00254.84 N \ ANISOU30169 NZ LYS I 34 36825 31430 28571 2106 -1390 6665 N \ ATOM 30170 N ALA I 35 -85.648 -27.736 12.581 1.00210.72 N \ ANISOU30170 N ALA I 35 30813 27076 22176 3069 -1445 6093 N \ ATOM 30171 CA ALA I 35 -87.049 -28.027 12.293 1.00211.72 C \ ANISOU30171 CA ALA I 35 30834 27384 22225 3188 -1628 6084 C \ ATOM 30172 C ALA I 35 -87.956 -26.996 12.951 1.00217.81 C \ ANISOU30172 C ALA I 35 31558 28042 23156 3394 -1754 6150 C \ ATOM 30173 O ALA I 35 -87.671 -26.541 14.063 1.00216.58 O \ ANISOU30173 O ALA I 35 31363 27713 23215 3434 -1691 6097 O \ ATOM 30174 CB ALA I 35 -87.401 -29.426 12.770 1.00210.53 C \ ANISOU30174 CB ALA I 35 30502 27412 22078 3123 -1616 5865 C \ ATOM 30175 N ILE I 36 -89.044 -26.620 12.255 1.00217.43 N \ ANISOU30175 N ILE I 36 31515 28095 23003 3526 -1933 6265 N \ ATOM 30176 CA ILE I 36 -90.012 -25.624 12.721 1.00218.77 C \ ANISOU30176 CA ILE I 36 31645 28177 23302 3737 -2072 6343 C \ ATOM 30177 C ILE I 36 -90.855 -26.228 13.857 1.00222.73 C \ ANISOU30177 C ILE I 36 31918 28755 23956 3812 -2116 6155 C \ ATOM 30178 O ILE I 36 -91.564 -27.218 13.657 1.00221.74 O \ ANISOU30178 O ILE I 36 31664 28850 23738 3794 -2186 6055 O \ ATOM 30179 CB ILE I 36 -90.888 -25.068 11.555 1.00224.39 C \ ANISOU30179 CB ILE I 36 32433 28982 23841 3852 -2253 6529 C \ ATOM 30180 CG1 ILE I 36 -90.016 -24.592 10.363 1.00226.04 C \ ANISOU30180 CG1 ILE I 36 32872 29136 23876 3757 -2200 6712 C \ ATOM 30181 CG2 ILE I 36 -91.808 -23.936 12.044 1.00226.07 C \ ANISOU30181 CG2 ILE I 36 32618 29080 24200 4080 -2390 6620 C \ ATOM 30182 CD1 ILE I 36 -90.635 -24.797 8.974 1.00232.71 C \ ANISOU30182 CD1 ILE I 36 33613 30060 24745 3273 -2512 6654 C \ ATOM 30183 N TYR I 37 -90.736 -25.630 15.054 1.00220.06 N \ ANISOU30183 N TYR I 37 31534 28229 23849 3889 -2068 6108 N \ ATOM 30184 CA TYR I 37 -91.438 -26.018 16.280 1.00219.37 C \ ANISOU30184 CA TYR I 37 31242 28174 23933 3969 -2092 5940 C \ ATOM 30185 C TYR I 37 -91.703 -24.780 17.169 1.00223.52 C \ ANISOU30185 C TYR I 37 31773 28485 24671 4142 -2124 5992 C \ ATOM 30186 O TYR I 37 -90.951 -23.807 17.076 1.00224.01 O \ ANISOU30186 O TYR I 37 31995 28337 24779 4143 -2066 6114 O \ ATOM 30187 CB TYR I 37 -90.624 -27.069 17.066 1.00218.85 C \ ANISOU30187 CB TYR I 37 31095 28120 23937 3803 -1927 5742 C \ ATOM 30188 CG TYR I 37 -90.715 -28.485 16.539 1.00221.03 C \ ANISOU30188 CG TYR I 37 31296 28635 24050 3665 -1917 5630 C \ ATOM 30189 CD1 TYR I 37 -91.863 -29.251 16.735 1.00222.91 C \ ANISOU30189 CD1 TYR I 37 31355 29075 24267 3721 -2030 5526 C \ ATOM 30190 CD2 TYR I 37 -89.622 -29.096 15.934 1.00221.58 C \ ANISOU30190 CD2 TYR I 37 31463 28724 24002 3476 -1787 5613 C \ ATOM 30191 CE1 TYR I 37 -91.940 -30.568 16.282 1.00223.28 C \ ANISOU30191 CE1 TYR I 37 31334 29331 24171 3589 -2021 5416 C \ ATOM 30192 CE2 TYR I 37 -89.684 -30.414 15.485 1.00221.93 C \ ANISOU30192 CE2 TYR I 37 31441 28979 23904 3351 -1774 5499 C \ ATOM 30193 CZ TYR I 37 -90.847 -31.146 15.659 1.00229.51 C \ ANISOU30193 CZ TYR I 37 32232 30131 24842 3407 -1893 5400 C \ ATOM 30194 OH TYR I 37 -90.913 -32.444 15.213 1.00230.40 O \ ANISOU30194 OH TYR I 37 32283 30443 24816 3280 -1883 5286 O \ ATOM 30195 N PRO I 38 -92.743 -24.767 18.036 1.00219.41 N \ ANISOU30195 N PRO I 38 31080 28004 24282 4290 -2212 5904 N \ ATOM 30196 CA PRO I 38 -93.738 -25.816 18.291 1.00218.17 C \ ANISOU30196 CA PRO I 38 30715 28081 24098 4307 -2287 5759 C \ ATOM 30197 C PRO I 38 -95.009 -25.655 17.450 1.00223.18 C \ ANISOU30197 C PRO I 38 31308 28883 24606 4442 -2486 5859 C \ ATOM 30198 O PRO I 38 -95.146 -24.695 16.686 1.00224.76 O \ ANISOU30198 O PRO I 38 31645 29016 24738 4531 -2570 6045 O \ ATOM 30199 CB PRO I 38 -94.022 -25.636 19.787 1.00218.59 C \ ANISOU30199 CB PRO I 38 30628 28036 24388 4400 -2255 5629 C \ ATOM 30200 CG PRO I 38 -93.844 -24.144 20.037 1.00224.40 C \ ANISOU30200 CG PRO I 38 31490 28522 25250 4538 -2269 5765 C \ ATOM 30201 CD PRO I 38 -92.986 -23.597 18.906 1.00221.41 C \ ANISOU30201 CD PRO I 38 31338 28050 24737 4458 -2237 5944 C \ ATOM 30202 N LYS I 39 -95.934 -26.613 17.596 1.00218.73 N \ ANISOU30202 N LYS I 39 30555 28541 24012 4453 -2561 5734 N \ ATOM 30203 CA LYS I 39 -97.245 -26.610 16.947 1.00220.13 C \ ANISOU30203 CA LYS I 39 30649 28905 24085 4580 -2755 5795 C \ ATOM 30204 C LYS I 39 -98.261 -25.948 17.891 1.00223.87 C \ ANISOU30204 C LYS I 39 30984 29333 24743 4794 -2848 5773 C \ ATOM 30205 O LYS I 39 -99.392 -25.659 17.486 1.00225.35 O \ ANISOU30205 O LYS I 39 31104 29632 24885 4943 -3016 5845 O \ ATOM 30206 CB LYS I 39 -97.674 -28.048 16.576 1.00221.62 C \ ANISOU30206 CB LYS I 39 30707 29365 24135 4458 -2783 5666 C \ ATOM 30207 CG LYS I 39 -97.897 -28.982 17.774 1.00229.35 C \ ANISOU30207 CG LYS I 39 31481 30411 25249 4416 -2720 5448 C \ ATOM 30208 CD LYS I 39 -98.306 -30.384 17.352 1.00235.58 C \ ANISOU30208 CD LYS I 39 32155 31457 25898 4289 -2749 5328 C \ ATOM 30209 CE LYS I 39 -97.150 -31.350 17.401 1.00239.67 C \ ANISOU30209 CE LYS I 39 32726 31962 26375 4068 -2578 5218 C \ ATOM 30210 NZ LYS I 39 -97.564 -32.719 17.002 1.00246.02 N \ ANISOU30210 NZ LYS I 39 33421 33007 27048 3946 -2608 5096 N \ ATOM 30211 N SER I 40 -97.823 -25.710 19.155 1.00217.95 N \ ANISOU30211 N SER I 40 30192 28419 24201 4806 -2733 5672 N \ ATOM 30212 CA SER I 40 -98.567 -25.156 20.289 1.00217.18 C \ ANISOU30212 CA SER I 40 29963 28252 24305 4984 -2774 5615 C \ ATOM 30213 C SER I 40 -99.742 -26.081 20.629 1.00219.59 C \ ANISOU30213 C SER I 40 30027 28802 24606 5022 -2862 5479 C \ ATOM 30214 O SER I 40 -100.906 -25.709 20.498 1.00220.67 O \ ANISOU30214 O SER I 40 30068 29030 24746 5193 -3016 5528 O \ ATOM 30215 CB SER I 40 -99.004 -23.713 20.043 1.00222.78 C \ ANISOU30215 CB SER I 40 30767 28813 25065 5192 -2884 5792 C \ ATOM 30216 OG SER I 40 -97.944 -22.814 20.325 1.00231.14 O \ ANISOU30216 OG SER I 40 32000 29600 26222 5174 -2772 5860 O \ ATOM 30217 N GLN I 41 -99.403 -27.321 21.020 1.00213.43 N \ ANISOU30217 N GLN I 41 29151 28129 23812 4852 -2762 5311 N \ ATOM 30218 CA GLN I 41 -100.320 -28.384 21.440 1.00212.10 C \ ANISOU30218 CA GLN I 41 28757 28186 23646 4836 -2808 5157 C \ ATOM 30219 C GLN I 41 -99.561 -29.348 22.372 1.00212.47 C \ ANISOU30219 C GLN I 41 28744 28215 23770 4666 -2639 4973 C \ ATOM 30220 O GLN I 41 -100.110 -30.359 22.818 1.00210.96 O \ ANISOU30220 O GLN I 41 28377 28193 23584 4614 -2644 4829 O \ ATOM 30221 CB GLN I 41 -100.947 -29.107 20.234 1.00214.54 C \ ANISOU30221 CB GLN I 41 29036 28740 23740 4785 -2931 5193 C \ ATOM 30222 CG GLN I 41 -102.424 -29.435 20.460 1.00226.32 C \ ANISOU30222 CG GLN I 41 30303 30440 25249 4903 -3077 5132 C \ ATOM 30223 CD GLN I 41 -103.239 -29.554 19.192 1.00242.95 C \ ANISOU30223 CD GLN I 41 32405 32662 27244 4806 -3282 5190 C \ ATOM 30224 OE1 GLN I 41 -103.078 -28.789 18.232 1.00240.83 O \ ANISOU30224 OE1 GLN I 41 32301 32377 26825 4922 -3326 5387 O \ ATOM 30225 NE2 GLN I 41 -104.196 -30.469 19.195 1.00234.13 N \ ANISOU30225 NE2 GLN I 41 31100 31833 26025 4879 -3346 5121 N \ ATOM 30226 N PHE I 42 -98.298 -28.987 22.686 1.00207.27 N \ ANISOU30226 N PHE I 42 28233 27345 23176 4584 -2491 4984 N \ ATOM 30227 CA PHE I 42 -97.367 -29.692 23.570 1.00204.26 C \ ANISOU30227 CA PHE I 42 27831 26899 22880 4430 -2320 4834 C \ ATOM 30228 C PHE I 42 -97.848 -29.625 25.032 1.00205.72 C \ ANISOU30228 C PHE I 42 27853 27044 23268 4523 -2293 4704 C \ ATOM 30229 O PHE I 42 -97.705 -30.606 25.765 1.00203.31 O \ ANISOU30229 O PHE I 42 27434 26805 23008 4417 -2210 4544 O \ ATOM 30230 CB PHE I 42 -95.944 -29.106 23.426 1.00205.76 C \ ANISOU30230 CB PHE I 42 28230 26864 23084 4342 -2188 4910 C \ ATOM 30231 CG PHE I 42 -95.812 -27.617 23.666 1.00208.69 C \ ANISOU30231 CG PHE I 42 28712 27006 23574 4494 -2204 5035 C \ ATOM 30232 CD1 PHE I 42 -96.082 -26.703 22.652 1.00213.96 C \ ANISOU30232 CD1 PHE I 42 29506 27638 24151 4595 -2313 5225 C \ ATOM 30233 CD2 PHE I 42 -95.388 -27.129 24.896 1.00209.97 C \ ANISOU30233 CD2 PHE I 42 28860 26984 23935 4531 -2109 4964 C \ ATOM 30234 CE1 PHE I 42 -95.965 -25.328 22.877 1.00215.93 C \ ANISOU30234 CE1 PHE I 42 29862 27666 24514 4735 -2329 5341 C \ ATOM 30235 CE2 PHE I 42 -95.267 -25.754 25.119 1.00213.90 C \ ANISOU30235 CE2 PHE I 42 29465 27263 24543 4670 -2125 5074 C \ ATOM 30236 CZ PHE I 42 -95.555 -24.863 24.106 1.00214.10 C \ ANISOU30236 CZ PHE I 42 29615 27250 24483 4770 -2234 5263 C \ ATOM 30237 N SER I 43 -98.420 -28.462 25.438 1.00202.55 N \ ANISOU30237 N SER I 43 27443 26532 22983 4725 -2366 4776 N \ ATOM 30238 CA SER I 43 -99.015 -28.113 26.741 1.00201.22 C \ ANISOU30238 CA SER I 43 27134 26313 23006 4862 -2365 4683 C \ ATOM 30239 C SER I 43 -98.049 -28.189 27.943 1.00200.30 C \ ANISOU30239 C SER I 43 27033 26030 23043 4782 -2196 4567 C \ ATOM 30240 O SER I 43 -96.902 -28.621 27.815 1.00198.28 O \ ANISOU30240 O SER I 43 26882 25705 22749 4610 -2074 4545 O \ ATOM 30241 CB SER I 43 -100.242 -28.975 27.030 1.00204.92 C \ ANISOU30241 CB SER I 43 27370 27025 23464 4897 -2449 4571 C \ ATOM 30242 OG SER I 43 -99.909 -30.314 27.363 1.00212.68 O \ ANISOU30242 OG SER I 43 28268 28124 24415 4711 -2357 4420 O \ ATOM 30243 N ASN I 44 -98.543 -27.738 29.116 1.00194.78 N \ ANISOU30243 N ASN I 44 26224 25267 22515 4915 -2194 4492 N \ ATOM 30244 CA ASN I 44 -97.832 -27.753 30.390 1.00191.94 C \ ANISOU30244 CA ASN I 44 25851 24764 22313 4870 -2053 4371 C \ ATOM 30245 C ASN I 44 -97.983 -29.153 30.986 1.00191.22 C \ ANISOU30245 C ASN I 44 25592 24846 22215 4741 -1995 4196 C \ ATOM 30246 O ASN I 44 -98.917 -29.427 31.746 1.00190.77 O \ ANISOU30246 O ASN I 44 25355 24899 22231 4824 -2033 4099 O \ ATOM 30247 CB ASN I 44 -98.365 -26.652 31.318 1.00194.59 C \ ANISOU30247 CB ASN I 44 26146 24966 22821 5078 -2086 4372 C \ ATOM 30248 CG ASN I 44 -98.232 -25.258 30.750 1.00220.05 C \ ANISOU30248 CG ASN I 44 29542 28008 26061 5209 -2147 4546 C \ ATOM 30249 OD1 ASN I 44 -97.151 -24.821 30.335 1.00215.24 O \ ANISOU30249 OD1 ASN I 44 29120 27230 25430 5126 -2078 4630 O \ ATOM 30250 ND2 ASN I 44 -99.333 -24.525 30.724 1.00214.48 N \ ANISOU30250 ND2 ASN I 44 28772 27329 25392 5418 -2278 4606 N \ ATOM 30251 N LEU I 45 -97.083 -30.053 30.567 1.00183.95 N \ ANISOU30251 N LEU I 45 24735 23960 21197 4537 -1906 4162 N \ ATOM 30252 CA LEU I 45 -97.051 -31.473 30.922 1.00180.79 C \ ANISOU30252 CA LEU I 45 24210 23717 20764 4384 -1845 4010 C \ ATOM 30253 C LEU I 45 -96.801 -31.719 32.410 1.00179.32 C \ ANISOU30253 C LEU I 45 23930 23462 20741 4367 -1737 3860 C \ ATOM 30254 O LEU I 45 -96.111 -30.934 33.063 1.00178.48 O \ ANISOU30254 O LEU I 45 23909 23151 20755 4403 -1661 3868 O \ ATOM 30255 CB LEU I 45 -95.970 -32.192 30.104 1.00180.09 C \ ANISOU30255 CB LEU I 45 24247 23634 20545 4180 -1764 4023 C \ ATOM 30256 CG LEU I 45 -96.046 -32.033 28.589 1.00186.56 C \ ANISOU30256 CG LEU I 45 25181 24520 21185 4168 -1852 4169 C \ ATOM 30257 CD1 LEU I 45 -94.684 -31.727 28.015 1.00186.46 C \ ANISOU30257 CD1 LEU I 45 25374 24350 21123 4054 -1751 4248 C \ ATOM 30258 CD2 LEU I 45 -96.670 -33.251 27.934 1.00189.27 C \ ANISOU30258 CD2 LEU I 45 25421 25115 21380 4079 -1918 4115 C \ ATOM 30259 N LYS I 46 -97.356 -32.832 32.928 1.00171.89 N \ ANISOU30259 N LYS I 46 22816 22696 19800 4307 -1731 3724 N \ ATOM 30260 CA LYS I 46 -97.222 -33.256 34.321 1.00168.53 C \ ANISOU30260 CA LYS I 46 22281 22243 19509 4278 -1634 3573 C \ ATOM 30261 C LYS I 46 -96.766 -34.720 34.415 1.00167.25 C \ ANISOU30261 C LYS I 46 22067 22193 19286 4074 -1551 3454 C \ ATOM 30262 O LYS I 46 -97.067 -35.523 33.527 1.00166.91 O \ ANISOU30262 O LYS I 46 22002 22314 19104 3990 -1604 3463 O \ ATOM 30263 CB LYS I 46 -98.533 -33.038 35.109 1.00171.67 C \ ANISOU30263 CB LYS I 46 22493 22736 19999 4443 -1712 3519 C \ ATOM 30264 CG LYS I 46 -99.743 -33.840 34.621 1.00186.77 C \ ANISOU30264 CG LYS I 46 24244 24908 21813 4447 -1825 3495 C \ ATOM 30265 CD LYS I 46 -100.838 -33.876 35.673 1.00196.90 C \ ANISOU30265 CD LYS I 46 25323 26287 23204 4565 -1858 3400 C \ ATOM 30266 CE LYS I 46 -101.980 -34.777 35.276 1.00207.86 C \ ANISOU30266 CE LYS I 46 26539 27937 24501 4547 -1959 3364 C \ ATOM 30267 NZ LYS I 46 -102.987 -34.890 36.363 1.00215.82 N \ ANISOU30267 NZ LYS I 46 27340 29046 25616 4647 -1977 3264 N \ ATOM 30268 N VAL I 47 -96.037 -35.055 35.495 1.00159.61 N \ ANISOU30268 N VAL I 47 21085 21136 18425 3997 -1424 3343 N \ ATOM 30269 CA VAL I 47 -95.535 -36.406 35.760 1.00156.42 C \ ANISOU30269 CA VAL I 47 20632 20812 17987 3811 -1335 3222 C \ ATOM 30270 C VAL I 47 -95.821 -36.781 37.226 1.00156.20 C \ ANISOU30270 C VAL I 47 20458 20798 18094 3825 -1278 3081 C \ ATOM 30271 O VAL I 47 -95.232 -36.212 38.150 1.00154.88 O \ ANISOU30271 O VAL I 47 20330 20467 18052 3859 -1198 3051 O \ ATOM 30272 CB VAL I 47 -94.041 -36.625 35.374 1.00159.21 C \ ANISOU30272 CB VAL I 47 21153 21038 18300 3653 -1220 3239 C \ ATOM 30273 CG1 VAL I 47 -93.896 -36.914 33.885 1.00159.94 C \ ANISOU30273 CG1 VAL I 47 21341 21213 18218 3577 -1269 3330 C \ ATOM 30274 CG2 VAL I 47 -93.150 -35.454 35.794 1.00158.97 C \ ANISOU30274 CG2 VAL I 47 21258 20766 18378 3709 -1152 3296 C \ ATOM 30275 N VAL I 48 -96.763 -37.720 37.426 1.00150.64 N \ ANISOU30275 N VAL I 48 19584 20293 17360 3801 -1323 2997 N \ ATOM 30276 CA VAL I 48 -97.165 -38.199 38.751 1.00148.42 C \ ANISOU30276 CA VAL I 48 19147 20058 17186 3806 -1276 2864 C \ ATOM 30277 C VAL I 48 -96.117 -39.218 39.238 1.00147.75 C \ ANISOU30277 C VAL I 48 19091 19937 17111 3619 -1145 2762 C \ ATOM 30278 O VAL I 48 -95.996 -40.310 38.682 1.00146.69 O \ ANISOU30278 O VAL I 48 18942 19916 16876 3477 -1139 2727 O \ ATOM 30279 CB VAL I 48 -98.632 -38.739 38.792 1.00153.23 C \ ANISOU30279 CB VAL I 48 19558 20896 17767 3860 -1379 2821 C \ ATOM 30280 CG1 VAL I 48 -98.931 -39.727 37.661 1.00153.49 C \ ANISOU30280 CG1 VAL I 48 19573 21106 17641 3744 -1444 2835 C \ ATOM 30281 CG2 VAL I 48 -98.983 -39.332 40.154 1.00151.84 C \ ANISOU30281 CG2 VAL I 48 19225 20774 17692 3844 -1318 2683 C \ ATOM 30282 N THR I 49 -95.342 -38.828 40.259 1.00141.46 N \ ANISOU30282 N THR I 49 18338 18975 16435 3623 -1043 2717 N \ ATOM 30283 CA THR I 49 -94.284 -39.660 40.833 1.00138.52 C \ ANISOU30283 CA THR I 49 17997 18545 16090 3463 -916 2624 C \ ATOM 30284 C THR I 49 -94.648 -40.006 42.284 1.00139.74 C \ ANISOU30284 C THR I 49 18011 18725 16358 3482 -868 2500 C \ ATOM 30285 O THR I 49 -94.715 -39.115 43.128 1.00139.33 O \ ANISOU30285 O THR I 49 17953 18567 16420 3601 -852 2493 O \ ATOM 30286 CB THR I 49 -92.915 -38.959 40.710 1.00145.12 C \ ANISOU30286 CB THR I 49 19016 19164 16958 3430 -833 2680 C \ ATOM 30287 OG1 THR I 49 -92.994 -37.656 41.284 1.00145.13 O \ ANISOU30287 OG1 THR I 49 19050 19022 17071 3584 -842 2721 O \ ATOM 30288 CG2 THR I 49 -92.434 -38.846 39.271 1.00144.37 C \ ANISOU30288 CG2 THR I 49 19060 19058 16736 3375 -861 2791 C \ ATOM 30289 N THR I 50 -94.918 -41.296 42.557 1.00134.30 N \ ANISOU30289 N THR I 50 17212 18180 15636 3367 -848 2403 N \ ATOM 30290 CA THR I 50 -95.295 -41.799 43.884 1.00132.59 C \ ANISOU30290 CA THR I 50 16856 18012 15511 3363 -800 2284 C \ ATOM 30291 C THR I 50 -94.041 -42.311 44.618 1.00133.47 C \ ANISOU30291 C THR I 50 17033 18004 15674 3233 -669 2209 C \ ATOM 30292 O THR I 50 -93.050 -42.659 43.974 1.00132.29 O \ ANISOU30292 O THR I 50 17002 17794 15467 3117 -622 2232 O \ ATOM 30293 CB THR I 50 -96.390 -42.881 43.755 1.00140.95 C \ ANISOU30293 CB THR I 50 17751 19298 16504 3316 -862 2229 C \ ATOM 30294 OG1 THR I 50 -97.366 -42.449 42.807 1.00143.27 O \ ANISOU30294 OG1 THR I 50 18011 19697 16727 3416 -989 2314 O \ ATOM 30295 CG2 THR I 50 -97.090 -43.186 45.079 1.00138.78 C \ ANISOU30295 CG2 THR I 50 17313 19095 16321 3352 -837 2126 C \ ATOM 30296 N THR I 51 -94.098 -42.355 45.965 1.00128.72 N \ ANISOU30296 N THR I 51 16352 17375 15180 3257 -610 2119 N \ ATOM 30297 CA THR I 51 -93.017 -42.798 46.846 1.00126.69 C \ ANISOU30297 CA THR I 51 16137 17013 14986 3152 -491 2040 C \ ATOM 30298 C THR I 51 -92.695 -44.302 46.595 1.00129.27 C \ ANISOU30298 C THR I 51 16441 17439 15239 2968 -453 1978 C \ ATOM 30299 O THR I 51 -93.530 -45.040 46.058 1.00129.47 O \ ANISOU30299 O THR I 51 16378 17632 15184 2933 -517 1970 O \ ATOM 30300 CB THR I 51 -93.364 -42.448 48.309 1.00133.76 C \ ANISOU30300 CB THR I 51 16940 17880 16002 3239 -455 1963 C \ ATOM 30301 OG1 THR I 51 -92.186 -42.013 48.983 1.00132.15 O \ ANISOU30301 OG1 THR I 51 16841 17491 15880 3217 -362 1942 O \ ATOM 30302 CG2 THR I 51 -94.060 -43.582 49.073 1.00131.70 C \ ANISOU30302 CG2 THR I 51 16518 17780 15742 3176 -441 1860 C \ ATOM 30303 N ALA I 52 -91.475 -44.729 46.979 1.00123.87 N \ ANISOU30303 N ALA I 52 15837 16645 14583 2854 -351 1934 N \ ATOM 30304 CA ALA I 52 -90.932 -46.074 46.762 1.00122.34 C \ ANISOU30304 CA ALA I 52 15648 16504 14330 2681 -301 1877 C \ ATOM 30305 C ALA I 52 -91.673 -47.219 47.491 1.00124.77 C \ ANISOU30305 C ALA I 52 15804 16961 14644 2620 -299 1778 C \ ATOM 30306 O ALA I 52 -91.448 -48.378 47.128 1.00123.64 O \ ANISOU30306 O ALA I 52 15656 16885 14435 2483 -280 1738 O \ ATOM 30307 CB ALA I 52 -89.462 -46.104 47.150 1.00121.82 C \ ANISOU30307 CB ALA I 52 15696 16274 14315 2597 -192 1854 C \ ATOM 30308 N ASP I 53 -92.518 -46.915 48.515 1.00121.01 N \ ANISOU30308 N ASP I 53 15207 16529 14242 2716 -313 1736 N \ ATOM 30309 CA ASP I 53 -93.285 -47.886 49.331 1.00120.11 C \ ANISOU30309 CA ASP I 53 14940 16554 14142 2670 -308 1646 C \ ATOM 30310 C ASP I 53 -92.350 -48.640 50.332 1.00121.33 C \ ANISOU30310 C ASP I 53 15112 16635 14353 2556 -199 1560 C \ ATOM 30311 O ASP I 53 -92.801 -49.028 51.413 1.00120.36 O \ ANISOU30311 O ASP I 53 14881 16567 14282 2555 -172 1488 O \ ATOM 30312 CB ASP I 53 -94.130 -48.847 48.449 1.00122.55 C \ ANISOU30312 CB ASP I 53 15171 17048 14345 2597 -383 1647 C \ ATOM 30313 CG ASP I 53 -94.228 -50.290 48.901 1.00131.14 C \ ANISOU30313 CG ASP I 53 16179 18232 15416 2451 -345 1556 C \ ATOM 30314 OD1 ASP I 53 -94.925 -50.551 49.904 1.00136.89 O \ ANISOU30314 OD1 ASP I 53 16779 19037 16197 2469 -336 1495 O \ ATOM 30315 OD2 ASP I 53 -93.631 -51.161 48.234 1.00131.03 O \ ANISOU30315 OD2 ASP I 53 16232 18218 15334 2318 -326 1547 O \ ATOM 30316 N ASP I 54 -91.062 -48.810 49.978 1.00116.34 N \ ANISOU30316 N ASP I 54 14614 15880 13709 2465 -137 1570 N \ ATOM 30317 CA ASP I 54 -90.021 -49.404 50.823 1.00114.27 C \ ANISOU30317 CA ASP I 54 14389 15528 13500 2365 -36 1501 C \ ATOM 30318 C ASP I 54 -89.242 -48.285 51.512 1.00116.70 C \ ANISOU30318 C ASP I 54 14774 15662 13903 2445 16 1513 C \ ATOM 30319 O ASP I 54 -88.431 -48.544 52.404 1.00115.15 O \ ANISOU30319 O ASP I 54 14599 15382 13770 2392 96 1456 O \ ATOM 30320 CB ASP I 54 -89.059 -50.267 49.981 1.00115.68 C \ ANISOU30320 CB ASP I 54 14664 15679 13610 2220 1 1503 C \ ATOM 30321 CG ASP I 54 -89.723 -51.277 49.070 1.00129.85 C \ ANISOU30321 CG ASP I 54 16410 17629 15299 2138 -56 1498 C \ ATOM 30322 OD1 ASP I 54 -90.410 -52.187 49.591 1.00130.93 O \ ANISOU30322 OD1 ASP I 54 16433 17881 15435 2086 -63 1432 O \ ATOM 30323 OD2 ASP I 54 -89.516 -51.190 47.839 1.00136.97 O \ ANISOU30323 OD2 ASP I 54 17391 18534 16116 2117 -89 1558 O \ ATOM 30324 N ALA I 55 -89.495 -47.036 51.070 1.00113.51 N \ ANISOU30324 N ALA I 55 14416 15203 13509 2573 -33 1591 N \ ATOM 30325 CA ALA I 55 -88.856 -45.794 51.502 1.00113.06 C \ ANISOU30325 CA ALA I 55 14445 14976 13536 2664 -2 1621 C \ ATOM 30326 C ALA I 55 -89.073 -45.466 52.977 1.00116.07 C \ ANISOU30326 C ALA I 55 14755 15326 14019 2733 34 1549 C \ ATOM 30327 O ALA I 55 -88.210 -44.821 53.579 1.00115.29 O \ ANISOU30327 O ALA I 55 14734 15076 13997 2752 89 1540 O \ ATOM 30328 CB ALA I 55 -89.364 -44.640 50.654 1.00115.25 C \ ANISOU30328 CB ALA I 55 14765 15232 13792 2793 -81 1720 C \ ATOM 30329 N PHE I 56 -90.216 -45.876 53.555 1.00112.39 N \ ANISOU30329 N PHE I 56 14143 15004 13554 2770 2 1500 N \ ATOM 30330 CA PHE I 56 -90.525 -45.558 54.947 1.00111.71 C \ ANISOU30330 CA PHE I 56 13982 14907 13556 2842 35 1431 C \ ATOM 30331 C PHE I 56 -90.711 -46.834 55.797 1.00114.10 C \ ANISOU30331 C PHE I 56 14182 15316 13856 2736 80 1339 C \ ATOM 30332 O PHE I 56 -91.838 -47.309 55.968 1.00114.14 O \ ANISOU30332 O PHE I 56 14053 15478 13835 2752 41 1313 O \ ATOM 30333 CB PHE I 56 -91.751 -44.629 55.025 1.00114.85 C \ ANISOU30333 CB PHE I 56 14298 15365 13974 3014 -37 1457 C \ ATOM 30334 CG PHE I 56 -91.650 -43.415 54.126 1.00117.33 C \ ANISOU30334 CG PHE I 56 14713 15580 14287 3120 -91 1555 C \ ATOM 30335 CD1 PHE I 56 -90.626 -42.488 54.292 1.00119.93 C \ ANISOU30335 CD1 PHE I 56 15176 15715 14679 3152 -49 1581 C \ ATOM 30336 CD2 PHE I 56 -92.569 -43.207 53.107 1.00120.72 C \ ANISOU30336 CD2 PHE I 56 15106 16111 14651 3185 -185 1625 C \ ATOM 30337 CE1 PHE I 56 -90.521 -41.380 53.448 1.00121.86 C \ ANISOU30337 CE1 PHE I 56 15519 15861 14921 3243 -98 1677 C \ ATOM 30338 CE2 PHE I 56 -92.465 -42.097 52.266 1.00124.51 C \ ANISOU30338 CE2 PHE I 56 15686 16496 15126 3283 -236 1723 C \ ATOM 30339 CZ PHE I 56 -91.445 -41.188 52.446 1.00122.29 C \ ANISOU30339 CZ PHE I 56 15540 16017 14909 3311 -191 1750 C \ ATOM 30340 N PRO I 57 -89.607 -47.405 56.339 1.00108.77 N \ ANISOU30340 N PRO I 57 13565 14555 13207 2625 161 1292 N \ ATOM 30341 CA PRO I 57 -89.743 -48.620 57.156 1.00107.49 C \ ANISOU30341 CA PRO I 57 13315 14485 13043 2523 203 1210 C \ ATOM 30342 C PRO I 57 -90.140 -48.262 58.585 1.00110.95 C \ ANISOU30342 C PRO I 57 13675 14926 13555 2599 235 1146 C \ ATOM 30343 O PRO I 57 -89.386 -47.597 59.302 1.00110.22 O \ ANISOU30343 O PRO I 57 13650 14699 13532 2633 284 1127 O \ ATOM 30344 CB PRO I 57 -88.358 -49.278 57.066 1.00107.92 C \ ANISOU30344 CB PRO I 57 13474 14436 13094 2385 271 1195 C \ ATOM 30345 CG PRO I 57 -87.450 -48.260 56.415 1.00112.58 C \ ANISOU30345 CG PRO I 57 14204 14871 13702 2426 275 1261 C \ ATOM 30346 CD PRO I 57 -88.197 -46.977 56.252 1.00109.44 C \ ANISOU30346 CD PRO I 57 13795 14460 13327 2587 217 1311 C \ ATOM 30347 N SER I 58 -91.352 -48.668 58.981 1.00107.50 N \ ANISOU30347 N SER I 58 13094 14648 13102 2627 206 1114 N \ ATOM 30348 CA SER I 58 -91.892 -48.362 60.301 1.00107.16 C \ ANISOU30348 CA SER I 58 12962 14637 13119 2705 234 1053 C \ ATOM 30349 C SER I 58 -92.642 -49.547 60.902 1.00110.15 C \ ANISOU30349 C SER I 58 13205 15178 13469 2623 248 994 C \ ATOM 30350 O SER I 58 -92.894 -50.536 60.209 1.00109.67 O \ ANISOU30350 O SER I 58 13113 15213 13344 2518 223 1005 O \ ATOM 30351 CB SER I 58 -92.814 -47.151 60.218 1.00112.11 C \ ANISOU30351 CB SER I 58 13542 15284 13771 2883 177 1084 C \ ATOM 30352 OG SER I 58 -93.923 -47.365 59.360 1.00121.79 O \ ANISOU30352 OG SER I 58 14678 16661 14937 2909 98 1123 O \ ATOM 30353 N SER I 59 -92.993 -49.439 62.201 1.00106.18 N \ ANISOU30353 N SER I 59 12626 14705 13014 2669 289 931 N \ ATOM 30354 CA SER I 59 -93.729 -50.462 62.944 1.00105.70 C \ ANISOU30354 CA SER I 59 12432 14795 12933 2599 311 875 C \ ATOM 30355 C SER I 59 -95.145 -50.614 62.390 1.00110.35 C \ ANISOU30355 C SER I 59 12885 15566 13478 2641 240 896 C \ ATOM 30356 O SER I 59 -95.671 -51.730 62.368 1.00110.13 O \ ANISOU30356 O SER I 59 12769 15670 13406 2535 236 876 O \ ATOM 30357 CB SER I 59 -93.767 -50.124 64.432 1.00109.15 C \ ANISOU30357 CB SER I 59 12828 15215 13428 2656 371 808 C \ ATOM 30358 OG SER I 59 -94.394 -48.876 64.676 1.00119.62 O \ ANISOU30358 OG SER I 59 14119 16535 14794 2830 346 812 O \ ATOM 30359 N LEU I 60 -95.742 -49.497 61.913 1.00107.21 N \ ANISOU30359 N LEU I 60 12472 15170 13091 2793 180 939 N \ ATOM 30360 CA LEU I 60 -97.076 -49.466 61.317 1.00107.92 C \ ANISOU30360 CA LEU I 60 12435 15425 13144 2854 102 967 C \ ATOM 30361 C LEU I 60 -97.058 -50.105 59.926 1.00111.36 C \ ANISOU30361 C LEU I 60 12903 15905 13503 2760 42 1022 C \ ATOM 30362 O LEU I 60 -97.957 -50.889 59.625 1.00111.69 O \ ANISOU30362 O LEU I 60 12830 16111 13496 2703 3 1017 O \ ATOM 30363 CB LEU I 60 -97.613 -48.028 61.239 1.00109.16 C \ ANISOU30363 CB LEU I 60 12581 15551 13342 3054 57 998 C \ ATOM 30364 CG LEU I 60 -99.062 -47.811 61.683 1.00114.92 C \ ANISOU30364 CG LEU I 60 13133 16451 14082 3163 25 975 C \ ATOM 30365 CD1 LEU I 60 -99.334 -46.348 61.926 1.00115.91 C \ ANISOU30365 CD1 LEU I 60 13271 16504 14268 3364 5 987 C \ ATOM 30366 CD2 LEU I 60 -100.057 -48.347 60.657 1.00118.35 C \ ANISOU30366 CD2 LEU I 60 13465 17055 14448 3136 -61 1016 C \ ATOM 30367 N ARG I 61 -96.040 -49.785 59.088 1.00106.79 N \ ANISOU30367 N ARG I 61 12480 15184 12912 2739 36 1073 N \ ATOM 30368 CA ARG I 61 -95.869 -50.344 57.738 1.00106.46 C \ ANISOU30368 CA ARG I 61 12491 15168 12792 2648 -15 1125 C \ ATOM 30369 C ARG I 61 -95.655 -51.868 57.819 1.00108.81 C \ ANISOU30369 C ARG I 61 12765 15532 13048 2464 20 1079 C \ ATOM 30370 O ARG I 61 -96.160 -52.608 56.970 1.00108.71 O \ ANISOU30370 O ARG I 61 12710 15630 12964 2389 -33 1095 O \ ATOM 30371 CB ARG I 61 -94.698 -49.656 57.008 1.00106.60 C \ ANISOU30371 CB ARG I 61 12685 15007 12813 2662 -8 1183 C \ ATOM 30372 CG ARG I 61 -94.513 -50.084 55.551 1.00119.74 C \ ANISOU30372 CG ARG I 61 14413 16694 14390 2584 -61 1241 C \ ATOM 30373 CD ARG I 61 -94.373 -48.906 54.603 1.00135.43 C \ ANISOU30373 CD ARG I 61 16494 18598 16366 2695 -115 1328 C \ ATOM 30374 NE ARG I 61 -95.668 -48.324 54.243 1.00149.25 N \ ANISOU30374 NE ARG I 61 18142 20465 18100 2823 -205 1366 N \ ATOM 30375 CZ ARG I 61 -96.393 -48.695 53.191 1.00165.90 C \ ANISOU30375 CZ ARG I 61 20204 22703 20126 2803 -287 1406 C \ ATOM 30376 NH1 ARG I 61 -95.959 -49.654 52.381 1.00154.80 N \ ANISOU30376 NH1 ARG I 61 18848 21324 18644 2658 -290 1411 N \ ATOM 30377 NH2 ARG I 61 -97.557 -48.113 52.943 1.00152.87 N \ ANISOU30377 NH2 ARG I 61 18455 21158 18469 2929 -370 1440 N \ ATOM 30378 N ALA I 62 -94.928 -52.322 58.859 1.00103.85 N \ ANISOU30378 N ALA I 62 12162 14833 12462 2394 106 1021 N \ ATOM 30379 CA ALA I 62 -94.652 -53.731 59.131 1.00102.62 C \ ANISOU30379 CA ALA I 62 11990 14721 12281 2226 147 974 C \ ATOM 30380 C ALA I 62 -95.947 -54.477 59.446 1.00107.30 C \ ANISOU30380 C ALA I 62 12415 15508 12848 2193 120 942 C \ ATOM 30381 O ALA I 62 -96.123 -55.612 59.002 1.00106.80 O \ ANISOU30381 O ALA I 62 12324 15524 12731 2062 105 930 O \ ATOM 30382 CB ALA I 62 -93.679 -53.853 60.292 1.00102.11 C \ ANISOU30382 CB ALA I 62 11982 14539 12275 2189 239 924 C \ ATOM 30383 N LYS I 63 -96.867 -53.818 60.179 1.00104.81 N \ ANISOU30383 N LYS I 63 11986 15268 12569 2314 111 927 N \ ATOM 30384 CA LYS I 63 -98.170 -54.371 60.558 1.00105.49 C \ ANISOU30384 CA LYS I 63 11897 15547 12639 2302 88 898 C \ ATOM 30385 C LYS I 63 -99.134 -54.401 59.364 1.00110.51 C \ ANISOU30385 C LYS I 63 12461 16313 13214 2321 -12 944 C \ ATOM 30386 O LYS I 63 -100.116 -55.146 59.399 1.00110.48 O \ ANISOU30386 O LYS I 63 12322 16476 13181 2264 -40 924 O \ ATOM 30387 CB LYS I 63 -98.779 -53.578 61.726 1.00108.60 C \ ANISOU30387 CB LYS I 63 12197 15973 13094 2435 118 865 C \ ATOM 30388 CG LYS I 63 -98.140 -53.917 63.067 1.00122.84 C \ ANISOU30388 CG LYS I 63 14022 17711 14940 2384 215 805 C \ ATOM 30389 CD LYS I 63 -98.556 -52.953 64.169 1.00133.45 C \ ANISOU30389 CD LYS I 63 15305 19057 16343 2530 248 772 C \ ATOM 30390 CE LYS I 63 -97.868 -53.265 65.477 1.00142.58 C \ ANISOU30390 CE LYS I 63 16493 20147 17535 2478 341 713 C \ ATOM 30391 NZ LYS I 63 -96.447 -52.819 65.486 1.00150.08 N \ ANISOU30391 NZ LYS I 63 17616 20891 18518 2475 376 720 N \ ATOM 30392 N LYS I 64 -98.844 -53.610 58.307 1.00107.76 N \ ANISOU30392 N LYS I 64 12206 15892 12846 2394 -68 1008 N \ ATOM 30393 CA LYS I 64 -99.659 -53.548 57.090 1.00109.05 C \ ANISOU30393 CA LYS I 64 12322 16168 12946 2419 -169 1059 C \ ATOM 30394 C LYS I 64 -99.370 -54.751 56.169 1.00112.95 C \ ANISOU30394 C LYS I 64 12860 16696 13362 2248 -191 1062 C \ ATOM 30395 O LYS I 64 -100.176 -55.038 55.282 1.00113.73 O \ ANISOU30395 O LYS I 64 12893 16922 13399 2231 -274 1088 O \ ATOM 30396 CB LYS I 64 -99.451 -52.214 56.338 1.00112.28 C \ ANISOU30396 CB LYS I 64 12820 16482 13361 2568 -220 1131 C \ ATOM 30397 CG LYS I 64 -100.007 -50.974 57.054 1.00126.29 C \ ANISOU30397 CG LYS I 64 14532 18247 15205 2757 -223 1133 C \ ATOM 30398 CD LYS I 64 -101.499 -50.731 56.808 1.00137.45 C \ ANISOU30398 CD LYS I 64 15777 19845 16602 2852 -306 1148 C \ ATOM 30399 CE LYS I 64 -102.015 -49.574 57.631 1.00147.93 C \ ANISOU30399 CE LYS I 64 17042 21160 18005 3039 -298 1138 C \ ATOM 30400 NZ LYS I 64 -103.413 -49.211 57.276 1.00158.13 N \ ANISOU30400 NZ LYS I 64 18180 22620 19283 3152 -387 1162 N \ ATOM 30401 N SER I 65 -98.242 -55.461 56.398 1.00108.19 N \ ANISOU30401 N SER I 65 12363 15981 12763 2123 -119 1032 N \ ATOM 30402 CA SER I 65 -97.842 -56.651 55.639 1.00107.59 C \ ANISOU30402 CA SER I 65 12341 15918 12622 1957 -125 1023 C \ ATOM 30403 C SER I 65 -98.735 -57.846 55.989 1.00111.71 C \ ANISOU30403 C SER I 65 12725 16601 13121 1843 -134 973 C \ ATOM 30404 O SER I 65 -99.057 -58.049 57.162 1.00111.06 O \ ANISOU30404 O SER I 65 12555 16556 13088 1840 -84 929 O \ ATOM 30405 CB SER I 65 -96.381 -56.989 55.913 1.00110.04 C \ ANISOU30405 CB SER I 65 12798 16058 12955 1875 -40 1002 C \ ATOM 30406 OG SER I 65 -95.979 -58.170 55.240 1.00119.37 O \ ANISOU30406 OG SER I 65 14030 17247 14077 1719 -40 986 O \ ATOM 30407 N VAL I 66 -99.112 -58.643 54.969 1.00108.97 N \ ANISOU30407 N VAL I 66 12362 16345 12696 1744 -197 981 N \ ATOM 30408 CA VAL I 66 -99.991 -59.820 55.086 1.00109.42 C \ ANISOU30408 CA VAL I 66 12294 16558 12723 1622 -220 939 C \ ATOM 30409 C VAL I 66 -99.362 -60.966 55.913 1.00112.56 C \ ANISOU30409 C VAL I 66 12719 16902 13144 1474 -134 879 C \ ATOM 30410 O VAL I 66 -100.103 -61.750 56.512 1.00112.44 O \ ANISOU30410 O VAL I 66 12585 17002 13134 1396 -128 841 O \ ATOM 30411 CB VAL I 66 -100.471 -60.353 53.709 1.00114.27 C \ ANISOU30411 CB VAL I 66 12902 17270 13244 1551 -314 961 C \ ATOM 30412 CG1 VAL I 66 -101.583 -59.479 53.139 1.00115.66 C \ ANISOU30412 CG1 VAL I 66 12979 17570 13398 1682 -411 1009 C \ ATOM 30413 CG2 VAL I 66 -99.317 -60.499 52.713 1.00113.44 C \ ANISOU30413 CG2 VAL I 66 12977 17034 13090 1495 -308 982 C \ ATOM 30414 N VAL I 67 -98.018 -61.066 55.935 1.00108.03 N \ ANISOU30414 N VAL I 67 12301 16160 12587 1434 -70 874 N \ ATOM 30415 CA VAL I 67 -97.282 -62.104 56.671 1.00106.71 C \ ANISOU30415 CA VAL I 67 12178 15924 12444 1303 9 824 C \ ATOM 30416 C VAL I 67 -96.813 -61.579 58.045 1.00110.92 C \ ANISOU30416 C VAL I 67 12715 16370 13059 1371 92 804 C \ ATOM 30417 O VAL I 67 -96.720 -60.363 58.233 1.00110.51 O \ ANISOU30417 O VAL I 67 12679 16268 13043 1515 94 832 O \ ATOM 30418 CB VAL I 67 -96.097 -62.680 55.851 1.00109.48 C \ ANISOU30418 CB VAL I 67 12686 16152 12758 1206 27 823 C \ ATOM 30419 CG1 VAL I 67 -96.593 -63.532 54.692 1.00109.96 C \ ANISOU30419 CG1 VAL I 67 12734 16311 12736 1102 -43 820 C \ ATOM 30420 CG2 VAL I 67 -95.164 -61.583 55.353 1.00108.89 C \ ANISOU30420 CG2 VAL I 67 12741 15941 12692 1310 37 869 C \ ATOM 30421 N LYS I 68 -96.520 -62.502 58.993 1.00108.04 N \ ANISOU30421 N LYS I 68 12342 15987 12723 1267 158 757 N \ ATOM 30422 CA LYS I 68 -96.054 -62.182 60.349 1.00107.99 C \ ANISOU30422 CA LYS I 68 12341 15905 12785 1309 238 733 C \ ATOM 30423 C LYS I 68 -94.668 -61.549 60.284 1.00113.15 C \ ANISOU30423 C LYS I 68 13151 16372 13470 1356 281 747 C \ ATOM 30424 O LYS I 68 -93.723 -62.166 59.788 1.00111.76 O \ ANISOU30424 O LYS I 68 13085 16103 13277 1264 300 743 O \ ATOM 30425 CB LYS I 68 -96.041 -63.436 61.242 1.00110.08 C \ ANISOU30425 CB LYS I 68 12569 16197 13061 1171 291 686 C \ ATOM 30426 CG LYS I 68 -96.255 -63.159 62.732 1.00121.82 C \ ANISOU30426 CG LYS I 68 13985 17701 14602 1220 351 660 C \ ATOM 30427 CD LYS I 68 -96.140 -64.429 63.592 1.00127.43 C \ ANISOU30427 CD LYS I 68 14674 18425 15318 1077 405 622 C \ ATOM 30428 CE LYS I 68 -97.406 -65.260 63.634 1.00134.68 C \ ANISOU30428 CE LYS I 68 15448 19520 16204 991 373 610 C \ ATOM 30429 NZ LYS I 68 -97.234 -66.488 64.456 1.00141.15 N \ ANISOU30429 NZ LYS I 68 16262 20338 17031 848 427 579 N \ ATOM 30430 N THR I 69 -94.568 -60.302 60.759 1.00112.13 N \ ANISOU30430 N THR I 69 13029 16189 13387 1500 294 763 N \ ATOM 30431 CA THR I 69 -93.347 -59.493 60.744 1.00112.36 C \ ANISOU30431 CA THR I 69 13196 16045 13453 1562 331 780 C \ ATOM 30432 C THR I 69 -92.727 -59.357 62.140 1.00118.69 C \ ANISOU30432 C THR I 69 14015 16762 14320 1576 410 742 C \ ATOM 30433 O THR I 69 -91.533 -59.070 62.253 1.00116.77 O \ ANISOU30433 O THR I 69 13890 16369 14109 1579 453 743 O \ ATOM 30434 CB THR I 69 -93.656 -58.111 60.159 1.00120.99 C \ ANISOU30434 CB THR I 69 14297 17124 14549 1716 281 830 C \ ATOM 30435 OG1 THR I 69 -94.774 -57.547 60.850 1.00120.84 O \ ANISOU30435 OG1 THR I 69 14148 17212 14555 1819 265 821 O \ ATOM 30436 CG2 THR I 69 -93.943 -58.162 58.663 1.00120.73 C \ ANISOU30436 CG2 THR I 69 14286 17138 14446 1702 205 876 C \ ATOM 30437 N SER I 70 -93.537 -59.556 63.193 1.00119.13 N \ ANISOU30437 N SER I 70 13953 16918 14394 1584 430 708 N \ ATOM 30438 CA SER I 70 -93.100 -59.456 64.584 1.00119.92 C \ ANISOU30438 CA SER I 70 14056 16962 14546 1598 502 670 C \ ATOM 30439 C SER I 70 -93.507 -60.691 65.379 1.00127.31 C \ ANISOU30439 C SER I 70 14912 17988 15470 1478 534 631 C \ ATOM 30440 O SER I 70 -94.631 -61.180 65.233 1.00127.15 O \ ANISOU30440 O SER I 70 14773 18120 15417 1445 501 630 O \ ATOM 30441 CB SER I 70 -93.681 -58.205 65.235 1.00124.54 C \ ANISOU30441 CB SER I 70 14580 17570 15170 1758 501 667 C \ ATOM 30442 OG SER I 70 -93.335 -57.037 64.509 1.00134.85 O \ ANISOU30442 OG SER I 70 15963 18784 16490 1870 469 707 O \ ATOM 30443 N LEU I 71 -92.584 -61.193 66.218 1.00126.67 N \ ANISOU30443 N LEU I 71 14897 17816 15417 1411 598 603 N \ ATOM 30444 CA LEU I 71 -92.827 -62.358 67.067 1.00128.28 C \ ANISOU30444 CA LEU I 71 15044 18084 15613 1295 636 572 C \ ATOM 30445 C LEU I 71 -93.378 -61.944 68.423 1.00137.83 C \ ANISOU30445 C LEU I 71 16165 19356 16848 1361 677 544 C \ ATOM 30446 O LEU I 71 -92.984 -60.907 68.962 1.00137.19 O \ ANISOU30446 O LEU I 71 16118 19203 16805 1475 700 536 O \ ATOM 30447 CB LEU I 71 -91.557 -63.198 67.258 1.00127.08 C \ ANISOU30447 CB LEU I 71 15008 17804 15473 1185 680 558 C \ ATOM 30448 CG LEU I 71 -91.359 -64.367 66.293 1.00131.59 C \ ANISOU30448 CG LEU I 71 15620 18373 16006 1051 654 565 C \ ATOM 30449 CD1 LEU I 71 -89.963 -64.935 66.413 1.00130.76 C \ ANISOU30449 CD1 LEU I 71 15643 18119 15923 978 698 554 C \ ATOM 30450 CD2 LEU I 71 -92.396 -65.471 66.509 1.00134.30 C \ ANISOU30450 CD2 LEU I 71 15854 18859 16314 944 642 552 C \ ATOM 30451 N LYS I 72 -94.283 -62.774 68.975 1.00139.11 N \ ANISOU30451 N LYS I 72 16215 19653 16987 1285 687 527 N \ ATOM 30452 CA LYS I 72 -94.935 -62.558 70.270 1.00141.29 C \ ANISOU30452 CA LYS I 72 16391 20016 17276 1328 731 499 C \ ATOM 30453 C LYS I 72 -93.917 -62.660 71.412 1.00149.10 C \ ANISOU30453 C LYS I 72 17463 20894 18296 1309 799 473 C \ ATOM 30454 O LYS I 72 -93.050 -63.543 71.386 1.00148.02 O \ ANISOU30454 O LYS I 72 17413 20670 18158 1198 818 474 O \ ATOM 30455 CB LYS I 72 -96.085 -63.564 70.491 1.00144.41 C \ ANISOU30455 CB LYS I 72 16652 20582 17635 1227 727 493 C \ ATOM 30456 CG LYS I 72 -96.995 -63.789 69.283 1.00156.67 C \ ANISOU30456 CG LYS I 72 18135 22241 19151 1196 653 518 C \ ATOM 30457 CD LYS I 72 -98.422 -64.095 69.705 1.00166.00 C \ ANISOU30457 CD LYS I 72 19138 23621 20313 1194 644 510 C \ ATOM 30458 CE LYS I 72 -99.248 -64.652 68.573 1.00174.79 C \ ANISOU30458 CE LYS I 72 20181 24844 21386 1123 572 530 C \ ATOM 30459 NZ LYS I 72 -99.066 -66.120 68.432 1.00181.59 N \ ANISOU30459 NZ LYS I 72 21057 25716 22223 934 581 524 N \ ATOM 30460 N LYS I 73 -94.020 -61.743 72.399 1.00149.31 N \ ANISOU30460 N LYS I 73 17463 20921 18348 1423 834 449 N \ ATOM 30461 CA LYS I 73 -93.154 -61.668 73.584 1.00150.01 C \ ANISOU30461 CA LYS I 73 17619 20916 18462 1424 896 420 C \ ATOM 30462 C LYS I 73 -93.227 -62.977 74.388 1.00157.86 C \ ANISOU30462 C LYS I 73 18584 21965 19432 1283 937 409 C \ ATOM 30463 O LYS I 73 -92.192 -63.523 74.783 1.00156.35 O \ ANISOU30463 O LYS I 73 18488 21666 19252 1211 967 404 O \ ATOM 30464 CB LYS I 73 -93.564 -60.468 74.465 1.00152.98 C \ ANISOU30464 CB LYS I 73 17946 21320 18860 1574 920 391 C \ ATOM 30465 CG LYS I 73 -92.535 -60.075 75.525 1.00163.93 C \ ANISOU30465 CG LYS I 73 19424 22586 20277 1605 972 360 C \ ATOM 30466 CD LYS I 73 -93.167 -59.905 76.906 1.00171.65 C \ ANISOU30466 CD LYS I 73 20316 23660 21244 1646 1023 319 C \ ATOM 30467 CE LYS I 73 -93.180 -58.472 77.385 1.00179.00 C \ ANISOU30467 CE LYS I 73 21253 24551 22206 1812 1033 288 C \ ATOM 30468 NZ LYS I 73 -94.287 -57.689 76.778 1.00186.88 N \ ANISOU30468 NZ LYS I 73 22157 25643 23207 1927 993 296 N \ ATOM 30469 N ASN I 74 -94.458 -63.480 74.589 1.00158.82 N \ ANISOU30469 N ASN I 74 18570 22254 19521 1242 936 409 N \ ATOM 30470 CA ASN I 74 -94.758 -64.702 75.329 1.00160.38 C \ ANISOU30470 CA ASN I 74 18720 22526 19691 1107 973 404 C \ ATOM 30471 C ASN I 74 -94.402 -65.945 74.507 1.00167.37 C \ ANISOU30471 C ASN I 74 19658 23373 20561 955 946 427 C \ ATOM 30472 O ASN I 74 -93.680 -66.813 75.004 1.00166.22 O \ ANISOU30472 O ASN I 74 19582 23158 20417 854 979 426 O \ ATOM 30473 CB ASN I 74 -96.243 -64.734 75.732 1.00163.63 C \ ANISOU30473 CB ASN I 74 18961 23135 20075 1119 980 397 C \ ATOM 30474 CG ASN I 74 -96.785 -63.422 76.257 1.00190.88 C \ ANISOU30474 CG ASN I 74 22345 26641 23541 1288 993 373 C \ ATOM 30475 OD1 ASN I 74 -96.411 -62.947 77.336 1.00185.82 O \ ANISOU30475 OD1 ASN I 74 21729 25963 22911 1347 1044 344 O \ ATOM 30476 ND2 ASN I 74 -97.685 -62.810 75.502 1.00184.28 N \ ANISOU30476 ND2 ASN I 74 21422 25894 22704 1371 944 382 N \ ATOM 30477 N GLU I 75 -94.897 -66.024 73.250 1.00167.26 N \ ANISOU30477 N GLU I 75 19615 23403 20531 942 886 447 N \ ATOM 30478 CA GLU I 75 -94.666 -67.161 72.355 1.00168.18 C \ ANISOU30478 CA GLU I 75 19778 23494 20630 804 854 464 C \ ATOM 30479 C GLU I 75 -93.226 -67.156 71.828 1.00173.87 C \ ANISOU30479 C GLU I 75 20659 24029 21373 796 853 468 C \ ATOM 30480 O GLU I 75 -92.942 -66.683 70.724 1.00173.04 O \ ANISOU30480 O GLU I 75 20606 23873 21269 841 810 482 O \ ATOM 30481 CB GLU I 75 -95.691 -67.200 71.200 1.00170.56 C \ ANISOU30481 CB GLU I 75 19993 23911 20902 797 787 480 C \ ATOM 30482 CG GLU I 75 -97.146 -67.332 71.637 1.00182.32 C \ ANISOU30482 CG GLU I 75 21311 25595 22369 789 785 476 C \ ATOM 30483 CD GLU I 75 -97.487 -68.548 72.479 1.00201.41 C \ ANISOU30483 CD GLU I 75 23677 28078 24770 646 827 469 C \ ATOM 30484 OE1 GLU I 75 -97.396 -69.683 71.957 1.00194.91 O \ ANISOU30484 OE1 GLU I 75 22885 27242 23930 503 807 477 O \ ATOM 30485 OE2 GLU I 75 -97.855 -68.362 73.661 1.00194.59 O \ ANISOU30485 OE2 GLU I 75 22746 27280 23909 676 880 456 O \ ATOM 30486 N LEU I 76 -92.318 -67.679 72.659 1.00172.46 N \ ANISOU30486 N LEU I 76 20558 23755 21212 741 902 458 N \ ATOM 30487 CA LEU I 76 -90.896 -67.805 72.373 1.00172.59 C \ ANISOU30487 CA LEU I 76 20720 23600 21256 722 911 458 C \ ATOM 30488 C LEU I 76 -90.391 -69.114 72.995 1.00178.66 C \ ANISOU30488 C LEU I 76 21532 24326 22024 587 945 454 C \ ATOM 30489 O LEU I 76 -90.095 -69.175 74.195 1.00178.25 O \ ANISOU30489 O LEU I 76 21490 24254 21985 589 991 444 O \ ATOM 30490 CB LEU I 76 -90.115 -66.563 72.885 1.00172.27 C \ ANISOU30490 CB LEU I 76 20740 23462 21254 854 935 448 C \ ATOM 30491 CG LEU I 76 -88.661 -66.312 72.393 1.00176.15 C \ ANISOU30491 CG LEU I 76 21374 23778 21779 868 937 451 C \ ATOM 30492 CD1 LEU I 76 -87.620 -66.970 73.297 1.00175.51 C \ ANISOU30492 CD1 LEU I 76 21367 23598 21719 805 982 438 C \ ATOM 30493 CD2 LEU I 76 -88.464 -66.644 70.910 1.00178.70 C \ ANISOU30493 CD2 LEU I 76 21745 24067 22085 821 893 470 C \ ATOM 30494 N LYS I 77 -90.360 -70.177 72.174 1.00176.70 N \ ANISOU30494 N LYS I 77 21311 24070 21759 470 919 462 N \ ATOM 30495 CA LYS I 77 -89.897 -71.511 72.564 1.00176.78 C \ ANISOU30495 CA LYS I 77 21370 24029 21768 334 941 461 C \ ATOM 30496 C LYS I 77 -88.421 -71.615 72.191 1.00181.19 C \ ANISOU30496 C LYS I 77 22071 24416 22359 332 949 457 C \ ATOM 30497 O LYS I 77 -88.074 -71.361 71.032 1.00180.73 O \ ANISOU30497 O LYS I 77 22061 24308 22298 353 917 459 O \ ATOM 30498 CB LYS I 77 -90.739 -72.623 71.891 1.00179.92 C \ ANISOU30498 CB LYS I 77 21715 24514 22131 207 908 466 C \ ATOM 30499 CG LYS I 77 -92.219 -72.284 71.662 1.00194.37 C \ ANISOU30499 CG LYS I 77 23403 26518 23930 232 875 471 C \ ATOM 30500 CD LYS I 77 -93.092 -72.521 72.891 1.00204.58 C \ ANISOU30500 CD LYS I 77 24583 27935 25211 203 911 472 C \ ATOM 30501 CE LYS I 77 -94.109 -71.423 73.088 1.00215.37 C \ ANISOU30501 CE LYS I 77 25831 29429 26570 325 905 470 C \ ATOM 30502 NZ LYS I 77 -93.548 -70.288 73.866 1.00223.27 N \ ANISOU30502 NZ LYS I 77 26866 30369 27597 455 945 459 N \ ATOM 30503 N ASP I 78 -87.552 -71.933 73.179 1.00178.09 N \ ANISOU30503 N ASP I 78 21740 23933 21993 313 991 452 N \ ATOM 30504 CA ASP I 78 -86.094 -72.016 73.021 1.00177.45 C \ ANISOU30504 CA ASP I 78 21784 23690 21947 317 1004 447 C \ ATOM 30505 C ASP I 78 -85.672 -72.801 71.774 1.00181.68 C \ ANISOU30505 C ASP I 78 22386 24165 22478 240 977 446 C \ ATOM 30506 O ASP I 78 -86.034 -73.973 71.624 1.00181.71 O \ ANISOU30506 O ASP I 78 22384 24193 22464 124 969 446 O \ ATOM 30507 CB ASP I 78 -85.426 -72.622 74.266 1.00179.02 C \ ANISOU30507 CB ASP I 78 22026 23826 22168 274 1045 445 C \ ATOM 30508 CG ASP I 78 -83.932 -72.850 74.101 1.00190.00 C \ ANISOU30508 CG ASP I 78 23539 25056 23598 264 1055 439 C \ ATOM 30509 OD1 ASP I 78 -83.156 -71.908 74.365 1.00196.13 O \ ANISOU30509 OD1 ASP I 78 24360 25757 24405 355 1068 432 O \ ATOM 30510 OD2 ASP I 78 -83.543 -73.962 73.675 1.00190.63 O \ ANISOU30510 OD2 ASP I 78 23669 25084 23678 165 1049 440 O \ ATOM 30511 N GLY I 79 -84.897 -72.119 70.924 1.00177.86 N \ ANISOU30511 N GLY I 79 21969 23600 22009 306 965 445 N \ ATOM 30512 CA GLY I 79 -84.309 -72.597 69.675 1.00208.71 C \ ANISOU30512 CA GLY I 79 25952 27438 25911 261 944 441 C \ ATOM 30513 C GLY I 79 -85.024 -73.726 68.966 1.00234.98 C \ ANISOU30513 C GLY I 79 29259 30821 29201 141 917 436 C \ ATOM 30514 O GLY I 79 -86.224 -73.650 68.701 1.00195.61 O \ ANISOU30514 O GLY I 79 24185 25960 24178 126 885 441 O \ ATOM 30515 N ALA I 80 -85.966 -77.028 71.649 1.00164.87 N \ ANISOU30515 N ALA I 80 20315 22005 20321 -159 968 442 N \ ATOM 30516 CA ALA I 80 -85.373 -78.329 71.942 1.00164.54 C \ ANISOU30516 CA ALA I 80 20343 21879 20297 -269 981 441 C \ ATOM 30517 C ALA I 80 -85.166 -78.504 73.442 1.00168.43 C \ ANISOU30517 C ALA I 80 20830 22359 20806 -274 1021 458 C \ ATOM 30518 O ALA I 80 -84.749 -77.559 74.115 1.00167.51 O \ ANISOU30518 O ALA I 80 20710 22230 20705 -174 1044 461 O \ ATOM 30519 CB ALA I 80 -84.053 -78.480 71.205 1.00164.55 C \ ANISOU30519 CB ALA I 80 20462 21731 20327 -258 982 424 C \ ATOM 30520 N THR I 81 -85.479 -79.707 73.965 1.00165.53 N \ ANISOU30520 N THR I 81 20463 21997 20433 -393 1028 471 N \ ATOM 30521 CA THR I 81 -85.364 -80.029 75.392 1.00165.35 C \ ANISOU30521 CA THR I 81 20438 21971 20418 -415 1064 493 C \ ATOM 30522 C THR I 81 -84.741 -81.417 75.586 1.00169.61 C \ ANISOU30522 C THR I 81 21063 22402 20977 -525 1068 502 C \ ATOM 30523 O THR I 81 -85.082 -82.357 74.865 1.00169.39 O \ ANISOU30523 O THR I 81 21047 22370 20942 -626 1045 496 O \ ATOM 30524 CB THR I 81 -86.745 -79.941 76.076 1.00174.08 C \ ANISOU30524 CB THR I 81 21419 23239 21483 -443 1074 510 C \ ATOM 30525 OG1 THR I 81 -87.489 -78.846 75.540 1.00173.69 O \ ANISOU30525 OG1 THR I 81 21285 23296 21414 -357 1057 498 O \ ATOM 30526 CG2 THR I 81 -86.645 -79.795 77.590 1.00172.88 C \ ANISOU30526 CG2 THR I 81 21254 23105 21329 -422 1117 531 C \ ATOM 30527 N ILE I 82 -83.839 -81.538 76.576 1.00166.56 N \ ANISOU30527 N ILE I 82 20739 21930 20619 -503 1095 515 N \ ATOM 30528 CA ILE I 82 -83.156 -82.786 76.930 1.00166.86 C \ ANISOU30528 CA ILE I 82 20862 21856 20680 -591 1100 529 C \ ATOM 30529 C ILE I 82 -83.323 -83.051 78.444 1.00172.46 C \ ANISOU30529 C ILE I 82 21553 22597 21378 -618 1130 566 C \ ATOM 30530 O ILE I 82 -83.383 -82.109 79.239 1.00171.66 O \ ANISOU30530 O ILE I 82 21409 22552 21264 -535 1151 571 O \ ATOM 30531 CB ILE I 82 -81.658 -82.773 76.474 1.00169.06 C \ ANISOU30531 CB ILE I 82 21252 21975 21009 -537 1098 509 C \ ATOM 30532 CG1 ILE I 82 -81.014 -84.174 76.533 1.00169.47 C \ ANISOU30532 CG1 ILE I 82 21394 21906 21089 -630 1094 517 C \ ATOM 30533 CG2 ILE I 82 -80.804 -81.733 77.210 1.00169.14 C \ ANISOU30533 CG2 ILE I 82 21277 21948 21040 -419 1119 509 C \ ATOM 30534 CD1 ILE I 82 -80.739 -84.769 75.209 1.00175.97 C \ ANISOU30534 CD1 ILE I 82 22274 22661 21927 -671 1071 485 C \ ATOM 30535 N LYS I 83 -83.421 -84.336 78.823 1.00171.06 N \ ANISOU30535 N LYS I 83 21411 22384 21201 -736 1130 592 N \ ATOM 30536 CA LYS I 83 -83.563 -84.773 80.213 1.00172.03 C \ ANISOU30536 CA LYS I 83 21527 22529 21307 -781 1157 635 C \ ATOM 30537 C LYS I 83 -82.194 -84.704 80.922 1.00177.16 C \ ANISOU30537 C LYS I 83 22269 23054 21992 -718 1167 642 C \ ATOM 30538 O LYS I 83 -81.445 -85.686 80.955 1.00176.72 O \ ANISOU30538 O LYS I 83 22303 22876 21967 -770 1158 655 O \ ATOM 30539 CB LYS I 83 -84.202 -86.182 80.309 1.00175.52 C \ ANISOU30539 CB LYS I 83 21977 22976 21738 -936 1152 665 C \ ATOM 30540 CG LYS I 83 -83.738 -87.195 79.250 1.00190.16 C \ ANISOU30540 CG LYS I 83 23916 24709 23628 -1008 1120 646 C \ ATOM 30541 CD LYS I 83 -84.181 -88.621 79.571 1.00200.74 C \ ANISOU30541 CD LYS I 83 25282 26026 24964 -1159 1117 680 C \ ATOM 30542 CE LYS I 83 -83.126 -89.423 80.300 1.00210.71 C \ ANISOU30542 CE LYS I 83 26655 27144 26261 -1177 1123 710 C \ ATOM 30543 NZ LYS I 83 -82.041 -89.883 79.391 1.00218.57 N \ ANISOU30543 NZ LYS I 83 27755 27981 27309 -1159 1099 676 N \ ATOM 30544 N GLU I 84 -81.863 -83.514 81.460 1.00174.78 N \ ANISOU30544 N GLU I 84 21944 22780 21686 -601 1183 632 N \ ATOM 30545 CA GLU I 84 -80.601 -83.266 82.162 1.00174.70 C \ ANISOU30545 CA GLU I 84 22005 22667 21705 -532 1190 634 C \ ATOM 30546 C GLU I 84 -80.857 -82.644 83.535 1.00180.96 C \ ANISOU30546 C GLU I 84 22753 23543 22460 -489 1218 653 C \ ATOM 30547 O GLU I 84 -81.685 -81.736 83.655 1.00180.71 O \ ANISOU30547 O GLU I 84 22634 23634 22394 -442 1232 640 O \ ATOM 30548 CB GLU I 84 -79.679 -82.362 81.324 1.00175.15 C \ ANISOU30548 CB GLU I 84 22095 22650 21803 -424 1178 593 C \ ATOM 30549 CG GLU I 84 -78.198 -82.548 81.614 1.00184.45 C \ ANISOU30549 CG GLU I 84 23369 23684 23031 -386 1174 592 C \ ATOM 30550 CD GLU I 84 -77.596 -83.833 81.078 1.00203.72 C \ ANISOU30550 CD GLU I 84 25892 26005 25508 -462 1157 598 C \ ATOM 30551 OE1 GLU I 84 -77.220 -83.864 79.884 1.00195.17 O \ ANISOU30551 OE1 GLU I 84 24839 24864 24454 -451 1144 566 O \ ATOM 30552 OE2 GLU I 84 -77.501 -84.811 81.854 1.00198.44 O \ ANISOU30552 OE2 GLU I 84 25260 25301 24838 -532 1158 634 O \ ATOM 30553 N LYS I 85 -80.139 -83.142 84.567 1.00179.29 N \ ANISOU30553 N LYS I 85 22603 23265 22253 -503 1224 683 N \ ATOM 30554 CA LYS I 85 -80.228 -82.690 85.961 1.00180.12 C \ ANISOU30554 CA LYS I 85 22685 23436 22318 -469 1249 702 C \ ATOM 30555 C LYS I 85 -79.787 -81.226 86.059 1.00185.56 C \ ANISOU30555 C LYS I 85 23353 24135 23014 -332 1253 661 C \ ATOM 30556 O LYS I 85 -78.680 -80.889 85.632 1.00184.46 O \ ANISOU30556 O LYS I 85 23274 23886 22925 -270 1235 638 O \ ATOM 30557 CB LYS I 85 -79.372 -83.594 86.872 1.00182.52 C \ ANISOU30557 CB LYS I 85 23074 23645 22630 -512 1244 743 C \ ATOM 30558 CG LYS I 85 -79.740 -83.539 88.352 1.00194.36 C \ ANISOU30558 CG LYS I 85 24550 25228 24069 -521 1271 778 C \ ATOM 30559 CD LYS I 85 -78.956 -84.578 89.152 1.00202.57 C \ ANISOU30559 CD LYS I 85 25680 26171 25116 -574 1260 827 C \ ATOM 30560 CE LYS I 85 -79.292 -84.575 90.625 1.00212.53 C \ ANISOU30560 CE LYS I 85 26926 27515 26310 -588 1286 866 C \ ATOM 30561 NZ LYS I 85 -78.610 -83.471 91.351 1.00220.94 N \ ANISOU30561 NZ LYS I 85 27996 28586 27366 -471 1288 837 N \ ATOM 30562 N CYS I 86 -80.676 -80.356 86.573 1.00184.07 N \ ANISOU30562 N CYS I 86 23079 24080 22778 -288 1278 651 N \ ATOM 30563 CA CYS I 86 -80.413 -78.922 86.696 1.00184.20 C \ ANISOU30563 CA CYS I 86 23073 24114 22799 -159 1283 609 C \ ATOM 30564 C CYS I 86 -79.491 -78.631 87.894 1.00188.85 C \ ANISOU30564 C CYS I 86 23714 24655 23384 -110 1289 612 C \ ATOM 30565 O CYS I 86 -79.787 -79.079 89.008 1.00188.93 O \ ANISOU30565 O CYS I 86 23719 24718 23346 -155 1308 643 O \ ATOM 30566 CB CYS I 86 -81.716 -78.135 86.794 1.00185.22 C \ ANISOU30566 CB CYS I 86 23092 24401 22882 -125 1307 594 C \ ATOM 30567 SG CYS I 86 -81.506 -76.339 86.709 1.00188.72 S \ ANISOU30567 SG CYS I 86 23507 24857 23340 36 1308 539 S \ ATOM 30568 N PRO I 87 -78.384 -77.867 87.692 1.00185.31 N \ ANISOU30568 N PRO I 87 23316 24112 22983 -20 1272 580 N \ ATOM 30569 CA PRO I 87 -77.481 -77.575 88.821 1.00185.16 C \ ANISOU30569 CA PRO I 87 23344 24047 22960 25 1271 579 C \ ATOM 30570 C PRO I 87 -78.019 -76.504 89.781 1.00189.85 C \ ANISOU30570 C PRO I 87 23883 24747 23502 98 1296 555 C \ ATOM 30571 O PRO I 87 -77.485 -76.364 90.884 1.00189.66 O \ ANISOU30571 O PRO I 87 23892 24713 23457 121 1298 557 O \ ATOM 30572 CB PRO I 87 -76.198 -77.101 88.132 1.00186.02 C \ ANISOU30572 CB PRO I 87 23514 24024 23141 90 1244 550 C \ ATOM 30573 CG PRO I 87 -76.653 -76.515 86.846 1.00190.10 C \ ANISOU30573 CG PRO I 87 23992 24557 23681 122 1242 522 C \ ATOM 30574 CD PRO I 87 -77.890 -77.264 86.433 1.00186.20 C \ ANISOU30574 CD PRO I 87 23443 24153 23151 38 1252 546 C \ ATOM 30575 N GLN I 88 -79.068 -75.757 89.368 1.00186.66 N \ ANISOU30575 N GLN I 88 23396 24446 23078 136 1314 530 N \ ATOM 30576 CA GLN I 88 -79.683 -74.677 90.149 1.00186.71 C \ ANISOU30576 CA GLN I 88 23343 24559 23038 214 1340 499 C \ ATOM 30577 C GLN I 88 -80.440 -75.221 91.375 1.00191.41 C \ ANISOU30577 C GLN I 88 23903 25266 23556 156 1374 529 C \ ATOM 30578 O GLN I 88 -80.199 -74.743 92.485 1.00191.07 O \ ANISOU30578 O GLN I 88 23872 25248 23477 201 1388 515 O \ ATOM 30579 CB GLN I 88 -80.617 -73.812 89.273 1.00188.02 C \ ANISOU30579 CB GLN I 88 23430 24802 23209 270 1347 469 C \ ATOM 30580 CG GLN I 88 -79.971 -73.245 88.002 1.00197.04 C \ ANISOU30580 CG GLN I 88 24603 25843 24419 326 1316 444 C \ ATOM 30581 CD GLN I 88 -78.991 -72.134 88.279 1.00211.61 C \ ANISOU30581 CD GLN I 88 26496 27609 26298 429 1306 405 C \ ATOM 30582 OE1 GLN I 88 -79.364 -70.966 88.407 1.00207.31 O \ ANISOU30582 OE1 GLN I 88 25913 27111 25746 521 1316 369 O \ ATOM 30583 NE2 GLN I 88 -77.712 -72.471 88.345 1.00200.90 N \ ANISOU30583 NE2 GLN I 88 25223 26128 24983 415 1285 412 N \ ATOM 30584 N CYS I 89 -81.338 -76.214 91.182 1.00188.64 N \ ANISOU30584 N CYS I 89 23512 24985 23179 52 1387 570 N \ ATOM 30585 CA CYS I 89 -82.109 -76.812 92.278 1.00189.41 C \ ANISOU30585 CA CYS I 89 23573 25193 23202 -17 1424 606 C \ ATOM 30586 C CYS I 89 -82.348 -78.315 92.046 1.00193.29 C \ ANISOU30586 C CYS I 89 24083 25666 23691 -158 1418 666 C \ ATOM 30587 O CYS I 89 -82.146 -79.113 92.964 1.00193.26 O \ ANISOU30587 O CYS I 89 24121 25655 23653 -226 1427 710 O \ ATOM 30588 CB CYS I 89 -83.425 -76.066 92.504 1.00190.51 C \ ANISOU30588 CB CYS I 89 23598 25498 23290 23 1464 581 C \ ATOM 30589 SG CYS I 89 -84.571 -76.109 91.097 1.00194.65 S \ ANISOU30589 SG CYS I 89 24027 26093 23837 -4 1458 576 S \ ATOM 30590 N GLY I 90 -82.774 -78.672 90.835 1.00189.32 N \ ANISOU30590 N GLY I 90 23553 25156 23225 -201 1402 667 N \ ATOM 30591 CA GLY I 90 -83.080 -80.043 90.448 1.00189.20 C \ ANISOU30591 CA GLY I 90 23553 25121 23214 -335 1394 715 C \ ATOM 30592 C GLY I 90 -84.337 -80.119 89.607 1.00192.65 C \ ANISOU30592 C GLY I 90 23893 25661 23642 -379 1401 710 C \ ATOM 30593 O GLY I 90 -85.434 -80.318 90.138 1.00193.03 O \ ANISOU30593 O GLY I 90 23861 25846 23636 -432 1435 730 O \ ATOM 30594 N ASN I 91 -84.174 -79.936 88.288 1.00187.94 N \ ANISOU30594 N ASN I 91 23304 25007 23099 -356 1368 682 N \ ATOM 30595 CA ASN I 91 -85.250 -79.961 87.299 1.00187.77 C \ ANISOU30595 CA ASN I 91 23198 25072 23076 -390 1362 673 C \ ATOM 30596 C ASN I 91 -84.928 -80.968 86.190 1.00190.61 C \ ANISOU30596 C ASN I 91 23616 25329 23479 -476 1325 684 C \ ATOM 30597 O ASN I 91 -83.753 -81.199 85.890 1.00189.43 O \ ANISOU30597 O ASN I 91 23565 25034 23375 -460 1302 679 O \ ATOM 30598 CB ASN I 91 -85.466 -78.557 86.719 1.00187.86 C \ ANISOU30598 CB ASN I 91 23153 25127 23099 -261 1356 622 C \ ATOM 30599 CG ASN I 91 -86.714 -78.388 85.884 1.00210.35 C \ ANISOU30599 CG ASN I 91 25895 28095 25934 -277 1351 612 C \ ATOM 30600 OD1 ASN I 91 -87.798 -78.887 86.211 1.00205.95 O \ ANISOU30600 OD1 ASN I 91 25256 27661 25336 -356 1373 635 O \ ATOM 30601 ND2 ASN I 91 -86.595 -77.635 84.804 1.00201.16 N \ ANISOU30601 ND2 ASN I 91 24725 26902 24803 -201 1322 579 N \ ATOM 30602 N GLU I 92 -85.972 -81.572 85.593 1.00187.25 N \ ANISOU30602 N GLU I 92 23125 24982 23039 -569 1321 696 N \ ATOM 30603 CA GLU I 92 -85.836 -82.571 84.529 1.00186.68 C \ ANISOU30603 CA GLU I 92 23101 24828 23001 -661 1286 701 C \ ATOM 30604 C GLU I 92 -85.722 -81.911 83.146 1.00189.07 C \ ANISOU30604 C GLU I 92 23398 25106 23336 -594 1253 657 C \ ATOM 30605 O GLU I 92 -84.789 -82.228 82.406 1.00188.00 O \ ANISOU30605 O GLU I 92 23350 24836 23244 -591 1227 644 O \ ATOM 30606 CB GLU I 92 -87.007 -83.575 84.554 1.00189.13 C \ ANISOU30606 CB GLU I 92 23349 25232 23279 -804 1293 734 C \ ATOM 30607 CG GLU I 92 -87.060 -84.460 85.791 1.00199.72 C \ ANISOU30607 CG GLU I 92 24716 26578 24591 -896 1323 788 C \ ATOM 30608 CD GLU I 92 -85.969 -85.507 85.898 1.00217.58 C \ ANISOU30608 CD GLU I 92 27110 28672 26889 -954 1304 815 C \ ATOM 30609 OE1 GLU I 92 -86.152 -86.616 85.345 1.00211.09 O \ ANISOU30609 OE1 GLU I 92 26318 27801 26084 -1071 1285 832 O \ ATOM 30610 OE2 GLU I 92 -84.935 -85.223 86.545 1.00209.82 O \ ANISOU30610 OE2 GLU I 92 26199 27604 25919 -883 1308 818 O \ ATOM 30611 N GLU I 93 -86.661 -81.002 82.802 1.00185.24 N \ ANISOU30611 N GLU I 93 22807 24748 22828 -536 1255 635 N \ ATOM 30612 CA GLU I 93 -86.678 -80.298 81.516 1.00184.37 C \ ANISOU30612 CA GLU I 93 22682 24631 22739 -468 1223 599 C \ ATOM 30613 C GLU I 93 -85.576 -79.239 81.455 1.00186.48 C \ ANISOU30613 C GLU I 93 23011 24804 23040 -334 1220 572 C \ ATOM 30614 O GLU I 93 -85.544 -78.327 82.285 1.00185.98 O \ ANISOU30614 O GLU I 93 22921 24779 22964 -245 1245 564 O \ ATOM 30615 CB GLU I 93 -88.050 -79.656 81.251 1.00186.46 C \ ANISOU30615 CB GLU I 93 22812 25065 22970 -444 1224 589 C \ ATOM 30616 CG GLU I 93 -89.081 -80.622 80.698 1.00197.13 C \ ANISOU30616 CG GLU I 93 24103 26496 24301 -575 1207 604 C \ ATOM 30617 CD GLU I 93 -90.425 -79.991 80.396 1.00215.87 C \ ANISOU30617 CD GLU I 93 26336 29042 26644 -548 1203 593 C \ ATOM 30618 OE1 GLU I 93 -90.560 -79.370 79.318 1.00206.99 O \ ANISOU30618 OE1 GLU I 93 25191 27926 25529 -487 1167 568 O \ ATOM 30619 OE2 GLU I 93 -91.346 -80.125 81.234 1.00210.36 O \ ANISOU30619 OE2 GLU I 93 25547 28472 25910 -589 1235 612 O \ ATOM 30620 N MET I 94 -84.666 -79.377 80.475 1.00181.70 N \ ANISOU30620 N MET I 94 22489 24074 22476 -324 1192 556 N \ ATOM 30621 CA MET I 94 -83.549 -78.460 80.260 1.00180.27 C \ ANISOU30621 CA MET I 94 22370 23793 22331 -210 1188 532 C \ ATOM 30622 C MET I 94 -83.276 -78.311 78.765 1.00182.74 C \ ANISOU30622 C MET I 94 22713 24051 22668 -193 1156 510 C \ ATOM 30623 O MET I 94 -83.028 -79.300 78.074 1.00182.27 O \ ANISOU30623 O MET I 94 22705 23928 22622 -276 1139 512 O \ ATOM 30624 CB MET I 94 -82.293 -78.941 81.007 1.00182.13 C \ ANISOU30624 CB MET I 94 22703 23900 22596 -219 1199 543 C \ ATOM 30625 CG MET I 94 -81.307 -77.834 81.301 1.00185.18 C \ ANISOU30625 CG MET I 94 23128 24221 23011 -98 1204 522 C \ ATOM 30626 SD MET I 94 -79.995 -78.359 82.422 1.00189.10 S \ ANISOU30626 SD MET I 94 23716 24600 23532 -106 1215 538 S \ ATOM 30627 CE MET I 94 -79.190 -76.806 82.712 1.00185.17 C \ ANISOU30627 CE MET I 94 23232 24064 23060 39 1219 504 C \ ATOM 30628 N ASN I 95 -83.345 -77.067 78.274 1.00178.40 N \ ANISOU30628 N ASN I 95 22133 23528 22121 -86 1149 490 N \ ATOM 30629 CA ASN I 95 -83.115 -76.699 76.876 1.00177.63 C \ ANISOU30629 CA ASN I 95 22061 23392 22040 -52 1120 472 C \ ATOM 30630 C ASN I 95 -81.634 -76.804 76.508 1.00179.88 C \ ANISOU30630 C ASN I 95 22458 23518 22371 -31 1120 462 C \ ATOM 30631 O ASN I 95 -80.787 -76.752 77.400 1.00178.99 O \ ANISOU30631 O ASN I 95 22390 23335 22283 -6 1140 464 O \ ATOM 30632 CB ASN I 95 -83.616 -75.281 76.628 1.00178.54 C \ ANISOU30632 CB ASN I 95 22114 23580 22145 64 1115 460 C \ ATOM 30633 CG ASN I 95 -85.104 -75.101 76.796 1.00201.69 C \ ANISOU30633 CG ASN I 95 24925 26675 25033 55 1111 466 C \ ATOM 30634 OD1 ASN I 95 -85.567 -74.396 77.697 1.00194.94 O \ ANISOU30634 OD1 ASN I 95 24010 25895 24165 117 1133 465 O \ ATOM 30635 ND2 ASN I 95 -85.887 -75.683 75.896 1.00194.66 N \ ANISOU30635 ND2 ASN I 95 23996 25847 24121 -16 1083 470 N \ ATOM 30636 N TYR I 96 -81.316 -76.950 75.203 1.00175.81 N \ ANISOU30636 N TYR I 96 21983 22950 21865 -42 1098 449 N \ ATOM 30637 CA TYR I 96 -79.927 -77.072 74.750 1.00174.77 C \ ANISOU30637 CA TYR I 96 21952 22675 21777 -24 1101 436 C \ ATOM 30638 C TYR I 96 -79.676 -76.402 73.378 1.00179.01 C \ ANISOU30638 C TYR I 96 22511 23188 22317 29 1085 421 C \ ATOM 30639 O TYR I 96 -80.621 -76.031 72.680 1.00179.07 O \ ANISOU30639 O TYR I 96 22461 23287 22289 38 1063 421 O \ ATOM 30640 CB TYR I 96 -79.484 -78.554 74.722 1.00175.63 C \ ANISOU30640 CB TYR I 96 22124 22706 21900 -131 1101 439 C \ ATOM 30641 CG TYR I 96 -80.160 -79.419 73.678 1.00177.29 C \ ANISOU30641 CG TYR I 96 22329 22949 22084 -221 1076 431 C \ ATOM 30642 CD1 TYR I 96 -81.362 -80.064 73.949 1.00179.84 C \ ANISOU30642 CD1 TYR I 96 22587 23372 22371 -307 1067 445 C \ ATOM 30643 CD2 TYR I 96 -79.558 -79.654 72.444 1.00177.73 C \ ANISOU30643 CD2 TYR I 96 22447 22931 22151 -228 1064 409 C \ ATOM 30644 CE1 TYR I 96 -81.971 -80.888 73.004 1.00180.95 C \ ANISOU30644 CE1 TYR I 96 22724 23540 22489 -397 1040 435 C \ ATOM 30645 CE2 TYR I 96 -80.164 -80.465 71.486 1.00179.07 C \ ANISOU30645 CE2 TYR I 96 22617 23128 22293 -313 1039 396 C \ ATOM 30646 CZ TYR I 96 -81.370 -81.082 71.771 1.00186.77 C \ ANISOU30646 CZ TYR I 96 23527 24202 23235 -399 1025 409 C \ ATOM 30647 OH TYR I 96 -81.965 -81.886 70.831 1.00188.11 O \ ANISOU30647 OH TYR I 96 23698 24399 23378 -489 996 393 O \ ATOM 30648 N HIS I 97 -78.381 -76.261 73.013 1.00175.38 N \ ANISOU30648 N HIS I 97 22132 22606 21897 63 1095 409 N \ ATOM 30649 CA HIS I 97 -77.880 -75.688 71.756 1.00175.22 C \ ANISOU30649 CA HIS I 97 22150 22542 21883 109 1087 397 C \ ATOM 30650 C HIS I 97 -76.544 -76.364 71.388 1.00178.47 C \ ANISOU30650 C HIS I 97 22655 22821 22335 83 1102 383 C \ ATOM 30651 O HIS I 97 -75.756 -76.661 72.287 1.00177.54 O \ ANISOU30651 O HIS I 97 22569 22633 22255 82 1119 384 O \ ATOM 30652 CB HIS I 97 -77.714 -74.163 71.891 1.00175.92 C \ ANISOU30652 CB HIS I 97 22219 22638 21983 225 1093 401 C \ ATOM 30653 CG HIS I 97 -77.575 -73.440 70.585 1.00179.47 C \ ANISOU30653 CG HIS I 97 22690 23076 22424 271 1080 399 C \ ATOM 30654 ND1 HIS I 97 -76.344 -72.994 70.133 1.00180.79 N \ ANISOU30654 ND1 HIS I 97 22927 23137 22628 314 1097 392 N \ ATOM 30655 CD2 HIS I 97 -78.522 -73.095 69.682 1.00181.79 C \ ANISOU30655 CD2 HIS I 97 22942 23455 22674 281 1053 405 C \ ATOM 30656 CE1 HIS I 97 -76.579 -72.403 68.973 1.00180.43 C \ ANISOU30656 CE1 HIS I 97 22884 23113 22557 345 1082 397 C \ ATOM 30657 NE2 HIS I 97 -77.875 -72.438 68.659 1.00181.37 N \ ANISOU30657 NE2 HIS I 97 22939 23346 22627 329 1052 405 N \ ATOM 30658 N THR I 98 -76.295 -76.628 70.083 1.00175.08 N \ ANISOU30658 N THR I 98 22267 22360 21896 63 1094 368 N \ ATOM 30659 CA THR I 98 -75.059 -77.294 69.629 1.00174.47 C \ ANISOU30659 CA THR I 98 22275 22163 21855 40 1111 349 C \ ATOM 30660 C THR I 98 -74.336 -76.533 68.501 1.00177.91 C \ ANISOU30660 C THR I 98 22750 22552 22295 98 1120 339 C \ ATOM 30661 O THR I 98 -74.984 -75.943 67.633 1.00177.84 O \ ANISOU30661 O THR I 98 22718 22609 22245 119 1103 343 O \ ATOM 30662 CB THR I 98 -75.331 -78.741 69.182 1.00182.19 C \ ANISOU30662 CB THR I 98 23279 23129 22815 -65 1099 333 C \ ATOM 30663 OG1 THR I 98 -76.518 -78.800 68.387 1.00182.01 O \ ANISOU30663 OG1 THR I 98 23214 23205 22735 -101 1070 331 O \ ATOM 30664 CG2 THR I 98 -75.432 -79.702 70.350 1.00180.59 C \ ANISOU30664 CG2 THR I 98 23072 22915 22629 -127 1101 344 C \ ATOM 30665 N LEU I 99 -72.980 -76.578 68.527 1.00173.67 N \ ANISOU30665 N LEU I 99 22273 21904 21809 121 1148 327 N \ ATOM 30666 CA LEU I 99 -72.035 -75.966 67.573 1.00173.02 C \ ANISOU30666 CA LEU I 99 22237 21761 21742 169 1167 318 C \ ATOM 30667 C LEU I 99 -70.634 -76.591 67.722 1.00175.82 C \ ANISOU30667 C LEU I 99 22652 21997 22153 160 1197 299 C \ ATOM 30668 O LEU I 99 -70.315 -77.114 68.794 1.00175.29 O \ ANISOU30668 O LEU I 99 22587 21894 22123 145 1199 301 O \ ATOM 30669 CB LEU I 99 -71.952 -74.437 67.769 1.00172.83 C \ ANISOU30669 CB LEU I 99 22187 21752 21728 261 1171 338 C \ ATOM 30670 CG LEU I 99 -72.713 -73.578 66.757 1.00177.86 C \ ANISOU30670 CG LEU I 99 22802 22461 22315 294 1153 352 C \ ATOM 30671 CD1 LEU I 99 -73.261 -72.325 67.410 1.00178.00 C \ ANISOU30671 CD1 LEU I 99 22768 22530 22335 370 1143 375 C \ ATOM 30672 CD2 LEU I 99 -71.842 -73.223 65.559 1.00180.13 C \ ANISOU30672 CD2 LEU I 99 23147 22690 22603 316 1174 347 C \ ATOM 30673 N GLN I 100 -69.798 -76.528 66.662 1.00171.64 N \ ANISOU30673 N GLN I 100 22172 21411 21631 173 1219 282 N \ ATOM 30674 CA GLN I 100 -68.441 -77.085 66.690 1.00170.87 C \ ANISOU30674 CA GLN I 100 22127 21207 21590 171 1250 260 C \ ATOM 30675 C GLN I 100 -67.377 -75.967 66.762 1.00173.53 C \ ANISOU30675 C GLN I 100 22470 21492 21972 246 1277 269 C \ ATOM 30676 O GLN I 100 -66.963 -75.426 65.736 1.00172.90 O \ ANISOU30676 O GLN I 100 22413 21400 21880 269 1297 265 O \ ATOM 30677 CB GLN I 100 -68.197 -78.010 65.481 1.00172.58 C \ ANISOU30677 CB GLN I 100 22395 21393 21784 123 1261 227 C \ ATOM 30678 CG GLN I 100 -66.806 -78.662 65.462 1.00187.90 C \ ANISOU30678 CG GLN I 100 24387 23224 23784 125 1295 201 C \ ATOM 30679 CD GLN I 100 -66.684 -79.953 66.241 1.00207.61 C \ ANISOU30679 CD GLN I 100 26900 25670 26313 76 1286 189 C \ ATOM 30680 OE1 GLN I 100 -67.536 -80.327 67.058 1.00203.55 O \ ANISOU30680 OE1 GLN I 100 26359 25197 25786 41 1257 206 O \ ATOM 30681 NE2 GLN I 100 -65.599 -80.669 65.997 1.00199.51 N \ ANISOU30681 NE2 GLN I 100 25921 24553 25331 75 1312 160 N \ ATOM 30682 N LEU I 101 -66.918 -75.656 67.986 1.00169.34 N \ ANISOU30682 N LEU I 101 21920 20930 21490 277 1277 279 N \ ATOM 30683 CA LEU I 101 -65.894 -74.639 68.237 1.00168.51 C \ ANISOU30683 CA LEU I 101 21818 20773 21436 340 1298 285 C \ ATOM 30684 C LEU I 101 -64.476 -75.234 68.122 1.00172.01 C \ ANISOU30684 C LEU I 101 22299 21118 21937 337 1328 263 C \ ATOM 30685 O LEU I 101 -64.330 -76.453 67.987 1.00171.91 O \ ANISOU30685 O LEU I 101 22314 21076 21929 290 1330 243 O \ ATOM 30686 CB LEU I 101 -66.101 -74.006 69.625 1.00168.18 C \ ANISOU30686 CB LEU I 101 21737 20750 21416 376 1281 302 C \ ATOM 30687 CG LEU I 101 -67.173 -72.927 69.712 1.00172.79 C \ ANISOU30687 CG LEU I 101 22279 21416 21959 413 1262 323 C \ ATOM 30688 CD1 LEU I 101 -68.472 -73.491 70.245 1.00173.14 C \ ANISOU30688 CD1 LEU I 101 22285 21544 21956 375 1234 330 C \ ATOM 30689 CD2 LEU I 101 -66.715 -71.782 70.587 1.00174.90 C \ ANISOU30689 CD2 LEU I 101 22529 21661 22265 476 1263 330 C \ ATOM 30690 N ARG I 102 -63.441 -74.358 68.168 1.00167.80 N \ ANISOU30690 N ARG I 102 21769 20535 21453 386 1351 265 N \ ATOM 30691 CA ARG I 102 -62.004 -74.665 68.098 1.00167.21 C \ ANISOU30691 CA ARG I 102 21717 20373 21441 395 1382 246 C \ ATOM 30692 C ARG I 102 -61.640 -75.416 66.791 1.00171.04 C \ ANISOU30692 C ARG I 102 22242 20834 21909 365 1413 220 C \ ATOM 30693 O ARG I 102 -62.115 -75.035 65.718 1.00170.71 O \ ANISOU30693 O ARG I 102 22212 20833 21815 361 1422 223 O \ ATOM 30694 CB ARG I 102 -61.518 -75.424 69.356 1.00166.81 C \ ANISOU30694 CB ARG I 102 21661 20278 21441 388 1367 240 C \ ATOM 30695 CG ARG I 102 -61.118 -74.515 70.519 1.00175.46 C \ ANISOU30695 CG ARG I 102 22726 21363 22578 432 1354 255 C \ ATOM 30696 CD ARG I 102 -62.278 -74.180 71.440 1.00183.95 C \ ANISOU30696 CD ARG I 102 23771 22508 23614 434 1319 275 C \ ATOM 30697 NE ARG I 102 -62.549 -75.251 72.400 1.00191.73 N \ ANISOU30697 NE ARG I 102 24756 23494 24599 399 1296 277 N \ ATOM 30698 CZ ARG I 102 -63.684 -75.380 73.081 1.00205.88 C \ ANISOU30698 CZ ARG I 102 26525 25354 26346 379 1271 293 C \ ATOM 30699 NH1 ARG I 102 -64.676 -74.516 72.902 1.00193.46 N \ ANISOU30699 NH1 ARG I 102 24923 23855 24726 396 1263 304 N \ ATOM 30700 NH2 ARG I 102 -63.841 -76.380 73.936 1.00192.65 N \ ANISOU30700 NH2 ARG I 102 24854 23672 24671 342 1253 300 N \ ATOM 30701 N SER I 103 -60.780 -76.450 66.889 1.00167.48 N \ ANISOU30701 N SER I 103 21814 20317 21503 349 1428 194 N \ ATOM 30702 CA SER I 103 -60.294 -77.269 65.775 1.00167.44 C \ ANISOU30702 CA SER I 103 21850 20278 21491 326 1461 160 C \ ATOM 30703 C SER I 103 -61.308 -78.355 65.369 1.00171.08 C \ ANISOU30703 C SER I 103 22336 20771 21895 268 1439 145 C \ ATOM 30704 O SER I 103 -62.303 -78.571 66.068 1.00170.68 O \ ANISOU30704 O SER I 103 22266 20763 21820 242 1400 162 O \ ATOM 30705 CB SER I 103 -58.963 -77.916 66.158 1.00170.94 C \ ANISOU30705 CB SER I 103 22302 20635 22012 341 1483 137 C \ ATOM 30706 OG SER I 103 -58.395 -78.680 65.107 1.00179.81 O \ ANISOU30706 OG SER I 103 23463 21722 23134 327 1520 99 O \ ATOM 30707 N ALA I 104 -61.036 -79.043 64.238 1.00167.48 N \ ANISOU30707 N ALA I 104 21921 20295 21418 244 1467 109 N \ ATOM 30708 CA ALA I 104 -61.839 -80.153 63.716 1.00167.43 C \ ANISOU30708 CA ALA I 104 21948 20306 21362 185 1450 84 C \ ATOM 30709 C ALA I 104 -61.562 -81.442 64.514 1.00170.80 C \ ANISOU30709 C ALA I 104 22393 20666 21838 158 1436 67 C \ ATOM 30710 O ALA I 104 -62.275 -82.434 64.355 1.00170.49 O \ ANISOU30710 O ALA I 104 22379 20631 21767 102 1415 50 O \ ATOM 30711 CB ALA I 104 -61.537 -80.363 62.240 1.00168.60 C \ ANISOU30711 CB ALA I 104 22138 20451 21471 175 1487 47 C \ ATOM 30712 N ASP I 105 -60.522 -81.407 65.375 1.00167.09 N \ ANISOU30712 N ASP I 105 21910 20132 21444 198 1446 73 N \ ATOM 30713 CA ASP I 105 -60.094 -82.482 66.272 1.00167.06 C \ ANISOU30713 CA ASP I 105 21922 20058 21497 188 1431 67 C \ ATOM 30714 C ASP I 105 -60.812 -82.365 67.625 1.00171.33 C \ ANISOU30714 C ASP I 105 22430 20630 22038 176 1386 109 C \ ATOM 30715 O ASP I 105 -61.076 -83.382 68.272 1.00171.28 O \ ANISOU30715 O ASP I 105 22441 20593 22043 140 1361 113 O \ ATOM 30716 CB ASP I 105 -58.566 -82.422 66.472 1.00168.61 C \ ANISOU30716 CB ASP I 105 22114 20176 21773 243 1463 53 C \ ATOM 30717 CG ASP I 105 -57.933 -83.653 67.101 1.00177.20 C \ ANISOU30717 CG ASP I 105 23227 21178 22922 241 1453 38 C \ ATOM 30718 OD1 ASP I 105 -58.435 -84.777 66.857 1.00177.79 O \ ANISOU30718 OD1 ASP I 105 23344 21230 22977 193 1440 18 O \ ATOM 30719 OD2 ASP I 105 -56.899 -83.502 67.787 1.00182.40 O \ ANISOU30719 OD2 ASP I 105 23865 21789 23650 287 1457 45 O \ ATOM 30720 N GLU I 106 -61.131 -81.120 68.038 1.00167.72 N \ ANISOU30720 N GLU I 106 21927 20232 21565 207 1378 141 N \ ATOM 30721 CA GLU I 106 -61.817 -80.773 69.287 1.00167.34 C \ ANISOU30721 CA GLU I 106 21843 20228 21510 205 1342 179 C \ ATOM 30722 C GLU I 106 -63.282 -81.232 69.252 1.00171.80 C \ ANISOU30722 C GLU I 106 22404 20863 22008 144 1313 190 C \ ATOM 30723 O GLU I 106 -63.924 -81.146 68.204 1.00171.50 O \ ANISOU30723 O GLU I 106 22373 20871 21917 121 1318 176 O \ ATOM 30724 CB GLU I 106 -61.732 -79.251 69.512 1.00168.24 C \ ANISOU30724 CB GLU I 106 21916 20384 21625 260 1346 200 C \ ATOM 30725 CG GLU I 106 -61.863 -78.815 70.963 1.00177.91 C \ ANISOU30725 CG GLU I 106 23105 21625 22866 280 1318 229 C \ ATOM 30726 CD GLU I 106 -63.263 -78.460 71.424 1.00197.03 C \ ANISOU30726 CD GLU I 106 25496 24139 25229 260 1291 254 C \ ATOM 30727 OE1 GLU I 106 -63.957 -77.696 70.714 1.00189.26 O \ ANISOU30727 OE1 GLU I 106 24496 23217 24200 268 1294 257 O \ ATOM 30728 OE2 GLU I 106 -63.646 -78.900 72.532 1.00191.35 O \ ANISOU30728 OE2 GLU I 106 24765 23431 24507 241 1266 272 O \ ATOM 30729 N GLY I 107 -63.786 -81.687 70.402 1.00168.77 N \ ANISOU30729 N GLY I 107 22008 20492 21626 118 1283 215 N \ ATOM 30730 CA GLY I 107 -65.154 -82.172 70.582 1.00169.09 C \ ANISOU30730 CA GLY I 107 22037 20601 21610 54 1256 230 C \ ATOM 30731 C GLY I 107 -66.257 -81.148 70.369 1.00173.49 C \ ANISOU30731 C GLY I 107 22544 21267 22107 61 1246 246 C \ ATOM 30732 O GLY I 107 -65.982 -79.966 70.133 1.00172.99 O \ ANISOU30732 O GLY I 107 22459 21224 22046 120 1259 249 O \ ATOM 30733 N ALA I 108 -67.523 -81.602 70.455 1.00170.54 N \ ANISOU30733 N ALA I 108 22152 20963 21683 1 1223 257 N \ ATOM 30734 CA ALA I 108 -68.707 -80.757 70.269 1.00170.51 C \ ANISOU30734 CA ALA I 108 22093 21071 21620 4 1209 273 C \ ATOM 30735 C ALA I 108 -69.127 -80.070 71.579 1.00174.40 C \ ANISOU30735 C ALA I 108 22534 21618 22112 34 1198 305 C \ ATOM 30736 O ALA I 108 -69.243 -80.734 72.614 1.00174.18 O \ ANISOU30736 O ALA I 108 22507 21580 22095 1 1188 322 O \ ATOM 30737 CB ALA I 108 -69.858 -81.584 69.716 1.00171.81 C \ ANISOU30737 CB ALA I 108 22256 21292 21733 -78 1188 266 C \ ATOM 30738 N THR I 109 -69.345 -78.737 71.525 1.00170.71 N \ ANISOU30738 N THR I 109 22027 21205 21630 97 1200 314 N \ ATOM 30739 CA THR I 109 -69.752 -77.917 72.674 1.00170.29 C \ ANISOU30739 CA THR I 109 21924 21206 21572 137 1193 336 C \ ATOM 30740 C THR I 109 -71.283 -77.861 72.757 1.00174.49 C \ ANISOU30740 C THR I 109 22399 21856 22043 106 1174 351 C \ ATOM 30741 O THR I 109 -71.949 -77.633 71.742 1.00174.22 O \ ANISOU30741 O THR I 109 22349 21875 21971 100 1167 345 O \ ATOM 30742 CB THR I 109 -69.140 -76.501 72.592 1.00177.43 C \ ANISOU30742 CB THR I 109 22820 22095 22500 225 1206 334 C \ ATOM 30743 OG1 THR I 109 -67.787 -76.577 72.136 1.00176.96 O \ ANISOU30743 OG1 THR I 109 22808 21935 22492 245 1226 318 O \ ATOM 30744 CG2 THR I 109 -69.192 -75.758 73.925 1.00175.48 C \ ANISOU30744 CG2 THR I 109 22539 21874 22263 271 1201 348 C \ ATOM 30745 N VAL I 110 -71.833 -78.075 73.969 1.00171.14 N \ ANISOU30745 N VAL I 110 21942 21477 21607 85 1167 371 N \ ATOM 30746 CA VAL I 110 -73.279 -78.050 74.224 1.00171.27 C \ ANISOU30746 CA VAL I 110 21895 21613 21569 54 1153 386 C \ ATOM 30747 C VAL I 110 -73.600 -76.855 75.140 1.00174.51 C \ ANISOU30747 C VAL I 110 22252 22084 21970 127 1157 396 C \ ATOM 30748 O VAL I 110 -72.928 -76.652 76.156 1.00173.61 O \ ANISOU30748 O VAL I 110 22152 21930 21884 159 1165 400 O \ ATOM 30749 CB VAL I 110 -73.833 -79.388 74.799 1.00175.62 C \ ANISOU30749 CB VAL I 110 22446 22180 22103 -43 1145 401 C \ ATOM 30750 CG1 VAL I 110 -75.356 -79.436 74.702 1.00176.01 C \ ANISOU30750 CG1 VAL I 110 22426 22356 22095 -88 1132 411 C \ ATOM 30751 CG2 VAL I 110 -73.225 -80.602 74.094 1.00175.51 C \ ANISOU30751 CG2 VAL I 110 22501 22071 22114 -105 1144 387 C \ ATOM 30752 N PHE I 111 -74.620 -76.063 74.760 1.00171.14 N \ ANISOU30752 N PHE I 111 21767 21755 21504 157 1149 397 N \ ATOM 30753 CA PHE I 111 -75.060 -74.876 75.492 1.00170.87 C \ ANISOU30753 CA PHE I 111 21679 21784 21458 232 1152 401 C \ ATOM 30754 C PHE I 111 -76.442 -75.120 76.111 1.00174.95 C \ ANISOU30754 C PHE I 111 22121 22426 21925 196 1148 415 C \ ATOM 30755 O PHE I 111 -77.465 -74.974 75.436 1.00174.74 O \ ANISOU30755 O PHE I 111 22044 22486 21863 187 1134 417 O \ ATOM 30756 CB PHE I 111 -75.072 -73.630 74.576 1.00172.58 C \ ANISOU30756 CB PHE I 111 21887 22009 21676 312 1148 393 C \ ATOM 30757 CG PHE I 111 -73.875 -73.468 73.664 1.00173.66 C \ ANISOU30757 CG PHE I 111 22092 22039 21852 332 1155 382 C \ ATOM 30758 CD1 PHE I 111 -72.697 -72.896 74.129 1.00176.25 C \ ANISOU30758 CD1 PHE I 111 22457 22279 22230 385 1170 375 C \ ATOM 30759 CD2 PHE I 111 -73.937 -73.864 72.333 1.00175.80 C \ ANISOU30759 CD2 PHE I 111 22386 22302 22107 298 1148 378 C \ ATOM 30760 CE1 PHE I 111 -71.594 -72.742 73.282 1.00176.76 C \ ANISOU30760 CE1 PHE I 111 22577 22252 22332 400 1181 366 C \ ATOM 30761 CE2 PHE I 111 -72.834 -73.708 71.488 1.00178.22 C \ ANISOU30761 CE2 PHE I 111 22754 22517 22446 316 1161 367 C \ ATOM 30762 CZ PHE I 111 -71.672 -73.147 71.968 1.00175.85 C \ ANISOU30762 CZ PHE I 111 22484 22132 22198 367 1179 363 C \ ATOM 30763 N TYR I 112 -76.460 -75.509 77.398 1.00171.59 N \ ANISOU30763 N TYR I 112 21688 22013 21497 173 1158 427 N \ ATOM 30764 CA TYR I 112 -77.682 -75.803 78.149 1.00172.10 C \ ANISOU30764 CA TYR I 112 21683 22195 21514 133 1162 442 C \ ATOM 30765 C TYR I 112 -78.393 -74.519 78.598 1.00176.08 C \ ANISOU30765 C TYR I 112 22117 22792 21995 220 1168 435 C \ ATOM 30766 O TYR I 112 -77.772 -73.457 78.650 1.00175.40 O \ ANISOU30766 O TYR I 112 22049 22660 21934 310 1171 419 O \ ATOM 30767 CB TYR I 112 -77.368 -76.697 79.362 1.00173.50 C \ ANISOU30767 CB TYR I 112 21885 22346 21691 76 1173 461 C \ ATOM 30768 CG TYR I 112 -77.003 -78.119 78.995 1.00175.58 C \ ANISOU30768 CG TYR I 112 22204 22537 21969 -22 1164 473 C \ ATOM 30769 CD1 TYR I 112 -75.688 -78.470 78.701 1.00175.86 C \ ANISOU30769 CD1 TYR I 112 22322 22442 22056 -15 1162 464 C \ ATOM 30770 CD2 TYR I 112 -77.968 -79.120 78.959 1.00178.25 C \ ANISOU30770 CD2 TYR I 112 22514 22939 22274 -122 1160 491 C \ ATOM 30771 CE1 TYR I 112 -75.346 -79.779 78.362 1.00176.88 C \ ANISOU30771 CE1 TYR I 112 22506 22499 22202 -98 1154 471 C \ ATOM 30772 CE2 TYR I 112 -77.639 -80.432 78.621 1.00179.22 C \ ANISOU30772 CE2 TYR I 112 22695 22986 22414 -212 1151 499 C \ ATOM 30773 CZ TYR I 112 -76.326 -80.757 78.322 1.00184.77 C \ ANISOU30773 CZ TYR I 112 23482 23554 23167 -197 1148 488 C \ ATOM 30774 OH TYR I 112 -76.001 -82.050 77.993 1.00185.59 O \ ANISOU30774 OH TYR I 112 23645 23579 23290 -279 1139 492 O \ ATOM 30775 N THR I 113 -79.713 -74.614 78.875 1.00173.13 N \ ANISOU30775 N THR I 113 21661 22547 21574 193 1170 445 N \ ATOM 30776 CA THR I 113 -80.563 -73.502 79.325 1.00173.19 C \ ANISOU30776 CA THR I 113 21590 22659 21555 273 1178 436 C \ ATOM 30777 C THR I 113 -81.680 -74.051 80.233 1.00177.70 C \ ANISOU30777 C THR I 113 22086 23354 22078 215 1195 452 C \ ATOM 30778 O THR I 113 -82.401 -74.965 79.832 1.00177.85 O \ ANISOU30778 O THR I 113 22074 23426 22075 123 1186 467 O \ ATOM 30779 CB THR I 113 -81.131 -72.704 78.122 1.00180.35 C \ ANISOU30779 CB THR I 113 22459 23608 22458 328 1157 427 C \ ATOM 30780 OG1 THR I 113 -80.076 -72.346 77.226 1.00178.54 O \ ANISOU30780 OG1 THR I 113 22305 23263 22269 364 1145 418 O \ ATOM 30781 CG2 THR I 113 -81.875 -71.442 78.549 1.00179.19 C \ ANISOU30781 CG2 THR I 113 22240 23549 22294 430 1164 415 C \ ATOM 30782 N CYS I 114 -81.819 -73.489 81.448 1.00174.25 N \ ANISOU30782 N CYS I 114 21620 22963 21624 265 1219 446 N \ ATOM 30783 CA CYS I 114 -82.834 -73.895 82.428 1.00174.79 C \ ANISOU30783 CA CYS I 114 21616 23155 21642 218 1243 460 C \ ATOM 30784 C CYS I 114 -84.227 -73.377 82.014 1.00180.59 C \ ANISOU30784 C CYS I 114 22240 24033 22345 246 1241 454 C \ ATOM 30785 O CYS I 114 -84.321 -72.426 81.235 1.00180.09 O \ ANISOU30785 O CYS I 114 22160 23968 22297 331 1224 435 O \ ATOM 30786 CB CYS I 114 -82.451 -73.413 83.825 1.00174.73 C \ ANISOU30786 CB CYS I 114 21620 23148 21623 269 1270 451 C \ ATOM 30787 SG CYS I 114 -83.563 -73.977 85.139 1.00179.36 S \ ANISOU30787 SG CYS I 114 22128 23881 22140 205 1307 473 S \ ATOM 30788 N THR I 115 -85.299 -74.013 82.532 1.00178.92 N \ ANISOU30788 N THR I 115 21950 23942 22088 172 1259 472 N \ ATOM 30789 CA THR I 115 -86.693 -73.641 82.253 1.00180.06 C \ ANISOU30789 CA THR I 115 21975 24239 22200 188 1259 468 C \ ATOM 30790 C THR I 115 -87.350 -72.977 83.473 1.00186.07 C \ ANISOU30790 C THR I 115 22661 25113 22925 249 1299 456 C \ ATOM 30791 O THR I 115 -88.162 -72.067 83.299 1.00186.14 O \ ANISOU30791 O THR I 115 22586 25215 22923 333 1300 436 O \ ATOM 30792 CB THR I 115 -87.523 -74.859 81.806 1.00187.57 C \ ANISOU30792 CB THR I 115 22880 25259 23129 53 1249 495 C \ ATOM 30793 OG1 THR I 115 -87.465 -75.874 82.808 1.00186.64 O \ ANISOU30793 OG1 THR I 115 22780 25144 22989 -46 1277 522 O \ ATOM 30794 CG2 THR I 115 -87.081 -75.418 80.462 1.00185.49 C \ ANISOU30794 CG2 THR I 115 22676 24907 22895 2 1207 498 C \ ATOM 30795 N SER I 116 -87.009 -73.444 84.695 1.00183.87 N \ ANISOU30795 N SER I 116 22412 24826 22624 208 1332 468 N \ ATOM 30796 CA SER I 116 -87.557 -72.954 85.966 1.00184.84 C \ ANISOU30796 CA SER I 116 22474 25055 22703 253 1376 457 C \ ATOM 30797 C SER I 116 -87.092 -71.528 86.305 1.00189.66 C \ ANISOU30797 C SER I 116 23103 25630 23329 403 1381 413 C \ ATOM 30798 O SER I 116 -87.886 -70.749 86.839 1.00189.77 O \ ANISOU30798 O SER I 116 23036 25754 23313 477 1407 389 O \ ATOM 30799 CB SER I 116 -87.182 -73.897 87.106 1.00188.47 C \ ANISOU30799 CB SER I 116 22979 25500 23133 164 1404 486 C \ ATOM 30800 OG SER I 116 -87.806 -73.524 88.325 1.00197.88 O \ ANISOU30800 OG SER I 116 24106 26810 24270 194 1450 477 O \ ATOM 30801 N CYS I 117 -85.814 -71.196 86.020 1.00186.40 N \ ANISOU30801 N CYS I 117 22795 25065 22964 445 1357 401 N \ ATOM 30802 CA CYS I 117 -85.238 -69.879 86.308 1.00186.35 C \ ANISOU30802 CA CYS I 117 22820 25005 22980 577 1357 360 C \ ATOM 30803 C CYS I 117 -84.781 -69.158 85.027 1.00190.86 C \ ANISOU30803 C CYS I 117 23426 25486 23606 643 1319 348 C \ ATOM 30804 O CYS I 117 -84.853 -67.929 84.964 1.00190.55 O \ ANISOU30804 O CYS I 117 23371 25447 23580 759 1317 316 O \ ATOM 30805 CB CYS I 117 -84.095 -69.995 87.313 1.00186.10 C \ ANISOU30805 CB CYS I 117 22878 24879 22951 574 1367 355 C \ ATOM 30806 SG CYS I 117 -82.674 -70.956 86.726 1.00188.93 S \ ANISOU30806 SG CYS I 117 23357 25068 23361 492 1335 384 S \ ATOM 30807 N GLY I 118 -84.308 -69.923 84.042 1.00187.77 N \ ANISOU30807 N GLY I 118 23085 25017 23243 571 1291 373 N \ ATOM 30808 CA GLY I 118 -83.808 -69.397 82.776 1.00187.47 C \ ANISOU30808 CA GLY I 118 23088 24891 23250 617 1256 367 C \ ATOM 30809 C GLY I 118 -82.343 -69.026 82.874 1.00191.32 C \ ANISOU30809 C GLY I 118 23681 25227 23785 654 1250 354 C \ ATOM 30810 O GLY I 118 -81.973 -67.869 82.651 1.00190.64 O \ ANISOU30810 O GLY I 118 23616 25091 23728 755 1242 331 O \ ATOM 30811 N TYR I 119 -81.507 -70.018 83.227 1.00188.15 N \ ANISOU30811 N TYR I 119 23345 24750 23392 573 1252 371 N \ ATOM 30812 CA TYR I 119 -80.065 -69.886 83.427 1.00187.50 C \ ANISOU30812 CA TYR I 119 23359 24529 23354 591 1246 362 C \ ATOM 30813 C TYR I 119 -79.293 -70.535 82.264 1.00191.32 C \ ANISOU30813 C TYR I 119 23906 24910 23878 537 1223 378 C \ ATOM 30814 O TYR I 119 -79.438 -71.737 82.024 1.00191.05 O \ ANISOU30814 O TYR I 119 23878 24881 23833 439 1220 403 O \ ATOM 30815 CB TYR I 119 -79.692 -70.509 84.793 1.00188.73 C \ ANISOU30815 CB TYR I 119 23539 24683 23487 548 1265 369 C \ ATOM 30816 CG TYR I 119 -78.261 -70.970 84.961 1.00189.88 C \ ANISOU30816 CG TYR I 119 23779 24694 23674 521 1253 374 C \ ATOM 30817 CD1 TYR I 119 -77.242 -70.060 85.225 1.00191.52 C \ ANISOU30817 CD1 TYR I 119 24036 24813 23920 598 1246 346 C \ ATOM 30818 CD2 TYR I 119 -77.940 -72.324 84.948 1.00190.52 C \ ANISOU30818 CD2 TYR I 119 23896 24737 23756 418 1248 407 C \ ATOM 30819 CE1 TYR I 119 -75.927 -70.482 85.416 1.00191.96 C \ ANISOU30819 CE1 TYR I 119 24169 24753 24015 575 1234 351 C \ ATOM 30820 CE2 TYR I 119 -76.631 -72.758 85.147 1.00190.90 C \ ANISOU30820 CE2 TYR I 119 24025 24664 23843 401 1236 412 C \ ATOM 30821 CZ TYR I 119 -75.626 -71.833 85.375 1.00198.20 C \ ANISOU30821 CZ TYR I 119 24991 25510 24806 479 1229 384 C \ ATOM 30822 OH TYR I 119 -74.331 -72.252 85.569 1.00198.86 O \ ANISOU30822 OH TYR I 119 25146 25480 24931 463 1215 388 O \ ATOM 30823 N LYS I 120 -78.473 -69.727 81.552 1.00187.61 N \ ANISOU30823 N LYS I 120 23484 24345 23454 602 1210 363 N \ ATOM 30824 CA LYS I 120 -77.638 -70.159 80.421 1.00186.98 C \ ANISOU30824 CA LYS I 120 23467 24164 23413 567 1193 373 C \ ATOM 30825 C LYS I 120 -76.480 -71.050 80.903 1.00191.02 C \ ANISOU30825 C LYS I 120 24049 24578 23953 510 1196 379 C \ ATOM 30826 O LYS I 120 -76.182 -71.070 82.100 1.00190.75 O \ ANISOU30826 O LYS I 120 24023 24541 23912 516 1206 375 O \ ATOM 30827 CB LYS I 120 -77.098 -68.943 79.642 1.00188.95 C \ ANISOU30827 CB LYS I 120 23744 24346 23701 655 1184 357 C \ ATOM 30828 CG LYS I 120 -78.112 -68.302 78.693 1.00201.55 C \ ANISOU30828 CG LYS I 120 25287 26015 25276 698 1171 361 C \ ATOM 30829 CD LYS I 120 -78.115 -68.957 77.307 1.00210.33 C \ ANISOU30829 CD LYS I 120 26418 27108 26388 640 1153 378 C \ ATOM 30830 CE LYS I 120 -79.112 -68.329 76.360 1.00219.82 C \ ANISOU30830 CE LYS I 120 27569 28387 27566 682 1134 385 C \ ATOM 30831 NZ LYS I 120 -78.647 -67.012 75.847 1.00227.95 N \ ANISOU30831 NZ LYS I 120 28628 29356 28625 781 1127 379 N \ ATOM 30832 N PHE I 121 -75.847 -71.805 79.977 1.00187.54 N \ ANISOU30832 N PHE I 121 23658 24059 23539 457 1187 389 N \ ATOM 30833 CA PHE I 121 -74.754 -72.734 80.293 1.00187.09 C \ ANISOU30833 CA PHE I 121 23666 23906 23513 404 1187 396 C \ ATOM 30834 C PHE I 121 -73.852 -72.978 79.074 1.00190.35 C \ ANISOU30834 C PHE I 121 24136 24218 23969 393 1180 392 C \ ATOM 30835 O PHE I 121 -74.254 -72.699 77.943 1.00189.87 O \ ANISOU30835 O PHE I 121 24064 24178 23902 401 1174 390 O \ ATOM 30836 CB PHE I 121 -75.349 -74.070 80.789 1.00189.37 C \ ANISOU30836 CB PHE I 121 23942 24242 23768 307 1189 421 C \ ATOM 30837 CG PHE I 121 -74.564 -74.865 81.806 1.00190.94 C \ ANISOU30837 CG PHE I 121 24187 24381 23979 268 1191 434 C \ ATOM 30838 CD1 PHE I 121 -74.361 -74.373 83.090 1.00194.16 C \ ANISOU30838 CD1 PHE I 121 24590 24806 24375 308 1198 431 C \ ATOM 30839 CD2 PHE I 121 -74.124 -76.150 81.517 1.00193.20 C \ ANISOU30839 CD2 PHE I 121 24523 24602 24284 189 1184 451 C \ ATOM 30840 CE1 PHE I 121 -73.673 -75.127 84.046 1.00195.13 C \ ANISOU30840 CE1 PHE I 121 24757 24881 24505 272 1195 448 C \ ATOM 30841 CE2 PHE I 121 -73.445 -76.908 82.476 1.00196.09 C \ ANISOU30841 CE2 PHE I 121 24932 24913 24661 156 1181 469 C \ ATOM 30842 CZ PHE I 121 -73.217 -76.388 83.732 1.00194.24 C \ ANISOU30842 CZ PHE I 121 24691 24697 24413 198 1185 470 C \ ATOM 30843 N ARG I 122 -72.626 -73.489 79.320 1.00186.50 N \ ANISOU30843 N ARG I 122 23709 23627 23525 376 1180 391 N \ ATOM 30844 CA ARG I 122 -71.623 -73.825 78.304 1.00185.88 C \ ANISOU30844 CA ARG I 122 23686 23449 23491 364 1180 385 C \ ATOM 30845 C ARG I 122 -70.654 -74.878 78.872 1.00189.50 C \ ANISOU30845 C ARG I 122 24195 23826 23982 319 1178 391 C \ ATOM 30846 O ARG I 122 -69.841 -74.565 79.747 1.00188.90 O \ ANISOU30846 O ARG I 122 24135 23704 23933 354 1177 387 O \ ATOM 30847 CB ARG I 122 -70.871 -72.567 77.817 1.00185.56 C \ ANISOU30847 CB ARG I 122 23662 23355 23488 445 1184 367 C \ ATOM 30848 CG ARG I 122 -69.953 -72.821 76.626 1.00194.87 C \ ANISOU30848 CG ARG I 122 24890 24448 24705 434 1190 361 C \ ATOM 30849 CD ARG I 122 -69.277 -71.551 76.145 1.00203.41 C \ ANISOU30849 CD ARG I 122 25985 25482 25821 506 1197 349 C \ ATOM 30850 NE ARG I 122 -67.837 -71.736 75.949 1.00210.39 N \ ANISOU30850 NE ARG I 122 26918 26259 26764 506 1208 340 N \ ATOM 30851 CZ ARG I 122 -67.273 -72.146 74.816 1.00223.26 C \ ANISOU30851 CZ ARG I 122 28580 27837 28410 484 1220 336 C \ ATOM 30852 NH1 ARG I 122 -68.022 -72.431 73.757 1.00211.19 N \ ANISOU30852 NH1 ARG I 122 27049 26353 26842 456 1220 340 N \ ATOM 30853 NH2 ARG I 122 -65.957 -72.279 74.734 1.00208.45 N \ ANISOU30853 NH2 ARG I 122 26741 25871 26591 489 1232 326 N \ ATOM 30854 N THR I 123 -70.777 -76.133 78.391 1.00186.00 N \ ANISOU30854 N THR I 123 23774 23363 23534 243 1176 401 N \ ATOM 30855 CA THR I 123 -69.952 -77.275 78.805 1.00185.57 C \ ANISOU30855 CA THR I 123 23770 23227 23511 197 1172 410 C \ ATOM 30856 C THR I 123 -69.704 -78.181 77.591 1.00189.02 C \ ANISOU30856 C THR I 123 24247 23609 23965 147 1173 401 C \ ATOM 30857 O THR I 123 -70.640 -78.506 76.857 1.00188.82 O \ ANISOU30857 O THR I 123 24203 23638 23902 102 1170 401 O \ ATOM 30858 CB THR I 123 -70.613 -78.023 79.995 1.00192.91 C \ ANISOU30858 CB THR I 123 24685 24208 24404 143 1165 438 C \ ATOM 30859 OG1 THR I 123 -70.623 -77.157 81.128 1.00192.03 O \ ANISOU30859 OG1 THR I 123 24547 24136 24281 197 1166 439 O \ ATOM 30860 CG2 THR I 123 -69.885 -79.317 80.376 1.00190.96 C \ ANISOU30860 CG2 THR I 123 24494 23876 24187 90 1157 454 C \ ATOM 30861 N ASN I 124 -68.435 -78.576 77.388 1.00185.07 N \ ANISOU30861 N ASN I 124 23798 23001 23519 157 1176 390 N \ ATOM 30862 CA ASN I 124 -68.019 -79.458 76.302 1.00184.82 C \ ANISOU30862 CA ASN I 124 23812 22904 23509 118 1182 374 C \ ATOM 30863 C ASN I 124 -68.315 -80.919 76.670 1.00189.03 C \ ANISOU30863 C ASN I 124 24372 23415 24034 36 1170 391 C \ ATOM 30864 O ASN I 124 -68.928 -81.633 75.874 1.00189.01 O \ ANISOU30864 O ASN I 124 24380 23426 24009 -23 1168 384 O \ ATOM 30865 CB ASN I 124 -66.534 -79.260 75.988 1.00184.61 C \ ANISOU30865 CB ASN I 124 23822 22775 23546 167 1194 355 C \ ATOM 30866 CG ASN I 124 -66.155 -79.656 74.586 1.00204.84 C \ ANISOU30866 CG ASN I 124 26418 25289 26121 152 1209 329 C \ ATOM 30867 OD1 ASN I 124 -65.800 -80.806 74.309 1.00197.42 O \ ANISOU30867 OD1 ASN I 124 25521 24288 25202 110 1209 320 O \ ATOM 30868 ND2 ASN I 124 -66.213 -78.704 73.669 1.00196.97 N \ ANISOU30868 ND2 ASN I 124 25409 24319 25113 190 1223 315 N \ ATOM 30869 N ASN I 125 -67.886 -81.354 77.881 1.00185.36 N \ ANISOU30869 N ASN I 125 23922 22918 23589 33 1160 413 N \ ATOM 30870 CA ASN I 125 -68.077 -82.712 78.409 1.00210.23 C \ ANISOU30870 CA ASN I 125 27105 26037 26736 -41 1147 437 C \ ATOM 30871 C ASN I 125 -68.288 -82.675 79.926 1.00226.01 C \ ANISOU30871 C ASN I 125 29087 28074 28715 -42 1136 474 C \ ATOM 30872 O ASN I 125 -68.630 -83.687 80.538 1.00182.30 O \ ANISOU30872 O ASN I 125 23571 22529 23165 -106 1125 505 O \ ATOM 30873 CB ASN I 125 -66.880 -83.604 78.060 1.00210.82 C \ ANISOU30873 CB ASN I 125 27245 25986 26873 -42 1145 425 C \ ATOM 30874 CG ASN I 125 -66.730 -83.877 76.587 1.00232.84 C \ ANISOU30874 CG ASN I 125 30058 28737 29674 -53 1159 387 C \ ATOM 30875 OD1 ASN I 125 -67.356 -84.782 76.029 1.00227.20 O \ ANISOU30875 OD1 ASN I 125 29364 28022 28938 -123 1155 383 O \ ATOM 30876 ND2 ASN I 125 -65.896 -83.095 75.922 1.00224.38 N \ ANISOU30876 ND2 ASN I 125 28986 27635 28633 12 1176 359 N \ """, "4c3j.interface.24") 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. I & i. 2-67') cmd.show('cartoon', 'dom') cmd.spectrum('count', 'rainbow', 'dom') cmd.create('partner', 'c. M & i. 8-114') cmd.show('cartoon', 'partner') cmd.select('inter_resi', 'c. M & i. 27 | c. M & i. 28 | c. M & i. 29 | c. M & i. 30 | c. M & i. 31 | c. M & i. 59 | c. M & i. 60 | c. M & i. 100 | c. M & i. 102 | c. M & i. 104') 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()