cmd.read_pdbstr("""\\nATOM 22762 N PRO J 11 -122.939 -90.394 -18.001 1.00105.83 N \ ANISOU22762 N PRO J 11 11394 12611 16204 2175 2803 -1654 N \ ATOM 22763 CA PRO J 11 -121.471 -90.303 -18.198 1.00106.80 C \ ANISOU22763 CA PRO J 11 11653 12685 16242 2116 2685 -1774 C \ ATOM 22764 C PRO J 11 -120.770 -91.388 -17.398 1.00110.15 C \ ANISOU22764 C PRO J 11 12228 13371 16255 2113 2705 -1833 C \ ATOM 22765 O PRO J 11 -120.458 -91.165 -16.233 1.00117.28 O \ ANISOU22765 O PRO J 11 13129 14432 17000 2217 2788 -2098 O \ ATOM 22766 CB PRO J 11 -121.099 -88.929 -17.632 1.00101.19 C \ ANISOU22766 CB PRO J 11 10854 11836 15760 2224 2719 -2115 C \ ATOM 22767 CG PRO J 11 -122.285 -88.561 -16.764 1.00105.65 C \ ANISOU22767 CG PRO J 11 11264 12474 16403 2363 2891 -2243 C \ ATOM 22768 CD PRO J 11 -123.511 -89.215 -17.337 1.00103.66 C \ ANISOU22768 CD PRO J 11 10955 12250 16182 2319 2918 -1895 C \ ATOM 22769 N VAL J 12 -120.458 -92.506 -18.041 1.00103.70 N \ ANISOU22769 N VAL J 12 11520 12599 15281 1991 2626 -1599 N \ ATOM 22770 CA VAL J 12 -120.022 -93.706 -17.347 1.00103.11 C \ ANISOU22770 CA VAL J 12 11548 12758 14870 1985 2658 -1565 C \ ATOM 22771 C VAL J 12 -118.722 -93.550 -16.578 1.00105.82 C \ ANISOU22771 C VAL J 12 11983 13203 15022 2025 2636 -1802 C \ ATOM 22772 O VAL J 12 -117.706 -93.126 -17.115 1.00106.32 O \ ANISOU22772 O VAL J 12 12116 13125 15156 1970 2524 -1881 O \ ATOM 22773 CB VAL J 12 -119.862 -94.879 -18.349 1.00115.00 C \ ANISOU22773 CB VAL J 12 13136 14230 16330 1833 2569 -1294 C \ ATOM 22774 CG1 VAL J 12 -119.275 -96.114 -17.675 1.00116.75 C \ ANISOU22774 CG1 VAL J 12 13446 14643 16272 1824 2595 -1242 C \ ATOM 22775 CG2 VAL J 12 -121.179 -95.207 -19.001 1.00113.01 C \ ANISOU22775 CG2 VAL J 12 12785 13937 16218 1782 2594 -1062 C \ ATOM 22776 N ASP J 13 -118.777 -93.855 -15.292 1.00109.00 N \ ANISOU22776 N ASP J 13 12364 13878 15175 2121 2744 -1910 N \ ATOM 22777 CA ASP J 13 -117.575 -93.903 -14.479 1.00111.67 C \ ANISOU22777 CA ASP J 13 12774 14386 15271 2148 2723 -2098 C \ ATOM 22778 C ASP J 13 -116.849 -95.229 -14.631 1.00106.40 C \ ANISOU22778 C ASP J 13 12216 13807 14405 2062 2665 -1872 C \ ATOM 22779 O ASP J 13 -117.417 -96.274 -14.338 1.00112.03 O \ ANISOU22779 O ASP J 13 12899 14669 14997 2058 2731 -1649 O \ ATOM 22780 CB ASP J 13 -117.922 -93.675 -13.017 1.00117.36 C \ ANISOU22780 CB ASP J 13 13394 15423 15774 2280 2863 -2304 C \ ATOM 22781 CG ASP J 13 -118.112 -92.236 -12.706 1.00121.45 C \ ANISOU22781 CG ASP J 13 13814 15852 16480 2369 2906 -2659 C \ ATOM 22782 OD1 ASP J 13 -117.334 -91.417 -13.240 1.00122.78 O1- \ ANISOU22782 OD1 ASP J 13 14022 15781 16847 2334 2805 -2817 O1- \ ATOM 22783 OD2 ASP J 13 -119.056 -91.921 -11.963 1.00125.41 O \ ANISOU22783 OD2 ASP J 13 14183 16506 16961 2471 3045 -2775 O \ ATOM 22784 N VAL J 14 -115.604 -95.183 -15.087 1.00 94.49 N \ ANISOU22784 N VAL J 14 10815 12192 12894 1994 2547 -1925 N \ ATOM 22785 CA VAL J 14 -114.760 -96.378 -15.161 1.00 88.56 C \ ANISOU22785 CA VAL J 14 10156 11514 11979 1922 2497 -1749 C \ ATOM 22786 C VAL J 14 -113.610 -96.312 -14.159 1.00 89.68 C \ ANISOU22786 C VAL J 14 10330 11868 11876 1970 2484 -1912 C \ ATOM 22787 O VAL J 14 -112.878 -95.320 -14.106 1.00 90.13 O \ ANISOU22787 O VAL J 14 10412 11863 11972 1986 2426 -2167 O \ ATOM 22788 CB VAL J 14 -114.169 -96.641 -16.592 1.00100.44 C \ ANISOU22788 CB VAL J 14 11754 12755 13654 1786 2368 -1634 C \ ATOM 22789 CG1 VAL J 14 -113.071 -97.715 -16.546 1.00 80.35 C \ ANISOU22789 CG1 VAL J 14 9294 10272 10962 1729 2321 -1528 C \ ATOM 22790 CG2 VAL J 14 -115.266 -96.984 -17.596 1.00 94.55 C \ ANISOU22790 CG2 VAL J 14 10963 11866 13095 1713 2373 -1434 C \ ATOM 22791 N SER J 15 -113.490 -97.340 -13.328 1.00 93.57 N \ ANISOU22791 N SER J 15 10799 12625 12129 1992 2540 -1756 N \ ATOM 22792 CA SER J 15 -112.331 -97.475 -12.448 1.00 99.18 C \ ANISOU22792 CA SER J 15 11527 13569 12586 2016 2514 -1840 C \ ATOM 22793 C SER J 15 -111.256 -98.368 -13.081 1.00 97.07 C \ ANISOU22793 C SER J 15 11360 13178 12346 1921 2417 -1659 C \ ATOM 22794 O SER J 15 -111.550 -99.409 -13.671 1.00 96.51 O \ ANISOU22794 O SER J 15 11296 12996 12377 1857 2422 -1394 O \ ATOM 22795 CB SER J 15 -112.718 -98.052 -11.098 1.00105.66 C \ ANISOU22795 CB SER J 15 12229 14804 13113 2097 2628 -1745 C \ ATOM 22796 OG SER J 15 -111.547 -98.243 -10.329 1.00110.45 O \ ANISOU22796 OG SER J 15 12840 15657 13470 2105 2588 -1786 O \ ATOM 22797 N VAL J 16 -110.014 -97.909 -13.028 1.00 93.96 N \ ANISOU22797 N VAL J 16 11031 12777 11892 1906 2327 -1826 N \ ATOM 22798 CA VAL J 16 -108.911 -98.648 -13.608 1.00 91.80 C \ ANISOU22798 CA VAL J 16 10844 12386 11651 1823 2238 -1687 C \ ATOM 22799 C VAL J 16 -107.908 -99.012 -12.531 1.00 93.91 C \ ANISOU22799 C VAL J 16 11083 12947 11650 1858 2230 -1673 C \ ATOM 22800 O VAL J 16 -107.715 -98.271 -11.572 1.00 92.74 O \ ANISOU22800 O VAL J 16 10886 13044 11307 1924 2245 -1891 O \ ATOM 22801 CB VAL J 16 -108.241 -97.850 -14.767 1.00 80.48 C \ ANISOU22801 CB VAL J 16 9509 10645 10425 1751 2121 -1841 C \ ATOM 22802 CG1 VAL J 16 -106.948 -98.488 -15.214 1.00 79.20 C \ ANISOU22802 CG1 VAL J 16 9425 10409 10259 1679 2035 -1751 C \ ATOM 22803 CG2 VAL J 16 -109.204 -97.696 -15.932 1.00 79.36 C \ ANISOU22803 CG2 VAL J 16 9369 10250 10534 1697 2120 -1773 C \ ATOM 22804 N SER J 17 -107.317-100.191 -12.683 1.00 98.77 N \ ANISOU22804 N SER J 17 11710 13550 12269 1810 2211 -1412 N \ ATOM 22805 CA SER J 17 -106.171-100.607 -11.900 1.00104.34 C \ ANISOU22805 CA SER J 17 12389 14482 12772 1822 2178 -1346 C \ ATOM 22806 C SER J 17 -105.189-101.274 -12.872 1.00104.12 C \ ANISOU22806 C SER J 17 12447 14187 12929 1734 2096 -1225 C \ ATOM 22807 O SER J 17 -105.573-102.196 -13.601 1.00101.82 O \ ANISOU22807 O SER J 17 12155 13698 12836 1681 2123 -1023 O \ ATOM 22808 CB SER J 17 -106.591-101.593 -10.809 1.00110.68 C \ ANISOU22808 CB SER J 17 13047 15619 13387 1874 2274 -1061 C \ ATOM 22809 OG SER J 17 -107.565-101.038 -9.936 1.00118.40 O \ ANISOU22809 OG SER J 17 13931 16874 14183 1954 2363 -1170 O \ ATOM 22810 N ILE J 18 -103.941-100.791 -12.887 1.00101.85 N \ ANISOU22810 N ILE J 18 12220 13895 12583 1716 2002 -1371 N \ ATOM 22811 CA ILE J 18 -102.858-101.354 -13.698 1.00 92.91 C \ ANISOU22811 CA ILE J 18 11156 12552 11595 1642 1927 -1281 C \ ATOM 22812 C ILE J 18 -101.939-102.144 -12.763 1.00 87.97 C \ ANISOU22812 C ILE J 18 10452 12170 10803 1667 1925 -1086 C \ ATOM 22813 O ILE J 18 -101.555-101.661 -11.700 1.00 85.91 O \ ANISOU22813 O ILE J 18 10139 12223 10282 1718 1911 -1175 O \ ATOM 22814 CB ILE J 18 -101.993-100.225 -14.382 1.00 85.05 C \ ANISOU22814 CB ILE J 18 10267 11386 10664 1602 1814 -1554 C \ ATOM 22815 CG1 ILE J 18 -102.834 -99.353 -15.311 1.00 77.67 C \ ANISOU22815 CG1 ILE J 18 9379 10222 9911 1576 1806 -1711 C \ ATOM 22816 CG2 ILE J 18 -100.850-100.803 -15.207 1.00 77.27 C \ ANISOU22816 CG2 ILE J 18 9340 10213 9808 1529 1746 -1466 C \ ATOM 22817 CD1 ILE J 18 -102.996 -99.873 -16.676 1.00 75.91 C \ ANISOU22817 CD1 ILE J 18 9202 9726 9915 1487 1791 -1603 C \ ATOM 22818 N PHE J 19 -101.617-103.383 -13.109 1.00 88.90 N \ ANISOU22818 N PHE J 19 10535 12166 11076 1630 1944 -816 N \ ATOM 22819 CA PHE J 19 -100.583-104.059 -12.337 1.00 96.81 C \ ANISOU22819 CA PHE J 19 11452 13363 11967 1648 1926 -614 C \ ATOM 22820 C PHE J 19 -99.340-104.270 -13.211 1.00 99.99 C \ ANISOU22820 C PHE J 19 11933 13514 12544 1585 1847 -640 C \ ATOM 22821 O PHE J 19 -99.387-105.027 -14.180 1.00 97.10 O \ ANISOU22821 O PHE J 19 11585 12856 12451 1529 1869 -551 O \ ATOM 22822 CB PHE J 19 -101.033-105.416 -11.827 1.00 96.72 C \ ANISOU22822 CB PHE J 19 11285 13439 12025 1669 2019 -225 C \ ATOM 22823 CG PHE J 19 -102.176-105.373 -10.885 1.00 94.49 C \ ANISOU22823 CG PHE J 19 10893 13450 11557 1733 2105 -136 C \ ATOM 22824 CD1 PHE J 19 -103.455-105.125 -11.343 1.00 92.78 C \ ANISOU22824 CD1 PHE J 19 10711 13101 11439 1731 2163 -225 C \ ATOM 22825 CD2 PHE J 19 -101.982-105.596 -9.539 1.00 96.37 C \ ANISOU22825 CD2 PHE J 19 10977 14128 11512 1792 2130 54 C \ ATOM 22826 CE1 PHE J 19 -104.529-105.105 -10.476 1.00 91.71 C \ ANISOU22826 CE1 PHE J 19 10464 13242 11138 1794 2252 -136 C \ ATOM 22827 CE2 PHE J 19 -103.048-105.569 -8.661 1.00 96.99 C \ ANISOU22827 CE2 PHE J 19 10935 14519 11397 1851 2219 141 C \ ATOM 22828 CZ PHE J 19 -104.321-105.323 -9.134 1.00 94.48 C \ ANISOU22828 CZ PHE J 19 10661 14040 11196 1855 2283 40 C \ ATOM 22829 N ILE J 20 -98.237-103.605 -12.865 1.00101.10 N \ ANISOU22829 N ILE J 20 12107 13781 12527 1589 1758 -777 N \ ATOM 22830 CA ILE J 20 -97.004-103.685 -13.650 1.00 95.92 C \ ANISOU22830 CA ILE J 20 11520 12913 12014 1534 1680 -815 C \ ATOM 22831 C ILE J 20 -96.206-104.898 -13.213 1.00 93.36 C \ ANISOU22831 C ILE J 20 11079 12654 11741 1542 1698 -496 C \ ATOM 22832 O ILE J 20 -95.783-104.988 -12.062 1.00 82.37 O \ ANISOU22832 O ILE J 20 9582 11590 10124 1588 1686 -362 O \ ATOM 22833 CB ILE J 20 -96.100-102.406 -13.468 1.00 92.23 C \ ANISOU22833 CB ILE J 20 11124 12538 11381 1531 1567 -1095 C \ ATOM 22834 CG1 ILE J 20 -96.881-101.107 -13.736 1.00 89.43 C \ ANISOU22834 CG1 ILE J 20 10846 12128 11007 1534 1551 -1404 C \ ATOM 22835 CG2 ILE J 20 -94.869-102.463 -14.338 1.00 78.00 C \ ANISOU22835 CG2 ILE J 20 9388 10517 9733 1472 1490 -1123 C \ ATOM 22836 CD1 ILE J 20 -97.016-100.747 -15.204 1.00 85.97 C \ ANISOU22836 CD1 ILE J 20 10513 11331 10822 1466 1521 -1517 C \ ATOM 22837 N ASN J 21 -95.983-105.821 -14.145 1.00 91.41 N \ ANISOU22837 N ASN J 21 10831 12102 11798 1495 1728 -380 N \ ATOM 22838 CA ASN J 21 -95.178-107.010 -13.863 1.00 92.72 C \ ANISOU22838 CA ASN J 21 10868 12254 12105 1502 1753 -76 C \ ATOM 22839 C ASN J 21 -93.706-106.840 -14.166 1.00 97.01 C \ ANISOU22839 C ASN J 21 11450 12736 12672 1477 1668 -138 C \ ATOM 22840 O ASN J 21 -92.845-107.236 -13.384 1.00 95.96 O \ ANISOU22840 O ASN J 21 11210 12784 12468 1507 1645 70 O \ ATOM 22841 CB ASN J 21 -95.707-108.205 -14.622 1.00 91.17 C \ ANISOU22841 CB ASN J 21 10612 11754 12275 1467 1846 74 C \ ATOM 22842 CG ASN J 21 -96.942-108.745 -14.011 1.00101.01 C \ ANISOU22842 CG ASN J 21 11746 13103 13528 1503 1937 279 C \ ATOM 22843 OD1 ASN J 21 -97.014-108.915 -12.802 1.00108.18 O \ ANISOU22843 OD1 ASN J 21 12528 14327 14247 1564 1954 511 O \ ATOM 22844 ND2 ASN J 21 -97.950-108.973 -14.820 1.00103.90 N \ ANISOU22844 ND2 ASN J 21 12147 13242 14088 1460 1992 198 N \ ATOM 22845 N LYS J 22 -93.425-106.236 -15.310 1.00103.11 N \ ANISOU22845 N LYS J 22 12364 13273 13541 1419 1620 -406 N \ ATOM 22846 CA LYS J 22 -92.060-106.136 -15.786 1.00109.51 C \ ANISOU22846 CA LYS J 22 13208 13986 14415 1388 1550 -464 C \ ATOM 22847 C LYS J 22 -91.932-104.908 -16.714 1.00111.57 C \ ANISOU22847 C LYS J 22 13625 14131 14636 1336 1470 -794 C \ ATOM 22848 O LYS J 22 -92.767-104.706 -17.614 1.00109.58 O \ ANISOU22848 O LYS J 22 13438 13712 14487 1294 1498 -926 O \ ATOM 22849 CB LYS J 22 -91.754-107.454 -16.520 1.00112.00 C \ ANISOU22849 CB LYS J 22 13446 14027 15081 1358 1625 -308 C \ ATOM 22850 CG LYS J 22 -90.330-107.771 -16.974 1.00110.05 C \ ANISOU22850 CG LYS J 22 13180 13657 14975 1336 1590 -292 C \ ATOM 22851 CD LYS J 22 -90.377-109.135 -17.698 1.00105.85 C \ ANISOU22851 CD LYS J 22 12548 12832 14839 1309 1698 -180 C \ ATOM 22852 CE LYS J 22 -89.085-109.484 -18.422 1.00101.08 C \ ANISOU22852 CE LYS J 22 11924 12052 14430 1280 1688 -225 C \ ATOM 22853 NZ LYS J 22 -87.957-109.748 -17.503 1.00101.09 N1- \ ANISOU22853 NZ LYS J 22 11818 12194 14395 1334 1650 17 N1- \ ATOM 22854 N ILE J 23 -90.910-104.077 -16.471 1.00110.75 N \ ANISOU22854 N ILE J 23 13560 14131 14388 1336 1367 -906 N \ ATOM 22855 CA ILE J 23 -90.512-103.032 -17.419 1.00 99.86 C \ ANISOU22855 CA ILE J 23 12294 12613 13037 1281 1286 -1158 C \ ATOM 22856 C ILE J 23 -89.084-103.364 -17.875 1.00 92.29 C \ ANISOU22856 C ILE J 23 11322 11562 12181 1251 1242 -1111 C \ ATOM 22857 O ILE J 23 -88.138-103.391 -17.072 1.00 86.09 O \ ANISOU22857 O ILE J 23 10483 10937 11289 1279 1191 -1021 O \ ATOM 22858 CB ILE J 23 -90.514-101.610 -16.820 1.00 97.02 C \ ANISOU22858 CB ILE J 23 11980 12415 12468 1298 1196 -1369 C \ ATOM 22859 CG1 ILE J 23 -91.814-101.302 -16.084 1.00 97.13 C \ ANISOU22859 CG1 ILE J 23 11977 12578 12350 1346 1247 -1413 C \ ATOM 22860 CG2 ILE J 23 -90.208-100.573 -17.911 1.00 94.07 C \ ANISOU22860 CG2 ILE J 23 11694 11854 12194 1237 1119 -1580 C \ ATOM 22861 CD1 ILE J 23 -91.801 -99.944 -15.361 1.00 95.46 C \ ANISOU22861 CD1 ILE J 23 11780 12539 11953 1369 1173 -1659 C \ ATOM 22862 N TYR J 24 -88.933-103.654 -19.158 1.00 91.13 N \ ANISOU22862 N TYR J 24 11206 11184 12234 1190 1267 -1167 N \ ATOM 22863 CA TYR J 24 -87.643-104.088 -19.657 1.00 92.18 C \ ANISOU22863 CA TYR J 24 11311 11225 12490 1165 1249 -1124 C \ ATOM 22864 C TYR J 24 -87.374-103.653 -21.095 1.00 87.61 C \ ANISOU22864 C TYR J 24 10793 10481 12014 1086 1225 -1298 C \ ATOM 22865 O TYR J 24 -88.228-103.054 -21.733 1.00 84.09 O \ ANISOU22865 O TYR J 24 10403 9992 11556 1047 1221 -1426 O \ ATOM 22866 CB TYR J 24 -87.557-105.613 -19.554 1.00 95.18 C \ ANISOU22866 CB TYR J 24 11575 11514 13073 1187 1357 -909 C \ ATOM 22867 CG TYR J 24 -88.527-106.365 -20.445 1.00 91.87 C \ ANISOU22867 CG TYR J 24 11142 10903 12862 1146 1463 -947 C \ ATOM 22868 CD1 TYR J 24 -89.846-106.526 -20.088 1.00 87.41 C \ ANISOU22868 CD1 TYR J 24 10570 10370 12272 1164 1518 -907 C \ ATOM 22869 CD2 TYR J 24 -88.115-106.882 -21.670 1.00 95.31 C \ ANISOU22869 CD2 TYR J 24 11561 11143 13509 1083 1508 -1048 C \ ATOM 22870 CE1 TYR J 24 -90.723-107.219 -20.906 1.00 89.12 C \ ANISOU22870 CE1 TYR J 24 10762 10415 12685 1116 1608 -951 C \ ATOM 22871 CE2 TYR J 24 -88.992-107.567 -22.502 1.00 94.81 C \ ANISOU22871 CE2 TYR J 24 11468 10928 13627 1032 1601 -1123 C \ ATOM 22872 CZ TYR J 24 -90.291-107.732 -22.111 1.00 89.95 C \ ANISOU22872 CZ TYR J 24 10846 10334 12995 1047 1646 -1070 C \ ATOM 22873 OH TYR J 24 -91.154-108.410 -22.930 1.00 83.10 O \ ANISOU22873 OH TYR J 24 9940 9322 12313 987 1731 -1153 O \ ATOM 22874 N GLY J 25 -86.205-104.004 -21.612 1.00 87.74 N \ ANISOU22874 N GLY J 25 10778 10424 12136 1062 1216 -1280 N \ ATOM 22875 CA GLY J 25 -85.925-103.794 -23.018 1.00 90.30 C \ ANISOU22875 CA GLY J 25 11125 10631 12554 983 1214 -1419 C \ ATOM 22876 C GLY J 25 -86.064-102.395 -23.601 1.00 89.22 C \ ANISOU22876 C GLY J 25 11063 10526 12312 934 1116 -1567 C \ ATOM 22877 O GLY J 25 -86.820-102.173 -24.583 1.00 80.53 O \ ANISOU22877 O GLY J 25 9977 9378 11243 873 1137 -1656 O \ ATOM 22878 N VAL J 26 -85.285-101.475 -23.020 1.00 91.19 N \ ANISOU22878 N VAL J 26 11335 10856 12458 955 1007 -1580 N \ ATOM 22879 CA VAL J 26 -85.192-100.078 -23.454 1.00 90.88 C \ ANISOU22879 CA VAL J 26 11334 10820 12376 913 902 -1696 C \ ATOM 22880 C VAL J 26 -84.491 -99.900 -24.833 1.00 85.19 C \ ANISOU22880 C VAL J 26 10589 10035 11742 833 882 -1726 C \ ATOM 22881 O VAL J 26 -83.318-100.244 -25.006 1.00 89.41 O \ ANISOU22881 O VAL J 26 11089 10566 12315 826 872 -1685 O \ ATOM 22882 CB VAL J 26 -84.404 -99.297 -22.416 1.00 89.39 C \ ANISOU22882 CB VAL J 26 11150 10727 12088 951 795 -1715 C \ ATOM 22883 CG1 VAL J 26 -84.321 -97.889 -22.806 1.00 69.45 C \ ANISOU22883 CG1 VAL J 26 8640 8165 9582 910 691 -1831 C \ ATOM 22884 CG2 VAL J 26 -85.058 -99.428 -21.121 1.00 70.53 C \ ANISOU22884 CG2 VAL J 26 8762 8461 9575 1020 816 -1699 C \ ATOM 22885 N ASN J 27 -85.191 -99.354 -25.815 1.00 84.46 N \ ANISOU22885 N ASN J 27 10498 9920 11674 770 876 -1781 N \ ATOM 22886 CA ASN J 27 -84.545 -99.011 -27.080 1.00 92.81 C \ ANISOU22886 CA ASN J 27 11509 10980 12775 689 845 -1791 C \ ATOM 22887 C ASN J 27 -84.137 -97.540 -27.046 1.00101.53 C \ ANISOU22887 C ASN J 27 12608 12084 13885 673 712 -1794 C \ ATOM 22888 O ASN J 27 -84.986 -96.655 -27.154 1.00106.38 O \ ANISOU22888 O ASN J 27 13222 12678 14521 659 672 -1814 O \ ATOM 22889 CB ASN J 27 -85.479 -99.284 -28.272 1.00 94.86 C \ ANISOU22889 CB ASN J 27 11732 11260 13049 613 910 -1822 C \ ATOM 22890 CG ASN J 27 -84.811 -99.027 -29.638 1.00 95.77 C \ ANISOU22890 CG ASN J 27 11769 11450 13170 519 888 -1821 C \ ATOM 22891 OD1 ASN J 27 -84.023 -98.097 -29.801 1.00100.99 O \ ANISOU22891 OD1 ASN J 27 12405 12129 13837 502 791 -1775 O \ ATOM 22892 ND2 ASN J 27 -85.177 -99.818 -30.632 1.00 92.65 N \ ANISOU22892 ND2 ASN J 27 11317 11115 12769 452 978 -1878 N \ ATOM 22893 N THR J 28 -82.848 -97.262 -26.892 1.00102.19 N \ ANISOU22893 N THR J 28 12672 12174 13983 674 643 -1771 N \ ATOM 22894 CA THR J 28 -82.436 -95.871 -26.782 1.00101.43 C \ ANISOU22894 CA THR J 28 12553 12049 13935 657 514 -1782 C \ ATOM 22895 C THR J 28 -82.743 -95.066 -28.036 1.00103.80 C \ ANISOU22895 C THR J 28 12783 12343 14313 575 477 -1732 C \ ATOM 22896 O THR J 28 -83.212 -93.928 -27.935 1.00108.01 O \ ANISOU22896 O THR J 28 13291 12814 14934 569 402 -1741 O \ ATOM 22897 CB THR J 28 -80.974 -95.743 -26.460 1.00 97.68 C \ ANISOU22897 CB THR J 28 12056 11588 13471 663 443 -1757 C \ ATOM 22898 OG1 THR J 28 -80.254 -96.653 -27.280 1.00100.02 O \ ANISOU22898 OG1 THR J 28 12314 11919 13768 633 510 -1695 O \ ATOM 22899 CG2 THR J 28 -80.738 -96.083 -25.013 1.00 95.54 C \ ANISOU22899 CG2 THR J 28 11829 11356 13118 740 434 -1792 C \ ATOM 22900 N LEU J 29 -82.519 -95.637 -29.212 1.00103.33 N \ ANISOU22900 N LEU J 29 12670 12359 14232 511 532 -1680 N \ ATOM 22901 CA LEU J 29 -82.792 -94.858 -30.405 1.00110.87 C \ ANISOU22901 CA LEU J 29 13527 13368 15231 424 491 -1595 C \ ATOM 22902 C LEU J 29 -84.258 -94.475 -30.572 1.00114.72 C \ ANISOU22902 C LEU J 29 14008 13841 15737 412 505 -1588 C \ ATOM 22903 O LEU J 29 -84.560 -93.282 -30.743 1.00118.68 O \ ANISOU22903 O LEU J 29 14445 14293 16356 390 419 -1514 O \ ATOM 22904 CB LEU J 29 -82.322 -95.574 -31.665 1.00116.20 C \ ANISOU22904 CB LEU J 29 14123 14191 15835 348 557 -1563 C \ ATOM 22905 CG LEU J 29 -81.396 -94.694 -32.509 1.00124.39 C \ ANISOU22905 CG LEU J 29 15040 15305 16915 279 469 -1435 C \ ATOM 22906 CD1 LEU J 29 -81.150 -95.359 -33.831 1.00128.67 C \ ANISOU22906 CD1 LEU J 29 15482 16056 17350 194 546 -1423 C \ ATOM 22907 CD2 LEU J 29 -81.980 -93.289 -32.737 1.00126.38 C \ ANISOU22907 CD2 LEU J 29 15216 15515 17286 245 364 -1310 C \ ATOM 22908 N GLU J 30 -85.155 -95.459 -30.459 1.00112.61 N \ ANISOU22908 N GLU J 30 13796 13598 15392 430 610 -1655 N \ ATOM 22909 CA GLU J 30 -86.594 -95.261 -30.688 1.00107.91 C \ ANISOU22909 CA GLU J 30 13188 13008 14803 413 636 -1643 C \ ATOM 22910 C GLU J 30 -87.285 -94.645 -29.508 1.00100.55 C \ ANISOU22910 C GLU J 30 12320 11951 13935 497 607 -1692 C \ ATOM 22911 O GLU J 30 -88.451 -94.273 -29.599 1.00 96.20 O \ ANISOU22911 O GLU J 30 11748 11381 13422 494 617 -1674 O \ ATOM 22912 CB GLU J 30 -87.296 -96.569 -31.011 1.00112.90 C \ ANISOU22912 CB GLU J 30 13841 13708 15347 395 759 -1707 C \ ATOM 22913 CG GLU J 30 -87.043 -97.103 -32.375 1.00119.69 C \ ANISOU22913 CG GLU J 30 14606 14730 16139 291 802 -1704 C \ ATOM 22914 CD GLU J 30 -87.938 -98.284 -32.674 1.00127.78 C \ ANISOU22914 CD GLU J 30 15634 15801 17115 263 918 -1803 C \ ATOM 22915 OE1 GLU J 30 -88.696 -98.742 -31.766 1.00123.36 O \ ANISOU22915 OE1 GLU J 30 15155 15130 16586 333 967 -1843 O \ ATOM 22916 OE2 GLU J 30 -87.877 -98.744 -33.833 1.00136.61 O1- \ ANISOU22916 OE2 GLU J 30 16657 17085 18165 165 961 -1845 O1- \ ATOM 22917 N GLN J 31 -86.563 -94.597 -28.393 1.00103.22 N \ ANISOU22917 N GLN J 31 12722 12229 14270 570 577 -1762 N \ ATOM 22918 CA GLN J 31 -87.080 -94.077 -27.141 1.00108.42 C \ ANISOU22918 CA GLN J 31 13429 12815 14951 651 557 -1854 C \ ATOM 22919 C GLN J 31 -88.303 -94.898 -26.716 1.00111.67 C \ ANISOU22919 C GLN J 31 13894 13253 15281 693 662 -1885 C \ ATOM 22920 O GLN J 31 -89.432 -94.409 -26.688 1.00115.83 O \ ANISOU22920 O GLN J 31 14405 13746 15858 703 673 -1896 O \ ATOM 22921 CB GLN J 31 -87.349 -92.577 -27.256 1.00111.87 C \ ANISOU22921 CB GLN J 31 13791 13151 15563 637 463 -1851 C \ ATOM 22922 CG GLN J 31 -86.047 -91.775 -27.337 1.00116.65 C \ ANISOU22922 CG GLN J 31 14342 13708 16273 610 353 -1834 C \ ATOM 22923 CD GLN J 31 -86.278 -90.291 -27.498 1.00123.71 C \ ANISOU22923 CD GLN J 31 15129 14463 17412 591 260 -1816 C \ ATOM 22924 OE1 GLN J 31 -86.843 -89.650 -26.621 1.00125.82 O \ ANISOU22924 OE1 GLN J 31 15400 14634 17773 648 247 -1953 O \ ATOM 22925 NE2 GLN J 31 -85.850 -89.736 -28.620 1.00128.49 N \ ANISOU22925 NE2 GLN J 31 15617 15062 18140 511 200 -1645 N \ ATOM 22926 N THR J 32 -88.026 -96.158 -26.386 1.00110.52 N \ ANISOU22926 N THR J 32 13795 13159 15039 719 740 -1884 N \ ATOM 22927 CA THR J 32 -88.989 -97.259 -26.264 1.00105.69 C \ ANISOU22927 CA THR J 32 13209 12571 14378 737 854 -1874 C \ ATOM 22928 C THR J 32 -88.667 -98.122 -25.049 1.00102.88 C \ ANISOU22928 C THR J 32 12893 12247 13950 818 902 -1869 C \ ATOM 22929 O THR J 32 -87.508 -98.229 -24.657 1.00107.30 O \ ANISOU22929 O THR J 32 13453 12828 14488 837 864 -1856 O \ ATOM 22930 CB THR J 32 -88.910 -98.111 -27.580 1.00 77.77 C \ ANISOU22930 CB THR J 32 9627 9064 10858 650 914 -1843 C \ ATOM 22931 OG1 THR J 32 -90.053 -97.829 -28.388 1.00 83.15 O \ ANISOU22931 OG1 THR J 32 10269 9769 11557 592 928 -1829 O \ ATOM 22932 CG2 THR J 32 -88.850 -99.608 -27.338 1.00 75.17 C \ ANISOU22932 CG2 THR J 32 9308 8728 10527 672 1024 -1845 C \ ATOM 22933 N TYR J 33 -89.680 -98.720 -24.436 1.00 95.68 N \ ANISOU22933 N TYR J 33 11997 11356 13003 864 981 -1854 N \ ATOM 22934 CA TYR J 33 -89.457 -99.669 -23.340 1.00 96.36 C \ ANISOU22934 CA TYR J 33 12085 11498 13028 935 1037 -1790 C \ ATOM 22935 C TYR J 33 -90.626-100.661 -23.346 1.00 99.25 C \ ANISOU22935 C TYR J 33 12436 11848 13427 943 1150 -1732 C \ ATOM 22936 O TYR J 33 -91.635-100.435 -24.012 1.00101.53 O \ ANISOU22936 O TYR J 33 12725 12100 13753 902 1171 -1768 O \ ATOM 22937 CB TYR J 33 -89.268 -98.960 -21.982 1.00 96.18 C \ ANISOU22937 CB TYR J 33 12075 11583 12884 1008 978 -1833 C \ ATOM 22938 CG TYR J 33 -90.267 -97.852 -21.762 1.00104.50 C \ ANISOU22938 CG TYR J 33 13141 12638 13926 1024 951 -1947 C \ ATOM 22939 CD1 TYR J 33 -90.107 -96.622 -22.382 1.00106.91 C \ ANISOU22939 CD1 TYR J 33 13441 12858 14323 982 864 -2037 C \ ATOM 22940 CD2 TYR J 33 -91.383 -98.029 -20.963 1.00107.16 C \ ANISOU22940 CD2 TYR J 33 13475 13052 14190 1082 1018 -1949 C \ ATOM 22941 CE1 TYR J 33 -91.020 -95.614 -22.220 1.00103.43 C \ ANISOU22941 CE1 TYR J 33 12985 12381 13931 1000 847 -2135 C \ ATOM 22942 CE2 TYR J 33 -92.302 -97.008 -20.792 1.00104.00 C \ ANISOU22942 CE2 TYR J 33 13070 12637 13807 1101 1004 -2067 C \ ATOM 22943 CZ TYR J 33 -92.102 -95.812 -21.426 1.00 99.79 C \ ANISOU22943 CZ TYR J 33 12527 11991 13396 1061 920 -2162 C \ ATOM 22944 OH TYR J 33 -92.983 -94.791 -21.284 1.00 96.00 O \ ANISOU22944 OH TYR J 33 12019 11463 12992 1083 911 -2272 O \ ATOM 22945 N LYS J 34 -90.439-101.832 -22.757 1.00 97.52 N \ ANISOU22945 N LYS J 34 12183 11642 13229 983 1223 -1623 N \ ATOM 22946 CA LYS J 34 -91.517-102.803 -22.732 1.00 97.24 C \ ANISOU22946 CA LYS J 34 12112 11569 13265 988 1329 -1554 C \ ATOM 22947 C LYS J 34 -92.180-102.862 -21.376 1.00 99.12 C \ ANISOU22947 C LYS J 34 12336 11930 13394 1074 1357 -1465 C \ ATOM 22948 O LYS J 34 -91.503-102.841 -20.342 1.00 98.73 O \ ANISOU22948 O LYS J 34 12268 12005 13241 1133 1328 -1395 O \ ATOM 22949 CB LYS J 34 -91.040-104.192 -23.174 1.00103.20 C \ ANISOU22949 CB LYS J 34 12799 12219 14194 963 1413 -1484 C \ ATOM 22950 CG LYS J 34 -90.763-104.312 -24.694 1.00111.03 C \ ANISOU22950 CG LYS J 34 13779 13118 15289 862 1421 -1612 C \ ATOM 22951 CD LYS J 34 -90.439-105.750 -25.104 1.00113.33 C \ ANISOU22951 CD LYS J 34 13980 13287 15793 838 1526 -1595 C \ ATOM 22952 CE LYS J 34 -90.177-105.890 -26.591 1.00112.78 C \ ANISOU22952 CE LYS J 34 13879 13178 15794 732 1545 -1764 C \ ATOM 22953 NZ LYS J 34 -89.889-107.317 -26.925 1.00113.57 N1- \ ANISOU22953 NZ LYS J 34 13871 13139 16142 713 1661 -1793 N1- \ ATOM 22954 N VAL J 35 -93.512-102.899 -21.379 1.00100.77 N \ ANISOU22954 N VAL J 35 12543 12136 13611 1077 1411 -1465 N \ ATOM 22955 CA VAL J 35 -94.255-103.127 -20.148 1.00 98.85 C \ ANISOU22955 CA VAL J 35 12263 12028 13268 1155 1461 -1360 C \ ATOM 22956 C VAL J 35 -95.223-104.286 -20.281 1.00102.77 C \ ANISOU22956 C VAL J 35 12695 12451 13903 1147 1570 -1233 C \ ATOM 22957 O VAL J 35 -95.997-104.354 -21.233 1.00102.13 O \ ANISOU22957 O VAL J 35 12624 12255 13926 1084 1598 -1302 O \ ATOM 22958 CB VAL J 35 -94.994-101.913 -19.714 1.00 91.36 C \ ANISOU22958 CB VAL J 35 11353 11177 12184 1189 1423 -1483 C \ ATOM 22959 CG1 VAL J 35 -95.743-102.205 -18.435 1.00 87.58 C \ ANISOU22959 CG1 VAL J 35 10819 10882 11577 1270 1486 -1382 C \ ATOM 22960 CG2 VAL J 35 -94.000-100.809 -19.516 1.00 93.67 C \ ANISOU22960 CG2 VAL J 35 11686 11521 12385 1195 1315 -1619 C \ ATOM 22961 N ASP J 36 -95.079-105.236 -19.357 1.00102.51 N \ ANISOU22961 N ASP J 36 12575 12488 13887 1202 1628 -1030 N \ ATOM 22962 CA ASP J 36 -95.965-106.371 -19.203 1.00 98.72 C \ ANISOU22962 CA ASP J 36 12000 11949 13558 1208 1733 -861 C \ ATOM 22963 C ASP J 36 -96.685-106.194 -17.877 1.00102.53 C \ ANISOU22963 C ASP J 36 12436 12667 13853 1292 1759 -729 C \ ATOM 22964 O ASP J 36 -96.056-105.907 -16.854 1.00 76.11 O \ ANISOU22964 O ASP J 36 9064 9536 10317 1351 1722 -662 O \ ATOM 22965 CB ASP J 36 -95.142-107.665 -19.208 1.00 96.02 C \ ANISOU22965 CB ASP J 36 11554 11491 13441 1204 1784 -689 C \ ATOM 22966 CG ASP J 36 -95.986-108.925 -19.066 1.00 97.41 C \ ANISOU22966 CG ASP J 36 11600 11561 13852 1205 1896 -497 C \ ATOM 22967 OD1 ASP J 36 -96.344-109.293 -17.934 1.00 94.92 O1- \ ANISOU22967 OD1 ASP J 36 11189 11398 13480 1275 1934 -256 O1- \ ATOM 22968 OD2 ASP J 36 -96.261-109.585 -20.093 1.00102.20 O \ ANISOU22968 OD2 ASP J 36 12179 11940 14712 1131 1947 -585 O \ ATOM 22969 N GLY J 37 -97.999-106.394 -17.906 1.00101.50 N \ ANISOU22969 N GLY J 37 12279 12520 13767 1291 1826 -695 N \ ATOM 22970 CA GLY J 37 -98.839-106.326 -16.723 1.00102.73 C \ ANISOU22970 CA GLY J 37 12368 12907 13756 1368 1872 -563 C \ ATOM 22971 C GLY J 37 -100.296-106.626 -17.031 1.00102.58 C \ ANISOU22971 C GLY J 37 12319 12809 13845 1350 1948 -532 C \ ATOM 22972 O GLY J 37 -100.608-107.157 -18.099 1.00102.80 O \ ANISOU22972 O GLY J 37 12352 12601 14108 1273 1972 -573 O \ ATOM 22973 N TYR J 38 -101.200-106.276 -16.118 1.00100.67 N \ ANISOU22973 N TYR J 38 12038 12784 13430 1416 1987 -476 N \ ATOM 22974 CA TYR J 38 -102.622-106.533 -16.348 1.00 95.29 C \ ANISOU22974 CA TYR J 38 11318 12042 12846 1404 2060 -430 C \ ATOM 22975 C TYR J 38 -103.384-105.223 -16.174 1.00 87.81 C \ ANISOU22975 C TYR J 38 10438 11217 11708 1439 2041 -630 C \ ATOM 22976 O TYR J 38 -103.044-104.451 -15.273 1.00 85.59 O \ ANISOU22976 O TYR J 38 10164 11169 11187 1507 2014 -708 O \ ATOM 22977 CB TYR J 38 -103.158-107.520 -15.315 1.00 97.81 C \ ANISOU22977 CB TYR J 38 11476 12513 13177 1460 2152 -111 C \ ATOM 22978 CG TYR J 38 -102.425-108.844 -15.183 1.00 94.72 C \ ANISOU22978 CG TYR J 38 10963 12026 13001 1447 2183 154 C \ ATOM 22979 CD1 TYR J 38 -101.249-108.937 -14.442 1.00 90.27 C \ ANISOU22979 CD1 TYR J 38 10355 11625 12317 1490 2146 271 C \ ATOM 22980 CD2 TYR J 38 -102.935-110.000 -15.740 1.00 90.78 C \ ANISOU22980 CD2 TYR J 38 10369 11279 12846 1394 2252 296 C \ ATOM 22981 CE1 TYR J 38 -100.608-110.120 -14.287 1.00 88.04 C \ ANISOU22981 CE1 TYR J 38 9937 11250 12265 1487 2179 541 C \ ATOM 22982 CE2 TYR J 38 -102.289-111.199 -15.582 1.00 89.01 C \ ANISOU22982 CE2 TYR J 38 10004 10937 12877 1389 2290 541 C \ ATOM 22983 CZ TYR J 38 -101.121-111.253 -14.857 1.00 89.61 C \ ANISOU22983 CZ TYR J 38 10037 11169 12843 1439 2254 677 C \ ATOM 22984 OH TYR J 38 -100.450-112.449 -14.706 1.00 92.87 O \ ANISOU22984 OH TYR J 38 10287 11447 13552 1439 2294 949 O \ ATOM 22985 N ILE J 39 -104.432-104.998 -16.978 1.00 82.01 N \ ANISOU22985 N ILE J 39 9729 10340 11090 1394 2059 -711 N \ ATOM 22986 CA ILE J 39 -105.318-103.862 -16.743 1.00 81.49 C \ ANISOU22986 CA ILE J 39 9689 10375 10899 1439 2063 -857 C \ ATOM 22987 C ILE J 39 -106.580-104.437 -16.183 1.00 85.33 C \ ANISOU22987 C ILE J 39 10071 10958 11395 1477 2165 -678 C \ ATOM 22988 O ILE J 39 -107.072-105.453 -16.670 1.00 85.64 O \ ANISOU22988 O ILE J 39 10054 10854 11633 1422 2210 -523 O \ ATOM 22989 CB ILE J 39 -105.955-103.149 -18.004 1.00 78.54 C \ ANISOU22989 CB ILE J 39 9379 9802 10660 1367 2024 -1020 C \ ATOM 22990 CG1 ILE J 39 -105.522-103.690 -19.340 1.00 81.29 C \ ANISOU22990 CG1 ILE J 39 9761 9928 11199 1250 1981 -1035 C \ ATOM 22991 CG2 ILE J 39 -106.010-101.570 -17.889 1.00 75.37 C \ ANISOU22991 CG2 ILE J 39 9029 9450 10160 1411 1971 -1248 C \ ATOM 22992 CD1 ILE J 39 -106.544-103.311 -20.397 1.00 83.92 C \ ANISOU22992 CD1 ILE J 39 10093 10150 11645 1177 1972 -1098 C \ ATOM 22993 N VAL J 40 -107.151-103.753 -15.202 1.00 87.30 N \ ANISOU22993 N VAL J 40 10281 11444 11444 1567 2206 -721 N \ ATOM 22994 CA VAL J 40 -108.500-104.063 -14.818 1.00 90.02 C \ ANISOU22994 CA VAL J 40 10530 11874 11800 1601 2302 -586 C \ ATOM 22995 C VAL J 40 -109.277-102.781 -15.026 1.00 89.42 C \ ANISOU22995 C VAL J 40 10496 11788 11692 1628 2298 -818 C \ ATOM 22996 O VAL J 40 -108.851-101.739 -14.541 1.00 87.44 O \ ANISOU22996 O VAL J 40 10278 11658 11288 1683 2266 -1030 O \ ATOM 22997 CB VAL J 40 -108.599-104.446 -13.366 1.00 99.67 C \ ANISOU22997 CB VAL J 40 11627 13440 12803 1693 2377 -407 C \ ATOM 22998 CG1 VAL J 40 -109.866-105.243 -13.170 1.00 83.43 C \ ANISOU22998 CG1 VAL J 40 9448 11409 10842 1702 2479 -163 C \ ATOM 22999 CG2 VAL J 40 -107.379-105.259 -12.942 1.00 82.96 C \ ANISOU22999 CG2 VAL J 40 9473 11397 10653 1688 2349 -231 C \ ATOM 23000 N ALA J 41 -110.379-102.836 -15.772 1.00 94.05 N \ ANISOU23000 N ALA J 41 11067 12220 12449 1585 2326 -786 N \ ATOM 23001 CA ALA J 41 -111.274-101.679 -15.922 1.00 96.76 C \ ANISOU23001 CA ALA J 41 11411 12550 12802 1619 2336 -955 C \ ATOM 23002 C ALA J 41 -112.655-102.071 -15.440 1.00100.52 C \ ANISOU23002 C ALA J 41 11775 13135 13282 1663 2447 -799 C \ ATOM 23003 O ALA J 41 -113.173-103.088 -15.860 1.00 99.64 O \ ANISOU23003 O ALA J 41 11617 12929 13312 1602 2476 -597 O \ ATOM 23004 CB ALA J 41 -111.340-101.241 -17.354 1.00 95.19 C \ ANISOU23004 CB ALA J 41 11277 12084 12805 1521 2256 -1044 C \ ATOM 23005 N GLN J 42 -113.278-101.250 -14.602 1.00107.02 N \ ANISOU23005 N GLN J 42 12542 14146 13972 1764 2511 -910 N \ ATOM 23006 CA GLN J 42 -114.583-101.594 -14.016 1.00109.19 C \ ANISOU23006 CA GLN J 42 12695 14570 14223 1819 2628 -757 C \ ATOM 23007 C GLN J 42 -115.656-100.523 -14.249 1.00101.27 C \ ANISOU23007 C GLN J 42 11661 13509 13308 1859 2663 -912 C \ ATOM 23008 O GLN J 42 -115.357 -99.335 -14.232 1.00 94.78 O \ ANISOU23008 O GLN J 42 10875 12658 12478 1899 2630 -1175 O \ ATOM 23009 CB GLN J 42 -114.436-101.850 -12.514 1.00117.63 C \ ANISOU23009 CB GLN J 42 13665 16022 15007 1920 2711 -689 C \ ATOM 23010 CG GLN J 42 -115.709-102.299 -11.824 1.00131.10 C \ ANISOU23010 CG GLN J 42 15222 17929 16662 1979 2839 -493 C \ ATOM 23011 CD GLN J 42 -115.475-102.660 -10.356 1.00144.81 C \ ANISOU23011 CD GLN J 42 16833 20103 18084 2066 2917 -377 C \ ATOM 23012 OE1 GLN J 42 -114.328-102.847 -9.933 1.00148.69 O \ ANISOU23012 OE1 GLN J 42 17347 20723 18427 2064 2866 -376 O \ ATOM 23013 NE2 GLN J 42 -116.562-102.746 -9.568 1.00148.60 N \ ANISOU23013 NE2 GLN J 42 17165 20845 18450 2140 3040 -267 N \ ATOM 23014 N TRP J 43 -116.887-100.952 -14.520 1.00100.05 N \ ANISOU23014 N TRP J 43 11428 13310 13277 1843 2725 -741 N \ ATOM 23015 CA TRP J 43 -118.036-100.048 -14.554 1.00101.86 C \ ANISOU23015 CA TRP J 43 11591 13525 13587 1898 2783 -838 C \ ATOM 23016 C TRP J 43 -119.281-100.747 -14.105 1.00102.85 C \ ANISOU23016 C TRP J 43 11588 13781 13711 1929 2896 -610 C \ ATOM 23017 O TRP J 43 -119.277-101.955 -13.948 1.00109.05 O \ ANISOU23017 O TRP J 43 12335 14615 14482 1889 2917 -361 O \ ATOM 23018 CB TRP J 43 -118.245 -99.430 -15.935 1.00 99.76 C \ ANISOU23018 CB TRP J 43 11375 12955 13574 1811 2692 -902 C \ ATOM 23019 CG TRP J 43 -118.487-100.339 -17.069 1.00 96.71 C \ ANISOU23019 CG TRP J 43 11004 12390 13352 1673 2635 -707 C \ ATOM 23020 CD1 TRP J 43 -119.673-100.651 -17.673 1.00 96.63 C \ ANISOU23020 CD1 TRP J 43 10915 12302 13497 1618 2659 -556 C \ ATOM 23021 CD2 TRP J 43 -117.493-101.064 -17.739 1.00101.91 C \ ANISOU23021 CD2 TRP J 43 11748 12936 14036 1567 2547 -670 C \ ATOM 23022 NE1 TRP J 43 -119.465-101.518 -18.715 1.00 80.86 N \ ANISOU23022 NE1 TRP J 43 8949 10159 11617 1474 2585 -452 N \ ATOM 23023 CE2 TRP J 43 -118.123-101.792 -18.766 1.00106.48 C \ ANISOU23023 CE2 TRP J 43 12293 13375 14788 1444 2522 -527 C \ ATOM 23024 CE3 TRP J 43 -116.111-101.160 -17.584 1.00 80.02 C \ ANISOU23024 CE3 TRP J 43 9069 10173 11163 1561 2488 -758 C \ ATOM 23025 CZ2 TRP J 43 -117.409-102.609 -19.628 1.00 99.58 C \ ANISOU23025 CZ2 TRP J 43 11471 12375 13990 1319 2448 -500 C \ ATOM 23026 CZ3 TRP J 43 -115.416-101.962 -18.427 1.00 93.18 C \ ANISOU23026 CZ3 TRP J 43 10790 11701 12913 1445 2417 -701 C \ ATOM 23027 CH2 TRP J 43 -116.057-102.682 -19.444 1.00 92.28 C \ ANISOU23027 CH2 TRP J 43 10637 11450 12974 1326 2401 -588 C \ ATOM 23028 N THR J 44 -120.337 -99.978 -13.873 1.00 97.87 N \ ANISOU23028 N THR J 44 10871 13196 13118 2003 2974 -689 N \ ATOM 23029 CA THR J 44 -121.615-100.550 -13.480 1.00 99.29 C \ ANISOU23029 CA THR J 44 10916 13500 13310 2036 3087 -471 C \ ATOM 23030 C THR J 44 -122.672-100.431 -14.581 1.00 98.23 C \ ANISOU23030 C THR J 44 10752 13122 13449 1964 3064 -384 C \ ATOM 23031 O THR J 44 -122.926 -99.345 -15.064 1.00 98.12 O \ ANISOU23031 O THR J 44 10743 12974 13564 1980 3038 -553 O \ ATOM 23032 CB THR J 44 -122.122 -99.927 -12.179 1.00103.33 C \ ANISOU23032 CB THR J 44 11311 14331 13616 2187 3223 -598 C \ ATOM 23033 OG1 THR J 44 -121.137-100.108 -11.151 1.00 92.03 O \ ANISOU23033 OG1 THR J 44 9886 13185 11895 2238 3236 -660 O \ ATOM 23034 CG2 THR J 44 -123.440-100.567 -11.752 1.00 92.47 C \ ANISOU23034 CG2 THR J 44 9782 13108 12245 2221 3345 -342 C \ ATOM 23035 N GLY J 45 -123.248-101.558 -14.998 1.00100.86 N \ ANISOU23035 N GLY J 45 11037 13394 13890 1877 3067 -113 N \ ATOM 23036 CA GLY J 45 -124.291-101.574 -16.017 1.00104.29 C \ ANISOU23036 CA GLY J 45 11422 13644 14561 1793 3042 -11 C \ ATOM 23037 C GLY J 45 -125.703-101.715 -15.448 1.00106.07 C \ ANISOU23037 C GLY J 45 11488 14005 14808 1861 3169 150 C \ ATOM 23038 O GLY J 45 -125.925-101.473 -14.255 1.00105.05 O \ ANISOU23038 O GLY J 45 11285 14129 14501 1995 3286 121 O \ ATOM 23039 N LYS J 46 -126.668-102.061 -16.300 1.00108.94 N \ ANISOU23039 N LYS J 46 11786 14228 15378 1767 3147 307 N \ ATOM 23040 CA LYS J 46 -128.003-102.371 -15.809 1.00118.29 C \ ANISOU23040 CA LYS J 46 12811 15532 16601 1816 3263 501 C \ ATOM 23041 C LYS J 46 -127.860-103.802 -15.306 1.00122.69 C \ ANISOU23041 C LYS J 46 13322 16180 17117 1780 3298 744 C \ ATOM 23042 O LYS J 46 -127.215-104.614 -15.985 1.00125.80 O \ ANISOU23042 O LYS J 46 13780 16411 17607 1653 3206 792 O \ ATOM 23043 CB LYS J 46 -129.054-102.291 -16.918 1.00124.44 C \ ANISOU23043 CB LYS J 46 13523 16136 17624 1714 3215 600 C \ ATOM 23044 CG LYS J 46 -128.663-101.408 -18.104 1.00131.91 C \ ANISOU23044 CG LYS J 46 14550 16882 18686 1635 3084 438 C \ ATOM 23045 CD LYS J 46 -128.623 -99.894 -17.797 1.00138.16 C \ ANISOU23045 CD LYS J 46 15340 17680 19475 1766 3116 224 C \ ATOM 23046 CE LYS J 46 -127.921 -99.117 -18.946 1.00129.77 C \ ANISOU23046 CE LYS J 46 14360 16421 18527 1678 2970 97 C \ ATOM 23047 NZ LYS J 46 -127.571 -97.698 -18.631 1.00127.93 N1- \ ANISOU23047 NZ LYS J 46 14130 16146 18329 1797 2987 -131 N1- \ ATOM 23048 N PRO J 47 -128.418-104.115 -14.111 1.00120.68 N \ ANISOU23048 N PRO J 47 12935 16189 16728 1890 3435 900 N \ ATOM 23049 CA PRO J 47 -128.339-105.463 -13.509 1.00119.86 C \ ANISOU23049 CA PRO J 47 12740 16193 16607 1869 3481 1194 C \ ATOM 23050 C PRO J 47 -128.676-106.663 -14.433 1.00124.79 C \ ANISOU23050 C PRO J 47 13322 16564 17528 1703 3417 1407 C \ ATOM 23051 O PRO J 47 -129.558-106.569 -15.283 1.00126.54 O \ ANISOU23051 O PRO J 47 13510 16630 17940 1623 3385 1419 O \ ATOM 23052 CB PRO J 47 -129.332-105.370 -12.340 1.00116.26 C \ ANISOU23052 CB PRO J 47 12107 16058 16009 2003 3642 1342 C \ ATOM 23053 CG PRO J 47 -129.261-103.947 -11.914 1.00114.62 C \ ANISOU23053 CG PRO J 47 11943 15990 15618 2131 3687 1024 C \ ATOM 23054 CD PRO J 47 -128.928-103.124 -13.144 1.00116.61 C \ ANISOU23054 CD PRO J 47 12344 15920 16041 2055 3558 774 C \ ATOM 23055 N ARG J 48 -127.979-107.782 -14.236 1.00120.53 N \ ANISOU23055 N ARG J 48 12764 15991 17040 1651 3401 1570 N \ ATOM 23056 CA ARG J 48 -128.104-108.967 -15.086 1.00116.47 C \ ANISOU23056 CA ARG J 48 12202 15210 16841 1490 3341 1716 C \ ATOM 23057 C ARG J 48 -128.616-110.087 -14.210 1.00116.12 C \ ANISOU23057 C ARG J 48 11954 15280 16885 1516 3442 2091 C \ ATOM 23058 O ARG J 48 -128.609-109.961 -12.987 1.00120.96 O \ ANISOU23058 O ARG J 48 12487 16204 17268 1652 3542 2229 O \ ATOM 23059 CB ARG J 48 -126.730-109.342 -15.700 1.00131.11 C \ ANISOU23059 CB ARG J 48 14191 16871 18754 1400 3234 1570 C \ ATOM 23060 CG ARG J 48 -126.801-110.064 -17.065 1.00129.93 C \ ANISOU23060 CG ARG J 48 14046 16403 18917 1208 3138 1513 C \ ATOM 23061 CD ARG J 48 -125.527-109.933 -17.895 1.00126.22 C \ ANISOU23061 CD ARG J 48 13741 15773 18443 1128 3025 1254 C \ ATOM 23062 NE ARG J 48 -125.378-108.572 -18.403 1.00127.61 N \ ANISOU23062 NE ARG J 48 14057 15986 18442 1151 2962 997 N \ ATOM 23063 CZ ARG J 48 -124.678-107.619 -17.784 1.00128.41 C \ ANISOU23063 CZ ARG J 48 14263 16232 18294 1276 2969 869 C \ ATOM 23064 NH1 ARG J 48 -124.055-107.892 -16.639 1.00130.41 N1+ \ ANISOU23064 NH1 ARG J 48 14502 16647 18401 1382 3032 968 N1+ \ ATOM 23065 NH2 ARG J 48 -124.596-106.395 -18.303 1.00123.86 N \ ANISOU23065 NH2 ARG J 48 13786 15648 17628 1288 2910 651 N \ ATOM 23066 N LYS J 49 -129.067-111.179 -14.816 1.00111.10 N \ ANISOU23066 N LYS J 49 11213 14415 16585 1382 3418 2258 N \ ATOM 23067 CA LYS J 49 -129.460-112.329 -14.015 1.00114.83 C \ ANISOU23067 CA LYS J 49 11469 14955 17207 1396 3507 2650 C \ ATOM 23068 C LYS J 49 -128.377-113.396 -14.144 1.00123.68 C \ ANISOU23068 C LYS J 49 12577 15880 18535 1321 3461 2729 C \ ATOM 23069 O LYS J 49 -128.412-114.208 -15.055 1.00131.52 O \ ANISOU23069 O LYS J 49 13536 16556 19881 1170 3401 2706 O \ ATOM 23070 CB LYS J 49 -130.790-112.906 -14.525 1.00110.97 C \ ANISOU23070 CB LYS J 49 10823 14320 17022 1297 3522 2813 C \ ATOM 23071 CG LYS J 49 -131.709-113.487 -13.454 1.00111.80 C \ ANISOU23071 CG LYS J 49 10684 14635 17162 1375 3653 3225 C \ ATOM 23072 CD LYS J 49 -132.592-112.333 -12.873 1.00159.66 C \ ANISOU23072 CD LYS J 49 16739 21010 22914 1516 3740 3182 C \ ATOM 23073 CE LYS J 49 -133.598-112.748 -11.775 1.00157.20 C \ ANISOU23073 CE LYS J 49 16175 20979 22573 1608 3885 3577 C \ ATOM 23074 NZ LYS J 49 -134.421-111.613 -11.287 1.00153.99 N1- \ ANISOU23074 NZ LYS J 49 15760 20860 21889 1742 3976 3481 N1- \ ATOM 23075 N THR J 50 -127.446-113.470 -13.209 1.00121.61 N \ ANISOU23075 N THR J 50 12313 15813 18082 1420 3495 2836 N \ ATOM 23076 CA THR J 50 -126.355-114.417 -13.393 1.00117.05 C \ ANISOU23076 CA THR J 50 11724 15025 17726 1351 3448 2899 C \ ATOM 23077 C THR J 50 -126.677-115.742 -12.682 1.00113.63 C \ ANISOU23077 C THR J 50 11012 14586 17577 1348 3528 3376 C \ ATOM 23078 O THR J 50 -127.459-115.754 -11.754 1.00115.85 O \ ANISOU23078 O THR J 50 11132 15149 17738 1437 3625 3666 O \ ATOM 23079 CB THR J 50 -125.029-113.782 -12.919 1.00116.04 C \ ANISOU23079 CB THR J 50 11747 15074 17268 1441 3417 2744 C \ ATOM 23080 OG1 THR J 50 -124.907-113.846 -11.492 1.00115.37 O \ ANISOU23080 OG1 THR J 50 11525 15378 16930 1577 3510 3040 O \ ATOM 23081 CG2 THR J 50 -124.994-112.343 -13.376 1.00114.52 C \ ANISOU23081 CG2 THR J 50 11776 14948 16788 1473 3365 2341 C \ ATOM 23082 N PRO J 51 -126.125-116.863 -13.161 1.00113.39 N \ ANISOU23082 N PRO J 51 10903 14222 17960 1239 3492 3456 N \ ATOM 23083 CA PRO J 51 -126.266-118.194 -12.560 1.00118.16 C \ ANISOU23083 CA PRO J 51 11220 14748 18930 1226 3559 3922 C \ ATOM 23084 C PRO J 51 -125.914-118.202 -11.078 1.00122.48 C \ ANISOU23084 C PRO J 51 11632 15717 19189 1379 3641 4305 C \ ATOM 23085 O PRO J 51 -124.906-117.632 -10.704 1.00123.88 O \ ANISOU23085 O PRO J 51 11941 16089 19039 1454 3615 4180 O \ ATOM 23086 CB PRO J 51 -125.229-119.026 -13.306 1.00119.26 C \ ANISOU23086 CB PRO J 51 11372 14486 19454 1115 3493 3805 C \ ATOM 23087 CG PRO J 51 -125.028-118.344 -14.555 1.00116.22 C \ ANISOU23087 CG PRO J 51 11237 13920 19003 1023 3395 3291 C \ ATOM 23088 CD PRO J 51 -125.216-116.898 -14.314 1.00113.48 C \ ANISOU23088 CD PRO J 51 11087 13908 18122 1126 3385 3090 C \ ATOM 23089 N GLY J 52 -126.741-118.798 -10.239 1.00129.42 N \ ANISOU23089 N GLY J 52 12240 16772 20163 1422 3738 4765 N \ ATOM 23090 CA GLY J 52 -126.508-118.725 -8.813 1.00136.88 C \ ANISOU23090 CA GLY J 52 13033 18210 20763 1564 3819 5133 C \ ATOM 23091 C GLY J 52 -126.910-117.308 -8.480 1.00143.17 C \ ANISOU23091 C GLY J 52 14004 19401 20995 1670 3845 4843 C \ ATOM 23092 O GLY J 52 -128.097-116.962 -8.450 1.00152.02 O \ ANISOU23092 O GLY J 52 15079 20625 22057 1689 3901 4850 O \ ATOM 23093 N ASP J 53 -125.907-116.473 -8.280 1.00138.62 N \ ANISOU23093 N ASP J 53 13620 19013 20036 1735 3801 4564 N \ ATOM 23094 CA ASP J 53 -126.101-115.042 -8.159 1.00140.06 C \ ANISOU23094 CA ASP J 53 13997 19469 19750 1821 3807 4179 C \ ATOM 23095 C ASP J 53 -124.701-114.519 -8.065 1.00137.18 C \ ANISOU23095 C ASP J 53 13809 19182 19131 1853 3736 3930 C \ ATOM 23096 O ASP J 53 -124.458-113.335 -7.858 1.00136.48 O \ ANISOU23096 O ASP J 53 13882 19325 18649 1928 3727 3593 O \ ATOM 23097 CB ASP J 53 -126.914-114.643 -6.943 1.00151.04 C \ ANISOU23097 CB ASP J 53 15216 21397 20774 1951 3935 4389 C \ ATOM 23098 CG ASP J 53 -127.545-113.290 -7.120 1.00158.32 C \ ANISOU23098 CG ASP J 53 16303 22444 21408 2012 3955 3974 C \ ATOM 23099 OD1 ASP J 53 -128.459-113.191 -7.965 1.00158.77 O1- \ ANISOU23099 OD1 ASP J 53 16404 22218 21705 1949 3942 3863 O1- \ ATOM 23100 OD2 ASP J 53 -127.113-112.325 -6.454 1.00163.25 O \ ANISOU23100 OD2 ASP J 53 17003 23433 21593 2118 3979 3747 O \ ATOM 23101 N LYS J 54 -123.784-115.471 -8.137 1.00135.67 N \ ANISOU23101 N LYS J 54 13551 18803 19196 1798 3693 4134 N \ ATOM 23102 CA LYS J 54 -122.368-115.207 -8.199 1.00127.06 C \ ANISOU23102 CA LYS J 54 12612 17698 17967 1803 3612 3939 C \ ATOM 23103 C LYS J 54 -122.004-114.664 -9.592 1.00111.38 C \ ANISOU23103 C LYS J 54 10911 15292 16116 1711 3503 3439 C \ ATOM 23104 O LYS J 54 -122.655-114.965 -10.594 1.00105.29 O \ ANISOU23104 O LYS J 54 10166 14161 15679 1608 3479 3341 O \ ATOM 23105 CB LYS J 54 -121.614-116.488 -7.844 1.00134.08 C \ ANISOU23105 CB LYS J 54 13296 18496 19152 1775 3613 4367 C \ ATOM 23106 CG LYS J 54 -121.918-116.954 -6.424 1.00144.08 C \ ANISOU23106 CG LYS J 54 14256 20249 20240 1867 3715 4903 C \ ATOM 23107 CD LYS J 54 -120.866-117.884 -5.840 1.00151.16 C \ ANISOU23107 CD LYS J 54 14960 21198 21274 1872 3704 5311 C \ ATOM 23108 CE LYS J 54 -121.208-118.185 -4.379 1.00156.55 C \ ANISOU23108 CE LYS J 54 15326 22473 21684 1967 3803 5850 C \ ATOM 23109 NZ LYS J 54 -120.191-119.047 -3.715 1.00160.41 N1- \ ANISOU23109 NZ LYS J 54 15590 23081 22278 1978 3792 6311 N1- \ ATOM 23110 N PRO J 55 -120.964-113.847 -9.658 1.00106.49 N \ ANISOU23110 N PRO J 55 10490 14746 15225 1741 3435 3125 N \ ATOM 23111 CA PRO J 55 -120.546-113.243 -10.922 1.00107.68 C \ ANISOU23111 CA PRO J 55 10896 14560 15458 1660 3331 2674 C \ ATOM 23112 C PRO J 55 -120.320-114.252 -12.044 1.00112.24 C \ ANISOU23112 C PRO J 55 11467 14654 16526 1517 3277 2675 C \ ATOM 23113 O PRO J 55 -119.795-115.329 -11.789 1.00117.36 O \ ANISOU23113 O PRO J 55 11965 15198 17428 1495 3292 2957 O \ ATOM 23114 CB PRO J 55 -119.220-112.571 -10.559 1.00106.62 C \ ANISOU23114 CB PRO J 55 10900 14602 15011 1718 3274 2483 C \ ATOM 23115 CG PRO J 55 -118.820-113.164 -9.248 1.00108.37 C \ ANISOU23115 CG PRO J 55 10914 15177 15084 1798 3335 2880 C \ ATOM 23116 CD PRO J 55 -120.085-113.464 -8.549 1.00108.21 C \ ANISOU23116 CD PRO J 55 10685 15388 15043 1845 3446 3188 C \ ATOM 23117 N LEU J 56 -120.738-113.895 -13.258 1.00109.57 N \ ANISOU23117 N LEU J 56 11265 14041 16324 1421 3219 2361 N \ ATOM 23118 CA LEU J 56 -120.614-114.732 -14.454 1.00103.93 C \ ANISOU23118 CA LEU J 56 10548 12898 16042 1269 3167 2264 C \ ATOM 23119 C LEU J 56 -119.301-114.394 -15.069 1.00 99.82 C \ ANISOU23119 C LEU J 56 10211 12254 15461 1235 3077 1969 C \ ATOM 23120 O LEU J 56 -119.005-113.229 -15.262 1.00108.54 O \ ANISOU23120 O LEU J 56 11503 13479 16259 1271 3024 1690 O \ ATOM 23121 CB LEU J 56 -121.743-114.421 -15.428 1.00100.15 C \ ANISOU23121 CB LEU J 56 10109 12274 15668 1177 3144 2073 C \ ATOM 23122 CG LEU J 56 -122.279-115.431 -16.419 1.00 93.65 C \ ANISOU23122 CG LEU J 56 9179 11100 15303 1017 3128 2064 C \ ATOM 23123 CD1 LEU J 56 -121.907-115.050 -17.774 1.00114.19 C \ ANISOU23123 CD1 LEU J 56 11944 13506 17937 896 3028 1661 C \ ATOM 23124 CD2 LEU J 56 -121.658-116.721 -16.105 1.00 95.39 C \ ANISOU23124 CD2 LEU J 56 9233 11142 15869 994 3162 2307 C \ ATOM 23125 N ILE J 57 -118.492-115.396 -15.358 1.00 97.85 N \ ANISOU23125 N ILE J 57 9893 11758 15526 1171 3063 2033 N \ ATOM 23126 CA ILE J 57 -117.185-115.146 -15.975 1.00 99.29 C \ ANISOU23126 CA ILE J 57 10238 11817 15672 1137 2983 1757 C \ ATOM 23127 C ILE J 57 -117.158-115.541 -17.470 1.00 98.54 C \ ANISOU23127 C ILE J 57 10189 11361 15890 974 2928 1458 C \ ATOM 23128 O ILE J 57 -117.607-116.648 -17.842 1.00 99.38 O \ ANISOU23128 O ILE J 57 10129 11216 16417 881 2963 1554 O \ ATOM 23129 CB ILE J 57 -116.041-115.813 -15.167 1.00101.68 C \ ANISOU23129 CB ILE J 57 10444 12156 16035 1199 3004 2007 C \ ATOM 23130 CG1 ILE J 57 -115.943-115.157 -13.794 1.00102.57 C \ ANISOU23130 CG1 ILE J 57 10541 12712 15718 1349 3037 2207 C \ ATOM 23131 CG2 ILE J 57 -114.718-115.767 -15.919 1.00 90.93 C \ ANISOU23131 CG2 ILE J 57 9218 10604 14728 1147 2930 1735 C \ ATOM 23132 CD1 ILE J 57 -115.356-116.067 -12.737 1.00107.90 C \ ANISOU23132 CD1 ILE J 57 11005 13504 16489 1411 3089 2639 C \ ATOM 23133 N VAL J 58 -116.651-114.624 -18.306 1.00 91.86 N \ ANISOU23133 N VAL J 58 9549 10514 14841 935 2842 1097 N \ ATOM 23134 CA VAL J 58 -116.543-114.817 -19.743 1.00 86.99 C \ ANISOU23134 CA VAL J 58 8982 9651 14420 780 2782 780 C \ ATOM 23135 C VAL J 58 -115.081-114.638 -20.128 1.00 91.32 C \ ANISOU23135 C VAL J 58 9652 10140 14904 772 2725 578 C \ ATOM 23136 O VAL J 58 -114.545-113.562 -19.945 1.00 89.55 O \ ANISOU23136 O VAL J 58 9586 10098 14340 843 2675 471 O \ ATOM 23137 CB VAL J 58 -117.344-113.779 -20.492 1.00 85.56 C \ ANISOU23137 CB VAL J 58 8912 9566 14030 732 2725 560 C \ ATOM 23138 CG1 VAL J 58 -117.297-114.072 -21.951 1.00 85.09 C \ ANISOU23138 CG1 VAL J 58 8862 9314 14153 558 2665 264 C \ ATOM 23139 CG2 VAL J 58 -118.758-113.786 -20.035 1.00 86.58 C \ ANISOU23139 CG2 VAL J 58 8934 9788 14176 758 2782 761 C \ ATOM 23140 N GLU J 59 -114.406-115.693 -20.587 1.00 93.31 N \ ANISOU23140 N GLU J 59 9815 10137 15504 695 2738 533 N \ ATOM 23141 CA GLU J 59 -112.985-115.610 -20.984 1.00 94.53 C \ ANISOU23141 CA GLU J 59 10067 10223 15628 686 2693 343 C \ ATOM 23142 C GLU J 59 -112.816-115.407 -22.506 1.00 99.13 C \ ANISOU23142 C GLU J 59 10732 10695 16240 536 2627 -63 C \ ATOM 23143 O GLU J 59 -113.779-115.515 -23.264 1.00102.96 O \ ANISOU23143 O GLU J 59 11170 11134 16817 426 2619 -189 O \ ATOM 23144 CB GLU J 59 -112.204-116.860 -20.572 1.00 91.51 C \ ANISOU23144 CB GLU J 59 9521 9630 15620 700 2754 529 C \ ATOM 23145 CG GLU J 59 -111.808-116.968 -19.134 1.00 91.99 C \ ANISOU23145 CG GLU J 59 9512 9855 15586 848 2795 918 C \ ATOM 23146 CD GLU J 59 -111.136-118.302 -18.831 1.00 99.26 C \ ANISOU23146 CD GLU J 59 10223 10530 16960 847 2858 1143 C \ ATOM 23147 OE1 GLU J 59 -111.434-119.297 -19.542 1.00101.69 O \ ANISOU23147 OE1 GLU J 59 10388 10518 17733 738 2897 1060 O \ ATOM 23148 OE2 GLU J 59 -110.304-118.364 -17.892 1.00 99.67 O1- \ ANISOU23148 OE2 GLU J 59 10235 10708 16926 952 2867 1400 O1- \ ATOM 23149 N ASN J 60 -111.582-115.103 -22.911 1.00 93.73 N \ ANISOU23149 N ASN J 60 10155 10002 15457 532 2580 -251 N \ ATOM 23150 CA ASN J 60 -111.169-114.758 -24.272 1.00 90.72 C \ ANISOU23150 CA ASN J 60 9858 9595 15018 408 2513 -621 C \ ATOM 23151 C ASN J 60 -112.217-114.751 -25.365 1.00 89.56 C \ ANISOU23151 C ASN J 60 9667 9445 14915 259 2487 -822 C \ ATOM 23152 O ASN J 60 -113.161-113.958 -25.315 1.00 90.17 O \ ANISOU23152 O ASN J 60 9792 9687 14782 272 2456 -767 O \ ATOM 23153 CB ASN J 60 -110.025-115.661 -24.673 1.00 83.36 C \ ANISOU23153 CB ASN J 60 8860 8451 14364 362 2540 -750 C \ ATOM 23154 CG ASN J 60 -109.065-115.866 -23.542 1.00 94.96 C \ ANISOU23154 CG ASN J 60 10322 9909 15848 501 2571 -494 C \ ATOM 23155 OD1 ASN J 60 -108.547-114.914 -22.993 1.00 82.34 O \ ANISOU23155 OD1 ASN J 60 8863 8511 13911 600 2522 -431 O \ ATOM 23156 ND2 ASN J 60 -108.799-117.106 -23.199 1.00 85.68 N \ ANISOU23156 ND2 ASN J 60 8967 8502 15084 505 2650 -346 N \ ATOM 23157 N THR J 61 -112.098-115.697 -26.289 1.00 87.20 N \ ANISOU23157 N THR J 61 9251 8962 14918 118 2509 -1048 N \ ATOM 23158 CA THR J 61 -112.984-115.789 -27.443 1.00 91.97 C \ ANISOU23158 CA THR J 61 9789 9591 15564 -51 2478 -1287 C \ ATOM 23159 C THR J 61 -114.453-115.456 -27.184 1.00 97.39 C \ ANISOU23159 C THR J 61 10444 10383 16179 -51 2473 -1118 C \ ATOM 23160 O THR J 61 -115.129-114.848 -28.009 1.00101.67 O \ ANISOU23160 O THR J 61 11005 11083 16543 -148 2409 -1256 O \ ATOM 23161 CB THR J 61 -112.891-117.184 -27.999 1.00 99.94 C \ ANISOU23161 CB THR J 61 10609 10335 17029 -174 2542 -1473 C \ ATOM 23162 OG1 THR J 61 -111.736-117.236 -28.843 1.00105.31 O \ ANISOU23162 OG1 THR J 61 11321 11002 17690 -240 2523 -1784 O \ ATOM 23163 CG2 THR J 61 -114.142-117.561 -28.801 1.00100.06 C \ ANISOU23163 CG2 THR J 61 10493 10350 17176 -338 2534 -1628 C \ ATOM 23164 N GLN J 62 -114.968-115.881 -26.051 1.00 97.01 N \ ANISOU23164 N GLN J 62 10323 10261 16277 54 2542 -801 N \ ATOM 23165 CA GLN J 62 -116.361-115.632 -25.790 1.00 96.17 C \ ANISOU23165 CA GLN J 62 10169 10248 16125 56 2548 -638 C \ ATOM 23166 C GLN J 62 -116.738-114.185 -25.576 1.00 96.43 C \ ANISOU23166 C GLN J 62 10353 10547 15738 140 2492 -573 C \ ATOM 23167 O GLN J 62 -117.901-113.855 -25.748 1.00 99.11 O \ ANISOU23167 O GLN J 62 10653 10976 16026 105 2479 -523 O \ ATOM 23168 CB GLN J 62 -116.850-116.490 -24.615 1.00 99.95 C \ ANISOU23168 CB GLN J 62 10502 10602 16871 146 2645 -288 C \ ATOM 23169 CG GLN J 62 -116.729-117.975 -24.877 1.00100.45 C \ ANISOU23169 CG GLN J 62 10363 10353 17450 48 2706 -331 C \ ATOM 23170 CD GLN J 62 -117.552-118.378 -26.071 1.00 97.20 C \ ANISOU23170 CD GLN J 62 9848 9866 17216 -148 2679 -610 C \ ATOM 23171 OE1 GLN J 62 -118.751-118.116 -26.118 1.00 93.91 O \ ANISOU23171 OE1 GLN J 62 9395 9552 16736 -182 2666 -530 O \ ATOM 23172 NE2 GLN J 62 -116.902-118.956 -27.073 1.00 99.53 N \ ANISOU23172 NE2 GLN J 62 10092 10017 17709 -282 2669 -962 N \ ATOM 23173 N ILE J 63 -115.782-113.305 -25.278 1.00 95.76 N \ ANISOU23173 N ILE J 63 10426 10577 15381 240 2454 -592 N \ ATOM 23174 CA ILE J 63 -116.158-111.922 -24.939 1.00 95.21 C \ ANISOU23174 CA ILE J 63 10475 10726 14974 335 2413 -525 C \ ATOM 23175 C ILE J 63 -116.766-111.223 -26.122 1.00 97.35 C \ ANISOU23175 C ILE J 63 10759 11099 15131 213 2333 -698 C \ ATOM 23176 O ILE J 63 -117.785-110.558 -26.001 1.00 80.31 O \ ANISOU23176 O ILE J 63 8590 9054 12872 239 2325 -598 O \ ATOM 23177 CB ILE J 63 -115.005-111.059 -24.495 1.00 89.63 C \ ANISOU23177 CB ILE J 63 9921 10112 14022 447 2378 -552 C \ ATOM 23178 CG1 ILE J 63 -114.316-111.620 -23.278 1.00 88.08 C \ ANISOU23178 CG1 ILE J 63 9708 9877 13881 572 2444 -361 C \ ATOM 23179 CG2 ILE J 63 -115.495-109.686 -24.189 1.00 88.58 C \ ANISOU23179 CG2 ILE J 63 9875 10163 13619 533 2344 -514 C \ ATOM 23180 CD1 ILE J 63 -113.125-110.813 -22.909 1.00 84.96 C \ ANISOU23180 CD1 ILE J 63 9453 9579 13250 663 2400 -417 C \ ATOM 23181 N GLU J 64 -116.117-111.390 -27.267 1.00 99.46 N \ ANISOU23181 N GLU J 64 11031 11346 15414 79 2276 -949 N \ ATOM 23182 CA GLU J 64 -116.600-110.852 -28.524 1.00103.43 C \ ANISOU23182 CA GLU J 64 11509 11988 15804 -65 2192 -1110 C \ ATOM 23183 C GLU J 64 -118.014-111.336 -28.816 1.00104.28 C \ ANISOU23183 C GLU J 64 11470 12095 16056 -163 2209 -1061 C \ ATOM 23184 O GLU J 64 -118.817-110.620 -29.410 1.00105.31 O \ ANISOU23184 O GLU J 64 11573 12386 16054 -225 2149 -1052 O \ ATOM 23185 CB GLU J 64 -115.683-111.264 -29.653 1.00111.80 C \ ANISOU23185 CB GLU J 64 12551 13041 16887 -207 2151 -1396 C \ ATOM 23186 CG GLU J 64 -115.781-110.460 -30.912 1.00121.97 C \ ANISOU23186 CG GLU J 64 13830 14553 17959 -336 2050 -1544 C \ ATOM 23187 CD GLU J 64 -115.110-111.220 -32.055 1.00137.32 C \ ANISOU23187 CD GLU J 64 15696 16510 19970 -507 2035 -1857 C \ ATOM 23188 OE1 GLU J 64 -113.857-111.429 -32.052 1.00142.37 O1- \ ANISOU23188 OE1 GLU J 64 16396 17079 20619 -478 2050 -1976 O1- \ ATOM 23189 OE2 GLU J 64 -115.864-111.661 -32.948 1.00142.48 O \ ANISOU23189 OE2 GLU J 64 16209 17252 20676 -677 2015 -1999 O \ ATOM 23190 N ARG J 65 -118.290-112.589 -28.469 1.00103.47 N \ ANISOU23190 N ARG J 65 11253 11807 16255 -190 2286 -1026 N \ ATOM 23191 CA ARG J 65 -119.608-113.170 -28.716 1.00101.68 C \ ANISOU23191 CA ARG J 65 10870 11554 16211 -291 2304 -983 C \ ATOM 23192 C ARG J 65 -120.690-112.437 -27.938 1.00 83.96 C \ ANISOU23192 C ARG J 65 8637 9415 13851 -176 2322 -705 C \ ATOM 23193 O ARG J 65 -121.777-112.232 -28.447 1.00104.79 O \ ANISOU23193 O ARG J 65 11190 12147 16477 -262 2289 -687 O \ ATOM 23194 CB ARG J 65 -119.602-114.678 -28.452 1.00102.38 C \ ANISOU23194 CB ARG J 65 10813 11381 16706 -337 2387 -990 C \ ATOM 23195 CG ARG J 65 -118.976-115.503 -29.629 1.00135.97 C \ ANISOU23195 CG ARG J 65 14982 15542 21140 -522 2367 -1361 C \ ATOM 23196 CD ARG J 65 -119.339-116.994 -29.580 1.00138.49 C \ ANISOU23196 CD ARG J 65 15098 15583 21941 -610 2443 -1405 C \ ATOM 23197 NE ARG J 65 -120.777-117.217 -29.741 1.00138.12 N \ ANISOU23197 NE ARG J 65 14914 15561 22003 -700 2438 -1331 N \ ATOM 23198 CZ ARG J 65 -121.484-118.118 -29.063 1.00136.13 C \ ANISOU23198 CZ ARG J 65 14512 15103 22110 -682 2514 -1130 C \ ATOM 23199 NH1 ARG J 65 -120.902-118.873 -28.146 1.00134.30 N1+ \ ANISOU23199 NH1 ARG J 65 14235 14631 22161 -574 2602 -951 N1+ \ ATOM 23200 NH2 ARG J 65 -122.783-118.240 -29.280 1.00137.95 N \ ANISOU23200 NH2 ARG J 65 14620 15377 22417 -772 2500 -1073 N \ ATOM 23201 N TRP J 66 -120.370-112.020 -26.714 1.00 91.94 N \ ANISOU23201 N TRP J 66 9739 10431 14764 17 2374 -501 N \ ATOM 23202 CA TRP J 66 -121.296-111.254 -25.874 1.00 83.04 C \ ANISOU23202 CA TRP J 66 8622 9424 13507 148 2408 -267 C \ ATOM 23203 C TRP J 66 -121.424-109.849 -26.425 1.00 85.99 C \ ANISOU23203 C TRP J 66 9080 9970 13621 153 2326 -337 C \ ATOM 23204 O TRP J 66 -122.482-109.252 -26.386 1.00 89.21 O \ ANISOU23204 O TRP J 66 9442 10474 13981 172 2325 -225 O \ ATOM 23205 CB TRP J 66 -120.818-111.171 -24.421 1.00 89.64 C \ ANISOU23205 CB TRP J 66 9516 10269 14273 345 2487 -71 C \ ATOM 23206 CG TRP J 66 -121.083-112.380 -23.612 1.00 93.38 C \ ANISOU23206 CG TRP J 66 9858 10623 14998 374 2581 136 C \ ATOM 23207 CD1 TRP J 66 -120.404-113.546 -23.676 1.00 98.51 C \ ANISOU23207 CD1 TRP J 66 10438 11080 15910 318 2608 113 C \ ATOM 23208 CD2 TRP J 66 -122.051-112.539 -22.572 1.00 95.96 C \ ANISOU23208 CD2 TRP J 66 10086 11016 15359 474 2668 424 C \ ATOM 23209 NE1 TRP J 66 -120.904-114.438 -22.773 1.00102.06 N \ ANISOU23209 NE1 TRP J 66 10740 11456 16583 370 2699 392 N \ ATOM 23210 CE2 TRP J 66 -121.921-113.845 -22.082 1.00 97.67 C \ ANISOU23210 CE2 TRP J 66 10165 11075 15872 465 2737 592 C \ ATOM 23211 CE3 TRP J 66 -123.022-111.713 -22.019 1.00100.03 C \ ANISOU23211 CE3 TRP J 66 10596 11708 15702 571 2700 560 C \ ATOM 23212 CZ2 TRP J 66 -122.725-114.347 -21.071 1.00 96.08 C \ ANISOU23212 CZ2 TRP J 66 9818 10910 15778 543 2830 916 C \ ATOM 23213 CZ3 TRP J 66 -123.829-112.218 -21.009 1.00101.92 C \ ANISOU23213 CZ3 TRP J 66 10702 11996 16029 652 2799 851 C \ ATOM 23214 CH2 TRP J 66 -123.666-113.519 -20.547 1.00 99.40 C \ ANISOU23214 CH2 TRP J 66 10245 11540 15983 636 2860 1038 C \ ATOM 23215 N ILE J 67 -120.334-109.326 -26.961 1.00 82.88 N \ ANISOU23215 N ILE J 67 8794 9609 13086 133 2258 -508 N \ ATOM 23216 CA ILE J 67 -120.348-107.991 -27.538 1.00 82.14 C \ ANISOU23216 CA ILE J 67 8758 9663 12789 132 2175 -552 C \ ATOM 23217 C ILE J 67 -121.333-107.904 -28.709 1.00 84.76 C \ ANISOU23217 C ILE J 67 8966 10099 13142 -36 2108 -582 C \ ATOM 23218 O ILE J 67 -122.024-106.907 -28.823 1.00 80.27 O \ ANISOU23218 O ILE J 67 8375 9639 12486 -6 2075 -478 O \ ATOM 23219 CB ILE J 67 -118.928-107.522 -27.923 1.00 78.54 C \ ANISOU23219 CB ILE J 67 8422 9222 12199 133 2113 -713 C \ ATOM 23220 CG1 ILE J 67 -118.179-107.028 -26.679 1.00 77.78 C \ ANISOU23220 CG1 ILE J 67 8447 9097 12007 326 2158 -643 C \ ATOM 23221 CG2 ILE J 67 -119.005-106.393 -28.885 1.00 97.78 C \ ANISOU23221 CG2 ILE J 67 10856 11805 14493 67 2012 -755 C \ ATOM 23222 CD1 ILE J 67 -116.668-107.017 -26.760 1.00 76.91 C \ ANISOU23222 CD1 ILE J 67 8444 8949 11829 338 2125 -778 C \ ATOM 23223 N ASN J 68 -121.420-108.937 -29.550 1.00 88.69 N \ ANISOU23223 N ASN J 68 9364 10568 13767 -212 2090 -727 N \ ATOM 23224 CA ASN J 68 -122.453-108.989 -30.594 1.00 97.58 C \ ANISOU23224 CA ASN J 68 10342 11825 14909 -386 2029 -756 C \ ATOM 23225 C ASN J 68 -123.872-108.910 -30.052 1.00105.31 C \ ANISOU23225 C ASN J 68 11231 12808 15975 -338 2073 -530 C \ ATOM 23226 O ASN J 68 -124.771-108.385 -30.710 1.00110.14 O \ ANISOU23226 O ASN J 68 11746 13571 16532 -420 2012 -467 O \ ATOM 23227 CB ASN J 68 -122.399-110.274 -31.406 1.00104.09 C \ ANISOU23227 CB ASN J 68 11051 12602 15899 -580 2023 -981 C \ ATOM 23228 CG ASN J 68 -121.243-110.321 -32.342 1.00111.62 C \ ANISOU23228 CG ASN J 68 12036 13630 16746 -686 1965 -1246 C \ ATOM 23229 OD1 ASN J 68 -120.189-109.754 -32.058 1.00116.81 O \ ANISOU23229 OD1 ASN J 68 12831 14275 17277 -581 1958 -1252 O \ ATOM 23230 ND2 ASN J 68 -121.428-110.979 -33.486 1.00111.95 N \ ANISOU23230 ND2 ASN J 68 11937 13771 16826 -901 1921 -1482 N \ ATOM 23231 N ASN J 69 -124.086-109.452 -28.860 1.00106.92 N \ ANISOU23231 N ASN J 69 11446 12864 16314 -208 2178 -388 N \ ATOM 23232 CA ASN J 69 -125.412-109.429 -28.269 1.00109.92 C \ ANISOU23232 CA ASN J 69 11731 13255 16778 -152 2233 -164 C \ ATOM 23233 C ASN J 69 -125.636-108.146 -27.501 1.00110.06 C \ ANISOU23233 C ASN J 69 11826 13357 16635 34 2259 -5 C \ ATOM 23234 O ASN J 69 -126.590-108.033 -26.733 1.00115.79 O \ ANISOU23234 O ASN J 69 12491 14096 17407 131 2332 187 O \ ATOM 23235 CB ASN J 69 -125.621-110.634 -27.364 1.00116.89 C \ ANISOU23235 CB ASN J 69 12550 13970 17891 -108 2339 -55 C \ ATOM 23236 CG ASN J 69 -125.355-111.933 -28.078 1.00127.92 C \ ANISOU23236 CG ASN J 69 13851 15231 19521 -286 2325 -239 C \ ATOM 23237 OD1 ASN J 69 -125.363-111.982 -29.314 1.00131.53 O \ ANISOU23237 OD1 ASN J 69 14256 15765 19954 -468 2238 -453 O \ ATOM 23238 ND2 ASN J 69 -125.109-113.001 -27.313 1.00132.20 N \ ANISOU23238 ND2 ASN J 69 14346 15582 20302 -241 2412 -160 N \ ATOM 23239 N GLY J 70 -124.721-107.195 -27.665 1.00104.88 N \ ANISOU23239 N GLY J 70 11291 12752 15807 88 2208 -96 N \ ATOM 23240 CA GLY J 70 -124.917-105.870 -27.117 1.00100.24 C \ ANISOU23240 CA GLY J 70 10752 12230 15105 244 2220 4 C \ ATOM 23241 C GLY J 70 -124.195-105.531 -25.828 1.00 94.69 C \ ANISOU23241 C GLY J 70 10171 11488 14318 443 2298 14 C \ ATOM 23242 O GLY J 70 -124.535-104.529 -25.199 1.00 93.25 O \ ANISOU23242 O GLY J 70 10001 11355 14076 583 2335 79 O \ ATOM 23243 N LEU J 71 -123.247-106.361 -25.398 1.00 91.32 N \ ANISOU23243 N LEU J 71 9814 10985 13900 458 2329 -49 N \ ATOM 23244 CA LEU J 71 -122.485-106.034 -24.203 1.00 90.20 C \ ANISOU23244 CA LEU J 71 9775 10853 13645 634 2390 -39 C \ ATOM 23245 C LEU J 71 -121.557-104.911 -24.569 1.00 96.43 C \ ANISOU23245 C LEU J 71 10675 11665 14298 659 2311 -185 C \ ATOM 23246 O LEU J 71 -120.665-105.074 -25.378 1.00101.95 O \ ANISOU23246 O LEU J 71 11426 12328 14983 559 2235 -316 O \ ATOM 23247 CB LEU J 71 -121.696-107.243 -23.693 1.00 86.33 C \ ANISOU23247 CB LEU J 71 9302 10279 13220 635 2435 -28 C \ ATOM 23248 CG LEU J 71 -121.489-107.389 -22.178 1.00 85.42 C \ ANISOU23248 CG LEU J 71 9198 10226 13031 808 2537 109 C \ ATOM 23249 CD1 LEU J 71 -120.594-108.584 -21.815 1.00 85.30 C \ ANISOU23249 CD1 LEU J 71 9176 10119 13115 794 2566 153 C \ ATOM 23250 CD2 LEU J 71 -120.889-106.127 -21.584 1.00 83.78 C \ ANISOU23250 CD2 LEU J 71 9101 10128 12604 946 2529 19 C \ ATOM 23251 N TRP J 72 -121.721-103.783 -23.908 1.00 98.79 N \ ANISOU23251 N TRP J 72 11001 12023 14513 800 2338 -172 N \ ATOM 23252 CA TRP J 72 -120.883-102.645 -24.197 1.00103.69 C \ ANISOU23252 CA TRP J 72 11704 12640 15051 831 2266 -300 C \ ATOM 23253 C TRP J 72 -119.583-102.845 -23.474 1.00103.32 C \ ANISOU23253 C TRP J 72 11776 12583 14898 906 2279 -396 C \ ATOM 23254 O TRP J 72 -119.549-102.880 -22.240 1.00108.55 O \ ANISOU23254 O TRP J 72 12453 13306 15485 1041 2365 -365 O \ ATOM 23255 CB TRP J 72 -121.567-101.333 -23.754 1.00107.14 C \ ANISOU23255 CB TRP J 72 12099 13112 15498 953 2296 -276 C \ ATOM 23256 CG TRP J 72 -120.746-100.050 -23.960 1.00101.75 C \ ANISOU23256 CG TRP J 72 11476 12394 14792 997 2226 -402 C \ ATOM 23257 CD1 TRP J 72 -120.509 -99.414 -25.136 1.00 98.21 C \ ANISOU23257 CD1 TRP J 72 11001 11914 14399 895 2115 -407 C \ ATOM 23258 CD2 TRP J 72 -120.101 -99.257 -22.940 1.00 94.88 C \ ANISOU23258 CD2 TRP J 72 10673 11527 13851 1151 2265 -529 C \ ATOM 23259 NE1 TRP J 72 -119.741 -98.302 -24.922 1.00 94.61 N \ ANISOU23259 NE1 TRP J 72 10593 11409 13946 976 2083 -511 N \ ATOM 23260 CE2 TRP J 72 -119.478 -98.181 -23.586 1.00 92.04 C \ ANISOU23260 CE2 TRP J 72 10329 11096 13548 1130 2172 -610 C \ ATOM 23261 CE3 TRP J 72 -119.978 -99.372 -21.550 1.00 90.13 C \ ANISOU23261 CE3 TRP J 72 10102 11009 13136 1294 2368 -582 C \ ATOM 23262 CZ2 TRP J 72 -118.751 -97.224 -22.900 1.00 90.21 C \ ANISOU23262 CZ2 TRP J 72 10147 10833 13297 1246 2177 -766 C \ ATOM 23263 CZ3 TRP J 72 -119.265 -98.417 -20.868 1.00 89.27 C \ ANISOU23263 CZ3 TRP J 72 10042 10911 12967 1405 2372 -754 C \ ATOM 23264 CH2 TRP J 72 -118.661 -97.355 -21.542 1.00 91.26 C \ ANISOU23264 CH2 TRP J 72 10314 11050 13310 1380 2277 -857 C \ ATOM 23265 N VAL J 73 -118.524-103.036 -24.251 1.00 95.58 N \ ANISOU23265 N VAL J 73 10863 11553 13901 810 2196 -504 N \ ATOM 23266 CA VAL J 73 -117.183-103.031 -23.697 1.00 91.40 C \ ANISOU23266 CA VAL J 73 10444 11011 13271 875 2189 -601 C \ ATOM 23267 C VAL J 73 -116.377-101.939 -24.409 1.00 92.05 C \ ANISOU23267 C VAL J 73 10587 11077 13312 849 2087 -723 C \ ATOM 23268 O VAL J 73 -116.107-101.994 -25.619 1.00 92.57 O \ ANISOU23268 O VAL J 73 10639 11128 13407 712 2004 -763 O \ ATOM 23269 CB VAL J 73 -116.491-104.373 -23.804 1.00 85.97 C \ ANISOU23269 CB VAL J 73 9771 10263 12629 804 2200 -604 C \ ATOM 23270 CG1 VAL J 73 -115.250-104.337 -22.963 1.00 75.90 C \ ANISOU23270 CG1 VAL J 73 8590 9002 11247 901 2209 -653 C \ ATOM 23271 CG2 VAL J 73 -117.393-105.443 -23.291 1.00 77.32 C \ ANISOU23271 CG2 VAL J 73 8579 9159 11641 807 2291 -451 C \ ATOM 23272 N PRO J 74 -116.100-100.866 -23.681 1.00 90.80 N \ ANISOU23272 N PRO J 74 10469 10937 13095 976 2093 -782 N \ ATOM 23273 CA PRO J 74 -115.448 -99.738 -24.313 1.00 88.98 C \ ANISOU23273 CA PRO J 74 10265 10666 12876 957 1999 -870 C \ ATOM 23274 C PRO J 74 -114.000-100.106 -24.572 1.00 89.43 C \ ANISOU23274 C PRO J 74 10419 10701 12859 910 1941 -965 C \ ATOM 23275 O PRO J 74 -113.327-100.666 -23.685 1.00 91.70 O \ ANISOU23275 O PRO J 74 10772 11005 13064 978 1986 -1000 O \ ATOM 23276 CB PRO J 74 -115.549 -98.645 -23.246 1.00 88.09 C \ ANISOU23276 CB PRO J 74 10155 10562 12753 1117 2044 -941 C \ ATOM 23277 CG PRO J 74 -115.504 -99.371 -21.987 1.00 90.54 C \ ANISOU23277 CG PRO J 74 10497 10961 12943 1213 2141 -942 C \ ATOM 23278 CD PRO J 74 -116.261-100.662 -22.235 1.00 92.36 C \ ANISOU23278 CD PRO J 74 10675 11207 13211 1137 2187 -788 C \ ATOM 23279 N ALA J 75 -113.521 -99.804 -25.774 1.00 86.97 N \ ANISOU23279 N ALA J 75 10098 10374 12573 794 1844 -988 N \ ATOM 23280 CA ALA J 75 -112.128-100.062 -26.110 1.00 85.73 C \ ANISOU23280 CA ALA J 75 10021 10201 12352 748 1789 -1083 C \ ATOM 23281 C ALA J 75 -111.242 -99.025 -25.466 1.00 82.92 C \ ANISOU23281 C ALA J 75 9732 9814 11961 853 1758 -1168 C \ ATOM 23282 O ALA J 75 -111.418 -97.844 -25.714 1.00 84.55 O \ ANISOU23282 O ALA J 75 9893 9990 12241 872 1710 -1164 O \ ATOM 23283 CB ALA J 75 -111.939-100.061 -27.607 1.00 87.15 C \ ANISOU23283 CB ALA J 75 10146 10423 12545 586 1702 -1079 C \ ATOM 23284 N LEU J 76 -110.317 -99.427 -24.609 1.00 83.00 N \ ANISOU23284 N LEU J 76 9827 9826 11882 922 1784 -1238 N \ ATOM 23285 CA LEU J 76 -109.454 -98.394 -24.052 1.00 91.72 C \ ANISOU23285 CA LEU J 76 10983 10913 12955 1007 1743 -1345 C \ ATOM 23286 C LEU J 76 -108.060 -98.378 -24.675 1.00 91.07 C \ ANISOU23286 C LEU J 76 10958 10802 12844 941 1658 -1404 C \ ATOM 23287 O LEU J 76 -107.227 -99.200 -24.318 1.00 84.66 O \ ANISOU23287 O LEU J 76 10206 10006 11953 946 1675 -1430 O \ ATOM 23288 CB LEU J 76 -109.289 -98.531 -22.535 1.00 98.53 C \ ANISOU23288 CB LEU J 76 11883 11846 13706 1142 1817 -1399 C \ ATOM 23289 CG LEU J 76 -110.416 -98.691 -21.533 1.00 99.12 C \ ANISOU23289 CG LEU J 76 11907 12008 13748 1237 1923 -1354 C \ ATOM 23290 CD1 LEU J 76 -109.786 -98.495 -20.178 1.00 74.90 C \ ANISOU23290 CD1 LEU J 76 8872 9060 10527 1354 1957 -1455 C \ ATOM 23291 CD2 LEU J 76 -111.536 -97.751 -21.805 1.00 74.70 C \ ANISOU23291 CD2 LEU J 76 8733 8871 10779 1256 1933 -1351 C \ ATOM 23292 N GLU J 77 -107.769 -97.346 -25.473 1.00 96.34 N \ ANISOU23292 N GLU J 77 11591 11426 13587 895 1570 -1413 N \ ATOM 23293 CA GLU J 77 -106.484 -97.228 -26.167 1.00 95.39 C \ ANISOU23293 CA GLU J 77 11505 11295 13445 826 1485 -1450 C \ ATOM 23294 C GLU J 77 -105.329 -96.726 -25.300 1.00 93.32 C \ ANISOU23294 C GLU J 77 11317 11000 13140 913 1459 -1565 C \ ATOM 23295 O GLU J 77 -105.467 -95.776 -24.532 1.00 92.67 O \ ANISOU23295 O GLU J 77 11224 10882 13107 1007 1459 -1638 O \ ATOM 23296 CB GLU J 77 -106.613 -96.318 -27.399 1.00 97.74 C \ ANISOU23296 CB GLU J 77 11705 11588 13844 734 1396 -1368 C \ ATOM 23297 CG GLU J 77 -105.270 -95.998 -28.064 1.00102.23 C \ ANISOU23297 CG GLU J 77 12289 12161 14395 672 1307 -1390 C \ ATOM 23298 CD GLU J 77 -105.401 -95.429 -29.471 1.00109.25 C \ ANISOU23298 CD GLU J 77 13052 13118 15342 549 1224 -1257 C \ ATOM 23299 OE1 GLU J 77 -106.208 -94.491 -29.673 1.00109.55 O \ ANISOU23299 OE1 GLU J 77 12982 13122 15520 558 1199 -1146 O \ ATOM 23300 OE2 GLU J 77 -104.686 -95.931 -30.380 1.00112.50 O1- \ ANISOU23300 OE2 GLU J 77 13453 13633 15660 440 1188 -1255 O1- \ ATOM 23301 N PHE J 78 -104.191 -97.403 -25.447 1.00 92.36 N \ ANISOU23301 N PHE J 78 11256 10897 12938 876 1438 -1596 N \ ATOM 23302 CA PHE J 78 -102.909 -96.995 -24.896 1.00 88.82 C \ ANISOU23302 CA PHE J 78 10868 10433 12446 925 1390 -1687 C \ ATOM 23303 C PHE J 78 -102.325 -95.903 -25.829 1.00 96.25 C \ ANISOU23303 C PHE J 78 11765 11317 13488 863 1284 -1682 C \ ATOM 23304 O PHE J 78 -101.861 -96.179 -26.939 1.00 94.64 O \ ANISOU23304 O PHE J 78 11537 11141 13279 757 1241 -1626 O \ ATOM 23305 CB PHE J 78 -101.967 -98.204 -24.836 1.00 81.68 C \ ANISOU23305 CB PHE J 78 10021 9562 11451 900 1412 -1686 C \ ATOM 23306 CG PHE J 78 -102.068 -99.000 -23.575 1.00 78.68 C \ ANISOU23306 CG PHE J 78 9671 9239 10983 990 1494 -1674 C \ ATOM 23307 CD1 PHE J 78 -102.205 -98.371 -22.347 1.00 80.91 C \ ANISOU23307 CD1 PHE J 78 9962 9583 11196 1100 1509 -1736 C \ ATOM 23308 CD2 PHE J 78 -101.968-100.372 -23.599 1.00 76.75 C \ ANISOU23308 CD2 PHE J 78 9425 9000 10736 962 1556 -1602 C \ ATOM 23309 CE1 PHE J 78 -102.272 -99.101 -21.152 1.00 77.91 C \ ANISOU23309 CE1 PHE J 78 9584 9320 10699 1179 1582 -1694 C \ ATOM 23310 CE2 PHE J 78 -102.033-101.106 -22.409 1.00 77.37 C \ ANISOU23310 CE2 PHE J 78 9500 9146 10751 1045 1628 -1534 C \ ATOM 23311 CZ PHE J 78 -102.188-100.456 -21.182 1.00 76.07 C \ ANISOU23311 CZ PHE J 78 9341 9093 10471 1153 1638 -1566 C \ ATOM 23312 N ILE J 79 -102.416 -94.647 -25.414 1.00 97.40 N \ ANISOU23312 N ILE J 79 11874 11390 13745 925 1247 -1737 N \ ATOM 23313 CA ILE J 79 -102.005 -93.551 -26.283 1.00 95.43 C \ ANISOU23313 CA ILE J 79 11546 11065 13650 869 1148 -1686 C \ ATOM 23314 C ILE J 79 -100.563 -93.710 -26.713 1.00 92.92 C \ ANISOU23314 C ILE J 79 11267 10765 13272 814 1080 -1696 C \ ATOM 23315 O ILE J 79 -100.267 -93.614 -27.895 1.00 97.63 O \ ANISOU23315 O ILE J 79 11801 11396 13897 712 1023 -1584 O \ ATOM 23316 CB ILE J 79 -102.224 -92.141 -25.638 1.00 94.52 C \ ANISOU23316 CB ILE J 79 11365 10818 13730 955 1123 -1775 C \ ATOM 23317 CG1 ILE J 79 -103.702 -91.766 -25.669 1.00 91.12 C \ ANISOU23317 CG1 ILE J 79 10842 10350 13428 983 1176 -1711 C \ ATOM 23318 CG2 ILE J 79 -101.433 -91.073 -26.358 1.00 96.68 C \ ANISOU23318 CG2 ILE J 79 11554 10989 14188 904 1014 -1722 C \ ATOM 23319 CD1 ILE J 79 -104.309 -91.773 -27.031 1.00 88.22 C \ ANISOU23319 CD1 ILE J 79 10372 10013 13134 872 1141 -1490 C \ ATOM 23320 N ASN J 80 -99.675 -94.034 -25.781 1.00 85.27 N \ ANISOU23320 N ASN J 80 10390 9808 12201 876 1089 -1816 N \ ATOM 23321 CA ASN J 80 -98.268 -94.001 -26.122 1.00 79.43 C \ ANISOU23321 CA ASN J 80 9675 9069 11436 834 1018 -1827 C \ ATOM 23322 C ASN J 80 -97.633 -95.337 -26.432 1.00 76.94 C \ ANISOU23322 C ASN J 80 9418 8839 10975 786 1054 -1802 C \ ATOM 23323 O ASN J 80 -96.420 -95.486 -26.330 1.00 73.41 O \ ANISOU23323 O ASN J 80 9010 8400 10485 783 1018 -1836 O \ ATOM 23324 CB ASN J 80 -97.448 -93.281 -25.064 1.00 83.09 C \ ANISOU23324 CB ASN J 80 10169 9483 11919 913 975 -1972 C \ ATOM 23325 CG ASN J 80 -97.436 -94.000 -23.751 1.00 85.58 C \ ANISOU23325 CG ASN J 80 10561 9889 12066 1001 1045 -2071 C \ ATOM 23326 OD1 ASN J 80 -98.479 -94.411 -23.253 1.00 92.28 O \ ANISOU23326 OD1 ASN J 80 11412 10786 12863 1047 1128 -2067 O \ ATOM 23327 ND2 ASN J 80 -96.243 -94.205 -23.197 1.00 81.26 N \ ANISOU23327 ND2 ASN J 80 10062 9389 11424 1019 1011 -2132 N \ ATOM 23328 N VAL J 81 -98.451 -96.301 -26.838 1.00 84.37 N \ ANISOU23328 N VAL J 81 10353 9833 11871 746 1127 -1749 N \ ATOM 23329 CA VAL J 81 -97.943 -97.592 -27.321 1.00 87.14 C \ ANISOU23329 CA VAL J 81 10725 10236 12148 686 1171 -1743 C \ ATOM 23330 C VAL J 81 -97.431 -97.577 -28.785 1.00 86.70 C \ ANISOU23330 C VAL J 81 10604 10243 12095 559 1122 -1709 C \ ATOM 23331 O VAL J 81 -98.091 -97.090 -29.736 1.00 85.51 O \ ANISOU23331 O VAL J 81 10364 10150 11975 481 1091 -1636 O \ ATOM 23332 CB VAL J 81 -98.970 -98.741 -27.081 1.00 92.58 C \ ANISOU23332 CB VAL J 81 11417 10942 12818 691 1275 -1725 C \ ATOM 23333 CG1 VAL J 81 -100.038 -98.834 -28.212 1.00 68.18 C \ ANISOU23333 CG1 VAL J 81 8244 7900 9762 588 1285 -1676 C \ ATOM 23334 CG2 VAL J 81 -98.250-100.064 -26.789 1.00 88.53 C \ ANISOU23334 CG2 VAL J 81 10937 10422 12279 697 1337 -1745 C \ ATOM 23335 N VAL J 82 -96.249 -98.160 -28.943 1.00 84.17 N \ ANISOU23335 N VAL J 82 10311 9938 11734 540 1122 -1752 N \ ATOM 23336 CA VAL J 82 -95.593 -98.300 -30.228 1.00 82.03 C \ ANISOU23336 CA VAL J 82 9972 9760 11434 427 1094 -1748 C \ ATOM 23337 C VAL J 82 -96.123 -99.559 -30.882 1.00 87.05 C \ ANISOU23337 C VAL J 82 10569 10462 12043 350 1181 -1806 C \ ATOM 23338 O VAL J 82 -95.883-100.663 -30.373 1.00 89.28 O \ ANISOU23338 O VAL J 82 10893 10680 12350 385 1260 -1872 O \ ATOM 23339 CB VAL J 82 -94.125 -98.532 -30.034 1.00 80.55 C \ ANISOU23339 CB VAL J 82 9824 9553 11230 448 1077 -1792 C \ ATOM 23340 CG1 VAL J 82 -93.475 -98.643 -31.365 1.00 87.54 C \ ANISOU23340 CG1 VAL J 82 10625 10562 12074 334 1056 -1796 C \ ATOM 23341 CG2 VAL J 82 -93.498 -97.429 -29.226 1.00 77.85 C \ ANISOU23341 CG2 VAL J 82 9522 9136 10922 526 994 -1772 C \ ATOM 23342 N GLY J 83 -96.876 -99.439 -31.965 1.00 91.47 N \ ANISOU23342 N GLY J 83 11032 11150 12573 242 1170 -1778 N \ ATOM 23343 CA GLY J 83 -97.470-100.649 -32.509 1.00 95.65 C \ ANISOU23343 CA GLY J 83 11515 11739 13090 163 1255 -1874 C \ ATOM 23344 C GLY J 83 -98.752-100.972 -31.769 1.00 98.06 C \ ANISOU23344 C GLY J 83 11848 11957 13454 217 1309 -1846 C \ ATOM 23345 O GLY J 83 -99.447-100.062 -31.331 1.00107.38 O \ ANISOU23345 O GLY J 83 13039 13109 14651 271 1270 -1744 O \ ATOM 23346 N SER J 84 -99.114-102.247 -31.703 1.00 86.83 N \ ANISOU23346 N SER J 84 10414 10490 12086 196 1403 -1935 N \ ATOM 23347 CA SER J 84 -100.294-102.656 -30.962 1.00 82.71 C \ ANISOU23347 CA SER J 84 9907 9886 11632 247 1462 -1890 C \ ATOM 23348 C SER J 84 -99.892-103.758 -30.019 1.00 91.25 C \ ANISOU23348 C SER J 84 11034 10823 12814 326 1547 -1915 C \ ATOM 23349 O SER J 84 -99.157-104.628 -30.446 1.00 97.14 O \ ANISOU23349 O SER J 84 11745 11541 13621 279 1589 -2020 O \ ATOM 23350 CB SER J 84 -101.434-103.056 -31.893 1.00 75.53 C \ ANISOU23350 CB SER J 84 8895 9080 10725 125 1483 -1925 C \ ATOM 23351 OG SER J 84 -100.983-103.990 -32.841 1.00 72.26 O \ ANISOU23351 OG SER J 84 8404 8733 10318 9 1521 -2091 O \ ATOM 23352 N PRO J 85 -100.318-103.697 -28.732 1.00 94.08 N \ ANISOU23352 N PRO J 85 11448 11102 13194 448 1575 -1811 N \ ATOM 23353 CA PRO J 85 -99.837-104.547 -27.630 1.00 93.84 C \ ANISOU23353 CA PRO J 85 11445 10971 13238 543 1641 -1761 C \ ATOM 23354 C PRO J 85 -100.174-106.030 -27.793 1.00 95.98 C \ ANISOU23354 C PRO J 85 11635 11145 13688 497 1741 -1787 C \ ATOM 23355 O PRO J 85 -101.195-106.385 -28.416 1.00 93.95 O \ ANISOU23355 O PRO J 85 11312 10897 13488 414 1771 -1831 O \ ATOM 23356 CB PRO J 85 -100.592-104.015 -26.405 1.00 90.00 C \ ANISOU23356 CB PRO J 85 10999 10503 12693 657 1647 -1643 C \ ATOM 23357 CG PRO J 85 -101.171-102.766 -26.810 1.00 91.82 C \ ANISOU23357 CG PRO J 85 11241 10801 12845 639 1578 -1656 C \ ATOM 23358 CD PRO J 85 -101.443-102.879 -28.279 1.00 94.66 C \ ANISOU23358 CD PRO J 85 11533 11205 13228 496 1556 -1723 C \ ATOM 23359 N ASP J 86 -99.323-106.881 -27.214 1.00 97.88 N \ ANISOU23359 N ASP J 86 11861 11286 14041 549 1792 -1752 N \ ATOM 23360 CA ASP J 86 -99.638-108.296 -27.123 1.00 98.43 C \ ANISOU23360 CA ASP J 86 11831 11217 14351 530 1895 -1738 C \ ATOM 23361 C ASP J 86 -100.604-108.454 -25.983 1.00 97.34 C \ ANISOU23361 C ASP J 86 11683 11072 14230 617 1936 -1545 C \ ATOM 23362 O ASP J 86 -100.273-108.292 -24.811 1.00 96.16 O \ ANISOU23362 O ASP J 86 11563 10959 14013 731 1934 -1385 O \ ATOM 23363 CB ASP J 86 -98.421-109.155 -26.834 1.00100.74 C \ ANISOU23363 CB ASP J 86 12081 11390 14805 565 1940 -1720 C \ ATOM 23364 CG ASP J 86 -98.705-110.645 -27.037 1.00105.04 C \ ANISOU23364 CG ASP J 86 12484 11746 15679 519 2052 -1750 C \ ATOM 23365 OD1 ASP J 86 -99.896-111.014 -27.111 1.00104.73 O \ ANISOU23365 OD1 ASP J 86 12390 11675 15727 480 2091 -1739 O \ ATOM 23366 OD2 ASP J 86 -97.737-111.442 -27.155 1.00108.11 O1- \ ANISOU23366 OD2 ASP J 86 12802 12005 16269 519 2101 -1792 O1- \ ATOM 23367 N THR J 87 -101.818-108.769 -26.373 1.00 93.41 N \ ANISOU23367 N THR J 87 11128 10556 13809 555 1972 -1565 N \ ATOM 23368 CA THR J 87 -102.871-109.054 -25.469 1.00 87.59 C \ ANISOU23368 CA THR J 87 10353 9811 13116 618 2024 -1389 C \ ATOM 23369 C THR J 87 -102.862-110.524 -25.239 1.00 90.85 C \ ANISOU23369 C THR J 87 10637 10048 13834 608 2121 -1315 C \ ATOM 23370 O THR J 87 -102.918-111.289 -26.191 1.00 95.88 O \ ANISOU23370 O THR J 87 11191 10567 14672 498 2157 -1477 O \ ATOM 23371 CB THR J 87 -104.167-108.669 -26.109 1.00 87.47 C \ ANISOU23371 CB THR J 87 10322 9854 13058 543 2010 -1446 C \ ATOM 23372 OG1 THR J 87 -104.230-107.249 -26.155 1.00 87.42 O \ ANISOU23372 OG1 THR J 87 10411 9990 12813 572 1925 -1464 O \ ATOM 23373 CG2 THR J 87 -105.350-109.225 -25.350 1.00 88.07 C \ ANISOU23373 CG2 THR J 87 10326 9898 13239 585 2082 -1276 C \ ATOM 23374 N GLY J 88 -102.766-110.915 -23.980 1.00 92.34 N \ ANISOU23374 N GLY J 88 10788 10230 14067 720 2164 -1073 N \ ATOM 23375 CA GLY J 88 -102.933-112.300 -23.563 1.00 99.46 C \ ANISOU23375 CA GLY J 88 11532 10959 15300 727 2261 -914 C \ ATOM 23376 C GLY J 88 -104.395-112.671 -23.306 1.00100.10 C \ ANISOU23376 C GLY J 88 11530 11025 15477 715 2315 -795 C \ ATOM 23377 O GLY J 88 -105.269-112.552 -24.194 1.00 77.95 O \ ANISOU23377 O GLY J 88 8724 8206 12687 616 2306 -960 O \ ATOM 23378 N ASN J 89 -104.648-113.168 -22.094 1.00 95.92 N \ ANISOU23378 N ASN J 89 10909 10517 15018 812 2371 -488 N \ ATOM 23379 CA ASN J 89 -105.988-113.582 -21.715 1.00 90.49 C \ ANISOU23379 CA ASN J 89 10121 9825 14436 813 2429 -326 C \ ATOM 23380 C ASN J 89 -106.887-112.417 -21.361 1.00 86.91 C \ ANISOU23380 C ASN J 89 9772 9606 13644 860 2390 -318 C \ ATOM 23381 O ASN J 89 -106.456-111.434 -20.765 1.00 84.01 O \ ANISOU23381 O ASN J 89 9512 9435 12972 945 2341 -309 O \ ATOM 23382 CB ASN J 89 -105.947-114.580 -20.563 1.00 82.49 C \ ANISOU23382 CB ASN J 89 8937 8770 13636 894 2508 38 C \ ATOM 23383 CG ASN J 89 -105.377-115.899 -20.965 1.00 99.99 C \ ANISOU23383 CG ASN J 89 10994 10684 16313 839 2569 51 C \ ATOM 23384 OD1 ASN J 89 -106.055-116.695 -21.621 1.00 85.04 O \ ANISOU23384 OD1 ASN J 89 8987 8575 14749 743 2619 -35 O \ ATOM 23385 ND2 ASN J 89 -104.104-116.124 -20.634 1.00 84.35 N \ ANISOU23385 ND2 ASN J 89 8994 8674 14380 890 2564 128 N \ ATOM 23386 N LYS J 90 -108.151-112.554 -21.736 1.00 88.90 N \ ANISOU23386 N LYS J 90 9974 9825 13980 801 2417 -332 N \ ATOM 23387 CA LYS J 90 -109.150-111.549 -21.492 1.00 91.09 C \ ANISOU23387 CA LYS J 90 10318 10288 14003 838 2395 -325 C \ ATOM 23388 C LYS J 90 -110.151-112.212 -20.578 1.00 97.74 C \ ANISOU23388 C LYS J 90 11018 11157 14959 892 2481 -39 C \ ATOM 23389 O LYS J 90 -110.324-113.417 -20.577 1.00101.94 O \ ANISOU23389 O LYS J 90 11400 11514 15819 851 2544 91 O \ ATOM 23390 CB LYS J 90 -109.835-111.179 -22.792 1.00 89.89 C \ ANISOU23390 CB LYS J 90 10201 10090 13863 712 2351 -559 C \ ATOM 23391 CG LYS J 90 -109.007-110.409 -23.767 1.00 87.77 C \ ANISOU23391 CG LYS J 90 10050 9844 13454 651 2262 -814 C \ ATOM 23392 CD LYS J 90 -109.695-110.424 -25.117 1.00 92.68 C \ ANISOU23392 CD LYS J 90 10640 10432 14143 499 2231 -1005 C \ ATOM 23393 CE LYS J 90 -108.765-109.893 -26.183 1.00101.05 C \ ANISOU23393 CE LYS J 90 11774 11526 15095 420 2153 -1238 C \ ATOM 23394 NZ LYS J 90 -109.286-110.022 -27.571 1.00106.85 N1- \ ANISOU23394 NZ LYS J 90 12445 12279 15873 252 2122 -1435 N1- \ ATOM 23395 N ARG J 91 -110.840-111.410 -19.799 1.00100.36 N \ ANISOU23395 N ARG J 91 11381 11709 15041 982 2489 57 N \ ATOM 23396 CA ARG J 91 -111.742-111.939 -18.823 1.00 98.35 C \ ANISOU23396 CA ARG J 91 10986 11541 14840 1047 2574 350 C \ ATOM 23397 C ARG J 91 -112.797-110.861 -18.686 1.00 98.52 C \ ANISOU23397 C ARG J 91 11067 11741 14623 1087 2569 290 C \ ATOM 23398 O ARG J 91 -112.471-109.668 -18.597 1.00 96.46 O \ ANISOU23398 O ARG J 91 10938 11623 14092 1139 2516 129 O \ ATOM 23399 CB ARG J 91 -110.951-112.113 -17.540 1.00 97.35 C \ ANISOU23399 CB ARG J 91 10810 11590 14590 1165 2602 584 C \ ATOM 23400 CG ARG J 91 -111.581-112.906 -16.489 1.00102.65 C \ ANISOU23400 CG ARG J 91 11290 12362 15349 1227 2693 952 C \ ATOM 23401 CD ARG J 91 -110.740-112.863 -15.236 1.00109.03 C \ ANISOU23401 CD ARG J 91 12050 13432 15943 1339 2703 1168 C \ ATOM 23402 NE ARG J 91 -111.258-111.971 -14.227 1.00116.84 N \ ANISOU23402 NE ARG J 91 13050 14793 16549 1444 2724 1214 N \ ATOM 23403 CZ ARG J 91 -110.656-111.724 -13.068 1.00124.37 C \ ANISOU23403 CZ ARG J 91 13960 16073 17222 1541 2730 1357 C \ ATOM 23404 NH1 ARG J 91 -109.506-112.297 -12.775 1.00123.55 N1+ \ ANISOU23404 NH1 ARG J 91 13800 15961 17183 1548 2708 1504 N1+ \ ATOM 23405 NH2 ARG J 91 -111.213-110.898 -12.194 1.00129.73 N \ ANISOU23405 NH2 ARG J 91 14634 17105 17551 1629 2759 1343 N \ ATOM 23406 N LEU J 92 -114.059-111.265 -18.749 1.00 97.77 N \ ANISOU23406 N LEU J 92 10867 11614 14668 1055 2622 403 N \ ATOM 23407 CA LEU J 92 -115.139-110.371 -18.404 1.00 93.26 C \ ANISOU23407 CA LEU J 92 10311 11222 13901 1114 2641 409 C \ ATOM 23408 C LEU J 92 -115.733-110.964 -17.155 1.00 98.85 C \ ANISOU23408 C LEU J 92 10862 12087 14609 1206 2742 737 C \ ATOM 23409 O LEU J 92 -115.956-112.166 -17.079 1.00 99.09 O \ ANISOU23409 O LEU J 92 10742 11987 14920 1164 2792 952 O \ ATOM 23410 CB LEU J 92 -116.196-110.267 -19.487 1.00 85.60 C \ ANISOU23410 CB LEU J 92 9330 10130 13064 1004 2619 294 C \ ATOM 23411 CG LEU J 92 -116.001-109.123 -20.465 1.00 85.55 C \ ANISOU23411 CG LEU J 92 9465 10119 12922 954 2525 15 C \ ATOM 23412 CD1 LEU J 92 -117.308-108.874 -21.142 1.00 84.46 C \ ANISOU23412 CD1 LEU J 92 9276 9964 12852 883 2520 -5 C \ ATOM 23413 CD2 LEU J 92 -115.419-107.857 -19.845 1.00 86.97 C \ ANISOU23413 CD2 LEU J 92 9762 10471 12813 1073 2496 -78 C \ ATOM 23414 N MET J 93 -115.943-110.117 -16.161 1.00102.03 N \ ANISOU23414 N MET J 93 11281 12778 14706 1331 2773 773 N \ ATOM 23415 CA MET J 93 -116.575-110.501 -14.914 1.00100.55 C \ ANISOU23415 CA MET J 93 10934 12831 14439 1427 2873 1078 C \ ATOM 23416 C MET J 93 -117.891-109.758 -14.740 1.00 97.12 C \ ANISOU23416 C MET J 93 10479 12537 13884 1473 2921 1046 C \ ATOM 23417 O MET J 93 -117.874-108.654 -14.236 1.00 99.59 O \ ANISOU23417 O MET J 93 10861 13067 13913 1564 2924 893 O \ ATOM 23418 CB MET J 93 -115.614-110.136 -13.797 1.00 97.64 C \ ANISOU23418 CB MET J 93 10576 12753 13771 1537 2877 1122 C \ ATOM 23419 CG MET J 93 -115.764-110.896 -12.554 1.00 98.15 C \ ANISOU23419 CG MET J 93 10441 13068 13782 1612 2964 1500 C \ ATOM 23420 SD MET J 93 -114.272-110.507 -11.647 1.00124.55 S \ ANISOU23420 SD MET J 93 13825 16694 16804 1692 2923 1478 S \ ATOM 23421 CE MET J 93 -114.638-111.385 -10.132 1.00147.26 C \ ANISOU23421 CE MET J 93 16417 19956 19579 1778 3032 1984 C \ ATOM 23422 N LEU J 94 -119.022-110.385 -15.068 1.00 95.32 N \ ANISOU23422 N LEU J 94 10138 12195 13886 1415 2966 1195 N \ ATOM 23423 CA LEU J 94 -120.324-109.708 -15.078 1.00 98.75 C \ ANISOU23423 CA LEU J 94 10547 12720 14252 1444 3007 1161 C \ ATOM 23424 C LEU J 94 -121.087-109.963 -13.789 1.00102.74 C \ ANISOU23424 C LEU J 94 10879 13519 14638 1554 3127 1454 C \ ATOM 23425 O LEU J 94 -121.365-111.116 -13.458 1.00102.41 O \ ANISOU23425 O LEU J 94 10672 13449 14792 1531 3180 1769 O \ ATOM 23426 CB LEU J 94 -121.213-110.187 -16.210 1.00 87.74 C \ ANISOU23426 CB LEU J 94 9112 11063 13161 1310 2983 1152 C \ ATOM 23427 CG LEU J 94 -120.665-110.180 -17.606 1.00 90.99 C \ ANISOU23427 CG LEU J 94 9640 11208 13724 1170 2874 900 C \ ATOM 23428 CD1 LEU J 94 -121.664-110.894 -18.491 1.00 86.39 C \ ANISOU23428 CD1 LEU J 94 8954 10433 13436 1035 2870 943 C \ ATOM 23429 CD2 LEU J 94 -120.342-108.781 -18.081 1.00 88.81 C \ ANISOU23429 CD2 LEU J 94 9528 10978 13236 1191 2800 613 C \ ATOM 23430 N PHE J 95 -121.399-108.904 -13.046 1.00103.51 N \ ANISOU23430 N PHE J 95 10995 13905 14429 1674 3174 1350 N \ ATOM 23431 CA PHE J 95 -122.128-109.047 -11.800 1.00108.55 C \ ANISOU23431 CA PHE J 95 11458 14887 14898 1783 3296 1598 C \ ATOM 23432 C PHE J 95 -123.636-108.843 -11.998 1.00112.75 C \ ANISOU23432 C PHE J 95 11907 15408 15524 1785 3360 1645 C \ ATOM 23433 O PHE J 95 -124.078-108.180 -12.951 1.00111.78 O \ ANISOU23433 O PHE J 95 11884 15084 15503 1734 3308 1420 O \ ATOM 23434 CB PHE J 95 -121.590-108.084 -10.770 1.00 94.07 C \ ANISOU23434 CB PHE J 95 9657 13422 12665 1912 3326 1438 C \ ATOM 23435 CG PHE J 95 -120.257-108.445 -10.265 1.00 97.61 C \ ANISOU23435 CG PHE J 95 10119 13981 12985 1923 3286 1496 C \ ATOM 23436 CD1 PHE J 95 -119.121-108.068 -10.959 1.00 99.56 C \ ANISOU23436 CD1 PHE J 95 10549 14021 13257 1872 3173 1237 C \ ATOM 23437 CD2 PHE J 95 -120.120-109.136 -9.086 1.00104.54 C \ ANISOU23437 CD2 PHE J 95 10812 15197 13711 1985 3359 1828 C \ ATOM 23438 CE1 PHE J 95 -117.868-108.384 -10.496 1.00 95.04 C \ ANISOU23438 CE1 PHE J 95 9985 13553 12573 1883 3133 1295 C \ ATOM 23439 CE2 PHE J 95 -118.869-109.461 -8.618 1.00106.19 C \ ANISOU23439 CE2 PHE J 95 11017 15526 13804 1993 3316 1906 C \ ATOM 23440 CZ PHE J 95 -117.742-109.083 -9.328 1.00 99.40 C \ ANISOU23440 CZ PHE J 95 10351 14434 12983 1943 3203 1630 C \ ATOM 23441 N PRO J 96 -124.437-109.461 -11.115 1.00113.40 N \ ANISOU23441 N PRO J 96 11785 15714 15588 1840 3471 1975 N \ ATOM 23442 CA PRO J 96 -125.893-109.375 -11.216 1.00114.37 C \ ANISOU23442 CA PRO J 96 11801 15844 15809 1845 3542 2066 C \ ATOM 23443 C PRO J 96 -126.360-107.975 -10.883 1.00113.00 C \ ANISOU23443 C PRO J 96 11679 15879 15376 1957 3590 1794 C \ ATOM 23444 O PRO J 96 -127.434-107.568 -11.328 1.00109.53 O \ ANISOU23444 O PRO J 96 11215 15354 15048 1949 3615 1748 O \ ATOM 23445 CB PRO J 96 -126.368-110.352 -10.148 1.00118.49 C \ ANISOU23445 CB PRO J 96 12078 16621 16321 1894 3653 2505 C \ ATOM 23446 CG PRO J 96 -125.266-110.340 -9.141 1.00119.04 C \ ANISOU23446 CG PRO J 96 12133 17001 16094 1976 3666 2552 C \ ATOM 23447 CD PRO J 96 -124.014-110.235 -9.934 1.00114.30 C \ ANISOU23447 CD PRO J 96 11735 16122 15573 1902 3538 2306 C \ ATOM 23448 N ASP J 97 -125.575-107.272 -10.068 1.00114.16 N \ ANISOU23448 N ASP J 97 11875 16304 15198 2059 3608 1619 N \ ATOM 23449 CA ASP J 97 -125.900-105.908 -9.697 1.00114.88 C \ ANISOU23449 CA ASP J 97 11999 16579 15069 2169 3660 1307 C \ ATOM 23450 C ASP J 97 -125.618-104.927 -10.822 1.00115.03 C \ ANISOU23450 C ASP J 97 12210 16272 15226 2118 3552 953 C \ ATOM 23451 O ASP J 97 -125.981-103.747 -10.733 1.00122.36 O \ ANISOU23451 O ASP J 97 13157 17252 16083 2196 3586 687 O \ ATOM 23452 CB ASP J 97 -125.163-105.475 -8.434 1.00113.11 C \ ANISOU23452 CB ASP J 97 11740 16784 14453 2284 3715 1201 C \ ATOM 23453 CG ASP J 97 -123.693-105.671 -8.539 1.00109.73 C \ ANISOU23453 CG ASP J 97 11435 16292 13965 2238 3607 1131 C \ ATOM 23454 OD1 ASP J 97 -123.043-104.839 -9.193 1.00101.05 O \ ANISOU23454 OD1 ASP J 97 10512 14982 12899 2214 3515 797 O \ ATOM 23455 OD2 ASP J 97 -123.183-106.637 -7.940 1.00116.39 O1- \ ANISOU23455 OD2 ASP J 97 12181 17305 14737 2230 3618 1427 O1- \ ATOM 23456 N GLY J 98 -125.003-105.405 -11.892 1.00104.98 N \ ANISOU23456 N GLY J 98 11054 14665 14168 1987 3428 955 N \ ATOM 23457 CA GLY J 98 -124.848-104.551 -13.042 1.00100.73 C \ ANISOU23457 CA GLY J 98 10661 13842 13769 1925 3325 684 C \ ATOM 23458 C GLY J 98 -123.392-104.323 -13.331 1.00100.87 C \ ANISOU23458 C GLY J 98 10837 13767 13721 1891 3218 491 C \ ATOM 23459 O GLY J 98 -122.996-104.185 -14.505 1.00101.98 O \ ANISOU23459 O GLY J 98 11091 13626 14029 1784 3105 376 O \ ATOM 23460 N ARG J 99 -122.594-104.236 -12.264 1.00 97.77 N \ ANISOU23460 N ARG J 99 10440 13641 13067 1980 3253 451 N \ ATOM 23461 CA ARG J 99 -121.183-103.873 -12.433 1.00 97.10 C \ ANISOU23461 CA ARG J 99 10500 13497 12897 1961 3154 246 C \ ATOM 23462 C ARG J 99 -120.398-104.830 -13.331 1.00 95.10 C \ ANISOU23462 C ARG J 99 10323 12976 12834 1829 3053 355 C \ ATOM 23463 O ARG J 99 -120.693-106.018 -13.398 1.00 94.39 O \ ANISOU23463 O ARG J 99 10145 12829 12890 1772 3077 630 O \ ATOM 23464 CB ARG J 99 -120.484-103.626 -11.090 1.00 98.81 C \ ANISOU23464 CB ARG J 99 10676 14089 12779 2071 3205 184 C \ ATOM 23465 CG ARG J 99 -120.211-104.833 -10.294 1.00101.69 C \ ANISOU23465 CG ARG J 99 10923 14669 13044 2077 3250 519 C \ ATOM 23466 CD ARG J 99 -120.034-104.504 -8.838 1.00 95.34 C \ ANISOU23466 CD ARG J 99 10008 14354 11864 2197 3337 495 C \ ATOM 23467 NE ARG J 99 -119.767-105.737 -8.137 1.00106.24 N \ ANISOU23467 NE ARG J 99 11246 15943 13176 2192 3371 890 N \ ATOM 23468 CZ ARG J 99 -119.905-105.894 -6.842 1.00116.85 C \ ANISOU23468 CZ ARG J 99 12415 17769 14213 2279 3467 1047 C \ ATOM 23469 NH1 ARG J 99 -120.318-104.867 -6.122 1.00126.53 N1+ \ ANISOU23469 NH1 ARG J 99 13598 19315 15161 2378 3544 780 N1+ \ ATOM 23470 NH2 ARG J 99 -119.638-107.072 -6.281 1.00117.80 N \ ANISOU23470 NH2 ARG J 99 12383 18057 14320 2265 3489 1470 N \ ATOM 23471 N VAL J 100 -119.437-104.287 -14.071 1.00 94.90 N \ ANISOU23471 N VAL J 100 10448 12771 12838 1777 2943 127 N \ ATOM 23472 CA VAL J 100 -118.694-105.083 -15.043 1.00 94.13 C \ ANISOU23472 CA VAL J 100 10422 12416 12925 1649 2850 173 C \ ATOM 23473 C VAL J 100 -117.174-104.870 -14.952 1.00 95.59 C \ ANISOU23473 C VAL J 100 10719 12607 12992 1653 2774 31 C \ ATOM 23474 O VAL J 100 -116.702-103.755 -14.797 1.00 96.44 O \ ANISOU23474 O VAL J 100 10905 12775 12961 1706 2739 -208 O \ ATOM 23475 CB VAL J 100 -119.175-104.785 -16.449 1.00 90.13 C \ ANISOU23475 CB VAL J 100 9968 11644 12634 1538 2778 70 C \ ATOM 23476 CG1 VAL J 100 -118.422-105.649 -17.429 1.00 88.73 C \ ANISOU23476 CG1 VAL J 100 9842 11244 12626 1402 2696 82 C \ ATOM 23477 CG2 VAL J 100 -120.665-105.091 -16.533 1.00 92.20 C \ ANISOU23477 CG2 VAL J 100 10105 11905 13021 1525 2848 233 C \ ATOM 23478 N ILE J 101 -116.418-105.955 -14.996 1.00 84.01 N \ ANISOU23478 N ILE J 101 9241 11074 11606 1599 2754 185 N \ ATOM 23479 CA ILE J 101 -114.985-105.871 -14.908 1.00 83.38 C \ ANISOU23479 CA ILE J 101 9251 10999 11433 1599 2685 87 C \ ATOM 23480 C ILE J 101 -114.316-106.438 -16.166 1.00 96.67 C \ ANISOU23480 C ILE J 101 11008 12375 13349 1468 2600 39 C \ ATOM 23481 O ILE J 101 -114.689-107.505 -16.623 1.00 96.10 O \ ANISOU23481 O ILE J 101 10860 12147 13505 1390 2623 194 O \ ATOM 23482 CB ILE J 101 -114.471-106.606 -13.702 1.00 85.09 C \ ANISOU23482 CB ILE J 101 9363 11455 11511 1667 2739 315 C \ ATOM 23483 CG1 ILE J 101 -114.953-105.926 -12.432 1.00 90.47 C \ ANISOU23483 CG1 ILE J 101 9968 12514 11892 1794 2817 304 C \ ATOM 23484 CG2 ILE J 101 -112.990-106.585 -13.725 1.00 84.40 C \ ANISOU23484 CG2 ILE J 101 9361 11346 11360 1654 2660 229 C \ ATOM 23485 CD1 ILE J 101 -114.617-106.679 -11.149 1.00 89.11 C \ ANISOU23485 CD1 ILE J 101 9645 12671 11540 1859 2880 589 C \ ATOM 23486 N TYR J 102 -113.400-105.676 -16.771 1.00 94.50 N \ ANISOU23486 N TYR J 102 10866 12012 13028 1439 2507 -196 N \ ATOM 23487 CA TYR J 102 -112.570-106.143 -17.877 1.00 88.53 C \ ANISOU23487 CA TYR J 102 10174 11024 12438 1324 2430 -268 C \ ATOM 23488 C TYR J 102 -111.152-106.344 -17.344 1.00 89.99 C \ ANISOU23488 C TYR J 102 10397 11269 12525 1360 2400 -263 C \ ATOM 23489 O TYR J 102 -110.548-105.418 -16.799 1.00 89.13 O \ ANISOU23489 O TYR J 102 10353 11306 12207 1431 2366 -392 O \ ATOM 23490 CB TYR J 102 -112.545-105.124 -19.014 1.00 86.83 C \ ANISOU23490 CB TYR J 102 10059 10690 12243 1258 2342 -501 C \ ATOM 23491 CG TYR J 102 -111.735-105.582 -20.206 1.00 90.25 C \ ANISOU23491 CG TYR J 102 10542 10935 12815 1133 2269 -589 C \ ATOM 23492 CD1 TYR J 102 -110.355-105.391 -20.281 1.00 90.32 C \ ANISOU23492 CD1 TYR J 102 10633 10926 12759 1134 2207 -691 C \ ATOM 23493 CD2 TYR J 102 -112.357-106.238 -21.248 1.00 97.13 C \ ANISOU23493 CD2 TYR J 102 11360 11666 13878 1010 2267 -581 C \ ATOM 23494 CE1 TYR J 102 -109.624-105.849 -21.376 1.00 92.89 C \ ANISOU23494 CE1 TYR J 102 10988 11099 13208 1020 2154 -779 C \ ATOM 23495 CE2 TYR J 102 -111.652-106.690 -22.346 1.00101.67 C \ ANISOU23495 CE2 TYR J 102 11958 12106 14566 889 2212 -694 C \ ATOM 23496 CZ TYR J 102 -110.286-106.502 -22.421 1.00 98.05 C \ ANISOU23496 CZ TYR J 102 11581 11632 14041 897 2160 -793 C \ ATOM 23497 OH TYR J 102 -109.630-106.983 -23.555 1.00 94.70 O \ ANISOU23497 OH TYR J 102 11162 11092 13729 775 2118 -919 O \ ATOM 23498 N ASN J 103 -110.620-107.549 -17.469 1.00 79.44 N \ ANISOU23498 N ASN J 103 9004 9818 11361 1312 2414 -117 N \ ATOM 23499 CA ASN J 103 -109.260-107.816 -17.007 1.00 86.58 C \ ANISOU23499 CA ASN J 103 9924 10767 12204 1342 2385 -80 C \ ATOM 23500 C ASN J 103 -108.474-108.526 -18.091 1.00 84.06 C \ ANISOU23500 C ASN J 103 9630 10184 12126 1235 2345 -147 C \ ATOM 23501 O ASN J 103 -108.949-109.514 -18.626 1.00 83.82 O \ ANISOU23501 O ASN J 103 9513 9974 12360 1161 2386 -67 O \ ATOM 23502 CB ASN J 103 -109.296-108.642 -15.732 1.00 90.70 C \ ANISOU23502 CB ASN J 103 10297 11475 12689 1421 2464 232 C \ ATOM 23503 CG ASN J 103 -107.921-108.965 -15.194 1.00 93.14 C \ ANISOU23503 CG ASN J 103 10593 11857 12938 1452 2434 318 C \ ATOM 23504 OD1 ASN J 103 -107.762-109.920 -14.445 1.00 98.99 O \ ANISOU23504 OD1 ASN J 103 11184 12677 13750 1485 2487 619 O \ ATOM 23505 ND2 ASN J 103 -106.928-108.177 -15.562 1.00 87.64 N \ ANISOU23505 ND2 ASN J 103 10033 11141 12126 1441 2346 82 N \ ATOM 23506 N ALA J 104 -107.272-108.054 -18.411 1.00 86.70 N \ ANISOU23506 N ALA J 104 10065 10492 12383 1224 2269 -304 N \ ATOM 23507 CA ALA J 104 -106.468-108.676 -19.477 1.00 89.36 C \ ANISOU23507 CA ALA J 104 10419 10601 12932 1124 2237 -399 C \ ATOM 23508 C ALA J 104 -104.977-108.604 -19.193 1.00 86.91 C \ ANISOU23508 C ALA J 104 10154 10320 12549 1156 2189 -418 C \ ATOM 23509 O ALA J 104 -104.515-107.800 -18.381 1.00 84.28 O \ ANISOU23509 O ALA J 104 9871 10183 11968 1238 2153 -428 O \ ATOM 23510 CB ALA J 104 -106.775-108.060 -20.845 1.00 87.47 C \ ANISOU23510 CB ALA J 104 10262 10254 12720 1020 2178 -644 C \ ATOM 23511 N ARG J 105 -104.225-109.527 -19.764 1.00 84.51 N \ ANISOU23511 N ARG J 105 9806 9828 12475 1095 2198 -414 N \ ATOM 23512 CA ARG J 105 -102.800-109.364 -19.665 1.00 85.46 C \ ANISOU23512 CA ARG J 105 9975 9963 12532 1117 2145 -455 C \ ATOM 23513 C ARG J 105 -102.313-108.643 -20.911 1.00 88.32 C \ ANISOU23513 C ARG J 105 10456 10240 12862 1033 2068 -739 C \ ATOM 23514 O ARG J 105 -102.898-108.801 -21.979 1.00 94.02 O \ ANISOU23514 O ARG J 105 11173 10843 13707 937 2074 -869 O \ ATOM 23515 CB ARG J 105 -102.091-110.680 -19.460 1.00 83.95 C \ ANISOU23515 CB ARG J 105 9654 9636 12607 1116 2200 -273 C \ ATOM 23516 CG ARG J 105 -100.656-110.410 -19.128 1.00 83.99 C \ ANISOU23516 CG ARG J 105 9700 9709 12503 1158 2143 -272 C \ ATOM 23517 CD ARG J 105 -99.999-111.585 -18.490 1.00 89.20 C \ ANISOU23517 CD ARG J 105 10201 10309 13381 1196 2199 3 C \ ATOM 23518 NE ARG J 105 -98.576-111.351 -18.367 1.00 94.58 N \ ANISOU23518 NE ARG J 105 10920 11032 13986 1219 2139 -19 N \ ATOM 23519 CZ ARG J 105 -97.772-112.121 -17.654 1.00105.55 C \ ANISOU23519 CZ ARG J 105 12175 12432 15496 1269 2164 242 C \ ATOM 23520 NH1 ARG J 105 -98.277-113.144 -16.969 1.00109.41 N1+ \ ANISOU23520 NH1 ARG J 105 12477 12903 16190 1303 2246 564 N1+ \ ATOM 23521 NH2 ARG J 105 -96.476-111.840 -17.595 1.00110.28 N \ ANISOU23521 NH2 ARG J 105 12812 13075 16015 1285 2102 210 N \ ATOM 23522 N PHE J 106 -101.287-107.808 -20.785 1.00 83.29 N \ ANISOU23522 N PHE J 106 9910 9690 12048 1064 1990 -829 N \ ATOM 23523 CA PHE J 106 -100.787-107.094 -21.965 1.00 83.52 C \ ANISOU23523 CA PHE J 106 10029 9657 12047 984 1915 -1060 C \ ATOM 23524 C PHE J 106 -99.281-106.988 -21.936 1.00 84.71 C \ ANISOU23524 C PHE J 106 10216 9807 12165 998 1863 -1095 C \ ATOM 23525 O PHE J 106 -98.667-106.875 -20.866 1.00 83.74 O \ ANISOU23525 O PHE J 106 10089 9800 11929 1083 1849 -982 O \ ATOM 23526 CB PHE J 106 -101.411-105.690 -22.096 1.00 87.71 C \ ANISOU23526 CB PHE J 106 10642 10291 12391 992 1852 -1176 C \ ATOM 23527 CG PHE J 106 -101.020-104.743 -20.999 1.00 88.77 C \ ANISOU23527 CG PHE J 106 10825 10589 12314 1094 1808 -1170 C \ ATOM 23528 CD1 PHE J 106 -99.874-103.994 -21.089 1.00 71.63 C \ ANISOU23528 CD1 PHE J 106 8721 8441 10055 1098 1724 -1276 C \ ATOM 23529 CD2 PHE J 106 -101.812-104.614 -19.873 1.00 86.39 C \ ANISOU23529 CD2 PHE J 106 10487 10434 11901 1181 1856 -1072 C \ ATOM 23530 CE1 PHE J 106 -99.511-103.164 -20.075 1.00 87.39 C \ ANISOU23530 CE1 PHE J 106 10744 10590 11870 1180 1683 -1305 C \ ATOM 23531 CE2 PHE J 106 -101.463-103.760 -18.863 1.00 86.20 C \ ANISOU23531 CE2 PHE J 106 10489 10592 11671 1266 1821 -1114 C \ ATOM 23532 CZ PHE J 106 -100.310-103.039 -18.964 1.00 87.32 C \ ANISOU23532 CZ PHE J 106 10696 10742 11741 1262 1733 -1241 C \ ATOM 23533 N LEU J 107 -98.689-107.033 -23.127 1.00 86.30 N \ ANISOU23533 N LEU J 107 10436 9902 12452 908 1835 -1251 N \ ATOM 23534 CA LEU J 107 -97.274-106.750 -23.268 1.00 81.93 C \ ANISOU23534 CA LEU J 107 9922 9352 11854 911 1776 -1307 C \ ATOM 23535 C LEU J 107 -97.182-105.747 -24.371 1.00 81.64 C \ ANISOU23535 C LEU J 107 9954 9338 11729 835 1699 -1490 C \ ATOM 23536 O LEU J 107 -97.657-105.984 -25.479 1.00 82.35 O \ ANISOU23536 O LEU J 107 10011 9379 11898 736 1716 -1594 O \ ATOM 23537 CB LEU J 107 -96.477-107.997 -23.611 1.00 77.08 C \ ANISOU23537 CB LEU J 107 9222 8590 11475 881 1837 -1286 C \ ATOM 23538 CG LEU J 107 -95.024-107.664 -23.867 1.00 71.76 C \ ANISOU23538 CG LEU J 107 8585 7923 10756 879 1778 -1352 C \ ATOM 23539 CD1 LEU J 107 -94.547-106.769 -22.773 1.00 71.59 C \ ANISOU23539 CD1 LEU J 107 8627 8060 10514 969 1702 -1264 C \ ATOM 23540 CD2 LEU J 107 -94.271-108.896 -23.757 1.00 72.86 C \ ANISOU23540 CD2 LEU J 107 8619 7928 11136 890 1849 -1268 C \ ATOM 23541 N GLY J 108 -96.599-104.605 -24.049 1.00 79.06 N \ ANISOU23541 N GLY J 108 9699 9101 11240 875 1611 -1521 N \ ATOM 23542 CA GLY J 108 -96.578-103.537 -24.998 1.00 82.68 C \ ANISOU23542 CA GLY J 108 10197 9584 11635 810 1531 -1642 C \ ATOM 23543 C GLY J 108 -95.291-102.772 -25.030 1.00 89.52 C \ ANISOU23543 C GLY J 108 11106 10477 12430 819 1443 -1687 C \ ATOM 23544 O GLY J 108 -94.543-102.705 -24.040 1.00 91.03 O \ ANISOU23544 O GLY J 108 11319 10707 12563 896 1423 -1639 O \ ATOM 23545 N SER J 109 -95.068-102.168 -26.190 1.00 91.76 N \ ANISOU23545 N SER J 109 11385 10767 12712 734 1387 -1768 N \ ATOM 23546 CA SER J 109 -93.999-101.225 -26.356 1.00 94.94 C \ ANISOU23546 CA SER J 109 11815 11195 13064 731 1292 -1800 C \ ATOM 23547 C SER J 109 -94.512 -99.782 -26.183 1.00 96.29 C \ ANISOU23547 C SER J 109 12004 11389 13193 752 1213 -1812 C \ ATOM 23548 O SER J 109 -95.397 -99.272 -26.881 1.00 89.28 O \ ANISOU23548 O SER J 109 11081 10509 12331 701 1200 -1807 O \ ATOM 23549 CB SER J 109 -93.344-101.418 -27.714 1.00101.06 C \ ANISOU23549 CB SER J 109 12544 11983 13871 626 1279 -1855 C \ ATOM 23550 OG SER J 109 -92.390-102.469 -27.680 1.00107.46 O \ ANISOU23550 OG SER J 109 13337 12751 14744 630 1332 -1869 O \ ATOM 23551 N PHE J 110 -93.949 -99.131 -25.190 1.00103.00 N \ ANISOU23551 N PHE J 110 12890 12249 13994 829 1162 -1830 N \ ATOM 23552 CA PHE J 110 -94.381 -97.806 -24.889 1.00106.65 C \ ANISOU23552 CA PHE J 110 13353 12704 14466 859 1099 -1876 C \ ATOM 23553 C PHE J 110 -93.271 -96.801 -25.212 1.00111.33 C \ ANISOU23553 C PHE J 110 13935 13265 15098 834 991 -1913 C \ ATOM 23554 O PHE J 110 -92.072 -97.070 -25.018 1.00109.09 O \ ANISOU23554 O PHE J 110 13671 12998 14780 838 962 -1918 O \ ATOM 23555 CB PHE J 110 -94.846 -97.712 -23.435 1.00106.98 C \ ANISOU23555 CB PHE J 110 13417 12801 14430 965 1132 -1913 C \ ATOM 23556 CG PHE J 110 -96.085 -98.523 -23.131 1.00107.25 C \ ANISOU23556 CG PHE J 110 13441 12866 14445 990 1235 -1852 C \ ATOM 23557 CD1 PHE J 110 -97.352 -97.989 -23.353 1.00104.95 C \ ANISOU23557 CD1 PHE J 110 13122 12550 14203 989 1255 -1862 C \ ATOM 23558 CD2 PHE J 110 -95.992 -99.817 -22.677 1.00108.75 C \ ANISOU23558 CD2 PHE J 110 13627 13094 14598 1012 1312 -1763 C \ ATOM 23559 CE1 PHE J 110 -98.495 -98.701 -23.088 1.00101.53 C \ ANISOU23559 CE1 PHE J 110 12671 12145 13760 1009 1346 -1799 C \ ATOM 23560 CE2 PHE J 110 -97.141-100.533 -22.398 1.00108.74 C \ ANISOU23560 CE2 PHE J 110 13598 13111 14607 1032 1403 -1690 C \ ATOM 23561 CZ PHE J 110 -98.398 -99.960 -22.612 1.00104.75 C \ ANISOU23561 CZ PHE J 110 13078 12594 14129 1029 1419 -1714 C \ ATOM 23562 N SER J 111 -93.709 -95.631 -25.678 1.00112.69 N \ ANISOU23562 N SER J 111 14060 13386 15371 809 931 -1919 N \ ATOM 23563 CA SER J 111 -92.840 -94.570 -26.138 1.00107.37 C \ ANISOU23563 CA SER J 111 13342 12659 14793 772 825 -1920 C \ ATOM 23564 C SER J 111 -92.923 -93.465 -25.108 1.00 98.17 C \ ANISOU23564 C SER J 111 12170 11428 13700 847 779 -2038 C \ ATOM 23565 O SER J 111 -93.961 -93.295 -24.494 1.00 94.33 O \ ANISOU23565 O SER J 111 11684 10937 13221 903 827 -2094 O \ ATOM 23566 CB SER J 111 -93.312 -94.067 -27.501 1.00112.50 C \ ANISOU23566 CB SER J 111 13899 13301 15544 680 794 -1806 C \ ATOM 23567 OG SER J 111 -92.353 -93.207 -28.089 1.00119.50 O \ ANISOU23567 OG SER J 111 14721 14157 16527 632 695 -1755 O \ ATOM 23568 N ASN J 112 -91.812 -92.776 -24.864 1.00 97.66 N \ ANISOU23568 N ASN J 112 12093 11324 13688 848 691 -2097 N \ ATOM 23569 CA ASN J 112 -91.782 -91.571 -24.034 1.00100.89 C \ ANISOU23569 CA ASN J 112 12464 11652 14217 900 633 -2251 C \ ATOM 23570 C ASN J 112 -90.537 -90.808 -24.351 1.00102.84 C \ ANISOU23570 C ASN J 112 12663 11824 14586 856 522 -2253 C \ ATOM 23571 O ASN J 112 -89.533 -91.416 -24.682 1.00107.91 O \ ANISOU23571 O ASN J 112 13338 12530 15134 819 503 -2181 O \ ATOM 23572 CB ASN J 112 -91.754 -91.895 -22.543 1.00106.93 C \ ANISOU23572 CB ASN J 112 13286 12530 14814 987 672 -2414 C \ ATOM 23573 CG ASN J 112 -91.852 -90.638 -21.666 1.00110.68 C \ ANISOU23573 CG ASN J 112 13703 12943 15409 1035 625 -2639 C \ ATOM 23574 OD1 ASN J 112 -92.441 -89.636 -22.075 1.00114.81 O \ ANISOU23574 OD1 ASN J 112 14144 13307 16173 1027 603 -2665 O \ ATOM 23575 ND2 ASN J 112 -91.248 -90.681 -20.474 1.00108.60 N \ ANISOU23575 ND2 ASN J 112 13459 12811 14993 1081 610 -2804 N \ ATOM 23576 N ASP J 113 -90.575 -89.489 -24.223 1.00103.39 N \ ANISOU23576 N ASP J 113 12644 11748 14892 861 452 -2339 N \ ATOM 23577 CA ASP J 113 -89.367 -88.696 -24.414 1.00105.91 C \ ANISOU23577 CA ASP J 113 12901 11979 15363 820 340 -2349 C \ ATOM 23578 C ASP J 113 -88.284 -89.141 -23.448 1.00102.27 C \ ANISOU23578 C ASP J 113 12513 11629 14715 848 316 -2482 C \ ATOM 23579 O ASP J 113 -88.483 -89.149 -22.234 1.00105.22 O \ ANISOU23579 O ASP J 113 12919 12078 14981 914 340 -2681 O \ ATOM 23580 CB ASP J 113 -89.638 -87.208 -24.228 1.00115.22 C \ ANISOU23580 CB ASP J 113 13952 12951 16877 831 277 -2460 C \ ATOM 23581 CG ASP J 113 -90.235 -86.580 -25.458 1.00125.90 C \ ANISOU23581 CG ASP J 113 15176 14176 18485 775 256 -2234 C \ ATOM 23582 OD1 ASP J 113 -89.648 -86.804 -26.532 1.00131.04 O \ ANISOU23582 OD1 ASP J 113 15795 14877 19118 697 218 -2009 O \ ATOM 23583 OD2 ASP J 113 -91.251 -85.846 -25.366 1.00130.19 O1- \ ANISOU23583 OD2 ASP J 113 15632 14586 19250 806 278 -2269 O1- \ ATOM 23584 N MET J 114 -87.137 -89.513 -24.000 1.00 97.40 N \ ANISOU23584 N MET J 114 11906 11050 14051 796 269 -2363 N \ ATOM 23585 CA MET J 114 -86.017 -89.950 -23.196 1.00 99.42 C \ ANISOU23585 CA MET J 114 12213 11416 14147 815 237 -2442 C \ ATOM 23586 C MET J 114 -84.746 -89.189 -23.534 1.00103.37 C \ ANISOU23586 C MET J 114 12641 11831 14804 759 118 -2424 C \ ATOM 23587 O MET J 114 -84.299 -89.118 -24.686 1.00103.84 O \ ANISOU23587 O MET J 114 12651 11842 14960 694 89 -2239 O \ ATOM 23588 CB MET J 114 -85.823 -91.453 -23.331 1.00100.35 C \ ANISOU23588 CB MET J 114 12416 11684 14029 821 321 -2314 C \ ATOM 23589 CG MET J 114 -86.966 -92.272 -22.746 1.00103.07 C \ ANISOU23589 CG MET J 114 12820 12122 14219 882 434 -2336 C \ ATOM 23590 SD MET J 114 -87.016 -94.003 -23.270 1.00 87.69 S \ ANISOU23590 SD MET J 114 10931 10267 12122 873 547 -2157 S \ ATOM 23591 CE MET J 114 -85.918 -94.626 -21.987 1.00 70.70 C \ ANISOU23591 CE MET J 114 8802 8263 9799 926 530 -2181 C \ ATOM 23592 N ASP J 115 -84.199 -88.570 -22.509 1.00106.59 N \ ANISOU23592 N ASP J 115 13025 12237 15237 781 48 -2628 N \ ATOM 23593 CA ASP J 115 -82.974 -87.830 -22.630 1.00116.74 C \ ANISOU23593 CA ASP J 115 14236 13441 16679 731 -72 -2643 C \ ATOM 23594 C ASP J 115 -81.859 -88.748 -22.193 1.00117.09 C \ ANISOU23594 C ASP J 115 14343 13664 16482 734 -83 -2606 C \ ATOM 23595 O ASP J 115 -81.838 -89.173 -21.042 1.00121.43 O \ ANISOU23595 O ASP J 115 14936 14375 16824 782 -64 -2743 O \ ATOM 23596 CB ASP J 115 -83.049 -86.616 -21.707 1.00129.61 C \ ANISOU23596 CB ASP J 115 15784 14967 18495 746 -143 -2930 C \ ATOM 23597 CG ASP J 115 -81.851 -85.693 -21.832 1.00139.32 C \ ANISOU23597 CG ASP J 115 16909 16070 19958 685 -278 -2965 C \ ATOM 23598 OD1 ASP J 115 -80.713 -86.195 -21.940 1.00145.75 O \ ANISOU23598 OD1 ASP J 115 17750 16984 20645 655 -321 -2861 O \ ATOM 23599 OD2 ASP J 115 -82.053 -84.459 -21.804 1.00139.37 O1- \ ANISOU23599 OD2 ASP J 115 16792 15861 20302 669 -338 -3099 O1- \ ATOM 23600 N PHE J 116 -80.915 -89.048 -23.079 1.00111.93 N \ ANISOU23600 N PHE J 116 13673 13002 15853 682 -112 -2413 N \ ATOM 23601 CA PHE J 116 -79.825 -89.940 -22.674 1.00108.52 C \ ANISOU23601 CA PHE J 116 13284 12725 15225 690 -117 -2363 C \ ATOM 23602 C PHE J 116 -78.486 -89.221 -22.580 1.00111.02 C \ ANISOU23602 C PHE J 116 13524 13000 15661 642 -247 -2389 C \ ATOM 23603 O PHE J 116 -77.452 -89.876 -22.435 1.00110.72 O \ ANISOU23603 O PHE J 116 13497 13071 15500 639 -262 -2307 O \ ATOM 23604 CB PHE J 116 -79.682 -91.155 -23.613 1.00102.53 C \ ANISOU23604 CB PHE J 116 12569 12027 14362 680 -23 -2145 C \ ATOM 23605 CG PHE J 116 -80.842 -92.106 -23.579 1.00102.46 C \ ANISOU23605 CG PHE J 116 12633 12079 14219 725 107 -2121 C \ ATOM 23606 CD1 PHE J 116 -80.978 -93.023 -22.553 1.00104.89 C \ ANISOU23606 CD1 PHE J 116 12996 12525 14333 788 167 -2151 C \ ATOM 23607 CD2 PHE J 116 -81.790 -92.097 -24.584 1.00103.96 C \ ANISOU23607 CD2 PHE J 116 12816 12203 14481 697 167 -2047 C \ ATOM 23608 CE1 PHE J 116 -82.048 -93.899 -22.524 1.00106.83 C \ ANISOU23608 CE1 PHE J 116 13293 12811 14489 826 286 -2112 C \ ATOM 23609 CE2 PHE J 116 -82.858 -92.978 -24.569 1.00105.03 C \ ANISOU23609 CE2 PHE J 116 13009 12388 14509 730 282 -2031 C \ ATOM 23610 CZ PHE J 116 -82.989 -93.873 -23.537 1.00106.54 C \ ANISOU23610 CZ PHE J 116 13258 12685 14536 796 343 -2066 C \ ATOM 23611 N ARG J 117 -78.511 -87.889 -22.580 1.00112.94 N \ ANISOU23611 N ARG J 117 13673 13077 16161 609 -341 -2507 N \ ATOM 23612 CA ARG J 117 -77.277 -87.105 -22.622 1.00114.89 C \ ANISOU23612 CA ARG J 117 13823 13246 16583 551 -472 -2519 C \ ATOM 23613 C ARG J 117 -76.276 -87.503 -21.534 1.00119.86 C \ ANISOU23613 C ARG J 117 14473 14054 17012 562 -525 -2629 C \ ATOM 23614 O ARG J 117 -75.102 -87.745 -21.821 1.00124.09 O \ ANISOU23614 O ARG J 117 14982 14628 17537 527 -576 -2496 O \ ATOM 23615 CB ARG J 117 -77.560 -85.608 -22.473 1.00113.09 C \ ANISOU23615 CB ARG J 117 13474 12796 16698 522 -561 -2694 C \ ATOM 23616 CG ARG J 117 -78.424 -84.909 -23.513 1.00110.17 C \ ANISOU23616 CG ARG J 117 13024 12219 16618 500 -542 -2561 C \ ATOM 23617 CD ARG J 117 -78.943 -83.652 -22.782 1.00115.13 C \ ANISOU23617 CD ARG J 117 13550 12654 17539 509 -596 -2847 C \ ATOM 23618 NE ARG J 117 -80.088 -82.984 -23.395 1.00119.70 N \ ANISOU23618 NE ARG J 117 14049 13037 18396 515 -559 -2783 N \ ATOM 23619 CZ ARG J 117 -80.053 -81.755 -23.904 1.00121.94 C \ ANISOU23619 CZ ARG J 117 14151 13049 19131 469 -636 -2731 C \ ATOM 23620 NH1 ARG J 117 -78.928 -81.056 -23.837 1.00123.57 N1+ \ ANISOU23620 NH1 ARG J 117 14246 13143 19562 412 -757 -2762 N1+ \ ATOM 23621 NH2 ARG J 117 -81.144 -81.211 -24.442 1.00121.60 N \ ANISOU23621 NH2 ARG J 117 14020 12842 19343 479 -596 -2639 N \ ATOM 23622 N LEU J 118 -76.729 -87.611 -20.292 1.00117.03 N \ ANISOU23622 N LEU J 118 14150 13839 16479 609 -510 -2853 N \ ATOM 23623 CA LEU J 118 -75.776 -87.907 -19.227 1.00114.49 C \ ANISOU23623 CA LEU J 118 13815 13732 15954 608 -575 -2944 C \ ATOM 23624 C LEU J 118 -75.666 -89.363 -18.768 1.00112.81 C \ ANISOU23624 C LEU J 118 13680 13775 15407 661 -489 -2789 C \ ATOM 23625 O LEU J 118 -75.480 -89.646 -17.579 1.00110.95 O \ ANISOU23625 O LEU J 118 13430 13783 14941 682 -509 -2897 O \ ATOM 23626 CB LEU J 118 -75.960 -86.945 -18.064 1.00113.64 C \ ANISOU23626 CB LEU J 118 13638 13672 15870 600 -650 -3308 C \ ATOM 23627 CG LEU J 118 -77.359 -86.388 -17.963 1.00113.19 C \ ANISOU23627 CG LEU J 118 13583 13503 15922 637 -584 -3491 C \ ATOM 23628 CD1 LEU J 118 -77.657 -86.280 -16.505 1.00117.63 C \ ANISOU23628 CD1 LEU J 118 14121 14313 16260 665 -588 -3809 C \ ATOM 23629 CD2 LEU J 118 -77.419 -85.032 -18.633 1.00113.69 C \ ANISOU23629 CD2 LEU J 118 13537 13232 16427 587 -656 -3575 C \ ATOM 23630 N PHE J 119 -75.754 -90.261 -19.747 1.00111.97 N \ ANISOU23630 N PHE J 119 13631 13616 15298 675 -395 -2531 N \ ATOM 23631 CA PHE J 119 -75.504 -91.691 -19.602 1.00112.94 C \ ANISOU23631 CA PHE J 119 13799 13901 15213 718 -306 -2335 C \ ATOM 23632 C PHE J 119 -74.070 -91.882 -19.160 1.00115.29 C \ ANISOU23632 C PHE J 119 14036 14321 15448 696 -394 -2267 C \ ATOM 23633 O PHE J 119 -73.192 -91.137 -19.578 1.00118.03 O \ ANISOU23633 O PHE J 119 14325 14565 15956 638 -495 -2279 O \ ATOM 23634 CB PHE J 119 -75.690 -92.326 -20.972 1.00115.59 C \ ANISOU23634 CB PHE J 119 14171 14102 15647 712 -209 -2131 C \ ATOM 23635 CG PHE J 119 -75.272 -93.761 -21.061 1.00119.67 C \ ANISOU23635 CG PHE J 119 14705 14713 16051 747 -115 -1934 C \ ATOM 23636 CD1 PHE J 119 -73.930 -94.108 -21.187 1.00120.28 C \ ANISOU23636 CD1 PHE J 119 14729 14826 16145 730 -156 -1808 C \ ATOM 23637 CD2 PHE J 119 -76.225 -94.759 -21.112 1.00121.72 C \ ANISOU23637 CD2 PHE J 119 15018 14996 16235 795 19 -1867 C \ ATOM 23638 CE1 PHE J 119 -73.552 -95.420 -21.283 1.00121.48 C \ ANISOU23638 CE1 PHE J 119 14874 15032 16250 768 -60 -1630 C \ ATOM 23639 CE2 PHE J 119 -75.856 -96.071 -21.235 1.00122.82 C \ ANISOU23639 CE2 PHE J 119 15148 15177 16341 827 112 -1693 C \ ATOM 23640 CZ PHE J 119 -74.518 -96.407 -21.317 1.00123.18 C \ ANISOU23640 CZ PHE J 119 15133 15250 16419 816 77 -1577 C \ ATOM 23641 N PRO J 120 -73.807 -92.886 -18.319 1.00116.84 N \ ANISOU23641 N PRO J 120 14227 14741 15426 739 -358 -2167 N \ ATOM 23642 CA PRO J 120 -74.674 -93.924 -17.755 1.00117.23 C \ ANISOU23642 CA PRO J 120 14314 14935 15293 808 -240 -2087 C \ ATOM 23643 C PRO J 120 -75.323 -93.447 -16.458 1.00118.28 C \ ANISOU23643 C PRO J 120 14425 15281 15233 827 -273 -2301 C \ ATOM 23644 O PRO J 120 -75.599 -94.241 -15.556 1.00117.08 O \ ANISOU23644 O PRO J 120 14250 15373 14861 874 -223 -2216 O \ ATOM 23645 CB PRO J 120 -73.678 -95.028 -17.431 1.00117.87 C \ ANISOU23645 CB PRO J 120 14341 15162 15284 830 -225 -1845 C \ ATOM 23646 CG PRO J 120 -72.452 -94.271 -16.987 1.00118.16 C \ ANISOU23646 CG PRO J 120 14298 15286 15311 775 -381 -1920 C \ ATOM 23647 CD PRO J 120 -72.417 -93.019 -17.835 1.00117.56 C \ ANISOU23647 CD PRO J 120 14240 14969 15459 715 -453 -2089 C \ ATOM 23648 N PHE J 121 -75.524 -92.140 -16.351 1.00118.57 N \ ANISOU23648 N PHE J 121 14446 15239 15368 787 -359 -2578 N \ ATOM 23649 CA PHE J 121 -76.126 -91.576 -15.161 1.00119.62 C \ ANISOU23649 CA PHE J 121 14540 15574 15335 799 -386 -2848 C \ ATOM 23650 C PHE J 121 -77.543 -91.057 -15.402 1.00122.04 C \ ANISOU23650 C PHE J 121 14897 15732 15742 827 -311 -3013 C \ ATOM 23651 O PHE J 121 -77.949 -90.040 -14.837 1.00124.55 O \ ANISOU23651 O PHE J 121 15168 16063 16092 815 -357 -3324 O \ ATOM 23652 CB PHE J 121 -75.195 -90.509 -14.582 1.00117.69 C \ ANISOU23652 CB PHE J 121 14201 15396 15121 732 -544 -3092 C \ ATOM 23653 CG PHE J 121 -73.789 -91.004 -14.370 1.00121.30 C \ ANISOU23653 CG PHE J 121 14599 16003 15485 701 -623 -2911 C \ ATOM 23654 CD1 PHE J 121 -73.512 -91.908 -13.340 1.00124.62 C \ ANISOU23654 CD1 PHE J 121 14966 16793 15590 729 -612 -2781 C \ ATOM 23655 CD2 PHE J 121 -72.748 -90.592 -15.188 1.00122.41 C \ ANISOU23655 CD2 PHE J 121 14717 15934 15857 645 -707 -2839 C \ ATOM 23656 CE1 PHE J 121 -72.226 -92.386 -13.119 1.00124.63 C \ ANISOU23656 CE1 PHE J 121 14894 16941 15519 703 -685 -2586 C \ ATOM 23657 CE2 PHE J 121 -71.451 -91.069 -14.977 1.00123.27 C \ ANISOU23657 CE2 PHE J 121 14764 16187 15887 620 -776 -2662 C \ ATOM 23658 CZ PHE J 121 -71.196 -91.970 -13.937 1.00124.18 C \ ANISOU23658 CZ PHE J 121 14827 16659 15697 650 -765 -2537 C \ ATOM 23659 N ASP J 122 -78.314 -91.813 -16.183 1.00118.19 N \ ANISOU23659 N ASP J 122 14488 15118 15300 865 -190 -2814 N \ ATOM 23660 CA ASP J 122 -79.652 -91.403 -16.541 1.00118.18 C \ ANISOU23660 CA ASP J 122 14529 14967 15407 889 -116 -2920 C \ ATOM 23661 C ASP J 122 -80.550 -91.409 -15.358 1.00125.48 C \ ANISOU23661 C ASP J 122 15435 16127 16116 940 -68 -3093 C \ ATOM 23662 O ASP J 122 -80.311 -92.102 -14.372 1.00129.87 O \ ANISOU23662 O ASP J 122 15956 16992 16396 966 -57 -3036 O \ ATOM 23663 CB ASP J 122 -80.312 -92.357 -17.514 1.00117.08 C \ ANISOU23663 CB ASP J 122 14465 14705 15314 914 7 -2674 C \ ATOM 23664 CG ASP J 122 -79.661 -92.379 -18.819 1.00121.60 C \ ANISOU23664 CG ASP J 122 15048 15069 16084 865 -13 -2517 C \ ATOM 23665 OD1 ASP J 122 -79.053 -91.350 -19.168 1.00125.10 O \ ANISOU23665 OD1 ASP J 122 15445 15384 16705 812 -117 -2607 O \ ATOM 23666 OD2 ASP J 122 -79.753 -93.438 -19.483 1.00122.65 O1- \ ANISOU23666 OD2 ASP J 122 15221 15177 16203 876 79 -2309 O1- \ ATOM 23667 N ARG J 123 -81.561 -90.565 -15.461 1.00126.83 N \ ANISOU23667 N ARG J 123 15605 16159 16426 951 -43 -3299 N \ ATOM 23668 CA ARG J 123 -82.804 -90.728 -14.758 1.00123.54 C \ ANISOU23668 CA ARG J 123 15191 15891 15856 1012 55 -3403 C \ ATOM 23669 C ARG J 123 -83.746 -90.778 -15.946 1.00111.61 C \ ANISOU23669 C ARG J 123 13746 14091 14568 1021 134 -3273 C \ ATOM 23670 O ARG J 123 -83.718 -89.882 -16.789 1.00104.57 O \ ANISOU23670 O ARG J 123 12838 12925 13967 981 85 -3328 O \ ATOM 23671 CB ARG J 123 -83.086 -89.503 -13.913 1.00135.18 C \ ANISOU23671 CB ARG J 123 16581 17423 17357 1008 6 -3807 C \ ATOM 23672 CG ARG J 123 -82.970 -89.692 -12.416 1.00147.43 C \ ANISOU23672 CG ARG J 123 18058 19409 18549 1029 0 -3977 C \ ATOM 23673 CD ARG J 123 -84.312 -90.070 -11.810 1.00157.79 C \ ANISOU23673 CD ARG J 123 19371 20908 19675 1101 130 -4016 C \ ATOM 23674 NE ARG J 123 -85.216 -88.918 -11.773 1.00166.03 N \ ANISOU23674 NE ARG J 123 20374 21786 20923 1115 153 -4360 N \ ATOM 23675 CZ ARG J 123 -85.274 -88.037 -10.780 1.00173.01 C \ ANISOU23675 CZ ARG J 123 21148 22848 21739 1111 123 -4774 C \ ATOM 23676 NH1 ARG J 123 -84.453 -88.147 -9.740 1.00176.86 N1+ \ ANISOU23676 NH1 ARG J 123 21555 23721 21923 1081 54 -4896 N1+ \ ATOM 23677 NH2 ARG J 123 -86.134 -87.026 -10.841 1.00174.06 N \ ANISOU23677 NH2 ARG J 123 21234 22778 22125 1131 160 -5076 N \ ATOM 23678 N GLN J 124 -84.539 -91.828 -16.065 1.00111.26 N \ ANISOU23678 N GLN J 124 13757 14110 14406 1064 251 -3078 N \ ATOM 23679 CA GLN J 124 -85.533 -91.869 -17.132 1.00113.54 C \ ANISOU23679 CA GLN J 124 14094 14167 14880 1065 325 -2978 C \ ATOM 23680 C GLN J 124 -86.890 -92.048 -16.480 1.00109.89 C \ ANISOU23680 C GLN J 124 13632 13820 14300 1129 429 -3051 C \ ATOM 23681 O GLN J 124 -86.958 -92.353 -15.286 1.00111.31 O \ ANISOU23681 O GLN J 124 13779 14284 14230 1171 452 -3123 O \ ATOM 23682 CB GLN J 124 -85.246 -92.986 -18.119 1.00120.16 C \ ANISOU23682 CB GLN J 124 14987 14931 15737 1044 373 -2682 C \ ATOM 23683 CG GLN J 124 -85.128 -92.548 -19.573 1.00125.25 C \ ANISOU23683 CG GLN J 124 15639 15318 16634 982 344 -2603 C \ ATOM 23684 CD GLN J 124 -84.031 -91.540 -19.826 1.00131.52 C \ ANISOU23684 CD GLN J 124 16381 16009 17583 929 216 -2681 C \ ATOM 23685 OE1 GLN J 124 -82.844 -91.831 -19.654 1.00131.79 O \ ANISOU23685 OE1 GLN J 124 16406 16118 17551 910 160 -2628 O \ ATOM 23686 NE2 GLN J 124 -84.418 -90.361 -20.290 1.00135.71 N \ ANISOU23686 NE2 GLN J 124 16860 16352 18352 902 169 -2782 N \ ATOM 23687 N GLN J 125 -87.973 -91.823 -17.219 1.00103.42 N \ ANISOU23687 N GLN J 125 12832 12815 13647 1134 489 -3029 N \ ATOM 23688 CA GLN J 125 -89.275 -92.150 -16.645 1.00102.56 C \ ANISOU23688 CA GLN J 125 12724 12823 13421 1197 598 -3057 C \ ATOM 23689 C GLN J 125 -90.265 -92.815 -17.589 1.00 92.82 C \ ANISOU23689 C GLN J 125 11538 11457 12273 1195 690 -2852 C \ ATOM 23690 O GLN J 125 -90.683 -92.222 -18.581 1.00 89.09 O \ ANISOU23690 O GLN J 125 11061 10760 12030 1161 677 -2840 O \ ATOM 23691 CB GLN J 125 -89.927 -90.945 -15.934 1.00114.64 C \ ANISOU23691 CB GLN J 125 14184 14359 15015 1231 593 -3380 C \ ATOM 23692 CG GLN J 125 -90.474 -89.836 -16.831 1.00122.68 C \ ANISOU23692 CG GLN J 125 15168 15057 16389 1209 571 -3462 C \ ATOM 23693 CD GLN J 125 -91.435 -88.904 -16.091 1.00131.72 C \ ANISOU23693 CD GLN J 125 16232 16204 17612 1263 615 -3760 C \ ATOM 23694 OE1 GLN J 125 -91.563 -88.960 -14.864 1.00134.56 O \ ANISOU23694 OE1 GLN J 125 16557 16833 17737 1310 649 -3960 O \ ATOM 23695 NE2 GLN J 125 -92.172 -88.098 -16.850 1.00134.74 N \ ANISOU23695 NE2 GLN J 125 16568 16309 18320 1258 623 -3774 N \ ATOM 23696 N PHE J 126 -90.678 -94.024 -17.212 1.00 91.35 N \ ANISOU23696 N PHE J 126 11374 11429 11906 1230 781 -2688 N \ ATOM 23697 CA PHE J 126 -91.572 -94.888 -17.984 1.00 90.38 C \ ANISOU23697 CA PHE J 126 11285 11214 11840 1223 874 -2494 C \ ATOM 23698 C PHE J 126 -93.032 -94.485 -17.749 1.00 89.48 C \ ANISOU23698 C PHE J 126 11150 11097 11752 1267 947 -2581 C \ ATOM 23699 O PHE J 126 -93.491 -94.393 -16.619 1.00 93.19 O \ ANISOU23699 O PHE J 126 11582 11762 12064 1329 988 -2688 O \ ATOM 23700 CB PHE J 126 -91.332 -96.330 -17.564 1.00 95.72 C \ ANISOU23700 CB PHE J 126 11964 12043 12361 1244 939 -2284 C \ ATOM 23701 CG PHE J 126 -89.884 -96.749 -17.646 1.00101.80 C \ ANISOU23701 CG PHE J 126 12735 12833 13110 1214 876 -2195 C \ ATOM 23702 CD1 PHE J 126 -89.225 -96.797 -18.873 1.00102.15 C \ ANISOU23702 CD1 PHE J 126 12810 12683 13321 1148 838 -2136 C \ ATOM 23703 CD2 PHE J 126 -89.151 -96.996 -16.478 1.00103.36 C \ ANISOU23703 CD2 PHE J 126 12885 13274 13111 1249 848 -2180 C \ ATOM 23704 CE1 PHE J 126 -87.889 -97.162 -18.942 1.00102.87 C \ ANISOU23704 CE1 PHE J 126 12891 12791 13403 1126 787 -2059 C \ ATOM 23705 CE2 PHE J 126 -87.813 -97.352 -16.536 1.00102.53 C \ ANISOU23705 CE2 PHE J 126 12768 13188 13000 1222 787 -2085 C \ ATOM 23706 CZ PHE J 126 -87.178 -97.433 -17.768 1.00102.79 C \ ANISOU23706 CZ PHE J 126 12840 12995 13222 1165 759 -2030 C \ ATOM 23707 N VAL J 127 -93.746 -94.206 -18.826 1.00 86.88 N \ ANISOU23707 N VAL J 127 10828 10566 11616 1231 960 -2535 N \ ATOM 23708 CA VAL J 127 -95.070 -93.607 -18.770 1.00 74.34 C \ ANISOU23708 CA VAL J 127 9204 8926 10115 1265 1014 -2618 C \ ATOM 23709 C VAL J 127 -96.124 -94.457 -19.462 1.00 77.03 C \ ANISOU23709 C VAL J 127 9561 9224 10484 1248 1100 -2431 C \ ATOM 23710 O VAL J 127 -95.863 -95.017 -20.501 1.00 77.42 O \ ANISOU23710 O VAL J 127 9634 9183 10597 1179 1090 -2284 O \ ATOM 23711 CB VAL J 127 -94.982 -92.238 -19.438 1.00 74.59 C \ ANISOU23711 CB VAL J 127 9189 8744 10408 1231 933 -2733 C \ ATOM 23712 CG1 VAL J 127 -96.331 -91.596 -19.626 1.00 75.12 C \ ANISOU23712 CG1 VAL J 127 9199 8707 10636 1258 984 -2776 C \ ATOM 23713 CG2 VAL J 127 -94.019 -91.365 -18.681 1.00 75.98 C \ ANISOU23713 CG2 VAL J 127 9332 8949 10587 1245 850 -2955 C \ ATOM 23714 N LEU J 128 -97.323 -94.550 -18.923 1.00 73.94 N \ ANISOU23714 N LEU J 128 9143 8904 10048 1304 1187 -2448 N \ ATOM 23715 CA LEU J 128 -98.388 -95.212 -19.658 1.00 87.80 C \ ANISOU23715 CA LEU J 128 10899 10596 11866 1277 1258 -2285 C \ ATOM 23716 C LEU J 128 -99.475 -94.187 -19.842 1.00 86.33 C \ ANISOU23716 C LEU J 128 10655 10310 11836 1297 1272 -2373 C \ ATOM 23717 O LEU J 128 -99.741 -93.402 -18.960 1.00 86.25 O \ ANISOU23717 O LEU J 128 10603 10349 11819 1367 1285 -2555 O \ ATOM 23718 CB LEU J 128 -98.966 -96.403 -18.900 1.00 89.41 C \ ANISOU23718 CB LEU J 128 11100 10966 11904 1323 1361 -2168 C \ ATOM 23719 CG LEU J 128 -98.287 -97.749 -19.117 1.00 92.36 C \ ANISOU23719 CG LEU J 128 11502 11366 12227 1286 1378 -1988 C \ ATOM 23720 CD1 LEU J 128 -97.032 -97.769 -18.301 1.00 93.04 C \ ANISOU23720 CD1 LEU J 128 11593 11582 12176 1314 1329 -2026 C \ ATOM 23721 CD2 LEU J 128 -99.165 -98.890 -18.742 1.00 96.97 C \ ANISOU23721 CD2 LEU J 128 12052 12030 12762 1311 1486 -1826 C \ ATOM 23722 N GLU J 129 -100.076 -94.133 -21.005 1.00 87.42 N \ ANISOU23722 N GLU J 129 10773 10313 12130 1234 1266 -2254 N \ ATOM 23723 CA GLU J 129 -101.188 -93.234 -21.163 1.00 94.36 C \ ANISOU23723 CA GLU J 129 11576 11099 13178 1258 1287 -2294 C \ ATOM 23724 C GLU J 129 -102.423 -93.923 -21.681 1.00 87.71 C \ ANISOU23724 C GLU J 129 10715 10266 12346 1233 1361 -2134 C \ ATOM 23725 O GLU J 129 -102.452 -94.408 -22.786 1.00 84.02 O \ ANISOU23725 O GLU J 129 10248 9759 11917 1142 1338 -1987 O \ ATOM 23726 CB GLU J 129 -100.801 -92.061 -22.044 1.00111.65 C \ ANISOU23726 CB GLU J 129 13704 13106 15611 1206 1189 -2304 C \ ATOM 23727 CG GLU J 129 -99.736 -91.169 -21.446 1.00125.65 C \ ANISOU23727 CG GLU J 129 15468 14837 17436 1236 1116 -2497 C \ ATOM 23728 CD GLU J 129 -99.568 -89.897 -22.252 1.00135.34 C \ ANISOU23728 CD GLU J 129 16593 15851 18976 1194 1029 -2486 C \ ATOM 23729 OE1 GLU J 129 -98.903 -89.964 -23.320 1.00141.08 O \ ANISOU23729 OE1 GLU J 129 17318 16533 19755 1104 955 -2325 O \ ATOM 23730 OE2 GLU J 129 -100.151 -88.856 -21.840 1.00132.84 O1- \ ANISOU23730 OE2 GLU J 129 16182 15420 18871 1251 1042 -2627 O1- \ ATOM 23731 N LEU J 130 -103.456 -93.957 -20.879 1.00 73.98 N \ ANISOU23731 N LEU J 130 8944 8598 10565 1311 1450 -2174 N \ ATOM 23732 CA LEU J 130 -104.658 -94.663 -21.259 1.00 87.92 C \ ANISOU23732 CA LEU J 130 10685 10383 12338 1291 1523 -2021 C \ ATOM 23733 C LEU J 130 -105.720 -93.679 -21.673 1.00 87.27 C \ ANISOU23733 C LEU J 130 10506 10188 12464 1300 1528 -2019 C \ ATOM 23734 O LEU J 130 -105.808 -92.605 -21.120 1.00 95.09 O \ ANISOU23734 O LEU J 130 11443 11124 13563 1371 1528 -2177 O \ ATOM 23735 CB LEU J 130 -105.197 -95.433 -20.051 1.00 88.29 C \ ANISOU23735 CB LEU J 130 10738 10606 12202 1374 1630 -2023 C \ ATOM 23736 CG LEU J 130 -105.672 -96.883 -20.088 1.00 87.65 C \ ANISOU23736 CG LEU J 130 10670 10604 12031 1347 1702 -1837 C \ ATOM 23737 CD1 LEU J 130 -106.623 -97.102 -18.940 1.00 91.72 C \ ANISOU23737 CD1 LEU J 130 11134 11276 12439 1444 1810 -1832 C \ ATOM 23738 CD2 LEU J 130 -106.332 -97.285 -21.390 1.00 83.82 C \ ANISOU23738 CD2 LEU J 130 10161 10007 11679 1244 1692 -1698 C \ ATOM 23739 N GLU J 131 -106.536 -94.019 -22.647 1.00 78.77 N \ ANISOU23739 N GLU J 131 9388 9075 11465 1228 1535 -1847 N \ ATOM 23740 CA GLU J 131 -107.671 -93.158 -22.946 1.00 85.52 C \ ANISOU23740 CA GLU J 131 10131 9842 12521 1245 1551 -1808 C \ ATOM 23741 C GLU J 131 -108.689 -93.930 -23.752 1.00 86.85 C \ ANISOU23741 C GLU J 131 10261 10050 12687 1169 1580 -1613 C \ ATOM 23742 O GLU J 131 -108.322 -94.717 -24.613 1.00 87.24 O \ ANISOU23742 O GLU J 131 10343 10139 12666 1061 1542 -1514 O \ ATOM 23743 CB GLU J 131 -107.185 -91.975 -23.742 1.00 93.24 C \ ANISOU23743 CB GLU J 131 11035 10669 13725 1202 1448 -1796 C \ ATOM 23744 CG GLU J 131 -108.048 -90.758 -23.795 1.00 95.04 C \ ANISOU23744 CG GLU J 131 11119 10756 14235 1250 1456 -1796 C \ ATOM 23745 CD GLU J 131 -107.417 -89.725 -24.717 1.00 95.50 C \ ANISOU23745 CD GLU J 131 11085 10666 14537 1187 1342 -1717 C \ ATOM 23746 OE1 GLU J 131 -106.358 -89.135 -24.356 1.00 91.25 O \ ANISOU23746 OE1 GLU J 131 10567 10050 14053 1211 1289 -1866 O \ ATOM 23747 OE2 GLU J 131 -107.950 -89.578 -25.839 1.00 96.00 O1- \ ANISOU23747 OE2 GLU J 131 11042 10714 14719 1102 1300 -1483 O1- \ ATOM 23748 N PRO J 132 -109.966 -93.740 -23.469 1.00 74.98 N \ ANISOU23748 N PRO J 132 8682 8547 11262 1220 1653 -1576 N \ ATOM 23749 CA PRO J 132 -110.985 -94.416 -24.270 1.00 79.56 C \ ANISOU23749 CA PRO J 132 9208 9168 11854 1137 1672 -1390 C \ ATOM 23750 C PRO J 132 -110.832 -94.016 -25.713 1.00 80.30 C \ ANISOU23750 C PRO J 132 9227 9221 12060 1009 1568 -1253 C \ ATOM 23751 O PRO J 132 -110.639 -92.838 -25.980 1.00 84.74 O \ ANISOU23751 O PRO J 132 9712 9680 12803 1023 1509 -1247 O \ ATOM 23752 CB PRO J 132 -112.287 -93.845 -23.729 1.00 85.01 C \ ANISOU23752 CB PRO J 132 9799 9833 12667 1227 1752 -1383 C \ ATOM 23753 CG PRO J 132 -111.932 -93.356 -22.374 1.00 88.05 C \ ANISOU23753 CG PRO J 132 10219 10229 13008 1366 1810 -1600 C \ ATOM 23754 CD PRO J 132 -110.525 -92.915 -22.405 1.00 85.19 C \ ANISOU23754 CD PRO J 132 9920 9815 12633 1352 1724 -1720 C \ ATOM 23755 N PHE J 133 -110.893 -94.972 -26.628 1.00 77.94 N \ ANISOU23755 N PHE J 133 8932 9015 11667 883 1545 -1149 N \ ATOM 23756 CA PHE J 133 -110.662 -94.696 -28.042 1.00 73.41 C \ ANISOU23756 CA PHE J 133 8274 8482 11136 744 1444 -1022 C \ ATOM 23757 C PHE J 133 -111.760 -93.903 -28.700 1.00 80.88 C \ ANISOU23757 C PHE J 133 9052 9425 12256 711 1417 -843 C \ ATOM 23758 O PHE J 133 -111.490 -93.138 -29.597 1.00 86.59 O \ ANISOU23758 O PHE J 133 9669 10155 13077 642 1327 -720 O \ ATOM 23759 CB PHE J 133 -110.453 -95.980 -28.830 1.00 82.82 C \ ANISOU23759 CB PHE J 133 9495 9804 12168 610 1437 -1009 C \ ATOM 23760 CG PHE J 133 -110.077 -95.757 -30.276 1.00 86.11 C \ ANISOU23760 CG PHE J 133 9817 10333 12570 459 1336 -909 C \ ATOM 23761 CD1 PHE J 133 -108.761 -95.523 -30.637 1.00 72.29 C \ ANISOU23761 CD1 PHE J 133 8104 8591 10773 427 1270 -957 C \ ATOM 23762 CD2 PHE J 133 -111.062 -95.713 -31.275 1.00 89.70 C \ ANISOU23762 CD2 PHE J 133 10121 10915 13047 347 1304 -750 C \ ATOM 23763 CE1 PHE J 133 -108.425 -95.313 -31.969 1.00 92.72 C \ ANISOU23763 CE1 PHE J 133 10580 11329 13320 285 1183 -850 C \ ATOM 23764 CE2 PHE J 133 -110.733 -95.489 -32.617 1.00 73.92 C \ ANISOU23764 CE2 PHE J 133 8004 9087 10996 198 1209 -640 C \ ATOM 23765 CZ PHE J 133 -109.430 -95.300 -32.964 1.00 91.68 C \ ANISOU23765 CZ PHE J 133 10290 11360 13186 168 1153 -689 C \ ATOM 23766 N SER J 134 -113.009 -94.147 -28.340 1.00 83.27 N \ ANISOU23766 N SER J 134 9309 9736 12595 749 1492 -795 N \ ATOM 23767 CA SER J 134 -114.094 -93.473 -29.048 1.00 92.90 C \ ANISOU23767 CA SER J 134 10349 10967 13983 707 1464 -593 C \ ATOM 23768 C SER J 134 -115.050 -92.626 -28.187 1.00102.45 C \ ANISOU23768 C SER J 134 11483 12043 15402 850 1538 -592 C \ ATOM 23769 O SER J 134 -115.718 -91.728 -28.702 1.00109.31 O \ ANISOU23769 O SER J 134 12180 12862 16489 840 1506 -422 O \ ATOM 23770 CB SER J 134 -114.883 -94.485 -29.854 1.00 75.99 C \ ANISOU23770 CB SER J 134 8154 8994 11723 571 1463 -483 C \ ATOM 23771 OG SER J 134 -114.140 -95.679 -29.971 1.00 89.06 O \ ANISOU23771 OG SER J 134 9932 10731 13175 501 1469 -609 O \ ATOM 23772 N TYR J 135 -115.056 -92.853 -26.873 1.00103.67 N \ ANISOU23772 N TYR J 135 11744 12149 15499 985 1639 -780 N \ ATOM 23773 CA TYR J 135 -115.999 -92.189 -25.966 1.00 99.69 C \ ANISOU23773 CA TYR J 135 11166 11556 15157 1125 1734 -827 C \ ATOM 23774 C TYR J 135 -115.384 -91.055 -25.188 1.00101.06 C \ ANISOU23774 C TYR J 135 11335 11578 15485 1248 1744 -1019 C \ ATOM 23775 O TYR J 135 -114.422 -91.256 -24.464 1.00102.95 O \ ANISOU23775 O TYR J 135 11703 11835 15577 1295 1754 -1215 O \ ATOM 23776 CB TYR J 135 -116.625 -93.213 -25.014 1.00 95.62 C \ ANISOU23776 CB TYR J 135 10727 11142 14463 1188 1853 -894 C \ ATOM 23777 CG TYR J 135 -117.372 -94.303 -25.734 1.00 94.53 C \ ANISOU23777 CG TYR J 135 10565 11121 14232 1067 1851 -720 C \ ATOM 23778 CD1 TYR J 135 -118.391 -93.997 -26.632 1.00 97.42 C \ ANISOU23778 CD1 TYR J 135 10775 11500 14742 992 1818 -517 C \ ATOM 23779 CD2 TYR J 135 -117.030 -95.626 -25.567 1.00 95.22 C \ ANISOU23779 CD2 TYR J 135 10764 11302 14114 1019 1875 -756 C \ ATOM 23780 CE1 TYR J 135 -119.081 -94.987 -27.308 1.00 99.37 C \ ANISOU23780 CE1 TYR J 135 10985 11869 14902 869 1809 -385 C \ ATOM 23781 CE2 TYR J 135 -117.700 -96.627 -26.250 1.00 98.13 C \ ANISOU23781 CE2 TYR J 135 11092 11756 14436 899 1872 -632 C \ ATOM 23782 CZ TYR J 135 -118.726 -96.307 -27.121 1.00100.10 C \ ANISOU23782 CZ TYR J 135 11194 12036 14804 820 1837 -462 C \ ATOM 23783 OH TYR J 135 -119.393 -97.304 -27.810 1.00100.21 O \ ANISOU23783 OH TYR J 135 11155 12152 14769 687 1828 -366 O \ ATOM 23784 N ASN J 136 -115.936 -89.859 -25.339 1.00104.36 N \ ANISOU23784 N ASN J 136 11586 11844 16221 1296 1741 -964 N \ ATOM 23785 CA ASN J 136 -115.411 -88.696 -24.615 1.00108.93 C \ ANISOU23785 CA ASN J 136 12127 12244 17017 1411 1755 -1180 C \ ATOM 23786 C ASN J 136 -115.835 -88.591 -23.143 1.00108.26 C \ ANISOU23786 C ASN J 136 12067 12170 16898 1570 1896 -1458 C \ ATOM 23787 O ASN J 136 -116.652 -89.373 -22.665 1.00106.09 O \ ANISOU23787 O ASN J 136 11823 12037 16450 1602 1989 -1440 O \ ATOM 23788 CB ASN J 136 -115.675 -87.386 -25.371 1.00112.00 C \ ANISOU23788 CB ASN J 136 12299 12427 17831 1399 1693 -1019 C \ ATOM 23789 CG ASN J 136 -117.108 -86.950 -25.309 1.00117.24 C \ ANISOU23789 CG ASN J 136 12788 13022 18738 1461 1773 -908 C \ ATOM 23790 OD1 ASN J 136 -117.393 -85.781 -25.071 1.00121.65 O \ ANISOU23790 OD1 ASN J 136 13181 13362 19680 1549 1802 -961 O \ ATOM 23791 ND2 ASN J 136 -118.022 -87.876 -25.523 1.00119.37 N \ ANISOU23791 ND2 ASN J 136 13076 13461 18819 1416 1812 -757 N \ ATOM 23792 N ASN J 137 -115.262 -87.616 -22.439 1.00108.60 N \ ANISOU23792 N ASN J 137 12078 12078 17107 1663 1909 -1719 N \ ATOM 23793 CA ASN J 137 -115.514 -87.388 -21.016 1.00104.87 C \ ANISOU23793 CA ASN J 137 11607 11653 16587 1809 2039 -2042 C \ ATOM 23794 C ASN J 137 -116.977 -87.341 -20.686 1.00100.52 C \ ANISOU23794 C ASN J 137 10936 11123 16135 1887 2163 -1998 C \ ATOM 23795 O ASN J 137 -117.345 -87.599 -19.560 1.00103.77 O \ ANISOU23795 O ASN J 137 11368 11685 16374 1988 2285 -2201 O \ ATOM 23796 CB ASN J 137 -114.824 -86.109 -20.520 1.00112.45 C \ ANISOU23796 CB ASN J 137 12487 12418 17821 1882 2027 -2339 C \ ATOM 23797 CG ASN J 137 -115.405 -84.839 -21.137 1.00124.96 C \ ANISOU23797 CG ASN J 137 13841 13701 19937 1901 2011 -2246 C \ ATOM 23798 OD1 ASN J 137 -115.880 -84.836 -22.272 1.00133.15 O \ ANISOU23798 OD1 ASN J 137 14794 14672 21127 1817 1947 -1893 O \ ATOM 23799 ND2 ASN J 137 -115.319 -83.741 -20.404 1.00128.07 N \ ANISOU23799 ND2 ASN J 137 14113 13916 20630 2006 2066 -2565 N \ ATOM 23800 N GLN J 138 -117.819 -87.001 -21.656 1.00102.00 N \ ANISOU23800 N GLN J 138 10980 11182 16592 1840 2134 -1721 N \ ATOM 23801 CA GLN J 138 -119.256 -86.905 -21.395 1.00109.68 C \ ANISOU23801 CA GLN J 138 11819 12160 17695 1915 2251 -1656 C \ ATOM 23802 C GLN J 138 -120.011 -88.215 -21.557 1.00107.56 C \ ANISOU23802 C GLN J 138 11625 12116 17126 1857 2284 -1441 C \ ATOM 23803 O GLN J 138 -121.040 -88.444 -20.909 1.00100.85 O \ ANISOU23803 O GLN J 138 10721 11355 16242 1939 2410 -1464 O \ ATOM 23804 CB GLN J 138 -119.889 -85.826 -22.267 1.00113.18 C \ ANISOU23804 CB GLN J 138 12031 12352 18620 1904 2213 -1450 C \ ATOM 23805 CG GLN J 138 -119.625 -84.440 -21.758 1.00118.46 C \ ANISOU23805 CG GLN J 138 12555 12758 19696 2014 2248 -1714 C \ ATOM 23806 CD GLN J 138 -120.383 -83.415 -22.546 1.00125.69 C \ ANISOU23806 CD GLN J 138 13205 13414 21137 2017 2228 -1472 C \ ATOM 23807 OE1 GLN J 138 -119.861 -82.846 -23.487 1.00127.96 O \ ANISOU23807 OE1 GLN J 138 13403 13546 21671 1934 2102 -1263 O \ ATOM 23808 NE2 GLN J 138 -121.655 -83.216 -22.202 1.00129.62 N \ ANISOU23808 NE2 GLN J 138 13559 13883 21809 2109 2352 -1455 N \ ATOM 23809 N GLN J 139 -119.416 -89.094 -22.357 1.00107.21 N \ ANISOU23809 N GLN J 139 11703 12167 16864 1717 2177 -1264 N \ ATOM 23810 CA GLN J 139 -119.902 -90.437 -22.602 1.00101.36 C \ ANISOU23810 CA GLN J 139 11041 11619 15853 1636 2189 -1086 C \ ATOM 23811 C GLN J 139 -119.228 -91.407 -21.602 1.00 96.01 C \ ANISOU23811 C GLN J 139 10540 11118 14822 1673 2242 -1261 C \ ATOM 23812 O GLN J 139 -119.909 -92.179 -20.924 1.00 95.98 O \ ANISOU23812 O GLN J 139 10549 11264 14654 1718 2343 -1243 O \ ATOM 23813 CB GLN J 139 -119.604 -90.839 -24.062 1.00100.35 C \ ANISOU23813 CB GLN J 139 10918 11504 15707 1456 2047 -830 C \ ATOM 23814 CG GLN J 139 -120.408 -90.148 -25.202 1.00 95.82 C \ ANISOU23814 CG GLN J 139 10142 10845 15419 1384 1982 -554 C \ ATOM 23815 CD GLN J 139 -119.759 -90.337 -26.622 1.00139.50 C \ ANISOU23815 CD GLN J 139 15666 16435 20902 1203 1826 -352 C \ ATOM 23816 OE1 GLN J 139 -118.532 -90.303 -26.783 1.00137.58 O \ ANISOU23816 OE1 GLN J 139 15523 16180 20573 1166 1755 -446 O \ ATOM 23817 NE2 GLN J 139 -120.597 -90.561 -27.632 1.00139.06 N \ ANISOU23817 NE2 GLN J 139 15481 16476 20881 1086 1777 -79 N \ ATOM 23818 N LEU J 140 -117.893 -91.331 -21.507 1.00 90.57 N \ ANISOU23818 N LEU J 140 9964 10415 14035 1655 2172 -1405 N \ ATOM 23819 CA LEU J 140 -117.073 -92.171 -20.612 1.00 85.97 C \ ANISOU23819 CA LEU J 140 9530 9998 13135 1683 2203 -1546 C \ ATOM 23820 C LEU J 140 -115.990 -91.353 -19.856 1.00 96.34 C \ ANISOU23820 C LEU J 140 10881 11278 14445 1760 2189 -1839 C \ ATOM 23821 O LEU J 140 -115.202 -90.613 -20.462 1.00 92.51 O \ ANISOU23821 O LEU J 140 10392 10634 14124 1716 2087 -1876 O \ ATOM 23822 CB LEU J 140 -116.391 -93.286 -21.420 1.00 85.00 C \ ANISOU23822 CB LEU J 140 9523 9928 12845 1542 2114 -1389 C \ ATOM 23823 CG LEU J 140 -115.862 -94.544 -20.725 1.00 85.70 C \ ANISOU23823 CG LEU J 140 9732 10186 12643 1544 2154 -1406 C \ ATOM 23824 CD1 LEU J 140 -115.671 -95.578 -21.771 1.00 77.91 C \ ANISOU23824 CD1 LEU J 140 8793 9197 11612 1397 2086 -1226 C \ ATOM 23825 CD2 LEU J 140 -114.564 -94.333 -19.967 1.00 79.44 C \ ANISOU23825 CD2 LEU J 140 9031 9440 11712 1596 2132 -1610 C \ ATOM 23826 N ARG J 141 -115.942 -91.510 -18.535 1.00102.94 N \ ANISOU23826 N ARG J 141 11739 12290 15084 1867 2289 -2040 N \ ATOM 23827 CA ARG J 141 -115.059 -90.715 -17.685 1.00109.53 C \ ANISOU23827 CA ARG J 141 12581 13138 15899 1944 2289 -2361 C \ ATOM 23828 C ARG J 141 -114.241 -91.631 -16.775 1.00108.51 C \ ANISOU23828 C ARG J 141 12566 13273 15390 1956 2306 -2430 C \ ATOM 23829 O ARG J 141 -114.787 -92.569 -16.192 1.00110.58 O \ ANISOU23829 O ARG J 141 12833 13751 15430 1983 2393 -2322 O \ ATOM 23830 CB ARG J 141 -115.908 -89.773 -16.829 1.00120.04 C \ ANISOU23830 CB ARG J 141 13766 14469 17377 2077 2412 -2598 C \ ATOM 23831 CG ARG J 141 -115.239 -89.295 -15.558 1.00131.81 C \ ANISOU23831 CG ARG J 141 15249 16114 18718 2169 2461 -2979 C \ ATOM 23832 CD ARG J 141 -116.174 -88.476 -14.667 1.00144.90 C \ ANISOU23832 CD ARG J 141 16743 17814 20497 2301 2606 -3248 C \ ATOM 23833 NE ARG J 141 -115.435 -87.383 -14.036 1.00157.39 N \ ANISOU23833 NE ARG J 141 18267 19343 22193 2357 2601 -3665 N \ ATOM 23834 CZ ARG J 141 -114.642 -87.501 -12.972 1.00165.19 C \ ANISOU23834 CZ ARG J 141 19293 20605 22867 2388 2618 -3940 C \ ATOM 23835 NH1 ARG J 141 -114.444 -88.687 -12.407 1.00165.10 N1+ \ ANISOU23835 NH1 ARG J 141 19376 20946 22410 2375 2641 -3802 N1+ \ ATOM 23836 NH2 ARG J 141 -114.017 -86.428 -12.490 1.00169.97 N \ ANISOU23836 NH2 ARG J 141 19824 21133 23625 2426 2607 -4345 N \ ATOM 23837 N PHE J 142 -112.948 -91.359 -16.630 1.00104.51 N \ ANISOU23837 N PHE J 142 12132 12758 14821 1936 2224 -2585 N \ ATOM 23838 CA PHE J 142 -112.122 -92.174 -15.746 1.00102.98 C \ ANISOU23838 CA PHE J 142 12023 12827 14278 1948 2233 -2631 C \ ATOM 23839 C PHE J 142 -112.227 -91.731 -14.305 1.00105.03 C \ ANISOU23839 C PHE J 142 12206 13335 14366 2065 2333 -2926 C \ ATOM 23840 O PHE J 142 -111.619 -90.741 -13.903 1.00 88.34 O \ ANISOU23840 O PHE J 142 10057 11184 12322 2100 2306 -3234 O \ ATOM 23841 CB PHE J 142 -110.667 -92.145 -16.173 1.00104.29 C \ ANISOU23841 CB PHE J 142 12290 12912 14425 1873 2103 -2661 C \ ATOM 23842 CG PHE J 142 -110.371 -93.023 -17.329 1.00104.31 C \ ANISOU23842 CG PHE J 142 12379 12808 14447 1756 2025 -2375 C \ ATOM 23843 CD1 PHE J 142 -111.002 -94.224 -17.455 1.00103.03 C \ ANISOU23843 CD1 PHE J 142 12234 12742 14172 1726 2078 -2138 C \ ATOM 23844 CD2 PHE J 142 -109.446 -92.659 -18.273 1.00107.72 C \ ANISOU23844 CD2 PHE J 142 12858 13057 15015 1672 1902 -2357 C \ ATOM 23845 CE1 PHE J 142 -110.739 -95.032 -18.501 1.00102.07 C \ ANISOU23845 CE1 PHE J 142 12173 12528 14081 1614 2015 -1930 C \ ATOM 23846 CE2 PHE J 142 -109.172 -93.483 -19.321 1.00107.64 C \ ANISOU23846 CE2 PHE J 142 12911 12989 14998 1562 1842 -2132 C \ ATOM 23847 CZ PHE J 142 -109.825 -94.669 -19.435 1.00103.62 C \ ANISOU23847 CZ PHE J 142 12417 12571 14384 1532 1900 -1938 C \ ATOM 23848 N SER J 143 -112.979 -92.492 -13.523 1.00102.97 N \ ANISOU23848 N SER J 143 11903 13345 13874 2120 2448 -2834 N \ ATOM 23849 CA SER J 143 -113.267 -92.117 -12.149 1.00101.85 C \ ANISOU23849 CA SER J 143 11657 13508 13534 2231 2562 -3102 C \ ATOM 23850 C SER J 143 -112.029 -92.109 -11.272 1.00101.97 C \ ANISOU23850 C SER J 143 11702 13773 13270 2237 2520 -3304 C \ ATOM 23851 O SER J 143 -111.815 -91.159 -10.544 1.00103.66 O \ ANISOU23851 O SER J 143 11836 14079 13469 2297 2548 -3678 O \ ATOM 23852 CB SER J 143 -114.339 -93.017 -11.561 1.00103.43 C \ ANISOU23852 CB SER J 143 11791 13973 13536 2279 2692 -2898 C \ ATOM 23853 OG SER J 143 -113.795 -94.281 -11.274 1.00104.95 O \ ANISOU23853 OG SER J 143 12045 14383 13449 2237 2672 -2645 O \ ATOM 23854 N ASP J 144 -111.237 -93.173 -11.308 1.00106.00 N \ ANISOU23854 N ASP J 144 12306 14401 13569 2175 2459 -3067 N \ ATOM 23855 CA ASP J 144 -109.968 -93.203 -10.563 1.00115.79 C \ ANISOU23855 CA ASP J 144 13570 15874 14552 2168 2401 -3214 C \ ATOM 23856 C ASP J 144 -109.005 -94.282 -11.072 1.00115.80 C \ ANISOU23856 C ASP J 144 13689 15837 14475 2080 2304 -2910 C \ ATOM 23857 O ASP J 144 -109.405 -95.162 -11.841 1.00115.24 O \ ANISOU23857 O ASP J 144 13666 15618 14503 2029 2304 -2591 O \ ATOM 23858 CB ASP J 144 -110.206 -93.422 -9.078 1.00124.06 C \ ANISOU23858 CB ASP J 144 14497 17421 15219 2249 2510 -3324 C \ ATOM 23859 CG ASP J 144 -110.795 -94.776 -8.784 1.00129.83 C \ ANISOU23859 CG ASP J 144 15198 18382 15748 2254 2586 -2926 C \ ATOM 23860 OD1 ASP J 144 -111.984 -95.008 -9.105 1.00132.87 O \ ANISOU23860 OD1 ASP J 144 15546 18672 16265 2276 2668 -2769 O \ ATOM 23861 OD2 ASP J 144 -110.054 -95.608 -8.224 1.00131.55 O1- \ ANISOU23861 OD2 ASP J 144 15414 18875 15696 2234 2561 -2755 O1- \ ATOM 23862 N ILE J 145 -107.738 -94.208 -10.666 1.00111.85 N \ ANISOU23862 N ILE J 145 13221 15461 13817 2057 2223 -3023 N \ ATOM 23863 CA ILE J 145 -106.815 -95.278 -11.010 1.00106.00 C \ ANISOU23863 CA ILE J 145 12566 14714 12996 1986 2149 -2737 C \ ATOM 23864 C ILE J 145 -105.645 -95.486 -10.077 1.00106.89 C \ ANISOU23864 C ILE J 145 12658 15144 12812 1988 2103 -2794 C \ ATOM 23865 O ILE J 145 -104.920 -94.547 -9.783 1.00108.21 O \ ANISOU23865 O ILE J 145 12820 15336 12958 1990 2041 -3107 O \ ATOM 23866 CB ILE J 145 -106.226 -95.090 -12.393 1.00102.88 C \ ANISOU23866 CB ILE J 145 12287 13910 12893 1898 2035 -2686 C \ ATOM 23867 CG1 ILE J 145 -105.111 -96.139 -12.586 1.00107.76 C \ ANISOU23867 CG1 ILE J 145 12975 14558 13411 1835 1966 -2454 C \ ATOM 23868 CG2 ILE J 145 -105.805 -93.642 -12.570 1.00 94.44 C \ ANISOU23868 CG2 ILE J 145 11214 12668 12000 1901 1967 -3032 C \ ATOM 23869 CD1 ILE J 145 -104.210 -95.983 -13.748 1.00106.17 C \ ANISOU23869 CD1 ILE J 145 12875 14049 13414 1749 1850 -2437 C \ ATOM 23870 N GLN J 146 -105.420 -96.734 -9.679 1.00109.90 N \ ANISOU23870 N GLN J 146 13015 15743 12998 1980 2126 -2471 N \ ATOM 23871 CA GLN J 146 -104.216 -97.094 -8.930 1.00115.36 C \ ANISOU23871 CA GLN J 146 13679 16721 13431 1967 2067 -2435 C \ ATOM 23872 C GLN J 146 -103.381 -98.117 -9.709 1.00110.58 C \ ANISOU23872 C GLN J 146 13158 15906 12951 1895 1996 -2116 C \ ATOM 23873 O GLN J 146 -103.897 -98.993 -10.416 1.00105.43 O \ ANISOU23873 O GLN J 146 12533 15050 12477 1867 2031 -1840 O \ ATOM 23874 CB GLN J 146 -104.532 -97.591 -7.512 1.00123.32 C \ ANISOU23874 CB GLN J 146 14526 18272 14058 2029 2158 -2337 C \ ATOM 23875 CG GLN J 146 -105.855 -98.282 -7.412 1.00131.74 C \ ANISOU23875 CG GLN J 146 15520 19397 15138 2070 2284 -2086 C \ ATOM 23876 CD GLN J 146 -106.998 -97.305 -7.400 1.00141.85 C \ ANISOU23876 CD GLN J 146 16772 20623 16501 2126 2364 -2376 C \ ATOM 23877 OE1 GLN J 146 -106.911 -96.233 -6.794 1.00145.98 O \ ANISOU23877 OE1 GLN J 146 17245 21312 16910 2165 2371 -2771 O \ ATOM 23878 NE2 GLN J 146 -108.058 -97.633 -8.139 1.00143.99 N \ ANISOU23878 NE2 GLN J 146 17069 20630 17010 2124 2421 -2202 N \ ATOM 23879 N VAL J 147 -102.075 -97.928 -9.622 1.00107.39 N \ ANISOU23879 N VAL J 147 12789 15535 12481 1860 1894 -2196 N \ ATOM 23880 CA VAL J 147 -101.116 -98.774 -10.280 1.00100.71 C \ ANISOU23880 CA VAL J 147 12007 14510 11748 1797 1825 -1950 C \ ATOM 23881 C VAL J 147 -100.229 -99.450 -9.270 1.00104.09 C \ ANISOU23881 C VAL J 147 12340 15305 11905 1807 1806 -1773 C \ ATOM 23882 O VAL J 147 -99.536 -98.792 -8.491 1.00104.68 O \ ANISOU23882 O VAL J 147 12371 15649 11755 1818 1752 -1986 O \ ATOM 23883 CB VAL J 147 -100.270 -97.926 -11.197 1.00 98.52 C \ ANISOU23883 CB VAL J 147 11847 13920 11668 1740 1711 -2170 C \ ATOM 23884 CG1 VAL J 147 -99.136 -98.731 -11.817 1.00100.59 C \ ANISOU23884 CG1 VAL J 147 12164 14032 12023 1678 1640 -1955 C \ ATOM 23885 CG2 VAL J 147 -101.168 -97.280 -12.231 1.00 95.96 C \ ANISOU23885 CG2 VAL J 147 11586 13254 11620 1725 1725 -2286 C \ ATOM 23886 N TYR J 148 -100.183-100.773 -9.354 1.00109.26 N \ ANISOU23886 N TYR J 148 12949 15950 12615 1796 1843 -1378 N \ ATOM 23887 CA TYR J 148 -99.409-101.559 -8.405 1.00116.38 C \ ANISOU23887 CA TYR J 148 13723 17200 13296 1807 1833 -1116 C \ ATOM 23888 C TYR J 148 -98.181-102.131 -9.089 1.00123.08 C \ ANISOU23888 C TYR J 148 14630 17806 14330 1750 1751 -965 C \ ATOM 23889 O TYR J 148 -98.264-102.953 -10.006 1.00118.19 O \ ANISOU23889 O TYR J 148 14053 16851 14004 1716 1774 -768 O \ ATOM 23890 CB TYR J 148 -100.240-102.687 -7.799 1.00110.83 C \ ANISOU23890 CB TYR J 148 12867 16707 12537 1846 1944 -728 C \ ATOM 23891 CG TYR J 148 -101.583-102.234 -7.347 1.00103.65 C \ ANISOU23891 CG TYR J 148 11908 15968 11506 1900 2041 -850 C \ ATOM 23892 CD1 TYR J 148 -101.756-101.582 -6.138 1.00105.53 C \ ANISOU23892 CD1 TYR J 148 12033 16696 11368 1951 2067 -1029 C \ ATOM 23893 CD2 TYR J 148 -102.685-102.434 -8.153 1.00101.25 C \ ANISOU23893 CD2 TYR J 148 11661 15346 11463 1896 2108 -808 C \ ATOM 23894 CE1 TYR J 148 -103.010-101.150 -5.744 1.00109.62 C \ ANISOU23894 CE1 TYR J 148 12495 17365 11790 2006 2168 -1162 C \ ATOM 23895 CE2 TYR J 148 -103.940-102.020 -7.777 1.00104.93 C \ ANISOU23895 CE2 TYR J 148 12075 15950 11843 1948 2201 -909 C \ ATOM 23896 CZ TYR J 148 -104.104-101.374 -6.574 1.00109.71 C \ ANISOU23896 CZ TYR J 148 12569 17026 12089 2008 2236 -1088 C \ ATOM 23897 OH TYR J 148 -105.371-100.965 -6.218 1.00112.20 O \ ANISOU23897 OH TYR J 148 12823 17474 12333 2065 2340 -1201 O \ ATOM 23898 N THR J 149 -97.040-101.615 -8.681 1.00134.35 N \ ANISOU23898 N THR J 149 16055 19397 15594 1736 1655 -1103 N \ ATOM 23899 CA THR J 149 -95.784-102.128 -9.147 1.00145.16 C \ ANISOU23899 CA THR J 149 17452 20605 17097 1691 1579 -955 C \ ATOM 23900 C THR J 149 -95.223-103.083 -8.123 1.00151.33 C \ ANISOU23900 C THR J 149 18054 21752 17694 1712 1588 -592 C \ ATOM 23901 O THR J 149 -94.312-102.732 -7.381 1.00149.00 O \ ANISOU23901 O THR J 149 17695 21766 17153 1707 1511 -647 O \ ATOM 23902 CB THR J 149 -94.826-100.985 -9.343 1.00155.12 C \ ANISOU23902 CB THR J 149 18806 21818 18316 1656 1460 -1299 C \ ATOM 23903 OG1 THR J 149 -94.863-100.163 -8.168 1.00160.94 O \ ANISOU23903 OG1 THR J 149 19459 22982 18711 1687 1442 -1530 O \ ATOM 23904 CG2 THR J 149 -95.276-100.143 -10.524 1.00156.77 C \ ANISOU23904 CG2 THR J 149 19170 21616 18780 1627 1445 -1575 C \ ATOM 23905 N GLU J 150 -95.727-104.311 -8.102 1.00163.44 N \ ANISOU23905 N GLU J 150 19485 23245 19368 1729 1677 -201 N \ ATOM 23906 CA GLU J 150 -95.295-105.280 -7.094 1.00176.14 C \ ANISOU23906 CA GLU J 150 20879 25211 20836 1753 1694 220 C \ ATOM 23907 C GLU J 150 -93.853-105.707 -7.324 1.00175.10 C \ ANISOU23907 C GLU J 150 20731 24976 20823 1719 1612 368 C \ ATOM 23908 O GLU J 150 -93.491-106.857 -7.098 1.00175.53 O \ ANISOU23908 O GLU J 150 20631 25049 21014 1727 1642 793 O \ ATOM 23909 CB GLU J 150 -96.192-106.531 -7.073 1.00186.58 C \ ANISOU23909 CB GLU J 150 22070 26457 22363 1778 1813 634 C \ ATOM 23910 CG GLU J 150 -97.619-106.334 -6.551 1.00193.24 C \ ANISOU23910 CG GLU J 150 22860 27518 23045 1821 1908 611 C \ ATOM 23911 CD GLU J 150 -98.540-107.474 -6.969 1.00194.77 C \ ANISOU23911 CD GLU J 150 22981 27453 23570 1826 2015 943 C \ ATOM 23912 OE1 GLU J 150 -98.173-108.197 -7.925 1.00192.05 O \ ANISOU23912 OE1 GLU J 150 22683 26669 23619 1786 2013 1051 O \ ATOM 23913 OE2 GLU J 150 -99.634-107.627 -6.367 1.00197.41 O1- \ ANISOU23913 OE2 GLU J 150 23206 28018 23783 1866 2102 1070 O1- \ ATOM 23914 N ASN J 151 -93.026-104.770 -7.752 1.00174.95 N \ ANISOU23914 N ASN J 151 20854 24848 20772 1683 1509 29 N \ ATOM 23915 CA ASN J 151 -91.625-105.054 -7.932 1.00179.20 C \ ANISOU23915 CA ASN J 151 21376 25317 21395 1652 1425 140 C \ ATOM 23916 C ASN J 151 -90.988-104.682 -6.593 1.00189.80 C \ ANISOU23916 C ASN J 151 22571 27230 22315 1662 1354 166 C \ ATOM 23917 O ASN J 151 -91.644-104.050 -5.755 1.00190.31 O \ ANISOU23917 O ASN J 151 22587 27672 22051 1684 1370 -4 O \ ATOM 23918 CB ASN J 151 -91.036-104.266 -9.128 1.00170.53 C \ ANISOU23918 CB ASN J 151 20488 23813 20493 1602 1350 -211 C \ ATOM 23919 CG ASN J 151 -91.790-104.520 -10.455 1.00161.41 C \ ANISOU23919 CG ASN J 151 19464 22170 19694 1581 1418 -276 C \ ATOM 23920 OD1 ASN J 151 -92.705-105.344 -10.523 1.00162.12 O \ ANISOU23920 OD1 ASN J 151 19495 22183 19920 1601 1520 -68 O \ ATOM 23921 ND2 ASN J 151 -91.422-103.777 -11.498 1.00153.25 N \ ANISOU23921 ND2 ASN J 151 18592 20834 18800 1535 1358 -564 N \ ATOM 23922 N ILE J 152 -89.736-105.097 -6.396 1.00196.68 N \ ANISOU23922 N ILE J 152 23355 28181 23192 1642 1282 375 N \ ATOM 23923 CA ILE J 152 -88.982-104.865 -5.162 1.00203.41 C \ ANISOU23923 CA ILE J 152 24040 29599 23647 1636 1201 448 C \ ATOM 23924 C ILE J 152 -87.677-105.642 -5.238 1.00205.98 C \ ANISOU23924 C ILE J 152 24265 29868 24129 1618 1144 788 C \ ATOM 23925 O ILE J 152 -87.468-106.404 -6.180 1.00197.89 O \ ANISOU23925 O ILE J 152 23288 28377 23522 1618 1186 960 O \ ATOM 23926 CB ILE J 152 -89.785-105.310 -3.929 1.00206.43 C \ ANISOU23926 CB ILE J 152 24201 30517 23717 1678 1273 720 C \ ATOM 23927 N ASP J 153 -86.804-105.403 -4.258 1.00219.66 N \ ANISOU23927 N ASP J 153 25851 32084 25525 1598 1047 851 N \ ATOM 23928 CA ASP J 153 -85.601-106.210 -3.981 1.00228.80 C \ ANISOU23928 CA ASP J 153 26835 33344 26753 1588 993 1267 C \ ATOM 23929 C ASP J 153 -84.630-106.416 -5.156 1.00219.77 C \ ANISOU23929 C ASP J 153 25821 31653 26027 1565 958 1244 C \ ATOM 23930 O ASP J 153 -84.922-106.032 -6.287 1.00218.03 O \ ANISOU23930 O ASP J 153 25825 30952 26064 1554 983 936 O \ ATOM 23931 CB ASP J 153 -85.966-107.563 -3.330 1.00247.29 C \ ANISOU23931 CB ASP J 153 28907 35891 29160 1633 1084 1888 C \ ATOM 23932 CG ASP J 153 -86.611-107.412 -1.947 1.00250.20 C \ ANISOU23932 CG ASP J 153 29073 36966 29026 1647 1097 1999 C \ ATOM 23933 OD1 ASP J 153 -86.924-106.272 -1.540 1.00250.93 O \ ANISOU23933 OD1 ASP J 153 29250 37353 28741 1627 1055 1542 O \ ATOM 23934 OD2 ASP J 153 -86.800-108.443 -1.263 1.00251.71 O1- \ ANISOU23934 OD2 ASP J 153 28998 37426 29213 1677 1154 2550 O1- \ ATOM 23935 N ASN J 154 -83.469-107.010 -4.858 1.00210.64 N \ ANISOU23935 N ASN J 154 24504 30610 24921 1556 901 1581 N \ ATOM 23936 CA ASN J 154 -82.435-107.351 -5.857 1.00198.78 C \ ANISOU23936 CA ASN J 154 23072 28642 23813 1541 878 1622 C \ ATOM 23937 C ASN J 154 -82.138-106.259 -6.888 1.00195.96 C \ ANISOU23937 C ASN J 154 22989 27935 23531 1498 816 1096 C \ ATOM 23938 O ASN J 154 -82.196-106.515 -8.087 1.00196.62 O \ ANISOU23938 O ASN J 154 23209 27504 23993 1498 873 1013 O \ ATOM 23939 CB ASN J 154 -82.771-108.640 -6.622 1.00190.08 C \ ANISOU23939 CB ASN J 154 21926 27073 23225 1581 1012 1943 C \ ATOM 23940 CG ASN J 154 -83.456-109.675 -5.769 1.00190.81 C \ ANISOU23940 CG ASN J 154 21765 27413 23321 1627 1102 2435 C \ ATOM 23941 OD1 ASN J 154 -83.104-109.868 -4.610 1.00195.73 O \ ANISOU23941 OD1 ASN J 154 22156 28553 23658 1633 1053 2756 O \ ATOM 23942 ND2 ASN J 154 -84.411-110.387 -6.354 1.00188.89 N \ ANISOU23942 ND2 ASN J 154 21542 26808 23419 1655 1231 2523 N \ ATOM 23943 N GLU J 155 -81.811-105.052 -6.446 1.00194.42 N \ ANISOU23943 N GLU J 155 22855 28019 22995 1456 699 742 N \ ATOM 23944 CA GLU J 155 -81.600-103.965 -7.399 1.00189.03 C \ ANISOU23944 CA GLU J 155 22408 27002 22414 1415 640 270 C \ ATOM 23945 C GLU J 155 -80.319-104.152 -8.218 1.00184.01 C \ ANISOU23945 C GLU J 155 21808 26055 22055 1388 586 330 C \ ATOM 23946 O GLU J 155 -80.238-103.707 -9.372 1.00179.70 O \ ANISOU23946 O GLU J 155 21441 25092 21745 1365 586 77 O \ ATOM 23947 CB GLU J 155 -81.590-102.608 -6.694 1.00191.08 C \ ANISOU23947 CB GLU J 155 22697 27611 22293 1375 533 -144 C \ ATOM 23948 CG GLU J 155 -82.976-102.048 -6.390 1.00190.90 C \ ANISOU23948 CG GLU J 155 22730 27701 22102 1398 599 -405 C \ ATOM 23949 CD GLU J 155 -82.921-100.738 -5.621 1.00191.69 C \ ANISOU23949 CD GLU J 155 22822 28156 21853 1360 503 -841 C \ ATOM 23950 OE1 GLU J 155 -82.294-100.712 -4.537 1.00193.70 O \ ANISOU23950 OE1 GLU J 155 22903 28921 21774 1335 426 -769 O \ ATOM 23951 OE2 GLU J 155 -83.499 -99.736 -6.111 1.00189.52 O1- \ ANISOU23951 OE2 GLU J 155 22698 27653 21656 1350 504 -1259 O1- \ ATOM 23952 N GLU J 156 -79.325-104.806 -7.613 1.00182.54 N \ ANISOU23952 N GLU J 156 21431 26094 21832 1390 541 683 N \ ATOM 23953 CA GLU J 156 -78.016-104.985 -8.238 1.00177.64 C \ ANISOU23953 CA GLU J 156 20810 25239 21445 1368 486 761 C \ ATOM 23954 C GLU J 156 -77.997-106.029 -9.354 1.00171.82 C \ ANISOU23954 C GLU J 156 20097 23995 21193 1401 608 955 C \ ATOM 23955 O GLU J 156 -76.977-106.230 -10.016 1.00170.12 O \ ANISOU23955 O GLU J 156 19886 23539 21214 1388 587 998 O \ ATOM 23956 CB GLU J 156 -76.979-105.351 -7.184 1.00180.68 C \ ANISOU23956 CB GLU J 156 20959 26055 21638 1359 398 1096 C \ ATOM 23957 CG GLU J 156 -76.510-104.176 -6.379 1.00184.74 C \ ANISOU23957 CG GLU J 156 21463 27000 21729 1298 243 808 C \ ATOM 23958 CD GLU J 156 -75.989-104.591 -5.029 1.00191.90 C \ ANISOU23958 CD GLU J 156 22094 28507 22314 1289 176 1160 C \ ATOM 23959 OE1 GLU J 156 -74.800-104.972 -4.936 1.00193.61 O \ ANISOU23959 OE1 GLU J 156 22181 28775 22607 1274 108 1422 O \ ATOM 23960 OE2 GLU J 156 -76.780-104.563 -4.065 1.00195.81 O1- \ ANISOU23960 OE2 GLU J 156 22483 29440 22477 1298 195 1196 O1- \ ATOM 23961 N ILE J 157 -79.135-106.675 -9.567 1.00169.11 N \ ANISOU23961 N ILE J 157 19761 23494 20999 1440 738 1046 N \ ATOM 23962 CA ILE J 157 -79.281-107.670 -10.622 1.00166.25 C \ ANISOU23962 CA ILE J 157 19411 22655 21103 1463 866 1169 C \ ATOM 23963 C ILE J 157 -80.008-107.068 -11.818 1.00162.52 C \ ANISOU23963 C ILE J 157 19176 21828 20745 1435 906 763 C \ ATOM 23964 O ILE J 157 -79.807-107.492 -12.965 1.00160.92 O \ ANISOU23964 O ILE J 157 19031 21230 20881 1425 972 706 O \ ATOM 23965 CB ILE J 157 -80.007-108.942 -10.091 1.00189.91 C \ ANISOU23965 CB ILE J 157 22211 25688 24257 1519 987 1590 C \ ATOM 23966 CG1 ILE J 157 -78.982-109.915 -9.506 1.00194.15 C \ ANISOU23966 CG1 ILE J 157 22485 26337 24946 1547 982 2070 C \ ATOM 23967 CG2 ILE J 157 -80.827-109.646 -11.176 1.00187.27 C \ ANISOU23967 CG2 ILE J 157 21947 24877 24330 1530 1131 1535 C \ ATOM 23968 CD1 ILE J 157 -77.790-110.187 -10.424 1.00194.84 C \ ANISOU23968 CD1 ILE J 157 22585 26071 25374 1537 979 2049 C \ ATOM 23969 N ASP J 158 -80.824-106.051 -11.551 1.00160.29 N \ ANISOU23969 N ASP J 158 19015 21709 20178 1419 865 476 N \ ATOM 23970 CA ASP J 158 -81.590-105.410 -12.612 1.00155.65 C \ ANISOU23970 CA ASP J 158 18629 20825 19684 1391 895 126 C \ ATOM 23971 C ASP J 158 -80.920-104.174 -13.175 1.00147.91 C \ ANISOU23971 C ASP J 158 17789 19772 18638 1337 781 -212 C \ ATOM 23972 O ASP J 158 -80.226-103.436 -12.463 1.00147.54 O \ ANISOU23972 O ASP J 158 17714 19990 18356 1319 663 -290 O \ ATOM 23973 CB ASP J 158 -82.978-105.039 -12.112 1.00158.40 C \ ANISOU23973 CB ASP J 158 19016 21333 19837 1410 934 16 C \ ATOM 23974 CG ASP J 158 -83.703-106.210 -11.513 1.00159.79 C \ ANISOU23974 CG ASP J 158 19039 21602 20073 1460 1044 368 C \ ATOM 23975 OD1 ASP J 158 -83.624-107.324 -12.082 1.00157.83 O \ ANISOU23975 OD1 ASP J 158 18723 21075 20170 1473 1135 589 O \ ATOM 23976 OD2 ASP J 158 -84.361-106.003 -10.477 1.00162.45 O1- \ ANISOU23976 OD2 ASP J 158 19308 22293 20124 1485 1043 414 O1- \ ATOM 23977 N GLU J 159 -81.186-103.943 -14.456 1.00139.61 N \ ANISOU23977 N GLU J 159 16873 18376 17797 1306 817 -410 N \ ATOM 23978 CA GLU J 159 -80.565-102.862 -15.194 1.00135.83 C \ ANISOU23978 CA GLU J 159 16507 17775 17328 1252 722 -680 C \ ATOM 23979 C GLU J 159 -81.049-101.515 -14.702 1.00139.75 C \ ANISOU23979 C GLU J 159 17075 18436 17587 1235 634 -962 C \ ATOM 23980 O GLU J 159 -80.278-100.543 -14.696 1.00139.04 O \ ANISOU23980 O GLU J 159 17011 18384 17435 1195 517 -1137 O \ ATOM 23981 CB GLU J 159 -80.828-103.029 -16.678 1.00129.47 C \ ANISOU23981 CB GLU J 159 15793 16615 16786 1220 792 -782 C \ ATOM 23982 CG GLU J 159 -79.940-102.196 -17.521 1.00127.00 C \ ANISOU23982 CG GLU J 159 15545 16179 16531 1165 706 -953 C \ ATOM 23983 CD GLU J 159 -80.071-102.563 -18.964 1.00127.29 C \ ANISOU23983 CD GLU J 159 15628 15934 16803 1130 786 -1007 C \ ATOM 23984 OE1 GLU J 159 -80.846-103.493 -19.276 1.00119.14 O1- \ ANISOU23984 OE1 GLU J 159 14575 14791 15900 1146 907 -935 O1- \ ATOM 23985 OE2 GLU J 159 -79.380-101.930 -19.788 1.00135.34 O \ ANISOU23985 OE2 GLU J 159 16685 16859 17878 1080 727 -1122 O \ ATOM 23986 N TRP J 160 -82.329-101.472 -14.299 1.00140.73 N \ ANISOU23986 N TRP J 160 17215 18643 17611 1264 696 -1011 N \ ATOM 23987 CA TRP J 160 -82.976-100.241 -13.812 1.00134.05 C \ ANISOU23987 CA TRP J 160 16421 17938 16576 1257 640 -1303 C \ ATOM 23988 C TRP J 160 -83.370-100.255 -12.331 1.00131.04 C \ ANISOU23988 C TRP J 160 15934 17973 15884 1297 638 -1268 C \ ATOM 23989 O TRP J 160 -83.847-101.272 -11.826 1.00126.68 O \ ANISOU23989 O TRP J 160 15293 17552 15287 1341 726 -1001 O \ ATOM 23990 CB TRP J 160 -84.235 -99.958 -14.608 1.00127.27 C \ ANISOU23990 CB TRP J 160 15663 16850 15843 1256 714 -1444 C \ ATOM 23991 CG TRP J 160 -83.966 -99.571 -15.978 1.00121.63 C \ ANISOU23991 CG TRP J 160 15039 15816 15359 1204 694 -1547 C \ ATOM 23992 CD1 TRP J 160 -84.052-100.350 -17.081 1.00119.35 C \ ANISOU23992 CD1 TRP J 160 14776 15285 15284 1186 771 -1434 C \ ATOM 23993 CD2 TRP J 160 -83.464 -98.307 -16.407 1.00118.37 C \ ANISOU23993 CD2 TRP J 160 14675 15311 14990 1157 586 -1776 C \ ATOM 23994 NE1 TRP J 160 -83.694 -99.627 -18.192 1.00117.62 N \ ANISOU23994 NE1 TRP J 160 14622 14869 15200 1128 719 -1573 N \ ATOM 23995 CE2 TRP J 160 -83.324 -98.369 -17.799 1.00116.40 C \ ANISOU23995 CE2 TRP J 160 14478 14787 14960 1112 604 -1760 C \ ATOM 23996 CE3 TRP J 160 -83.148 -97.118 -15.747 1.00117.21 C \ ANISOU23996 CE3 TRP J 160 14513 15291 14732 1143 477 -2003 C \ ATOM 23997 CZ2 TRP J 160 -82.879 -97.296 -18.545 1.00115.95 C \ ANISOU23997 CZ2 TRP J 160 14454 14589 15013 1057 516 -1910 C \ ATOM 23998 CZ3 TRP J 160 -82.715 -96.057 -16.485 1.00116.85 C \ ANISOU23998 CZ3 TRP J 160 14502 15056 14840 1090 391 -2172 C \ ATOM 23999 CH2 TRP J 160 -82.575 -96.150 -17.870 1.00117.31 C \ ANISOU23999 CH2 TRP J 160 14608 14850 15116 1049 409 -2099 C \ ATOM 24000 N TRP J 161 -83.190 -99.122 -11.648 1.00133.66 N \ ANISOU24000 N TRP J 161 16255 18517 16012 1277 542 -1544 N \ ATOM 24001 CA TRP J 161 -83.613 -99.019 -10.258 1.00141.92 C \ ANISOU24001 CA TRP J 161 17189 20010 16723 1306 543 -1575 C \ ATOM 24002 C TRP J 161 -84.820 -98.099 -10.149 1.00145.14 C \ ANISOU24002 C TRP J 161 17654 20413 17079 1321 578 -1900 C \ ATOM 24003 O TRP J 161 -84.674 -96.879 -10.223 1.00151.07 O \ ANISOU24003 O TRP J 161 18446 21104 17850 1288 500 -2252 O \ ATOM 24004 CB TRP J 161 -82.483 -98.483 -9.371 1.00147.33 C \ ANISOU24004 CB TRP J 161 17775 21027 17176 1268 410 -1674 C \ ATOM 24005 CG TRP J 161 -81.226 -99.332 -9.394 1.00154.50 C \ ANISOU24005 CG TRP J 161 18605 21968 18132 1255 367 -1344 C \ ATOM 24006 CD1 TRP J 161 -81.101-100.631 -9.844 1.00153.39 C \ ANISOU24006 CD1 TRP J 161 18432 21664 18184 1287 451 -952 C \ ATOM 24007 CD2 TRP J 161 -79.934 -98.963 -8.885 1.00161.77 C \ ANISOU24007 CD2 TRP J 161 19441 23106 18918 1207 233 -1375 C \ ATOM 24008 NE1 TRP J 161 -79.801-101.069 -9.684 1.00155.02 N \ ANISOU24008 NE1 TRP J 161 18543 21951 18405 1268 383 -734 N \ ATOM 24009 CE2 TRP J 161 -79.067-100.070 -9.095 1.00161.72 C \ ANISOU24009 CE2 TRP J 161 19361 23046 19039 1218 245 -974 C \ ATOM 24010 CE3 TRP J 161 -79.419 -97.800 -8.290 1.00165.03 C \ ANISOU24010 CE3 TRP J 161 19822 23739 19141 1153 104 -1718 C \ ATOM 24011 CZ2 TRP J 161 -77.714-100.039 -8.724 1.00165.57 C \ ANISOU24011 CZ2 TRP J 161 19750 23710 19451 1179 129 -880 C \ ATOM 24012 CZ3 TRP J 161 -78.074 -97.773 -7.925 1.00167.35 C \ ANISOU24012 CZ3 TRP J 161 20021 24215 19351 1106 -17 -1640 C \ ATOM 24013 CH2 TRP J 161 -77.239 -98.886 -8.143 1.00167.89 C \ ANISOU24013 CH2 TRP J 161 20021 24240 19529 1120 -5 -1210 C \ ATOM 24014 N ILE J 162 -86.003 -98.685 -9.950 1.00138.11 N \ ANISOU24014 N ILE J 162 16747 19578 16149 1371 697 -1774 N \ ATOM 24015 CA ILE J 162 -87.239 -97.928 -9.774 1.00130.68 C \ ANISOU24015 CA ILE J 162 15839 18655 15158 1396 750 -2047 C \ ATOM 24016 C ILE J 162 -87.177 -97.287 -8.391 1.00136.01 C \ ANISOU24016 C ILE J 162 16392 19813 15473 1402 706 -2269 C \ ATOM 24017 O ILE J 162 -86.805 -97.955 -7.426 1.00135.85 O \ ANISOU24017 O ILE J 162 16235 20198 15185 1413 702 -2049 O \ ATOM 24018 CB ILE J 162 -88.478 -98.831 -9.850 1.00121.10 C \ ANISOU24018 CB ILE J 162 14618 17412 13981 1447 890 -1817 C \ ATOM 24019 CG1 ILE J 162 -88.423 -99.787 -11.049 1.00106.60 C \ ANISOU24019 CG1 ILE J 162 12854 15186 12463 1435 941 -1552 C \ ATOM 24020 CG2 ILE J 162 -89.755 -98.005 -9.771 1.00122.19 C \ ANISOU24020 CG2 ILE J 162 14791 17533 14101 1475 947 -2100 C \ ATOM 24021 CD1 ILE J 162 -88.180 -99.134 -12.339 1.00 97.88 C \ ANISOU24021 CD1 ILE J 162 11884 13682 11625 1387 895 -1735 C \ ATOM 24022 N ARG J 163 -87.492 -95.998 -8.285 1.00143.57 N \ ANISOU24022 N ARG J 163 17374 20742 16432 1390 670 -2701 N \ ATOM 24023 CA ARG J 163 -87.308 -95.289 -7.008 1.00155.22 C \ ANISOU24023 CA ARG J 163 18720 22679 17577 1381 621 -2998 C \ ATOM 24024 C ARG J 163 -88.579 -95.034 -6.165 1.00158.08 C \ ANISOU24024 C ARG J 163 19005 23339 17720 1434 724 -3184 C \ ATOM 24025 O ARG J 163 -88.707 -95.557 -5.054 1.00163.32 O \ ANISOU24025 O ARG J 163 19522 24514 18018 1455 758 -3060 O \ ATOM 24026 CB ARG J 163 -86.529 -93.995 -7.233 1.00161.25 C \ ANISOU24026 CB ARG J 163 19511 23280 18478 1321 495 -3401 C \ ATOM 24027 CG ARG J 163 -85.078 -94.262 -7.664 1.00162.67 C \ ANISOU24027 CG ARG J 163 19710 23350 18747 1264 380 -3220 C \ ATOM 24028 CD ARG J 163 -84.474 -95.454 -6.929 1.00165.49 C \ ANISOU24028 CD ARG J 163 19956 24098 18824 1271 378 -2828 C \ ATOM 24029 NE ARG J 163 -83.097 -95.223 -6.512 1.00170.79 N \ ANISOU24029 NE ARG J 163 20549 24967 19377 1209 240 -2864 N \ ATOM 24030 CZ ARG J 163 -82.297 -96.171 -6.038 1.00175.81 C \ ANISOU24030 CZ ARG J 163 21079 25880 19839 1203 210 -2499 C \ ATOM 24031 NH1 ARG J 163 -82.740 -97.418 -5.944 1.00176.20 N \ ANISOU24031 NH1 ARG J 163 21086 26011 19852 1257 312 -2067 N \ ATOM 24032 NH2 ARG J 163 -81.056 -95.872 -5.666 1.00178.74 N \ ANISOU24032 NH2 ARG J 163 21372 26435 20105 1141 76 -2551 N \ ATOM 24033 N GLY J 164 -89.484 -94.200 -6.674 1.00152.37 N \ ANISOU24033 N GLY J 164 18356 22319 17219 1455 772 -3472 N \ ATOM 24034 CA GLY J 164 -90.751 -93.925 -6.011 1.00148.74 C \ ANISOU24034 CA GLY J 164 17828 22079 16609 1512 883 -3659 C \ ATOM 24035 C GLY J 164 -91.706 -95.105 -6.139 1.00140.76 C \ ANISOU24035 C GLY J 164 16826 21084 15571 1568 1011 -3247 C \ ATOM 24036 O GLY J 164 -91.288 -96.250 -6.340 1.00136.80 O \ ANISOU24036 O GLY J 164 16328 20583 15066 1563 1013 -2817 O \ ATOM 24037 N LYS J 165 -93.000 -94.854 -6.004 1.00140.10 N \ ANISOU24037 N LYS J 165 16729 21009 15494 1621 1122 -3374 N \ ATOM 24038 CA LYS J 165 -93.940 -95.947 -6.213 1.00141.03 C \ ANISOU24038 CA LYS J 165 16854 21096 15634 1668 1239 -2985 C \ ATOM 24039 C LYS J 165 -94.515 -95.890 -7.603 1.00135.69 C \ ANISOU24039 C LYS J 165 16332 19848 15374 1664 1266 -2935 C \ ATOM 24040 O LYS J 165 -94.298 -96.804 -8.401 1.00136.69 O \ ANISOU24040 O LYS J 165 16530 19731 15677 1643 1267 -2596 O \ ATOM 24041 CB LYS J 165 -95.089 -95.960 -5.188 1.00145.51 C \ ANISOU24041 CB LYS J 165 17289 22076 15920 1731 1359 -3055 C \ ATOM 24042 CG LYS J 165 -95.854 -97.318 -5.120 1.00178.74 C \ ANISOU24042 CG LYS J 165 21452 26379 20083 1772 1469 -2561 C \ ATOM 24043 CD LYS J 165 -95.096 -98.413 -4.351 1.00178.90 C \ ANISOU24043 CD LYS J 165 21334 26804 19836 1762 1446 -2154 C \ ATOM 24044 CE LYS J 165 -94.965 -99.740 -5.117 1.00173.73 C \ ANISOU24044 CE LYS J 165 20722 25843 19443 1754 1468 -1644 C \ ATOM 24045 NZ LYS J 165 -96.248-100.425 -5.472 1.00170.29 N \ ANISOU24045 NZ LYS J 165 20291 25242 19170 1795 1595 -1413 N \ ATOM 24046 N ALA J 166 -95.232 -94.813 -7.882 1.00126.35 N \ ANISOU24046 N ALA J 166 15182 18470 14357 1680 1288 -3278 N \ ATOM 24047 CA ALA J 166 -95.848 -94.617 -9.174 1.00116.38 C \ ANISOU24047 CA ALA J 166 14037 16711 13473 1671 1309 -3243 C \ ATOM 24048 C ALA J 166 -96.636 -93.362 -9.107 1.00111.81 C \ ANISOU24048 C ALA J 166 13429 16030 13022 1701 1340 -3633 C \ ATOM 24049 O ALA J 166 -97.342 -93.137 -8.156 1.00113.67 O \ ANISOU24049 O ALA J 166 13562 16572 13054 1755 1420 -3804 O \ ATOM 24050 CB ALA J 166 -96.744 -95.798 -9.595 1.00115.85 C \ ANISOU24050 CB ALA J 166 13994 16567 13456 1693 1411 -2860 C \ ATOM 24051 N SER J 167 -96.470 -92.532 -10.113 1.00113.06 N \ ANISOU24051 N SER J 167 13658 15769 13531 1665 1276 -3768 N \ ATOM 24052 CA SER J 167 -97.214 -91.307 -10.252 1.00118.40 C \ ANISOU24052 CA SER J 167 14294 16247 14444 1691 1303 -4100 C \ ATOM 24053 C SER J 167 -98.513 -91.621 -11.003 1.00119.18 C \ ANISOU24053 C SER J 167 14430 16125 14728 1720 1399 -3901 C \ ATOM 24054 O SER J 167 -98.567 -92.527 -11.818 1.00121.40 O \ ANISOU24054 O SER J 167 14794 16263 15068 1689 1402 -3557 O \ ATOM 24055 CB SER J 167 -96.366 -90.313 -11.027 1.00121.05 C \ ANISOU24055 CB SER J 167 14660 16230 15101 1631 1180 -4266 C \ ATOM 24056 OG SER J 167 -96.902 -89.013 -10.975 1.00127.87 O \ ANISOU24056 OG SER J 167 15443 16918 16225 1657 1195 -4627 O \ ATOM 24057 N THR J 168 -99.583 -90.920 -10.686 1.00119.66 N \ ANISOU24057 N THR J 168 14414 16180 14871 1778 1484 -4126 N \ ATOM 24058 CA THR J 168 -100.843 -91.181 -11.347 1.00120.32 C \ ANISOU24058 CA THR J 168 14516 16076 15125 1804 1572 -3939 C \ ATOM 24059 C THR J 168 -101.505 -89.866 -11.733 1.00121.06 C \ ANISOU24059 C THR J 168 14546 15873 15580 1828 1586 -4208 C \ ATOM 24060 O THR J 168 -101.321 -88.863 -11.057 1.00123.47 O \ ANISOU24060 O THR J 168 14757 16229 15926 1855 1580 -4595 O \ ATOM 24061 CB THR J 168 -101.743 -92.009 -10.441 1.00125.50 C \ ANISOU24061 CB THR J 168 15114 17095 15477 1869 1701 -3824 C \ ATOM 24062 OG1 THR J 168 -100.982 -93.089 -9.893 1.00126.55 O \ ANISOU24062 OG1 THR J 168 15260 17533 15291 1850 1680 -3599 O \ ATOM 24063 CG2 THR J 168 -102.900 -92.568 -11.217 1.00126.51 C \ ANISOU24063 CG2 THR J 168 15275 17032 15761 1877 1777 -3547 C \ ATOM 24064 N HIS J 169 -102.224 -89.826 -12.841 1.00120.73 N \ ANISOU24064 N HIS J 169 14535 15510 15827 1811 1597 -4012 N \ ATOM 24065 CA HIS J 169 -102.960 -88.614 -13.129 1.00125.54 C \ ANISOU24065 CA HIS J 169 15048 15854 16796 1843 1623 -4224 C \ ATOM 24066 C HIS J 169 -104.121 -88.845 -14.056 1.00118.36 C \ ANISOU24066 C HIS J 169 14144 14740 16089 1843 1677 -3958 C \ ATOM 24067 O HIS J 169 -103.908 -89.189 -15.206 1.00122.29 O \ ANISOU24067 O HIS J 169 14711 15036 16716 1769 1609 -3678 O \ ATOM 24068 CB HIS J 169 -102.059 -87.536 -13.736 1.00140.65 C \ ANISOU24068 CB HIS J 169 16939 17456 19046 1790 1500 -4372 C \ ATOM 24069 CG HIS J 169 -102.668 -86.169 -13.692 1.00159.26 C \ ANISOU24069 CG HIS J 169 19149 19570 21791 1836 1532 -4669 C \ ATOM 24070 ND1 HIS J 169 -103.799 -85.883 -12.951 1.00166.00 N \ ANISOU24070 ND1 HIS J 169 19900 20535 22639 1927 1666 -4874 N \ ATOM 24071 CD2 HIS J 169 -102.334 -85.019 -14.324 1.00167.50 C \ ANISOU24071 CD2 HIS J 169 20111 20251 23282 1807 1453 -4775 C \ ATOM 24072 CE1 HIS J 169 -104.116 -84.609 -13.104 1.00170.26 C \ ANISOU24072 CE1 HIS J 169 20300 20775 23617 1955 1672 -5121 C \ ATOM 24073 NE2 HIS J 169 -103.246 -84.063 -13.935 1.00172.12 N \ ANISOU24073 NE2 HIS J 169 20540 20711 24147 1881 1542 -5053 N \ ATOM 24074 N ILE J 170 -105.344 -88.653 -13.586 1.00109.96 N \ ANISOU24074 N ILE J 170 12991 13742 15045 1921 1799 -4047 N \ ATOM 24075 CA ILE J 170 -106.456 -88.533 -14.525 1.00102.90 C \ ANISOU24075 CA ILE J 170 12065 12599 14432 1918 1836 -3842 C \ ATOM 24076 C ILE J 170 -106.736 -87.062 -14.874 1.00101.43 C \ ANISOU24076 C ILE J 170 11747 12086 14705 1941 1821 -4054 C \ ATOM 24077 O ILE J 170 -106.882 -86.222 -13.970 1.00101.68 O \ ANISOU24077 O ILE J 170 11666 12162 14807 2015 1879 -4432 O \ ATOM 24078 CB ILE J 170 -107.706 -89.057 -13.956 1.00102.24 C \ ANISOU24078 CB ILE J 170 11937 12715 14195 1989 1976 -3788 C \ ATOM 24079 CG1 ILE J 170 -107.460 -90.429 -13.362 1.00105.25 C \ ANISOU24079 CG1 ILE J 170 12401 13442 14148 1982 2007 -3604 C \ ATOM 24080 CG2 ILE J 170 -108.796 -88.997 -15.021 1.00100.06 C \ ANISOU24080 CG2 ILE J 170 11627 12184 14205 1970 1998 -3541 C \ ATOM 24081 CD1 ILE J 170 -108.733 -91.169 -13.111 1.00108.24 C \ ANISOU24081 CD1 ILE J 170 12742 13971 14411 2028 2131 -3419 C \ ATOM 24082 N SER J 171 -106.811 -86.761 -16.174 1.00 97.92 N \ ANISOU24082 N SER J 171 11294 11330 14583 1875 1746 -3813 N \ ATOM 24083 CA SER J 171 -106.979 -85.391 -16.667 1.00 96.26 C \ ANISOU24083 CA SER J 171 10934 10770 14870 1883 1713 -3923 C \ ATOM 24084 C SER J 171 -107.867 -85.367 -17.890 1.00 95.57 C \ ANISOU24084 C SER J 171 10793 10475 15045 1843 1704 -3570 C \ ATOM 24085 O SER J 171 -108.187 -86.413 -18.418 1.00 96.31 O \ ANISOU24085 O SER J 171 10982 10690 14921 1793 1707 -3272 O \ ATOM 24086 CB SER J 171 -105.622 -84.800 -17.025 1.00 95.47 C \ ANISOU24086 CB SER J 171 10843 10508 14924 1816 1575 -3995 C \ ATOM 24087 OG SER J 171 -104.901 -85.694 -17.846 1.00 92.01 O \ ANISOU24087 OG SER J 171 10544 10124 14290 1719 1483 -3679 O \ ATOM 24088 N ASP J 172 -108.224 -84.185 -18.377 1.00100.72 N \ ANISOU24088 N ASP J 172 11275 10814 16180 1856 1687 -3590 N \ ATOM 24089 CA ASP J 172 -109.042 -84.096 -19.587 1.00107.29 C \ ANISOU24089 CA ASP J 172 12024 11473 17267 1808 1666 -3218 C \ ATOM 24090 C ASP J 172 -108.329 -83.435 -20.753 1.00110.74 C \ ANISOU24090 C ASP J 172 12387 11663 18027 1714 1525 -3003 C \ ATOM 24091 O ASP J 172 -107.739 -82.357 -20.644 1.00118.22 O \ ANISOU24091 O ASP J 172 13220 12382 19316 1728 1477 -3179 O \ ATOM 24092 CB ASP J 172 -110.391 -83.414 -19.349 1.00114.70 C \ ANISOU24092 CB ASP J 172 12783 12279 18518 1901 1780 -3281 C \ ATOM 24093 CG ASP J 172 -111.497 -84.409 -19.037 1.00117.26 C \ ANISOU24093 CG ASP J 172 13170 12848 18538 1938 1893 -3172 C \ ATOM 24094 OD1 ASP J 172 -111.195 -85.476 -18.450 1.00114.81 O \ ANISOU24094 OD1 ASP J 172 13022 12830 17771 1934 1921 -3209 O \ ATOM 24095 OD2 ASP J 172 -112.666 -84.137 -19.419 1.00119.01 O1- \ ANISOU24095 OD2 ASP J 172 13260 12961 18997 1965 1951 -3015 O1- \ ATOM 24096 N ILE J 173 -108.352 -84.149 -21.863 1.00103.34 N \ ANISOU24096 N ILE J 173 11507 10797 16958 1611 1460 -2624 N \ ATOM 24097 CA ILE J 173 -107.699 -83.732 -23.073 1.00100.51 C \ ANISOU24097 CA ILE J 173 11081 10298 16812 1506 1328 -2356 C \ ATOM 24098 C ILE J 173 -108.701 -83.162 -24.067 1.00 97.19 C \ ANISOU24098 C ILE J 173 10457 9724 16745 1477 1317 -2033 C \ ATOM 24099 O ILE J 173 -109.707 -83.823 -24.346 1.00 89.05 O \ ANISOU24099 O ILE J 173 9439 8829 15568 1465 1372 -1857 O \ ATOM 24100 CB ILE J 173 -106.958 -84.929 -23.678 1.00101.74 C \ ANISOU24100 CB ILE J 173 11416 10683 16557 1399 1263 -2171 C \ ATOM 24101 CG1 ILE J 173 -105.551 -85.022 -23.084 1.00 98.53 C \ ANISOU24101 CG1 ILE J 173 11132 10322 15983 1398 1212 -2400 C \ ATOM 24102 CG2 ILE J 173 -106.875 -84.807 -25.190 1.00105.16 C \ ANISOU24102 CG2 ILE J 173 11751 11079 17124 1275 1160 -1784 C \ ATOM 24103 CD1 ILE J 173 -105.519 -85.309 -21.623 1.00 97.85 C \ ANISOU24103 CD1 ILE J 173 11141 10370 15667 1499 1302 -2754 C \ ATOM 24104 N ARG J 174 -108.468 -81.944 -24.573 1.00101.04 N \ ANISOU24104 N ARG J 174 10739 9935 17716 1464 1247 -1942 N \ ATOM 24105 CA ARG J 174 -109.339 -81.435 -25.637 1.00109.03 C \ ANISOU24105 CA ARG J 174 11532 10833 19062 1420 1219 -1553 C \ ATOM 24106 C ARG J 174 -108.626 -81.600 -26.947 1.00114.69 C \ ANISOU24106 C ARG J 174 12222 11639 19716 1274 1081 -1182 C \ ATOM 24107 O ARG J 174 -107.600 -80.970 -27.210 1.00115.40 O \ ANISOU24107 O ARG J 174 12251 11597 19998 1238 989 -1165 O \ ATOM 24108 CB ARG J 174 -109.720 -79.970 -25.463 1.00119.74 C \ ANISOU24108 CB ARG J 174 12615 11819 21060 1499 1238 -1608 C \ ATOM 24109 CG ARG J 174 -110.643 -79.504 -26.606 1.00127.86 C \ ANISOU24109 CG ARG J 174 13392 12759 22429 1448 1204 -1135 C \ ATOM 24110 CD ARG J 174 -110.742 -77.981 -26.722 1.00138.57 C \ ANISOU24110 CD ARG J 174 14430 13704 24514 1497 1186 -1079 C \ ATOM 24111 NE ARG J 174 -111.730 -77.437 -25.805 1.00147.11 N \ ANISOU24111 NE ARG J 174 15402 14586 25907 1640 1327 -1356 N \ ATOM 24112 CZ ARG J 174 -111.446 -76.968 -24.598 1.00150.83 C \ ANISOU24112 CZ ARG J 174 15899 14897 26514 1751 1408 -1872 C \ ATOM 24113 NH1 ARG J 174 -110.190 -76.999 -24.158 1.00147.78 N1+ \ ANISOU24113 NH1 ARG J 174 15652 14530 25968 1730 1352 -2147 N1+ \ ATOM 24114 NH2 ARG J 174 -112.422 -76.491 -23.828 1.00153.88 N \ ANISOU24114 NH2 ARG J 174 16162 15131 27177 1879 1548 -2122 N \ ATOM 24115 N TYR J 175 -109.120 -82.550 -27.719 1.00120.66 N \ ANISOU24115 N TYR J 175 13035 12655 20155 1186 1072 -917 N \ ATOM 24116 CA TYR J 175 -108.856 -82.642 -29.142 1.00122.90 C \ ANISOU24116 CA TYR J 175 13218 13073 20407 1040 958 -508 C \ ATOM 24117 C TYR J 175 -109.608 -81.519 -29.879 1.00125.43 C \ ANISOU24117 C TYR J 175 13213 13214 21231 1027 920 -162 C \ ATOM 24118 O TYR J 175 -110.765 -81.699 -30.289 1.00123.65 O \ ANISOU24118 O TYR J 175 12886 13077 21017 1010 953 54 O \ ATOM 24119 CB TYR J 175 -109.307 -84.017 -29.620 1.00120.12 C \ ANISOU24119 CB TYR J 175 13007 13057 19575 955 978 -401 C \ ATOM 24120 CG TYR J 175 -108.478 -85.152 -29.058 1.00117.39 C \ ANISOU24120 CG TYR J 175 12943 12879 18782 952 1004 -668 C \ ATOM 24121 CD1 TYR J 175 -107.209 -85.395 -29.522 1.00120.23 C \ ANISOU24121 CD1 TYR J 175 13376 13326 18981 871 919 -650 C \ ATOM 24122 CD2 TYR J 175 -108.952 -85.945 -28.031 1.00117.59 C \ ANISOU24122 CD2 TYR J 175 13138 12970 18572 1035 1116 -921 C \ ATOM 24123 CE1 TYR J 175 -106.437 -86.444 -29.019 1.00121.74 C \ ANISOU24123 CE1 TYR J 175 13804 13655 18796 871 945 -872 C \ ATOM 24124 CE2 TYR J 175 -108.198 -86.986 -27.502 1.00118.23 C \ ANISOU24124 CE2 TYR J 175 13446 13198 18280 1035 1139 -1121 C \ ATOM 24125 CZ TYR J 175 -106.926 -87.236 -28.006 1.00119.01 C \ ANISOU24125 CZ TYR J 175 13614 13366 18239 953 1053 -1097 C \ ATOM 24126 OH TYR J 175 -106.127 -88.261 -27.526 1.00114.68 O \ ANISOU24126 OH TYR J 175 13268 12948 17359 951 1074 -1268 O \ ATOM 24127 N ASP J 176 -108.970 -80.371 -30.073 1.00129.55 N \ ANISOU24127 N ASP J 176 13550 13482 22191 1032 848 -81 N \ ATOM 24128 CA ASP J 176 -109.697 -79.246 -30.645 1.00134.88 C \ ANISOU24128 CA ASP J 176 13885 13940 23423 1038 823 252 C \ ATOM 24129 C ASP J 176 -109.671 -79.241 -32.158 1.00136.07 C \ ANISOU24129 C ASP J 176 13845 14310 23544 881 703 798 C \ ATOM 24130 O ASP J 176 -110.052 -78.258 -32.788 1.00141.19 O \ ANISOU24130 O ASP J 176 14173 14804 24668 863 653 1164 O \ ATOM 24131 CB ASP J 176 -109.232 -77.893 -30.084 1.00141.15 C \ ANISOU24131 CB ASP J 176 14503 14299 24827 1128 818 93 C \ ATOM 24132 CG ASP J 176 -107.707 -77.768 -29.987 1.00141.34 C \ ANISOU24132 CG ASP J 176 14626 14285 24791 1090 733 -58 C \ ATOM 24133 OD1 ASP J 176 -106.992 -78.614 -30.576 1.00139.09 O \ ANISOU24133 OD1 ASP J 176 14498 14307 24044 982 666 57 O \ ATOM 24134 OD2 ASP J 176 -107.239 -76.782 -29.347 1.00141.98 O \ ANISOU24134 OD2 ASP J 176 14604 14017 25323 1165 736 -292 O \ ATOM 24135 N HIS J 177 -109.247 -80.356 -32.740 1.00132.29 N \ ANISOU24135 N HIS J 177 13545 14211 22510 765 662 854 N \ ATOM 24136 CA HIS J 177 -109.332 -80.541 -34.186 1.00127.30 C \ ANISOU24136 CA HIS J 177 12740 13895 21733 602 561 1333 C \ ATOM 24137 C HIS J 177 -110.614 -81.228 -34.569 1.00126.57 C \ ANISOU24137 C HIS J 177 12626 14048 21418 558 604 1482 C \ ATOM 24138 O HIS J 177 -111.180 -81.991 -33.773 1.00120.08 O \ ANISOU24138 O HIS J 177 12016 13242 20366 629 708 1175 O \ ATOM 24139 CB HIS J 177 -108.114 -81.266 -34.694 1.00121.31 C \ ANISOU24139 CB HIS J 177 12139 13410 20545 492 492 1302 C \ ATOM 24140 CG HIS J 177 -106.891 -80.424 -34.644 1.00115.78 C \ ANISOU24140 CG HIS J 177 11370 12499 20122 503 419 1302 C \ ATOM 24141 ND1 HIS J 177 -106.896 -79.107 -35.034 1.00117.17 N \ ANISOU24141 ND1 HIS J 177 11220 12433 20866 507 353 1622 N \ ATOM 24142 CD2 HIS J 177 -105.642 -80.696 -34.213 1.00112.79 C \ ANISOU24142 CD2 HIS J 177 11191 12097 19567 512 403 1027 C \ ATOM 24143 CE1 HIS J 177 -105.689 -78.601 -34.858 1.00119.38 C \ ANISOU24143 CE1 HIS J 177 11504 12545 21309 514 297 1536 C \ ATOM 24144 NE2 HIS J 177 -104.911 -79.546 -34.366 1.00116.17 N \ ANISOU24144 NE2 HIS J 177 11419 12278 20443 516 324 1175 N \ ATOM 24145 N LEU J 178 -111.052 -80.990 -35.798 1.00136.59 N \ ANISOU24145 N LEU J 178 13625 15539 22733 433 519 1965 N \ ATOM 24146 CA LEU J 178 -112.483 -80.721 -35.989 1.00149.38 C \ ANISOU24146 CA LEU J 178 15041 17149 24568 449 553 2210 C \ ATOM 24147 C LEU J 178 -113.477 -81.490 -35.111 1.00146.95 C \ ANISOU24147 C LEU J 178 14935 16824 24074 538 682 1896 C \ ATOM 24148 O LEU J 178 -114.229 -82.352 -35.568 1.00142.21 O \ ANISOU24148 O LEU J 178 14364 16530 23140 454 691 1988 O \ ATOM 24149 CB LEU J 178 -112.889 -80.567 -37.467 1.00158.49 C \ ANISOU24149 CB LEU J 178 15882 18652 25686 280 440 2784 C \ ATOM 24150 CG LEU J 178 -112.873 -79.130 -38.081 1.00207.66 C \ ANISOU24150 CG LEU J 178 21694 24694 32512 271 353 3279 C \ ATOM 24151 CD1 LEU J 178 -113.406 -77.977 -37.186 1.00101.10 C \ ANISOU24151 CD1 LEU J 178 8049 10644 19719 451 428 3217 C \ ATOM 24152 CD2 LEU J 178 -111.508 -78.749 -38.701 1.00212.81 C \ ANISOU24152 CD2 LEU J 178 22269 25422 33167 185 242 3447 C \ ATOM 24153 N SER J 179 -113.311 -81.201 -33.815 1.00151.79 N \ ANISOU24153 N SER J 179 15698 17094 24880 704 779 1490 N \ ATOM 24154 CA SER J 179 -114.352 -80.945 -32.829 1.00154.70 C \ ANISOU24154 CA SER J 179 16062 17222 25495 854 907 1292 C \ ATOM 24155 C SER J 179 -115.717 -80.876 -33.474 1.00162.94 C \ ANISOU24155 C SER J 179 16876 18376 26656 813 910 1661 C \ ATOM 24156 O SER J 179 -116.413 -81.891 -33.570 1.00166.13 O \ ANISOU24156 O SER J 179 17397 19045 26679 765 947 1642 O \ ATOM 24157 CB SER J 179 -114.067 -79.578 -32.179 1.00148.95 C \ ANISOU24157 CB SER J 179 15174 16037 25383 986 930 1178 C \ ATOM 24158 OG SER J 179 -113.873 -78.553 -33.155 1.00142.09 O \ ANISOU24158 OG SER J 179 13971 15068 24947 918 820 1631 O \ ATOM 24159 N SER J 180 -116.110 -79.644 -33.816 1.00162.14 N \ ANISOU24159 N SER J 180 16437 18036 27133 844 880 1978 N \ ATOM 24160 CA SER J 180 -117.120 -79.328 -34.833 1.00161.52 C \ ANISOU24160 CA SER J 180 16037 18099 27235 760 825 2508 C \ ATOM 24161 C SER J 180 -118.202 -80.375 -35.107 1.00167.54 C \ ANISOU24161 C SER J 180 16868 19202 27588 691 857 2576 C \ ATOM 24162 O SER J 180 -119.386 -80.116 -34.891 1.00172.30 O \ ANISOU24162 O SER J 180 17325 19701 28439 759 926 2679 O \ ATOM 24163 CB SER J 180 -116.418 -78.956 -36.134 1.00155.29 C \ ANISOU24163 CB SER J 180 15025 17516 26461 599 665 2973 C \ ATOM 24164 OG SER J 180 -117.001 -79.608 -37.240 1.00151.44 O \ ANISOU24164 OG SER J 180 14434 17494 25611 432 591 3334 O \ ATOM 24165 N VAL J 181 -117.772 -81.527 -35.633 1.00168.13 N \ ANISOU24165 N VAL J 181 17138 19674 27068 550 804 2527 N \ ATOM 24166 CA VAL J 181 -118.556 -82.771 -35.750 1.00166.02 C \ ANISOU24166 CA VAL J 181 17015 19728 26338 477 840 2455 C \ ATOM 24167 C VAL J 181 -119.385 -83.148 -34.490 1.00163.03 C \ ANISOU24167 C VAL J 181 16811 19155 25978 635 998 2103 C \ ATOM 24168 O VAL J 181 -120.592 -83.396 -34.599 1.00162.56 O \ ANISOU24168 O VAL J 181 16655 19189 25923 626 1037 2246 O \ ATOM 24169 CB VAL J 181 -117.618 -83.930 -36.181 1.00104.40 C \ ANISOU24169 CB VAL J 181 9450 12263 17955 341 787 2285 C \ ATOM 24170 CG1 VAL J 181 -118.207 -85.247 -35.839 1.00108.78 C \ ANISOU24170 CG1 VAL J 181 10227 13000 18104 319 863 2036 C \ ATOM 24171 CG2 VAL J 181 -117.344 -83.854 -37.677 1.00102.52 C \ ANISOU24171 CG2 VAL J 181 8981 12400 17572 140 641 2707 C \ ATOM 24172 N GLN J 182 -118.744 -83.235 -33.320 1.00163.65 N \ ANISOU24172 N GLN J 182 17137 19008 26036 769 1087 1656 N \ ATOM 24173 CA GLN J 182 -119.474 -83.339 -32.043 1.00164.95 C \ ANISOU24173 CA GLN J 182 17414 18976 26283 938 1242 1337 C \ ATOM 24174 C GLN J 182 -118.955 -82.193 -31.153 1.00163.66 C \ ANISOU24174 C GLN J 182 17208 18413 26564 1099 1295 1104 C \ ATOM 24175 O GLN J 182 -118.092 -82.405 -30.295 1.00163.02 O \ ANISOU24175 O GLN J 182 17352 18257 26332 1167 1337 715 O \ ATOM 24176 CB GLN J 182 -119.225 -84.701 -31.360 1.00166.31 C \ ANISOU24176 CB GLN J 182 17926 19325 25940 940 1310 979 C \ ATOM 24177 CG GLN J 182 -120.128 -85.877 -31.808 1.00168.63 C \ ANISOU24177 CG GLN J 182 18261 19926 25884 834 1319 1095 C \ ATOM 24178 CD GLN J 182 -119.763 -87.212 -31.121 1.00169.98 C \ ANISOU24178 CD GLN J 182 18745 20229 25612 838 1384 758 C \ ATOM 24179 OE1 GLN J 182 -120.605 -88.097 -30.966 1.00169.87 O \ ANISOU24179 OE1 GLN J 182 18785 20352 25407 819 1443 743 O \ ATOM 24180 NE2 GLN J 182 -118.508 -87.339 -30.685 1.00169.93 N \ ANISOU24180 NE2 GLN J 182 18926 20169 25472 866 1374 507 N \ ATOM 24181 N PRO J 183 -119.493 -80.974 -31.347 1.00162.65 N \ ANISOU24181 N PRO J 183 16768 18024 27007 1157 1295 1336 N \ ATOM 24182 CA PRO J 183 -118.983 -79.775 -30.676 1.00161.29 C \ ANISOU24182 CA PRO J 183 16492 17444 27346 1289 1332 1138 C \ ATOM 24183 C PRO J 183 -119.329 -79.794 -29.193 1.00163.08 C \ ANISOU24183 C PRO J 183 16862 17496 27607 1469 1502 633 C \ ATOM 24184 O PRO J 183 -120.200 -80.576 -28.797 1.00164.91 O \ ANISOU24184 O PRO J 183 17200 17895 27565 1498 1592 552 O \ ATOM 24185 CB PRO J 183 -119.712 -78.647 -31.393 1.00161.27 C \ ANISOU24185 CB PRO J 183 16083 17246 27946 1289 1295 1587 C \ ATOM 24186 CG PRO J 183 -120.997 -79.246 -31.805 1.00161.35 C \ ANISOU24186 CG PRO J 183 16027 17495 27783 1242 1320 1842 C \ ATOM 24187 CD PRO J 183 -120.698 -80.676 -32.144 1.00162.19 C \ ANISOU24187 CD PRO J 183 16418 18030 27176 1107 1272 1786 C \ ATOM 24188 N ASN J 184 -118.602 -79.016 -28.387 1.00162.12 N \ ANISOU24188 N ASN J 184 16744 17080 27774 1576 1540 287 N \ ATOM 24189 CA ASN J 184 -118.819 -78.913 -26.930 1.00159.37 C \ ANISOU24189 CA ASN J 184 16499 16592 27460 1746 1702 -239 C \ ATOM 24190 C ASN J 184 -118.386 -80.164 -26.206 1.00150.13 C \ ANISOU24190 C ASN J 184 15686 15723 25634 1741 1744 -561 C \ ATOM 24191 O ASN J 184 -118.160 -80.149 -24.996 1.00149.69 O \ ANISOU24191 O ASN J 184 15749 15626 25501 1857 1848 -1019 O \ ATOM 24192 CB ASN J 184 -120.285 -78.654 -26.556 1.00161.48 C \ ANISOU24192 CB ASN J 184 16595 16767 27991 1855 1838 -218 C \ ATOM 24193 CG ASN J 184 -120.877 -77.490 -27.288 1.00163.40 C \ ANISOU24193 CG ASN J 184 16454 16720 28909 1863 1807 158 C \ ATOM 24194 OD1 ASN J 184 -120.204 -76.484 -27.514 1.00165.62 O \ ANISOU24194 OD1 ASN J 184 16561 16712 29655 1867 1745 196 O \ ATOM 24195 ND2 ASN J 184 -122.146 -77.616 -27.674 1.00161.71 N \ ANISOU24195 ND2 ASN J 184 16087 16577 28780 1863 1847 463 N \ ATOM 24196 N GLN J 185 -118.259 -81.245 -26.965 1.00141.06 N \ ANISOU24196 N GLN J 185 14684 14890 24022 1602 1661 -317 N \ ATOM 24197 CA GLN J 185 -117.965 -82.546 -26.395 1.00131.45 C \ ANISOU24197 CA GLN J 185 13775 13956 22216 1587 1700 -546 C \ ATOM 24198 C GLN J 185 -116.861 -83.256 -27.137 1.00117.58 C \ ANISOU24198 C GLN J 185 12178 12394 20104 1441 1570 -434 C \ ATOM 24199 O GLN J 185 -117.091 -84.157 -27.927 1.00113.79 O \ ANISOU24199 O GLN J 185 11751 12162 19322 1318 1518 -197 O \ ATOM 24200 CB GLN J 185 -119.252 -83.370 -26.247 1.00132.48 C \ ANISOU24200 CB GLN J 185 13928 14273 22136 1601 1793 -461 C \ ATOM 24201 CG GLN J 185 -120.116 -83.556 -27.461 1.00132.24 C \ ANISOU24201 CG GLN J 185 13737 14355 22151 1483 1724 0 C \ ATOM 24202 CD GLN J 185 -121.018 -84.748 -27.267 1.00134.94 C \ ANISOU24202 CD GLN J 185 14195 14947 22129 1463 1795 17 C \ ATOM 24203 OE1 GLN J 185 -120.690 -85.866 -27.645 1.00132.03 O \ ANISOU24203 OE1 GLN J 185 13995 14824 21347 1349 1744 58 O \ ATOM 24204 NE2 GLN J 185 -122.144 -84.523 -26.614 1.00140.88 N \ ANISOU24204 NE2 GLN J 185 14848 15625 23055 1580 1923 -38 N \ ATOM 24205 N ASN J 186 -115.649 -82.805 -26.866 1.00111.52 N \ ANISOU24205 N ASN J 186 11469 11506 19397 1455 1521 -629 N \ ATOM 24206 CA ASN J 186 -114.483 -83.375 -27.478 1.00109.02 C \ ANISOU24206 CA ASN J 186 11295 11348 18778 1332 1406 -560 C \ ATOM 24207 C ASN J 186 -113.325 -83.243 -26.502 1.00106.53 C \ ANISOU24207 C ASN J 186 11138 10951 18388 1402 1420 -954 C \ ATOM 24208 O ASN J 186 -112.192 -82.834 -26.824 1.00 88.25 O \ ANISOU24208 O ASN J 186 8822 8559 16149 1353 1322 -951 O \ ATOM 24209 CB ASN J 186 -114.205 -82.747 -28.839 1.00113.08 C \ ANISOU24209 CB ASN J 186 11602 11829 19533 1210 1269 -153 C \ ATOM 24210 CG ASN J 186 -113.884 -81.307 -28.740 1.00121.32 C \ ANISOU24210 CG ASN J 186 12431 12529 21138 1275 1242 -155 C \ ATOM 24211 OD1 ASN J 186 -114.517 -80.550 -28.004 1.00124.62 O \ ANISOU24211 OD1 ASN J 186 12727 12697 21926 1405 1336 -320 O \ ATOM 24212 ND2 ASN J 186 -112.878 -80.902 -29.481 1.00127.39 N \ ANISOU24212 ND2 ASN J 186 13132 13271 21999 1186 1118 20 N \ ATOM 24213 N GLU J 187 -113.656 -83.638 -25.285 1.00106.64 N \ ANISOU24213 N GLU J 187 11278 11016 18226 1513 1543 -1282 N \ ATOM 24214 CA GLU J 187 -112.676 -83.834 -24.251 1.00113.15 C \ ANISOU24214 CA GLU J 187 12278 11878 18838 1570 1568 -1658 C \ ATOM 24215 C GLU J 187 -112.678 -85.312 -23.914 1.00109.29 C \ ANISOU24215 C GLU J 187 12017 11695 17814 1544 1610 -1693 C \ ATOM 24216 O GLU J 187 -113.715 -85.875 -23.592 1.00110.12 O \ ANISOU24216 O GLU J 187 12132 11915 17794 1583 1706 -1667 O \ ATOM 24217 CB GLU J 187 -112.986 -83.003 -23.008 1.00124.69 C \ ANISOU24217 CB GLU J 187 13660 13179 20539 1724 1681 -2039 C \ ATOM 24218 CG GLU J 187 -112.414 -81.593 -23.083 1.00133.79 C \ ANISOU24218 CG GLU J 187 14629 14000 22205 1749 1626 -2142 C \ ATOM 24219 CD GLU J 187 -112.622 -80.787 -21.823 1.00140.23 C \ ANISOU24219 CD GLU J 187 15358 14667 23257 1893 1742 -2599 C \ ATOM 24220 OE1 GLU J 187 -113.654 -80.986 -21.141 1.00144.86 O \ ANISOU24220 OE1 GLU J 187 15925 15339 23777 1986 1878 -2730 O \ ATOM 24221 OE2 GLU J 187 -111.729 -79.965 -21.520 1.00140.88 O \ ANISOU24221 OE2 GLU J 187 15383 14559 23586 1908 1697 -2839 O \ ATOM 24222 N PHE J 188 -111.545 -85.973 -24.089 1.00103.88 N \ ANISOU24222 N PHE J 188 11494 11133 16842 1470 1536 -1708 N \ ATOM 24223 CA PHE J 188 -111.454 -87.363 -23.682 1.00 95.69 C \ ANISOU24223 CA PHE J 188 10652 10350 15355 1453 1582 -1752 C \ ATOM 24224 C PHE J 188 -110.769 -87.397 -22.364 1.00 88.50 C \ ANISOU24224 C PHE J 188 9849 9495 14282 1547 1633 -2095 C \ ATOM 24225 O PHE J 188 -109.875 -86.580 -22.148 1.00 83.30 O \ ANISOU24225 O PHE J 188 9167 8707 13777 1565 1579 -2265 O \ ATOM 24226 CB PHE J 188 -110.716 -88.214 -24.711 1.00 97.21 C \ ANISOU24226 CB PHE J 188 10940 10666 15329 1310 1484 -1547 C \ ATOM 24227 CG PHE J 188 -111.474 -88.392 -25.963 1.00 96.82 C \ ANISOU24227 CG PHE J 188 10784 10659 15344 1203 1441 -1226 C \ ATOM 24228 CD1 PHE J 188 -111.596 -87.359 -26.853 1.00 99.51 C \ ANISOU24228 CD1 PHE J 188 10935 10865 16009 1158 1363 -1023 C \ ATOM 24229 CD2 PHE J 188 -112.152 -89.550 -26.194 1.00 96.97 C \ ANISOU24229 CD2 PHE J 188 10862 10856 15125 1150 1484 -1120 C \ ATOM 24230 CE1 PHE J 188 -112.316 -87.497 -27.988 1.00101.62 C \ ANISOU24230 CE1 PHE J 188 11079 11222 16312 1053 1320 -711 C \ ATOM 24231 CE2 PHE J 188 -112.888 -89.693 -27.316 1.00 99.93 C \ ANISOU24231 CE2 PHE J 188 11122 11300 15546 1043 1443 -850 C \ ATOM 24232 CZ PHE J 188 -112.970 -88.665 -28.222 1.00102.22 C \ ANISOU24232 CZ PHE J 188 11224 11500 16114 992 1358 -640 C \ ATOM 24233 N SER J 189 -111.179 -88.317 -21.489 1.00 84.07 N \ ANISOU24233 N SER J 189 9385 9137 13419 1602 1734 -2186 N \ ATOM 24234 CA SER J 189 -110.513 -88.442 -20.184 1.00 90.17 C \ ANISOU24234 CA SER J 189 10244 10042 13975 1684 1781 -2490 C \ ATOM 24235 C SER J 189 -109.244 -89.337 -20.176 1.00109.39 C \ ANISOU24235 C SER J 189 12841 12615 16105 1618 1713 -2474 C \ ATOM 24236 O SER J 189 -109.278 -90.490 -20.579 1.00108.03 O \ ANISOU24236 O SER J 189 12757 12564 15726 1554 1712 -2279 O \ ATOM 24237 CB SER J 189 -111.516 -88.865 -19.111 1.00 95.59 C \ ANISOU24237 CB SER J 189 10917 10911 14494 1785 1927 -2594 C \ ATOM 24238 OG SER J 189 -111.824 -90.229 -19.237 1.00100.51 O \ ANISOU24238 OG SER J 189 11634 11718 14838 1739 1956 -2381 O \ ATOM 24239 N ARG J 190 -108.126 -88.823 -19.684 1.00 81.60 N \ ANISOU24239 N ARG J 190 9350 9075 12579 1636 1661 -2692 N \ ATOM 24240 CA ARG J 190 -106.889 -89.567 -19.802 1.00 91.97 C \ ANISOU24240 CA ARG J 190 10795 10490 13659 1571 1587 -2649 C \ ATOM 24241 C ARG J 190 -106.150 -89.906 -18.531 1.00 88.38 C \ ANISOU24241 C ARG J 190 10412 10245 12923 1629 1615 -2869 C \ ATOM 24242 O ARG J 190 -105.610 -89.011 -17.888 1.00 86.00 O \ ANISOU24242 O ARG J 190 10065 9913 12698 1674 1594 -3140 O \ ATOM 24243 CB ARG J 190 -105.929 -88.793 -20.699 1.00 97.30 C \ ANISOU24243 CB ARG J 190 11443 10966 14560 1496 1458 -2613 C \ ATOM 24244 CG ARG J 190 -104.525 -89.430 -20.782 1.00100.91 C \ ANISOU24244 CG ARG J 190 12025 11515 14802 1435 1380 -2599 C \ ATOM 24245 CD ARG J 190 -103.586 -88.655 -21.659 1.00 95.97 C \ ANISOU24245 CD ARG J 190 11357 10709 14397 1362 1256 -2549 C \ ATOM 24246 NE ARG J 190 -104.171 -88.636 -22.975 1.00 92.52 N \ ANISOU24246 NE ARG J 190 10851 10188 14115 1281 1225 -2269 N \ ATOM 24247 CZ ARG J 190 -103.548 -88.178 -24.031 1.00 97.16 C \ ANISOU24247 CZ ARG J 190 11381 10673 14862 1194 1122 -2115 C \ ATOM 24248 NH1 ARG J 190 -102.311 -87.731 -23.907 1.00 98.58 N1+ \ ANISOU24248 NH1 ARG J 190 11579 10794 15084 1181 1043 -2217 N1+ \ ATOM 24249 NH2 ARG J 190 -104.162 -88.180 -25.201 1.00101.02 N \ ANISOU24249 NH2 ARG J 190 11782 11146 15454 1115 1097 -1849 N \ ATOM 24250 N ILE J 191 -105.964 -91.211 -18.307 1.00 79.53 N \ ANISOU24250 N ILE J 191 9389 9326 11501 1610 1643 -2731 N \ ATOM 24251 CA ILE J 191 -105.214 -91.750 -17.172 1.00 97.52 C \ ANISOU24251 CA ILE J 191 11723 11851 13478 1651 1662 -2849 C \ ATOM 24252 C ILE J 191 -103.753 -91.800 -17.540 1.00 79.06 C \ ANISOU24252 C ILE J 191 9458 9467 11114 1583 1547 -2845 C \ ATOM 24253 O ILE J 191 -103.412 -92.359 -18.566 1.00 77.32 O \ ANISOU24253 O ILE J 191 9292 9151 10933 1499 1495 -2636 O \ ATOM 24254 CB ILE J 191 -105.643 -93.170 -16.906 1.00 98.83 C \ ANISOU24254 CB ILE J 191 11933 12213 13405 1651 1738 -2634 C \ ATOM 24255 CG1 ILE J 191 -106.966 -93.200 -16.149 1.00 80.77 C \ ANISOU24255 CG1 ILE J 191 9565 10062 11060 1737 1865 -2664 C \ ATOM 24256 CG2 ILE J 191 -104.571 -93.877 -16.176 1.00 79.37 C \ ANISOU24256 CG2 ILE J 191 9523 9954 10678 1654 1717 -2634 C \ ATOM 24257 CD1 ILE J 191 -107.673 -94.518 -16.214 1.00 80.00 C \ ANISOU24257 CD1 ILE J 191 9483 10072 10843 1721 1938 -2391 C \ ATOM 24258 N THR J 192 -102.881 -91.245 -16.705 1.00 80.31 N \ ANISOU24258 N THR J 192 9606 9712 11196 1616 1510 -3086 N \ ATOM 24259 CA THR J 192 -101.445 -91.155 -17.019 1.00 92.96 C \ ANISOU24259 CA THR J 192 11263 11260 12797 1554 1394 -3098 C \ ATOM 24260 C THR J 192 -100.540 -91.708 -15.926 1.00 89.81 C \ ANISOU24260 C THR J 192 10897 11140 12085 1579 1388 -3178 C \ ATOM 24261 O THR J 192 -100.498 -91.200 -14.828 1.00 82.26 O \ ANISOU24261 O THR J 192 9882 10359 11015 1638 1412 -3434 O \ ATOM 24262 CB THR J 192 -101.060 -89.685 -17.263 1.00 95.70 C \ ANISOU24262 CB THR J 192 11535 11381 13446 1547 1315 -3312 C \ ATOM 24263 OG1 THR J 192 -101.969 -89.092 -18.215 1.00 94.97 O \ ANISOU24263 OG1 THR J 192 11372 11043 13668 1531 1323 -3207 O \ ATOM 24264 CG2 THR J 192 -99.626 -89.590 -17.738 1.00 79.79 C \ ANISOU24264 CG2 THR J 192 9568 9291 11459 1474 1192 -3283 C \ ATOM 24265 N VAL J 193 -99.814 -92.760 -16.199 1.00 78.84 N \ ANISOU24265 N VAL J 193 9584 9815 10555 1531 1360 -2966 N \ ATOM 24266 CA VAL J 193 -99.005 -93.299 -15.143 1.00 96.19 C \ ANISOU24266 CA VAL J 193 11786 12293 12468 1556 1355 -2996 C \ ATOM 24267 C VAL J 193 -97.535 -93.001 -15.316 1.00 97.00 C \ ANISOU24267 C VAL J 193 11921 12347 12587 1505 1236 -3056 C \ ATOM 24268 O VAL J 193 -96.982 -93.291 -16.344 1.00102.99 O \ ANISOU24268 O VAL J 193 12736 12926 13470 1438 1180 -2896 O \ ATOM 24269 CB VAL J 193 -99.226 -94.781 -15.081 1.00 94.63 C \ ANISOU24269 CB VAL J 193 11617 12230 12108 1555 1422 -2700 C \ ATOM 24270 CG1 VAL J 193 -98.351 -95.397 -14.016 1.00 98.45 C \ ANISOU24270 CG1 VAL J 193 12078 13015 12312 1577 1413 -2663 C \ ATOM 24271 CG2 VAL J 193 -100.691 -95.046 -14.838 1.00 79.38 C \ ANISOU24271 CG2 VAL J 193 9640 10358 10161 1605 1539 -2641 C \ ATOM 24272 N ARG J 194 -96.855 -92.507 -14.305 1.00 97.04 N \ ANISOU24272 N ARG J 194 11881 12544 12445 1529 1197 -3281 N \ ATOM 24273 CA ARG J 194 -95.440 -92.259 -14.486 1.00104.30 C \ ANISOU24273 CA ARG J 194 12825 13416 13387 1475 1078 -3320 C \ ATOM 24274 C ARG J 194 -94.576 -92.994 -13.498 1.00108.34 C \ ANISOU24274 C ARG J 194 13324 14259 13584 1484 1062 -3269 C \ ATOM 24275 O ARG J 194 -94.715 -92.783 -12.319 1.00120.94 O \ ANISOU24275 O ARG J 194 14843 16150 14958 1529 1089 -3448 O \ ATOM 24276 CB ARG J 194 -95.162 -90.768 -14.373 1.00114.74 C \ ANISOU24276 CB ARG J 194 14084 14603 14908 1469 1007 -3657 C \ ATOM 24277 CG ARG J 194 -95.609 -89.997 -15.567 1.00121.72 C \ ANISOU24277 CG ARG J 194 14963 15116 16170 1438 983 -3633 C \ ATOM 24278 CD ARG J 194 -95.113 -88.577 -15.514 1.00128.71 C \ ANISOU24278 CD ARG J 194 15765 15824 17316 1423 898 -3924 C \ ATOM 24279 NE ARG J 194 -95.395 -87.905 -16.776 1.00135.17 N \ ANISOU24279 NE ARG J 194 16555 16288 18518 1382 861 -3809 N \ ATOM 24280 CZ ARG J 194 -96.457 -87.140 -17.009 1.00144.67 C \ ANISOU24280 CZ ARG J 194 17673 17307 19987 1414 909 -3882 C \ ATOM 24281 NH1 ARG J 194 -97.365 -86.922 -16.059 1.00147.89 N1+ \ ANISOU24281 NH1 ARG J 194 18024 17840 20328 1493 1006 -4108 N1+ \ ATOM 24282 NH2 ARG J 194 -96.611 -86.587 -18.207 1.00148.10 N \ ANISOU24282 NH2 ARG J 194 18061 17451 20760 1366 863 -3713 N \ ATOM 24283 N ILE J 195 -93.624 -93.793 -13.946 1.00100.55 N \ ANISOU24283 N ILE J 195 12387 13242 12573 1439 1014 -3040 N \ ATOM 24284 CA ILE J 195 -92.766 -94.476 -12.983 1.00 98.73 C \ ANISOU24284 CA ILE J 195 12118 13331 12063 1449 994 -2957 C \ ATOM 24285 C ILE J 195 -91.319 -94.043 -13.125 1.00102.92 C \ ANISOU24285 C ILE J 195 12657 13816 12631 1395 866 -3033 C \ ATOM 24286 O ILE J 195 -90.716 -94.253 -14.153 1.00104.85 O \ ANISOU24286 O ILE J 195 12963 13820 13055 1345 821 -2892 O \ ATOM 24287 CB ILE J 195 -92.869 -95.994 -13.131 1.00 94.77 C \ ANISOU24287 CB ILE J 195 11631 12885 11492 1455 1065 -2583 C \ ATOM 24288 CG1 ILE J 195 -94.270 -96.455 -12.719 1.00 97.77 C \ ANISOU24288 CG1 ILE J 195 11974 13383 11793 1512 1190 -2503 C \ ATOM 24289 CG2 ILE J 195 -91.794 -96.683 -12.310 1.00 92.05 C \ ANISOU24289 CG2 ILE J 195 11228 12823 10926 1456 1026 -2438 C \ ATOM 24290 CD1 ILE J 195 -94.703 -97.781 -13.304 1.00 98.99 C \ ANISOU24290 CD1 ILE J 195 12148 13427 12036 1505 1269 -2166 C \ ATOM 24291 N ASP J 196 -90.756 -93.453 -12.080 1.00110.14 N \ ANISOU24291 N ASP J 196 13497 14987 13364 1399 808 -3265 N \ ATOM 24292 CA ASP J 196 -89.384 -92.943 -12.137 1.00118.33 C \ ANISOU24292 CA ASP J 196 14527 15992 14442 1343 677 -3365 C \ ATOM 24293 C ASP J 196 -88.298 -93.999 -11.951 1.00119.11 C \ ANISOU24293 C ASP J 196 14620 16257 14379 1324 641 -3082 C \ ATOM 24294 O ASP J 196 -88.446 -94.940 -11.166 1.00119.81 O \ ANISOU24294 O ASP J 196 14654 16651 14219 1360 699 -2890 O \ ATOM 24295 CB ASP J 196 -89.191 -91.818 -11.111 1.00129.65 C \ ANISOU24295 CB ASP J 196 15863 17628 15768 1343 621 -3774 C \ ATOM 24296 CG ASP J 196 -89.799 -90.501 -11.571 1.00137.72 C \ ANISOU24296 CG ASP J 196 16876 18346 17107 1341 614 -4084 C \ ATOM 24297 OD1 ASP J 196 -89.326 -90.002 -12.618 1.00142.43 O \ ANISOU24297 OD1 ASP J 196 17514 18588 18014 1293 543 -4052 O \ ATOM 24298 OD2 ASP J 196 -90.727 -89.968 -10.899 1.00137.34 O1- \ ANISOU24298 OD2 ASP J 196 16759 18413 17010 1389 683 -4344 O1- \ ATOM 24299 N ALA J 197 -87.195 -93.817 -12.677 1.00119.31 N \ ANISOU24299 N ALA J 197 14683 16082 14568 1267 546 -3041 N \ ATOM 24300 CA ALA J 197 -86.071 -94.751 -12.634 1.00118.22 C \ ANISOU24300 CA ALA J 197 14533 16047 14340 1248 509 -2775 C \ ATOM 24301 C ALA J 197 -84.688 -94.124 -12.924 1.00120.25 C \ ANISOU24301 C ALA J 197 14784 16211 14695 1185 373 -2865 C \ ATOM 24302 O ALA J 197 -84.563 -93.100 -13.607 1.00118.14 O \ ANISOU24302 O ALA J 197 14545 15681 14660 1147 312 -3053 O \ ATOM 24303 CB ALA J 197 -86.330 -95.934 -13.574 1.00113.14 C \ ANISOU24303 CB ALA J 197 13951 15205 13834 1256 596 -2443 C \ ATOM 24304 N VAL J 198 -83.659 -94.776 -12.392 1.00123.44 N \ ANISOU24304 N VAL J 198 15132 16835 14935 1175 328 -2696 N \ ATOM 24305 CA VAL J 198 -82.267 -94.414 -12.609 1.00124.94 C \ ANISOU24305 CA VAL J 198 15304 16973 15194 1118 205 -2716 C \ ATOM 24306 C VAL J 198 -81.521 -95.622 -13.171 1.00128.24 C \ ANISOU24306 C VAL J 198 15734 17318 15674 1118 231 -2349 C \ ATOM 24307 O VAL J 198 -81.815 -96.764 -12.804 1.00129.74 O \ ANISOU24307 O VAL J 198 15888 17652 15754 1162 318 -2090 O \ ATOM 24308 CB VAL J 198 -81.595 -93.955 -11.309 1.00125.52 C \ ANISOU24308 CB VAL J 198 15263 17428 15001 1098 108 -2895 C \ ATOM 24309 CG1 VAL J 198 -80.096 -93.724 -11.516 1.00127.19 C \ ANISOU24309 CG1 VAL J 198 15445 17599 15282 1036 -21 -2868 C \ ATOM 24310 CG2 VAL J 198 -82.282 -92.717 -10.774 1.00124.05 C \ ANISOU24310 CG2 VAL J 198 15046 17296 14793 1094 88 -3321 C \ ATOM 24311 N ARG J 199 -80.592 -95.357 -14.092 1.00127.46 N \ ANISOU24311 N ARG J 199 15669 16980 15781 1070 165 -2326 N \ ATOM 24312 CA ARG J 199 -79.765 -96.381 -14.725 1.00122.88 C \ ANISOU24312 CA ARG J 199 15088 16301 15300 1066 190 -2029 C \ ATOM 24313 C ARG J 199 -78.724 -96.894 -13.745 1.00127.22 C \ ANISOU24313 C ARG J 199 15528 17148 15661 1069 131 -1878 C \ ATOM 24314 O ARG J 199 -78.149 -96.115 -12.982 1.00126.67 O \ ANISOU24314 O ARG J 199 15399 17280 15449 1037 17 -2053 O \ ATOM 24315 CB ARG J 199 -79.113 -95.827 -16.002 1.00114.83 C \ ANISOU24315 CB ARG J 199 14120 14973 14537 1010 137 -2072 C \ ATOM 24316 CG ARG J 199 -78.463 -96.855 -16.906 1.00109.18 C \ ANISOU24316 CG ARG J 199 13408 14112 13961 1007 194 -1816 C \ ATOM 24317 CD ARG J 199 -77.764 -96.194 -18.076 1.00104.27 C \ ANISOU24317 CD ARG J 199 12813 13261 13545 947 133 -1867 C \ ATOM 24318 NE ARG J 199 -78.761 -95.698 -19.004 1.00101.98 N \ ANISOU24318 NE ARG J 199 12587 12774 13389 929 177 -1965 N \ ATOM 24319 CZ ARG J 199 -79.374 -96.468 -19.897 1.00104.22 C \ ANISOU24319 CZ ARG J 199 12907 12936 13758 935 291 -1857 C \ ATOM 24320 NH1 ARG J 199 -79.087 -97.771 -19.969 1.00104.35 N1+ \ ANISOU24320 NH1 ARG J 199 12900 12972 13775 962 379 -1670 N1+ \ ATOM 24321 NH2 ARG J 199 -80.284 -95.946 -20.711 1.00103.31 N \ ANISOU24321 NH2 ARG J 199 12832 12679 13744 910 317 -1937 N \ ATOM 24322 N ASN J 200 -78.500 -98.206 -13.776 1.00133.21 N \ ANISOU24322 N ASN J 200 16243 17931 16441 1105 210 -1552 N \ ATOM 24323 CA ASN J 200 -77.505 -98.867 -12.935 1.00142.11 C \ ANISOU24323 CA ASN J 200 17240 19326 17431 1113 166 -1320 C \ ATOM 24324 C ASN J 200 -76.085 -98.595 -13.434 1.00144.39 C \ ANISOU24324 C ASN J 200 17513 19504 17844 1065 68 -1303 C \ ATOM 24325 O ASN J 200 -75.611 -99.310 -14.334 1.00142.20 O \ ANISOU24325 O ASN J 200 17246 18992 17790 1072 125 -1121 O \ ATOM 24326 CB ASN J 200 -77.752-100.374 -12.972 1.00145.20 C \ ANISOU24326 CB ASN J 200 17569 19692 17909 1169 296 -956 C \ ATOM 24327 CG ASN J 200 -76.805-101.154 -12.078 1.00150.69 C \ ANISOU24327 CG ASN J 200 18094 20664 18495 1185 262 -646 C \ ATOM 24328 OD1 ASN J 200 -75.989-100.587 -11.357 1.00152.44 O \ ANISOU24328 OD1 ASN J 200 18246 21151 18525 1151 137 -706 O \ ATOM 24329 ND2 ASN J 200 -76.892-102.472 -12.151 1.00152.81 N \ ANISOU24329 ND2 ASN J 200 18280 20866 18917 1234 372 -305 N \ ATOM 24330 N PRO J 201 -75.377 -97.612 -12.816 1.00145.42 N \ ANISOU24330 N PRO J 201 17600 19821 17833 1015 -76 -1497 N \ ATOM 24331 CA PRO J 201 -74.120 -97.114 -13.391 1.00144.36 C \ ANISOU24331 CA PRO J 201 17462 19546 17844 960 -180 -1531 C \ ATOM 24332 C PRO J 201 -72.923 -98.026 -13.114 1.00147.90 C \ ANISOU24332 C PRO J 201 17792 20122 18281 968 -201 -1212 C \ ATOM 24333 O PRO J 201 -71.822 -97.771 -13.609 1.00149.14 O \ ANISOU24333 O PRO J 201 17933 20166 18567 928 -275 -1193 O \ ATOM 24334 CB PRO J 201 -73.927 -95.749 -12.697 1.00140.49 C \ ANISOU24334 CB PRO J 201 16944 19219 17216 901 -323 -1875 C \ ATOM 24335 CG PRO J 201 -74.796 -95.766 -11.499 1.00141.84 C \ ANISOU24335 CG PRO J 201 17063 19735 17095 929 -299 -1971 C \ ATOM 24336 CD PRO J 201 -75.598 -97.051 -11.474 1.00144.63 C \ ANISOU24336 CD PRO J 201 17418 20116 17418 1004 -148 -1670 C \ ATOM 24337 N SER J 202 -73.148 -99.097 -12.361 1.00148.21 N \ ANISOU24337 N SER J 202 17733 20385 18194 1020 -132 -938 N \ ATOM 24338 CA SER J 202 -72.059 -99.972 -11.952 1.00145.74 C \ ANISOU24338 CA SER J 202 17270 20224 17878 1033 -154 -599 C \ ATOM 24339 C SER J 202 -71.232-100.501 -13.128 1.00142.60 C \ ANISOU24339 C SER J 202 16893 19479 17811 1038 -107 -448 C \ ATOM 24340 O SER J 202 -70.031-100.249 -13.184 1.00143.59 O \ ANISOU24340 O SER J 202 16959 19627 17970 1002 -203 -410 O \ ATOM 24341 CB SER J 202 -72.600-101.122 -11.094 1.00144.61 C \ ANISOU24341 CB SER J 202 17002 20325 17619 1095 -63 -276 C \ ATOM 24342 OG SER J 202 -73.485-101.938 -11.841 1.00141.61 O \ ANISOU24342 OG SER J 202 16687 19648 17469 1149 98 -171 O \ ATOM 24343 N TYR J 203 -71.878-101.169 -14.085 1.00138.77 N \ ANISOU24343 N TYR J 203 16481 18685 17559 1077 39 -395 N \ ATOM 24344 CA TYR J 203 -71.169-101.810 -15.199 1.00135.85 C \ ANISOU24344 CA TYR J 203 16105 18014 17496 1087 111 -269 C \ ATOM 24345 C TYR J 203 -70.379-100.824 -16.047 1.00136.10 C \ ANISOU24345 C TYR J 203 16206 17893 17611 1024 21 -470 C \ ATOM 24346 O TYR J 203 -69.253-101.113 -16.459 1.00137.76 O \ ANISOU24346 O TYR J 203 16349 18027 17966 1018 8 -342 O \ ATOM 24347 CB TYR J 203 -72.118-102.589 -16.111 1.00132.60 C \ ANISOU24347 CB TYR J 203 15759 17322 17302 1124 281 -258 C \ ATOM 24348 CG TYR J 203 -71.434-103.147 -17.348 1.00132.54 C \ ANISOU24348 CG TYR J 203 15740 17023 17597 1123 363 -212 C \ ATOM 24349 CD1 TYR J 203 -70.505-104.178 -17.253 1.00134.82 C \ ANISOU24349 CD1 TYR J 203 15878 17282 18067 1162 413 64 C \ ATOM 24350 CD2 TYR J 203 -71.707-102.638 -18.607 1.00131.29 C \ ANISOU24350 CD2 TYR J 203 15701 16641 17544 1082 393 -440 C \ ATOM 24351 CE1 TYR J 203 -69.871-104.694 -18.381 1.00134.80 C \ ANISOU24351 CE1 TYR J 203 15849 17023 18346 1164 501 69 C \ ATOM 24352 CE2 TYR J 203 -71.076-103.145 -19.738 1.00132.73 C \ ANISOU24352 CE2 TYR J 203 15854 16611 17966 1077 474 -422 C \ ATOM 24353 CZ TYR J 203 -70.159-104.173 -19.621 1.00134.99 C \ ANISOU24353 CZ TYR J 203 15996 16862 18433 1119 533 -189 C \ ATOM 24354 OH TYR J 203 -69.532-104.674 -20.749 1.00137.12 O \ ANISOU24354 OH TYR J 203 16223 16930 18948 1116 627 -208 O \ ATOM 24355 N TYR J 204 -70.978 -99.671 -16.332 1.00131.65 N \ ANISOU24355 N TYR J 204 15762 17276 16984 980 -36 -767 N \ ATOM 24356 CA TYR J 204 -70.330 -98.711 -17.202 1.00124.74 C \ ANISOU24356 CA TYR J 204 14934 16237 16223 918 -117 -928 C \ ATOM 24357 C TYR J 204 -69.146 -98.070 -16.499 1.00123.23 C \ ANISOU24357 C TYR J 204 14656 16233 15934 872 -280 -938 C \ ATOM 24358 O TYR J 204 -68.147 -97.767 -17.133 1.00124.52 O \ ANISOU24358 O TYR J 204 14795 16286 16232 835 -333 -918 O \ ATOM 24359 CB TYR J 204 -71.335 -97.680 -17.719 1.00123.51 C \ ANISOU24359 CB TYR J 204 14897 15949 16081 885 -128 -1201 C \ ATOM 24360 CG TYR J 204 -72.569 -98.340 -18.287 1.00125.78 C \ ANISOU24360 CG TYR J 204 15258 16101 16432 924 24 -1187 C \ ATOM 24361 CD1 TYR J 204 -72.543 -98.958 -19.532 1.00126.25 C \ ANISOU24361 CD1 TYR J 204 15337 15945 16688 925 133 -1115 C \ ATOM 24362 CD2 TYR J 204 -73.754 -98.368 -17.567 1.00128.64 C \ ANISOU24362 CD2 TYR J 204 15654 16572 16650 957 62 -1254 C \ ATOM 24363 CE1 TYR J 204 -73.667 -99.591 -20.045 1.00127.98 C \ ANISOU24363 CE1 TYR J 204 15608 16053 16964 950 268 -1120 C \ ATOM 24364 CE2 TYR J 204 -74.888 -98.982 -18.073 1.00131.00 C \ ANISOU24364 CE2 TYR J 204 16010 16746 17016 988 197 -1234 C \ ATOM 24365 CZ TYR J 204 -74.840 -99.598 -19.312 1.00131.97 C \ ANISOU24365 CZ TYR J 204 16152 16648 17342 982 296 -1170 C \ ATOM 24366 OH TYR J 204 -75.976-100.214 -19.809 1.00134.19 O \ ANISOU24366 OH TYR J 204 16478 16819 17690 1002 424 -1172 O \ ATOM 24367 N LEU J 205 -69.212 -97.946 -15.179 1.00122.14 N \ ANISOU24367 N LEU J 205 14450 16406 15551 873 -355 -949 N \ ATOM 24368 CA LEU J 205 -68.098 -97.360 -14.433 1.00121.72 C \ ANISOU24368 CA LEU J 205 14294 16576 15377 818 -518 -976 C \ ATOM 24369 C LEU J 205 -66.869 -98.255 -14.451 1.00121.98 C \ ANISOU24369 C LEU J 205 14204 16649 15493 836 -516 -651 C \ ATOM 24370 O LEU J 205 -65.778 -97.828 -14.803 1.00120.78 O \ ANISOU24370 O LEU J 205 14013 16438 15440 790 -605 -650 O \ ATOM 24371 CB LEU J 205 -68.502 -97.050 -12.985 1.00120.25 C \ ANISOU24371 CB LEU J 205 14041 16782 14868 807 -594 -1085 C \ ATOM 24372 CG LEU J 205 -69.104 -95.644 -12.914 1.00119.64 C \ ANISOU24372 CG LEU J 205 14040 16666 14752 752 -673 -1504 C \ ATOM 24373 CD1 LEU J 205 -69.763 -95.352 -11.583 1.00121.69 C \ ANISOU24373 CD1 LEU J 205 14241 17305 14690 748 -711 -1679 C \ ATOM 24374 CD2 LEU J 205 -68.058 -94.600 -13.258 1.00118.90 C \ ANISOU24374 CD2 LEU J 205 13921 16464 14791 670 -820 -1666 C \ ATOM 24375 N TRP J 206 -67.054 -99.495 -14.046 1.00122.99 N \ ANISOU24375 N TRP J 206 14253 16873 15604 904 -412 -361 N \ ATOM 24376 CA TRP J 206 -65.958-100.428 -13.908 1.00123.71 C \ ANISOU24376 CA TRP J 206 14192 17017 15794 932 -401 -18 C \ ATOM 24377 C TRP J 206 -65.448-100.985 -15.226 1.00124.18 C \ ANISOU24377 C TRP J 206 14274 16718 16192 958 -293 77 C \ ATOM 24378 O TRP J 206 -64.311-101.416 -15.311 1.00132.74 O \ ANISOU24378 O TRP J 206 15240 17797 17399 965 -309 284 O \ ATOM 24379 CB TRP J 206 -66.325-101.520 -12.915 1.00126.12 C \ ANISOU24379 CB TRP J 206 14363 17567 15989 992 -337 289 C \ ATOM 24380 CG TRP J 206 -66.508-100.913 -11.584 1.00132.62 C \ ANISOU24380 CG TRP J 206 15122 18831 16437 951 -466 203 C \ ATOM 24381 CD1 TRP J 206 -67.585-100.196 -11.161 1.00134.90 C \ ANISOU24381 CD1 TRP J 206 15503 19246 16508 932 -483 -86 C \ ATOM 24382 CD2 TRP J 206 -65.573-100.907 -10.503 1.00139.41 C \ ANISOU24382 CD2 TRP J 206 15795 20095 17080 915 -600 375 C \ ATOM 24383 NE1 TRP J 206 -67.388 -99.760 -9.877 1.00139.52 N \ ANISOU24383 NE1 TRP J 206 15967 20298 16745 887 -611 -132 N \ ATOM 24384 CE2 TRP J 206 -66.158-100.185 -9.449 1.00142.47 C \ ANISOU24384 CE2 TRP J 206 16168 20867 17099 870 -690 153 C \ ATOM 24385 CE3 TRP J 206 -64.303-101.456 -10.316 1.00143.55 C \ ANISOU24385 CE3 TRP J 206 16146 20711 17684 914 -649 696 C \ ATOM 24386 CZ2 TRP J 206 -65.517 -99.995 -8.228 1.00147.39 C \ ANISOU24386 CZ2 TRP J 206 16607 21993 17403 816 -832 228 C \ ATOM 24387 CZ3 TRP J 206 -63.667-101.265 -9.097 1.00146.83 C \ ANISOU24387 CZ3 TRP J 206 16381 21613 17794 862 -797 805 C \ ATOM 24388 CH2 TRP J 206 -64.275-100.543 -8.073 1.00148.35 C \ ANISOU24388 CH2 TRP J 206 16560 22212 17593 809 -889 566 C \ ATOM 24389 N SER J 207 -66.300-101.070 -16.231 1.00115.59 N \ ANISOU24389 N SER J 207 13314 15354 15251 976 -172 -62 N \ ATOM 24390 CA SER J 207 -65.844-101.621 -17.498 1.00114.16 C \ ANISOU24390 CA SER J 207 13134 14879 15362 994 -58 -7 C \ ATOM 24391 C SER J 207 -65.652-100.623 -18.666 1.00112.32 C \ ANISOU24391 C SER J 207 13006 14461 15209 932 -96 -246 C \ ATOM 24392 O SER J 207 -65.205-101.020 -19.744 1.00109.54 O \ ANISOU24392 O SER J 207 12639 13919 15065 939 -5 -216 O \ ATOM 24393 CB SER J 207 -66.730-102.796 -17.889 1.00116.47 C \ ANISOU24393 CB SER J 207 13431 15004 15818 1061 132 83 C \ ATOM 24394 OG SER J 207 -66.415-103.916 -17.083 1.00118.96 O \ ANISOU24394 OG SER J 207 13582 15423 16196 1122 181 407 O \ ATOM 24395 N PHE J 208 -66.055 -99.363 -18.472 1.00112.73 N \ ANISOU24395 N PHE J 208 13146 14573 15113 873 -216 -482 N \ ATOM 24396 CA PHE J 208 -65.864 -98.306 -19.476 1.00109.73 C \ ANISOU24396 CA PHE J 208 12831 14035 14825 808 -272 -665 C \ ATOM 24397 C PHE J 208 -65.151 -97.079 -18.947 1.00109.82 C \ ANISOU24397 C PHE J 208 12811 14158 14760 737 -465 -780 C \ ATOM 24398 O PHE J 208 -64.091 -96.736 -19.436 1.00111.64 O \ ANISOU24398 O PHE J 208 12983 14334 15102 698 -528 -733 O \ ATOM 24399 CB PHE J 208 -67.188 -97.921 -20.124 1.00112.56 C \ ANISOU24399 CB PHE J 208 13315 14257 15194 800 -205 -852 C \ ATOM 24400 CG PHE J 208 -67.647 -98.917 -21.128 1.00122.26 C \ ANISOU24400 CG PHE J 208 14565 15325 16561 838 -26 -788 C \ ATOM 24401 CD1 PHE J 208 -66.867 -99.207 -22.228 1.00127.82 C \ ANISOU24401 CD1 PHE J 208 15222 15914 17432 825 33 -729 C \ ATOM 24402 CD2 PHE J 208 -68.789 -99.665 -20.911 1.00126.95 C \ ANISOU24402 CD2 PHE J 208 15205 15907 17125 887 90 -784 C \ ATOM 24403 CE1 PHE J 208 -67.268-100.167 -23.150 1.00129.66 C \ ANISOU24403 CE1 PHE J 208 15453 16021 17792 853 205 -715 C \ ATOM 24404 CE2 PHE J 208 -69.184-100.644 -21.820 1.00129.17 C \ ANISOU24404 CE2 PHE J 208 15486 16036 17557 915 256 -750 C \ ATOM 24405 CZ PHE J 208 -68.425-100.890 -22.941 1.00129.44 C \ ANISOU24405 CZ PHE J 208 15471 15959 17750 895 315 -735 C \ ATOM 24406 N ILE J 209 -65.720 -96.435 -17.935 1.00108.78 N \ ANISOU24406 N ILE J 209 12700 14188 14445 717 -557 -942 N \ ATOM 24407 CA ILE J 209 -65.178 -95.177 -17.404 1.00105.90 C \ ANISOU24407 CA ILE J 209 12295 13915 14027 639 -741 -1127 C \ ATOM 24408 C ILE J 209 -63.761 -95.323 -16.837 1.00102.95 C \ ANISOU24408 C ILE J 209 11786 13715 13616 613 -849 -974 C \ ATOM 24409 O ILE J 209 -62.874 -94.557 -17.220 1.00103.01 O \ ANISOU24409 O ILE J 209 11750 13644 13745 549 -956 -1020 O \ ATOM 24410 CB ILE J 209 -66.111 -94.561 -16.319 1.00101.04 C \ ANISOU24410 CB ILE J 209 11706 13478 13206 628 -799 -1371 C \ ATOM 24411 CG1 ILE J 209 -67.584 -94.651 -16.736 1.00 96.69 C \ ANISOU24411 CG1 ILE J 209 11276 12789 12672 670 -674 -1471 C \ ATOM 24412 CG2 ILE J 209 -65.715 -93.129 -16.017 1.00103.48 C \ ANISOU24412 CG2 ILE J 209 11977 13795 13545 539 -972 -1644 C \ ATOM 24413 CD1 ILE J 209 -67.968 -93.725 -17.822 1.00 91.00 C \ ANISOU24413 CD1 ILE J 209 10624 11788 12163 631 -678 -1624 C \ ATOM 24414 N LEU J 210 -63.570 -96.269 -15.907 1.00101.23 N \ ANISOU24414 N LEU J 210 11484 13741 13237 658 -827 -775 N \ ATOM 24415 CA LEU J 210 -62.251 -96.544 -15.288 1.00102.68 C \ ANISOU24415 CA LEU J 210 11514 14130 13370 637 -926 -577 C \ ATOM 24416 C LEU J 210 -61.143 -96.863 -16.303 1.00105.37 C \ ANISOU24416 C LEU J 210 11807 14267 13961 641 -894 -389 C \ ATOM 24417 O LEU J 210 -60.121 -96.179 -16.327 1.00105.09 O \ ANISOU24417 O LEU J 210 11703 14253 13972 575 -1027 -415 O \ ATOM 24418 CB LEU J 210 -62.305 -97.663 -14.229 1.00 98.06 C \ ANISOU24418 CB LEU J 210 10819 13835 12604 695 -883 -313 C \ ATOM 24419 CG LEU J 210 -61.200 -97.853 -13.178 1.00 95.56 C \ ANISOU24419 CG LEU J 210 10314 13864 12131 664 -1012 -117 C \ ATOM 24420 CD1 LEU J 210 -61.467 -99.125 -12.438 1.00 97.65 C \ ANISOU24420 CD1 LEU J 210 10468 14339 12295 739 -921 216 C \ ATOM 24421 CD2 LEU J 210 -59.806 -97.909 -13.714 1.00 90.97 C \ ANISOU24421 CD2 LEU J 210 9644 13177 11743 642 -1061 50 C \ ATOM 24422 N PRO J 211 -61.308 -97.931 -17.106 1.00106.36 N \ ANISOU24422 N PRO J 211 11951 14208 14255 717 -716 -207 N \ ATOM 24423 CA PRO J 211 -60.179 -98.156 -18.002 1.00107.42 C \ ANISOU24423 CA PRO J 211 12016 14191 14607 716 -691 -63 C \ ATOM 24424 C PRO J 211 -59.968 -97.014 -18.986 1.00108.16 C \ ANISOU24424 C PRO J 211 12172 14108 14817 644 -754 -254 C \ ATOM 24425 O PRO J 211 -58.823 -96.751 -19.329 1.00112.92 O \ ANISOU24425 O PRO J 211 12688 14689 15527 610 -820 -170 O \ ATOM 24426 CB PRO J 211 -60.537 -99.465 -18.720 1.00106.17 C \ ANISOU24426 CB PRO J 211 11860 13858 14621 805 -475 92 C \ ATOM 24427 CG PRO J 211 -61.950 -99.713 -18.448 1.00104.67 C \ ANISOU24427 CG PRO J 211 11772 13669 14329 838 -395 -7 C \ ATOM 24428 CD PRO J 211 -62.309 -99.009 -17.198 1.00105.40 C \ ANISOU24428 CD PRO J 211 11872 14021 14154 800 -540 -113 C \ ATOM 24429 N LEU J 212 -61.023 -96.320 -19.391 1.00106.57 N \ ANISOU24429 N LEU J 212 12095 13794 14603 621 -742 -482 N \ ATOM 24430 CA LEU J 212 -60.847 -95.185 -20.287 1.00111.02 C \ ANISOU24430 CA LEU J 212 12684 14199 15300 550 -810 -619 C \ ATOM 24431 C LEU J 212 -59.934 -94.175 -19.601 1.00114.73 C \ ANISOU24431 C LEU J 212 13067 14775 15750 469 -1016 -687 C \ ATOM 24432 O LEU J 212 -59.069 -93.590 -20.249 1.00119.94 O \ ANISOU24432 O LEU J 212 13664 15341 16567 416 -1083 -651 O \ ATOM 24433 CB LEU J 212 -62.195 -94.562 -20.681 1.00112.89 C \ ANISOU24433 CB LEU J 212 13044 14314 15534 537 -776 -832 C \ ATOM 24434 CG LEU J 212 -62.278 -93.582 -21.864 1.00112.39 C \ ANISOU24434 CG LEU J 212 12996 14059 15649 477 -798 -909 C \ ATOM 24435 CD1 LEU J 212 -62.101 -92.152 -21.443 1.00114.79 C \ ANISOU24435 CD1 LEU J 212 13263 14339 16012 395 -982 -1083 C \ ATOM 24436 CD2 LEU J 212 -61.247 -93.925 -22.905 1.00111.38 C \ ANISOU24436 CD2 LEU J 212 12786 13873 15659 471 -748 -723 C \ ATOM 24437 N GLY J 213 -60.105 -94.012 -18.288 1.00109.68 N \ ANISOU24437 N GLY J 213 12405 14354 14913 455 -1114 -783 N \ ATOM 24438 CA GLY J 213 -59.233 -93.170 -17.480 1.00107.07 C \ ANISOU24438 CA GLY J 213 11971 14179 14533 372 -1312 -875 C \ ATOM 24439 C GLY J 213 -57.766 -93.595 -17.407 1.00103.59 C \ ANISOU24439 C GLY J 213 11390 13833 14136 360 -1368 -627 C \ ATOM 24440 O GLY J 213 -56.861 -92.772 -17.491 1.00 99.22 O \ ANISOU24440 O GLY J 213 10756 13258 13686 281 -1508 -670 O \ ATOM 24441 N LEU J 214 -57.526 -94.883 -17.212 1.00105.26 N \ ANISOU24441 N LEU J 214 11556 14146 14293 439 -1261 -357 N \ ATOM 24442 CA LEU J 214 -56.172 -95.385 -17.179 1.00106.52 C \ ANISOU24442 CA LEU J 214 11569 14380 14523 442 -1294 -93 C \ ATOM 24443 C LEU J 214 -55.525 -95.150 -18.541 1.00106.05 C \ ANISOU24443 C LEU J 214 11506 14063 14726 431 -1248 -37 C \ ATOM 24444 O LEU J 214 -54.342 -94.851 -18.623 1.00110.25 O \ ANISOU24444 O LEU J 214 11923 14619 15347 385 -1346 64 O \ ATOM 24445 CB LEU J 214 -56.141 -96.867 -16.805 1.00108.47 C \ ANISOU24445 CB LEU J 214 11750 14733 14733 540 -1162 206 C \ ATOM 24446 CG LEU J 214 -56.713 -97.288 -15.442 1.00107.90 C \ ANISOU24446 CG LEU J 214 11637 14969 14390 559 -1193 246 C \ ATOM 24447 CD1 LEU J 214 -56.498 -98.789 -15.201 1.00104.58 C \ ANISOU24447 CD1 LEU J 214 11103 14608 14026 657 -1060 622 C \ ATOM 24448 CD2 LEU J 214 -56.190 -96.439 -14.290 1.00108.82 C \ ANISOU24448 CD2 LEU J 214 11656 15411 14279 461 -1414 130 C \ ATOM 24449 N ILE J 215 -56.294 -95.279 -19.614 1.00104.96 N \ ANISOU24449 N ILE J 215 11478 13706 14698 467 -1102 -97 N \ ATOM 24450 CA ILE J 215 -55.775 -94.951 -20.940 1.00109.56 C \ ANISOU24450 CA ILE J 215 12042 14096 15489 445 -1061 -60 C \ ATOM 24451 C ILE J 215 -55.372 -93.486 -20.997 1.00107.16 C \ ANISOU24451 C ILE J 215 11707 13753 15258 336 -1247 -201 C \ ATOM 24452 O ILE J 215 -54.222 -93.155 -21.325 1.00105.74 O \ ANISOU24452 O ILE J 215 11413 13560 15204 292 -1322 -87 O \ ATOM 24453 CB ILE J 215 -56.822 -95.195 -22.037 1.00115.00 C \ ANISOU24453 CB ILE J 215 12844 14611 16238 483 -891 -137 C \ ATOM 24454 CG1 ILE J 215 -57.223 -96.660 -22.043 1.00117.43 C \ ANISOU24454 CG1 ILE J 215 13167 14921 16529 585 -700 -20 C \ ATOM 24455 CG2 ILE J 215 -56.260 -94.835 -23.389 1.00117.29 C \ ANISOU24455 CG2 ILE J 215 13086 14776 16702 451 -853 -84 C \ ATOM 24456 CD1 ILE J 215 -56.071 -97.564 -22.396 1.00118.62 C \ ANISOU24456 CD1 ILE J 215 13183 15068 16821 632 -617 209 C \ ATOM 24457 N ILE J 216 -56.334 -92.626 -20.658 1.00102.78 N \ ANISOU24457 N ILE J 216 11237 13166 14649 295 -1316 -449 N \ ATOM 24458 CA ILE J 216 -56.139 -91.182 -20.624 1.00 98.47 C \ ANISOU24458 CA ILE J 216 10651 12543 14223 191 -1489 -625 C \ ATOM 24459 C ILE J 216 -54.956 -90.829 -19.734 1.00 95.56 C \ ANISOU24459 C ILE J 216 10147 12333 13830 125 -1669 -608 C \ ATOM 24460 O ILE J 216 -54.093 -90.066 -20.135 1.00 93.18 O \ ANISOU24460 O ILE J 216 9745 11944 13713 52 -1777 -577 O \ ATOM 24461 CB ILE J 216 -57.412 -90.452 -20.093 1.00 97.70 C \ ANISOU24461 CB ILE J 216 10647 12412 14060 171 -1528 -924 C \ ATOM 24462 CG1 ILE J 216 -58.601 -90.717 -20.999 1.00 92.39 C \ ANISOU24462 CG1 ILE J 216 10097 11585 13420 225 -1364 -934 C \ ATOM 24463 CG2 ILE J 216 -57.246 -88.965 -20.124 1.00101.43 C \ ANISOU24463 CG2 ILE J 216 11054 12750 14733 67 -1692 -1116 C \ ATOM 24464 CD1 ILE J 216 -58.448 -90.109 -22.342 1.00 88.99 C \ ANISOU24464 CD1 ILE J 216 9632 10953 13225 186 -1346 -856 C \ ATOM 24465 N ALA J 217 -54.899 -91.414 -18.543 1.00 98.79 N \ ANISOU24465 N ALA J 217 10533 12994 14008 147 -1702 -603 N \ ATOM 24466 CA ALA J 217 -53.791 -91.169 -17.627 1.00106.13 C \ ANISOU24466 CA ALA J 217 11317 14136 14871 79 -1875 -577 C \ ATOM 24467 C ALA J 217 -52.483 -91.659 -18.247 1.00113.98 C \ ANISOU24467 C ALA J 217 12198 15099 16008 92 -1857 -267 C \ ATOM 24468 O ALA J 217 -51.501 -90.931 -18.284 1.00120.65 O \ ANISOU24468 O ALA J 217 12929 15933 16979 7 -2001 -261 O \ ATOM 24469 CB ALA J 217 -54.026 -91.860 -16.287 1.00106.69 C \ ANISOU24469 CB ALA J 217 11363 14541 14634 108 -1893 -568 C \ ATOM 24470 N ALA J 218 -52.464 -92.892 -18.733 1.00112.46 N \ ANISOU24470 N ALA J 218 12023 14885 15820 196 -1676 -20 N \ ATOM 24471 CA ALA J 218 -51.238 -93.442 -19.280 1.00113.08 C \ ANISOU24471 CA ALA J 218 11980 14943 16041 220 -1638 263 C \ ATOM 24472 C ALA J 218 -50.760 -92.709 -20.528 1.00112.31 C \ ANISOU24472 C ALA J 218 11859 14631 16184 174 -1641 271 C \ ATOM 24473 O ALA J 218 -49.580 -92.750 -20.841 1.00113.17 O \ ANISOU24473 O ALA J 218 11837 14747 16414 157 -1675 456 O \ ATOM 24474 CB ALA J 218 -51.414 -94.898 -19.571 1.00115.41 C \ ANISOU24474 CB ALA J 218 12286 15225 16339 343 -1426 479 C \ ATOM 24475 N SER J 219 -51.671 -92.046 -21.232 1.00112.12 N \ ANISOU24475 N SER J 219 11941 14432 16228 154 -1605 96 N \ ATOM 24476 CA SER J 219 -51.305 -91.195 -22.367 1.00115.47 C \ ANISOU24476 CA SER J 219 12317 14682 16875 96 -1628 121 C \ ATOM 24477 C SER J 219 -50.272 -90.129 -21.952 1.00116.81 C \ ANISOU24477 C SER J 219 12347 14870 17167 -17 -1852 103 C \ ATOM 24478 O SER J 219 -49.325 -89.834 -22.683 1.00115.17 O \ ANISOU24478 O SER J 219 12021 14600 17136 -52 -1877 267 O \ ATOM 24479 CB SER J 219 -52.578 -90.540 -22.950 1.00117.04 C \ ANISOU24479 CB SER J 219 12632 14720 17116 81 -1585 -65 C \ ATOM 24480 OG SER J 219 -52.353 -89.295 -23.605 1.00116.54 O \ ANISOU24480 OG SER J 219 12494 14508 17276 -10 -1690 -89 O \ ATOM 24481 N TRP J 220 -50.444 -89.568 -20.763 1.00119.16 N \ ANISOU24481 N TRP J 220 12641 15267 17366 -77 -2012 -108 N \ ATOM 24482 CA TRP J 220 -49.588 -88.478 -20.309 1.00123.15 C \ ANISOU24482 CA TRP J 220 13010 15780 18003 -199 -2234 -195 C \ ATOM 24483 C TRP J 220 -48.190 -88.930 -19.913 1.00124.30 C \ ANISOU24483 C TRP J 220 13006 16101 18123 -214 -2309 26 C \ ATOM 24484 O TRP J 220 -47.282 -88.116 -19.769 1.00123.31 O \ ANISOU24484 O TRP J 220 12743 15966 18145 -316 -2479 15 O \ ATOM 24485 CB TRP J 220 -50.223 -87.756 -19.122 1.00127.17 C \ ANISOU24485 CB TRP J 220 13544 16374 18400 -266 -2376 -545 C \ ATOM 24486 CG TRP J 220 -51.623 -87.325 -19.354 1.00125.46 C \ ANISOU24486 CG TRP J 220 13463 15998 18207 -246 -2307 -774 C \ ATOM 24487 CD1 TRP J 220 -52.180 -86.885 -20.528 1.00123.81 C \ ANISOU24487 CD1 TRP J 220 13300 15527 18216 -237 -2223 -742 C \ ATOM 24488 CD2 TRP J 220 -52.656 -87.300 -18.381 1.00125.46 C \ ANISOU24488 CD2 TRP J 220 13552 16117 17999 -234 -2313 -1053 C \ ATOM 24489 NE1 TRP J 220 -53.502 -86.584 -20.334 1.00123.56 N \ ANISOU24489 NE1 TRP J 220 13384 15421 18141 -218 -2180 -983 N \ ATOM 24490 CE2 TRP J 220 -53.821 -86.836 -19.023 1.00126.46 C \ ANISOU24490 CE2 TRP J 220 13785 16014 18250 -213 -2229 -1187 C \ ATOM 24491 CE3 TRP J 220 -52.714 -87.630 -17.024 1.00126.49 C \ ANISOU24491 CE3 TRP J 220 13667 16558 17835 -242 -2380 -1189 C \ ATOM 24492 CZ2 TRP J 220 -55.031 -86.694 -18.351 1.00130.02 C \ ANISOU24492 CZ2 TRP J 220 14335 16508 18559 -193 -2205 -1465 C \ ATOM 24493 CZ3 TRP J 220 -53.914 -87.490 -16.359 1.00129.51 C \ ANISOU24493 CZ3 TRP J 220 14144 17012 18053 -224 -2354 -1469 C \ ATOM 24494 CH2 TRP J 220 -55.059 -87.026 -17.021 1.00131.14 C \ ANISOU24494 CH2 TRP J 220 14463 16956 18406 -197 -2265 -1612 C \ ATOM 24495 N SER J 221 -48.015 -90.227 -19.717 1.00128.71 N \ ANISOU24495 N SER J 221 13575 16811 18520 -116 -2183 234 N \ ATOM 24496 CA SER J 221 -46.706 -90.740 -19.343 1.00134.42 C \ ANISOU24496 CA SER J 221 14140 17701 19234 -119 -2241 481 C \ ATOM 24497 C SER J 221 -45.793 -90.731 -20.572 1.00131.50 C \ ANISOU24497 C SER J 221 13680 17175 19111 -110 -2177 712 C \ ATOM 24498 O SER J 221 -44.657 -91.195 -20.515 1.00133.52 O \ ANISOU24498 O SER J 221 13796 17526 19411 -100 -2193 952 O \ ATOM 24499 CB SER J 221 -46.808 -92.133 -18.696 1.00139.41 C \ ANISOU24499 CB SER J 221 14775 18533 19662 -14 -2127 661 C \ ATOM 24500 OG SER J 221 -47.079 -93.165 -19.632 1.00140.36 O \ ANISOU24500 OG SER J 221 14953 18517 19860 108 -1887 834 O \ ATOM 24501 N VAL J 222 -46.312 -90.209 -21.682 1.00125.90 N \ ANISOU24501 N VAL J 222 13035 16247 18553 -115 -2101 653 N \ ATOM 24502 CA VAL J 222 -45.550 -90.074 -22.918 1.00125.59 C \ ANISOU24502 CA VAL J 222 12897 16093 18727 -118 -2039 857 C \ ATOM 24503 C VAL J 222 -44.422 -89.042 -22.742 1.00129.73 C \ ANISOU24503 C VAL J 222 13249 16610 19431 -240 -2255 901 C \ ATOM 24504 O VAL J 222 -43.451 -89.028 -23.502 1.00129.70 O \ ANISOU24504 O VAL J 222 13114 16580 19585 -247 -2235 1127 O \ ATOM 24505 CB VAL J 222 -46.464 -89.703 -24.101 1.00121.98 C \ ANISOU24505 CB VAL J 222 12528 15459 18358 -106 -1920 794 C \ ATOM 24506 CG1 VAL J 222 -46.779 -88.220 -24.097 1.00120.98 C \ ANISOU24506 CG1 VAL J 222 12381 15189 18396 -223 -2092 623 C \ ATOM 24507 CG2 VAL J 222 -45.841 -90.145 -25.417 1.00119.97 C \ ANISOU24507 CG2 VAL J 222 12186 15184 18215 -63 -1765 1034 C \ ATOM 24508 N PHE J 223 -44.569 -88.165 -21.748 1.00132.37 N \ ANISOU24508 N PHE J 223 13573 16972 19749 -339 -2459 667 N \ ATOM 24509 CA PHE J 223 -43.563 -87.140 -21.451 1.00131.33 C \ ANISOU24509 CA PHE J 223 13269 16826 19805 -471 -2683 654 C \ ATOM 24510 C PHE J 223 -42.369 -87.626 -20.611 1.00131.15 C \ ANISOU24510 C PHE J 223 13108 17039 19685 -491 -2786 804 C \ ATOM 24511 O PHE J 223 -41.363 -86.926 -20.531 1.00133.44 O \ ANISOU24511 O PHE J 223 13233 17323 20147 -593 -2952 856 O \ ATOM 24512 CB PHE J 223 -44.207 -85.916 -20.790 1.00131.24 C \ ANISOU24512 CB PHE J 223 13275 16726 19866 -582 -2858 292 C \ ATOM 24513 CG PHE J 223 -45.138 -85.173 -21.693 1.00131.38 C \ ANISOU24513 CG PHE J 223 13360 16475 20085 -588 -2798 197 C \ ATOM 24514 CD1 PHE J 223 -44.755 -84.854 -22.988 1.00132.53 C \ ANISOU24514 CD1 PHE J 223 13421 16456 20478 -594 -2740 439 C \ ATOM 24515 CD2 PHE J 223 -46.382 -84.772 -21.252 1.00131.25 C \ ANISOU24515 CD2 PHE J 223 13467 16390 20012 -592 -2801 -115 C \ ATOM 24516 CE1 PHE J 223 -45.613 -84.164 -23.838 1.00132.30 C \ ANISOU24516 CE1 PHE J 223 13424 16209 20634 -606 -2689 400 C \ ATOM 24517 CE2 PHE J 223 -47.240 -84.082 -22.092 1.00130.56 C \ ANISOU24517 CE2 PHE J 223 13421 16053 20133 -598 -2748 -170 C \ ATOM 24518 CZ PHE J 223 -46.860 -83.780 -23.387 1.00130.96 C \ ANISOU24518 CZ PHE J 223 13380 15953 20428 -607 -2695 100 C \ ATOM 24519 N TRP J 224 -42.475 -88.786 -19.959 1.00129.65 N \ ANISOU24519 N TRP J 224 12963 17058 19241 -401 -2699 889 N \ ATOM 24520 CA TRP J 224 -41.316 -89.345 -19.242 1.00133.08 C \ ANISOU24520 CA TRP J 224 13239 17730 19597 -410 -2782 1103 C \ ATOM 24521 C TRP J 224 -40.352 -90.068 -20.175 1.00135.46 C \ ANISOU24521 C TRP J 224 13439 17979 20053 -332 -2645 1465 C \ ATOM 24522 O TRP J 224 -39.335 -90.605 -19.731 1.00136.21 O \ ANISOU24522 O TRP J 224 13385 18241 20127 -324 -2689 1694 O \ ATOM 24523 CB TRP J 224 -41.720 -90.260 -18.074 1.00132.04 C \ ANISOU24523 CB TRP J 224 13142 17874 19154 -355 -2765 1100 C \ ATOM 24524 CG TRP J 224 -41.938 -89.546 -16.772 1.00131.88 C \ ANISOU24524 CG TRP J 224 13091 18073 18944 -474 -2983 810 C \ ATOM 24525 CD1 TRP J 224 -41.032 -89.334 -15.766 1.00131.29 C \ ANISOU24525 CD1 TRP J 224 12841 18280 18766 -574 -3188 828 C \ ATOM 24526 CD2 TRP J 224 -43.141 -88.925 -16.362 1.00133.18 C \ ANISOU24526 CD2 TRP J 224 13391 18211 19001 -509 -3015 435 C \ ATOM 24527 NE1 TRP J 224 -41.617 -88.631 -14.742 1.00130.49 N \ ANISOU24527 NE1 TRP J 224 12754 18351 18476 -674 -3341 458 N \ ATOM 24528 CE2 TRP J 224 -42.912 -88.361 -15.089 1.00134.71 C \ ANISOU24528 CE2 TRP J 224 13479 18686 19018 -631 -3234 208 C \ ATOM 24529 CE3 TRP J 224 -44.402 -88.796 -16.947 1.00137.56 C \ ANISOU24529 CE3 TRP J 224 14133 18544 19587 -451 -2876 261 C \ ATOM 24530 CZ2 TRP J 224 -43.897 -87.677 -14.396 1.00144.54 C \ ANISOU24530 CZ2 TRP J 224 14800 19990 20130 -691 -3307 -207 C \ ATOM 24531 CZ3 TRP J 224 -45.384 -88.118 -16.259 1.00145.50 C \ ANISOU24531 CZ3 TRP J 224 15219 19588 20476 -505 -2952 -117 C \ ATOM 24532 CH2 TRP J 224 -45.128 -87.564 -14.993 1.00148.78 C \ ANISOU24532 CH2 TRP J 224 15526 20279 20727 -622 -3160 -360 C \ ATOM 24533 N LEU J 225 -40.668 -90.064 -21.466 1.00135.50 N \ ANISOU24533 N LEU J 225 13505 17772 20207 -278 -2480 1513 N \ ATOM 24534 CA LEU J 225 -39.782 -90.656 -22.456 1.00139.18 C \ ANISOU24534 CA LEU J 225 13861 18197 20823 -210 -2338 1810 C \ ATOM 24535 C LEU J 225 -38.613 -89.731 -22.742 1.00146.26 C \ ANISOU24535 C LEU J 225 14573 19063 21936 -320 -2500 1926 C \ ATOM 24536 O LEU J 225 -38.792 -88.525 -22.833 1.00151.53 O \ ANISOU24536 O LEU J 225 15232 19616 22726 -432 -2647 1769 O \ ATOM 24537 CB LEU J 225 -40.556 -90.955 -23.737 1.00137.18 C \ ANISOU24537 CB LEU J 225 13718 17788 20616 -127 -2106 1796 C \ ATOM 24538 CG LEU J 225 -41.402 -92.231 -23.653 1.00137.39 C \ ANISOU24538 CG LEU J 225 13875 17842 20483 7 -1894 1772 C \ ATOM 24539 CD1 LEU J 225 -42.507 -92.260 -24.686 1.00136.65 C \ ANISOU24539 CD1 LEU J 225 13925 17612 20384 52 -1718 1642 C \ ATOM 24540 CD2 LEU J 225 -40.496 -93.433 -23.853 1.00138.37 C \ ANISOU24540 CD2 LEU J 225 13871 18032 20670 111 -1745 2042 C \ ATOM 24541 N GLU J 226 -37.417 -90.296 -22.891 1.00148.68 N \ ANISOU24541 N GLU J 226 14715 19456 22321 -286 -2470 2210 N \ ATOM 24542 CA GLU J 226 -36.205 -89.490 -23.008 1.00150.26 C \ ANISOU24542 CA GLU J 226 14717 19657 22718 -394 -2640 2347 C \ ATOM 24543 C GLU J 226 -36.077 -88.777 -24.353 1.00145.09 C \ ANISOU24543 C GLU J 226 14011 18830 22287 -423 -2585 2420 C \ ATOM 24544 O GLU J 226 -36.152 -87.548 -24.427 1.00143.64 O \ ANISOU24544 O GLU J 226 13791 18530 22256 -546 -2749 2308 O \ ATOM 24545 CB GLU J 226 -34.974 -90.361 -22.769 1.00157.93 C \ ANISOU24545 CB GLU J 226 15515 20781 23709 -340 -2613 2653 C \ ATOM 24546 CG GLU J 226 -34.975 -91.111 -21.447 1.00166.77 C \ ANISOU24546 CG GLU J 226 16631 22114 24619 -314 -2673 2668 C \ ATOM 24547 CD GLU J 226 -34.890 -90.172 -20.252 1.00176.46 C \ ANISOU24547 CD GLU J 226 17819 23478 25750 -470 -2967 2472 C \ ATOM 24548 OE1 GLU J 226 -34.154 -89.165 -20.331 1.00180.52 O \ ANISOU24548 OE1 GLU J 226 18205 23952 26433 -597 -3148 2460 O \ ATOM 24549 OE2 GLU J 226 -35.552 -90.444 -19.229 1.00179.73 O1- \ ANISOU24549 OE2 GLU J 226 18314 24053 25924 -470 -3016 2323 O1- \ ATOM 24550 N SER J 227 -35.944 -89.547 -25.424 1.00144.26 N \ ANISOU24550 N SER J 227 13888 18715 22209 -313 -2347 2598 N \ ATOM 24551 CA SER J 227 -35.730 -88.966 -26.752 1.00146.10 C \ ANISOU24551 CA SER J 227 14033 18861 22617 -338 -2280 2717 C \ ATOM 24552 C SER J 227 -36.951 -88.229 -27.300 1.00137.28 C \ ANISOU24552 C SER J 227 13048 17608 21503 -375 -2263 2528 C \ ATOM 24553 O SER J 227 -38.045 -88.296 -26.746 1.00129.63 O \ ANISOU24553 O SER J 227 12261 16599 20392 -360 -2265 2286 O \ ATOM 24554 CB SER J 227 -35.274 -90.028 -27.762 1.00151.65 C \ ANISOU24554 CB SER J 227 14664 19639 23318 -211 -2014 2920 C \ ATOM 24555 OG SER J 227 -35.224 -89.491 -29.083 1.00153.50 O \ ANISOU24555 OG SER J 227 14813 19848 23660 -237 -1932 3021 O \ ATOM 24556 N PHE J 228 -36.724 -87.467 -28.359 1.00138.54 N \ ANISOU24556 N PHE J 228 13089 17709 21841 -431 -2260 2664 N \ ATOM 24557 CA PHE J 228 -37.812 -86.838 -29.071 1.00141.22 C \ ANISOU24557 CA PHE J 228 13511 17942 22205 -457 -2218 2563 C \ ATOM 24558 C PHE J 228 -38.568 -87.876 -29.891 1.00146.88 C \ ANISOU24558 C PHE J 228 14344 18743 22721 -331 -1938 2537 C \ ATOM 24559 O PHE J 228 -39.799 -87.883 -29.909 1.00148.69 O \ ANISOU24559 O PHE J 228 14743 18913 22840 -311 -1883 2343 O \ ATOM 24560 CB PHE J 228 -37.285 -85.731 -29.971 1.00139.39 C \ ANISOU24560 CB PHE J 228 13073 17650 22237 -558 -2301 2777 C \ ATOM 24561 CG PHE J 228 -38.250 -85.293 -31.029 1.00136.69 C \ ANISOU24561 CG PHE J 228 12757 17266 21914 -566 -2202 2790 C \ ATOM 24562 CD1 PHE J 228 -39.323 -84.472 -30.704 1.00133.65 C \ ANISOU24562 CD1 PHE J 228 12474 16704 21603 -626 -2308 2589 C \ ATOM 24563 CD2 PHE J 228 -38.076 -85.676 -32.353 1.00138.33 C \ ANISOU24563 CD2 PHE J 228 12863 17633 22065 -517 -2004 3006 C \ ATOM 24564 CE1 PHE J 228 -40.208 -84.036 -31.682 1.00133.12 C \ ANISOU24564 CE1 PHE J 228 12405 16606 21570 -637 -2226 2640 C \ ATOM 24565 CE2 PHE J 228 -38.960 -85.246 -33.340 1.00137.36 C \ ANISOU24565 CE2 PHE J 228 12734 17521 21936 -536 -1923 3047 C \ ATOM 24566 CZ PHE J 228 -40.026 -84.420 -33.002 1.00134.64 C \ ANISOU24566 CZ PHE J 228 12489 16985 21682 -596 -2039 2882 C \ ATOM 24567 N SER J 229 -37.838 -88.758 -30.565 1.00150.69 N \ ANISOU24567 N SER J 229 14726 19363 23166 -248 -1757 2715 N \ ATOM 24568 CA SER J 229 -38.477 -89.813 -31.354 1.00154.11 C \ ANISOU24568 CA SER J 229 15243 19884 23427 -132 -1480 2653 C \ ATOM 24569 C SER J 229 -39.298 -90.762 -30.487 1.00153.38 C \ ANISOU24569 C SER J 229 15357 19754 23166 -43 -1409 2432 C \ ATOM 24570 O SER J 229 -40.381 -91.208 -30.878 1.00150.52 O \ ANISOU24570 O SER J 229 15134 19386 22671 10 -1258 2274 O \ ATOM 24571 CB SER J 229 -37.439 -90.589 -32.153 1.00158.50 C \ ANISOU24571 CB SER J 229 15622 20591 24009 -61 -1300 2849 C \ ATOM 24572 OG SER J 229 -36.869 -89.733 -33.124 1.00163.66 O \ ANISOU24572 OG SER J 229 16083 21317 24782 -139 -1334 3060 O \ ATOM 24573 N GLU J 230 -38.772 -91.080 -29.312 1.00154.49 N \ ANISOU24573 N GLU J 230 15497 19891 23310 -32 -1519 2441 N \ ATOM 24574 CA GLU J 230 -39.510 -91.913 -28.386 1.00152.38 C \ ANISOU24574 CA GLU J 230 15396 19611 22890 42 -1475 2278 C \ ATOM 24575 C GLU J 230 -40.785 -91.153 -28.023 1.00150.36 C \ ANISOU24575 C GLU J 230 15318 19262 22551 -19 -1578 2038 C \ ATOM 24576 O GLU J 230 -41.893 -91.696 -28.126 1.00149.37 O \ ANISOU24576 O GLU J 230 15351 19111 22293 45 -1442 1880 O \ ATOM 24577 CB GLU J 230 -38.668 -92.210 -27.142 1.00152.34 C \ ANISOU24577 CB GLU J 230 15319 19667 22895 39 -1614 2372 C \ ATOM 24578 CG GLU J 230 -37.378 -92.958 -27.448 1.00153.72 C \ ANISOU24578 CG GLU J 230 15301 19921 23187 104 -1516 2628 C \ ATOM 24579 CD GLU J 230 -36.473 -93.116 -26.235 1.00157.19 C \ ANISOU24579 CD GLU J 230 15635 20446 23646 82 -1683 2766 C \ ATOM 24580 OE1 GLU J 230 -36.861 -92.708 -25.122 1.00157.23 O \ ANISOU24580 OE1 GLU J 230 15718 20482 23541 17 -1869 2642 O \ ATOM 24581 OE2 GLU J 230 -35.351 -93.635 -26.401 1.00159.99 O1- \ ANISOU24581 OE2 GLU J 230 15810 20858 24121 126 -1629 2998 O1- \ ATOM 24582 N ARG J 231 -40.622 -89.878 -27.662 1.00147.88 N \ ANISOU24582 N ARG J 231 14960 18884 22345 -144 -1810 2007 N \ ATOM 24583 CA ARG J 231 -41.747 -89.038 -27.243 1.00142.29 C \ ANISOU24583 CA ARG J 231 14388 18064 21609 -209 -1924 1766 C \ ATOM 24584 C ARG J 231 -42.806 -88.911 -28.340 1.00133.01 C \ ANISOU24584 C ARG J 231 13297 16827 20414 -187 -1776 1711 C \ ATOM 24585 O ARG J 231 -44.003 -89.069 -28.090 1.00131.45 O \ ANISOU24585 O ARG J 231 13272 16584 20089 -156 -1726 1509 O \ ATOM 24586 CB ARG J 231 -41.267 -87.637 -26.826 1.00144.91 C \ ANISOU24586 CB ARG J 231 14607 18306 22144 -354 -2188 1743 C \ ATOM 24587 CG ARG J 231 -41.116 -87.421 -25.319 1.00147.89 C \ ANISOU24587 CG ARG J 231 15005 18727 22460 -409 -2388 1569 C \ ATOM 24588 CD ARG J 231 -39.887 -86.565 -25.030 1.00152.88 C \ ANISOU24588 CD ARG J 231 15433 19352 23304 -528 -2605 1670 C \ ATOM 24589 NE ARG J 231 -40.186 -85.145 -25.179 1.00158.21 N \ ANISOU24589 NE ARG J 231 16053 19833 24225 -651 -2764 1542 N \ ATOM 24590 CZ ARG J 231 -39.558 -84.335 -26.021 1.00161.98 C \ ANISOU24590 CZ ARG J 231 16356 20201 24988 -724 -2820 1735 C \ ATOM 24591 NH1 ARG J 231 -38.620 -84.829 -26.814 1.00164.66 N1+ \ ANISOU24591 NH1 ARG J 231 16571 20635 25356 -682 -2719 2047 N1+ \ ATOM 24592 NH2 ARG J 231 -39.894 -83.049 -26.098 1.00161.98 N \ ANISOU24592 NH2 ARG J 231 16289 19994 25261 -835 -2965 1624 N \ ATOM 24593 N LEU J 232 -42.360 -88.677 -29.567 1.00125.73 N \ ANISOU24593 N LEU J 232 12239 15936 19597 -203 -1698 1904 N \ ATOM 24594 CA LEU J 232 -43.297 -88.441 -30.652 1.00120.80 C \ ANISOU24594 CA LEU J 232 11651 15301 18945 -204 -1579 1886 C \ ATOM 24595 C LEU J 232 -43.923 -89.719 -31.227 1.00126.15 C \ ANISOU24595 C LEU J 232 12433 16085 19413 -87 -1314 1815 C \ ATOM 24596 O LEU J 232 -45.134 -89.786 -31.398 1.00127.54 O \ ANISOU24596 O LEU J 232 12749 16227 19483 -69 -1244 1657 O \ ATOM 24597 CB LEU J 232 -42.653 -87.593 -31.749 1.00113.79 C \ ANISOU24597 CB LEU J 232 10549 14447 18239 -282 -1611 2138 C \ ATOM 24598 CG LEU J 232 -43.634 -87.127 -32.821 1.00112.01 C \ ANISOU24598 CG LEU J 232 10323 14236 17999 -309 -1531 2161 C \ ATOM 24599 CD1 LEU J 232 -43.350 -85.734 -33.225 1.00113.57 C \ ANISOU24599 CD1 LEU J 232 10338 14344 18469 -430 -1698 2350 C \ ATOM 24600 CD2 LEU J 232 -43.517 -87.994 -34.039 1.00113.48 C \ ANISOU24600 CD2 LEU J 232 10442 14651 18024 -243 -1286 2268 C \ ATOM 24601 N GLN J 233 -43.111 -90.722 -31.534 1.00129.33 N \ ANISOU24601 N GLN J 233 12752 16604 19782 -9 -1165 1920 N \ ATOM 24602 CA GLN J 233 -43.622 -91.964 -32.112 1.00131.28 C \ ANISOU24602 CA GLN J 233 13064 16933 19882 98 -903 1825 C \ ATOM 24603 C GLN J 233 -44.629 -92.710 -31.217 1.00128.53 C \ ANISOU24603 C GLN J 233 12924 16501 19410 168 -859 1607 C \ ATOM 24604 O GLN J 233 -45.642 -93.244 -31.689 1.00124.35 O \ ANISOU24604 O GLN J 233 12500 15982 18767 213 -701 1460 O \ ATOM 24605 CB GLN J 233 -42.450 -92.887 -32.489 1.00136.37 C \ ANISOU24605 CB GLN J 233 13550 17686 20576 171 -757 1964 C \ ATOM 24606 CG GLN J 233 -41.630 -92.407 -33.680 1.00141.10 C \ ANISOU24606 CG GLN J 233 13936 18432 21244 124 -718 2162 C \ ATOM 24607 CD GLN J 233 -40.416 -93.280 -33.985 1.00143.61 C \ ANISOU24607 CD GLN J 233 14083 18853 21630 199 -575 2288 C \ ATOM 24608 OE1 GLN J 233 -39.314 -92.768 -34.209 1.00146.16 O \ ANISOU24608 OE1 GLN J 233 14224 19239 22073 153 -655 2507 O \ ATOM 24609 NE2 GLN J 233 -40.604 -94.594 -33.966 1.00142.30 N \ ANISOU24609 NE2 GLN J 233 13961 18688 21421 315 -365 2154 N \ ATOM 24610 N THR J 234 -44.363 -92.714 -29.918 1.00126.94 N \ ANISOU24610 N THR J 234 12767 16240 19226 168 -1006 1594 N \ ATOM 24611 CA THR J 234 -45.184 -93.466 -28.991 1.00123.50 C \ ANISOU24611 CA THR J 234 12492 15763 18670 235 -968 1439 C \ ATOM 24612 C THR J 234 -46.611 -92.918 -28.949 1.00125.86 C \ ANISOU24612 C THR J 234 12963 15989 18871 200 -999 1233 C \ ATOM 24613 O THR J 234 -47.566 -93.658 -28.706 1.00126.15 O \ ANISOU24613 O THR J 234 13134 16003 18793 267 -886 1095 O \ ATOM 24614 CB THR J 234 -44.559 -93.479 -27.591 1.00122.33 C \ ANISOU24614 CB THR J 234 12320 15631 18527 224 -1139 1492 C \ ATOM 24615 OG1 THR J 234 -43.190 -93.888 -27.681 1.00121.72 O \ ANISOU24615 OG1 THR J 234 12062 15620 18566 248 -1123 1712 O \ ATOM 24616 CG2 THR J 234 -45.311 -94.428 -26.683 1.00124.04 C \ ANISOU24616 CG2 THR J 234 12661 15852 18616 305 -1073 1395 C \ ATOM 24617 N SER J 235 -46.753 -91.615 -29.181 1.00128.51 N \ ANISOU24617 N SER J 235 13275 16273 19280 97 -1151 1226 N \ ATOM 24618 CA SER J 235 -48.069 -90.974 -29.146 1.00124.93 C \ ANISOU24618 CA SER J 235 12959 15732 18778 60 -1191 1046 C \ ATOM 24619 C SER J 235 -48.961 -91.386 -30.307 1.00115.72 C \ ANISOU24619 C SER J 235 11840 14601 17527 96 -993 1007 C \ ATOM 24620 O SER J 235 -50.159 -91.126 -30.283 1.00111.11 O \ ANISOU24620 O SER J 235 11382 13957 16879 88 -987 860 O \ ATOM 24621 CB SER J 235 -47.975 -89.446 -28.999 1.00127.17 C \ ANISOU24621 CB SER J 235 13177 15912 19229 -60 -1413 1048 C \ ATOM 24622 OG SER J 235 -46.985 -88.905 -29.842 1.00127.33 O \ ANISOU24622 OG SER J 235 13005 15963 19411 -116 -1447 1272 O \ ATOM 24623 N PHE J 236 -48.365 -91.994 -31.329 1.00113.80 N \ ANISOU24623 N PHE J 236 11482 14475 17282 130 -832 1130 N \ ATOM 24624 CA PHE J 236 -49.126 -92.579 -32.433 1.00115.22 C \ ANISOU24624 CA PHE J 236 11684 14745 17348 164 -623 1062 C \ ATOM 24625 C PHE J 236 -49.689 -93.942 -32.051 1.00112.82 C \ ANISOU24625 C PHE J 236 11503 14422 16942 270 -453 900 C \ ATOM 24626 O PHE J 236 -50.789 -94.308 -32.451 1.00108.46 O \ ANISOU24626 O PHE J 236 11048 13877 16283 290 -335 753 O \ ATOM 24627 CB PHE J 236 -48.248 -92.759 -33.653 1.00120.03 C \ ANISOU24627 CB PHE J 236 12100 15525 17981 158 -503 1218 C \ ATOM 24628 CG PHE J 236 -47.906 -91.490 -34.331 1.00124.36 C \ ANISOU24628 CG PHE J 236 12503 16126 18621 52 -628 1407 C \ ATOM 24629 CD1 PHE J 236 -46.811 -90.749 -33.915 1.00127.70 C \ ANISOU24629 CD1 PHE J 236 12807 16497 19217 -1 -803 1582 C \ ATOM 24630 CD2 PHE J 236 -48.662 -91.036 -35.388 1.00124.17 C \ ANISOU24630 CD2 PHE J 236 12440 16212 18527 0 -574 1432 C \ ATOM 24631 CE1 PHE J 236 -46.482 -89.580 -34.540 1.00129.22 C \ ANISOU24631 CE1 PHE J 236 12841 16716 19542 -101 -919 1782 C \ ATOM 24632 CE2 PHE J 236 -48.344 -89.860 -36.016 1.00126.24 C \ ANISOU24632 CE2 PHE J 236 12535 16524 18905 -99 -691 1658 C \ ATOM 24633 CZ PHE J 236 -47.249 -89.131 -35.594 1.00129.17 C \ ANISOU24633 CZ PHE J 236 12786 16813 19481 -147 -862 1836 C \ ATOM 24634 N THR J 237 -48.898 -94.694 -31.291 1.00114.14 N \ ANISOU24634 N THR J 237 11640 14565 17163 335 -441 951 N \ ATOM 24635 CA THR J 237 -49.327 -95.960 -30.721 1.00110.13 C \ ANISOU24635 CA THR J 237 11217 14008 16620 436 -307 850 C \ ATOM 24636 C THR J 237 -50.411 -95.605 -29.743 1.00106.65 C \ ANISOU24636 C THR J 237 10952 13484 16084 421 -421 723 C \ ATOM 24637 O THR J 237 -51.439 -96.264 -29.669 1.00107.90 O \ ANISOU24637 O THR J 237 11226 13604 16167 471 -307 584 O \ ATOM 24638 CB THR J 237 -48.170 -96.648 -29.972 1.00112.74 C \ ANISOU24638 CB THR J 237 11444 14333 17060 496 -316 999 C \ ATOM 24639 OG1 THR J 237 -47.114 -96.962 -30.896 1.00112.59 O \ ANISOU24639 OG1 THR J 237 11244 14390 17144 514 -201 1112 O \ ATOM 24640 CG2 THR J 237 -48.643 -97.917 -29.276 1.00113.32 C \ ANISOU24640 CG2 THR J 237 11579 14339 17138 598 -193 943 C \ ATOM 24641 N LEU J 238 -50.184 -94.502 -29.042 1.00104.65 N \ ANISOU24641 N LEU J 238 10706 13207 15848 346 -646 755 N \ ATOM 24642 CA LEU J 238 -51.105 -93.957 -28.058 1.00102.25 C \ ANISOU24642 CA LEU J 238 10544 12845 15463 318 -779 612 C \ ATOM 24643 C LEU J 238 -52.419 -93.494 -28.684 1.00101.81 C \ ANISOU24643 C LEU J 238 10596 12738 15348 290 -736 466 C \ ATOM 24644 O LEU J 238 -53.494 -93.717 -28.130 1.00 98.78 O \ ANISOU24644 O LEU J 238 10351 12315 14864 319 -715 319 O \ ATOM 24645 CB LEU J 238 -50.404 -92.787 -27.390 1.00 99.97 C \ ANISOU24645 CB LEU J 238 10188 12545 15250 227 -1021 654 C \ ATOM 24646 CG LEU J 238 -50.578 -92.410 -25.938 1.00100.14 C \ ANISOU24646 CG LEU J 238 10268 12576 15203 201 -1196 544 C \ ATOM 24647 CD1 LEU J 238 -51.085 -93.548 -25.120 1.00101.10 C \ ANISOU24647 CD1 LEU J 238 10478 12760 15177 291 -1102 506 C \ ATOM 24648 CD2 LEU J 238 -49.188 -92.056 -25.514 1.00100.15 C \ ANISOU24648 CD2 LEU J 238 10118 12635 15300 151 -1344 686 C \ ATOM 24649 N MET J 239 -52.308 -92.853 -29.846 1.00106.91 N \ ANISOU24649 N MET J 239 11157 13405 16057 232 -722 535 N \ ATOM 24650 CA MET J 239 -53.453 -92.381 -30.633 1.00110.18 C \ ANISOU24650 CA MET J 239 11628 13806 16430 196 -678 455 C \ ATOM 24651 C MET J 239 -54.290 -93.550 -31.106 1.00111.85 C \ ANISOU24651 C MET J 239 11922 14065 16511 269 -460 341 C \ ATOM 24652 O MET J 239 -55.523 -93.503 -31.071 1.00111.38 O \ ANISOU24652 O MET J 239 11984 13964 16373 271 -432 207 O \ ATOM 24653 CB MET J 239 -52.965 -91.584 -31.853 1.00110.38 C \ ANISOU24653 CB MET J 239 11490 13904 16545 120 -696 623 C \ ATOM 24654 CG MET J 239 -54.086 -91.003 -32.693 1.00109.44 C \ ANISOU24654 CG MET J 239 11388 13800 16394 71 -669 598 C \ ATOM 24655 SD MET J 239 -54.977 -89.659 -31.882 1.00123.17 S \ ANISOU24655 SD MET J 239 13207 15336 18257 9 -875 507 S \ ATOM 24656 CE MET J 239 -54.992 -88.394 -33.158 1.00123.05 C \ ANISOU24656 CE MET J 239 12996 15352 18404 -97 -937 738 C \ ATOM 24657 N LEU J 240 -53.580 -94.572 -31.585 1.00112.00 N \ ANISOU24657 N LEU J 240 11857 14165 16534 325 -304 391 N \ ATOM 24658 CA LEU J 240 -54.137 -95.821 -32.092 1.00107.80 C \ ANISOU24658 CA LEU J 240 11357 13669 15934 395 -78 268 C \ ATOM 24659 C LEU J 240 -54.878 -96.558 -30.970 1.00108.25 C \ ANISOU24659 C LEU J 240 11560 13612 15958 466 -57 155 C \ ATOM 24660 O LEU J 240 -55.860 -97.258 -31.221 1.00108.27 O \ ANISOU24660 O LEU J 240 11640 13597 15901 501 81 15 O \ ATOM 24661 CB LEU J 240 -53.008 -96.665 -32.675 1.00104.20 C \ ANISOU24661 CB LEU J 240 10744 13295 15553 440 65 340 C \ ATOM 24662 CG LEU J 240 -53.297 -97.870 -33.560 1.00100.73 C \ ANISOU24662 CG LEU J 240 10260 12919 15092 495 321 196 C \ ATOM 24663 CD1 LEU J 240 -53.160 -99.183 -32.784 1.00101.25 C \ ANISOU24663 CD1 LEU J 240 10343 12854 15273 603 433 150 C \ ATOM 24664 CD2 LEU J 240 -54.679 -97.684 -34.155 1.00 96.75 C \ ANISOU24664 CD2 LEU J 240 9852 12462 14447 453 370 39 C \ ATOM 24665 N THR J 241 -54.412 -96.387 -29.732 1.00105.97 N \ ANISOU24665 N THR J 241 11293 13270 15702 480 -199 225 N \ ATOM 24666 CA THR J 241 -55.090 -96.948 -28.562 1.00102.82 C \ ANISOU24666 CA THR J 241 11009 12812 15247 536 -207 158 C \ ATOM 24667 C THR J 241 -56.482 -96.364 -28.317 1.00105.45 C \ ANISOU24667 C THR J 241 11494 13104 15469 506 -259 2 C \ ATOM 24668 O THR J 241 -57.452 -97.080 -28.098 1.00105.07 O \ ANISOU24668 O THR J 241 11539 13021 15361 556 -155 -96 O \ ATOM 24669 CB THR J 241 -54.256 -96.736 -27.301 1.00 97.93 C \ ANISOU24669 CB THR J 241 10350 12215 14643 537 -371 273 C \ ATOM 24670 OG1 THR J 241 -53.014 -97.420 -27.449 1.00 99.41 O \ ANISOU24670 OG1 THR J 241 10390 12433 14950 579 -309 436 O \ ATOM 24671 CG2 THR J 241 -54.953 -97.314 -26.111 1.00 94.26 C \ ANISOU24671 CG2 THR J 241 9976 11750 14091 590 -376 232 C \ ATOM 24672 N VAL J 242 -56.579 -95.051 -28.392 1.00108.80 N \ ANISOU24672 N VAL J 242 11925 13517 15895 423 -415 -15 N \ ATOM 24673 CA VAL J 242 -57.850 -94.391 -28.209 1.00109.60 C \ ANISOU24673 CA VAL J 242 12147 13565 15932 393 -466 -158 C \ ATOM 24674 C VAL J 242 -58.838 -94.737 -29.311 1.00110.45 C \ ANISOU24674 C VAL J 242 12294 13681 15991 396 -308 -229 C \ ATOM 24675 O VAL J 242 -60.028 -94.839 -29.050 1.00111.13 O \ ANISOU24675 O VAL J 242 12496 13726 16001 413 -276 -353 O \ ATOM 24676 CB VAL J 242 -57.676 -92.889 -28.067 1.00110.70 C \ ANISOU24676 CB VAL J 242 12250 13656 16155 303 -665 -158 C \ ATOM 24677 CG1 VAL J 242 -59.047 -92.183 -27.976 1.00109.59 C \ ANISOU24677 CG1 VAL J 242 12213 13436 15989 276 -701 -309 C \ ATOM 24678 CG2 VAL J 242 -56.838 -92.626 -26.845 1.00109.94 C \ ANISOU24678 CG2 VAL J 242 12122 13575 16077 294 -821 -144 C \ ATOM 24679 N VAL J 243 -58.352 -94.922 -30.536 1.00110.74 N \ ANISOU24679 N VAL J 243 12221 13797 16057 376 -210 -155 N \ ATOM 24680 CA VAL J 243 -59.229 -95.354 -31.621 1.00113.82 C \ ANISOU24680 CA VAL J 243 12623 14252 16372 370 -51 -239 C \ ATOM 24681 C VAL J 243 -59.784 -96.723 -31.318 1.00111.24 C \ ANISOU24681 C VAL J 243 12371 13889 16006 454 112 -362 C \ ATOM 24682 O VAL J 243 -60.960 -96.982 -31.530 1.00110.32 O \ ANISOU24682 O VAL J 243 12339 13760 15816 457 188 -485 O \ ATOM 24683 CB VAL J 243 -58.544 -95.390 -32.989 1.00122.00 C \ ANISOU24683 CB VAL J 243 13499 15444 17414 330 38 -155 C \ ATOM 24684 CG1 VAL J 243 -59.484 -96.022 -34.052 1.00 78.19 C \ ANISOU24684 CG1 VAL J 243 7950 10008 11749 322 217 -286 C \ ATOM 24685 CG2 VAL J 243 -58.152 -93.986 -33.402 1.00126.58 C \ ANISOU24685 CG2 VAL J 243 13981 16060 18052 239 -121 4 C \ ATOM 24686 N ALA J 244 -58.934 -97.617 -30.842 1.00112.71 N \ ANISOU24686 N ALA J 244 12507 14049 16268 521 170 -311 N \ ATOM 24687 CA ALA J 244 -59.425 -98.934 -30.485 1.00115.15 C \ ANISOU24687 CA ALA J 244 12858 14290 16603 603 323 -395 C \ ATOM 24688 C ALA J 244 -60.506 -98.784 -29.432 1.00113.27 C \ ANISOU24688 C ALA J 244 12769 13981 16287 620 249 -452 C \ ATOM 24689 O ALA J 244 -61.573 -99.368 -29.541 1.00113.11 O \ ANISOU24689 O ALA J 244 12821 13923 16234 644 356 -568 O \ ATOM 24690 CB ALA J 244 -58.279 -99.821 -29.959 1.00117.38 C \ ANISOU24690 CB ALA J 244 13038 14537 17026 675 370 -276 C \ ATOM 24691 N TYR J 245 -60.272 -97.900 -28.478 1.00113.52 N \ ANISOU24691 N TYR J 245 12838 14012 16284 597 62 -391 N \ ATOM 24692 CA TYR J 245 -61.194 -97.743 -27.363 1.00117.31 C \ ANISOU24692 CA TYR J 245 13437 14462 16673 616 -10 -455 C \ ATOM 24693 C TYR J 245 -62.502 -97.071 -27.798 1.00121.22 C \ ANISOU24693 C TYR J 245 14033 14931 17092 572 -17 -594 C \ ATOM 24694 O TYR J 245 -63.565 -97.361 -27.247 1.00119.08 O \ ANISOU24694 O TYR J 245 13861 14632 16751 604 15 -680 O \ ATOM 24695 CB TYR J 245 -60.524 -96.986 -26.216 1.00116.91 C \ ANISOU24695 CB TYR J 245 13372 14452 16595 595 -205 -393 C \ ATOM 24696 CG TYR J 245 -61.151 -97.255 -24.871 1.00111.92 C \ ANISOU24696 CG TYR J 245 12813 13857 15854 637 -246 -426 C \ ATOM 24697 CD1 TYR J 245 -62.456 -96.859 -24.611 1.00107.26 C \ ANISOU24697 CD1 TYR J 245 12341 13247 15168 629 -257 -576 C \ ATOM 24698 CD2 TYR J 245 -60.438 -97.917 -23.870 1.00110.76 C \ ANISOU24698 CD2 TYR J 245 12597 13792 15696 684 -270 -287 C \ ATOM 24699 CE1 TYR J 245 -63.040 -97.102 -23.419 1.00109.25 C \ ANISOU24699 CE1 TYR J 245 12643 13568 15300 666 -284 -606 C \ ATOM 24700 CE2 TYR J 245 -61.011 -98.163 -22.656 1.00113.31 C \ ANISOU24700 CE2 TYR J 245 12959 14204 15890 716 -307 -292 C \ ATOM 24701 CZ TYR J 245 -62.323 -97.750 -22.437 1.00115.91 C \ ANISOU24701 CZ TYR J 245 13410 14522 16107 707 -310 -461 C \ ATOM 24702 OH TYR J 245 -62.948 -97.975 -21.232 1.00121.70 O \ ANISOU24702 OH TYR J 245 14174 15379 16689 738 -339 -472 O \ ATOM 24703 N ALA J 246 -62.407 -96.129 -28.737 1.00127.78 N \ ANISOU24703 N ALA J 246 14822 15781 17948 498 -68 -588 N \ ATOM 24704 CA ALA J 246 -63.590 -95.500 -29.333 1.00129.09 C \ ANISOU24704 CA ALA J 246 15045 15933 18070 452 -65 -676 C \ ATOM 24705 C ALA J 246 -64.465 -96.584 -29.915 1.00131.83 C \ ANISOU24705 C ALA J 246 15431 16297 18361 485 122 -766 C \ ATOM 24706 O ALA J 246 -65.679 -96.535 -29.807 1.00129.67 O \ ANISOU24706 O ALA J 246 15250 15993 18028 487 144 -861 O \ ATOM 24707 CB ALA J 246 -63.197 -94.511 -30.426 1.00128.57 C \ ANISOU24707 CB ALA J 246 14872 15916 18063 367 -124 -587 C \ ATOM 24708 N PHE J 247 -63.813 -97.566 -30.530 1.00138.98 N \ ANISOU24708 N PHE J 247 16253 17249 19306 511 259 -747 N \ ATOM 24709 CA PHE J 247 -64.456 -98.698 -31.188 1.00142.96 C \ ANISOU24709 CA PHE J 247 16754 17765 19798 536 453 -865 C \ ATOM 24710 C PHE J 247 -65.178 -99.654 -30.230 1.00136.92 C \ ANISOU24710 C PHE J 247 16078 16892 19054 613 521 -922 C \ ATOM 24711 O PHE J 247 -66.347 -99.965 -30.435 1.00138.02 O \ ANISOU24711 O PHE J 247 16282 17011 19147 610 596 -1035 O \ ATOM 24712 CB PHE J 247 -63.397 -99.458 -31.967 1.00155.32 C \ ANISOU24712 CB PHE J 247 18178 19392 21443 548 577 -851 C \ ATOM 24713 CG PHE J 247 -63.945-100.352 -33.018 1.00167.54 C \ ANISOU24713 CG PHE J 247 19677 21001 22979 538 770 -1017 C \ ATOM 24714 CD1 PHE J 247 -65.312-100.476 -33.212 1.00172.13 C \ ANISOU24714 CD1 PHE J 247 20342 21579 23480 517 816 -1147 C \ ATOM 24715 CD2 PHE J 247 -63.089-101.096 -33.808 1.00172.55 C \ ANISOU24715 CD2 PHE J 247 20167 21703 23690 548 910 -1065 C \ ATOM 24716 CE1 PHE J 247 -65.807-101.327 -34.171 1.00175.63 C \ ANISOU24716 CE1 PHE J 247 20726 22093 23913 497 991 -1328 C \ ATOM 24717 CE2 PHE J 247 -63.580-101.945 -34.750 1.00174.75 C \ ANISOU24717 CE2 PHE J 247 20382 22051 23964 532 1093 -1269 C \ ATOM 24718 CZ PHE J 247 -64.933-102.062 -34.946 1.00176.09 C \ ANISOU24718 CZ PHE J 247 20634 22225 24046 502 1130 -1406 C \ ATOM 24719 N TYR J 248 -64.470-100.140 -29.215 1.00130.56 N \ ANISOU24719 N TYR J 248 15253 16032 18322 677 497 -822 N \ ATOM 24720 CA TYR J 248 -65.045-101.009 -28.180 1.00126.08 C \ ANISOU24720 CA TYR J 248 14736 15387 17781 751 546 -809 C \ ATOM 24721 C TYR J 248 -66.239-100.371 -27.443 1.00129.87 C \ ANISOU24721 C TYR J 248 15350 15869 18124 741 455 -864 C \ ATOM 24722 O TYR J 248 -67.264-101.018 -27.220 1.00133.14 O \ ANISOU24722 O TYR J 248 15818 16236 18532 774 544 -922 O \ ATOM 24723 CB TYR J 248 -63.919-101.444 -27.228 1.00119.83 C \ ANISOU24723 CB TYR J 248 13865 14591 17076 808 504 -633 C \ ATOM 24724 CG TYR J 248 -64.271-101.847 -25.805 1.00115.53 C \ ANISOU24724 CG TYR J 248 13351 14047 16498 867 463 -533 C \ ATOM 24725 CD1 TYR J 248 -64.913-103.039 -25.508 1.00110.18 C \ ANISOU24725 CD1 TYR J 248 12657 13289 15919 931 601 -508 C \ ATOM 24726 CD2 TYR J 248 -63.877-101.058 -24.741 1.00116.54 C \ ANISOU24726 CD2 TYR J 248 13496 14279 16506 854 284 -451 C \ ATOM 24727 CE1 TYR J 248 -65.186-103.386 -24.187 1.00105.42 C \ ANISOU24727 CE1 TYR J 248 12052 12732 15271 982 558 -368 C \ ATOM 24728 CE2 TYR J 248 -64.149-101.414 -23.428 1.00111.39 C \ ANISOU24728 CE2 TYR J 248 12844 13698 15780 900 244 -350 C \ ATOM 24729 CZ TYR J 248 -64.796-102.569 -23.162 1.00103.39 C \ ANISOU24729 CZ TYR J 248 11811 12627 14847 965 380 -288 C \ ATOM 24730 OH TYR J 248 -65.047-102.879 -21.855 1.00100.21 O \ ANISOU24730 OH TYR J 248 11383 12337 14353 1005 334 -149 O \ ATOM 24731 N THR J 249 -66.106 -99.097 -27.096 1.00130.26 N \ ANISOU24731 N THR J 249 15438 15965 18089 695 285 -858 N \ ATOM 24732 CA THR J 249 -67.184 -98.307 -26.506 1.00129.28 C \ ANISOU24732 CA THR J 249 15422 15842 17858 679 197 -945 C \ ATOM 24733 C THR J 249 -68.390 -98.272 -27.434 1.00123.66 C \ ANISOU24733 C THR J 249 14762 15100 17122 648 284 -1057 C \ ATOM 24734 O THR J 249 -69.520 -98.414 -27.010 1.00120.43 O \ ANISOU24734 O THR J 249 14434 14668 16656 670 313 -1127 O \ ATOM 24735 CB THR J 249 -66.705 -96.871 -26.240 1.00135.33 C \ ANISOU24735 CB THR J 249 16180 16630 18609 621 10 -950 C \ ATOM 24736 OG1 THR J 249 -65.798 -96.875 -25.127 1.00139.33 O \ ANISOU24736 OG1 THR J 249 16648 17195 19097 644 -88 -876 O \ ATOM 24737 CG2 THR J 249 -67.870 -95.961 -25.926 1.00135.21 C \ ANISOU24737 CG2 THR J 249 16251 16585 18536 597 -59 -1076 C \ ATOM 24738 N SER J 250 -68.125 -98.005 -28.702 1.00127.16 N \ ANISOU24738 N SER J 250 15143 15574 17599 590 316 -1062 N \ ATOM 24739 CA SER J 250 -69.148 -97.857 -29.735 1.00130.06 C \ ANISOU24739 CA SER J 250 15524 15969 17924 540 382 -1145 C \ ATOM 24740 C SER J 250 -69.963 -99.075 -30.063 1.00128.54 C \ ANISOU24740 C SER J 250 15350 15760 17728 568 553 -1243 C \ ATOM 24741 O SER J 250 -71.157 -98.998 -30.335 1.00130.07 O \ ANISOU24741 O SER J 250 15597 15956 17866 546 585 -1322 O \ ATOM 24742 CB SER J 250 -68.498 -97.385 -31.024 1.00135.45 C \ ANISOU24742 CB SER J 250 16093 16752 18619 467 380 -1096 C \ ATOM 24743 OG SER J 250 -67.981 -96.092 -30.821 1.00141.71 O \ ANISOU24743 OG SER J 250 16859 17536 19449 426 212 -1002 O \ ATOM 24744 N ASN J 251 -69.294-100.204 -30.075 1.00126.33 N \ ANISOU24744 N ASN J 251 15008 15454 17537 613 665 -1237 N \ ATOM 24745 CA ASN J 251 -69.960-101.437 -30.390 1.00126.50 C \ ANISOU24745 CA ASN J 251 15017 15428 17618 638 836 -1345 C \ ATOM 24746 C ASN J 251 -70.918-101.884 -29.287 1.00126.37 C \ ANISOU24746 C ASN J 251 15091 15316 17606 698 846 -1337 C \ ATOM 24747 O ASN J 251 -71.966-102.464 -29.564 1.00129.14 O \ ANISOU24747 O ASN J 251 15467 15633 17969 694 945 -1439 O \ ATOM 24748 CB ASN J 251 -68.906-102.490 -30.715 1.00129.02 C \ ANISOU24748 CB ASN J 251 15213 15716 18093 673 958 -1344 C \ ATOM 24749 CG ASN J 251 -69.495-103.827 -31.008 1.00132.33 C \ ANISOU24749 CG ASN J 251 15588 16046 18644 700 1142 -1476 C \ ATOM 24750 OD1 ASN J 251 -69.362-104.753 -30.210 1.00136.28 O \ ANISOU24750 OD1 ASN J 251 16062 16411 19308 777 1203 -1409 O \ ATOM 24751 ND2 ASN J 251 -70.192-103.937 -32.138 1.00131.38 N \ ANISOU24751 ND2 ASN J 251 15445 16007 18467 632 1229 -1657 N \ ATOM 24752 N ILE J 252 -70.595-101.532 -28.049 1.00122.47 N \ ANISOU24752 N ILE J 252 14638 14812 17083 744 734 -1219 N \ ATOM 24753 CA ILE J 252 -71.309-102.037 -26.880 1.00120.78 C \ ANISOU24753 CA ILE J 252 14476 14557 16859 808 746 -1171 C \ ATOM 24754 C ILE J 252 -72.435-101.113 -26.387 1.00121.23 C \ ANISOU24754 C ILE J 252 14646 14651 16764 791 655 -1230 C \ ATOM 24755 O ILE J 252 -73.578-101.531 -26.190 1.00125.33 O \ ANISOU24755 O ILE J 252 15214 15140 17267 810 722 -1275 O \ ATOM 24756 CB ILE J 252 -70.269-102.309 -25.743 1.00109.98 C \ ANISOU24756 CB ILE J 252 13051 13212 15525 868 686 -996 C \ ATOM 24757 CG1 ILE J 252 -69.306-103.397 -26.186 1.00115.54 C \ ANISOU24757 CG1 ILE J 252 13625 13843 16432 900 805 -929 C \ ATOM 24758 CG2 ILE J 252 -70.907-102.764 -24.459 1.00109.82 C \ ANISOU24758 CG2 ILE J 252 13052 13214 15459 929 684 -903 C \ ATOM 24759 CD1 ILE J 252 -70.022-104.635 -26.652 1.00119.59 C \ ANISOU24759 CD1 ILE J 252 14097 14233 17109 925 989 -1000 C \ ATOM 24760 N LEU J 253 -72.105 -99.839 -26.273 1.00117.28 N \ ANISOU24760 N LEU J 253 14172 14203 16184 752 508 -1240 N \ ATOM 24761 CA LEU J 253 -72.988 -98.800 -25.759 1.00111.04 C \ ANISOU24761 CA LEU J 253 13464 13433 15294 737 409 -1313 C \ ATOM 24762 C LEU J 253 -74.223 -98.526 -26.637 1.00107.94 C \ ANISOU24762 C LEU J 253 13114 13008 14889 695 460 -1409 C \ ATOM 24763 O LEU J 253 -74.203 -98.816 -27.845 1.00103.87 O \ ANISOU24763 O LEU J 253 12554 12496 14417 649 536 -1428 O \ ATOM 24764 CB LEU J 253 -72.142 -97.551 -25.556 1.00108.05 C \ ANISOU24764 CB LEU J 253 13063 13082 14909 698 247 -1308 C \ ATOM 24765 CG LEU J 253 -71.637 -97.386 -24.127 1.00107.06 C \ ANISOU24765 CG LEU J 253 12935 13032 14710 737 148 -1282 C \ ATOM 24766 CD1 LEU J 253 -70.894 -98.606 -23.640 1.00100.04 C \ ANISOU24766 CD1 LEU J 253 11986 12187 13837 793 215 -1139 C \ ATOM 24767 CD2 LEU J 253 -70.730 -96.165 -24.072 1.00111.79 C \ ANISOU24767 CD2 LEU J 253 13491 13639 15343 684 -11 -1304 C \ ATOM 24768 N PRO J 254 -75.302 -97.968 -26.028 1.00104.94 N \ ANISOU24768 N PRO J 254 12805 12623 14442 707 420 -1475 N \ ATOM 24769 CA PRO J 254 -76.568 -97.822 -26.758 1.00 97.74 C \ ANISOU24769 CA PRO J 254 11926 11685 13524 674 475 -1542 C \ ATOM 24770 C PRO J 254 -76.431 -96.818 -27.878 1.00 94.38 C \ ANISOU24770 C PRO J 254 11450 11266 13141 593 413 -1537 C \ ATOM 24771 O PRO J 254 -75.932 -95.718 -27.618 1.00 90.47 O \ ANISOU24771 O PRO J 254 10936 10753 12686 575 285 -1523 O \ ATOM 24772 CB PRO J 254 -77.498 -97.257 -25.692 1.00 97.06 C \ ANISOU24772 CB PRO J 254 11907 11596 13373 712 424 -1604 C \ ATOM 24773 CG PRO J 254 -76.571 -96.502 -24.720 1.00 97.01 C \ ANISOU24773 CG PRO J 254 11888 11626 13345 727 291 -1610 C \ ATOM 24774 CD PRO J 254 -75.375 -97.383 -24.666 1.00100.79 C \ ANISOU24774 CD PRO J 254 12317 12140 13840 746 320 -1503 C \ ATOM 24775 N ARG J 255 -76.911 -97.138 -29.075 1.00 97.83 N \ ANISOU24775 N ARG J 255 11850 11743 13578 540 495 -1545 N \ ATOM 24776 CA ARG J 255 -76.773 -96.176 -30.163 1.00109.25 C \ ANISOU24776 CA ARG J 255 13217 13244 15050 457 432 -1490 C \ ATOM 24777 C ARG J 255 -77.722 -94.995 -29.965 1.00115.00 C \ ANISOU24777 C ARG J 255 13962 13916 15818 442 344 -1488 C \ ATOM 24778 O ARG J 255 -78.933 -95.170 -29.761 1.00121.06 O \ ANISOU24778 O ARG J 255 14783 14660 16552 461 392 -1545 O \ ATOM 24779 CB ARG J 255 -76.975 -96.805 -31.541 1.00115.72 C \ ANISOU24779 CB ARG J 255 13960 14187 15822 391 539 -1500 C \ ATOM 24780 CG ARG J 255 -75.729 -97.408 -32.179 1.00124.95 C \ ANISOU24780 CG ARG J 255 15042 15438 16994 372 592 -1486 C \ ATOM 24781 CD ARG J 255 -75.440 -98.749 -31.540 1.00134.56 C \ ANISOU24781 CD ARG J 255 16300 16580 18248 446 701 -1560 C \ ATOM 24782 NE ARG J 255 -74.412 -99.527 -32.225 1.00141.11 N \ ANISOU24782 NE ARG J 255 17032 17470 19112 433 790 -1584 N \ ATOM 24783 CZ ARG J 255 -73.890-100.655 -31.748 1.00144.30 C \ ANISOU24783 CZ ARG J 255 17427 17790 19610 498 883 -1616 C \ ATOM 24784 NH1 ARG J 255 -74.301-101.138 -30.581 1.00145.00 N1+ \ ANISOU24784 NH1 ARG J 255 17594 17754 19745 575 892 -1596 N1+ \ ATOM 24785 NH2 ARG J 255 -72.961-101.303 -32.439 1.00145.70 N \ ANISOU24785 NH2 ARG J 255 17498 18015 19846 487 972 -1655 N \ ATOM 24786 N LEU J 256 -77.160 -93.791 -30.068 1.00109.53 N \ ANISOU24786 N LEU J 256 13203 13188 15226 407 218 -1416 N \ ATOM 24787 CA LEU J 256 -77.889 -92.558 -29.819 1.00102.59 C \ ANISOU24787 CA LEU J 256 12308 12210 14460 397 126 -1417 C \ ATOM 24788 C LEU J 256 -77.624 -91.562 -30.910 1.00101.75 C \ ANISOU24788 C LEU J 256 12057 12127 14477 313 52 -1257 C \ ATOM 24789 O LEU J 256 -76.636 -91.654 -31.600 1.00104.93 O \ ANISOU24789 O LEU J 256 12379 12620 14870 269 44 -1157 O \ ATOM 24790 CB LEU J 256 -77.429 -91.967 -28.492 1.00 99.27 C \ ANISOU24790 CB LEU J 256 11929 11683 14105 449 29 -1513 C \ ATOM 24791 CG LEU J 256 -77.794 -92.810 -27.293 1.00 96.91 C \ ANISOU24791 CG LEU J 256 11747 11402 13673 531 89 -1639 C \ ATOM 24792 CD1 LEU J 256 -77.039 -92.373 -26.077 1.00 97.16 C \ ANISOU24792 CD1 LEU J 256 11790 11414 13713 565 -8 -1725 C \ ATOM 24793 CD2 LEU J 256 -79.255 -92.572 -27.111 1.00 96.16 C \ ANISOU24793 CD2 LEU J 256 11692 11264 13581 551 126 -1709 C \ ATOM 24794 N PRO J 257 -78.522 -90.604 -31.076 1.00103.82 N \ ANISOU24794 N PRO J 257 12266 12313 14869 291 2 -1213 N \ ATOM 24795 CA PRO J 257 -78.246 -89.515 -32.006 1.00101.65 C \ ANISOU24795 CA PRO J 257 11818 12040 14765 212 -86 -1012 C \ ATOM 24796 C PRO J 257 -77.623 -88.317 -31.306 1.00101.23 C \ ANISOU24796 C PRO J 257 11710 11788 14965 221 -222 -1022 C \ ATOM 24797 O PRO J 257 -77.869 -87.210 -31.739 1.00101.78 O \ ANISOU24797 O PRO J 257 11638 11764 15268 176 -299 -884 O \ ATOM 24798 CB PRO J 257 -79.629 -89.181 -32.567 1.00108.54 C \ ANISOU24798 CB PRO J 257 12638 12927 15674 184 -59 -938 C \ ATOM 24799 CG PRO J 257 -80.593 -89.555 -31.486 1.00112.75 C \ ANISOU24799 CG PRO J 257 13324 13355 16160 267 -7 -1145 C \ ATOM 24800 CD PRO J 257 -79.950 -90.687 -30.704 1.00110.48 C \ ANISOU24800 CD PRO J 257 13178 13106 15691 327 54 -1301 C \ ATOM 24801 N TYR J 258 -76.946 -88.510 -30.182 1.00106.46 N \ ANISOU24801 N TYR J 258 12468 12382 15601 276 -252 -1189 N \ ATOM 24802 CA TYR J 258 -76.200 -87.403 -29.571 1.00114.79 C \ ANISOU24802 CA TYR J 258 13451 13272 16893 267 -388 -1227 C \ ATOM 24803 C TYR J 258 -75.013 -87.849 -28.709 1.00117.15 C \ ANISOU24803 C TYR J 258 13816 13602 17093 298 -421 -1337 C \ ATOM 24804 O TYR J 258 -74.901 -89.011 -28.333 1.00120.12 O \ ANISOU24804 O TYR J 258 14308 14098 17234 345 -335 -1403 O \ ATOM 24805 CB TYR J 258 -77.126 -86.504 -28.775 1.00119.87 C \ ANISOU24805 CB TYR J 258 14092 13725 17727 300 -432 -1385 C \ ATOM 24806 CG TYR J 258 -78.149 -87.266 -28.015 1.00125.05 C \ ANISOU24806 CG TYR J 258 14902 14430 18183 373 -334 -1568 C \ ATOM 24807 CD1 TYR J 258 -77.888 -87.709 -26.733 1.00130.61 C \ ANISOU24807 CD1 TYR J 258 15718 15167 18741 435 -331 -1782 C \ ATOM 24808 CD2 TYR J 258 -79.381 -87.553 -28.577 1.00128.29 C \ ANISOU24808 CD2 TYR J 258 15328 14877 18540 376 -247 -1506 C \ ATOM 24809 CE1 TYR J 258 -78.831 -88.411 -26.020 1.00136.07 C \ ANISOU24809 CE1 TYR J 258 16528 15924 19247 502 -239 -1916 C \ ATOM 24810 CE2 TYR J 258 -80.331 -88.258 -27.881 1.00133.74 C \ ANISOU24810 CE2 TYR J 258 16148 15609 19059 442 -156 -1656 C \ ATOM 24811 CZ TYR J 258 -80.054 -88.685 -26.599 1.00139.29 C \ ANISOU24811 CZ TYR J 258 16957 16341 19628 507 -150 -1855 C \ ATOM 24812 OH TYR J 258 -81.010 -89.383 -25.893 1.00144.55 O \ ANISOU24812 OH TYR J 258 17729 17069 20124 572 -58 -1972 O \ ATOM 24813 N THR J 259 -74.142 -86.916 -28.355 1.00116.30 N \ ANISOU24813 N THR J 259 13618 13379 17190 269 -549 -1352 N \ ATOM 24814 CA THR J 259 -72.956 -87.299 -27.610 1.00117.21 C \ ANISOU24814 CA THR J 259 13773 13551 17212 285 -592 -1427 C \ ATOM 24815 C THR J 259 -73.278 -87.462 -26.135 1.00123.71 C \ ANISOU24815 C THR J 259 14704 14373 17927 348 -601 -1693 C \ ATOM 24816 O THR J 259 -73.883 -86.567 -25.535 1.00128.01 O \ ANISOU24816 O THR J 259 15223 14787 18626 353 -656 -1863 O \ ATOM 24817 CB THR J 259 -71.894 -86.243 -27.739 1.00113.48 C \ ANISOU24817 CB THR J 259 13153 12968 16999 222 -733 -1356 C \ ATOM 24818 OG1 THR J 259 -72.342 -85.055 -27.089 1.00115.04 O \ ANISOU24818 OG1 THR J 259 13289 12961 17459 214 -827 -1521 O \ ATOM 24819 CG2 THR J 259 -71.658 -85.977 -29.199 1.00111.63 C \ ANISOU24819 CG2 THR J 259 12780 12764 16872 155 -727 -1063 C \ ATOM 24820 N THR J 260 -72.816 -88.563 -25.539 1.00123.79 N \ ANISOU24820 N THR J 260 14807 14538 17689 394 -549 -1724 N \ ATOM 24821 CA THR J 260 -73.010 -88.794 -24.106 1.00122.34 C \ ANISOU24821 CA THR J 260 14700 14427 17357 448 -560 -1936 C \ ATOM 24822 C THR J 260 -71.781 -88.340 -23.325 1.00122.58 C \ ANISOU24822 C THR J 260 14667 14486 17423 421 -691 -2015 C \ ATOM 24823 O THR J 260 -70.825 -87.817 -23.908 1.00125.50 O \ ANISOU24823 O THR J 260 14939 14784 17961 363 -772 -1904 O \ ATOM 24824 CB THR J 260 -73.220 -90.283 -23.796 1.00117.82 C \ ANISOU24824 CB THR J 260 14233 14022 16511 514 -433 -1887 C \ ATOM 24825 OG1 THR J 260 -71.962 -90.960 -23.751 1.00115.20 O \ ANISOU24825 OG1 THR J 260 13878 13787 16104 513 -444 -1770 O \ ATOM 24826 CG2 THR J 260 -74.121 -90.925 -24.828 1.00116.80 C \ ANISOU24826 CG2 THR J 260 14146 13880 16353 522 -301 -1776 C \ ATOM 24827 N VAL J 261 -71.804 -88.559 -22.014 1.00118.78 N \ ANISOU24827 N VAL J 261 14225 14136 16768 458 -713 -2195 N \ ATOM 24828 CA VAL J 261 -70.670 -88.215 -21.167 1.00117.88 C \ ANISOU24828 CA VAL J 261 14043 14105 16639 426 -840 -2287 C \ ATOM 24829 C VAL J 261 -69.455 -89.034 -21.611 1.00118.67 C \ ANISOU24829 C VAL J 261 14125 14291 16672 419 -831 -2045 C \ ATOM 24830 O VAL J 261 -68.362 -88.498 -21.808 1.00121.52 O \ ANISOU24830 O VAL J 261 14393 14607 17172 362 -937 -1997 O \ ATOM 24831 CB VAL J 261 -70.981 -88.503 -19.698 1.00113.79 C \ ANISOU24831 CB VAL J 261 13560 13802 15872 467 -845 -2494 C \ ATOM 24832 CG1 VAL J 261 -69.918 -87.904 -18.805 1.00113.61 C \ ANISOU24832 CG1 VAL J 261 13440 13879 15846 414 -997 -2645 C \ ATOM 24833 CG2 VAL J 261 -72.308 -87.914 -19.354 1.00112.03 C \ ANISOU24833 CG2 VAL J 261 13363 13513 15690 490 -811 -2720 C \ ATOM 24834 N ILE J 262 -69.664 -90.334 -21.783 1.00116.01 N \ ANISOU24834 N ILE J 262 13864 14063 16153 478 -699 -1896 N \ ATOM 24835 CA ILE J 262 -68.631 -91.215 -22.305 1.00118.09 C \ ANISOU24835 CA ILE J 262 14100 14382 16385 483 -659 -1673 C \ ATOM 24836 C ILE J 262 -68.100 -90.824 -23.692 1.00123.60 C \ ANISOU24836 C ILE J 262 14732 14952 17279 429 -663 -1526 C \ ATOM 24837 O ILE J 262 -66.885 -90.802 -23.895 1.00127.18 O \ ANISOU24837 O ILE J 262 15106 15426 17789 400 -720 -1414 O \ ATOM 24838 CB ILE J 262 -69.120 -92.672 -22.319 1.00115.21 C \ ANISOU24838 CB ILE J 262 13808 14108 15858 557 -498 -1564 C \ ATOM 24839 CG1 ILE J 262 -69.030 -93.229 -20.912 1.00113.30 C \ ANISOU24839 CG1 ILE J 262 13572 14059 15419 603 -514 -1595 C \ ATOM 24840 CG2 ILE J 262 -68.246 -93.540 -23.183 1.00115.47 C \ ANISOU24840 CG2 ILE J 262 13801 14139 15934 563 -422 -1360 C \ ATOM 24841 CD1 ILE J 262 -69.514 -94.625 -20.794 1.00112.79 C \ ANISOU24841 CD1 ILE J 262 13549 14065 15241 676 -365 -1465 C \ ATOM 24842 N ASP J 263 -68.983 -90.460 -24.620 1.00124.30 N \ ANISOU24842 N ASP J 263 14831 14932 17465 412 -611 -1513 N \ ATOM 24843 CA ASP J 263 -68.539 -90.049 -25.946 1.00124.38 C \ ANISOU24843 CA ASP J 263 14750 14875 17634 353 -617 -1348 C \ ATOM 24844 C ASP J 263 -67.609 -88.872 -25.789 1.00123.70 C \ ANISOU24844 C ASP J 263 14547 14703 17750 288 -781 -1349 C \ ATOM 24845 O ASP J 263 -66.613 -88.771 -26.485 1.00123.23 O \ ANISOU24845 O ASP J 263 14392 14652 17776 247 -811 -1185 O \ ATOM 24846 CB ASP J 263 -69.709 -89.656 -26.856 1.00130.13 C \ ANISOU24846 CB ASP J 263 15478 15528 18438 333 -561 -1324 C \ ATOM 24847 CG ASP J 263 -70.525 -90.853 -27.337 1.00134.60 C \ ANISOU24847 CG ASP J 263 16130 16183 18827 376 -393 -1298 C \ ATOM 24848 OD1 ASP J 263 -69.918 -91.843 -27.831 1.00137.88 O \ ANISOU24848 OD1 ASP J 263 16539 16697 19154 388 -304 -1202 O \ ATOM 24849 OD2 ASP J 263 -71.778 -90.778 -27.252 1.00132.51 O1- \ ANISOU24849 OD2 ASP J 263 15926 15881 18539 395 -348 -1381 O1- \ ATOM 24850 N GLN J 264 -67.928 -87.999 -24.844 1.00124.23 N \ ANISOU24850 N GLN J 264 14610 14691 17902 278 -885 -1552 N \ ATOM 24851 CA GLN J 264 -67.117 -86.827 -24.601 1.00127.21 C \ ANISOU24851 CA GLN J 264 14862 14957 18514 210 -1047 -1603 C \ ATOM 24852 C GLN J 264 -65.723 -87.194 -24.045 1.00127.97 C \ ANISOU24852 C GLN J 264 14921 15176 18524 199 -1118 -1566 C \ ATOM 24853 O GLN J 264 -64.711 -86.654 -24.500 1.00128.54 O \ ANISOU24853 O GLN J 264 14873 15190 18775 138 -1207 -1445 O \ ATOM 24854 CB GLN J 264 -67.886 -85.869 -23.683 1.00132.03 C \ ANISOU24854 CB GLN J 264 15467 15456 19242 204 -1123 -1891 C \ ATOM 24855 CG GLN J 264 -69.076 -85.205 -24.407 1.00137.26 C \ ANISOU24855 CG GLN J 264 16107 15940 20106 198 -1081 -1877 C \ ATOM 24856 CD GLN J 264 -70.043 -84.454 -23.488 1.00143.94 C \ ANISOU24856 CD GLN J 264 16959 16680 21050 214 -1112 -2185 C \ ATOM 24857 OE1 GLN J 264 -69.736 -83.362 -22.999 1.00146.92 O \ ANISOU24857 OE1 GLN J 264 17224 16912 21687 166 -1235 -2366 O \ ATOM 24858 NE2 GLN J 264 -71.234 -85.022 -23.285 1.00144.23 N \ ANISOU24858 NE2 GLN J 264 17114 16784 20905 279 -996 -2257 N \ ATOM 24859 N MET J 265 -65.657 -88.144 -23.113 1.00127.72 N \ ANISOU24859 N MET J 265 14974 15326 18229 255 -1077 -1630 N \ ATOM 24860 CA MET J 265 -64.363 -88.646 -22.614 1.00124.20 C \ ANISOU24860 CA MET J 265 14481 15024 17686 251 -1130 -1546 C \ ATOM 24861 C MET J 265 -63.461 -89.195 -23.743 1.00116.51 C \ ANISOU24861 C MET J 265 13453 14050 16765 247 -1070 -1270 C \ ATOM 24862 O MET J 265 -62.246 -89.036 -23.710 1.00114.07 O \ ANISOU24862 O MET J 265 13049 13771 16523 209 -1156 -1177 O \ ATOM 24863 CB MET J 265 -64.579 -89.733 -21.570 1.00121.96 C \ ANISOU24863 CB MET J 265 14276 14949 17112 322 -1067 -1584 C \ ATOM 24864 CG MET J 265 -64.611 -89.218 -20.158 1.00121.40 C \ ANISOU24864 CG MET J 265 14183 15005 16937 302 -1186 -1826 C \ ATOM 24865 SD MET J 265 -64.312 -90.583 -19.023 1.00158.94 S \ ANISOU24865 SD MET J 265 18955 20079 21355 368 -1138 -1728 S \ ATOM 24866 CE MET J 265 -64.353 -89.715 -17.453 1.00181.61 C \ ANISOU24866 CE MET J 265 21764 23154 24085 317 -1297 -2056 C \ ATOM 24867 N ILE J 266 -64.064 -89.893 -24.697 1.00111.12 N \ ANISOU24867 N ILE J 266 12825 13359 16037 284 -917 -1158 N \ ATOM 24868 CA ILE J 266 -63.365 -90.342 -25.892 1.00107.87 C \ ANISOU24868 CA ILE J 266 12347 12966 15673 274 -842 -941 C \ ATOM 24869 C ILE J 266 -62.836 -89.156 -26.728 1.00108.89 C \ ANISOU24869 C ILE J 266 12340 12993 16039 188 -945 -840 C \ ATOM 24870 O ILE J 266 -61.673 -89.165 -27.141 1.00112.67 O \ ANISOU24870 O ILE J 266 12715 13510 16583 160 -976 -685 O \ ATOM 24871 CB ILE J 266 -64.289 -91.220 -26.769 1.00104.68 C \ ANISOU24871 CB ILE J 266 12013 12589 15172 316 -659 -901 C \ ATOM 24872 CG1 ILE J 266 -64.781 -92.443 -25.985 1.00105.13 C \ ANISOU24872 CG1 ILE J 266 12177 12722 15044 400 -552 -967 C \ ATOM 24873 CG2 ILE J 266 -63.621 -91.616 -28.061 1.00102.44 C \ ANISOU24873 CG2 ILE J 266 11639 12361 14922 296 -574 -724 C \ ATOM 24874 CD1 ILE J 266 -63.764 -93.510 -25.785 1.00105.10 C \ ANISOU24874 CD1 ILE J 266 12134 12807 14991 445 -495 -848 C \ ATOM 24875 N ILE J 267 -63.671 -88.141 -26.973 1.00103.83 N \ ANISOU24875 N ILE J 267 11681 12219 15550 148 -996 -903 N \ ATOM 24876 CA ILE J 267 -63.216 -86.965 -27.710 1.00 99.00 C \ ANISOU24876 CA ILE J 267 10909 11492 15213 64 -1100 -772 C \ ATOM 24877 C ILE J 267 -62.061 -86.337 -26.939 1.00100.85 C \ ANISOU24877 C ILE J 267 11054 11679 15584 20 -1263 -817 C \ ATOM 24878 O ILE J 267 -61.049 -85.960 -27.533 1.00103.54 O \ ANISOU24878 O ILE J 267 11258 12011 16073 -34 -1323 -631 O \ ATOM 24879 CB ILE J 267 -64.306 -85.879 -27.890 1.00 93.94 C \ ANISOU24879 CB ILE J 267 10235 10676 14781 31 -1146 -838 C \ ATOM 24880 CG1 ILE J 267 -65.702 -86.475 -28.069 1.00 89.65 C \ ANISOU24880 CG1 ILE J 267 9820 10173 14070 86 -1009 -907 C \ ATOM 24881 CG2 ILE J 267 -63.944 -84.954 -29.025 1.00 92.83 C \ ANISOU24881 CG2 ILE J 267 9903 10456 14910 -48 -1203 -590 C \ ATOM 24882 CD1 ILE J 267 -65.908 -87.286 -29.308 1.00 87.33 C \ ANISOU24882 CD1 ILE J 267 9525 10026 13630 93 -864 -718 C \ ATOM 24883 N ALA J 268 -62.211 -86.250 -25.615 1.00 97.61 N \ ANISOU24883 N ALA J 268 10711 11268 15107 37 -1334 -1063 N \ ATOM 24884 CA ALA J 268 -61.183 -85.681 -24.749 1.00101.41 C \ ANISOU24884 CA ALA J 268 11106 11742 15685 -14 -1496 -1157 C \ ATOM 24885 C ALA J 268 -59.872 -86.455 -24.841 1.00107.92 C \ ANISOU24885 C ALA J 268 11889 12718 16398 -6 -1489 -969 C \ ATOM 24886 O ALA J 268 -58.782 -85.903 -24.625 1.00108.55 O \ ANISOU24886 O ALA J 268 11847 12778 16620 -68 -1622 -934 O \ ATOM 24887 CB ALA J 268 -61.663 -85.634 -23.336 1.00100.52 C \ ANISOU24887 CB ALA J 268 11069 11687 15439 6 -1547 -1465 C \ ATOM 24888 N GLY J 269 -59.997 -87.753 -25.110 1.00111.36 N \ ANISOU24888 N GLY J 269 12417 13295 16599 71 -1331 -861 N \ ATOM 24889 CA GLY J 269 -58.852 -88.616 -25.336 1.00109.48 C \ ANISOU24889 CA GLY J 269 12131 13183 16281 94 -1287 -668 C \ ATOM 24890 C GLY J 269 -58.122 -88.200 -26.588 1.00109.60 C \ ANISOU24890 C GLY J 269 12012 13153 16479 43 -1288 -446 C \ ATOM 24891 O GLY J 269 -56.912 -87.965 -26.551 1.00111.63 O \ ANISOU24891 O GLY J 269 12151 13432 16832 3 -1378 -334 O \ ATOM 24892 N TYR J 270 -58.864 -88.060 -27.684 1.00108.97 N \ ANISOU24892 N TYR J 270 11930 13031 16442 37 -1197 -372 N \ ATOM 24893 CA TYR J 270 -58.276 -87.626 -28.943 1.00113.49 C \ ANISOU24893 CA TYR J 270 12350 13611 17162 -18 -1192 -137 C \ ATOM 24894 C TYR J 270 -57.579 -86.284 -28.753 1.00117.20 C \ ANISOU24894 C TYR J 270 12668 13941 17922 -109 -1388 -93 C \ ATOM 24895 O TYR J 270 -56.507 -86.061 -29.303 1.00121.45 O \ ANISOU24895 O TYR J 270 13060 14515 18573 -151 -1428 109 O \ ATOM 24896 CB TYR J 270 -59.339 -87.484 -30.024 1.00115.16 C \ ANISOU24896 CB TYR J 270 12561 13824 17371 -27 -1093 -75 C \ ATOM 24897 CG TYR J 270 -59.887 -88.792 -30.572 1.00118.46 C \ ANISOU24897 CG TYR J 270 13076 14395 17538 41 -888 -89 C \ ATOM 24898 CD1 TYR J 270 -59.077 -89.687 -31.248 1.00119.06 C \ ANISOU24898 CD1 TYR J 270 13094 14629 17515 65 -772 31 C \ ATOM 24899 CD2 TYR J 270 -61.234 -89.116 -30.429 1.00120.28 C \ ANISOU24899 CD2 TYR J 270 13442 14603 17655 79 -808 -236 C \ ATOM 24900 CE1 TYR J 270 -59.594 -90.881 -31.755 1.00119.56 C \ ANISOU24900 CE1 TYR J 270 13227 14810 17391 122 -579 -25 C \ ATOM 24901 CE2 TYR J 270 -61.753 -90.298 -30.941 1.00118.36 C \ ANISOU24901 CE2 TYR J 270 13273 14483 17217 132 -625 -267 C \ ATOM 24902 CZ TYR J 270 -60.931 -91.175 -31.600 1.00118.25 C \ ANISOU24902 CZ TYR J 270 13193 14611 17126 151 -511 -174 C \ ATOM 24903 OH TYR J 270 -61.455 -92.343 -32.107 1.00117.52 O \ ANISOU24903 OH TYR J 270 13154 14621 16879 198 -325 -246 O \ ATOM 24904 N GLY J 271 -58.170 -85.405 -27.952 1.00116.97 N \ ANISOU24904 N GLY J 271 12661 13751 18031 -138 -1506 -295 N \ ATOM 24905 CA GLY J 271 -57.583 -84.100 -27.721 1.00121.86 C \ ANISOU24905 CA GLY J 271 13122 14199 18981 -230 -1692 -299 C \ ATOM 24906 C GLY J 271 -56.261 -84.094 -26.962 1.00126.37 C \ ANISOU24906 C GLY J 271 13627 14818 19570 -261 -1813 -320 C \ ATOM 24907 O GLY J 271 -55.271 -83.515 -27.444 1.00129.70 O \ ANISOU24907 O GLY J 271 13876 15193 20211 -328 -1901 -130 O \ ATOM 24908 N SER J 272 -56.224 -84.743 -25.796 1.00124.55 N \ ANISOU24908 N SER J 272 13513 14702 19108 -217 -1821 -521 N \ ATOM 24909 CA SER J 272 -55.004 -84.745 -24.991 1.00125.71 C \ ANISOU24909 CA SER J 272 13585 14932 19248 -253 -1947 -542 C \ ATOM 24910 C SER J 272 -53.866 -85.247 -25.846 1.00128.26 C \ ANISOU24910 C SER J 272 13810 15345 19577 -249 -1898 -226 C \ ATOM 24911 O SER J 272 -52.775 -84.683 -25.839 1.00128.22 O \ ANISOU24911 O SER J 272 13653 15310 19755 -319 -2025 -128 O \ ATOM 24912 CB SER J 272 -55.136 -85.614 -23.735 1.00122.01 C \ ANISOU24912 CB SER J 272 13239 14652 18465 -195 -1932 -722 C \ ATOM 24913 OG SER J 272 -53.909 -85.667 -23.012 1.00119.75 O \ ANISOU24913 OG SER J 272 12859 14487 18154 -235 -2054 -701 O \ ATOM 24914 N ILE J 273 -54.152 -86.289 -26.617 1.00131.26 N \ ANISOU24914 N ILE J 273 14266 15835 19773 -170 -1707 -82 N \ ATOM 24915 CA ILE J 273 -53.132 -86.919 -27.437 1.00134.10 C \ ANISOU24915 CA ILE J 273 14533 16308 20109 -151 -1625 182 C \ ATOM 24916 C ILE J 273 -52.645 -86.009 -28.552 1.00134.38 C \ ANISOU24916 C ILE J 273 14388 16272 20398 -229 -1673 402 C \ ATOM 24917 O ILE J 273 -51.436 -85.896 -28.771 1.00139.84 O \ ANISOU24917 O ILE J 273 14937 17007 21189 -263 -1728 580 O \ ATOM 24918 CB ILE J 273 -53.603 -88.285 -27.993 1.00132.78 C \ ANISOU24918 CB ILE J 273 14473 16272 19704 -50 -1397 230 C \ ATOM 24919 CG1 ILE J 273 -53.581 -89.325 -26.875 1.00131.07 C \ ANISOU24919 CG1 ILE J 273 14366 16151 19285 26 -1360 123 C \ ATOM 24920 CG2 ILE J 273 -52.716 -88.747 -29.148 1.00133.37 C \ ANISOU24920 CG2 ILE J 273 14423 16454 19798 -41 -1289 477 C \ ATOM 24921 CD1 ILE J 273 -54.270 -90.585 -27.234 1.00128.41 C \ ANISOU24921 CD1 ILE J 273 14138 15883 18771 122 -1148 115 C \ ATOM 24922 N PHE J 274 -53.571 -85.350 -29.236 1.00126.23 N \ ANISOU24922 N PHE J 274 13344 15141 19479 -258 -1655 416 N \ ATOM 24923 CA PHE J 274 -53.193 -84.424 -30.284 1.00123.18 C \ ANISOU24923 CA PHE J 274 12755 14699 19349 -337 -1706 668 C \ ATOM 24924 C PHE J 274 -52.477 -83.227 -29.674 1.00125.00 C \ ANISOU24924 C PHE J 274 12841 14743 19910 -431 -1927 648 C \ ATOM 24925 O PHE J 274 -51.580 -82.649 -30.293 1.00127.27 O \ ANISOU24925 O PHE J 274 12928 15013 20413 -497 -1995 896 O \ ATOM 24926 CB PHE J 274 -54.396 -84.009 -31.124 1.00121.82 C \ ANISOU24926 CB PHE J 274 12579 14480 19226 -348 -1640 719 C \ ATOM 24927 CG PHE J 274 -54.042 -83.199 -32.334 1.00124.84 C \ ANISOU24927 CG PHE J 274 12727 14872 19836 -425 -1668 1049 C \ ATOM 24928 CD1 PHE J 274 -53.473 -83.799 -33.443 1.00127.30 C \ ANISOU24928 CD1 PHE J 274 12941 15432 19995 -415 -1542 1299 C \ ATOM 24929 CD2 PHE J 274 -54.312 -81.834 -32.376 1.00125.61 C \ ANISOU24929 CD2 PHE J 274 12676 14737 20314 -507 -1813 1115 C \ ATOM 24930 CE1 PHE J 274 -53.157 -83.040 -34.567 1.00129.36 C \ ANISOU24930 CE1 PHE J 274 12959 15753 20440 -491 -1567 1636 C \ ATOM 24931 CE2 PHE J 274 -54.004 -81.074 -33.493 1.00126.82 C \ ANISOU24931 CE2 PHE J 274 12580 14906 20698 -581 -1842 1474 C \ ATOM 24932 CZ PHE J 274 -53.427 -81.673 -34.587 1.00128.53 C \ ANISOU24932 CZ PHE J 274 12700 15415 20719 -575 -1722 1747 C \ ATOM 24933 N ALA J 275 -52.862 -82.864 -28.452 1.00122.94 N \ ANISOU24933 N ALA J 275 12666 14357 19689 -442 -2038 343 N \ ATOM 24934 CA ALA J 275 -52.209 -81.751 -27.762 1.00123.11 C \ ANISOU24934 CA ALA J 275 12546 14202 20028 -539 -2251 247 C \ ATOM 24935 C ALA J 275 -50.721 -82.009 -27.471 1.00124.09 C \ ANISOU24935 C ALA J 275 12573 14439 20135 -567 -2329 359 C \ ATOM 24936 O ALA J 275 -49.870 -81.161 -27.752 1.00126.62 O \ ANISOU24936 O ALA J 275 12692 14652 20766 -655 -2456 511 O \ ATOM 24937 CB ALA J 275 -52.942 -81.459 -26.467 1.00121.80 C \ ANISOU24937 CB ALA J 275 12494 13946 19838 -540 -2331 -157 C \ ATOM 24938 N ALA J 276 -50.419 -83.185 -26.929 1.00122.18 N \ ANISOU24938 N ALA J 276 12458 14408 19556 -491 -2251 310 N \ ATOM 24939 CA ALA J 276 -49.051 -83.598 -26.641 1.00120.41 C \ ANISOU24939 CA ALA J 276 12148 14318 19286 -502 -2305 438 C \ ATOM 24940 C ALA J 276 -48.263 -83.665 -27.932 1.00121.04 C \ ANISOU24940 C ALA J 276 12077 14445 19469 -509 -2233 800 C \ ATOM 24941 O ALA J 276 -47.085 -83.307 -27.961 1.00123.07 O \ ANISOU24941 O ALA J 276 12168 14705 19888 -569 -2339 954 O \ ATOM 24942 CB ALA J 276 -49.032 -84.930 -25.937 1.00118.18 C \ ANISOU24942 CB ALA J 276 12013 14245 18643 -405 -2204 367 C \ ATOM 24943 N ILE J 277 -48.904 -84.168 -28.986 1.00119.20 N \ ANISOU24943 N ILE J 277 11894 14281 19117 -449 -2049 928 N \ ATOM 24944 CA ILE J 277 -48.259 -84.235 -30.283 1.00123.20 C \ ANISOU24944 CA ILE J 277 12241 14888 19679 -458 -1963 1256 C \ ATOM 24945 C ILE J 277 -47.758 -82.841 -30.631 1.00127.19 C \ ANISOU24945 C ILE J 277 12521 15232 20574 -577 -2134 1424 C \ ATOM 24946 O ILE J 277 -46.577 -82.681 -30.962 1.00130.74 O \ ANISOU24946 O ILE J 277 12795 15736 21143 -617 -2184 1651 O \ ATOM 24947 CB ILE J 277 -49.218 -84.691 -31.398 1.00122.91 C \ ANISOU24947 CB ILE J 277 12259 14953 19486 -407 -1767 1330 C \ ATOM 24948 CG1 ILE J 277 -49.606 -86.164 -31.229 1.00123.02 C \ ANISOU24948 CG1 ILE J 277 12462 15123 19159 -290 -1576 1194 C \ ATOM 24949 CG2 ILE J 277 -48.566 -84.483 -32.772 1.00122.71 C \ ANISOU24949 CG2 ILE J 277 12019 15066 19541 -444 -1706 1674 C \ ATOM 24950 CD1 ILE J 277 -48.658 -87.152 -31.902 1.00123.32 C \ ANISOU24950 CD1 ILE J 277 12420 15366 19070 -237 -1427 1368 C \ ATOM 24951 N LEU J 278 -48.631 -81.833 -30.504 1.00123.42 N \ ANISOU24951 N LEU J 278 12031 14538 20323 -632 -2227 1314 N \ ATOM 24952 CA LEU J 278 -48.255 -80.443 -30.817 1.00117.92 C \ ANISOU24952 CA LEU J 278 11094 13634 20077 -748 -2393 1476 C \ ATOM 24953 C LEU J 278 -47.162 -79.927 -29.884 1.00121.79 C \ ANISOU24953 C LEU J 278 11481 14017 20776 -823 -2590 1385 C \ ATOM 24954 O LEU J 278 -46.182 -79.338 -30.343 1.00122.76 O \ ANISOU24954 O LEU J 278 11379 14102 21163 -897 -2680 1644 O \ ATOM 24955 CB LEU J 278 -49.456 -79.501 -30.809 1.00107.94 C \ ANISOU24955 CB LEU J 278 9825 12128 19061 -784 -2443 1359 C \ ATOM 24956 CG LEU J 278 -50.488 -79.856 -31.884 1.00102.40 C \ ANISOU24956 CG LEU J 278 9169 11545 18194 -732 -2267 1514 C \ ATOM 24957 CD1 LEU J 278 -51.596 -78.810 -31.986 1.00 99.52 C \ ANISOU24957 CD1 LEU J 278 8745 10927 18143 -775 -2326 1473 C \ ATOM 24958 CD2 LEU J 278 -49.855 -80.164 -33.236 1.00102.26 C \ ANISOU24958 CD2 LEU J 278 8989 11771 18093 -736 -2160 1924 C \ ATOM 24959 N LEU J 279 -47.343 -80.138 -28.583 1.00122.85 N \ ANISOU24959 N LEU J 279 11766 14127 20786 -809 -2661 1024 N \ ATOM 24960 CA LEU J 279 -46.319 -79.785 -27.605 1.00125.42 C \ ANISOU24960 CA LEU J 279 12002 14418 21233 -883 -2846 898 C \ ATOM 24961 C LEU J 279 -45.003 -80.514 -27.879 1.00129.23 C \ ANISOU24961 C LEU J 279 12409 15115 21576 -863 -2813 1164 C \ ATOM 24962 O LEU J 279 -43.932 -79.900 -27.863 1.00133.30 O \ ANISOU24962 O LEU J 279 12726 15572 22352 -951 -2956 1297 O \ ATOM 24963 CB LEU J 279 -46.784 -80.124 -26.184 1.00123.44 C \ ANISOU24963 CB LEU J 279 11931 14219 20752 -859 -2894 479 C \ ATOM 24964 CG LEU J 279 -47.645 -79.138 -25.400 1.00125.27 C \ ANISOU24964 CG LEU J 279 12172 14227 21200 -921 -3015 102 C \ ATOM 24965 CD1 LEU J 279 -48.151 -79.768 -24.134 1.00125.66 C \ ANISOU24965 CD1 LEU J 279 12412 14440 20892 -873 -3009 -262 C \ ATOM 24966 CD2 LEU J 279 -46.813 -77.949 -25.042 1.00128.59 C \ ANISOU24966 CD2 LEU J 279 12360 14450 22049 -1059 -3237 34 C \ ATOM 24967 N ILE J 280 -45.079 -81.822 -28.127 1.00129.24 N \ ANISOU24967 N ILE J 280 12556 15350 21201 -747 -2623 1237 N \ ATOM 24968 CA ILE J 280 -43.872 -82.622 -28.362 1.00133.11 C \ ANISOU24968 CA ILE J 280 12973 16039 21564 -711 -2567 1470 C \ ATOM 24969 C ILE J 280 -43.031 -82.132 -29.553 1.00138.46 C \ ANISOU24969 C ILE J 280 13414 16718 22476 -762 -2564 1843 C \ ATOM 24970 O ILE J 280 -41.798 -82.099 -29.465 1.00141.81 O \ ANISOU24970 O ILE J 280 13690 17199 22994 -799 -2642 2004 O \ ATOM 24971 CB ILE J 280 -44.179 -84.131 -28.442 1.00128.77 C \ ANISOU24971 CB ILE J 280 12600 15700 20625 -572 -2346 1461 C \ ATOM 24972 CG1 ILE J 280 -44.255 -84.684 -27.029 1.00124.75 C \ ANISOU24972 CG1 ILE J 280 12227 15258 19914 -542 -2405 1208 C \ ATOM 24973 CG2 ILE J 280 -43.065 -84.887 -29.110 1.00132.50 C \ ANISOU24973 CG2 ILE J 280 12960 16347 21036 -526 -2237 1745 C \ ATOM 24974 CD1 ILE J 280 -44.854 -86.013 -26.957 1.00123.28 C \ ANISOU24974 CD1 ILE J 280 12218 15211 19411 -414 -2207 1158 C \ ATOM 24975 N ILE J 281 -43.689 -81.814 -30.669 1.00136.59 N \ ANISOU24975 N ILE J 281 13132 16457 22308 -761 -2466 2002 N \ ATOM 24976 CA ILE J 281 -43.035 -81.176 -31.813 1.00135.15 C \ ANISOU24976 CA ILE J 281 12694 16292 22366 -824 -2476 2377 C \ ATOM 24977 C ILE J 281 -42.563 -79.788 -31.413 1.00135.29 C \ ANISOU24977 C ILE J 281 12515 16047 22843 -959 -2722 2403 C \ ATOM 24978 O ILE J 281 -41.517 -79.316 -31.854 1.00137.70 O \ ANISOU24978 O ILE J 281 12587 16357 23376 -1025 -2797 2686 O \ ATOM 24979 CB ILE J 281 -43.970 -81.083 -33.021 1.00135.48 C \ ANISOU24979 CB ILE J 281 12713 16398 22366 -805 -2332 2539 C \ ATOM 24980 CG1 ILE J 281 -44.040 -82.440 -33.707 1.00137.40 C \ ANISOU24980 CG1 ILE J 281 13057 16946 22203 -692 -2082 2586 C \ ATOM 24981 CG2 ILE J 281 -43.505 -80.000 -34.002 1.00134.49 C \ ANISOU24981 CG2 ILE J 281 12283 16228 22591 -905 -2409 2922 C \ ATOM 24982 CD1 ILE J 281 -45.434 -82.866 -34.077 1.00138.20 C \ ANISOU24982 CD1 ILE J 281 13328 17099 22084 -633 -1933 2446 C \ ATOM 24983 N PHE J 282 -43.367 -79.117 -30.599 1.00135.32 N \ ANISOU24983 N PHE J 282 12598 15814 23004 -1000 -2841 2097 N \ ATOM 24984 CA PHE J 282 -43.037 -77.768 -30.159 1.00139.15 C \ ANISOU24984 CA PHE J 282 12890 16008 23975 -1132 -3072 2047 C \ ATOM 24985 C PHE J 282 -41.798 -77.733 -29.274 1.00138.95 C \ ANISOU24985 C PHE J 282 12787 15999 24010 -1192 -3231 1966 C \ ATOM 24986 O PHE J 282 -40.874 -76.971 -29.534 1.00141.67 O \ ANISOU24986 O PHE J 282 12883 16239 24706 -1289 -3361 2180 O \ ATOM 24987 CB PHE J 282 -44.201 -77.136 -29.416 1.00141.27 C \ ANISOU24987 CB PHE J 282 13261 16030 24386 -1155 -3145 1671 C \ ATOM 24988 CG PHE J 282 -44.015 -75.685 -29.169 1.00145.67 C \ ANISOU24988 CG PHE J 282 13586 16243 25519 -1289 -3355 1622 C \ ATOM 24989 CD1 PHE J 282 -44.147 -74.782 -30.211 1.00146.61 C \ ANISOU24989 CD1 PHE J 282 13470 16186 26050 -1345 -3369 1963 C \ ATOM 24990 CD2 PHE J 282 -43.656 -75.221 -27.916 1.00148.91 C \ ANISOU24990 CD2 PHE J 282 13981 16521 26078 -1366 -3540 1251 C \ ATOM 24991 CE1 PHE J 282 -43.969 -73.437 -30.001 1.00150.47 C \ ANISOU24991 CE1 PHE J 282 13713 16316 27142 -1469 -3559 1935 C \ ATOM 24992 CE2 PHE J 282 -43.469 -73.872 -27.697 1.00152.88 C \ ANISOU24992 CE2 PHE J 282 14246 16680 27162 -1496 -3730 1169 C \ ATOM 24993 CZ PHE J 282 -43.627 -72.978 -28.742 1.00153.99 C \ ANISOU24993 CZ PHE J 282 14153 16592 27764 -1545 -3739 1516 C \ ATOM 24994 N ALA J 283 -41.792 -78.560 -28.233 1.00138.62 N \ ANISOU24994 N ALA J 283 12941 16102 23626 -1137 -3222 1678 N \ ATOM 24995 CA ALA J 283 -40.642 -78.692 -27.343 1.00146.39 C \ ANISOU24995 CA ALA J 283 13860 17172 24588 -1187 -3363 1609 C \ ATOM 24996 C ALA J 283 -39.330 -78.796 -28.128 1.00151.83 C \ ANISOU24996 C ALA J 283 14343 17966 25380 -1206 -3355 2027 C \ ATOM 24997 O ALA J 283 -38.351 -78.104 -27.832 1.00155.29 O \ ANISOU24997 O ALA J 283 14581 18317 26107 -1315 -3538 2083 O \ ATOM 24998 CB ALA J 283 -40.813 -79.920 -26.454 1.00146.49 C \ ANISOU24998 CB ALA J 283 14101 17430 24127 -1089 -3281 1399 C \ ATOM 24999 N HIS J 284 -39.337 -79.663 -29.136 1.00152.74 N \ ANISOU24999 N HIS J 284 14499 18276 25260 -1101 -3138 2300 N \ ATOM 25000 CA HIS J 284 -38.170 -79.953 -29.959 1.00156.49 C \ ANISOU25000 CA HIS J 284 14792 18908 25760 -1093 -3080 2688 C \ ATOM 25001 C HIS J 284 -37.792 -78.818 -30.928 1.00168.20 C \ ANISOU25001 C HIS J 284 15993 20253 27661 -1195 -3156 3017 C \ ATOM 25002 O HIS J 284 -36.625 -78.413 -30.996 1.00175.55 O \ ANISOU25002 O HIS J 284 16704 21176 28819 -1269 -3270 3231 O \ ATOM 25003 CB HIS J 284 -38.415 -81.242 -30.736 1.00147.92 C \ ANISOU25003 CB HIS J 284 13830 18081 24291 -949 -2806 2812 C \ ATOM 25004 CG HIS J 284 -37.189 -81.824 -31.366 1.00143.28 C \ ANISOU25004 CG HIS J 284 13088 17702 23651 -915 -2717 3129 C \ ATOM 25005 ND1 HIS J 284 -37.101 -82.082 -32.716 1.00138.66 N \ ANISOU25005 ND1 HIS J 284 12394 17284 23005 -872 -2535 3418 N \ ATOM 25006 CD2 HIS J 284 -36.010 -82.215 -30.824 1.00142.50 C \ ANISOU25006 CD2 HIS J 284 12912 17693 23540 -916 -2779 3196 C \ ATOM 25007 CE1 HIS J 284 -35.915 -82.603 -32.980 1.00139.47 C \ ANISOU25007 CE1 HIS J 284 12362 17558 23072 -844 -2480 3633 C \ ATOM 25008 NE2 HIS J 284 -35.236 -82.693 -31.851 1.00141.57 N \ ANISOU25008 NE2 HIS J 284 12646 17765 23379 -867 -2627 3516 N \ ATOM 25009 N HIS J 285 -38.770 -78.283 -31.657 1.00168.88 N \ ANISOU25009 N HIS J 285 16064 20233 27869 -1203 -3102 3081 N \ ATOM 25010 CA HIS J 285 -38.455 -77.329 -32.722 1.00176.07 C \ ANISOU25010 CA HIS J 285 16682 21068 29150 -1286 -3142 3478 C \ ATOM 25011 C HIS J 285 -38.519 -75.852 -32.317 1.00187.25 C \ ANISOU25011 C HIS J 285 17913 22104 31130 -1427 -3380 3424 C \ ATOM 25012 O HIS J 285 -38.255 -74.969 -33.133 1.00191.20 O \ ANISOU25012 O HIS J 285 18136 22501 32011 -1506 -3434 3780 O \ ATOM 25013 CB HIS J 285 -39.228 -77.627 -34.008 1.00174.80 C \ ANISOU25013 CB HIS J 285 16520 21088 28808 -1221 -2934 3717 C \ ATOM 25014 CG HIS J 285 -38.637 -78.740 -34.823 1.00177.07 C \ ANISOU25014 CG HIS J 285 16803 21754 28724 -1129 -2724 3936 C \ ATOM 25015 ND1 HIS J 285 -39.084 -80.042 -34.746 1.00176.07 N \ ANISOU25015 ND1 HIS J 285 16926 21836 28138 -1001 -2526 3729 N \ ATOM 25016 CD2 HIS J 285 -37.637 -78.741 -35.739 1.00181.36 C \ ANISOU25016 CD2 HIS J 285 17101 22500 29308 -1148 -2673 4331 C \ ATOM 25017 CE1 HIS J 285 -38.385 -80.798 -35.574 1.00177.37 C \ ANISOU25017 CE1 HIS J 285 16999 22300 28092 -943 -2360 3958 C \ ATOM 25018 NE2 HIS J 285 -37.501 -80.033 -36.191 1.00180.76 N \ ANISOU25018 NE2 HIS J 285 17133 22751 28798 -1029 -2442 4323 N \ ATOM 25019 N ARG J 286 -38.920 -75.590 -31.078 1.00195.04 N \ ANISOU25019 N ARG J 286 19035 22890 32180 -1459 -3512 2977 N \ ATOM 25020 CA ARG J 286 -38.785 -74.253 -30.498 1.00205.32 C \ ANISOU25020 CA ARG J 286 20148 23826 34038 -1601 -3751 2836 C \ ATOM 25021 C ARG J 286 -37.424 -74.118 -29.805 1.00215.55 C \ ANISOU25021 C ARG J 286 21311 25130 35457 -1686 -3924 2808 C \ ATOM 25022 O ARG J 286 -37.276 -74.495 -28.646 1.00216.89 O \ ANISOU25022 O ARG J 286 21627 25359 35421 -1687 -3999 2435 O \ ATOM 25023 CB ARG J 286 -39.964 -73.966 -29.552 1.00203.88 C \ ANISOU25023 CB ARG J 286 20151 23440 33874 -1600 -3799 2333 C \ ATOM 25024 CG ARG J 286 -39.915 -72.689 -28.720 1.00206.92 C \ ANISOU25024 CG ARG J 286 20371 23447 34804 -1741 -4037 2035 C \ ATOM 25025 CD ARG J 286 -39.221 -71.537 -29.421 1.00213.51 C \ ANISOU25025 CD ARG J 286 20833 24025 36266 -1863 -4165 2402 C \ ATOM 25026 NE ARG J 286 -39.890 -71.061 -30.622 1.00217.39 N \ ANISOU25026 NE ARG J 286 21187 24407 37002 -1847 -4071 2786 N \ ATOM 25027 CZ ARG J 286 -39.257 -70.852 -31.773 1.00220.72 C \ ANISOU25027 CZ ARG J 286 21361 24908 37593 -1872 -4038 3348 C \ ATOM 25028 NH1 ARG J 286 -37.949 -71.069 -31.856 1.00221.97 N1+ \ ANISOU25028 NH1 ARG J 286 21396 25223 37721 -1907 -4089 3565 N1+ \ ATOM 25029 NH2 ARG J 286 -39.924 -70.417 -32.834 1.00221.57 N \ ANISOU25029 NH2 ARG J 286 21328 24960 37898 -1864 -3956 3707 N \ ATOM 25030 N GLN J 287 -36.428 -73.607 -30.531 1.00224.70 N \ ANISOU25030 N GLN J 287 22180 26264 36933 -1758 -3984 3225 N \ ATOM 25031 CA GLN J 287 -35.050 -73.591 -30.029 1.00234.35 C \ ANISOU25031 CA GLN J 287 23261 27540 38240 -1831 -4127 3270 C \ ATOM 25032 C GLN J 287 -34.179 -72.430 -30.523 1.00239.55 C \ ANISOU25032 C GLN J 287 23540 27975 39503 -1971 -4290 3607 C \ ATOM 25033 O GLN J 287 -34.617 -71.595 -31.312 1.00239.76 O \ ANISOU25033 O GLN J 287 23383 27799 39918 -2015 -4292 3852 O \ ATOM 25034 CB GLN J 287 -34.348 -74.933 -30.305 1.00239.25 C \ ANISOU25034 CB GLN J 287 23991 28564 38350 -1714 -3961 3465 C \ ATOM 25035 CG GLN J 287 -34.770 -75.691 -31.575 1.00243.04 C \ ANISOU25035 CG GLN J 287 24531 29290 38523 -1588 -3694 3786 C \ ATOM 25036 CD GLN J 287 -34.358 -75.003 -32.871 1.00248.95 C \ ANISOU25036 CD GLN J 287 24969 30030 39591 -1642 -3675 4300 C \ ATOM 25037 OE1 GLN J 287 -33.294 -74.385 -32.952 1.00253.85 O \ ANISOU25037 OE1 GLN J 287 25324 30576 40552 -1741 -3814 4538 O \ ATOM 25038 NE2 GLN J 287 -35.183 -75.149 -33.905 1.00247.95 N \ ANISOU25038 NE2 GLN J 287 24859 30016 39335 -1580 -3499 4495 N \ ATOM 25039 N ALA J 288 -32.940 -72.390 -30.040 1.00242.48 N \ ANISOU25039 N ALA J 288 23778 28390 39964 -2045 -4430 3637 N \ ATOM 25040 CA ALA J 288 -31.953 -71.441 -30.532 1.00248.09 C \ ANISOU25040 CA ALA J 288 24117 28933 41212 -2173 -4574 4001 C \ ATOM 25041 C ALA J 288 -30.746 -72.213 -31.069 1.00251.70 C \ ANISOU25041 C ALA J 288 24493 29729 41414 -2125 -4488 4398 C \ ATOM 25042 O ALA J 288 -29.652 -71.666 -31.201 1.00255.78 O \ ANISOU25042 O ALA J 288 24728 30180 42275 -2227 -4622 4655 O \ ATOM 25043 CB ALA J 288 -31.531 -70.494 -29.422 1.00249.64 C \ ANISOU25043 CB ALA J 288 24174 28821 41857 -2336 -4852 3645 C \ ATOM 25044 N ASN J 289 -30.960 -73.492 -31.375 1.00251.27 N \ ANISOU25044 N ASN J 289 24672 30023 40774 -1967 -4258 4436 N \ ATOM 25045 CA ASN J 289 -29.914 -74.356 -31.932 1.00251.70 C \ ANISOU25045 CA ASN J 289 24663 30414 40557 -1896 -4132 4782 C \ ATOM 25046 C ASN J 289 -30.463 -75.572 -32.700 1.00250.75 C \ ANISOU25046 C ASN J 289 24747 30622 39905 -1721 -3830 4877 C \ ATOM 25047 O ASN J 289 -30.109 -75.782 -33.860 1.00251.14 O \ ANISOU25047 O ASN J 289 24645 30878 39897 -1679 -3680 5285 O \ ATOM 25048 CB ASN J 289 -28.917 -74.791 -30.847 1.00249.63 C \ ANISOU25048 CB ASN J 289 24429 30241 40177 -1923 -4258 4596 C \ ATOM 25049 CG ASN J 289 -29.583 -75.496 -29.681 1.00243.92 C \ ANISOU25049 CG ASN J 289 24026 29576 39075 -1862 -4254 4097 C \ ATOM 25050 OD1 ASN J 289 -30.782 -75.777 -29.709 1.00239.75 O \ ANISOU25050 OD1 ASN J 289 23723 29033 38337 -1783 -4134 3888 O \ ATOM 25051 ND2 ASN J 289 -28.805 -75.786 -28.647 1.00243.24 N \ ANISOU25051 ND2 ASN J 289 23946 29580 38893 -1902 -4387 3926 N \ ATOM 25052 N GLY J 290 -31.318 -76.368 -32.058 1.00249.07 N \ ANISOU25052 N GLY J 290 24856 30470 39308 -1624 -3740 4494 N \ ATOM 25053 CA GLY J 290 -31.903 -77.532 -32.708 1.00248.27 C \ ANISOU25053 CA GLY J 290 24950 30646 38737 -1465 -3460 4526 C \ ATOM 25054 C GLY J 290 -32.476 -78.611 -31.802 1.00247.85 C \ ANISOU25054 C GLY J 290 25224 30687 38260 -1357 -3376 4132 C \ ATOM 25055 O GLY J 290 -33.607 -79.056 -32.012 1.00245.73 O \ ANISOU25055 O GLY J 290 25161 30454 37751 -1273 -3227 3976 O \ ATOM 25056 N VAL J 291 -31.707 -79.033 -30.800 1.00250.32 N \ ANISOU25056 N VAL J 291 25569 31055 38487 -1363 -3474 3996 N \ ATOM 25057 CA VAL J 291 -32.165 -80.052 -29.857 1.00246.95 C \ ANISOU25057 CA VAL J 291 25413 30738 37678 -1268 -3411 3671 C \ ATOM 25058 C VAL J 291 -32.346 -79.469 -28.452 1.00245.18 C \ ANISOU25058 C VAL J 291 25248 30356 37553 -1371 -3653 3293 C \ ATOM 25059 O VAL J 291 -32.336 -80.201 -27.460 1.00246.22 O \ ANISOU25059 O VAL J 291 25524 30619 37407 -1327 -3667 3076 O \ ATOM 25060 CB VAL J 291 -31.200 -81.267 -29.797 1.00280.29 C \ ANISOU25060 CB VAL J 291 29629 35225 41643 -1168 -3289 3827 C \ ATOM 25061 CG1 VAL J 291 -31.987 -82.568 -29.644 1.00277.31 C \ ANISOU25061 CG1 VAL J 291 29515 34995 40855 -1010 -3070 3651 C \ ATOM 25062 CG2 VAL J 291 -30.305 -81.314 -31.035 1.00280.96 C \ ANISOU25062 CG2 VAL J 291 29483 35437 41834 -1149 -3174 4256 C \ ATOM 25063 N GLU J 292 -32.513 -78.150 -28.374 1.00241.02 N \ ANISOU25063 N GLU J 292 24586 29559 37432 -1509 -3841 3216 N \ ATOM 25064 CA GLU J 292 -32.788 -77.485 -27.106 1.00236.97 C \ ANISOU25064 CA GLU J 292 24107 28886 37043 -1617 -4064 2796 C \ ATOM 25065 C GLU J 292 -34.238 -77.735 -26.724 1.00226.38 C \ ANISOU25065 C GLU J 292 23036 27509 35471 -1547 -3975 2445 C \ ATOM 25066 O GLU J 292 -35.110 -76.898 -26.946 1.00225.39 O \ ANISOU25066 O GLU J 292 22906 27140 35593 -1591 -4005 2320 O \ ATOM 25067 CB GLU J 292 -32.501 -75.985 -27.206 1.00244.03 C \ ANISOU25067 CB GLU J 292 24740 29463 38516 -1786 -4280 2814 C \ ATOM 25068 CG GLU J 292 -32.622 -75.218 -25.899 1.00251.57 C \ ANISOU25068 CG GLU J 292 25678 30256 39653 -1919 -4523 2343 C \ ATOM 25069 CD GLU J 292 -33.520 -73.988 -26.024 1.00258.05 C \ ANISOU25069 CD GLU J 292 26426 30698 40922 -2004 -4606 2150 C \ ATOM 25070 OE1 GLU J 292 -33.320 -73.186 -26.970 1.00261.35 O1- \ ANISOU25070 OE1 GLU J 292 26618 30899 41783 -2059 -4625 2473 O1- \ ATOM 25071 OE2 GLU J 292 -34.432 -73.826 -25.182 1.00258.95 O \ ANISOU25071 OE2 GLU J 292 26692 30738 40960 -2013 -4647 1690 O \ ATOM 25072 N ASP J 293 -34.483 -78.904 -26.146 1.00217.53 N \ ANISOU25072 N ASP J 293 22130 26628 33893 -1437 -3864 2307 N \ ATOM 25073 CA ASP J 293 -35.817 -79.284 -25.703 1.00208.14 C \ ANISOU25073 CA ASP J 293 21200 25444 32440 -1362 -3772 1985 C \ ATOM 25074 C ASP J 293 -36.128 -78.571 -24.386 1.00206.18 C \ ANISOU25074 C ASP J 293 20966 25103 32271 -1473 -3988 1533 C \ ATOM 25075 O ASP J 293 -35.423 -78.768 -23.397 1.00207.71 O \ ANISOU25075 O ASP J 293 21117 25461 32343 -1525 -4122 1411 O \ ATOM 25076 CB ASP J 293 -35.903 -80.814 -25.522 1.00199.90 C \ ANISOU25076 CB ASP J 293 20348 24689 30917 -1208 -3579 2027 C \ ATOM 25077 CG ASP J 293 -36.167 -81.557 -26.837 1.00190.02 C \ ANISOU25077 CG ASP J 293 19149 23506 29543 -1079 -3313 2317 C \ ATOM 25078 OD1 ASP J 293 -35.199 -81.919 -27.550 1.00186.33 O1- \ ANISOU25078 OD1 ASP J 293 18541 23148 29107 -1050 -3239 2650 O1- \ ATOM 25079 OD2 ASP J 293 -37.356 -81.751 -27.166 1.00185.25 O \ ANISOU25079 OD2 ASP J 293 18714 22858 28813 -1011 -3178 2197 O \ ATOM 25080 N ASP J 294 -37.145 -77.708 -24.397 1.00201.97 N \ ANISOU25080 N ASP J 294 20464 24318 31958 -1517 -4025 1290 N \ ATOM 25081 CA ASP J 294 -37.484 -76.877 -23.237 1.00200.61 C \ ANISOU25081 CA ASP J 294 20270 24025 31928 -1634 -4225 815 C \ ATOM 25082 C ASP J 294 -37.637 -77.660 -21.953 1.00193.89 C \ ANISOU25082 C ASP J 294 19578 23472 30619 -1603 -4247 504 C \ ATOM 25083 O ASP J 294 -38.693 -78.238 -21.728 1.00190.59 O \ ANISOU25083 O ASP J 294 19379 23137 29898 -1504 -4114 337 O \ ATOM 25084 CB ASP J 294 -38.781 -76.091 -23.451 1.00204.02 C \ ANISOU25084 CB ASP J 294 20756 24166 32595 -1641 -4199 586 C \ ATOM 25085 CG ASP J 294 -38.751 -75.227 -24.684 1.00209.60 C \ ANISOU25085 CG ASP J 294 21275 24577 33784 -1680 -4187 910 C \ ATOM 25086 OD1 ASP J 294 -38.012 -75.582 -25.626 1.00213.17 O1- \ ANISOU25086 OD1 ASP J 294 21637 25125 34234 -1645 -4107 1361 O1- \ ATOM 25087 OD2 ASP J 294 -39.477 -74.205 -24.712 1.00210.04 O \ ANISOU25087 OD2 ASP J 294 21259 24320 34226 -1743 -4252 724 O \ ATOM 25088 N LEU J 295 -36.604 -77.644 -21.109 1.00192.33 N \ ANISOU25088 N LEU J 295 19251 23447 30378 -1695 -4420 439 N \ ATOM 25089 CA LEU J 295 -36.586 -78.384 -19.840 1.00188.85 C \ ANISOU25089 CA LEU J 295 18907 23357 29489 -1683 -4464 201 C \ ATOM 25090 C LEU J 295 -37.879 -78.192 -19.044 1.00184.27 C \ ANISOU25090 C LEU J 295 18486 22781 28748 -1679 -4461 -276 C \ ATOM 25091 O LEU J 295 -38.261 -79.048 -18.245 1.00182.95 O \ ANISOU25091 O LEU J 295 18461 22919 28132 -1614 -4408 -402 O \ ATOM 25092 CB LEU J 295 -35.368 -77.992 -18.985 1.00192.91 C \ ANISOU25092 CB LEU J 295 19202 24018 30076 -1835 -4709 117 C \ ATOM 25093 CG LEU J 295 -34.731 -79.071 -18.090 1.00193.50 C \ ANISOU25093 CG LEU J 295 19294 24540 29688 -1803 -4728 196 C \ ATOM 25094 CD1 LEU J 295 -34.011 -80.145 -18.906 1.00190.90 C \ ANISOU25094 CD1 LEU J 295 18972 24318 29244 -1672 -4560 734 C \ ATOM 25095 CD2 LEU J 295 -33.782 -78.460 -17.062 1.00196.19 C \ ANISOU25095 CD2 LEU J 295 19412 25039 30093 -1986 -5005 -20 C \ ATOM 25096 N LEU J 296 -38.545 -77.061 -19.269 1.00179.17 N \ ANISOU25096 N LEU J 296 17794 21793 28490 -1749 -4515 -522 N \ ATOM 25097 CA LEU J 296 -39.802 -76.773 -18.599 1.00173.29 C \ ANISOU25097 CA LEU J 296 17179 21011 27653 -1744 -4502 -986 C \ ATOM 25098 C LEU J 296 -40.999 -77.335 -19.383 1.00168.47 C \ ANISOU25098 C LEU J 296 16795 20315 26903 -1585 -4258 -848 C \ ATOM 25099 O LEU J 296 -41.928 -77.881 -18.783 1.00165.12 O \ ANISOU25099 O LEU J 296 16556 20056 26125 -1511 -4171 -1079 O \ ATOM 25100 CB LEU J 296 -39.953 -75.259 -18.390 1.00171.04 C \ ANISOU25100 CB LEU J 296 16708 20376 27903 -1898 -4680 -1356 C \ ATOM 25101 CG LEU J 296 -39.012 -74.573 -17.391 1.00168.24 C \ ANISOU25101 CG LEU J 296 16129 20105 27690 -2080 -4939 -1667 C \ ATOM 25102 CD1 LEU J 296 -39.063 -73.063 -17.570 1.00169.59 C \ ANISOU25102 CD1 LEU J 296 16078 19817 28542 -2221 -5084 -1917 C \ ATOM 25103 CD2 LEU J 296 -39.332 -74.966 -15.957 1.00167.06 C \ ANISOU25103 CD2 LEU J 296 16058 20354 27062 -2106 -5000 -2120 C \ ATOM 25104 N ILE J 297 -40.992 -77.197 -20.712 1.00169.05 N \ ANISOU25104 N ILE J 297 16837 20153 27240 -1538 -4150 -473 N \ ATOM 25105 CA ILE J 297 -42.124 -77.697 -21.507 1.00166.28 C \ ANISOU25105 CA ILE J 297 16679 19741 26759 -1401 -3925 -348 C \ ATOM 25106 C ILE J 297 -42.070 -79.213 -21.743 1.00167.26 C \ ANISOU25106 C ILE J 297 16979 20170 26403 -1252 -3730 -78 C \ ATOM 25107 O ILE J 297 -43.122 -79.839 -21.852 1.00167.42 O \ ANISOU25107 O ILE J 297 17199 20240 26174 -1143 -3565 -133 O \ ATOM 25108 CB ILE J 297 -42.323 -76.972 -22.861 1.00161.78 C \ ANISOU25108 CB ILE J 297 16000 18846 26621 -1409 -3871 -61 C \ ATOM 25109 CG1 ILE J 297 -43.795 -76.924 -23.234 1.00154.58 C \ ANISOU25109 CG1 ILE J 297 15245 17798 25690 -1331 -3729 -172 C \ ATOM 25110 CG2 ILE J 297 -41.667 -77.698 -23.989 1.00162.56 C \ ANISOU25110 CG2 ILE J 297 16077 19062 26625 -1333 -3732 446 C \ ATOM 25111 CD1 ILE J 297 -44.040 -75.995 -24.381 1.00153.37 C \ ANISOU25111 CD1 ILE J 297 14934 17325 26013 -1367 -3719 70 C \ ATOM 25112 N GLN J 298 -40.871 -79.806 -21.841 1.00166.16 N \ ANISOU25112 N GLN J 298 16752 20214 26166 -1246 -3742 212 N \ ATOM 25113 CA GLN J 298 -40.767 -81.263 -21.963 1.00160.94 C \ ANISOU25113 CA GLN J 298 16228 19823 25101 -1106 -3559 441 C \ ATOM 25114 C GLN J 298 -41.189 -81.796 -20.601 1.00157.82 C \ ANISOU25114 C GLN J 298 15950 19674 24340 -1090 -3599 139 C \ ATOM 25115 O GLN J 298 -41.659 -82.917 -20.489 1.00155.43 O \ ANISOU25115 O GLN J 298 15805 19548 23703 -968 -3437 205 O \ ATOM 25116 CB GLN J 298 -39.349 -81.732 -22.324 1.00165.23 C \ ANISOU25116 CB GLN J 298 16621 20495 25664 -1104 -3567 811 C \ ATOM 25117 CG GLN J 298 -38.252 -81.314 -21.314 1.00174.08 C \ ANISOU25117 CG GLN J 298 17566 21735 26843 -1232 -3807 718 C \ ATOM 25118 CD GLN J 298 -36.840 -81.810 -21.669 1.00176.98 C \ ANISOU25118 CD GLN J 298 17776 22232 27236 -1225 -3810 1107 C \ ATOM 25119 OE1 GLN J 298 -35.853 -81.085 -21.508 1.00177.75 O \ ANISOU25119 OE1 GLN J 298 17667 22288 27581 -1349 -3996 1149 O \ ATOM 25120 NE2 GLN J 298 -36.745 -83.048 -22.143 1.00176.99 N \ ANISOU25120 NE2 GLN J 298 17862 22382 27004 -1079 -3600 1379 N \ ATOM 25121 N ARG J 299 -41.028 -80.959 -19.572 1.00159.52 N \ ANISOU25121 N ARG J 299 16067 19908 24634 -1222 -3814 -200 N \ ATOM 25122 CA ARG J 299 -41.510 -81.255 -18.222 1.00160.59 C \ ANISOU25122 CA ARG J 299 16281 20311 24423 -1232 -3873 -540 C \ ATOM 25123 C ARG J 299 -42.857 -80.613 -17.946 1.00162.67 C \ ANISOU25123 C ARG J 299 16654 20420 24733 -1242 -3860 -945 C \ ATOM 25124 O ARG J 299 -43.115 -80.121 -16.845 1.00163.01 O \ ANISOU25124 O ARG J 299 16662 20580 24696 -1328 -3995 -1358 O \ ATOM 25125 CB ARG J 299 -40.526 -80.843 -17.137 1.00163.81 C \ ANISOU25125 CB ARG J 299 16503 20930 24808 -1375 -4112 -711 C \ ATOM 25126 CG ARG J 299 -40.140 -82.008 -16.258 1.00166.77 C \ ANISOU25126 CG ARG J 299 16899 21744 24720 -1324 -4098 -594 C \ ATOM 25127 CD ARG J 299 -39.840 -81.576 -14.836 1.00173.85 C \ ANISOU25127 CD ARG J 299 17669 22942 25442 -1464 -4321 -955 C \ ATOM 25128 NE ARG J 299 -38.568 -80.862 -14.763 1.00179.92 N \ ANISOU25128 NE ARG J 299 18202 23686 26475 -1611 -4528 -923 N \ ATOM 25129 CZ ARG J 299 -38.316 -79.846 -13.942 1.00183.50 C \ ANISOU25129 CZ ARG J 299 18495 24183 27043 -1785 -4755 -1335 C \ ATOM 25130 NH1 ARG J 299 -39.251 -79.418 -13.101 1.00183.57 N1+ \ ANISOU25130 NH1 ARG J 299 18553 24283 26913 -1831 -4799 -1832 N1+ \ ATOM 25131 NH2 ARG J 299 -37.121 -79.266 -13.958 1.00185.61 N \ ANISOU25131 NH2 ARG J 299 18540 24412 27570 -1915 -4936 -1267 N \ ATOM 25132 N CYS J 300 -43.691 -80.577 -18.980 1.00163.66 N \ ANISOU25132 N CYS J 300 16890 20293 25002 -1159 -3698 -831 N \ ATOM 25133 CA CYS J 300 -45.124 -80.403 -18.796 1.00162.27 C \ ANISOU25133 CA CYS J 300 16868 20025 24762 -1114 -3616 -1126 C \ ATOM 25134 C CYS J 300 -45.747 -81.770 -18.454 1.00157.32 C \ ANISOU25134 C CYS J 300 16443 19683 23647 -975 -3443 -1058 C \ ATOM 25135 O CYS J 300 -46.818 -82.127 -18.934 1.00155.78 O \ ANISOU25135 O CYS J 300 16410 19402 23377 -877 -3275 -1046 O \ ATOM 25136 CB CYS J 300 -45.770 -79.725 -20.021 1.00162.80 C \ ANISOU25136 CB CYS J 300 16938 19714 25205 -1097 -3532 -1020 C \ ATOM 25137 SG CYS J 300 -45.967 -80.710 -21.529 1.00134.09 S \ ANISOU25137 SG CYS J 300 13417 16058 21474 -952 -3277 -526 S \ ATOM 25138 N ARG J 301 -45.004 -82.546 -17.667 1.00155.35 N \ ANISOU25138 N ARG J 301 16158 19770 23096 -972 -3488 -973 N \ ATOM 25139 CA ARG J 301 -45.458 -83.796 -17.072 1.00152.92 C \ ANISOU25139 CA ARG J 301 15985 19768 22348 -862 -3365 -915 C \ ATOM 25140 C ARG J 301 -46.485 -83.560 -15.979 1.00160.83 C \ ANISOU25140 C ARG J 301 17061 20920 23126 -883 -3404 -1337 C \ ATOM 25141 O ARG J 301 -47.110 -84.508 -15.498 1.00159.74 O \ ANISOU25141 O ARG J 301 17040 21012 22640 -790 -3290 -1309 O \ ATOM 25142 CB ARG J 301 -44.277 -84.550 -16.482 1.00148.72 C \ ANISOU25142 CB ARG J 301 15338 19557 21613 -871 -3431 -681 C \ ATOM 25143 CG ARG J 301 -43.170 -84.754 -17.462 1.00147.76 C \ ANISOU25143 CG ARG J 301 15117 19313 21711 -856 -3401 -289 C \ ATOM 25144 CD ARG J 301 -41.929 -85.325 -16.805 1.00150.33 C \ ANISOU25144 CD ARG J 301 15291 19939 21888 -884 -3498 -77 C \ ATOM 25145 NE ARG J 301 -40.901 -85.604 -17.808 1.00149.99 N \ ANISOU25145 NE ARG J 301 15154 19777 22057 -852 -3441 313 N \ ATOM 25146 CZ ARG J 301 -39.695 -86.091 -17.537 1.00150.83 C \ ANISOU25146 CZ ARG J 301 15108 20077 22122 -865 -3502 576 C \ ATOM 25147 NH1 ARG J 301 -39.343 -86.321 -16.278 1.00154.25 N1+ \ ANISOU25147 NH1 ARG J 301 15456 20850 22303 -919 -3639 505 N1+ \ ATOM 25148 NH2 ARG J 301 -38.830 -86.318 -18.522 1.00147.88 N \ ANISOU25148 NH2 ARG J 301 14650 19582 21956 -828 -3429 912 N \ ATOM 25149 N LEU J 302 -46.609 -82.307 -15.541 1.00169.66 N \ ANISOU25149 N LEU J 302 18085 21922 24455 -1009 -3566 -1730 N \ ATOM 25150 CA LEU J 302 -47.608 -81.955 -14.532 1.00172.25 C \ ANISOU25150 CA LEU J 302 18462 22384 24602 -1036 -3599 -2190 C \ ATOM 25151 C LEU J 302 -48.562 -80.860 -15.044 1.00174.67 C \ ANISOU25151 C LEU J 302 18800 22286 25282 -1057 -3580 -2473 C \ ATOM 25152 O LEU J 302 -49.683 -80.722 -14.541 1.00171.33 O \ ANISOU25152 O LEU J 302 18468 21895 24735 -1031 -3530 -2792 O \ ATOM 25153 CB LEU J 302 -46.931 -81.478 -13.247 1.00171.11 C \ ANISOU25153 CB LEU J 302 18140 22553 24323 -1179 -3819 -2506 C \ ATOM 25154 CG LEU J 302 -47.748 -81.880 -12.018 1.00167.28 C \ ANISOU25154 CG LEU J 302 17711 22468 23378 -1162 -3802 -2804 C \ ATOM 25155 CD1 LEU J 302 -47.205 -83.187 -11.472 1.00165.16 C \ ANISOU25155 CD1 LEU J 302 17436 22652 22667 -1103 -3771 -2455 C \ ATOM 25156 CD2 LEU J 302 -47.780 -80.817 -10.942 1.00169.62 C \ ANISOU25156 CD2 LEU J 302 17857 22908 23684 -1316 -3991 -3381 C \ ATOM 25157 N ALA J 303 -48.121 -80.097 -16.045 1.00180.03 N \ ANISOU25157 N ALA J 303 19386 22591 26425 -1103 -3618 -2330 N \ ATOM 25158 CA ALA J 303 -48.924 -78.999 -16.577 1.00184.75 C \ ANISOU25158 CA ALA J 303 19965 22782 27449 -1131 -3614 -2537 C \ ATOM 25159 C ALA J 303 -50.255 -79.516 -17.123 1.00185.67 C \ ANISOU25159 C ALA J 303 20289 22814 27443 -996 -3402 -2464 C \ ATOM 25160 O ALA J 303 -51.300 -79.272 -16.527 1.00187.20 O \ ANISOU25160 O ALA J 303 20552 23019 27557 -982 -3375 -2818 O \ ATOM 25161 CB ALA J 303 -48.154 -78.227 -17.657 1.00185.22 C \ ANISOU25161 CB ALA J 303 19866 22490 28019 -1195 -3678 -2276 C \ ATOM 25162 N PHE J 304 -50.234 -80.259 -18.227 1.00186.18 N \ ANISOU25162 N PHE J 304 20445 22820 27474 -898 -3248 -2025 N \ ATOM 25163 CA PHE J 304 -51.512 -80.709 -18.788 1.00186.21 C \ ANISOU25163 CA PHE J 304 20631 22742 27379 -782 -3055 -1970 C \ ATOM 25164 C PHE J 304 -52.135 -82.031 -18.248 1.00193.87 C \ ANISOU25164 C PHE J 304 21791 24029 27843 -665 -2910 -1951 C \ ATOM 25165 O PHE J 304 -53.271 -82.358 -18.609 1.00194.41 O \ ANISOU25165 O PHE J 304 22005 24030 27832 -579 -2759 -1954 O \ ATOM 25166 CB PHE J 304 -51.625 -80.496 -20.334 1.00173.79 C \ ANISOU25166 CB PHE J 304 19041 20877 26113 -752 -2957 -1623 C \ ATOM 25167 CG PHE J 304 -51.142 -81.650 -21.213 1.00168.19 C \ ANISOU25167 CG PHE J 304 18398 20303 25205 -663 -2810 -1185 C \ ATOM 25168 CD1 PHE J 304 -50.818 -82.894 -20.711 1.00164.53 C \ ANISOU25168 CD1 PHE J 304 18025 20143 24345 -591 -2739 -1090 C \ ATOM 25169 CD2 PHE J 304 -51.067 -81.465 -22.583 1.00166.83 C \ ANISOU25169 CD2 PHE J 304 18172 19950 25264 -653 -2734 -871 C \ ATOM 25170 CE1 PHE J 304 -50.425 -83.902 -21.540 1.00162.44 C \ ANISOU25170 CE1 PHE J 304 17800 19959 23961 -509 -2593 -734 C \ ATOM 25171 CE2 PHE J 304 -50.662 -82.477 -23.413 1.00164.53 C \ ANISOU25171 CE2 PHE J 304 17923 19790 24801 -576 -2589 -526 C \ ATOM 25172 CZ PHE J 304 -50.344 -83.695 -22.891 1.00162.31 C \ ANISOU25172 CZ PHE J 304 17736 19771 24163 -502 -2515 -477 C \ ATOM 25173 N PRO J 305 -51.395 -82.808 -17.424 1.00189.44 N \ ANISOU25173 N PRO J 305 21211 23810 26957 -663 -2953 -1894 N \ ATOM 25174 CA PRO J 305 -52.184 -83.811 -16.699 1.00186.53 C \ ANISOU25174 CA PRO J 305 20986 23723 26165 -571 -2840 -1950 C \ ATOM 25175 C PRO J 305 -53.211 -83.192 -15.730 1.00187.28 C \ ANISOU25175 C PRO J 305 21107 23876 26172 -603 -2885 -2419 C \ ATOM 25176 O PRO J 305 -54.332 -83.712 -15.650 1.00187.09 O \ ANISOU25176 O PRO J 305 21231 23900 25956 -512 -2745 -2464 O \ ATOM 25177 CB PRO J 305 -51.116 -84.604 -15.940 1.00185.74 C \ ANISOU25177 CB PRO J 305 20806 23982 25785 -582 -2907 -1785 C \ ATOM 25178 CG PRO J 305 -49.934 -84.529 -16.819 1.00184.90 C \ ANISOU25178 CG PRO J 305 20596 23729 25930 -610 -2942 -1472 C \ ATOM 25179 CD PRO J 305 -49.957 -83.132 -17.381 1.00187.53 C \ ANISOU25179 CD PRO J 305 20843 23714 26695 -705 -3041 -1644 C \ ATOM 25180 N LEU J 306 -52.852 -82.117 -15.021 1.00185.00 N \ ANISOU25180 N LEU J 306 20670 23587 26033 -729 -3070 -2775 N \ ATOM 25181 CA LEU J 306 -53.813 -81.417 -14.150 1.00180.90 C \ ANISOU25181 CA LEU J 306 20150 23103 25482 -766 -3107 -3277 C \ ATOM 25182 C LEU J 306 -54.600 -80.323 -14.898 1.00181.99 C \ ANISOU25182 C LEU J 306 20283 22775 26091 -779 -3083 -3450 C \ ATOM 25183 O LEU J 306 -55.645 -79.851 -14.431 1.00181.73 O \ ANISOU25183 O LEU J 306 20279 22698 26072 -772 -3055 -3818 O \ ATOM 25184 CB LEU J 306 -53.140 -80.899 -12.872 1.00177.34 C \ ANISOU25184 CB LEU J 306 19527 22948 24907 -896 -3304 -3642 C \ ATOM 25185 CG LEU J 306 -52.167 -79.724 -12.868 1.00176.44 C \ ANISOU25185 CG LEU J 306 19203 22644 25194 -1047 -3505 -3831 C \ ATOM 25186 CD1 LEU J 306 -52.899 -78.399 -12.706 1.00178.53 C \ ANISOU25186 CD1 LEU J 306 19388 22607 25839 -1117 -3559 -4335 C \ ATOM 25187 CD2 LEU J 306 -51.134 -79.913 -11.766 1.00176.81 C \ ANISOU25187 CD2 LEU J 306 19104 23136 24940 -1146 -3669 -3932 C \ ATOM 25188 N GLY J 307 -54.077 -79.932 -16.059 1.00181.92 N \ ANISOU25188 N GLY J 307 20215 22434 26471 -797 -3092 -3162 N \ ATOM 25189 CA GLY J 307 -54.763 -79.036 -16.972 1.00183.44 C \ ANISOU25189 CA GLY J 307 20385 22191 27123 -798 -3054 -3178 C \ ATOM 25190 C GLY J 307 -55.923 -79.751 -17.627 1.00183.58 C \ ANISOU25190 C GLY J 307 20596 22172 26983 -667 -2847 -2991 C \ ATOM 25191 O GLY J 307 -56.840 -79.130 -18.153 1.00183.66 O \ ANISOU25191 O GLY J 307 20613 21896 27272 -651 -2793 -3061 O \ ATOM 25192 N PHE J 308 -55.876 -81.076 -17.603 1.00188.51 N \ ANISOU25192 N PHE J 308 21362 23083 27180 -576 -2732 -2743 N \ ATOM 25193 CA PHE J 308 -56.967 -81.897 -18.120 1.00192.20 C \ ANISOU25193 CA PHE J 308 22013 23557 27458 -454 -2534 -2590 C \ ATOM 25194 C PHE J 308 -58.060 -81.961 -17.043 1.00196.06 C \ ANISOU25194 C PHE J 308 22586 24210 27698 -422 -2500 -2961 C \ ATOM 25195 O PHE J 308 -59.239 -82.090 -17.370 1.00195.34 O \ ANISOU25195 O PHE J 308 22609 24018 27594 -350 -2371 -2985 O \ ATOM 25196 CB PHE J 308 -56.469 -83.303 -18.473 1.00192.91 C \ ANISOU25196 CB PHE J 308 22193 23865 27238 -372 -2421 -2205 C \ ATOM 25197 CG PHE J 308 -57.491 -84.168 -19.196 1.00191.87 C \ ANISOU25197 CG PHE J 308 22229 23705 26967 -258 -2215 -2025 C \ ATOM 25198 CD1 PHE J 308 -57.902 -83.850 -20.487 1.00190.76 C \ ANISOU25198 CD1 PHE J 308 22097 23301 27083 -245 -2136 -1851 C \ ATOM 25199 CD2 PHE J 308 -58.019 -85.308 -18.595 1.00190.50 C \ ANISOU25199 CD2 PHE J 308 22182 23787 26412 -170 -2103 -2012 C \ ATOM 25200 CE1 PHE J 308 -58.823 -84.641 -21.162 1.00187.76 C \ ANISOU25200 CE1 PHE J 308 21855 22919 26566 -153 -1954 -1707 C \ ATOM 25201 CE2 PHE J 308 -58.941 -86.099 -19.264 1.00187.77 C \ ANISOU25201 CE2 PHE J 308 21976 23400 25969 -74 -1918 -1864 C \ ATOM 25202 CZ PHE J 308 -59.341 -85.765 -20.547 1.00186.20 C \ ANISOU25202 CZ PHE J 308 21791 22945 26012 -68 -1845 -1730 C \ ATOM 25203 N LEU J 309 -57.681 -81.853 -15.765 1.00198.99 N \ ANISOU25203 N LEU J 309 22887 24860 27862 -479 -2616 -3251 N \ ATOM 25204 CA LEU J 309 -58.664 -81.859 -14.674 1.00200.22 C \ ANISOU25204 CA LEU J 309 23090 25229 27756 -458 -2588 -3627 C \ ATOM 25205 C LEU J 309 -59.520 -80.602 -14.728 1.00203.87 C \ ANISOU25205 C LEU J 309 23498 25372 28591 -495 -2611 -4003 C \ ATOM 25206 O LEU J 309 -60.598 -80.554 -14.137 1.00204.40 O \ ANISOU25206 O LEU J 309 23623 25522 28518 -455 -2543 -4289 O \ ATOM 25207 CB LEU J 309 -57.994 -81.988 -13.305 1.00201.24 C \ ANISOU25207 CB LEU J 309 23118 25788 27557 -527 -2717 -3851 C \ ATOM 25208 CG LEU J 309 -58.107 -83.360 -12.632 1.00199.12 C \ ANISOU25208 CG LEU J 309 22936 25969 26752 -447 -2630 -3655 C \ ATOM 25209 CD1 LEU J 309 -57.390 -84.430 -13.435 1.00195.21 C \ ANISOU25209 CD1 LEU J 309 22496 25463 26209 -381 -2555 -3118 C \ ATOM 25210 CD2 LEU J 309 -57.583 -83.306 -11.200 1.00202.77 C \ ANISOU25210 CD2 LEU J 309 23261 26900 26882 -531 -2770 -3920 C \ ATOM 25211 N ALA J 310 -59.032 -79.592 -15.444 1.00206.87 N \ ANISOU25211 N ALA J 310 23749 25383 29471 -570 -2701 -3984 N \ ATOM 25212 CA ALA J 310 -59.805 -78.383 -15.694 1.00211.21 C \ ANISOU25212 CA ALA J 310 24216 25549 30485 -599 -2714 -4259 C \ ATOM 25213 C ALA J 310 -60.863 -78.688 -16.761 1.00209.77 C \ ANISOU25213 C ALA J 310 24167 25151 30384 -496 -2542 -3980 C \ ATOM 25214 O ALA J 310 -62.019 -78.268 -16.652 1.00209.15 O \ ANISOU25214 O ALA J 310 24113 24933 30421 -460 -2473 -4210 O \ ATOM 25215 CB ALA J 310 -58.894 -77.245 -16.137 1.00213.63 C \ ANISOU25215 CB ALA J 310 24311 25525 31334 -715 -2869 -4268 C \ ATOM 25216 N ILE J 311 -60.465 -79.448 -17.776 1.00210.45 N \ ANISOU25216 N ILE J 311 24328 25237 30396 -450 -2469 -3496 N \ ATOM 25217 CA ILE J 311 -61.385 -79.909 -18.816 1.00210.21 C \ ANISOU25217 CA ILE J 311 24421 25083 30366 -359 -2304 -3210 C \ ATOM 25218 C ILE J 311 -62.426 -80.865 -18.204 1.00210.87 C \ ANISOU25218 C ILE J 311 24689 25424 30006 -260 -2166 -3316 C \ ATOM 25219 O ILE J 311 -63.571 -80.939 -18.659 1.00209.74 O \ ANISOU25219 O ILE J 311 24632 25165 29895 -196 -2045 -3287 O \ ATOM 25220 CB ILE J 311 -60.609 -80.611 -19.967 1.00217.31 C \ ANISOU25220 CB ILE J 311 25342 25998 31229 -340 -2254 -2710 C \ ATOM 25221 CG1 ILE J 311 -59.625 -79.639 -20.629 1.00219.03 C \ ANISOU25221 CG1 ILE J 311 25360 25967 31896 -438 -2385 -2566 C \ ATOM 25222 CG2 ILE J 311 -61.561 -81.259 -20.984 1.00213.68 C \ ANISOU25222 CG2 ILE J 311 25013 25495 30683 -251 -2075 -2445 C \ ATOM 25223 CD1 ILE J 311 -58.523 -80.329 -21.411 1.00217.78 C \ ANISOU25223 CD1 ILE J 311 25188 25919 31641 -436 -2369 -2151 C \ ATOM 25224 N GLY J 312 -62.011 -81.591 -17.164 1.00211.24 N \ ANISOU25224 N GLY J 312 24777 25835 29649 -251 -2189 -3414 N \ ATOM 25225 CA GLY J 312 -62.885 -82.485 -16.421 1.00210.18 C \ ANISOU25225 CA GLY J 312 24781 25988 29090 -167 -2076 -3506 C \ ATOM 25226 C GLY J 312 -63.930 -81.766 -15.590 1.00213.91 C \ ANISOU25226 C GLY J 312 25234 26452 29590 -171 -2077 -3961 C \ ATOM 25227 O GLY J 312 -65.069 -82.217 -15.493 1.00212.62 O \ ANISOU25227 O GLY J 312 25187 26347 29253 -89 -1946 -3992 O \ ATOM 25228 N CYS J 313 -63.535 -80.666 -14.958 1.00218.89 N \ ANISOU25228 N CYS J 313 25705 27020 30442 -267 -2222 -4335 N \ ATOM 25229 CA CYS J 313 -64.462 -79.863 -14.162 1.00222.72 C \ ANISOU25229 CA CYS J 313 26136 27477 31010 -279 -2225 -4832 C \ ATOM 25230 C CYS J 313 -65.302 -78.916 -15.012 1.00223.30 C \ ANISOU25230 C CYS J 313 26171 27075 31598 -267 -2181 -4877 C \ ATOM 25231 O CYS J 313 -66.318 -78.405 -14.548 1.00223.83 O \ ANISOU25231 O CYS J 313 26220 27078 31748 -245 -2133 -5225 O \ ATOM 25232 CB CYS J 313 -63.729 -79.117 -13.052 1.00226.83 C \ ANISOU25232 CB CYS J 313 26482 28161 31543 -392 -2391 -5274 C \ ATOM 25233 SG CYS J 313 -63.260 -80.227 -11.711 1.00196.22 S \ ANISOU25233 SG CYS J 313 22635 24964 26957 -390 -2415 -5314 S \ ATOM 25234 N VAL J 314 -64.855 -78.662 -16.240 1.00224.23 N \ ANISOU25234 N VAL J 314 26252 26878 32067 -286 -2198 -4517 N \ ATOM 25235 CA VAL J 314 -65.649 -77.902 -17.207 1.00225.11 C \ ANISOU25235 CA VAL J 314 26315 26568 32649 -270 -2147 -4430 C \ ATOM 25236 C VAL J 314 -66.803 -78.754 -17.757 1.00222.40 C \ ANISOU25236 C VAL J 314 26154 26277 32070 -158 -1966 -4193 C \ ATOM 25237 O VAL J 314 -67.894 -78.245 -18.025 1.00222.99 O \ ANISOU25237 O VAL J 314 26216 26129 32383 -123 -1897 -4282 O \ ATOM 25238 CB VAL J 314 -64.766 -77.302 -18.352 1.00183.17 C \ ANISOU25238 CB VAL J 314 20864 20943 27788 -338 -2233 -4090 C \ ATOM 25239 CG1 VAL J 314 -65.573 -77.033 -19.621 1.00181.93 C \ ANISOU25239 CG1 VAL J 314 20698 20484 27944 -298 -2140 -3775 C \ ATOM 25240 CG2 VAL J 314 -64.067 -76.045 -17.879 1.00185.67 C \ ANISOU25240 CG2 VAL J 314 20951 21044 28551 -452 -2403 -4410 C \ ATOM 25241 N LEU J 315 -66.578 -80.059 -17.880 1.00220.17 N \ ANISOU25241 N LEU J 315 26029 26287 31339 -102 -1888 -3907 N \ ATOM 25242 CA LEU J 315 -67.652 -80.961 -18.279 1.00219.34 C \ ANISOU25242 CA LEU J 315 26093 26262 30986 -2 -1718 -3724 C \ ATOM 25243 C LEU J 315 -68.711 -81.074 -17.171 1.00221.63 C \ ANISOU25243 C LEU J 315 26445 26730 31036 51 -1653 -4086 C \ ATOM 25244 O LEU J 315 -69.896 -81.296 -17.443 1.00222.08 O \ ANISOU25244 O LEU J 315 26588 26730 31062 120 -1529 -4057 O \ ATOM 25245 CB LEU J 315 -67.096 -82.351 -18.635 1.00217.19 C \ ANISOU25245 CB LEU J 315 25945 26239 30337 42 -1648 -3358 C \ ATOM 25246 CG LEU J 315 -66.385 -82.574 -19.977 1.00214.32 C \ ANISOU25246 CG LEU J 315 25560 25747 30124 23 -1639 -2938 C \ ATOM 25247 CD1 LEU J 315 -65.556 -83.862 -19.967 1.00211.95 C \ ANISOU25247 CD1 LEU J 315 25339 25718 29474 55 -1597 -2691 C \ ATOM 25248 CD2 LEU J 315 -67.392 -82.598 -21.113 1.00211.83 C \ ANISOU25248 CD2 LEU J 315 25290 25254 29943 63 -1521 -2735 C \ ATOM 25249 N VAL J 316 -68.272 -80.895 -15.925 1.00222.69 N \ ANISOU25249 N VAL J 316 26518 27100 30995 11 -1741 -4429 N \ ATOM 25250 CA VAL J 316 -69.159 -80.910 -14.755 1.00222.93 C \ ANISOU25250 CA VAL J 316 26567 27361 30774 47 -1692 -4816 C \ ATOM 25251 C VAL J 316 -69.904 -79.574 -14.571 1.00222.97 C \ ANISOU25251 C VAL J 316 26446 27070 31201 23 -1712 -5230 C \ ATOM 25252 O VAL J 316 -70.974 -79.520 -13.959 1.00222.77 O \ ANISOU25252 O VAL J 316 26446 27135 31063 75 -1626 -5504 O \ ATOM 25253 CB VAL J 316 -68.392 -81.314 -13.461 1.00181.42 C \ ANISOU25253 CB VAL J 316 21269 22559 25102 8 -1774 -5010 C \ ATOM 25254 CG1 VAL J 316 -69.358 -81.496 -12.292 1.00182.77 C \ ANISOU25254 CG1 VAL J 316 21458 23052 24933 52 -1703 -5353 C \ ATOM 25255 CG2 VAL J 316 -67.615 -82.604 -13.688 1.00177.33 C \ ANISOU25255 CG2 VAL J 316 20845 22283 24248 36 -1754 -4568 C \ ATOM 25256 N ILE J 317 -69.341 -78.502 -15.125 1.00222.28 N \ ANISOU25256 N ILE J 317 26207 26618 31632 -54 -1819 -5260 N \ ATOM 25257 CA ILE J 317 -69.923 -77.170 -14.988 1.00222.28 C \ ANISOU25257 CA ILE J 317 26045 26277 32136 -85 -1847 -5643 C \ ATOM 25258 C ILE J 317 -71.081 -77.011 -15.968 1.00218.05 C \ ANISOU25258 C ILE J 317 25547 25425 31876 -13 -1726 -5421 C \ ATOM 25259 O ILE J 317 -72.162 -77.565 -15.758 1.00215.22 O \ ANISOU25259 O ILE J 317 25312 25208 31254 73 -1593 -5447 O \ ATOM 25260 CB ILE J 317 -68.876 -76.048 -15.258 1.00209.84 C \ ANISOU25260 CB ILE J 317 24256 24384 31090 -199 -2012 -5722 C \ ATOM 25261 CG1 ILE J 317 -67.999 -75.789 -14.031 1.00212.92 C \ ANISOU25261 CG1 ILE J 317 24541 25040 31318 -287 -2143 -6156 C \ ATOM 25262 CG2 ILE J 317 -69.557 -74.756 -15.687 1.00211.94 C \ ANISOU25262 CG2 ILE J 317 24348 24149 32032 -213 -2011 -5890 C \ ATOM 25263 CD1 ILE J 317 -66.673 -75.118 -14.362 1.00214.05 C \ ANISOU25263 CD1 ILE J 317 24518 24979 31830 -402 -2312 -6089 C \ HETATM25264 C01 ZPC J1318 -108.327 -91.651 -28.101 1.00 42.69 C \ HETATM25265 N02 ZPC J1318 -108.697 -91.202 -29.440 1.00 72.13 N \ HETATM25266 C03 ZPC J1318 -110.106 -91.038 -29.706 1.00 75.60 C \ HETATM25267 C04 ZPC J1318 -110.415 -90.456 -31.023 1.00 84.07 C \ HETATM25268 N05 ZPC J1318 -109.544 -90.729 -32.143 1.00 95.63 N \ HETATM25269 C06 ZPC J1318 -108.683 -91.790 -31.884 1.00 86.60 C \ HETATM25270 C07 ZPC J1318 -107.916 -91.513 -30.619 1.00 89.08 C \ HETATM25271 C08 ZPC J1318 -109.153 -89.355 -32.440 1.00129.91 C \ HETATM25272 O09 ZPC J1318 -109.463 -88.484 -31.657 1.00167.96 O \ HETATM25273 O10 ZPC J1318 -108.347 -88.985 -33.513 1.00 95.98 O \ HETATM25274 C11 ZPC J1318 -108.120 -87.617 -33.866 1.00 62.11 C \ HETATM25275 N12 ZPC J1318 -109.102 -86.567 -33.998 1.00 30.91 N \ HETATM25276 C13 ZPC J1318 -108.566 -85.316 -33.516 1.00 57.89 C \ HETATM25277 O14 ZPC J1318 -108.929 -84.149 -33.415 1.00 96.94 O \ HETATM25278 C15 ZPC J1318 -107.203 -85.623 -33.052 1.00 55.63 C \ HETATM25279 N16 ZPC J1318 -106.316 -84.742 -32.518 1.00 55.10 N \ HETATM25280 C17 ZPC J1318 -105.123 -85.276 -32.169 1.00 54.85 C \ HETATM25281 C18 ZPC J1318 -104.778 -86.665 -32.315 1.00 55.24 C \ HETATM25282 N19 ZPC J1318 -105.681 -87.519 -32.809 1.00 61.58 N \ HETATM25283 C20 ZPC J1318 -106.912 -86.986 -33.202 1.00 60.95 C \ HETATM25284 C21 ZPC J1318 -110.453 -86.718 -34.554 1.00 42.18 C \ HETATM25285 N22 ZPC J1318 -111.097 -87.884 -34.362 1.00 60.70 N \ HETATM25286 C23 ZPC J1318 -112.345 -88.183 -34.787 1.00 73.09 C \ HETATM25287 C24 ZPC J1318 -113.058 -87.223 -35.486 1.00 79.72 C \ HETATM25288 CL ZPC J1318 -114.668 -87.644 -36.008 1.00144.62 CL \ HETATM25289 C26 ZPC J1318 -112.448 -85.966 -35.727 1.00 83.05 C \ HETATM25290 C27 ZPC J1318 -111.126 -85.718 -35.241 1.00 60.99 C \ ATOM 15175 N PRO G 11 -213.778-148.855 -38.081 1.00100.28 N \ ANISOU15175 N PRO G 11 13888 7808 16405 -1440 2759 1148 N \ ATOM 15176 CA PRO G 11 -212.450-148.202 -38.152 1.00 99.79 C \ ANISOU15176 CA PRO G 11 13895 7812 16210 -1292 2777 1107 C \ ATOM 15177 C PRO G 11 -212.171-147.679 -39.556 1.00105.61 C \ ANISOU15177 C PRO G 11 14775 8509 16844 -1313 2737 799 C \ ATOM 15178 O PRO G 11 -211.760-148.476 -40.403 1.00110.36 O \ ANISOU15178 O PRO G 11 15453 8870 17610 -1349 2789 656 O \ ATOM 15179 CB PRO G 11 -211.467-149.314 -37.826 1.00 98.03 C \ ANISOU15179 CB PRO G 11 13657 7354 16237 -1230 2878 1251 C \ ATOM 15180 CG PRO G 11 -212.250-150.579 -38.029 1.00106.33 C \ ANISOU15180 CG PRO G 11 14673 8146 17582 -1362 2906 1273 C \ ATOM 15181 CD PRO G 11 -213.698-150.281 -37.755 1.00105.76 C \ ANISOU15181 CD PRO G 11 14530 8236 17418 -1481 2838 1307 C \ ATOM 15182 N VAL G 12 -212.405-146.374 -39.776 1.00102.42 N \ ANISOU15182 N VAL G 12 14393 8340 16183 -1295 2646 704 N \ ATOM 15183 CA VAL G 12 -212.366-145.733 -41.084 1.00 97.68 C \ ANISOU15183 CA VAL G 12 13907 7758 15450 -1342 2579 448 C \ ATOM 15184 C VAL G 12 -210.934-145.676 -41.564 1.00101.36 C \ ANISOU15184 C VAL G 12 14465 8156 15890 -1247 2639 366 C \ ATOM 15185 O VAL G 12 -210.082-145.125 -40.851 1.00 97.77 O \ ANISOU15185 O VAL G 12 13983 7815 15349 -1112 2659 485 O \ ATOM 15186 CB VAL G 12 -212.895-144.299 -41.031 1.00 96.65 C \ ANISOU15186 CB VAL G 12 13750 7890 15085 -1329 2461 421 C \ ATOM 15187 CG1 VAL G 12 -213.091-143.791 -42.433 1.00100.80 C \ ANISOU15187 CG1 VAL G 12 14376 8423 15501 -1418 2374 194 C \ ATOM 15188 CG2 VAL G 12 -214.223-144.232 -40.337 1.00 94.84 C \ ANISOU15188 CG2 VAL G 12 13398 7765 14873 -1394 2413 521 C \ ATOM 15189 N ASP G 13 -210.663-146.250 -42.742 1.00110.13 N \ ANISOU15189 N ASP G 13 15673 9098 17073 -1319 2673 155 N \ ATOM 15190 CA ASP G 13 -209.332-146.176 -43.368 1.00114.62 C \ ANISOU15190 CA ASP G 13 16328 9617 17605 -1244 2736 35 C \ ATOM 15191 C ASP G 13 -209.121-144.850 -44.101 1.00116.64 C \ ANISOU15191 C ASP G 13 16651 10085 17580 -1245 2644 -85 C \ ATOM 15192 O ASP G 13 -209.822-144.558 -45.081 1.00115.69 O \ ANISOU15192 O ASP G 13 16581 10019 17357 -1374 2563 -246 O \ ATOM 15193 CB ASP G 13 -209.113-147.313 -44.372 1.00116.78 C \ ANISOU15193 CB ASP G 13 16665 9643 18063 -1330 2820 -177 C \ ATOM 15194 CG ASP G 13 -208.809-148.650 -43.712 1.00118.03 C \ ANISOU15194 CG ASP G 13 16758 9535 18553 -1287 2933 -57 C \ ATOM 15195 OD1 ASP G 13 -208.147-148.668 -42.647 1.00115.13 O1- \ ANISOU15195 OD1 ASP G 13 16323 9177 18244 -1152 2975 176 O1- \ ATOM 15196 OD2 ASP G 13 -209.201-149.688 -44.300 1.00120.79 O \ ANISOU15196 OD2 ASP G 13 17119 9663 19113 -1394 2978 -201 O \ ATOM 15197 N VAL G 14 -208.120-144.083 -43.654 1.00118.99 N \ ANISOU15197 N VAL G 14 16945 10500 17766 -1109 2652 -1 N \ ATOM 15198 CA VAL G 14 -207.754-142.798 -44.271 1.00118.04 C \ ANISOU15198 CA VAL G 14 16878 10566 17405 -1097 2568 -83 C \ ATOM 15199 C VAL G 14 -206.400-142.838 -45.029 1.00103.14 C \ ANISOU15199 C VAL G 14 15072 8638 15479 -1052 2647 -206 C \ ATOM 15200 O VAL G 14 -205.349-143.149 -44.462 1.00103.42 O \ ANISOU15200 O VAL G 14 15086 8609 15600 -928 2742 -124 O \ ATOM 15201 CB VAL G 14 -207.759-141.625 -43.216 1.00 84.65 C \ ANISOU15201 CB VAL G 14 12570 6539 13056 -989 2494 87 C \ ATOM 15202 CG1 VAL G 14 -207.079-140.411 -43.750 1.00 88.99 C \ ANISOU15202 CG1 VAL G 14 13164 7231 13416 -953 2428 27 C \ ATOM 15203 CG2 VAL G 14 -209.175-141.263 -42.753 1.00 82.02 C \ ANISOU15203 CG2 VAL G 14 12155 6302 12707 -1052 2396 147 C \ ATOM 15204 N SER G 15 -206.462-142.542 -46.327 1.00 99.91 N \ ANISOU15204 N SER G 15 14746 8280 14936 -1164 2605 -399 N \ ATOM 15205 CA SER G 15 -205.294-142.411 -47.182 1.00 96.85 C \ ANISOU15205 CA SER G 15 14428 7910 14459 -1149 2668 -534 C \ ATOM 15206 C SER G 15 -204.831-140.924 -47.304 1.00100.60 C \ ANISOU15206 C SER G 15 14913 8606 14703 -1106 2569 -475 C \ ATOM 15207 O SER G 15 -205.605-140.017 -47.662 1.00 96.96 O \ ANISOU15207 O SER G 15 14454 8289 14099 -1186 2427 -466 O \ ATOM 15208 CB SER G 15 -205.623-142.974 -48.556 1.00 99.95 C \ ANISOU15208 CB SER G 15 14895 8263 14818 -1318 2685 -785 C \ ATOM 15209 OG SER G 15 -204.517-142.833 -49.427 1.00105.41 O \ ANISOU15209 OG SER G 15 15646 9005 15400 -1318 2753 -931 O \ ATOM 15210 N VAL G 16 -203.549-140.699 -47.027 1.00 98.72 N \ ANISOU15210 N VAL G 16 14674 8382 14455 -982 2642 -432 N \ ATOM 15211 CA VAL G 16 -202.955-139.373 -46.980 1.00 94.09 C \ ANISOU15211 CA VAL G 16 14082 7973 13696 -924 2564 -358 C \ ATOM 15212 C VAL G 16 -201.962-139.245 -48.094 1.00 98.24 C \ ANISOU15212 C VAL G 16 14676 8546 14105 -963 2618 -499 C \ ATOM 15213 O VAL G 16 -201.274-140.191 -48.383 1.00107.15 O \ ANISOU15213 O VAL G 16 15827 9554 15332 -946 2758 -608 O \ ATOM 15214 CB VAL G 16 -202.234-139.140 -45.613 1.00 89.83 C \ ANISOU15214 CB VAL G 16 13465 7438 13229 -746 2599 -175 C \ ATOM 15215 CG1 VAL G 16 -201.285-137.955 -45.650 1.00 76.29 C \ ANISOU15215 CG1 VAL G 16 11748 5869 11371 -678 2555 -133 C \ ATOM 15216 CG2 VAL G 16 -203.229-139.052 -44.447 1.00 76.92 C \ ANISOU15216 CG2 VAL G 16 11744 5823 11659 -714 2537 -27 C \ ATOM 15217 N SER G 17 -201.898-138.087 -48.732 1.00 98.31 N \ ANISOU15217 N SER G 17 14708 8731 13916 -1020 2508 -496 N \ ATOM 15218 CA SER G 17 -200.805-137.778 -49.645 1.00 99.22 C \ ANISOU15218 CA SER G 17 14870 8935 13896 -1046 2557 -586 C \ ATOM 15219 C SER G 17 -200.382-136.320 -49.355 1.00 99.88 C \ ANISOU15219 C SER G 17 14918 9169 13862 -987 2442 -435 C \ ATOM 15220 O SER G 17 -201.149-135.379 -49.555 1.00100.30 O \ ANISOU15220 O SER G 17 14959 9327 13825 -1056 2283 -370 O \ ATOM 15221 CB SER G 17 -201.258-137.953 -51.101 1.00 99.49 C \ ANISOU15221 CB SER G 17 14972 9049 13781 -1243 2532 -765 C \ ATOM 15222 OG SER G 17 -201.725-139.273 -51.354 1.00 99.40 O \ ANISOU15222 OG SER G 17 14983 8888 13895 -1305 2629 -926 O \ ATOM 15223 N ILE G 18 -199.139-136.145 -48.924 1.00 97.61 N \ ANISOU15223 N ILE G 18 14607 8883 13595 -862 2522 -386 N \ ATOM 15224 CA ILE G 18 -198.583-134.851 -48.574 1.00 88.50 C \ ANISOU15224 CA ILE G 18 13412 7849 12364 -797 2431 -256 C \ ATOM 15225 C ILE G 18 -197.705-134.440 -49.718 1.00 89.69 C \ ANISOU15225 C ILE G 18 13606 8114 12356 -875 2453 -325 C \ ATOM 15226 O ILE G 18 -196.813-135.184 -50.076 1.00 90.37 O \ ANISOU15226 O ILE G 18 13717 8162 12458 -856 2604 -431 O \ ATOM 15227 CB ILE G 18 -197.632-134.971 -47.362 1.00 83.54 C \ ANISOU15227 CB ILE G 18 12722 7166 11855 -614 2515 -158 C \ ATOM 15228 CG1 ILE G 18 -198.350-135.443 -46.101 1.00 74.28 C \ ANISOU15228 CG1 ILE G 18 11489 5905 10827 -532 2512 -68 C \ ATOM 15229 CG2 ILE G 18 -197.044-133.655 -47.035 1.00 86.20 C \ ANISOU15229 CG2 ILE G 18 13012 7621 12120 -557 2423 -51 C \ ATOM 15230 CD1 ILE G 18 -198.984-134.376 -45.266 1.00 72.99 C \ ANISOU15230 CD1 ILE G 18 11256 5833 10644 -495 2371 47 C \ ATOM 15231 N PHE G 19 -197.897-133.250 -50.276 1.00 91.38 N \ ANISOU15231 N PHE G 19 13818 8471 12430 -960 2305 -257 N \ ATOM 15232 CA PHE G 19 -196.960-132.771 -51.287 1.00 93.54 C \ ANISOU15232 CA PHE G 19 14119 8881 12542 -1035 2325 -284 C \ ATOM 15233 C PHE G 19 -196.104-131.590 -50.773 1.00 88.56 C \ ANISOU15233 C PHE G 19 13428 8312 11910 -942 2262 -135 C \ ATOM 15234 O PHE G 19 -196.616-130.491 -50.645 1.00 88.29 O \ ANISOU15234 O PHE G 19 13354 8328 11863 -966 2093 -14 O \ ATOM 15235 CB PHE G 19 -197.713-132.316 -52.526 1.00 77.55 C \ ANISOU15235 CB PHE G 19 12132 6996 10339 -1237 2200 -303 C \ ATOM 15236 CG PHE G 19 -198.470-133.406 -53.240 1.00 98.80 C \ ANISOU15236 CG PHE G 19 14881 9664 12995 -1361 2257 -477 C \ ATOM 15237 CD1 PHE G 19 -199.657-133.856 -52.766 1.00 78.80 C \ ANISOU15237 CD1 PHE G 19 12343 7023 10575 -1362 2206 -483 C \ ATOM 15238 CD2 PHE G 19 -197.978-133.986 -54.399 1.00101.38 C \ ANISOU15238 CD2 PHE G 19 15260 10087 13173 -1485 2366 -650 C \ ATOM 15239 CE1 PHE G 19 -200.351-134.828 -53.438 1.00 81.62 C \ ANISOU15239 CE1 PHE G 19 12748 7356 10909 -1486 2250 -647 C \ ATOM 15240 CE2 PHE G 19 -198.676-134.974 -55.057 1.00 82.40 C \ ANISOU15240 CE2 PHE G 19 12902 7664 10743 -1607 2416 -837 C \ ATOM 15241 CZ PHE G 19 -199.856-135.382 -54.576 1.00 82.08 C \ ANISOU15241 CZ PHE G 19 12858 7503 10827 -1608 2353 -830 C \ ATOM 15242 N ILE G 20 -194.800-131.799 -50.557 1.00 81.58 N \ ANISOU15242 N ILE G 20 12529 7422 11047 -847 2392 -150 N \ ATOM 15243 CA ILE G 20 -193.903-130.792 -49.980 1.00 74.36 C \ ANISOU15243 CA ILE G 20 11550 6554 10151 -752 2348 -22 C \ ATOM 15244 C ILE G 20 -193.403-129.796 -51.033 1.00 81.31 C \ ANISOU15244 C ILE G 20 12434 7595 10866 -874 2274 28 C \ ATOM 15245 O ILE G 20 -192.807-130.194 -52.019 1.00 83.07 O \ ANISOU15245 O ILE G 20 12696 7903 10964 -962 2375 -65 O \ ATOM 15246 CB ILE G 20 -192.665-131.459 -49.347 1.00 85.63 C \ ANISOU15246 CB ILE G 20 12947 7917 11672 -604 2517 -49 C \ ATOM 15247 CG1 ILE G 20 -193.072-132.516 -48.313 1.00 83.65 C \ ANISOU15247 CG1 ILE G 20 12681 7510 11591 -490 2593 -65 C \ ATOM 15248 CG2 ILE G 20 -191.743-130.447 -48.731 1.00 73.39 C \ ANISOU15248 CG2 ILE G 20 11325 6421 10139 -513 2468 74 C \ ATOM 15249 CD1 ILE G 20 -193.413-132.007 -46.889 1.00 72.66 C \ ANISOU15249 CD1 ILE G 20 11214 6092 10301 -370 2503 70 C \ ATOM 15250 N ASN G 21 -193.679-128.499 -50.838 1.00 79.28 N \ ANISOU15250 N ASN G 21 12126 7380 10616 -888 2095 174 N \ ATOM 15251 CA ASN G 21 -193.264-127.414 -51.756 1.00 79.58 C \ ANISOU15251 CA ASN G 21 12149 7560 10528 -1010 1993 274 C \ ATOM 15252 C ASN G 21 -191.971-126.701 -51.445 1.00 79.35 C \ ANISOU15252 C ASN G 21 12060 7567 10521 -936 2014 356 C \ ATOM 15253 O ASN G 21 -191.174-126.454 -52.310 1.00 84.60 O \ ANISOU15253 O ASN G 21 12731 8357 11058 -1025 2050 374 O \ ATOM 15254 CB ASN G 21 -194.325-126.343 -51.835 1.00 74.56 C \ ANISOU15254 CB ASN G 21 11476 6931 9924 -1083 1767 402 C \ ATOM 15255 CG ASN G 21 -195.527-126.803 -52.544 1.00 86.90 C \ ANISOU15255 CG ASN G 21 13090 8516 11412 -1214 1713 353 C \ ATOM 15256 OD1 ASN G 21 -195.433-127.478 -53.553 1.00 86.78 O \ ANISOU15256 OD1 ASN G 21 13141 8598 11234 -1337 1796 259 O \ ATOM 15257 ND2 ASN G 21 -196.679-126.430 -52.044 1.00 88.42 N \ ANISOU15257 ND2 ASN G 21 13244 8631 11719 -1196 1574 403 N \ ATOM 15258 N LYS G 22 -191.773-126.332 -50.206 1.00 73.13 N \ ANISOU15258 N LYS G 22 11207 6689 9891 -783 1987 405 N \ ATOM 15259 CA LYS G 22 -190.615-125.550 -49.871 1.00 86.32 C \ ANISOU15259 CA LYS G 22 12810 8394 11596 -721 1982 485 C \ ATOM 15260 C LYS G 22 -190.311-125.885 -48.432 1.00 84.03 C \ ANISOU15260 C LYS G 22 12468 8008 11451 -534 2044 460 C \ ATOM 15261 O LYS G 22 -191.213-125.868 -47.588 1.00 77.92 O \ ANISOU15261 O LYS G 22 11671 7161 10775 -472 1977 458 O \ ATOM 15262 CB LYS G 22 -190.957-124.067 -50.044 1.00 88.23 C \ ANISOU15262 CB LYS G 22 12990 8659 11874 -793 1769 630 C \ ATOM 15263 CG LYS G 22 -189.824-123.052 -49.929 1.00 92.84 C \ ANISOU15263 CG LYS G 22 13497 9284 12494 -773 1729 732 C \ ATOM 15264 CD LYS G 22 -190.391-121.624 -50.121 1.00 95.66 C \ ANISOU15264 CD LYS G 22 13785 9623 12938 -852 1499 877 C \ ATOM 15265 CE LYS G 22 -189.379-120.507 -49.825 1.00 93.85 C \ ANISOU15265 CE LYS G 22 13460 9395 12802 -824 1434 979 C \ ATOM 15266 NZ LYS G 22 -188.290-120.513 -50.836 1.00 95.18 N1- \ ANISOU15266 NZ LYS G 22 13648 9703 12815 -929 1513 1040 N1- \ ATOM 15267 N ILE G 23 -189.051-126.215 -48.151 1.00 85.14 N \ ANISOU15267 N ILE G 23 12582 8166 11599 -448 2174 446 N \ ATOM 15268 CA ILE G 23 -188.622-126.347 -46.765 1.00 82.78 C \ ANISOU15268 CA ILE G 23 12214 7813 11426 -280 2208 459 C \ ATOM 15269 C ILE G 23 -187.620-125.246 -46.554 1.00 78.74 C \ ANISOU15269 C ILE G 23 11621 7360 10935 -257 2146 541 C \ ATOM 15270 O ILE G 23 -186.622-125.192 -47.250 1.00 80.61 O \ ANISOU15270 O ILE G 23 11858 7664 11104 -299 2215 552 O \ ATOM 15271 CB ILE G 23 -187.934-127.729 -46.389 1.00 71.19 C \ ANISOU15271 CB ILE G 23 10757 6297 9996 -174 2405 392 C \ ATOM 15272 CG1 ILE G 23 -188.800-128.945 -46.721 1.00 86.11 C \ ANISOU15272 CG1 ILE G 23 12725 8107 11885 -207 2486 297 C \ ATOM 15273 CG2 ILE G 23 -187.559-127.771 -44.900 1.00 70.41 C \ ANISOU15273 CG2 ILE G 23 10571 6171 10011 -15 2410 444 C \ ATOM 15274 CD1 ILE G 23 -188.110-130.240 -46.454 1.00 72.38 C \ ANISOU15274 CD1 ILE G 23 10982 6294 10225 -110 2669 239 C \ ATOM 15275 N TYR G 24 -187.922-124.323 -45.649 1.00 78.79 N \ ANISOU15275 N TYR G 24 11550 7347 11039 -205 2013 586 N \ ATOM 15276 CA TYR G 24 -187.011-123.216 -45.351 1.00 83.35 C \ ANISOU15276 CA TYR G 24 12037 7965 11667 -184 1940 652 C \ ATOM 15277 C TYR G 24 -187.034-122.725 -43.910 1.00 82.47 C \ ANISOU15277 C TYR G 24 11825 7838 11673 -64 1874 641 C \ ATOM 15278 O TYR G 24 -187.615-123.327 -43.000 1.00 79.97 O \ ANISOU15278 O TYR G 24 11499 7500 11385 19 1905 594 O \ ATOM 15279 CB TYR G 24 -187.271-122.022 -46.257 1.00 85.46 C \ ANISOU15279 CB TYR G 24 12294 8248 11928 -321 1787 732 C \ ATOM 15280 CG TYR G 24 -188.642-121.453 -46.074 1.00 85.62 C \ ANISOU15280 CG TYR G 24 12300 8200 12030 -353 1629 734 C \ ATOM 15281 CD1 TYR G 24 -189.744-122.049 -46.678 1.00 86.28 C \ ANISOU15281 CD1 TYR G 24 12466 8266 12051 -426 1626 707 C \ ATOM 15282 CD2 TYR G 24 -188.852-120.367 -45.249 1.00 83.87 C \ ANISOU15282 CD2 TYR G 24 11973 7931 11963 -304 1490 744 C \ ATOM 15283 CE1 TYR G 24 -190.998-121.530 -46.514 1.00 85.27 C \ ANISOU15283 CE1 TYR G 24 12311 8076 12010 -452 1482 712 C \ ATOM 15284 CE2 TYR G 24 -190.109-119.856 -45.070 1.00 83.49 C \ ANISOU15284 CE2 TYR G 24 11895 7814 12014 -324 1354 729 C \ ATOM 15285 CZ TYR G 24 -191.170-120.437 -45.705 1.00 81.48 C \ ANISOU15285 CZ TYR G 24 11720 7545 11695 -396 1350 723 C \ ATOM 15286 OH TYR G 24 -192.413-119.932 -45.531 1.00 75.20 O \ ANISOU15286 OH TYR G 24 10882 6682 11010 -413 1214 712 O \ ATOM 15287 N GLY G 25 -186.309-121.637 -43.731 1.00 84.37 N \ ANISOU15287 N GLY G 25 11981 8105 11973 -65 1791 685 N \ ATOM 15288 CA GLY G 25 -186.299-120.915 -42.489 1.00 85.39 C \ ANISOU15288 CA GLY G 25 11998 8235 12211 21 1705 653 C \ ATOM 15289 C GLY G 25 -185.982-121.706 -41.253 1.00 79.10 C \ ANISOU15289 C GLY G 25 11162 7487 11406 154 1802 611 C \ ATOM 15290 O GLY G 25 -186.722-121.606 -40.277 1.00 76.07 O \ ANISOU15290 O GLY G 25 10727 7112 11065 207 1753 554 O \ ATOM 15291 N VAL G 26 -184.842-122.392 -41.247 1.00 76.05 N \ ANISOU15291 N VAL G 26 10778 7147 10973 205 1930 644 N \ ATOM 15292 CA VAL G 26 -184.469-123.158 -40.064 1.00 75.35 C \ ANISOU15292 CA VAL G 26 10636 7111 10884 328 2011 641 C \ ATOM 15293 C VAL G 26 -184.095-122.260 -38.855 1.00 89.95 C \ ANISOU15293 C VAL G 26 12349 9043 12784 387 1917 617 C \ ATOM 15294 O VAL G 26 -183.183-121.430 -38.917 1.00 89.84 O \ ANISOU15294 O VAL G 26 12270 9061 12806 375 1869 632 O \ ATOM 15295 CB VAL G 26 -183.300-124.129 -40.346 1.00 73.76 C \ ANISOU15295 CB VAL G 26 10448 6924 10652 377 2167 689 C \ ATOM 15296 CG1 VAL G 26 -182.931-124.866 -39.087 1.00 75.25 C \ ANISOU15296 CG1 VAL G 26 10565 7169 10859 501 2226 722 C \ ATOM 15297 CG2 VAL G 26 -183.662-125.135 -41.412 1.00 70.84 C \ ANISOU15297 CG2 VAL G 26 10197 6479 10239 327 2277 671 C \ ATOM 15298 N ASN G 27 -184.810-122.439 -37.749 1.00 88.51 N \ ANISOU15298 N ASN G 27 12118 8910 12600 444 1894 573 N \ ATOM 15299 CA ASN G 27 -184.431-121.784 -36.516 1.00 88.56 C \ ANISOU15299 CA ASN G 27 11990 9033 12625 500 1828 529 C \ ATOM 15300 C ASN G 27 -183.554-122.690 -35.700 1.00 86.52 C \ ANISOU15300 C ASN G 27 11683 8882 12310 591 1927 602 C \ ATOM 15301 O ASN G 27 -184.012-123.673 -35.151 1.00 85.67 O \ ANISOU15301 O ASN G 27 11587 8806 12158 636 1994 641 O \ ATOM 15302 CB ASN G 27 -185.626-121.418 -35.667 1.00 94.76 C \ ANISOU15302 CB ASN G 27 12722 9858 13424 504 1751 428 C \ ATOM 15303 CG ASN G 27 -185.228-120.559 -34.473 1.00 99.44 C \ ANISOU15303 CG ASN G 27 13162 10587 14034 543 1674 339 C \ ATOM 15304 OD1 ASN G 27 -184.143-120.749 -33.878 1.00 94.99 O \ ANISOU15304 OD1 ASN G 27 12532 10135 13424 594 1711 385 O \ ATOM 15305 ND2 ASN G 27 -186.101-119.606 -34.110 1.00101.67 N \ ANISOU15305 ND2 ASN G 27 13376 10863 14390 516 1565 201 N \ ATOM 15306 N THR G 28 -182.280-122.361 -35.642 1.00 92.84 N \ ANISOU15306 N THR G 28 12418 9733 13122 614 1932 639 N \ ATOM 15307 CA THR G 28 -181.324-123.183 -34.935 1.00100.61 C \ ANISOU15307 CA THR G 28 13339 10816 14071 701 2016 731 C \ ATOM 15308 C THR G 28 -181.594-123.229 -33.456 1.00101.49 C \ ANISOU15308 C THR G 28 13342 11094 14125 752 1975 717 C \ ATOM 15309 O THR G 28 -181.518-124.302 -32.847 1.00105.41 O \ ANISOU15309 O THR G 28 13820 11651 14579 814 2050 819 O \ ATOM 15310 CB THR G 28 -179.929-122.661 -35.119 1.00108.77 C \ ANISOU15310 CB THR G 28 14304 11888 15135 707 2010 762 C \ ATOM 15311 OG1 THR G 28 -179.942-121.248 -34.854 1.00115.17 O \ ANISOU15311 OG1 THR G 28 15038 12735 15985 658 1872 663 O \ ATOM 15312 CG2 THR G 28 -179.423-122.962 -36.550 1.00109.16 C \ ANISOU15312 CG2 THR G 28 14448 11815 15211 666 2097 806 C \ ATOM 15313 N LEU G 29 -181.890-122.073 -32.861 1.00 95.38 N \ ANISOU15313 N LEU G 29 12484 10401 13356 722 1857 591 N \ ATOM 15314 CA LEU G 29 -182.103-122.068 -31.420 1.00 92.47 C \ ANISOU15314 CA LEU G 29 11994 10236 12903 759 1823 554 C \ ATOM 15315 C LEU G 29 -183.343-122.823 -30.985 1.00 86.90 C \ ANISOU15315 C LEU G 29 11323 9558 12136 764 1860 562 C \ ATOM 15316 O LEU G 29 -183.269-123.653 -30.090 1.00 85.18 O \ ANISOU15316 O LEU G 29 11051 9484 11830 808 1907 661 O \ ATOM 15317 CB LEU G 29 -182.155-120.655 -30.849 1.00 96.05 C \ ANISOU15317 CB LEU G 29 12333 10775 13387 723 1695 375 C \ ATOM 15318 CG LEU G 29 -181.192-120.433 -29.680 1.00 96.81 C \ ANISOU15318 CG LEU G 29 12275 11100 13408 757 1665 367 C \ ATOM 15319 CD1 LEU G 29 -181.528-119.138 -28.953 1.00 97.12 C \ ANISOU15319 CD1 LEU G 29 12190 11238 13472 718 1547 140 C \ ATOM 15320 CD2 LEU G 29 -181.253-121.611 -28.723 1.00 98.04 C \ ANISOU15320 CD2 LEU G 29 12392 11436 13421 810 1736 496 C \ ATOM 15321 N GLU G 30 -184.463-122.556 -31.646 1.00 88.78 N \ ANISOU15321 N GLU G 30 11645 9661 12426 712 1834 479 N \ ATOM 15322 CA GLU G 30 -185.749-123.143 -31.285 1.00 98.09 C \ ANISOU15322 CA GLU G 30 12849 10860 13560 705 1860 467 C \ ATOM 15323 C GLU G 30 -185.949-124.554 -31.805 1.00103.34 C \ ANISOU15323 C GLU G 30 13626 11418 14221 721 1974 618 C \ ATOM 15324 O GLU G 30 -186.890-125.234 -31.393 1.00105.95 O \ ANISOU15324 O GLU G 30 13967 11778 14512 718 2008 646 O \ ATOM 15325 CB GLU G 30 -186.902-122.261 -31.774 1.00105.58 C \ ANISOU15325 CB GLU G 30 13825 11702 14587 644 1777 315 C \ ATOM 15326 CG GLU G 30 -187.101-120.991 -30.948 1.00118.26 C \ ANISOU15326 CG GLU G 30 15290 13425 16218 633 1668 128 C \ ATOM 15327 CD GLU G 30 -188.359-120.237 -31.333 1.00127.29 C \ ANISOU15327 CD GLU G 30 16440 14456 17470 585 1590 -14 C \ ATOM 15328 OE1 GLU G 30 -189.034-120.640 -32.316 1.00130.57 O \ ANISOU15328 OE1 GLU G 30 16976 14707 17929 551 1608 47 O \ ATOM 15329 OE2 GLU G 30 -188.668-119.247 -30.638 1.00129.47 O1- \ ANISOU15329 OE2 GLU G 30 16589 14811 17795 581 1509 -194 O1- \ ATOM 15330 N GLN G 31 -185.058-124.981 -32.699 1.00106.57 N \ ANISOU15330 N GLN G 31 14108 11706 14679 734 2037 705 N \ ATOM 15331 CA GLN G 31 -185.140-126.269 -33.405 1.00109.23 C \ ANISOU15331 CA GLN G 31 14552 11901 15049 745 2152 811 C \ ATOM 15332 C GLN G 31 -186.411-126.394 -34.287 1.00 82.09 C \ ANISOU15332 C GLN G 31 11233 8317 11639 674 2150 743 C \ ATOM 15333 O GLN G 31 -187.288-127.248 -34.087 1.00 87.06 O \ ANISOU15333 O GLN G 31 11896 8920 12264 671 2195 779 O \ ATOM 15334 CB GLN G 31 -184.902-127.464 -32.444 1.00 74.93 C \ ANISOU15334 CB GLN G 31 10147 7645 10679 815 2227 965 C \ ATOM 15335 CG GLN G 31 -183.389-127.607 -32.130 1.00116.54 C \ ANISOU15335 CG GLN G 31 15334 12985 15962 883 2255 1067 C \ ATOM 15336 CD GLN G 31 -183.016-128.734 -31.172 1.00119.19 C \ ANISOU15336 CD GLN G 31 15586 13409 16292 954 2310 1257 C \ ATOM 15337 OE1 GLN G 31 -183.295-129.895 -31.439 1.00120.85 O \ ANISOU15337 OE1 GLN G 31 15850 13491 16578 973 2396 1356 O \ ATOM 15338 NE2 GLN G 31 -182.284-128.405 -30.112 1.00121.31 N \ ANISOU15338 NE2 GLN G 31 15716 13890 16487 988 2258 1316 N \ ATOM 15339 N THR G 32 -186.439-125.535 -35.302 1.00 75.77 N \ ANISOU15339 N THR G 32 10490 7427 10874 611 2094 662 N \ ATOM 15340 CA THR G 32 -187.602-125.300 -36.128 1.00 78.21 C \ ANISOU15340 CA THR G 32 10885 7626 11205 530 2050 591 C \ ATOM 15341 C THR G 32 -187.262-125.107 -37.618 1.00 85.02 C \ ANISOU15341 C THR G 32 11848 8367 12088 459 2059 588 C \ ATOM 15342 O THR G 32 -186.214-124.584 -37.944 1.00 94.36 O \ ANISOU15342 O THR G 32 13008 9566 13279 459 2052 604 O \ ATOM 15343 CB THR G 32 -188.250-124.061 -35.593 1.00 80.41 C \ ANISOU15343 CB THR G 32 11081 7967 11505 507 1918 484 C \ ATOM 15344 OG1 THR G 32 -189.213-124.449 -34.619 1.00 84.91 O \ ANISOU15344 OG1 THR G 32 11601 8620 12040 529 1923 461 O \ ATOM 15345 CG2 THR G 32 -188.875-123.189 -36.698 1.00 78.82 C \ ANISOU15345 CG2 THR G 32 10936 7643 11368 417 1822 424 C \ ATOM 15346 N TYR G 33 -188.169-125.487 -38.511 1.00 81.85 N \ ANISOU15346 N TYR G 33 11549 7865 11685 387 2070 566 N \ ATOM 15347 CA TYR G 33 -188.041-125.255 -39.957 1.00 81.44 C \ ANISOU15347 CA TYR G 33 11588 7735 11620 293 2065 558 C \ ATOM 15348 C TYR G 33 -189.465-125.030 -40.477 1.00 83.24 C \ ANISOU15348 C TYR G 33 11870 7903 11855 205 1982 512 C \ ATOM 15349 O TYR G 33 -190.448-125.387 -39.831 1.00 67.56 O \ ANISOU15349 O TYR G 33 9870 5916 9884 226 1973 488 O \ ATOM 15350 CB TYR G 33 -187.351-126.426 -40.674 1.00 86.65 C \ ANISOU15350 CB TYR G 33 12323 8346 12253 298 2219 583 C \ ATOM 15351 CG TYR G 33 -187.872-127.747 -40.163 1.00 91.72 C \ ANISOU15351 CG TYR G 33 12989 8942 12920 349 2315 596 C \ ATOM 15352 CD1 TYR G 33 -187.376-128.271 -38.973 1.00 94.46 C \ ANISOU15352 CD1 TYR G 33 13253 9341 13298 459 2365 665 C \ ATOM 15353 CD2 TYR G 33 -188.899-128.437 -40.821 1.00 91.57 C \ ANISOU15353 CD2 TYR G 33 13062 8835 12897 280 2343 553 C \ ATOM 15354 CE1 TYR G 33 -187.855-129.426 -38.453 1.00 99.09 C \ ANISOU15354 CE1 TYR G 33 13843 9883 13922 499 2439 709 C \ ATOM 15355 CE2 TYR G 33 -189.402-129.607 -40.304 1.00 93.34 C \ ANISOU15355 CE2 TYR G 33 13295 9003 13167 322 2422 575 C \ ATOM 15356 CZ TYR G 33 -188.863-130.101 -39.113 1.00100.92 C \ ANISOU15356 CZ TYR G 33 14168 10008 14171 432 2470 663 C \ ATOM 15357 OH TYR G 33 -189.303-131.280 -38.544 1.00106.61 O \ ANISOU15357 OH TYR G 33 14882 10672 14954 470 2543 723 O \ ATOM 15358 N LYS G 34 -189.594-124.341 -41.592 1.00 85.73 N \ ANISOU15358 N LYS G 34 12230 8184 12162 103 1907 513 N \ ATOM 15359 CA LYS G 34 -190.911-124.067 -42.114 1.00 85.97 C \ ANISOU15359 CA LYS G 34 12296 8162 12206 16 1812 489 C \ ATOM 15360 C LYS G 34 -191.124-125.054 -43.226 1.00 84.81 C \ ANISOU15360 C LYS G 34 12270 7977 11978 -63 1901 485 C \ ATOM 15361 O LYS G 34 -190.165-125.389 -43.937 1.00 77.78 O \ ANISOU15361 O LYS G 34 11423 7104 11025 -87 1990 499 O \ ATOM 15362 CB LYS G 34 -191.034-122.620 -42.572 1.00 89.55 C \ ANISOU15362 CB LYS G 34 12700 8603 12721 -54 1647 511 C \ ATOM 15363 CG LYS G 34 -190.972-121.641 -41.419 1.00 98.37 C \ ANISOU15363 CG LYS G 34 13685 9742 13949 23 1556 471 C \ ATOM 15364 CD LYS G 34 -191.138-120.224 -41.907 1.00108.97 C \ ANISOU15364 CD LYS G 34 14967 11032 15403 -47 1386 494 C \ ATOM 15365 CE LYS G 34 -191.036-119.196 -40.790 1.00115.17 C \ ANISOU15365 CE LYS G 34 15608 11826 16325 25 1296 418 C \ ATOM 15366 NZ LYS G 34 -191.192-117.822 -41.370 1.00119.09 N1- \ ANISOU15366 NZ LYS G 34 16039 12233 16978 -49 1123 453 N1- \ ATOM 15367 N VAL G 35 -192.344-125.586 -43.325 1.00 87.83 N \ ANISOU15367 N VAL G 35 12695 8315 12363 -103 1890 450 N \ ATOM 15368 CA VAL G 35 -192.693-126.448 -44.451 1.00 85.37 C \ ANISOU15368 CA VAL G 35 12492 7968 11975 -200 1956 421 C \ ATOM 15369 C VAL G 35 -193.941-125.866 -45.144 1.00 82.95 C \ ANISOU15369 C VAL G 35 12204 7648 11664 -318 1811 423 C \ ATOM 15370 O VAL G 35 -194.899-125.499 -44.484 1.00 68.78 O \ ANISOU15370 O VAL G 35 10354 5832 9949 -294 1722 416 O \ ATOM 15371 CB VAL G 35 -192.965-127.907 -44.043 1.00 84.33 C \ ANISOU15371 CB VAL G 35 12401 7781 11861 -150 2095 379 C \ ATOM 15372 CG1 VAL G 35 -192.998-128.724 -45.285 1.00 86.74 C \ ANISOU15372 CG1 VAL G 35 12809 8056 12094 -251 2178 318 C \ ATOM 15373 CG2 VAL G 35 -191.848-128.471 -43.180 1.00 83.78 C \ ANISOU15373 CG2 VAL G 35 12286 7717 11828 -21 2216 408 C \ ATOM 15374 N ASP G 36 -193.867-125.656 -46.454 1.00 80.54 N \ ANISOU15374 N ASP G 36 11960 7375 11267 -449 1778 442 N \ ATOM 15375 CA ASP G 36 -195.032-125.286 -47.246 1.00 84.74 C \ ANISOU15375 CA ASP G 36 12513 7906 11779 -578 1646 461 C \ ATOM 15376 C ASP G 36 -195.324-126.474 -48.109 1.00 86.34 C \ ANISOU15376 C ASP G 36 12820 8116 11869 -667 1751 385 C \ ATOM 15377 O ASP G 36 -194.403-127.076 -48.631 1.00 81.51 O \ ANISOU15377 O ASP G 36 12260 7540 11170 -682 1883 342 O \ ATOM 15378 CB ASP G 36 -194.773-124.050 -48.105 1.00 93.94 C \ ANISOU15378 CB ASP G 36 13650 9124 12918 -681 1503 565 C \ ATOM 15379 CG ASP G 36 -195.909-123.744 -49.104 1.00102.41 C \ ANISOU15379 CG ASP G 36 14745 10216 13951 -835 1361 613 C \ ATOM 15380 OD1 ASP G 36 -197.065-124.171 -48.946 1.00 99.40 O \ ANISOU15380 OD1 ASP G 36 14372 9791 13604 -847 1331 567 O \ ATOM 15381 OD2 ASP G 36 -195.626-123.043 -50.092 1.00111.59 O1- \ ANISOU15381 OD2 ASP G 36 15907 11451 15042 -957 1271 715 O1- \ ATOM 15382 N GLY G 37 -196.611-126.814 -48.212 1.00 92.45 N \ ANISOU15382 N GLY G 37 13613 8854 12662 -722 1696 354 N \ ATOM 15383 CA GLY G 37 -197.113-127.922 -49.006 1.00 91.90 C \ ANISOU15383 CA GLY G 37 13632 8781 12504 -821 1774 264 C \ ATOM 15384 C GLY G 37 -198.626-128.088 -48.947 1.00 89.65 C \ ANISOU15384 C GLY G 37 13341 8455 12269 -875 1681 249 C \ ATOM 15385 O GLY G 37 -199.353-127.178 -48.577 1.00 81.18 O \ ANISOU15385 O GLY G 37 12194 7372 11280 -866 1530 318 O \ ATOM 15386 N TYR G 38 -199.088-129.272 -49.334 1.00 98.22 N \ ANISOU15386 N TYR G 38 14495 9507 13316 -934 1774 147 N \ ATOM 15387 CA TYR G 38 -200.502-129.637 -49.334 1.00 98.51 C \ ANISOU15387 CA TYR G 38 14530 9502 13396 -996 1707 118 C \ ATOM 15388 C TYR G 38 -200.750-130.964 -48.610 1.00 98.06 C \ ANISOU15388 C TYR G 38 14493 9337 13431 -926 1853 36 C \ ATOM 15389 O TYR G 38 -199.918-131.865 -48.651 1.00100.38 O \ ANISOU15389 O TYR G 38 14832 9587 13720 -888 2013 -34 O \ ATOM 15390 CB TYR G 38 -200.977-129.823 -50.764 1.00 96.80 C \ ANISOU15390 CB TYR G 38 14381 9367 13034 -1189 1656 72 C \ ATOM 15391 CG TYR G 38 -200.831-128.617 -51.663 1.00 97.63 C \ ANISOU15391 CG TYR G 38 14466 9597 13031 -1297 1500 182 C \ ATOM 15392 CD1 TYR G 38 -199.616-128.286 -52.248 1.00 95.43 C \ ANISOU15392 CD1 TYR G 38 14212 9411 12636 -1323 1549 206 C \ ATOM 15393 CD2 TYR G 38 -201.931-127.844 -51.977 1.00100.26 C \ ANISOU15393 CD2 TYR G 38 14748 9958 13387 -1384 1302 275 C \ ATOM 15394 CE1 TYR G 38 -199.519-127.211 -53.093 1.00 94.68 C \ ANISOU15394 CE1 TYR G 38 14092 9437 12446 -1439 1401 334 C \ ATOM 15395 CE2 TYR G 38 -201.835-126.766 -52.819 1.00 97.73 C \ ANISOU15395 CE2 TYR G 38 14399 9745 12990 -1493 1145 408 C \ ATOM 15396 CZ TYR G 38 -200.643-126.459 -53.380 1.00 94.11 C \ ANISOU15396 CZ TYR G 38 13967 9380 12409 -1526 1193 444 C \ ATOM 15397 OH TYR G 38 -200.600-125.362 -54.208 1.00 92.29 O \ ANISOU15397 OH TYR G 38 13696 9259 12110 -1646 1025 609 O \ ATOM 15398 N ILE G 39 -201.895-131.090 -47.952 1.00 94.27 N \ ANISOU15398 N ILE G 39 13964 8807 13048 -910 1798 51 N \ ATOM 15399 CA ILE G 39 -202.350-132.404 -47.512 1.00 90.26 C \ ANISOU15399 CA ILE G 39 13476 8198 12621 -893 1916 -13 C \ ATOM 15400 C ILE G 39 -203.519-132.815 -48.380 1.00 85.26 C \ ANISOU15400 C ILE G 39 12881 7561 11954 -1050 1853 -81 C \ ATOM 15401 O ILE G 39 -204.373-132.000 -48.735 1.00 80.55 O \ ANISOU15401 O ILE G 39 12248 7027 11331 -1126 1692 -37 O \ ATOM 15402 CB ILE G 39 -202.842-132.441 -46.031 1.00 85.34 C \ ANISOU15402 CB ILE G 39 12759 7536 12130 -770 1921 55 C \ ATOM 15403 CG1 ILE G 39 -201.665-132.392 -45.081 1.00 91.24 C \ ANISOU15403 CG1 ILE G 39 13471 8287 12910 -620 2013 110 C \ ATOM 15404 CG2 ILE G 39 -203.495-133.749 -45.693 1.00 83.50 C \ ANISOU15404 CG2 ILE G 39 12538 7203 11986 -785 2016 19 C \ ATOM 15405 CD1 ILE G 39 -202.045-132.614 -43.645 1.00 94.21 C \ ANISOU15405 CD1 ILE G 39 13755 8658 13382 -516 2041 175 C \ ATOM 15406 N VAL G 40 -203.530-134.095 -48.727 1.00 86.01 N \ ANISOU15406 N VAL G 40 13038 7575 12067 -1098 1978 -192 N \ ATOM 15407 CA VAL G 40 -204.714-134.735 -49.254 1.00 85.68 C \ ANISOU15407 CA VAL G 40 13017 7501 12035 -1231 1943 -269 C \ ATOM 15408 C VAL G 40 -205.103-135.854 -48.285 1.00 87.37 C \ ANISOU15408 C VAL G 40 13205 7570 12423 -1162 2052 -274 C \ ATOM 15409 O VAL G 40 -204.249-136.576 -47.803 1.00 91.70 O \ ANISOU15409 O VAL G 40 13763 8027 13050 -1066 2196 -283 O \ ATOM 15410 CB VAL G 40 -204.474-135.320 -50.616 1.00 86.28 C \ ANISOU15410 CB VAL G 40 13184 7610 11989 -1379 1991 -421 C \ ATOM 15411 CG1 VAL G 40 -205.787-135.554 -51.272 1.00 89.33 C \ ANISOU15411 CG1 VAL G 40 13577 8020 12345 -1540 1891 -478 C \ ATOM 15412 CG2 VAL G 40 -203.688-134.381 -51.413 1.00 78.07 C \ ANISOU15412 CG2 VAL G 40 12167 6718 10778 -1422 1936 -395 C \ ATOM 15413 N ALA G 41 -206.363-135.910 -47.885 1.00 87.91 N \ ANISOU15413 N ALA G 41 13219 7620 12561 -1198 1975 -239 N \ ATOM 15414 CA ALA G 41 -206.845-137.032 -47.091 1.00 87.83 C \ ANISOU15414 CA ALA G 41 13179 7481 12710 -1167 2071 -233 C \ ATOM 15415 C ALA G 41 -208.063-137.617 -47.802 1.00 90.66 C \ ANISOU15415 C ALA G 41 13557 7805 13085 -1328 2020 -324 C \ ATOM 15416 O ALA G 41 -208.904-136.864 -48.326 1.00 88.95 O \ ANISOU15416 O ALA G 41 13319 7688 12789 -1422 1869 -319 O \ ATOM 15417 CB ALA G 41 -207.174-136.595 -45.677 1.00 82.82 C \ ANISOU15417 CB ALA G 41 12437 6876 12156 -1045 2047 -90 C \ ATOM 15418 N GLN G 42 -208.117-138.950 -47.879 1.00 94.13 N \ ANISOU15418 N GLN G 42 14029 8097 13641 -1367 2141 -410 N \ ATOM 15419 CA GLN G 42 -209.242-139.652 -48.521 1.00 94.18 C \ ANISOU15419 CA GLN G 42 14049 8052 13684 -1528 2106 -516 C \ ATOM 15420 C GLN G 42 -209.811-140.730 -47.575 1.00 94.47 C \ ANISOU15420 C GLN G 42 14029 7928 13937 -1499 2189 -462 C \ ATOM 15421 O GLN G 42 -209.077-141.414 -46.858 1.00 95.26 O \ ANISOU15421 O GLN G 42 14118 7908 14167 -1392 2319 -409 O \ ATOM 15422 CB GLN G 42 -208.820-140.249 -49.880 1.00 91.46 C \ ANISOU15422 CB GLN G 42 13803 7690 13259 -1657 2160 -726 C \ ATOM 15423 CG GLN G 42 -209.966-140.818 -50.750 1.00 91.92 C \ ANISOU15423 CG GLN G 42 13878 7738 13308 -1853 2099 -866 C \ ATOM 15424 CD GLN G 42 -209.507-141.193 -52.185 1.00115.57 C \ ANISOU15424 CD GLN G 42 16962 10785 16163 -1997 2138 -1097 C \ ATOM 15425 OE1 GLN G 42 -208.423-140.779 -52.629 1.00116.96 O \ ANISOU15425 OE1 GLN G 42 17184 11047 16208 -1963 2183 -1133 O \ ATOM 15426 NE2 GLN G 42 -210.344-141.958 -52.913 1.00113.25 N \ ANISOU15426 NE2 GLN G 42 16684 10458 15885 -2168 2123 -1262 N \ ATOM 15427 N TRP G 43 -211.131-140.824 -47.526 1.00 93.22 N \ ANISOU15427 N TRP G 43 13819 7778 13821 -1595 2103 -449 N \ ATOM 15428 CA TRP G 43 -211.806-141.899 -46.812 1.00 95.09 C \ ANISOU15428 CA TRP G 43 14000 7869 14259 -1609 2172 -403 C \ ATOM 15429 C TRP G 43 -213.072-142.143 -47.591 1.00 96.33 C \ ANISOU15429 C TRP G 43 14156 8032 14414 -1790 2077 -507 C \ ATOM 15430 O TRP G 43 -213.419-141.335 -48.463 1.00 91.28 O \ ANISOU15430 O TRP G 43 13540 7533 13611 -1877 1948 -569 O \ ATOM 15431 CB TRP G 43 -212.089-141.564 -45.335 1.00 93.61 C \ ANISOU15431 CB TRP G 43 13699 7732 14137 -1487 2172 -195 C \ ATOM 15432 CG TRP G 43 -212.940-140.345 -45.097 1.00 93.53 C \ ANISOU15432 CG TRP G 43 13610 7901 14026 -1488 2025 -133 C \ ATOM 15433 CD1 TRP G 43 -214.295-140.289 -44.956 1.00 93.21 C \ ANISOU15433 CD1 TRP G 43 13488 7899 14030 -1572 1940 -113 C \ ATOM 15434 CD2 TRP G 43 -212.471-139.001 -44.951 1.00 94.68 C \ ANISOU15434 CD2 TRP G 43 13737 8197 14040 -1395 1947 -89 C \ ATOM 15435 NE1 TRP G 43 -214.701-138.989 -44.747 1.00 92.38 N \ ANISOU15435 NE1 TRP G 43 13309 7955 13837 -1531 1815 -66 N \ ATOM 15436 CE2 TRP G 43 -213.592-138.184 -44.742 1.00 95.26 C \ ANISOU15436 CE2 TRP G 43 13712 8382 14100 -1424 1816 -52 C \ ATOM 15437 CE3 TRP G 43 -211.205-138.409 -44.986 1.00 93.05 C \ ANISOU15437 CE3 TRP G 43 13577 8033 13743 -1292 1974 -80 C \ ATOM 15438 CZ2 TRP G 43 -213.477-136.815 -44.565 1.00 96.07 C \ ANISOU15438 CZ2 TRP G 43 13761 8617 14125 -1350 1712 -15 C \ ATOM 15439 CZ3 TRP G 43 -211.102-137.060 -44.811 1.00 91.03 C \ ANISOU15439 CZ3 TRP G 43 13275 7917 13397 -1228 1869 -35 C \ ATOM 15440 CH2 TRP G 43 -212.222-136.277 -44.601 1.00 92.05 C \ ANISOU15440 CH2 TRP G 43 13305 8135 13535 -1255 1740 -6 C \ ATOM 15441 N THR G 44 -213.736-143.266 -47.328 1.00 99.42 N \ ANISOU15441 N THR G 44 14514 8271 14991 -1856 2135 -519 N \ ATOM 15442 CA THR G 44 -214.974-143.536 -48.039 1.00101.12 C \ ANISOU15442 CA THR G 44 14717 8491 15213 -2035 2042 -620 C \ ATOM 15443 C THR G 44 -216.150-143.469 -47.116 1.00 98.79 C \ ANISOU15443 C THR G 44 14300 8222 15015 -2039 1988 -470 C \ ATOM 15444 O THR G 44 -216.114-144.006 -46.017 1.00 95.48 O \ ANISOU15444 O THR G 44 13816 7717 14747 -1958 2079 -333 O \ ATOM 15445 CB THR G 44 -214.983-144.853 -48.773 1.00106.03 C \ ANISOU15445 CB THR G 44 15397 8928 15963 -2160 2128 -810 C \ ATOM 15446 OG1 THR G 44 -213.896-144.879 -49.703 1.00110.62 O \ ANISOU15446 OG1 THR G 44 16081 9514 16435 -2166 2186 -982 O \ ATOM 15447 CG2 THR G 44 -216.289-144.978 -49.548 1.00107.60 C \ ANISOU15447 CG2 THR G 44 15576 9173 16134 -2358 2008 -918 C \ ATOM 15448 N GLY G 45 -217.141-142.690 -47.519 1.00101.71 N \ ANISOU15448 N GLY G 45 14624 8736 15285 -2123 1833 -477 N \ ATOM 15449 CA GLY G 45 -218.341-142.565 -46.733 1.00106.19 C \ ANISOU15449 CA GLY G 45 15060 9347 15940 -2137 1776 -359 C \ ATOM 15450 C GLY G 45 -219.520-143.288 -47.328 1.00109.99 C \ ANISOU15450 C GLY G 45 15517 9769 16506 -2323 1721 -450 C \ ATOM 15451 O GLY G 45 -219.397-144.050 -48.291 1.00106.38 O \ ANISOU15451 O GLY G 45 15146 9214 16060 -2447 1744 -618 O \ ATOM 15452 N LYS G 46 -220.684-142.976 -46.774 1.00118.34 N \ ANISOU15452 N LYS G 46 16444 10904 17615 -2347 1644 -353 N \ ATOM 15453 CA LYS G 46 -221.931-143.512 -47.268 1.00125.22 C \ ANISOU15453 CA LYS G 46 17266 11746 18565 -2525 1571 -419 C \ ATOM 15454 C LYS G 46 -222.172-142.709 -48.544 1.00127.84 C \ ANISOU15454 C LYS G 46 17642 12213 18718 -2626 1403 -531 C \ ATOM 15455 O LYS G 46 -221.940-141.498 -48.568 1.00131.21 O \ ANISOU15455 O LYS G 46 18052 12784 19018 -2542 1312 -470 O \ ATOM 15456 CB LYS G 46 -223.080-143.311 -46.245 1.00167.09 C \ ANISOU15456 CB LYS G 46 22398 17119 23971 -2510 1540 -272 C \ ATOM 15457 CG LYS G 46 -222.641-143.148 -44.762 1.00216.49 C \ ANISOU15457 CG LYS G 46 28577 23406 30272 -2335 1654 -95 C \ ATOM 15458 CD LYS G 46 -222.069-144.428 -44.143 1.00217.96 C \ ANISOU15458 CD LYS G 46 28792 23410 30611 -2315 1824 -29 C \ ATOM 15459 CE LYS G 46 -221.363-144.161 -42.803 1.00216.36 C \ ANISOU15459 CE LYS G 46 28533 23276 30397 -2139 1925 149 C \ ATOM 15460 NZ LYS G 46 -220.547-145.329 -42.323 1.00216.13 N1- \ ANISOU15460 NZ LYS G 46 28546 23063 30510 -2105 2077 231 N1- \ ATOM 15461 N PRO G 47 -222.579-143.387 -49.619 1.00123.83 N \ ANISOU15461 N PRO G 47 17187 11660 18201 -2812 1362 -694 N \ ATOM 15462 CA PRO G 47 -222.877-142.795 -50.926 1.00125.54 C \ ANISOU15462 CA PRO G 47 17441 12025 18234 -2950 1197 -798 C \ ATOM 15463 C PRO G 47 -223.774-141.551 -50.860 1.00131.37 C \ ANISOU15463 C PRO G 47 18057 12940 18918 -2941 1009 -669 C \ ATOM 15464 O PRO G 47 -224.623-141.414 -49.984 1.00134.83 O \ ANISOU15464 O PRO G 47 18361 13380 19489 -2896 992 -556 O \ ATOM 15465 CB PRO G 47 -223.584-143.923 -51.657 1.00124.41 C \ ANISOU15465 CB PRO G 47 17312 11795 18164 -3158 1193 -966 C \ ATOM 15466 CG PRO G 47 -223.015-145.148 -51.067 1.00123.34 C \ ANISOU15466 CG PRO G 47 17217 11426 18219 -3111 1392 -1009 C \ ATOM 15467 CD PRO G 47 -222.625-144.853 -49.657 1.00121.98 C \ ANISOU15467 CD PRO G 47 16986 11219 18140 -2904 1485 -797 C \ ATOM 15468 N ARG G 48 -223.551-140.627 -51.781 1.00131.39 N \ ANISOU15468 N ARG G 48 18095 13093 18733 -2980 870 -680 N \ ATOM 15469 CA ARG G 48 -224.273-139.371 -51.786 1.00130.82 C \ ANISOU15469 CA ARG G 48 17902 13168 18634 -2960 680 -549 C \ ATOM 15470 C ARG G 48 -224.997-139.221 -53.121 1.00133.02 C \ ANISOU15470 C ARG G 48 18177 13576 18790 -3173 490 -609 C \ ATOM 15471 O ARG G 48 -224.710-139.939 -54.073 1.00131.73 O \ ANISOU15471 O ARG G 48 18121 13418 18511 -3322 514 -766 O \ ATOM 15472 CB ARG G 48 -223.271-138.215 -51.569 1.00128.83 C \ ANISOU15472 CB ARG G 48 17676 12984 18291 -2796 667 -452 C \ ATOM 15473 CG ARG G 48 -223.823-136.965 -50.874 1.00125.58 C \ ANISOU15473 CG ARG G 48 17106 12643 17964 -2675 549 -297 C \ ATOM 15474 CD ARG G 48 -222.716-136.174 -50.227 1.00121.80 C \ ANISOU15474 CD ARG G 48 16652 12166 17462 -2481 614 -228 C \ ATOM 15475 NE ARG G 48 -222.204-136.837 -49.032 1.00124.09 N \ ANISOU15475 NE ARG G 48 16954 12353 17842 -2349 820 -228 N \ ATOM 15476 CZ ARG G 48 -221.187-137.699 -49.032 1.00130.12 C \ ANISOU15476 CZ ARG G 48 17852 13026 18562 -2330 982 -295 C \ ATOM 15477 NH1 ARG G 48 -220.599-138.036 -50.176 1.00133.69 N1+ \ ANISOU15477 NH1 ARG G 48 18437 13481 18877 -2438 978 -399 N1+ \ ATOM 15478 NH2 ARG G 48 -220.776-138.256 -47.896 1.00130.36 N \ ANISOU15478 NH2 ARG G 48 17871 12971 18688 -2211 1149 -258 N \ ATOM 15479 N LYS G 49 -225.938-138.284 -53.174 1.00136.68 N \ ANISOU15479 N LYS G 49 18501 14148 19284 -3188 300 -488 N \ ATOM 15480 CA LYS G 49 -226.581-137.876 -54.417 1.00138.95 C \ ANISOU15480 CA LYS G 49 18760 14592 19441 -3375 82 -488 C \ ATOM 15481 C LYS G 49 -225.979-136.513 -54.762 1.00143.96 C \ ANISOU15481 C LYS G 49 19392 15346 19962 -3299 -45 -353 C \ ATOM 15482 O LYS G 49 -226.397-135.488 -54.207 1.00146.48 O \ ANISOU15482 O LYS G 49 19574 15680 20403 -3183 -148 -202 O \ ATOM 15483 CB LYS G 49 -228.092-137.716 -54.219 1.00135.12 C \ ANISOU15483 CB LYS G 49 18093 14136 19110 -3439 -61 -416 C \ ATOM 15484 CG LYS G 49 -228.953-138.060 -55.419 1.00135.08 C \ ANISOU15484 CG LYS G 49 18069 14245 19008 -3691 -226 -483 C \ ATOM 15485 CD LYS G 49 -229.218-139.550 -55.391 1.00136.19 C \ ANISOU15485 CD LYS G 49 18267 14269 19211 -3808 -84 -666 C \ ATOM 15486 CE LYS G 49 -230.067-140.038 -56.535 1.00136.90 C \ ANISOU15486 CE LYS G 49 18340 14467 19210 -4072 -229 -773 C \ ATOM 15487 NZ LYS G 49 -230.226-141.514 -56.381 1.00135.89 N1- \ ANISOU15487 NZ LYS G 49 18264 14179 19187 -4166 -68 -964 N1- \ ATOM 15488 N THR G 50 -224.986-136.480 -55.647 1.00141.76 N \ ANISOU15488 N THR G 50 19252 15147 19464 -3361 -33 -410 N \ ATOM 15489 CA THR G 50 -224.342-135.211 -55.957 1.00136.31 C \ ANISOU15489 CA THR G 50 18558 14561 18674 -3294 -146 -264 C \ ATOM 15490 C THR G 50 -224.968-134.641 -57.220 1.00135.41 C \ ANISOU15490 C THR G 50 18393 14645 18412 -3493 -399 -184 C \ ATOM 15491 O THR G 50 -225.376-135.395 -58.104 1.00132.24 O \ ANISOU15491 O THR G 50 18034 14333 17880 -3701 -434 -306 O \ ATOM 15492 CB THR G 50 -222.818-135.360 -56.133 1.00133.82 C \ ANISOU15492 CB THR G 50 18405 14238 18201 -3236 10 -336 C \ ATOM 15493 OG1 THR G 50 -222.523-135.872 -57.436 1.00134.92 O \ ANISOU15493 OG1 THR G 50 18653 14515 18098 -3444 -9 -465 O \ ATOM 15494 CG2 THR G 50 -222.245-136.279 -55.084 1.00132.34 C \ ANISOU15494 CG2 THR G 50 18281 13862 18140 -3094 264 -442 C \ ATOM 15495 N PRO G 51 -225.020-133.304 -57.316 1.00139.14 N \ ANISOU15495 N PRO G 51 18767 15189 18912 -3435 -580 23 N \ ATOM 15496 CA PRO G 51 -225.568-132.587 -58.470 1.00141.72 C \ ANISOU15496 CA PRO G 51 19021 15709 19117 -3611 -848 164 C \ ATOM 15497 C PRO G 51 -225.002-133.098 -59.781 1.00140.87 C \ ANISOU15497 C PRO G 51 19054 15791 18679 -3829 -851 62 C \ ATOM 15498 O PRO G 51 -223.804-133.347 -59.882 1.00138.02 O \ ANISOU15498 O PRO G 51 18835 15431 18175 -3793 -691 -31 O \ ATOM 15499 CB PRO G 51 -225.138-131.138 -58.220 1.00143.41 C \ ANISOU15499 CB PRO G 51 19154 15916 19419 -3465 -964 386 C \ ATOM 15500 CG PRO G 51 -225.039-131.033 -56.740 1.00142.02 C \ ANISOU15500 CG PRO G 51 18925 15536 19499 -3215 -811 360 C \ ATOM 15501 CD PRO G 51 -224.572-132.380 -56.258 1.00140.05 C \ ANISOU15501 CD PRO G 51 18816 15193 19202 -3193 -543 141 C \ ATOM 15502 N GLY G 52 -225.883-133.322 -60.748 1.00145.16 N \ ANISOU15502 N GLY G 52 19550 16501 19104 -4060 -1021 59 N \ ATOM 15503 CA GLY G 52 -225.497-133.938 -62.001 1.00148.54 C \ ANISOU15503 CA GLY G 52 20096 17139 19203 -4297 -1018 -84 C \ ATOM 15504 C GLY G 52 -225.379-135.392 -61.634 1.00150.47 C \ ANISOU15504 C GLY G 52 20447 17240 19485 -4302 -772 -385 C \ ATOM 15505 O GLY G 52 -226.386-136.071 -61.431 1.00156.57 O \ ANISOU15505 O GLY G 52 21158 17944 20388 -4367 -783 -471 O \ ATOM 15506 N ASP G 53 -224.147-135.855 -61.492 1.00144.67 N \ ANISOU15506 N ASP G 53 19859 16440 18670 -4224 -548 -532 N \ ATOM 15507 CA ASP G 53 -223.888-137.164 -60.929 1.00145.45 C \ ANISOU15507 CA ASP G 53 20047 16339 18879 -4175 -297 -785 C \ ATOM 15508 C ASP G 53 -222.383-137.178 -60.835 1.00141.06 C \ ANISOU15508 C ASP G 53 19622 15749 18226 -4059 -109 -851 C \ ATOM 15509 O ASP G 53 -221.784-138.110 -60.316 1.00142.43 O \ ANISOU15509 O ASP G 53 19881 15745 18493 -3973 121 -1029 O \ ATOM 15510 CB ASP G 53 -224.411-138.307 -61.813 1.00153.26 C \ ANISOU15510 CB ASP G 53 21074 17410 19748 -4425 -287 -1039 C \ ATOM 15511 CG ASP G 53 -224.723-139.574 -61.014 1.00158.09 C \ ANISOU15511 CG ASP G 53 21702 17758 20606 -4374 -97 -1228 C \ ATOM 15512 OD1 ASP G 53 -223.787-140.287 -60.597 1.00159.50 O \ ANISOU15512 OD1 ASP G 53 21985 17774 20845 -4270 136 -1380 O \ ATOM 15513 OD2 ASP G 53 -225.921-139.862 -60.811 1.00160.78 O1- \ ANISOU15513 OD2 ASP G 53 21940 18054 21093 -4442 -186 -1213 O1- \ ATOM 15514 N LYS G 54 -221.775-136.135 -61.388 1.00136.10 N \ ANISOU15514 N LYS G 54 19000 15298 17414 -4068 -217 -693 N \ ATOM 15515 CA LYS G 54 -220.342-135.903 -61.226 1.00131.43 C \ ANISOU15515 CA LYS G 54 18508 14684 16746 -3939 -64 -703 C \ ATOM 15516 C LYS G 54 -220.062-135.353 -59.816 1.00124.74 C \ ANISOU15516 C LYS G 54 17616 13615 16166 -3654 5 -552 C \ ATOM 15517 O LYS G 54 -220.931-134.713 -59.220 1.00126.45 O \ ANISOU15517 O LYS G 54 17706 13773 16567 -3579 -129 -382 O \ ATOM 15518 CB LYS G 54 -219.803-134.996 -62.346 1.00132.67 C \ ANISOU15518 CB LYS G 54 18677 15124 16606 -4069 -207 -577 C \ ATOM 15519 CG LYS G 54 -219.781-135.681 -63.737 1.00150.46 C \ ANISOU15519 CG LYS G 54 20996 17634 18537 -4353 -215 -784 C \ ATOM 15520 CD LYS G 54 -218.816-134.995 -64.734 1.00148.88 C \ ANISOU15520 CD LYS G 54 20841 17714 18013 -4460 -261 -707 C \ ATOM 15521 CE LYS G 54 -218.703-135.775 -66.050 1.00147.22 C \ ANISOU15521 CE LYS G 54 20695 17778 17463 -4741 -229 -963 C \ ATOM 15522 NZ LYS G 54 -217.756-135.144 -67.006 1.00144.86 N1- \ ANISOU15522 NZ LYS G 54 20431 17780 16828 -4857 -258 -889 N1- \ ATOM 15523 N PRO G 55 -218.857-135.615 -59.276 1.00116.85 N \ ANISOU15523 N PRO G 55 16709 12499 15190 -3500 216 -626 N \ ATOM 15524 CA PRO G 55 -218.454-135.242 -57.912 1.00111.48 C \ ANISOU15524 CA PRO G 55 15997 11625 14736 -3239 311 -520 C \ ATOM 15525 C PRO G 55 -218.642-133.770 -57.568 1.00110.45 C \ ANISOU15525 C PRO G 55 15754 11532 14680 -3137 131 -260 C \ ATOM 15526 O PRO G 55 -218.447-132.876 -58.387 1.00106.42 O \ ANISOU15526 O PRO G 55 15228 11189 14018 -3222 -25 -130 O \ ATOM 15527 CB PRO G 55 -216.968-135.587 -57.872 1.00111.32 C \ ANISOU15527 CB PRO G 55 16099 11568 14629 -3154 517 -626 C \ ATOM 15528 CG PRO G 55 -216.566-135.741 -59.291 1.00115.64 C \ ANISOU15528 CG PRO G 55 16721 12332 14883 -3364 489 -736 C \ ATOM 15529 CD PRO G 55 -217.754-136.265 -59.996 1.00117.09 C \ ANISOU15529 CD PRO G 55 16871 12602 15015 -3575 375 -825 C \ ATOM 15530 N LEU G 56 -219.049-133.545 -56.324 1.00114.11 N \ ANISOU15530 N LEU G 56 16129 11837 15393 -2957 157 -188 N \ ATOM 15531 CA LEU G 56 -219.344-132.218 -55.807 1.00108.83 C \ ANISOU15531 CA LEU G 56 15328 11160 14863 -2838 5 18 C \ ATOM 15532 C LEU G 56 -218.088-131.640 -55.205 1.00104.73 C \ ANISOU15532 C LEU G 56 14847 10586 14358 -2659 106 66 C \ ATOM 15533 O LEU G 56 -217.481-132.241 -54.328 1.00103.27 O \ ANISOU15533 O LEU G 56 14716 10282 14241 -2524 306 -24 O \ ATOM 15534 CB LEU G 56 -220.427-132.321 -54.740 1.00103.58 C \ ANISOU15534 CB LEU G 56 14533 10373 14450 -2743 1 32 C \ ATOM 15535 CG LEU G 56 -221.355-131.132 -54.580 1.00105.93 C \ ANISOU15535 CG LEU G 56 14650 10692 14906 -2710 -218 203 C \ ATOM 15536 CD1 LEU G 56 -220.968-130.401 -53.343 1.00107.15 C \ ANISOU15536 CD1 LEU G 56 14729 10740 15244 -2479 -156 258 C \ ATOM 15537 CD2 LEU G 56 -221.326-130.207 -55.800 1.00106.74 C \ ANISOU15537 CD2 LEU G 56 14733 10949 14875 -2845 -446 352 C \ ATOM 15538 N ILE G 57 -217.723-130.449 -55.642 1.00102.88 N \ ANISOU15538 N ILE G 57 14574 10438 14077 -2658 -43 227 N \ ATOM 15539 CA ILE G 57 -216.553-129.798 -55.102 1.00103.77 C \ ANISOU15539 CA ILE G 57 14710 10503 14215 -2497 33 281 C \ ATOM 15540 C ILE G 57 -217.008-128.784 -54.076 1.00102.60 C \ ANISOU15540 C ILE G 57 14406 10253 14324 -2330 -55 396 C \ ATOM 15541 O ILE G 57 -217.944-128.048 -54.330 1.00103.17 O \ ANISOU15541 O ILE G 57 14350 10351 14500 -2377 -258 515 O \ ATOM 15542 CB ILE G 57 -215.720-129.172 -56.212 1.00109.82 C \ ANISOU15542 CB ILE G 57 15533 11422 14771 -2606 -53 376 C \ ATOM 15543 CG1 ILE G 57 -215.036-130.285 -57.002 1.00116.05 C \ ANISOU15543 CG1 ILE G 57 16480 12304 15312 -2733 103 200 C \ ATOM 15544 CG2 ILE G 57 -214.710-128.173 -55.651 1.00106.45 C \ ANISOU15544 CG2 ILE G 57 15084 10941 14421 -2443 -39 484 C \ ATOM 15545 CD1 ILE G 57 -214.710-129.906 -58.443 1.00120.98 C \ ANISOU15545 CD1 ILE G 57 17142 13160 15665 -2939 -18 270 C \ ATOM 15546 N VAL G 58 -216.398-128.786 -52.899 1.00 82.49 N \ ANISOU15546 N VAL G 58 11858 7597 11889 -2138 98 349 N \ ATOM 15547 CA VAL G 58 -216.753-127.828 -51.869 1.00 86.56 C \ ANISOU15547 CA VAL G 58 12219 8031 12640 -1976 37 416 C \ ATOM 15548 C VAL G 58 -215.502-127.070 -51.414 1.00 86.00 C \ ANISOU15548 C VAL G 58 12165 7931 12581 -1837 89 455 C \ ATOM 15549 O VAL G 58 -214.635-127.669 -50.778 1.00 85.69 O \ ANISOU15549 O VAL G 58 12210 7856 12493 -1742 284 366 O \ ATOM 15550 CB VAL G 58 -217.407-128.554 -50.684 1.00 87.82 C \ ANISOU15550 CB VAL G 58 12323 8110 12937 -1880 170 310 C \ ATOM 15551 CG1 VAL G 58 -217.671-127.604 -49.545 1.00 88.39 C \ ANISOU15551 CG1 VAL G 58 12232 8124 13230 -1709 138 338 C \ ATOM 15552 CG2 VAL G 58 -218.689-129.204 -51.118 1.00 82.31 C \ ANISOU15552 CG2 VAL G 58 11588 7434 12253 -2019 103 282 C \ ATOM 15553 N GLU G 59 -215.397-125.772 -51.755 1.00 85.05 N \ ANISOU15553 N GLU G 59 11958 7820 12539 -1831 -91 598 N \ ATOM 15554 CA GLU G 59 -214.186-124.971 -51.449 1.00 85.52 C \ ANISOU15554 CA GLU G 59 12026 7852 12614 -1720 -63 646 C \ ATOM 15555 C GLU G 59 -214.345-124.183 -50.164 1.00 89.97 C \ ANISOU15555 C GLU G 59 12441 8311 13432 -1532 -65 622 C \ ATOM 15556 O GLU G 59 -215.459-123.940 -49.743 1.00 95.31 O \ ANISOU15556 O GLU G 59 12979 8945 14288 -1504 -144 609 O \ ATOM 15557 CB GLU G 59 -213.828-123.980 -52.580 1.00 86.30 C \ ANISOU15557 CB GLU G 59 12114 8018 12658 -1830 -255 828 C \ ATOM 15558 CG GLU G 59 -213.119-124.551 -53.839 1.00115.52 C \ ANISOU15558 CG GLU G 59 15974 11867 16052 -2005 -221 848 C \ ATOM 15559 CD GLU G 59 -212.806-123.490 -54.932 1.00121.51 C \ ANISOU15559 CD GLU G 59 16698 12721 16749 -2128 -425 1066 C \ ATOM 15560 OE1 GLU G 59 -213.538-122.479 -55.007 1.00125.62 O \ ANISOU15560 OE1 GLU G 59 17067 13195 17468 -2132 -641 1223 O \ ATOM 15561 OE2 GLU G 59 -211.825-123.662 -55.711 1.00118.39 O1- \ ANISOU15561 OE2 GLU G 59 16415 12448 16118 -2223 -369 1089 O1- \ ATOM 15562 N ASN G 60 -213.230-123.712 -49.609 1.00 77.98 N \ ANISOU15562 N ASN G 60 10939 6762 11930 -1412 12 611 N \ ATOM 15563 CA ASN G 60 -213.133-123.085 -48.269 1.00 84.75 C \ ANISOU15563 CA ASN G 60 11671 7543 12987 -1227 56 541 C \ ATOM 15564 C ASN G 60 -214.330-122.989 -47.284 1.00 99.66 C \ ANISOU15564 C ASN G 60 13394 9390 15081 -1144 46 452 C \ ATOM 15565 O ASN G 60 -214.611-123.906 -46.505 1.00 95.90 O \ ANISOU15565 O ASN G 60 12935 8938 14565 -1101 203 343 O \ ATOM 15566 CB ASN G 60 -212.553-121.697 -48.446 1.00 84.92 C \ ANISOU15566 CB ASN G 60 11611 7514 13139 -1188 -86 644 C \ ATOM 15567 CG ASN G 60 -211.342-121.693 -49.322 1.00 88.21 C \ ANISOU15567 CG ASN G 60 12167 7987 13361 -1265 -71 736 C \ ATOM 15568 OD1 ASN G 60 -210.314-122.271 -48.955 1.00 76.23 O \ ANISOU15568 OD1 ASN G 60 10760 6499 11705 -1209 108 662 O \ ATOM 15569 ND2 ASN G 60 -211.446-121.058 -50.503 1.00 88.24 N \ ANISOU15569 ND2 ASN G 60 12159 8021 13348 -1400 -259 909 N \ ATOM 15570 N THR G 61 -214.938-121.816 -47.239 1.00101.38 N \ ANISOU15570 N THR G 61 13438 9543 15539 -1110 -130 499 N \ ATOM 15571 CA THR G 61 -216.063-121.544 -46.362 1.00101.36 C \ ANISOU15571 CA THR G 61 13248 9504 15759 -1029 -152 405 C \ ATOM 15572 C THR G 61 -217.192-122.561 -46.366 1.00109.19 C \ ANISOU15572 C THR G 61 14240 10544 16703 -1102 -108 361 C \ ATOM 15573 O THR G 61 -217.737-122.883 -45.310 1.00118.05 O \ ANISOU15573 O THR G 61 15272 11685 17896 -1021 1 239 O \ ATOM 15574 CB THR G 61 -216.609-120.197 -46.678 1.00 99.05 C \ ANISOU15574 CB THR G 61 12775 9118 15743 -1018 -381 489 C \ ATOM 15575 OG1 THR G 61 -215.861-119.264 -45.906 1.00 98.33 O \ ANISOU15575 OG1 THR G 61 12600 8961 15798 -878 -363 424 O \ ATOM 15576 CG2 THR G 61 -218.040-120.095 -46.259 1.00 99.93 C \ ANISOU15576 CG2 THR G 61 12701 9205 16064 -995 -442 424 C \ ATOM 15577 N GLN G 62 -217.580-123.043 -47.536 1.00107.11 N \ ANISOU15577 N GLN G 62 14063 10313 16321 -1265 -196 460 N \ ATOM 15578 CA GLN G 62 -218.660-124.019 -47.600 1.00108.87 C \ ANISOU15578 CA GLN G 62 14282 10575 16507 -1349 -164 416 C \ ATOM 15579 C GLN G 62 -218.369-125.360 -46.927 1.00107.11 C \ ANISOU15579 C GLN G 62 14179 10391 16128 -1330 76 302 C \ ATOM 15580 O GLN G 62 -219.277-126.160 -46.753 1.00108.91 O \ ANISOU15580 O GLN G 62 14382 10639 16362 -1382 121 257 O \ ATOM 15581 CB GLN G 62 -219.113-124.242 -49.038 1.00113.18 C \ ANISOU15581 CB GLN G 62 14892 11165 16946 -1543 -318 535 C \ ATOM 15582 CG GLN G 62 -219.657-123.001 -49.664 1.00114.81 C \ ANISOU15582 CG GLN G 62 14948 11336 17339 -1576 -576 681 C \ ATOM 15583 CD GLN G 62 -220.861-122.484 -48.922 1.00113.48 C \ ANISOU15583 CD GLN G 62 14550 11105 17463 -1490 -648 634 C \ ATOM 15584 OE1 GLN G 62 -221.912-123.132 -48.887 1.00112.59 O \ ANISOU15584 OE1 GLN G 62 14389 11024 17368 -1550 -644 592 O \ ATOM 15585 NE2 GLN G 62 -220.717-121.311 -48.320 1.00114.02 N \ ANISOU15585 NE2 GLN G 62 14464 11081 17778 -1351 -712 628 N \ ATOM 15586 N ILE G 63 -217.120-125.632 -46.572 1.00100.84 N \ ANISOU15586 N ILE G 63 13504 9603 15207 -1261 224 271 N \ ATOM 15587 CA ILE G 63 -216.860-126.895 -45.917 1.00 98.33 C \ ANISOU15587 CA ILE G 63 13279 9306 14775 -1240 438 190 C \ ATOM 15588 C ILE G 63 -217.489-126.907 -44.546 1.00102.38 C \ ANISOU15588 C ILE G 63 13643 9840 15419 -1129 523 111 C \ ATOM 15589 O ILE G 63 -218.077-127.907 -44.164 1.00102.74 O \ ANISOU15589 O ILE G 63 13690 9904 15440 -1165 625 77 O \ ATOM 15590 CB ILE G 63 -215.390-127.230 -45.786 1.00 95.94 C \ ANISOU15590 CB ILE G 63 13122 9005 14325 -1186 580 181 C \ ATOM 15591 CG1 ILE G 63 -214.760-127.418 -47.157 1.00 92.83 C \ ANISOU15591 CG1 ILE G 63 12882 8621 13770 -1312 531 237 C \ ATOM 15592 CG2 ILE G 63 -215.219-128.520 -45.016 1.00 95.19 C \ ANISOU15592 CG2 ILE G 63 13091 8916 14162 -1156 787 121 C \ ATOM 15593 CD1 ILE G 63 -213.288-127.653 -47.074 1.00 87.70 C \ ANISOU15593 CD1 ILE G 63 12356 7972 12993 -1254 665 226 C \ ATOM 15594 N GLU G 64 -217.357-125.816 -43.792 1.00108.72 N \ ANISOU15594 N GLU G 64 14306 10644 16358 -1002 487 76 N \ ATOM 15595 CA GLU G 64 -218.005-125.744 -42.477 1.00112.96 C \ ANISOU15595 CA GLU G 64 14676 11236 17008 -904 568 -23 C \ ATOM 15596 C GLU G 64 -219.510-125.917 -42.584 1.00108.29 C \ ANISOU15596 C GLU G 64 13957 10650 16536 -974 495 -35 C \ ATOM 15597 O GLU G 64 -220.117-126.567 -41.731 1.00106.84 O \ ANISOU15597 O GLU G 64 13704 10535 16356 -960 613 -92 O \ ATOM 15598 CB GLU G 64 -217.728-124.435 -41.750 1.00123.63 C \ ANISOU15598 CB GLU G 64 15873 12586 18513 -767 521 -95 C \ ATOM 15599 CG GLU G 64 -217.935-124.555 -40.234 1.00138.10 C \ ANISOU15599 CG GLU G 64 17573 14529 20368 -661 671 -223 C \ ATOM 15600 CD GLU G 64 -218.151-123.195 -39.548 1.00153.66 C \ ANISOU15600 CD GLU G 64 19327 16502 22553 -545 600 -348 C \ ATOM 15601 OE1 GLU G 64 -217.237-122.331 -39.591 1.00159.97 O1- \ ANISOU15601 OE1 GLU G 64 20135 17251 23394 -479 550 -359 O1- \ ATOM 15602 OE2 GLU G 64 -219.232-123.016 -38.925 1.00156.07 O \ ANISOU15602 OE2 GLU G 64 19445 16860 22993 -520 605 -448 O \ ATOM 15603 N ARG G 65 -220.107-125.311 -43.613 1.00105.64 N \ ANISOU15603 N ARG G 65 13581 10256 16302 -1052 297 32 N \ ATOM 15604 CA ARG G 65 -221.549-125.417 -43.820 1.00106.51 C \ ANISOU15604 CA ARG G 65 13560 10370 16540 -1125 204 34 C \ ATOM 15605 C ARG G 65 -221.941-126.848 -43.912 1.00102.58 C \ ANISOU15605 C ARG G 65 13164 9910 15901 -1233 318 35 C \ ATOM 15606 O ARG G 65 -222.970-127.231 -43.383 1.00107.12 O \ ANISOU15606 O ARG G 65 13619 10524 16557 -1247 355 -9 O \ ATOM 15607 CB ARG G 65 -222.049-124.671 -45.064 1.00114.63 C \ ANISOU15607 CB ARG G 65 14546 11337 17669 -1218 -42 145 C \ ATOM 15608 CG ARG G 65 -222.365-123.194 -44.846 1.00125.28 C \ ANISOU15608 CG ARG G 65 15684 12621 19296 -1117 -197 140 C \ ATOM 15609 CD ARG G 65 -223.251-122.639 -45.972 1.00134.48 C \ ANISOU15609 CD ARG G 65 16759 13736 20600 -1224 -448 274 C \ ATOM 15610 NE ARG G 65 -224.530-123.342 -46.055 1.00141.13 N \ ANISOU15610 NE ARG G 65 17530 14623 21471 -1312 -462 259 N \ ATOM 15611 CZ ARG G 65 -225.182-123.589 -47.188 1.00144.58 C \ ANISOU15611 CZ ARG G 65 17989 15073 21872 -1472 -619 378 C \ ATOM 15612 NH1 ARG G 65 -224.688-123.165 -48.343 1.00144.37 N1+ \ ANISOU15612 NH1 ARG G 65 18050 15034 21769 -1564 -779 531 N1+ \ ATOM 15613 NH2 ARG G 65 -226.337-124.244 -47.161 1.00147.23 N \ ANISOU15613 NH2 ARG G 65 18247 15449 22243 -1548 -620 350 N \ ATOM 15614 N TRP G 66 -221.096-127.642 -44.563 1.00 96.91 N \ ANISOU15614 N TRP G 66 12659 9176 14985 -1308 381 77 N \ ATOM 15615 CA TRP G 66 -221.338-129.070 -44.737 1.00 94.76 C \ ANISOU15615 CA TRP G 66 12499 8909 14597 -1416 493 68 C \ ATOM 15616 C TRP G 66 -221.168-129.850 -43.460 1.00 90.54 C \ ANISOU15616 C TRP G 66 11951 8410 14042 -1338 703 20 C \ ATOM 15617 O TRP G 66 -221.829-130.839 -43.241 1.00 93.65 O \ ANISOU15617 O TRP G 66 12337 8810 14436 -1408 780 14 O \ ATOM 15618 CB TRP G 66 -220.426-129.644 -45.789 1.00 79.98 C \ ANISOU15618 CB TRP G 66 10841 7005 12541 -1511 507 98 C \ ATOM 15619 CG TRP G 66 -220.921-129.397 -47.115 1.00 89.47 C \ ANISOU15619 CG TRP G 66 12063 8212 13718 -1657 323 150 C \ ATOM 15620 CD1 TRP G 66 -220.863-128.223 -47.813 1.00 89.14 C \ ANISOU15620 CD1 TRP G 66 11972 8179 13717 -1667 133 231 C \ ATOM 15621 CD2 TRP G 66 -221.550-130.341 -47.961 1.00 88.84 C \ ANISOU15621 CD2 TRP G 66 12052 8140 13564 -1830 298 136 C \ ATOM 15622 NE1 TRP G 66 -221.425-128.382 -49.054 1.00 92.05 N \ ANISOU15622 NE1 TRP G 66 12374 8582 14019 -1842 -14 284 N \ ATOM 15623 CE2 TRP G 66 -221.855-129.679 -49.170 1.00 93.61 C \ ANISOU15623 CE2 TRP G 66 12646 8785 14138 -1946 86 211 C \ ATOM 15624 CE3 TRP G 66 -221.884-131.682 -47.822 1.00 86.26 C \ ANISOU15624 CE3 TRP G 66 11786 7788 13201 -1906 428 70 C \ ATOM 15625 CZ2 TRP G 66 -222.484-130.328 -50.233 1.00 95.18 C \ ANISOU15625 CZ2 TRP G 66 12895 9025 14245 -2139 5 206 C \ ATOM 15626 CZ3 TRP G 66 -222.520-132.318 -48.874 1.00 91.44 C \ ANISOU15626 CZ3 TRP G 66 12492 8457 13794 -2092 349 50 C \ ATOM 15627 CH2 TRP G 66 -222.805-131.646 -50.066 1.00 94.59 C \ ANISOU15627 CH2 TRP G 66 12883 8922 14137 -2209 141 109 C \ ATOM 15628 N ILE G 67 -220.257-129.423 -42.621 1.00 87.90 N \ ANISOU15628 N ILE G 67 11609 8105 13685 -1201 792 -1 N \ ATOM 15629 CA ILE G 67 -220.058-130.113 -41.375 1.00 90.43 C \ ANISOU15629 CA ILE G 67 11902 8490 13968 -1132 980 -22 C \ ATOM 15630 C ILE G 67 -221.291-129.956 -40.499 1.00 99.83 C \ ANISOU15630 C ILE G 67 12882 9767 15283 -1114 989 -69 C \ ATOM 15631 O ILE G 67 -221.720-130.934 -39.889 1.00102.51 O \ ANISOU15631 O ILE G 67 13198 10152 15598 -1151 1111 -50 O \ ATOM 15632 CB ILE G 67 -218.754-129.643 -40.699 1.00 88.52 C \ ANISOU15632 CB ILE G 67 11694 8283 13658 -997 1061 -34 C \ ATOM 15633 CG1 ILE G 67 -217.562-130.212 -41.482 1.00 86.12 C \ ANISOU15633 CG1 ILE G 67 11606 7900 13217 -1032 1102 16 C \ ATOM 15634 CG2 ILE G 67 -218.707-130.087 -39.257 1.00 86.79 C \ ANISOU15634 CG2 ILE G 67 11387 8178 13410 -920 1226 -50 C \ ATOM 15635 CD1 ILE G 67 -216.310-129.426 -41.375 1.00 82.06 C \ ANISOU15635 CD1 ILE G 67 11134 7392 12655 -929 1102 14 C \ ATOM 15636 N ASN G 68 -221.867-128.745 -40.465 1.00106.92 N \ ANISOU15636 N ASN G 68 13614 10682 16328 -1061 859 -125 N \ ATOM 15637 CA ASN G 68 -223.096-128.446 -39.698 1.00111.94 C \ ANISOU15637 CA ASN G 68 14019 11404 17109 -1038 857 -196 C \ ATOM 15638 C ASN G 68 -224.329-129.208 -40.044 1.00118.23 C \ ANISOU15638 C ASN G 68 14770 12196 17954 -1166 833 -165 C \ ATOM 15639 O ASN G 68 -225.203-129.367 -39.204 1.00122.47 O \ ANISOU15639 O ASN G 68 15140 12832 18559 -1157 901 -211 O \ ATOM 15640 CB ASN G 68 -223.453-126.989 -39.759 1.00114.85 C \ ANISOU15640 CB ASN G 68 14217 11752 17670 -959 706 -269 C \ ATOM 15641 CG ASN G 68 -222.622-126.189 -38.840 1.00120.30 C \ ANISOU15641 CG ASN G 68 14845 12499 18365 -813 771 -361 C \ ATOM 15642 OD1 ASN G 68 -221.491-126.559 -38.541 1.00120.60 O \ ANISOU15642 OD1 ASN G 68 15021 12562 18240 -777 880 -335 O \ ATOM 15643 ND2 ASN G 68 -223.169-125.092 -38.355 1.00124.70 N \ ANISOU15643 ND2 ASN G 68 15182 13078 19120 -726 706 -481 N \ ATOM 15644 N ASN G 69 -224.439-129.622 -41.294 1.00121.48 N \ ANISOU15644 N ASN G 69 15315 12509 18334 -1291 729 -96 N \ ATOM 15645 CA ASN G 69 -225.555-130.454 -41.687 1.00124.71 C \ ANISOU15645 CA ASN G 69 15695 12909 18778 -1430 706 -70 C \ ATOM 15646 C ASN G 69 -225.198-131.918 -41.453 1.00122.60 C \ ANISOU15646 C ASN G 69 15570 12629 18382 -1499 877 -31 C \ ATOM 15647 O ASN G 69 -225.965-132.812 -41.788 1.00128.03 O \ ANISOU15647 O ASN G 69 16266 13290 19089 -1627 880 -9 O \ ATOM 15648 CB ASN G 69 -225.912-130.183 -43.141 1.00128.56 C \ ANISOU15648 CB ASN G 69 16237 13319 19290 -1547 502 -24 C \ ATOM 15649 CG ASN G 69 -226.164-128.716 -43.390 1.00135.11 C \ ANISOU15649 CG ASN G 69 16923 14138 20276 -1475 321 -27 C \ ATOM 15650 OD1 ASN G 69 -226.467-127.958 -42.454 1.00135.14 O \ ANISOU15650 OD1 ASN G 69 16740 14186 20421 -1352 342 -97 O \ ATOM 15651 ND2 ASN G 69 -225.998-128.287 -44.646 1.00139.49 N \ ANISOU15651 ND2 ASN G 69 17555 14635 20810 -1554 142 49 N \ ATOM 15652 N GLY G 70 -224.047-132.157 -40.829 1.00114.48 N \ ANISOU15652 N GLY G 70 14638 11614 17245 -1411 1016 -20 N \ ATOM 15653 CA GLY G 70 -223.675-133.503 -40.467 1.00111.16 C \ ANISOU15653 CA GLY G 70 14323 11169 16742 -1457 1180 34 C \ ATOM 15654 C GLY G 70 -222.617-134.248 -41.263 1.00108.76 C \ ANISOU15654 C GLY G 70 14249 10743 16332 -1504 1219 63 C \ ATOM 15655 O GLY G 70 -222.592-135.461 -41.178 1.00113.43 O \ ANISOU15655 O GLY G 70 14910 11274 16914 -1574 1325 101 O \ ATOM 15656 N LEU G 71 -221.815-133.579 -42.088 1.00104.58 N \ ANISOU15656 N LEU G 71 13827 10171 15740 -1479 1130 42 N \ ATOM 15657 CA LEU G 71 -220.681-134.236 -42.768 1.00 99.92 C \ ANISOU15657 CA LEU G 71 13442 9486 15038 -1509 1189 49 C \ ATOM 15658 C LEU G 71 -219.557-134.532 -41.783 1.00 98.21 C \ ANISOU15658 C LEU G 71 13265 9284 14767 -1386 1353 86 C \ ATOM 15659 O LEU G 71 -219.189-133.686 -40.984 1.00102.73 O \ ANISOU15659 O LEU G 71 13754 9946 15333 -1260 1363 87 O \ ATOM 15660 CB LEU G 71 -220.147-133.384 -43.926 1.00 97.34 C \ ANISOU15660 CB LEU G 71 13202 9141 14644 -1528 1049 29 C \ ATOM 15661 CG LEU G 71 -219.544-134.041 -45.174 1.00 96.56 C \ ANISOU15661 CG LEU G 71 13288 8966 14432 -1642 1045 1 C \ ATOM 15662 CD1 LEU G 71 -219.076-132.973 -46.111 1.00101.94 C \ ANISOU15662 CD1 LEU G 71 14010 9681 15041 -1652 899 11 C \ ATOM 15663 CD2 LEU G 71 -218.356-134.886 -44.835 1.00 91.45 C \ ANISOU15663 CD2 LEU G 71 12766 8256 13725 -1587 1223 -3 C \ ATOM 15664 N TRP G 72 -219.061-135.763 -41.788 1.00 96.77 N \ ANISOU15664 N TRP G 72 13193 9012 14564 -1424 1479 116 N \ ATOM 15665 CA TRP G 72 -217.945-136.108 -40.916 1.00 94.87 C \ ANISOU15665 CA TRP G 72 12989 8778 14281 -1313 1623 175 C \ ATOM 15666 C TRP G 72 -216.612-135.739 -41.573 1.00 89.55 C \ ANISOU15666 C TRP G 72 12454 8057 13513 -1260 1617 146 C \ ATOM 15667 O TRP G 72 -216.174-136.397 -42.504 1.00 94.95 O \ ANISOU15667 O TRP G 72 13274 8630 14172 -1333 1636 109 O \ ATOM 15668 CB TRP G 72 -217.966-137.611 -40.570 1.00 92.81 C \ ANISOU15668 CB TRP G 72 12763 8420 14079 -1370 1761 243 C \ ATOM 15669 CG TRP G 72 -216.863-137.983 -39.616 1.00 90.21 C \ ANISOU15669 CG TRP G 72 12449 8106 13722 -1257 1898 338 C \ ATOM 15670 CD1 TRP G 72 -216.804-137.673 -38.287 1.00 89.90 C \ ANISOU15670 CD1 TRP G 72 12282 8221 13654 -1162 1957 421 C \ ATOM 15671 CD2 TRP G 72 -215.687-138.748 -39.897 1.00 89.88 C \ ANISOU15671 CD2 TRP G 72 12540 7933 13679 -1232 1990 361 C \ ATOM 15672 NE1 TRP G 72 -215.652-138.175 -37.728 1.00 89.33 N \ ANISOU15672 NE1 TRP G 72 12259 8130 13554 -1083 2067 514 N \ ATOM 15673 CE2 TRP G 72 -214.949-138.845 -38.694 1.00 89.97 C \ ANISOU15673 CE2 TRP G 72 12496 8022 13666 -1118 2090 482 C \ ATOM 15674 CE3 TRP G 72 -215.175-139.348 -41.046 1.00 92.34 C \ ANISOU15674 CE3 TRP G 72 13000 8079 14004 -1298 1999 281 C \ ATOM 15675 CZ2 TRP G 72 -213.734-139.531 -38.607 1.00 90.98 C \ ANISOU15675 CZ2 TRP G 72 12709 8050 13810 -1060 2191 545 C \ ATOM 15676 CZ3 TRP G 72 -213.966-140.032 -40.957 1.00 95.23 C \ ANISOU15676 CZ3 TRP G 72 13449 8342 14393 -1236 2113 318 C \ ATOM 15677 CH2 TRP G 72 -213.264-140.121 -39.743 1.00 93.29 C \ ANISOU15677 CH2 TRP G 72 13142 8158 14147 -1115 2203 458 C \ ATOM 15678 N VAL G 73 -215.954-134.706 -41.076 1.00 79.86 N \ ANISOU15678 N VAL G 73 11185 6920 12239 -1137 1597 151 N \ ATOM 15679 CA VAL G 73 -214.650-134.375 -41.594 1.00 80.27 C \ ANISOU15679 CA VAL G 73 11356 6937 12206 -1085 1602 138 C \ ATOM 15680 C VAL G 73 -213.664-134.327 -40.444 1.00 75.49 C \ ANISOU15680 C VAL G 73 10721 6395 11568 -947 1714 195 C \ ATOM 15681 O VAL G 73 -213.553-133.334 -39.744 1.00 74.93 O \ ANISOU15681 O VAL G 73 10549 6435 11485 -855 1679 186 O \ ATOM 15682 CB VAL G 73 -214.663-133.032 -42.335 1.00 80.66 C \ ANISOU15682 CB VAL G 73 11392 7023 12231 -1085 1440 95 C \ ATOM 15683 CG1 VAL G 73 -213.414-132.902 -43.120 1.00 75.20 C \ ANISOU15683 CG1 VAL G 73 10838 6290 11444 -1077 1447 86 C \ ATOM 15684 CG2 VAL G 73 -215.832-132.976 -43.286 1.00 76.62 C \ ANISOU15684 CG2 VAL G 73 10865 6489 11759 -1222 1308 64 C \ ATOM 15685 N PRO G 74 -212.927-135.409 -40.242 1.00 82.80 N \ ANISOU15685 N PRO G 74 11725 7246 12490 -935 1845 250 N \ ATOM 15686 CA PRO G 74 -212.087-135.489 -39.047 1.00 83.10 C \ ANISOU15686 CA PRO G 74 11714 7361 12499 -815 1949 335 C \ ATOM 15687 C PRO G 74 -210.902-134.517 -39.051 1.00 82.20 C \ ANISOU15687 C PRO G 74 11627 7300 12304 -711 1923 311 C \ ATOM 15688 O PRO G 74 -210.234-134.325 -40.055 1.00 81.79 O \ ANISOU15688 O PRO G 74 11688 7171 12219 -729 1891 265 O \ ATOM 15689 CB PRO G 74 -211.577-136.928 -39.095 1.00 81.00 C \ ANISOU15689 CB PRO G 74 11533 6958 12286 -841 2075 406 C \ ATOM 15690 CG PRO G 74 -211.564-137.260 -40.546 1.00 76.40 C \ ANISOU15690 CG PRO G 74 11083 6228 11716 -940 2039 305 C \ ATOM 15691 CD PRO G 74 -212.765-136.582 -41.115 1.00 83.46 C \ ANISOU15691 CD PRO G 74 11935 7169 12606 -1029 1902 231 C \ ATOM 15692 N ALA G 75 -210.659-133.880 -37.919 1.00 83.77 N \ ANISOU15692 N ALA G 75 11714 7647 12468 -612 1938 336 N \ ATOM 15693 CA ALA G 75 -209.511-132.994 -37.801 1.00 87.21 C \ ANISOU15693 CA ALA G 75 12162 8135 12840 -514 1919 315 C \ ATOM 15694 C ALA G 75 -208.209-133.783 -37.625 1.00 88.97 C \ ANISOU15694 C ALA G 75 12467 8309 13029 -459 2034 400 C \ ATOM 15695 O ALA G 75 -208.079-134.577 -36.700 1.00 91.51 O \ ANISOU15695 O ALA G 75 12741 8673 13356 -430 2133 505 O \ ATOM 15696 CB ALA G 75 -209.720-131.987 -36.638 1.00118.97 C \ ANISOU15696 CB ALA G 75 16019 12343 16841 -432 1891 279 C \ ATOM 15697 N LEU G 76 -207.253-133.581 -38.525 1.00 87.28 N \ ANISOU15697 N LEU G 76 12364 8010 12787 -451 2021 367 N \ ATOM 15698 CA LEU G 76 -205.964-134.276 -38.424 1.00 84.97 C \ ANISOU15698 CA LEU G 76 12138 7663 12482 -391 2129 434 C \ ATOM 15699 C LEU G 76 -204.886-133.336 -37.847 1.00 81.14 C \ ANISOU15699 C LEU G 76 11609 7294 11928 -281 2115 443 C \ ATOM 15700 O LEU G 76 -204.434-132.442 -38.521 1.00 85.72 O \ ANISOU15700 O LEU G 76 12227 7867 12474 -277 2042 377 O \ ATOM 15701 CB LEU G 76 -205.562-134.825 -39.829 1.00132.88 C \ ANISOU15701 CB LEU G 76 18354 13568 18565 -462 2148 374 C \ ATOM 15702 CG LEU G 76 -206.550-135.751 -40.583 1.00 86.82 C \ ANISOU15702 CG LEU G 76 12576 7612 12799 -588 2156 329 C \ ATOM 15703 CD1 LEU G 76 -206.086-136.200 -41.931 1.00 74.03 C \ ANISOU15703 CD1 LEU G 76 11088 5872 11169 -662 2178 235 C \ ATOM 15704 CD2 LEU G 76 -206.823-136.970 -39.742 1.00 84.78 C \ ANISOU15704 CD2 LEU G 76 12274 7298 12642 -580 2261 430 C \ ATOM 15705 N GLU G 77 -204.422-133.576 -36.630 1.00 74.72 N \ ANISOU15705 N GLU G 77 10712 6587 11091 -201 2184 537 N \ ATOM 15706 CA GLU G 77 -203.464-132.666 -36.015 1.00 74.22 C \ ANISOU15706 CA GLU G 77 10591 6652 10958 -106 2164 532 C \ ATOM 15707 C GLU G 77 -202.057-132.887 -36.436 1.00 79.96 C \ ANISOU15707 C GLU G 77 11400 7307 11675 -55 2215 568 C \ ATOM 15708 O GLU G 77 -201.609-133.983 -36.359 1.00 88.32 O \ ANISOU15708 O GLU G 77 12495 8288 12777 -43 2311 661 O \ ATOM 15709 CB GLU G 77 -203.466-132.794 -34.494 1.00 77.60 C \ ANISOU15709 CB GLU G 77 10881 7269 11333 -48 2213 618 C \ ATOM 15710 CG GLU G 77 -202.360-131.944 -33.879 1.00 86.04 C \ ANISOU15710 CG GLU G 77 11892 8472 12325 44 2196 605 C \ ATOM 15711 CD GLU G 77 -202.464-131.731 -32.374 1.00 93.65 C \ ANISOU15711 CD GLU G 77 12696 9686 13199 85 2217 641 C \ ATOM 15712 OE1 GLU G 77 -202.561-132.742 -31.627 1.00 89.57 O \ ANISOU15712 OE1 GLU G 77 12137 9234 12662 78 2297 793 O \ ATOM 15713 OE2 GLU G 77 -202.489-130.525 -31.956 1.00 98.15 O1- \ ANISOU15713 OE2 GLU G 77 13176 10392 13726 117 2148 511 O1- \ ATOM 15714 N PHE G 78 -201.327-131.828 -36.761 1.00 83.45 N \ ANISOU15714 N PHE G 78 11851 7781 12075 -20 2152 502 N \ ATOM 15715 CA PHE G 78 -199.880-131.877 -36.986 1.00 84.66 C \ ANISOU15715 CA PHE G 78 12052 7906 12208 40 2200 537 C \ ATOM 15716 C PHE G 78 -199.108-131.920 -35.667 1.00 81.50 C \ ANISOU15716 C PHE G 78 11549 7650 11768 138 2247 631 C \ ATOM 15717 O PHE G 78 -198.940-130.908 -35.017 1.00 80.27 O \ ANISOU15717 O PHE G 78 11303 7637 11557 179 2185 587 O \ ATOM 15718 CB PHE G 78 -199.480-130.636 -37.754 1.00 85.44 C \ ANISOU15718 CB PHE G 78 12178 8005 12280 29 2102 447 C \ ATOM 15719 CG PHE G 78 -199.448-130.827 -39.229 1.00 89.09 C \ ANISOU15719 CG PHE G 78 12766 8334 12749 -55 2094 402 C \ ATOM 15720 CD1 PHE G 78 -198.853-131.942 -39.768 1.00 95.90 C \ ANISOU15720 CD1 PHE G 78 13717 9093 13629 -64 2207 425 C \ ATOM 15721 CD2 PHE G 78 -199.990-129.882 -40.085 1.00 85.76 C \ ANISOU15721 CD2 PHE G 78 12364 7900 12320 -130 1972 334 C \ ATOM 15722 CE1 PHE G 78 -198.801-132.111 -41.146 1.00 99.26 C \ ANISOU15722 CE1 PHE G 78 14250 9428 14034 -154 2208 356 C \ ATOM 15723 CE2 PHE G 78 -199.947-130.045 -41.456 1.00 85.62 C \ ANISOU15723 CE2 PHE G 78 12456 7802 12274 -225 1960 301 C \ ATOM 15724 CZ PHE G 78 -199.347-131.153 -41.990 1.00 93.51 C \ ANISOU15724 CZ PHE G 78 13544 8724 13261 -241 2083 299 C \ ATOM 15725 N ILE G 79 -198.638-133.103 -35.294 1.00 80.40 N \ ANISOU15725 N ILE G 79 11415 7468 11665 169 2351 759 N \ ATOM 15726 CA ILE G 79 -198.108-133.360 -33.961 1.00 83.44 C \ ANISOU15726 CA ILE G 79 11688 8008 12008 242 2391 892 C \ ATOM 15727 C ILE G 79 -196.963-132.433 -33.582 1.00 86.97 C \ ANISOU15727 C ILE G 79 12084 8580 12382 316 2356 871 C \ ATOM 15728 O ILE G 79 -196.887-131.980 -32.440 1.00 91.08 O \ ANISOU15728 O ILE G 79 12483 9306 12816 352 2332 897 O \ ATOM 15729 CB ILE G 79 -197.653-134.848 -33.775 1.00 97.96 C \ ANISOU15729 CB ILE G 79 13540 9737 13942 264 2501 1064 C \ ATOM 15730 CG1 ILE G 79 -198.831-135.802 -33.768 1.00 98.22 C \ ANISOU15730 CG1 ILE G 79 13582 9684 14054 190 2535 1115 C \ ATOM 15731 CG2 ILE G 79 -196.913-135.036 -32.464 1.00 98.05 C \ ANISOU15731 CG2 ILE G 79 13430 9924 13902 339 2527 1232 C \ ATOM 15732 CD1 ILE G 79 -199.739-135.523 -32.688 1.00101.11 C \ ANISOU15732 CD1 ILE G 79 13830 10252 14335 167 2502 1156 C \ ATOM 15733 N ASN G 80 -196.049-132.175 -34.513 1.00 84.75 N \ ANISOU15733 N ASN G 80 11885 8188 12126 332 2357 824 N \ ATOM 15734 CA ASN G 80 -194.839-131.444 -34.137 1.00 85.42 C \ ANISOU15734 CA ASN G 80 11916 8379 12159 403 2335 828 C \ ATOM 15735 C ASN G 80 -194.821-130.001 -34.629 1.00 83.36 C \ ANISOU15735 C ASN G 80 11659 8145 11869 382 2229 679 C \ ATOM 15736 O ASN G 80 -193.787-129.326 -34.614 1.00 83.29 O \ ANISOU15736 O ASN G 80 11625 8183 11839 424 2204 664 O \ ATOM 15737 CB ASN G 80 -193.573-132.224 -34.563 1.00 88.19 C \ ANISOU15737 CB ASN G 80 12316 8620 12571 454 2424 916 C \ ATOM 15738 CG ASN G 80 -193.373-132.287 -36.080 1.00 87.45 C \ ANISOU15738 CG ASN G 80 12354 8344 12530 406 2446 821 C \ ATOM 15739 OD1 ASN G 80 -194.323-132.351 -36.861 1.00 85.09 O \ ANISOU15739 OD1 ASN G 80 12131 7954 12246 324 2426 740 O \ ATOM 15740 ND2 ASN G 80 -192.113-132.357 -36.487 1.00 87.75 N \ ANISOU15740 ND2 ASN G 80 12411 8342 12589 453 2496 837 N \ ATOM 15741 N VAL G 81 -196.000-129.503 -34.968 1.00 81.78 N \ ANISOU15741 N VAL G 81 11469 7921 11682 317 2158 581 N \ ATOM 15742 CA VAL G 81 -196.126-128.135 -35.412 1.00 81.25 C \ ANISOU15742 CA VAL G 81 11388 7858 11627 292 2042 459 C \ ATOM 15743 C VAL G 81 -196.056-127.180 -34.238 1.00 82.62 C \ ANISOU15743 C VAL G 81 11415 8212 11766 342 1984 395 C \ ATOM 15744 O VAL G 81 -196.723-127.352 -33.214 1.00 85.56 O \ ANISOU15744 O VAL G 81 11693 8719 12098 353 1999 388 O \ ATOM 15745 CB VAL G 81 -197.385-127.931 -36.301 1.00 94.56 C \ ANISOU15745 CB VAL G 81 13128 9438 13363 203 1975 388 C \ ATOM 15746 CG1 VAL G 81 -198.633-127.752 -35.476 1.00 68.50 C \ ANISOU15746 CG1 VAL G 81 9728 6228 10072 193 1940 336 C \ ATOM 15747 CG2 VAL G 81 -197.167-126.810 -37.328 1.00 67.79 C \ ANISOU15747 CG2 VAL G 81 9774 5976 10009 160 1868 324 C \ ATOM 15748 N VAL G 82 -195.209-126.173 -34.417 1.00 81.75 N \ ANISOU15748 N VAL G 82 11281 8111 11670 364 1921 342 N \ ATOM 15749 CA VAL G 82 -195.007-125.107 -33.463 1.00 83.16 C \ ANISOU15749 CA VAL G 82 11320 8439 11838 404 1854 243 C \ ATOM 15750 C VAL G 82 -196.014-124.016 -33.793 1.00 81.07 C \ ANISOU15750 C VAL G 82 11012 8117 11674 361 1737 101 C \ ATOM 15751 O VAL G 82 -196.065-123.498 -34.904 1.00 84.12 O \ ANISOU15751 O VAL G 82 11467 8352 12143 314 1666 92 O \ ATOM 15752 CB VAL G 82 -193.585-124.601 -33.536 1.00 68.22 C \ ANISOU15752 CB VAL G 82 9418 6561 9940 442 1842 261 C \ ATOM 15753 CG1 VAL G 82 -193.366-123.518 -32.541 1.00 87.54 C \ ANISOU15753 CG1 VAL G 82 11716 9162 12385 476 1772 137 C \ ATOM 15754 CG2 VAL G 82 -192.675-125.730 -33.196 1.00112.84 C \ ANISOU15754 CG2 VAL G 82 15096 12261 15519 490 1955 408 C \ ATOM 15755 N GLY G 83 -196.931-123.768 -32.884 1.00 76.03 N \ ANISOU15755 N GLY G 83 10257 7598 11032 368 1721 2 N \ ATOM 15756 CA GLY G 83 -197.935-122.790 -33.201 1.00 79.96 C \ ANISOU15756 CA GLY G 83 10699 8022 11659 335 1613 -133 C \ ATOM 15757 C GLY G 83 -198.947-123.488 -34.054 1.00 85.11 C \ ANISOU15757 C GLY G 83 11451 8548 12340 272 1621 -70 C \ ATOM 15758 O GLY G 83 -198.981-124.717 -34.090 1.00 92.55 O \ ANISOU15758 O GLY G 83 12474 9493 13198 260 1721 45 O \ ATOM 15759 N SER G 84 -199.783-122.738 -34.746 1.00 82.13 N \ ANISOU15759 N SER G 84 11060 8054 12094 227 1511 -138 N \ ATOM 15760 CA SER G 84 -200.758-123.429 -35.558 1.00 83.27 C \ ANISOU15760 CA SER G 84 11292 8094 12251 157 1513 -78 C \ ATOM 15761 C SER G 84 -200.768-122.918 -36.992 1.00 80.62 C \ ANISOU15761 C SER G 84 11045 7588 12000 88 1407 -36 C \ ATOM 15762 O SER G 84 -200.852-121.715 -37.241 1.00 68.74 O \ ANISOU15762 O SER G 84 9467 6025 10627 84 1281 -94 O \ ATOM 15763 CB SER G 84 -202.146-123.482 -34.868 1.00104.55 C \ ANISOU15763 CB SER G 84 13877 10864 14985 151 1511 -166 C \ ATOM 15764 OG SER G 84 -202.599-122.237 -34.378 1.00103.79 O \ ANISOU15764 OG SER G 84 13622 10799 15015 181 1416 -327 O \ ATOM 15765 N PRO G 85 -200.711-123.870 -37.933 1.00 76.02 N \ ANISOU15765 N PRO G 85 10610 6930 11345 25 1459 68 N \ ATOM 15766 CA PRO G 85 -200.354-123.703 -39.341 1.00 78.95 C \ ANISOU15766 CA PRO G 85 11092 7190 11716 -54 1401 138 C \ ATOM 15767 C PRO G 85 -201.214-122.713 -40.070 1.00 80.22 C \ ANISOU15767 C PRO G 85 11208 7269 12003 -120 1237 123 C \ ATOM 15768 O PRO G 85 -202.403-122.596 -39.778 1.00 80.49 O \ ANISOU15768 O PRO G 85 11166 7299 12117 -128 1187 67 O \ ATOM 15769 CB PRO G 85 -200.599-125.099 -39.923 1.00 80.41 C \ ANISOU15769 CB PRO G 85 11407 7340 11806 -111 1505 196 C \ ATOM 15770 CG PRO G 85 -200.619-126.001 -38.748 1.00 77.60 C \ ANISOU15770 CG PRO G 85 11015 7065 11405 -41 1630 195 C \ ATOM 15771 CD PRO G 85 -201.155-125.242 -37.640 1.00 73.57 C \ ANISOU15771 CD PRO G 85 10351 6649 10952 15 1580 113 C \ ATOM 15772 N ASP G 86 -200.598-122.019 -41.019 1.00 82.62 N \ ANISOU15772 N ASP G 86 11550 7513 12328 -171 1151 186 N \ ATOM 15773 CA ASP G 86 -201.319-121.124 -41.886 1.00 89.16 C \ ANISOU15773 CA ASP G 86 12343 8257 13277 -251 980 223 C \ ATOM 15774 C ASP G 86 -201.920-122.022 -42.923 1.00 90.32 C \ ANISOU15774 C ASP G 86 12610 8387 13319 -362 997 286 C \ ATOM 15775 O ASP G 86 -201.233-122.523 -43.819 1.00 88.51 O \ ANISOU15775 O ASP G 86 12503 8169 12957 -429 1047 354 O \ ATOM 15776 CB ASP G 86 -200.392-120.104 -42.544 1.00 96.20 C \ ANISOU15776 CB ASP G 86 13228 9105 14218 -282 883 301 C \ ATOM 15777 CG ASP G 86 -201.148-118.993 -43.260 1.00103.52 C \ ANISOU15777 CG ASP G 86 14076 9936 15322 -355 680 360 C \ ATOM 15778 OD1 ASP G 86 -202.387-119.116 -43.425 1.00105.87 O \ ANISOU15778 OD1 ASP G 86 14343 10204 15680 -392 618 348 O \ ATOM 15779 OD2 ASP G 86 -200.486-118.015 -43.705 1.00105.82 O1- \ ANISOU15779 OD2 ASP G 86 14331 10178 15699 -381 578 437 O1- \ ATOM 15780 N THR G 87 -203.232-122.163 -42.819 1.00 91.47 N \ ANISOU15780 N THR G 87 12706 8513 13533 -386 947 251 N \ ATOM 15781 CA THR G 87 -203.991-122.948 -43.755 1.00 88.16 C \ ANISOU15781 CA THR G 87 12380 8081 13037 -500 942 293 C \ ATOM 15782 C THR G 87 -204.414-122.089 -44.934 1.00 89.16 C \ ANISOU15782 C THR G 87 12492 8161 13224 -613 755 388 C \ ATOM 15783 O THR G 87 -205.100-121.073 -44.763 1.00 97.02 O \ ANISOU15783 O THR G 87 13354 9102 14406 -597 608 390 O \ ATOM 15784 CB THR G 87 -205.240-123.478 -43.099 1.00 85.63 C \ ANISOU15784 CB THR G 87 12000 7768 12770 -483 966 223 C \ ATOM 15785 OG1 THR G 87 -204.880-124.415 -42.086 1.00 89.36 O \ ANISOU15785 OG1 THR G 87 12490 8296 13166 -402 1139 172 O \ ATOM 15786 CG2 THR G 87 -206.143-124.123 -44.133 1.00 82.70 C \ ANISOU15786 CG2 THR G 87 11703 7373 12345 -615 926 262 C \ ATOM 15787 N GLY G 88 -204.035-122.516 -46.131 1.00 78.61 N \ ANISOU15787 N GLY G 88 11280 6853 11736 -731 761 466 N \ ATOM 15788 CA GLY G 88 -204.438-121.828 -47.330 1.00 74.17 C \ ANISOU15788 CA GLY G 88 10709 6283 11188 -863 585 586 C \ ATOM 15789 C GLY G 88 -205.823-122.299 -47.668 1.00 73.17 C \ ANISOU15789 C GLY G 88 10575 6153 11075 -942 525 574 C \ ATOM 15790 O GLY G 88 -206.699-122.293 -46.816 1.00 73.00 O \ ANISOU15790 O GLY G 88 10458 6091 11187 -870 518 500 O \ ATOM 15791 N ASN G 89 -206.021-122.704 -48.912 1.00 75.54 N \ ANISOU15791 N ASN G 89 10964 6511 11226 -1099 484 641 N \ ATOM 15792 CA ASN G 89 -207.336-123.124 -49.370 1.00 74.86 C \ ANISOU15792 CA ASN G 89 10868 6433 11143 -1197 408 639 C \ ATOM 15793 C ASN G 89 -207.749-124.508 -48.967 1.00 74.47 C \ ANISOU15793 C ASN G 89 10890 6387 11016 -1186 572 509 C \ ATOM 15794 O ASN G 89 -206.944-125.383 -48.770 1.00 98.77 O \ ANISOU15794 O ASN G 89 14068 9480 13980 -1152 748 438 O \ ATOM 15795 CB ASN G 89 -207.433-123.038 -50.877 1.00 83.16 C \ ANISOU15795 CB ASN G 89 11979 7573 12046 -1389 291 756 C \ ATOM 15796 CG ASN G 89 -207.303-121.650 -51.381 1.00 84.63 C \ ANISOU15796 CG ASN G 89 12070 7749 12336 -1430 88 932 C \ ATOM 15797 OD1 ASN G 89 -208.312-120.981 -51.669 1.00 78.05 O \ ANISOU15797 OD1 ASN G 89 11126 6881 11647 -1482 -105 1030 O \ ATOM 15798 ND2 ASN G 89 -206.053-121.184 -51.489 1.00 76.79 N \ ANISOU15798 ND2 ASN G 89 11106 6777 11293 -1408 123 987 N \ ATOM 15799 N LYS G 90 -209.030-124.696 -48.811 1.00 74.90 N \ ANISOU15799 N LYS G 90 10879 6417 11160 -1212 509 485 N \ ATOM 15800 CA LYS G 90 -209.504-126.007 -48.507 1.00 80.25 C \ ANISOU15800 CA LYS G 90 11617 7092 11782 -1223 648 381 C \ ATOM 15801 C LYS G 90 -210.435-126.390 -49.627 1.00 82.43 C \ ANISOU15801 C LYS G 90 11926 7409 11983 -1399 549 403 C \ ATOM 15802 O LYS G 90 -211.086-125.554 -50.236 1.00 76.96 O \ ANISOU15802 O LYS G 90 11156 6736 11348 -1476 356 502 O \ ATOM 15803 CB LYS G 90 -210.267-125.997 -47.188 1.00 80.18 C \ ANISOU15803 CB LYS G 90 11487 7037 11942 -1102 680 319 C \ ATOM 15804 CG LYS G 90 -209.434-125.871 -45.947 1.00 78.36 C \ ANISOU15804 CG LYS G 90 11222 6797 11752 -938 804 272 C \ ATOM 15805 CD LYS G 90 -210.372-125.517 -44.835 1.00 83.64 C \ ANISOU15805 CD LYS G 90 11734 7459 12588 -850 781 219 C \ ATOM 15806 CE LYS G 90 -209.634-125.092 -43.580 1.00 87.54 C \ ANISOU15806 CE LYS G 90 12155 7976 13129 -696 865 167 C \ ATOM 15807 NZ LYS G 90 -210.528-124.438 -42.563 1.00 86.29 N1- \ ANISOU15807 NZ LYS G 90 11812 7833 13142 -615 820 93 N1- \ ATOM 15808 N ARG G 91 -210.563-127.684 -49.824 1.00 76.31 N \ ANISOU15808 N ARG G 91 11250 6641 11103 -1460 679 308 N \ ATOM 15809 CA ARG G 91 -211.365-128.204 -50.883 1.00 81.88 C \ ANISOU15809 CA ARG G 91 11997 7398 11714 -1638 608 296 C \ ATOM 15810 C ARG G 91 -211.960-129.452 -50.295 1.00 83.12 C \ ANISOU15810 C ARG G 91 12175 7493 11913 -1625 744 180 C \ ATOM 15811 O ARG G 91 -211.249-130.206 -49.636 1.00 76.87 O \ ANISOU15811 O ARG G 91 11441 6648 11117 -1534 927 111 O \ ATOM 15812 CB ARG G 91 -210.430-128.542 -52.020 1.00 89.16 C \ ANISOU15812 CB ARG G 91 13052 8410 12416 -1754 655 277 C \ ATOM 15813 CG ARG G 91 -211.070-128.868 -53.308 1.00 98.22 C \ ANISOU15813 CG ARG G 91 14239 9662 13417 -1964 558 270 C \ ATOM 15814 CD ARG G 91 -210.005-129.298 -54.277 1.00104.00 C \ ANISOU15814 CD ARG G 91 15096 10499 13918 -2063 652 210 C \ ATOM 15815 NE ARG G 91 -209.930-130.731 -54.376 1.00111.45 N \ ANISOU15815 NE ARG G 91 16137 11410 14800 -2102 833 19 N \ ATOM 15816 CZ ARG G 91 -209.006-131.371 -55.073 1.00120.04 C \ ANISOU15816 CZ ARG G 91 17330 12563 15718 -2169 966 -97 C \ ATOM 15817 NH1 ARG G 91 -208.079-130.684 -55.725 1.00119.16 N1+ \ ANISOU15817 NH1 ARG G 91 17242 12577 15458 -2209 939 -27 N1+ \ ATOM 15818 NH2 ARG G 91 -209.007-132.702 -55.111 1.00126.98 N \ ANISOU15818 NH2 ARG G 91 18279 13376 16592 -2197 1129 -288 N \ ATOM 15819 N LEU G 92 -213.270-129.637 -50.437 1.00 83.57 N \ ANISOU15819 N LEU G 92 12168 7550 12036 -1707 650 177 N \ ATOM 15820 CA LEU G 92 -213.869-130.933 -50.123 1.00 84.30 C \ ANISOU15820 CA LEU G 92 12290 7587 12153 -1739 771 73 C \ ATOM 15821 C LEU G 92 -214.345-131.471 -51.428 1.00 89.10 C \ ANISOU15821 C LEU G 92 12967 8258 12630 -1943 705 26 C \ ATOM 15822 O LEU G 92 -214.989-130.763 -52.209 1.00 87.21 O \ ANISOU15822 O LEU G 92 12673 8101 12361 -2052 513 104 O \ ATOM 15823 CB LEU G 92 -215.026-130.862 -49.128 1.00 86.99 C \ ANISOU15823 CB LEU G 92 12491 7885 12676 -1675 741 86 C \ ATOM 15824 CG LEU G 92 -214.708-131.244 -47.682 1.00 85.82 C \ ANISOU15824 CG LEU G 92 12306 7679 12623 -1513 907 62 C \ ATOM 15825 CD1 LEU G 92 -215.997-131.364 -46.899 1.00 83.81 C \ ANISOU15825 CD1 LEU G 92 11915 7416 12514 -1498 885 60 C \ ATOM 15826 CD2 LEU G 92 -213.929-132.542 -47.678 1.00 83.66 C \ ANISOU15826 CD2 LEU G 92 12163 7348 12275 -1520 1098 -8 C \ ATOM 15827 N MET G 93 -213.986-132.722 -51.670 1.00 98.24 N \ ANISOU15827 N MET G 93 14235 9378 13715 -1997 862 -103 N \ ATOM 15828 CA MET G 93 -214.361-133.412 -52.879 1.00104.32 C \ ANISOU15828 CA MET G 93 15076 10211 14351 -2198 833 -200 C \ ATOM 15829 C MET G 93 -215.263-134.599 -52.510 1.00103.94 C \ ANISOU15829 C MET G 93 15016 10062 14415 -2241 910 -302 C \ ATOM 15830 O MET G 93 -214.803-135.596 -51.952 1.00104.33 O \ ANISOU15830 O MET G 93 15116 9992 14530 -2177 1094 -388 O \ ATOM 15831 CB MET G 93 -213.082-133.827 -53.587 1.00107.61 C \ ANISOU15831 CB MET G 93 15623 10668 14597 -2234 955 -296 C \ ATOM 15832 CG MET G 93 -213.229-133.946 -55.057 1.00112.63 C \ ANISOU15832 CG MET G 93 16315 11458 15022 -2452 872 -363 C \ ATOM 15833 SD MET G 93 -211.605-134.033 -55.799 1.00116.85 S \ ANISOU15833 SD MET G 93 16967 12083 15349 -2470 1003 -446 S \ ATOM 15834 CE MET G 93 -212.117-134.299 -57.495 1.00154.50 C \ ANISOU15834 CE MET G 93 21777 17072 19855 -2764 896 -549 C \ ATOM 15835 N LEU G 94 -216.563-134.440 -52.758 1.00100.95 N \ ANISOU15835 N LEU G 94 14552 9722 14082 -2344 760 -269 N \ ATOM 15836 CA LEU G 94 -217.572-135.403 -52.355 1.00 94.44 C \ ANISOU15836 CA LEU G 94 13688 8810 13386 -2390 805 -336 C \ ATOM 15837 C LEU G 94 -217.989-136.140 -53.578 1.00 98.53 C \ ANISOU15837 C LEU G 94 14270 9385 13782 -2608 766 -466 C \ ATOM 15838 O LEU G 94 -218.498-135.543 -54.510 1.00 96.77 O \ ANISOU15838 O LEU G 94 14020 9304 13445 -2743 586 -424 O \ ATOM 15839 CB LEU G 94 -218.775-134.717 -51.732 1.00 93.01 C \ ANISOU15839 CB LEU G 94 13346 8639 13354 -2352 669 -223 C \ ATOM 15840 CG LEU G 94 -218.441-133.795 -50.559 1.00 95.38 C \ ANISOU15840 CG LEU G 94 13557 8915 13768 -2146 685 -114 C \ ATOM 15841 CD1 LEU G 94 -219.613-132.936 -50.233 1.00 95.73 C \ ANISOU15841 CD1 LEU G 94 13430 8995 13947 -2130 523 -26 C \ ATOM 15842 CD2 LEU G 94 -217.961-134.526 -49.320 1.00 97.02 C \ ANISOU15842 CD2 LEU G 94 13775 9018 14069 -2005 892 -141 C \ ATOM 15843 N PHE G 95 -217.736-137.437 -53.600 1.00108.56 N \ ANISOU15843 N PHE G 95 15621 10548 15080 -2648 933 -626 N \ ATOM 15844 CA PHE G 95 -218.097-138.256 -54.754 1.00113.38 C \ ANISOU15844 CA PHE G 95 16292 11206 15583 -2864 916 -800 C \ ATOM 15845 C PHE G 95 -219.463-138.901 -54.518 1.00121.50 C \ ANISOU15845 C PHE G 95 17239 12165 16760 -2954 871 -826 C \ ATOM 15846 O PHE G 95 -219.888-139.096 -53.359 1.00119.80 O \ ANISOU15846 O PHE G 95 16947 11825 16746 -2836 929 -746 O \ ATOM 15847 CB PHE G 95 -217.029-139.324 -55.035 1.00106.51 C \ ANISOU15847 CB PHE G 95 15545 10245 14681 -2871 1123 -996 C \ ATOM 15848 CG PHE G 95 -215.760-138.769 -55.586 1.00102.04 C \ ANISOU15848 CG PHE G 95 15057 9788 13926 -2840 1156 -1005 C \ ATOM 15849 CD1 PHE G 95 -215.596-138.612 -56.947 1.00105.47 C \ ANISOU15849 CD1 PHE G 95 15544 10416 14112 -3023 1083 -1104 C \ ATOM 15850 CD2 PHE G 95 -214.723-138.388 -54.737 1.00 97.77 C \ ANISOU15850 CD2 PHE G 95 14528 9176 13444 -2635 1260 -909 C \ ATOM 15851 CE1 PHE G 95 -214.409-138.080 -57.456 1.00106.97 C \ ANISOU15851 CE1 PHE G 95 15797 10726 14119 -3002 1119 -1101 C \ ATOM 15852 CE2 PHE G 95 -213.540-137.859 -55.234 1.00 97.38 C \ ANISOU15852 CE2 PHE G 95 14542 9229 13228 -2608 1291 -911 C \ ATOM 15853 CZ PHE G 95 -213.381-137.703 -56.593 1.00102.31 C \ ANISOU15853 CZ PHE G 95 15219 10045 13611 -2791 1224 -1004 C \ ATOM 15854 N PRO G 96 -220.167-139.217 -55.617 1.00127.72 N \ ANISOU15854 N PRO G 96 18034 13055 17438 -3173 764 -935 N \ ATOM 15855 CA PRO G 96 -221.496-139.827 -55.493 1.00133.78 C \ ANISOU15855 CA PRO G 96 18719 13769 18343 -3280 707 -966 C \ ATOM 15856 C PRO G 96 -221.429-141.252 -54.903 1.00140.13 C \ ANISOU15856 C PRO G 96 19556 14347 19339 -3262 909 -1103 C \ ATOM 15857 O PRO G 96 -222.385-141.720 -54.259 1.00142.75 O \ ANISOU15857 O PRO G 96 19800 14579 19860 -3272 909 -1066 O \ ATOM 15858 CB PRO G 96 -221.991-139.857 -56.946 1.00132.49 C \ ANISOU15858 CB PRO G 96 18575 13793 17973 -3531 557 -1075 C \ ATOM 15859 CG PRO G 96 -220.733-139.895 -57.768 1.00130.06 C \ ANISOU15859 CG PRO G 96 18397 13576 17445 -3566 638 -1198 C \ ATOM 15860 CD PRO G 96 -219.770-139.022 -57.025 1.00127.27 C \ ANISOU15860 CD PRO G 96 18053 13193 17111 -3344 688 -1032 C \ ATOM 15861 N ASP G 97 -220.306-141.931 -55.133 1.00138.31 N \ ANISOU15861 N ASP G 97 19441 14034 19076 -3240 1078 -1254 N \ ATOM 15862 CA ASP G 97 -220.102-143.272 -54.610 1.00135.25 C \ ANISOU15862 CA ASP G 97 19081 13406 18901 -3214 1268 -1373 C \ ATOM 15863 C ASP G 97 -219.738-143.311 -53.132 1.00135.87 C \ ANISOU15863 C ASP G 97 19115 13329 19179 -2992 1389 -1198 C \ ATOM 15864 O ASP G 97 -219.498-144.385 -52.608 1.00143.41 O \ ANISOU15864 O ASP G 97 20083 14078 20330 -2957 1543 -1249 O \ ATOM 15865 CB ASP G 97 -219.036-144.014 -55.393 1.00133.04 C \ ANISOU15865 CB ASP G 97 18920 13081 18548 -3266 1408 -1611 C \ ATOM 15866 CG ASP G 97 -217.720-143.312 -55.358 1.00130.26 C \ ANISOU15866 CG ASP G 97 18633 12799 18062 -3124 1469 -1555 C \ ATOM 15867 OD1 ASP G 97 -216.995-143.504 -54.360 1.00127.87 O \ ANISOU15867 OD1 ASP G 97 18333 12342 17911 -2936 1606 -1467 O \ ATOM 15868 OD2 ASP G 97 -217.415-142.560 -56.308 1.00130.82 O1- \ ANISOU15868 OD2 ASP G 97 18743 13088 17875 -3204 1373 -1581 O1- \ ATOM 15869 N GLY G 98 -219.606-142.170 -52.467 1.00128.58 N \ ANISOU15869 N GLY G 98 18140 12503 18212 -2845 1325 -998 N \ ATOM 15870 CA GLY G 98 -219.404-142.211 -51.030 1.00124.58 C \ ANISOU15870 CA GLY G 98 17572 11887 17875 -2657 1429 -839 C \ ATOM 15871 C GLY G 98 -218.104-141.623 -50.535 1.00123.42 C \ ANISOU15871 C GLY G 98 17470 11756 17667 -2472 1509 -759 C \ ATOM 15872 O GLY G 98 -218.072-141.015 -49.472 1.00124.30 O \ ANISOU15872 O GLY G 98 17506 11893 17830 -2323 1512 -596 O \ ATOM 15873 N ARG G 99 -217.021-141.863 -51.271 1.00123.25 N \ ANISOU15873 N ARG G 99 17563 11723 17544 -2484 1585 -888 N \ ATOM 15874 CA ARG G 99 -215.674-141.429 -50.862 1.00118.18 C \ ANISOU15874 CA ARG G 99 16967 11084 16853 -2315 1677 -828 C \ ATOM 15875 C ARG G 99 -215.502-139.901 -50.770 1.00111.63 C \ ANISOU15875 C ARG G 99 16103 10433 15880 -2234 1546 -688 C \ ATOM 15876 O ARG G 99 -216.141-139.133 -51.495 1.00104.89 O \ ANISOU15876 O ARG G 99 15224 9722 14907 -2337 1378 -676 O \ ATOM 15877 CB ARG G 99 -214.589-142.074 -51.735 1.00116.49 C \ ANISOU15877 CB ARG G 99 16868 10821 16571 -2358 1795 -1019 C \ ATOM 15878 CG ARG G 99 -214.417-141.428 -53.070 1.00114.81 C \ ANISOU15878 CG ARG G 99 16716 10803 16105 -2489 1691 -1121 C \ ATOM 15879 CD ARG G 99 -213.905-142.392 -54.105 1.00114.19 C \ ANISOU15879 CD ARG G 99 16725 10685 15976 -2614 1798 -1383 C \ ATOM 15880 NE ARG G 99 -213.619-141.682 -55.345 1.00113.98 N \ ANISOU15880 NE ARG G 99 16749 10894 15664 -2739 1704 -1458 N \ ATOM 15881 CZ ARG G 99 -213.880-142.138 -56.558 1.00115.46 C \ ANISOU15881 CZ ARG G 99 16979 11180 15712 -2946 1682 -1674 C \ ATOM 15882 NH1 ARG G 99 -214.496-143.296 -56.701 1.00122.00 N1+ \ ANISOU15882 NH1 ARG G 99 17803 11869 16683 -3050 1740 -1852 N1+ \ ATOM 15883 NH2 ARG G 99 -213.566-141.415 -57.624 1.00112.65 N \ ANISOU15883 NH2 ARG G 99 16657 11073 15070 -3059 1593 -1704 N \ ATOM 15884 N VAL G 100 -214.626-139.483 -49.865 1.00112.94 N \ ANISOU15884 N VAL G 100 16257 10583 16074 -2052 1620 -579 N \ ATOM 15885 CA VAL G 100 -214.441-138.076 -49.548 1.00111.76 C \ ANISOU15885 CA VAL G 100 16054 10564 15844 -1953 1512 -447 C \ ATOM 15886 C VAL G 100 -212.971-137.692 -49.602 1.00110.48 C \ ANISOU15886 C VAL G 100 15962 10424 15590 -1848 1588 -442 C \ ATOM 15887 O VAL G 100 -212.132-138.380 -49.039 1.00112.17 O \ ANISOU15887 O VAL G 100 16208 10532 15878 -1751 1746 -452 O \ ATOM 15888 CB VAL G 100 -214.922-137.774 -48.116 1.00109.92 C \ ANISOU15888 CB VAL G 100 15698 10317 15749 -1819 1520 -307 C \ ATOM 15889 CG1 VAL G 100 -214.649-136.332 -47.788 1.00111.94 C \ ANISOU15889 CG1 VAL G 100 15894 10690 15947 -1713 1419 -208 C \ ATOM 15890 CG2 VAL G 100 -216.407-138.108 -47.937 1.00109.59 C \ ANISOU15890 CG2 VAL G 100 15564 10264 15811 -1913 1452 -297 C \ ATOM 15891 N ILE G 101 -212.647-136.594 -50.267 1.00106.43 N \ ANISOU15891 N ILE G 101 15463 10047 14930 -1869 1471 -409 N \ ATOM 15892 CA ILE G 101 -211.263-136.148 -50.292 1.00100.45 C \ ANISOU15892 CA ILE G 101 14759 9320 14089 -1772 1536 -392 C \ ATOM 15893 C ILE G 101 -211.161-134.760 -49.713 1.00 91.10 C \ ANISOU15893 C ILE G 101 13493 8215 12906 -1662 1425 -245 C \ ATOM 15894 O ILE G 101 -211.865-133.859 -50.134 1.00 91.80 O \ ANISOU15894 O ILE G 101 13526 8391 12963 -1726 1252 -185 O \ ATOM 15895 CB ILE G 101 -210.670-136.111 -51.709 1.00101.79 C \ ANISOU15895 CB ILE G 101 15024 9586 14065 -1905 1520 -495 C \ ATOM 15896 CG1 ILE G 101 -210.766-137.489 -52.379 1.00103.58 C \ ANISOU15896 CG1 ILE G 101 15325 9738 14293 -2029 1633 -690 C \ ATOM 15897 CG2 ILE G 101 -209.246-135.608 -51.641 1.00 97.71 C \ ANISOU15897 CG2 ILE G 101 14545 9104 13477 -1798 1591 -461 C \ ATOM 15898 CD1 ILE G 101 -210.381-137.512 -53.861 1.00102.58 C \ ANISOU15898 CD1 ILE G 101 15278 9751 13948 -2197 1614 -829 C \ ATOM 15899 N TYR G 102 -210.309-134.587 -48.727 1.00 84.20 N \ ANISOU15899 N TYR G 102 12599 7306 12088 -1496 1518 -187 N \ ATOM 15900 CA TYR G 102 -210.062-133.257 -48.214 1.00 85.22 C \ ANISOU15900 CA TYR G 102 12652 7506 12223 -1393 1423 -79 C \ ATOM 15901 C TYR G 102 -208.701-132.752 -48.660 1.00 84.87 C \ ANISOU15901 C TYR G 102 12671 7507 12067 -1356 1450 -70 C \ ATOM 15902 O TYR G 102 -207.692-133.327 -48.313 1.00 83.85 O \ ANISOU15902 O TYR G 102 12590 7329 11939 -1275 1600 -98 O \ ATOM 15903 CB TYR G 102 -210.162-133.272 -46.698 1.00 85.98 C \ ANISOU15903 CB TYR G 102 12654 7566 12448 -1240 1490 -22 C \ ATOM 15904 CG TYR G 102 -209.736-132.004 -46.020 1.00 84.18 C \ ANISOU15904 CG TYR G 102 12342 7402 12240 -1117 1425 50 C \ ATOM 15905 CD1 TYR G 102 -210.569-130.892 -45.957 1.00 87.26 C \ ANISOU15905 CD1 TYR G 102 12623 7843 12690 -1122 1261 89 C \ ATOM 15906 CD2 TYR G 102 -208.498-131.937 -45.420 1.00 83.45 C \ ANISOU15906 CD2 TYR G 102 12268 7310 12128 -995 1527 72 C \ ATOM 15907 CE1 TYR G 102 -210.154-129.737 -45.306 1.00 94.08 C \ ANISOU15907 CE1 TYR G 102 13399 8746 13602 -1007 1207 129 C \ ATOM 15908 CE2 TYR G 102 -208.067-130.809 -44.787 1.00 88.24 C \ ANISOU15908 CE2 TYR G 102 12795 7974 12759 -889 1471 118 C \ ATOM 15909 CZ TYR G 102 -208.881-129.705 -44.719 1.00 94.96 C \ ANISOU15909 CZ TYR G 102 13539 8864 13678 -894 1315 138 C \ ATOM 15910 OH TYR G 102 -208.394-128.585 -44.054 1.00 95.67 O \ ANISOU15910 OH TYR G 102 13541 8993 13816 -784 1267 159 O \ ATOM 15911 N ASN G 103 -208.675-131.634 -49.372 1.00 87.53 N \ ANISOU15911 N ASN G 103 12992 7937 12328 -1412 1299 -10 N \ ATOM 15912 CA ASN G 103 -207.431-131.099 -49.916 1.00 88.93 C \ ANISOU15912 CA ASN G 103 13222 8176 12390 -1404 1312 13 C \ ATOM 15913 C ASN G 103 -207.240-129.662 -49.394 1.00 86.19 C \ ANISOU15913 C ASN G 103 12778 7858 12111 -1309 1189 134 C \ ATOM 15914 O ASN G 103 -208.147-128.814 -49.468 1.00 80.89 O \ ANISOU15914 O ASN G 103 12018 7206 11509 -1342 1019 203 O \ ATOM 15915 CB ASN G 103 -207.469-131.165 -51.460 1.00 89.72 C \ ANISOU15915 CB ASN G 103 13398 8379 12313 -1596 1249 -24 C \ ATOM 15916 CG ASN G 103 -206.161-130.731 -52.116 1.00 92.97 C \ ANISOU15916 CG ASN G 103 13865 8878 12581 -1610 1282 -6 C \ ATOM 15917 OD1 ASN G 103 -206.121-130.441 -53.312 1.00 95.17 O \ ANISOU15917 OD1 ASN G 103 14178 9285 12696 -1765 1202 6 O \ ATOM 15918 ND2 ASN G 103 -205.085-130.699 -51.339 1.00 92.19 N \ ANISOU15918 ND2 ASN G 103 13767 8728 12534 -1458 1400 2 N \ ATOM 15919 N ALA G 104 -206.068-129.404 -48.830 1.00 85.34 N \ ANISOU15919 N ALA G 104 12674 7743 12008 -1187 1275 152 N \ ATOM 15920 CA ALA G 104 -205.805-128.094 -48.285 1.00 88.88 C \ ANISOU15920 CA ALA G 104 13027 8206 12538 -1095 1171 241 C \ ATOM 15921 C ALA G 104 -204.342-127.760 -48.326 1.00 90.21 C \ ANISOU15921 C ALA G 104 13232 8402 12642 -1036 1239 265 C \ ATOM 15922 O ALA G 104 -203.513-128.590 -48.003 1.00 92.03 O \ ANISOU15922 O ALA G 104 13521 8611 12836 -974 1405 210 O \ ATOM 15923 CB ALA G 104 -206.308-128.012 -46.866 1.00 91.63 C \ ANISOU15923 CB ALA G 104 13271 8509 13038 -960 1194 228 C \ ATOM 15924 N ARG G 105 -204.023-126.513 -48.632 1.00 92.79 N \ ANISOU15924 N ARG G 105 13507 8765 12984 -1047 1105 357 N \ ATOM 15925 CA ARG G 105 -202.631-126.083 -48.628 1.00 92.09 C \ ANISOU15925 CA ARG G 105 13436 8704 12848 -992 1157 391 C \ ATOM 15926 C ARG G 105 -202.241-125.547 -47.263 1.00 88.27 C \ ANISOU15926 C ARG G 105 12858 8178 12501 -823 1178 389 C \ ATOM 15927 O ARG G 105 -203.062-124.968 -46.597 1.00 71.13 O \ ANISOU15927 O ARG G 105 10585 5975 10467 -775 1085 390 O \ ATOM 15928 CB ARG G 105 -202.366-125.027 -49.703 1.00 88.80 C \ ANISOU15928 CB ARG G 105 13010 8355 12376 -1106 1006 508 C \ ATOM 15929 CG ARG G 105 -200.901-124.709 -49.779 1.00 84.47 C \ ANISOU15929 CG ARG G 105 12485 7846 11765 -1066 1078 540 C \ ATOM 15930 CD ARG G 105 -200.571-123.835 -50.906 1.00 84.22 C \ ANISOU15930 CD ARG G 105 12449 7898 11652 -1198 951 668 C \ ATOM 15931 NE ARG G 105 -199.236-123.277 -50.757 1.00 84.27 N \ ANISOU15931 NE ARG G 105 12440 7926 11652 -1141 993 717 N \ ATOM 15932 CZ ARG G 105 -198.684-122.508 -51.682 1.00 90.49 C \ ANISOU15932 CZ ARG G 105 13220 8798 12363 -1252 905 846 C \ ATOM 15933 NH1 ARG G 105 -199.366-122.230 -52.793 1.00 90.45 N1+ \ ANISOU15933 NH1 ARG G 105 13221 8873 12272 -1424 767 946 N1+ \ ATOM 15934 NH2 ARG G 105 -197.472-122.008 -51.496 1.00 94.10 N \ ANISOU15934 NH2 ARG G 105 13655 9271 12829 -1199 947 889 N \ ATOM 15935 N PHE G 106 -200.995-125.760 -46.853 1.00 70.80 N \ ANISOU15935 N PHE G 106 10672 5978 10249 -737 1304 375 N \ ATOM 15936 CA PHE G 106 -200.531-125.298 -45.557 1.00 82.70 C \ ANISOU15936 CA PHE G 106 12089 7474 11859 -587 1328 366 C \ ATOM 15937 C PHE G 106 -199.095-124.825 -45.465 1.00 82.29 C \ ANISOU15937 C PHE G 106 12034 7453 11779 -530 1369 399 C \ ATOM 15938 O PHE G 106 -198.218-125.458 -46.040 1.00 85.55 O \ ANISOU15938 O PHE G 106 12534 7890 12079 -557 1479 398 O \ ATOM 15939 CB PHE G 106 -200.679-126.424 -44.559 1.00 82.57 C \ ANISOU15939 CB PHE G 106 12079 7444 11852 -499 1476 305 C \ ATOM 15940 CG PHE G 106 -199.783-127.608 -44.836 1.00 84.40 C \ ANISOU15940 CG PHE G 106 12413 7667 11990 -494 1647 284 C \ ATOM 15941 CD1 PHE G 106 -200.222-128.634 -45.677 1.00 70.44 C \ ANISOU15941 CD1 PHE G 106 10739 5865 10161 -594 1706 239 C \ ATOM 15942 CD2 PHE G 106 -198.537-127.719 -44.214 1.00 80.47 C \ ANISOU15942 CD2 PHE G 106 11902 7188 11485 -388 1748 299 C \ ATOM 15943 CE1 PHE G 106 -199.442-129.727 -45.892 1.00 82.63 C \ ANISOU15943 CE1 PHE G 106 12357 7378 11661 -581 1867 196 C \ ATOM 15944 CE2 PHE G 106 -197.740-128.789 -44.432 1.00 80.63 C \ ANISOU15944 CE2 PHE G 106 11994 7182 11459 -372 1902 279 C \ ATOM 15945 CZ PHE G 106 -198.186-129.809 -45.267 1.00 83.72 C \ ANISOU15945 CZ PHE G 106 12475 7523 11812 -465 1967 221 C \ ATOM 15946 N LEU G 107 -198.843-123.832 -44.613 1.00 78.55 N \ ANISOU15946 N LEU G 107 11451 6978 11416 -441 1301 406 N \ ATOM 15947 CA LEU G 107 -197.490-123.470 -44.231 1.00 68.82 C \ ANISOU15947 CA LEU G 107 10198 5777 10174 -367 1352 422 C \ ATOM 15948 C LEU G 107 -197.327-123.566 -42.730 1.00 68.22 C \ ANISOU15948 C LEU G 107 10037 5727 10157 -227 1415 362 C \ ATOM 15949 O LEU G 107 -198.121-123.067 -41.986 1.00 94.13 O \ ANISOU15949 O LEU G 107 13220 9007 13539 -188 1344 313 O \ ATOM 15950 CB LEU G 107 -197.192-122.076 -44.708 1.00 69.17 C \ ANISOU15950 CB LEU G 107 10180 5807 10295 -411 1197 491 C \ ATOM 15951 CG LEU G 107 -196.009-121.199 -44.278 1.00 76.53 C \ ANISOU15951 CG LEU G 107 11042 6752 11282 -348 1180 513 C \ ATOM 15952 CD1 LEU G 107 -194.711-121.841 -43.771 1.00 68.53 C \ ANISOU15952 CD1 LEU G 107 10060 5798 10182 -264 1341 493 C \ ATOM 15953 CD2 LEU G 107 -195.714-120.470 -45.529 1.00 73.78 C \ ANISOU15953 CD2 LEU G 107 10716 6400 10919 -472 1073 629 C \ ATOM 15954 N GLY G 108 -196.341-124.301 -42.271 1.00 67.95 N \ ANISOU15954 N GLY G 108 10032 5731 10054 -156 1556 363 N \ ATOM 15955 CA GLY G 108 -196.212-124.505 -40.848 1.00 78.66 C \ ANISOU15955 CA GLY G 108 11306 7146 11437 -40 1616 327 C \ ATOM 15956 C GLY G 108 -194.790-124.533 -40.350 1.00 79.30 C \ ANISOU15956 C GLY G 108 11365 7282 11483 40 1694 353 C \ ATOM 15957 O GLY G 108 -193.856-124.912 -41.078 1.00 76.06 O \ ANISOU15957 O GLY G 108 11030 6856 11014 20 1764 397 O \ ATOM 15958 N SER G 109 -194.628-124.155 -39.090 1.00 81.72 N \ ANISOU15958 N SER G 109 11560 7671 11821 129 1685 318 N \ ATOM 15959 CA SER G 109 -193.329-124.235 -38.470 1.00 88.41 C \ ANISOU15959 CA SER G 109 12369 8591 12630 207 1754 348 C \ ATOM 15960 C SER G 109 -193.306-125.463 -37.666 1.00 89.26 C \ ANISOU15960 C SER G 109 12478 8751 12684 268 1878 389 C \ ATOM 15961 O SER G 109 -194.054-125.557 -36.713 1.00 89.94 O \ ANISOU15961 O SER G 109 12492 8911 12771 296 1871 359 O \ ATOM 15962 CB SER G 109 -193.037-123.027 -37.574 1.00 99.27 C \ ANISOU15962 CB SER G 109 13608 10045 14063 256 1662 280 C \ ATOM 15963 OG SER G 109 -192.526-121.914 -38.303 1.00109.12 O \ ANISOU15963 OG SER G 109 14845 11234 15380 212 1561 281 O \ ATOM 15964 N PHE G 110 -192.407-126.380 -38.022 1.00 91.07 N \ ANISOU15964 N PHE G 110 12775 8948 12878 288 1991 460 N \ ATOM 15965 CA PHE G 110 -192.340-127.687 -37.381 1.00 88.73 C \ ANISOU15965 CA PHE G 110 12481 8665 12567 342 2111 531 C \ ATOM 15966 C PHE G 110 -191.121-127.859 -36.486 1.00 93.09 C \ ANISOU15966 C PHE G 110 12955 9315 13099 437 2165 604 C \ ATOM 15967 O PHE G 110 -190.089-127.194 -36.638 1.00 89.42 O \ ANISOU15967 O PHE G 110 12465 8881 12630 458 2142 599 O \ ATOM 15968 CB PHE G 110 -192.399-128.804 -38.402 1.00 84.39 C \ ANISOU15968 CB PHE G 110 12052 7980 12033 297 2208 550 C \ ATOM 15969 CG PHE G 110 -193.686-128.860 -39.143 1.00 88.09 C \ ANISOU15969 CG PHE G 110 12589 8374 12509 200 2162 492 C \ ATOM 15970 CD1 PHE G 110 -193.893-128.084 -40.253 1.00 92.08 C \ ANISOU15970 CD1 PHE G 110 13147 8842 12997 112 2078 439 C \ ATOM 15971 CD2 PHE G 110 -194.718-129.657 -38.698 1.00 90.18 C \ ANISOU15971 CD2 PHE G 110 12851 8616 12799 190 2191 504 C \ ATOM 15972 CE1 PHE G 110 -195.102-128.145 -40.937 1.00 96.45 C \ ANISOU15972 CE1 PHE G 110 13753 9339 13554 16 2023 397 C \ ATOM 15973 CE2 PHE G 110 -195.930-129.713 -39.382 1.00 92.59 C \ ANISOU15973 CE2 PHE G 110 13210 8855 13114 95 2143 449 C \ ATOM 15974 CZ PHE G 110 -196.125-128.952 -40.490 1.00 95.02 C \ ANISOU15974 CZ PHE G 110 13571 9131 13401 11 2056 394 C \ ATOM 15975 N SER G 111 -191.292-128.718 -35.493 1.00100.66 N \ ANISOU15975 N SER G 111 13862 10337 14048 487 2225 683 N \ ATOM 15976 CA SER G 111 -190.257-128.944 -34.513 1.00104.35 C \ ANISOU15976 CA SER G 111 14235 10923 14489 571 2263 778 C \ ATOM 15977 C SER G 111 -189.680-130.348 -34.649 1.00103.81 C \ ANISOU15977 C SER G 111 14203 10759 14482 614 2387 907 C \ ATOM 15978 O SER G 111 -190.387-131.315 -34.936 1.00103.75 O \ ANISOU15978 O SER G 111 14255 10638 14528 586 2445 937 O \ ATOM 15979 CB SER G 111 -190.806-128.747 -33.108 1.00107.26 C \ ANISOU15979 CB SER G 111 14481 11484 14789 593 2223 791 C \ ATOM 15980 OG SER G 111 -189.736-128.772 -32.186 1.00111.92 O \ ANISOU15980 OG SER G 111 14969 12223 15332 661 2235 878 O \ ATOM 15981 N ASN G 112 -188.383-130.443 -34.428 1.00103.10 N \ ANISOU15981 N ASN G 112 14063 10705 14404 682 2423 980 N \ ATOM 15982 CA ASN G 112 -187.701-131.711 -34.428 1.00103.23 C \ ANISOU15982 CA ASN G 112 14078 10630 14513 741 2534 1109 C \ ATOM 15983 C ASN G 112 -186.389-131.577 -33.711 1.00104.17 C \ ANISOU15983 C ASN G 112 14089 10868 14624 824 2535 1209 C \ ATOM 15984 O ASN G 112 -185.831-130.483 -33.679 1.00112.12 O \ ANISOU15984 O ASN G 112 15059 11976 15566 823 2467 1140 O \ ATOM 15985 CB ASN G 112 -187.479-132.164 -35.858 1.00104.95 C \ ANISOU15985 CB ASN G 112 14415 10648 14812 709 2613 1033 C \ ATOM 15986 CG ASN G 112 -186.746-133.465 -35.931 1.00111.33 C \ ANISOU15986 CG ASN G 112 15210 11331 15758 776 2735 1133 C \ ATOM 15987 OD1 ASN G 112 -186.762-134.243 -34.980 1.00115.75 O \ ANISOU15987 OD1 ASN G 112 15692 11911 16376 830 2758 1286 O \ ATOM 15988 ND2 ASN G 112 -186.102-133.724 -37.065 1.00113.42 N \ ANISOU15988 ND2 ASN G 112 15539 11469 16087 769 2817 1050 N \ ATOM 15989 N ASP G 113 -185.903-132.654 -33.105 1.00 97.90 N \ ANISOU15989 N ASP G 113 13229 10062 13905 891 2600 1381 N \ ATOM 15990 CA ASP G 113 -184.575-132.593 -32.505 1.00102.46 C \ ANISOU15990 CA ASP G 113 13695 10747 14489 972 2600 1491 C \ ATOM 15991 C ASP G 113 -183.596-132.230 -33.607 1.00102.21 C \ ANISOU15991 C ASP G 113 13715 10612 14510 982 2640 1393 C \ ATOM 15992 O ASP G 113 -183.600-132.847 -34.670 1.00104.55 O \ ANISOU15992 O ASP G 113 14102 10715 14906 969 2730 1336 O \ ATOM 15993 CB ASP G 113 -184.155-133.912 -31.860 1.00113.08 C \ ANISOU15993 CB ASP G 113 14959 12053 15953 1044 2666 1715 C \ ATOM 15994 CG ASP G 113 -184.730-134.101 -30.481 1.00122.02 C \ ANISOU15994 CG ASP G 113 15986 13384 16991 1038 2609 1867 C \ ATOM 15995 OD1 ASP G 113 -184.589-133.169 -29.658 1.00128.46 O \ ANISOU15995 OD1 ASP G 113 16717 14448 17644 1028 2521 1845 O \ ATOM 15996 OD2 ASP G 113 -185.282-135.192 -30.207 1.00122.07 O1- \ ANISOU15996 OD2 ASP G 113 15985 13307 17088 1037 2654 2010 O1- \ ATOM 15997 N MET G 114 -182.806-131.184 -33.397 1.00100.76 N \ ANISOU15997 N MET G 114 13469 10565 14251 992 2574 1355 N \ ATOM 15998 CA MET G 114 -181.803-130.823 -34.391 1.00 99.19 C \ ANISOU15998 CA MET G 114 13301 10293 14096 995 2613 1284 C \ ATOM 15999 C MET G 114 -180.407-130.619 -33.771 1.00101.62 C \ ANISOU15999 C MET G 114 13475 10722 14415 1071 2602 1381 C \ ATOM 16000 O MET G 114 -180.210-129.761 -32.909 1.00107.17 O \ ANISOU16000 O MET G 114 14088 11612 15020 1069 2501 1386 O \ ATOM 16001 CB MET G 114 -182.266-129.607 -35.186 1.00 93.75 C \ ANISOU16001 CB MET G 114 12690 9602 13326 901 2541 1117 C \ ATOM 16002 CG MET G 114 -183.536-129.873 -35.992 1.00 89.84 C \ ANISOU16002 CG MET G 114 12325 8977 12832 822 2556 1028 C \ ATOM 16003 SD MET G 114 -184.202-128.406 -36.795 1.00123.99 S \ ANISOU16003 SD MET G 114 16719 13311 17079 709 2440 876 S \ ATOM 16004 CE MET G 114 -183.520-128.469 -38.460 1.00 70.06 C \ ANISOU16004 CE MET G 114 9984 6367 10269 651 2522 816 C \ ATOM 16005 N ASP G 115 -179.443-131.417 -34.212 1.00 96.88 N \ ANISOU16005 N ASP G 115 12852 10015 13943 1136 2707 1446 N \ ATOM 16006 CA ASP G 115 -178.100-131.365 -33.666 1.00 99.20 C \ ANISOU16006 CA ASP G 115 13009 10408 14273 1214 2703 1554 C \ ATOM 16007 C ASP G 115 -177.264-130.492 -34.585 1.00101.05 C \ ANISOU16007 C ASP G 115 13261 10639 14493 1182 2712 1436 C \ ATOM 16008 O ASP G 115 -177.137-130.797 -35.766 1.00102.92 O \ ANISOU16008 O ASP G 115 13581 10730 14793 1160 2811 1349 O \ ATOM 16009 CB ASP G 115 -177.532-132.785 -33.610 1.00107.57 C \ ANISOU16009 CB ASP G 115 14014 11338 15521 1310 2814 1701 C \ ATOM 16010 CG ASP G 115 -176.205-132.879 -32.857 1.00117.03 C \ ANISOU16010 CG ASP G 115 15043 12648 16774 1402 2798 1859 C \ ATOM 16011 OD1 ASP G 115 -175.379-131.952 -32.981 1.00120.43 O \ ANISOU16011 OD1 ASP G 115 15429 13186 17144 1392 2759 1802 O \ ATOM 16012 OD2 ASP G 115 -175.973-133.911 -32.171 1.00119.77 O1- \ ANISOU16012 OD2 ASP G 115 15296 12968 17244 1480 2823 2055 O1- \ ATOM 16013 N PHE G 116 -176.710-129.397 -34.060 1.00101.97 N \ ANISOU16013 N PHE G 116 13295 10926 14523 1169 2610 1427 N \ ATOM 16014 CA PHE G 116 -175.889-128.481 -34.877 1.00 99.51 C \ ANISOU16014 CA PHE G 116 12984 10621 14203 1128 2606 1337 C \ ATOM 16015 C PHE G 116 -174.419-128.445 -34.468 1.00102.21 C \ ANISOU16015 C PHE G 116 13180 11057 14599 1199 2615 1431 C \ ATOM 16016 O PHE G 116 -173.707-127.487 -34.795 1.00100.91 O \ ANISOU16016 O PHE G 116 12979 10952 14410 1160 2576 1377 O \ ATOM 16017 CB PHE G 116 -176.474-127.066 -34.896 1.00 92.12 C \ ANISOU16017 CB PHE G 116 12081 9761 13160 1030 2475 1217 C \ ATOM 16018 CG PHE G 116 -177.819-127.015 -35.498 1.00 91.32 C \ ANISOU16018 CG PHE G 116 12116 9557 13024 955 2465 1122 C \ ATOM 16019 CD1 PHE G 116 -177.978-127.089 -36.848 1.00 96.36 C \ ANISOU16019 CD1 PHE G 116 12868 10066 13680 892 2532 1050 C \ ATOM 16020 CD2 PHE G 116 -178.938-126.955 -34.713 1.00 92.37 C \ ANISOU16020 CD2 PHE G 116 12257 9741 13100 943 2394 1107 C \ ATOM 16021 CE1 PHE G 116 -179.251-127.083 -37.401 1.00 99.71 C \ ANISOU16021 CE1 PHE G 116 13412 10405 14069 817 2514 973 C \ ATOM 16022 CE2 PHE G 116 -180.201-126.942 -35.265 1.00 93.56 C \ ANISOU16022 CE2 PHE G 116 12523 9795 13230 875 2383 1025 C \ ATOM 16023 CZ PHE G 116 -180.362-127.014 -36.600 1.00 95.39 C \ ANISOU16023 CZ PHE G 116 12868 9891 13484 813 2437 964 C \ ATOM 16024 N ARG G 117 -173.984-129.479 -33.742 1.00102.66 N \ ANISOU16024 N ARG G 117 13143 11124 14740 1300 2659 1587 N \ ATOM 16025 CA ARG G 117 -172.616-129.568 -33.242 1.00101.91 C \ ANISOU16025 CA ARG G 117 12889 11123 14710 1377 2659 1706 C \ ATOM 16026 C ARG G 117 -171.521-129.514 -34.328 1.00100.41 C \ ANISOU16026 C ARG G 117 12685 10849 14617 1389 2762 1650 C \ ATOM 16027 O ARG G 117 -170.462-128.907 -34.106 1.00 99.43 O \ ANISOU16027 O ARG G 117 12446 10841 14492 1401 2722 1679 O \ ATOM 16028 CB ARG G 117 -172.411-130.811 -32.391 1.00103.98 C \ ANISOU16028 CB ARG G 117 13050 11379 15078 1482 2690 1910 C \ ATOM 16029 CG ARG G 117 -173.228-130.979 -31.118 1.00104.25 C \ ANISOU16029 CG ARG G 117 13045 11554 15009 1477 2592 2023 C \ ATOM 16030 CD ARG G 117 -172.999-132.439 -30.780 1.00111.39 C \ ANISOU16030 CD ARG G 117 13878 12354 16090 1576 2665 2234 C \ ATOM 16031 NE ARG G 117 -173.878-133.094 -29.825 1.00117.47 N \ ANISOU16031 NE ARG G 117 14628 13183 16824 1577 2621 2386 N \ ATOM 16032 CZ ARG G 117 -173.499-133.442 -28.597 1.00127.21 C \ ANISOU16032 CZ ARG G 117 15702 14596 18034 1618 2547 2617 C \ ATOM 16033 NH1 ARG G 117 -172.277-133.136 -28.175 1.00129.19 N1+ \ ANISOU16033 NH1 ARG G 117 15807 14989 18291 1664 2499 2704 N1+ \ ATOM 16034 NH2 ARG G 117 -174.345-134.067 -27.778 1.00132.31 N \ ANISOU16034 NH2 ARG G 117 16329 15305 18638 1604 2512 2770 N \ ATOM 16035 N LEU G 118 -171.708-130.221 -35.445 1.00 99.72 N \ ANISOU16035 N LEU G 118 12694 10576 14618 1387 2900 1573 N \ ATOM 16036 CA LEU G 118 -170.703-130.130 -36.523 1.00102.64 C \ ANISOU16036 CA LEU G 118 13045 10899 15054 1382 3009 1497 C \ ATOM 16037 C LEU G 118 -171.026-129.209 -37.703 1.00100.28 C \ ANISOU16037 C LEU G 118 12868 10594 14641 1250 3013 1334 C \ ATOM 16038 O LEU G 118 -170.785-129.531 -38.859 1.00 99.91 O \ ANISOU16038 O LEU G 118 12870 10464 14627 1220 3143 1238 O \ ATOM 16039 CB LEU G 118 -170.121-131.480 -36.973 1.00105.47 C \ ANISOU16039 CB LEU G 118 13357 11100 15618 1482 3179 1521 C \ ATOM 16040 CG LEU G 118 -170.826-132.818 -36.867 1.00106.10 C \ ANISOU16040 CG LEU G 118 13476 11003 15834 1544 3255 1558 C \ ATOM 16041 CD1 LEU G 118 -170.509-133.625 -38.105 1.00105.00 C \ ANISOU16041 CD1 LEU G 118 13368 10688 15837 1559 3443 1418 C \ ATOM 16042 CD2 LEU G 118 -170.325-133.521 -35.610 1.00107.87 C \ ANISOU16042 CD2 LEU G 118 13540 11254 16192 1668 3212 1787 C \ ATOM 16043 N PHE G 119 -171.612-128.075 -37.375 1.00 99.15 N \ ANISOU16043 N PHE G 119 12762 10545 14365 1166 2867 1305 N \ ATOM 16044 CA PHE G 119 -171.832-127.004 -38.313 1.00 99.13 C \ ANISOU16044 CA PHE G 119 12840 10556 14269 1037 2828 1199 C \ ATOM 16045 C PHE G 119 -170.472-126.536 -38.729 1.00 99.85 C \ ANISOU16045 C PHE G 119 12829 10717 14391 1030 2866 1214 C \ ATOM 16046 O PHE G 119 -169.582-126.511 -37.877 1.00 99.27 O \ ANISOU16046 O PHE G 119 12614 10731 14373 1107 2834 1304 O \ ATOM 16047 CB PHE G 119 -172.567-125.890 -37.585 1.00101.47 C \ ANISOU16047 CB PHE G 119 13145 10935 14475 977 2649 1184 C \ ATOM 16048 CG PHE G 119 -172.644-124.609 -38.346 1.00100.68 C \ ANISOU16048 CG PHE G 119 13084 10851 14319 850 2571 1113 C \ ATOM 16049 CD1 PHE G 119 -171.559-123.730 -38.363 1.00 97.87 C \ ANISOU16049 CD1 PHE G 119 12622 10581 13981 823 2527 1137 C \ ATOM 16050 CD2 PHE G 119 -173.800-124.267 -39.013 1.00 99.42 C \ ANISOU16050 CD2 PHE G 119 13054 10618 14101 754 2531 1040 C \ ATOM 16051 CE1 PHE G 119 -171.625-122.563 -39.048 1.00 99.13 C \ ANISOU16051 CE1 PHE G 119 12807 10744 14116 701 2448 1098 C \ ATOM 16052 CE2 PHE G 119 -173.878-123.082 -39.693 1.00100.61 C \ ANISOU16052 CE2 PHE G 119 13227 10776 14222 634 2445 1008 C \ ATOM 16053 CZ PHE G 119 -172.787-122.226 -39.712 1.00101.14 C \ ANISOU16053 CZ PHE G 119 13189 10920 14321 606 2403 1042 C \ ATOM 16054 N PRO G 120 -170.298-126.134 -40.015 1.00100.67 N \ ANISOU16054 N PRO G 120 12993 10806 14452 928 2928 1136 N \ ATOM 16055 CA PRO G 120 -171.227-126.017 -41.144 1.00 94.81 C \ ANISOU16055 CA PRO G 120 12402 9999 13621 811 2954 1040 C \ ATOM 16056 C PRO G 120 -171.275-127.299 -41.958 1.00 89.50 C \ ANISOU16056 C PRO G 120 11787 9229 12989 840 3140 966 C \ ATOM 16057 O PRO G 120 -171.465-127.301 -43.174 1.00 79.07 O \ ANISOU16057 O PRO G 120 10547 7902 11594 739 3218 874 O \ ATOM 16058 CB PRO G 120 -170.575-124.943 -41.993 1.00 96.28 C \ ANISOU16058 CB PRO G 120 12564 10270 13750 693 2932 1034 C \ ATOM 16059 CG PRO G 120 -169.142-125.230 -41.855 1.00 99.66 C \ ANISOU16059 CG PRO G 120 12848 10758 14262 771 3025 1078 C \ ATOM 16060 CD PRO G 120 -168.946-125.715 -40.430 1.00103.16 C \ ANISOU16060 CD PRO G 120 13196 11202 14798 916 2977 1158 C \ ATOM 16061 N PHE G 121 -171.013-128.407 -41.297 1.00 97.04 N \ ANISOU16061 N PHE G 121 12681 10117 14074 977 3216 1006 N \ ATOM 16062 CA PHE G 121 -171.130-129.676 -41.981 1.00102.11 C \ ANISOU16062 CA PHE G 121 13366 10632 14799 1014 3389 918 C \ ATOM 16063 C PHE G 121 -172.210-130.604 -41.411 1.00100.90 C \ ANISOU16063 C PHE G 121 13280 10348 14708 1070 3380 933 C \ ATOM 16064 O PHE G 121 -172.002-131.813 -41.392 1.00 99.67 O \ ANISOU16064 O PHE G 121 13089 10070 14713 1164 3503 924 O \ ATOM 16065 CB PHE G 121 -169.762-130.340 -41.988 1.00104.22 C \ ANISOU16065 CB PHE G 121 13486 10892 15223 1124 3525 938 C \ ATOM 16066 CG PHE G 121 -168.666-129.435 -42.485 1.00103.59 C \ ANISOU16066 CG PHE G 121 13323 10952 15085 1067 3535 937 C \ ATOM 16067 CD1 PHE G 121 -168.543-129.166 -43.856 1.00105.15 C \ ANISOU16067 CD1 PHE G 121 13577 11199 15177 943 3633 810 C \ ATOM 16068 CD2 PHE G 121 -167.787-128.825 -41.597 1.00100.38 C \ ANISOU16068 CD2 PHE G 121 12779 10647 14715 1121 3441 1065 C \ ATOM 16069 CE1 PHE G 121 -167.542-128.333 -44.344 1.00103.15 C \ ANISOU16069 CE1 PHE G 121 13241 11085 14868 876 3646 825 C \ ATOM 16070 CE2 PHE G 121 -166.789-127.986 -42.066 1.00101.91 C \ ANISOU16070 CE2 PHE G 121 12890 10964 14867 1060 3448 1068 C \ ATOM 16071 CZ PHE G 121 -166.666-127.738 -43.448 1.00103.18 C \ ANISOU16071 CZ PHE G 121 13106 11165 14932 937 3553 955 C \ ATOM 16072 N ASP G 122 -173.352-130.039 -40.982 1.00 99.25 N \ ANISOU16072 N ASP G 122 13159 10160 14393 1009 3239 952 N \ ATOM 16073 CA ASP G 122 -174.449-130.806 -40.365 1.00 97.28 C \ ANISOU16073 CA ASP G 122 12965 9810 14185 1048 3215 980 C \ ATOM 16074 C ASP G 122 -175.231-131.602 -41.393 1.00 93.17 C \ ANISOU16074 C ASP G 122 12570 9156 13676 990 3324 845 C \ ATOM 16075 O ASP G 122 -175.318-131.206 -42.569 1.00 92.71 O \ ANISOU16075 O ASP G 122 12589 9124 13515 878 3363 722 O \ ATOM 16076 CB ASP G 122 -175.513-129.953 -39.663 1.00 99.60 C \ ANISOU16076 CB ASP G 122 13309 10174 14359 992 3042 1013 C \ ATOM 16077 CG ASP G 122 -175.269-128.484 -39.760 1.00102.87 C \ ANISOU16077 CG ASP G 122 13708 10717 14662 910 2922 1000 C \ ATOM 16078 OD1 ASP G 122 -174.107-128.081 -39.888 1.00108.27 O \ ANISOU16078 OD1 ASP G 122 14301 11470 15364 925 2943 1025 O \ ATOM 16079 OD2 ASP G 122 -176.260-127.726 -39.740 1.00 99.90 O1- \ ANISOU16079 OD2 ASP G 122 13402 10360 14198 828 2807 963 O1- \ ATOM 16080 N ARG G 123 -175.840-132.689 -40.914 1.00 88.94 N \ ANISOU16080 N ARG G 123 12046 8489 13257 1056 3361 877 N \ ATOM 16081 CA ARG G 123 -176.880-133.403 -41.632 1.00 91.42 C \ ANISOU16081 CA ARG G 123 12482 8672 13580 994 3424 756 C \ ATOM 16082 C ARG G 123 -178.065-133.117 -40.734 1.00 90.08 C \ ANISOU16082 C ARG G 123 12356 8524 13344 974 3281 842 C \ ATOM 16083 O ARG G 123 -177.926-133.186 -39.518 1.00 90.46 O \ ANISOU16083 O ARG G 123 12316 8615 13440 1059 3215 994 O \ ATOM 16084 CB ARG G 123 -176.661-134.904 -41.570 1.00100.98 C \ ANISOU16084 CB ARG G 123 13647 9698 15023 1095 3566 751 C \ ATOM 16085 CG ARG G 123 -175.328-135.397 -41.940 1.00113.83 C \ ANISOU16085 CG ARG G 123 15165 11288 16798 1177 3706 717 C \ ATOM 16086 CD ARG G 123 -175.261-135.748 -43.376 1.00128.94 C \ ANISOU16086 CD ARG G 123 17143 13149 18699 1099 3856 483 C \ ATOM 16087 NE ARG G 123 -174.907-137.153 -43.511 1.00141.38 N \ ANISOU16087 NE ARG G 123 18651 14520 20546 1198 4015 417 N \ ATOM 16088 CZ ARG G 123 -173.654-137.601 -43.546 1.00149.05 C \ ANISOU16088 CZ ARG G 123 19481 15452 21697 1305 4131 413 C \ ATOM 16089 NH1 ARG G 123 -172.636-136.750 -43.417 1.00150.16 N1+ \ ANISOU16089 NH1 ARG G 123 19537 15760 21756 1323 4101 483 N1+ \ ATOM 16090 NH2 ARG G 123 -173.417-138.902 -43.680 1.00153.16 N \ ANISOU16090 NH2 ARG G 123 19933 15756 22505 1398 4273 341 N \ ATOM 16091 N GLN G 124 -179.205-132.722 -41.273 1.00 87.18 N \ ANISOU16091 N GLN G 124 12112 8157 12857 859 3224 753 N \ ATOM 16092 CA GLN G 124 -180.372-132.570 -40.411 1.00 87.75 C \ ANISOU16092 CA GLN G 124 12212 8242 12888 847 3106 821 C \ ATOM 16093 C GLN G 124 -181.480-133.438 -40.958 1.00 89.09 C \ ANISOU16093 C GLN G 124 12485 8270 13094 792 3160 735 C \ ATOM 16094 O GLN G 124 -181.369-133.912 -42.086 1.00 92.64 O \ ANISOU16094 O GLN G 124 12995 8642 13564 742 3268 600 O \ ATOM 16095 CB GLN G 124 -180.818-131.112 -40.336 1.00 89.53 C \ ANISOU16095 CB GLN G 124 12462 8604 12954 764 2951 809 C \ ATOM 16096 CG GLN G 124 -180.868-130.578 -38.937 1.00 88.15 C \ ANISOU16096 CG GLN G 124 12194 8542 12759 823 2833 922 C \ ATOM 16097 CD GLN G 124 -179.544-130.729 -38.261 1.00 90.67 C \ ANISOU16097 CD GLN G 124 12382 8923 13144 928 2865 1027 C \ ATOM 16098 OE1 GLN G 124 -178.562-130.119 -38.670 1.00 88.85 O \ ANISOU16098 OE1 GLN G 124 12112 8749 12897 922 2872 1007 O \ ATOM 16099 NE2 GLN G 124 -179.497-131.548 -37.218 1.00 94.89 N \ ANISOU16099 NE2 GLN G 124 12839 9455 13759 1021 2880 1155 N \ ATOM 16100 N GLN G 125 -182.545-133.671 -40.201 1.00 86.14 N \ ANISOU16100 N GLN G 125 12127 7875 12726 792 3091 798 N \ ATOM 16101 CA GLN G 125 -183.695-134.253 -40.870 1.00 86.93 C \ ANISOU16101 CA GLN G 125 12335 7860 12834 709 3120 696 C \ ATOM 16102 C GLN G 125 -184.985-133.583 -40.539 1.00 81.06 C \ ANISOU16102 C GLN G 125 11640 7181 11978 635 2986 702 C \ ATOM 16103 O GLN G 125 -185.350-133.400 -39.386 1.00 79.05 O \ ANISOU16103 O GLN G 125 11324 6995 11716 680 2908 814 O \ ATOM 16104 CB GLN G 125 -183.795-135.769 -40.744 1.00 97.87 C \ ANISOU16104 CB GLN G 125 13706 9060 14419 768 3238 715 C \ ATOM 16105 CG GLN G 125 -184.100-136.280 -39.374 1.00107.03 C \ ANISOU16105 CG GLN G 125 14785 10210 15671 849 3196 905 C \ ATOM 16106 CD GLN G 125 -184.492-137.738 -39.388 1.00113.04 C \ ANISOU16106 CD GLN G 125 15547 10759 16643 875 3294 922 C \ ATOM 16107 OE1 GLN G 125 -184.457-138.397 -40.428 1.00111.00 O \ ANISOU16107 OE1 GLN G 125 15346 10351 16478 841 3403 764 O \ ATOM 16108 NE2 GLN G 125 -184.841-138.260 -38.220 1.00118.99 N \ ANISOU16108 NE2 GLN G 125 16226 11506 17480 929 3256 1115 N \ ATOM 16109 N PHE G 126 -185.638-133.176 -41.613 1.00 81.21 N \ ANISOU16109 N PHE G 126 11761 7194 11901 514 2961 575 N \ ATOM 16110 CA PHE G 126 -186.874-132.443 -41.564 1.00 78.89 C \ ANISOU16110 CA PHE G 126 11514 6951 11511 430 2831 558 C \ ATOM 16111 C PHE G 126 -188.054-133.415 -41.407 1.00 82.63 C \ ANISOU16111 C PHE G 126 12031 7314 12052 406 2854 547 C \ ATOM 16112 O PHE G 126 -188.277-134.244 -42.273 1.00 87.53 O \ ANISOU16112 O PHE G 126 12720 7821 12717 354 2943 450 O \ ATOM 16113 CB PHE G 126 -187.001-131.586 -42.840 1.00 75.09 C \ ANISOU16113 CB PHE G 126 11108 6518 10904 303 2783 457 C \ ATOM 16114 CG PHE G 126 -185.808-130.655 -43.082 1.00 81.75 C \ ANISOU16114 CG PHE G 126 11905 7465 11693 311 2765 478 C \ ATOM 16115 CD1 PHE G 126 -185.300-129.859 -42.045 1.00 82.02 C \ ANISOU16115 CD1 PHE G 126 11841 7586 11736 387 2683 572 C \ ATOM 16116 CD2 PHE G 126 -185.250-130.509 -44.363 1.00 82.72 C \ ANISOU16116 CD2 PHE G 126 12074 7615 11743 225 2822 400 C \ ATOM 16117 CE1 PHE G 126 -184.233-128.996 -42.264 1.00 82.81 C \ ANISOU16117 CE1 PHE G 126 11893 7772 11801 387 2661 592 C \ ATOM 16118 CE2 PHE G 126 -184.171-129.637 -44.595 1.00 79.53 C \ ANISOU16118 CE2 PHE G 126 11617 7310 11289 221 2805 434 C \ ATOM 16119 CZ PHE G 126 -183.665-128.886 -43.550 1.00 82.24 C \ ANISOU16119 CZ PHE G 126 11865 7713 11667 303 2722 533 C \ ATOM 16120 N VAL G 127 -188.825-133.278 -40.324 1.00 79.81 N \ ANISOU16120 N VAL G 127 11626 7002 11695 433 2775 635 N \ ATOM 16121 CA VAL G 127 -189.901-134.208 -39.992 1.00 72.08 C \ ANISOU16121 CA VAL G 127 10666 5932 10790 415 2796 657 C \ ATOM 16122 C VAL G 127 -191.323-133.592 -39.977 1.00 71.28 C \ ANISOU16122 C VAL G 127 10597 5879 10608 326 2681 616 C \ ATOM 16123 O VAL G 127 -191.516-132.489 -39.524 1.00 77.09 O \ ANISOU16123 O VAL G 127 11289 6740 11263 326 2571 626 O \ ATOM 16124 CB VAL G 127 -189.629-134.795 -38.613 1.00 81.33 C \ ANISOU16124 CB VAL G 127 11730 7127 12044 522 2819 825 C \ ATOM 16125 CG1 VAL G 127 -190.738-135.754 -38.209 1.00 73.12 C \ ANISOU16125 CG1 VAL G 127 10696 6000 11088 496 2838 877 C \ ATOM 16126 CG2 VAL G 127 -188.288-135.495 -38.616 1.00 83.58 C \ ANISOU16126 CG2 VAL G 127 11968 7342 12446 615 2928 881 C \ ATOM 16127 N LEU G 128 -192.313-134.319 -40.474 1.00 99.72 N \ ANISOU16127 N LEU G 128 14264 9373 14251 252 2706 560 N \ ATOM 16128 CA LEU G 128 -193.706-133.954 -40.313 1.00 71.24 C \ ANISOU16128 CA LEU G 128 10667 5800 10602 180 2608 541 C \ ATOM 16129 C LEU G 128 -194.334-135.138 -39.610 1.00 98.92 C \ ANISOU16129 C LEU G 128 14144 9223 14219 199 2669 620 C \ ATOM 16130 O LEU G 128 -194.029-136.246 -39.974 1.00101.68 O \ ANISOU16130 O LEU G 128 14525 9428 14683 206 2776 612 O \ ATOM 16131 CB LEU G 128 -194.379-133.789 -41.653 1.00 77.48 C \ ANISOU16131 CB LEU G 128 11559 6542 11340 51 2575 409 C \ ATOM 16132 CG LEU G 128 -194.383-132.398 -42.249 1.00 84.76 C \ ANISOU16132 CG LEU G 128 12495 7566 12146 -8 2454 365 C \ ATOM 16133 CD1 LEU G 128 -192.991-132.082 -42.703 1.00 88.05 C \ ANISOU16133 CD1 LEU G 128 12915 8013 12525 25 2502 359 C \ ATOM 16134 CD2 LEU G 128 -195.342-132.327 -43.424 1.00 88.30 C \ ANISOU16134 CD2 LEU G 128 13026 7984 12541 -150 2399 272 C \ ATOM 16135 N GLU G 129 -195.163-134.911 -38.586 1.00100.36 N \ ANISOU16135 N GLU G 129 14255 9499 14379 207 2606 695 N \ ATOM 16136 CA GLU G 129 -195.936-135.955 -37.885 1.00101.71 C \ ANISOU16136 CA GLU G 129 14388 9616 14642 203 2649 792 C \ ATOM 16137 C GLU G 129 -197.454-135.645 -37.802 1.00119.66 C \ ANISOU16137 C GLU G 129 16659 11934 16875 116 2568 748 C \ ATOM 16138 O GLU G 129 -197.872-134.740 -37.118 1.00 71.58 O \ ANISOU16138 O GLU G 129 10497 6001 10698 126 2485 753 O \ ATOM 16139 CB GLU G 129 -195.351-136.151 -36.512 1.00 72.91 C \ ANISOU16139 CB GLU G 129 10621 6076 11004 301 2670 968 C \ ATOM 16140 CG GLU G 129 -193.926-136.478 -36.615 1.00 99.64 C \ ANISOU16140 CG GLU G 129 13999 9410 14450 386 2741 1016 C \ ATOM 16141 CD GLU G 129 -193.333-136.822 -35.301 1.00103.88 C \ ANISOU16141 CD GLU G 129 14412 10049 15009 475 2758 1216 C \ ATOM 16142 OE1 GLU G 129 -193.115-135.884 -34.510 1.00103.65 O \ ANISOU16142 OE1 GLU G 129 14306 10229 14846 507 2687 1242 O \ ATOM 16143 OE2 GLU G 129 -193.061-138.025 -35.065 1.00104.88 O1- \ ANISOU16143 OE2 GLU G 129 14510 10047 15294 510 2839 1346 O1- \ ATOM 16144 N LEU G 130 -198.270-136.414 -38.490 1.00 72.87 N \ ANISOU16144 N LEU G 130 10798 5868 11021 30 2595 694 N \ ATOM 16145 CA LEU G 130 -199.683-136.192 -38.542 1.00 72.71 C \ ANISOU16145 CA LEU G 130 10775 5875 10978 -58 2522 648 C \ ATOM 16146 C LEU G 130 -200.311-137.214 -37.626 1.00101.14 C \ ANISOU16146 C LEU G 130 14307 9448 14673 -58 2576 779 C \ ATOM 16147 O LEU G 130 -199.765-138.293 -37.452 1.00102.61 O \ ANISOU16147 O LEU G 130 14491 9515 14981 -23 2671 870 O \ ATOM 16148 CB LEU G 130 -200.205-136.463 -39.922 1.00 85.32 C \ ANISOU16148 CB LEU G 130 12481 7343 12593 -170 2515 508 C \ ATOM 16149 CG LEU G 130 -201.131-135.512 -40.665 1.00 89.08 C \ ANISOU16149 CG LEU G 130 12989 7877 12981 -266 2391 401 C \ ATOM 16150 CD1 LEU G 130 -201.925-136.337 -41.654 1.00 89.66 C \ ANISOU16150 CD1 LEU G 130 13142 7820 13105 -389 2409 310 C \ ATOM 16151 CD2 LEU G 130 -202.055-134.678 -39.800 1.00 90.08 C \ ANISOU16151 CD2 LEU G 130 13015 8139 13072 -257 2292 435 C \ ATOM 16152 N GLU G 131 -201.435-136.865 -37.005 1.00 99.28 N \ ANISOU16152 N GLU G 131 14002 9326 14394 -97 2514 798 N \ ATOM 16153 CA GLU G 131 -202.198-137.773 -36.142 1.00 96.82 C \ ANISOU16153 CA GLU G 131 13614 9016 14156 -121 2557 932 C \ ATOM 16154 C GLU G 131 -203.627-137.261 -36.013 1.00102.04 C \ ANISOU16154 C GLU G 131 14231 9772 14769 -199 2480 871 C \ ATOM 16155 O GLU G 131 -203.841-136.072 -35.796 1.00108.80 O \ ANISOU16155 O GLU G 131 15039 10781 15520 -181 2397 795 O \ ATOM 16156 CB GLU G 131 -201.558-137.821 -34.770 1.00 87.39 C \ ANISOU16156 CB GLU G 131 12303 7980 12921 -31 2589 1108 C \ ATOM 16157 CG GLU G 131 -201.891-139.026 -34.014 1.00 86.63 C \ ANISOU16157 CG GLU G 131 12140 7845 12930 -48 2656 1299 C \ ATOM 16158 CD GLU G 131 -201.177-139.049 -32.699 1.00 91.59 C \ ANISOU16158 CD GLU G 131 12646 8659 13494 31 2677 1493 C \ ATOM 16159 OE1 GLU G 131 -199.936-139.066 -32.719 1.00 94.40 O \ ANISOU16159 OE1 GLU G 131 13015 8987 13867 114 2702 1535 O \ ATOM 16160 OE2 GLU G 131 -201.822-139.125 -31.643 1.00 95.23 O1- \ ANISOU16160 OE2 GLU G 131 12992 9302 13891 5 2671 1615 O1- \ ATOM 16161 N PRO G 132 -204.614-138.147 -36.154 1.00 97.06 N \ ANISOU16161 N PRO G 132 13604 9040 14236 -285 2504 896 N \ ATOM 16162 CA PRO G 132 -205.979-137.660 -35.978 1.00 91.59 C \ ANISOU16162 CA PRO G 132 12849 8448 13504 -356 2433 844 C \ ATOM 16163 C PRO G 132 -206.085-137.102 -34.577 1.00 86.17 C \ ANISOU16163 C PRO G 132 12013 8009 12717 -298 2426 928 C \ ATOM 16164 O PRO G 132 -205.490-137.651 -33.669 1.00 85.79 O \ ANISOU16164 O PRO G 132 11906 8025 12666 -248 2494 1089 O \ ATOM 16165 CB PRO G 132 -206.831-138.924 -36.141 1.00 94.27 C \ ANISOU16165 CB PRO G 132 13198 8639 13982 -451 2483 902 C \ ATOM 16166 CG PRO G 132 -205.986-139.848 -36.918 1.00 97.23 C \ ANISOU16166 CG PRO G 132 13680 8789 14473 -448 2555 894 C \ ATOM 16167 CD PRO G 132 -204.568-139.563 -36.541 1.00 98.55 C \ ANISOU16167 CD PRO G 132 13845 9007 14592 -327 2591 953 C \ ATOM 16168 N PHE G 133 -206.742-135.967 -34.433 1.00 83.27 N \ ANISOU16168 N PHE G 133 11582 7786 12272 -303 2341 814 N \ ATOM 16169 CA PHE G 133 -206.791-135.291 -33.153 1.00 88.97 C \ ANISOU16169 CA PHE G 133 12154 8765 12886 -249 2336 838 C \ ATOM 16170 C PHE G 133 -207.687-135.929 -32.130 1.00 96.30 C \ ANISOU16170 C PHE G 133 12958 9827 13804 -297 2389 955 C \ ATOM 16171 O PHE G 133 -207.354-135.942 -30.942 1.00 76.50 O \ ANISOU16171 O PHE G 133 10338 7530 11200 -256 2432 1060 O \ ATOM 16172 CB PHE G 133 -207.189-133.808 -33.320 1.00 90.83 C \ ANISOU16172 CB PHE G 133 12341 9097 13076 -232 2229 651 C \ ATOM 16173 CG PHE G 133 -207.176-133.020 -32.025 1.00 86.24 C \ ANISOU16173 CG PHE G 133 11595 8785 12387 -174 2228 621 C \ ATOM 16174 CD1 PHE G 133 -205.978-132.629 -31.448 1.00 84.68 C \ ANISOU16174 CD1 PHE G 133 11374 8697 12103 -89 2244 644 C \ ATOM 16175 CD2 PHE G 133 -208.350-132.673 -31.396 1.00 84.57 C \ ANISOU16175 CD2 PHE G 133 11245 8728 12160 -209 2214 554 C \ ATOM 16176 CE1 PHE G 133 -205.944-131.921 -30.258 1.00 82.26 C \ ANISOU16176 CE1 PHE G 133 10912 8658 11685 -47 2244 594 C \ ATOM 16177 CE2 PHE G 133 -208.315-131.955 -30.208 1.00 86.36 C \ ANISOU16177 CE2 PHE G 133 11311 9223 12278 -162 2224 494 C \ ATOM 16178 CZ PHE G 133 -207.111-131.576 -29.644 1.00 82.87 C \ ANISOU16178 CZ PHE G 133 10852 8896 11741 -84 2237 508 C \ ATOM 16179 N SER G 134 -208.837-136.423 -32.589 1.00102.70 N \ ANISOU16179 N SER G 134 13780 10539 14703 -392 2381 939 N \ ATOM 16180 CA SER G 134 -209.892-136.822 -31.657 1.00106.04 C \ ANISOU16180 CA SER G 134 14064 11117 15111 -452 2418 1024 C \ ATOM 16181 C SER G 134 -210.341-138.290 -31.691 1.00102.43 C \ ANISOU16181 C SER G 134 13625 10517 14776 -538 2487 1197 C \ ATOM 16182 O SER G 134 -210.863-138.804 -30.711 1.00100.46 O \ ANISOU16182 O SER G 134 13252 10415 14502 -580 2540 1344 O \ ATOM 16183 CB SER G 134 -211.094-135.887 -31.860 1.00107.49 C \ ANISOU16183 CB SER G 134 14174 11377 15290 -491 2338 845 C \ ATOM 16184 OG SER G 134 -210.716-134.710 -32.570 1.00104.39 O \ ANISOU16184 OG SER G 134 13836 10942 14887 -437 2245 669 O \ ATOM 16185 N TYR G 135 -210.064-138.961 -32.804 1.00102.45 N \ ANISOU16185 N TYR G 135 13775 10240 14911 -568 2490 1178 N \ ATOM 16186 CA TYR G 135 -210.439-140.353 -33.043 1.00101.17 C \ ANISOU16186 CA TYR G 135 13645 9881 14914 -653 2549 1301 C \ ATOM 16187 C TYR G 135 -209.234-141.303 -32.978 1.00106.14 C \ ANISOU16187 C TYR G 135 14331 10357 15641 -599 2625 1454 C \ ATOM 16188 O TYR G 135 -208.220-141.051 -33.617 1.00109.54 O \ ANISOU16188 O TYR G 135 14863 10688 16069 -531 2620 1370 O \ ATOM 16189 CB TYR G 135 -211.167-140.501 -34.382 1.00 96.71 C \ ANISOU16189 CB TYR G 135 13186 9107 14451 -745 2497 1137 C \ ATOM 16190 CG TYR G 135 -212.360-139.601 -34.532 1.00 96.72 C \ ANISOU16190 CG TYR G 135 13126 9233 14392 -796 2410 1000 C \ ATOM 16191 CD1 TYR G 135 -213.567-139.933 -33.980 1.00 98.46 C \ ANISOU16191 CD1 TYR G 135 13228 9538 14644 -879 2420 1061 C \ ATOM 16192 CD2 TYR G 135 -212.270-138.405 -35.229 1.00 97.32 C \ ANISOU16192 CD2 TYR G 135 13247 9338 14393 -763 2314 819 C \ ATOM 16193 CE1 TYR G 135 -214.657-139.111 -34.117 1.00 97.74 C \ ANISOU16193 CE1 TYR G 135 13063 9554 14520 -919 2341 931 C \ ATOM 16194 CE2 TYR G 135 -213.354-137.581 -35.370 1.00 94.84 C \ ANISOU16194 CE2 TYR G 135 12859 9117 14059 -804 2225 706 C \ ATOM 16195 CZ TYR G 135 -214.546-137.939 -34.807 1.00 93.77 C \ ANISOU16195 CZ TYR G 135 12603 9063 13964 -877 2241 754 C \ ATOM 16196 OH TYR G 135 -215.642-137.122 -34.926 1.00 91.59 O \ ANISOU16196 OH TYR G 135 12234 8876 13689 -911 2155 637 O \ ATOM 16197 N ASN G 136 -209.348-142.363 -32.181 1.00104.02 N \ ANISOU16197 N ASN G 136 13980 10078 15465 -631 2692 1688 N \ ATOM 16198 CA ASN G 136 -208.335-143.412 -32.046 1.00100.03 C \ ANISOU16198 CA ASN G 136 13497 9400 15110 -588 2761 1870 C \ ATOM 16199 C ASN G 136 -208.215-144.435 -33.211 1.00110.51 C \ ANISOU16199 C ASN G 136 14947 10355 16686 -632 2795 1800 C \ ATOM 16200 O ASN G 136 -208.981-144.395 -34.184 1.00103.25 O \ ANISOU16200 O ASN G 136 14104 9317 15808 -715 2761 1610 O \ ATOM 16201 CB ASN G 136 -208.514-144.098 -30.685 1.00 98.80 C \ ANISOU16201 CB ASN G 136 13184 9395 14962 -612 2806 2179 C \ ATOM 16202 CG ASN G 136 -209.781-144.932 -30.599 1.00 96.64 C \ ANISOU16202 CG ASN G 136 12853 9048 14819 -746 2823 2270 C \ ATOM 16203 OD1 ASN G 136 -209.984-145.659 -29.628 1.00100.13 O \ ANISOU16203 OD1 ASN G 136 13170 9572 15304 -789 2862 2544 O \ ATOM 16204 ND2 ASN G 136 -210.613-144.870 -31.628 1.00 91.05 N \ ANISOU16204 ND2 ASN G 136 12227 8186 14180 -821 2790 2058 N \ ATOM 16205 N ASN G 137 -207.217-145.316 -33.116 1.00118.27 N \ ANISOU16205 N ASN G 137 15939 11164 17834 -576 2858 1941 N \ ATOM 16206 CA ASN G 137 -206.980-146.379 -34.107 1.00122.00 C \ ANISOU16206 CA ASN G 137 16503 11275 18575 -607 2907 1869 C \ ATOM 16207 C ASN G 137 -208.204-147.228 -34.414 1.00122.86 C \ ANISOU16207 C ASN G 137 16602 11222 18859 -747 2912 1864 C \ ATOM 16208 O ASN G 137 -208.305-147.844 -35.485 1.00124.18 O \ ANISOU16208 O ASN G 137 16861 11119 19202 -804 2933 1694 O \ ATOM 16209 CB ASN G 137 -205.836-147.286 -33.658 1.00125.19 C \ ANISOU16209 CB ASN G 137 16865 11528 19175 -522 2976 2080 C \ ATOM 16210 CG ASN G 137 -206.166-148.033 -32.393 1.00130.61 C \ ANISOU16210 CG ASN G 137 17396 12281 19948 -552 2993 2429 C \ ATOM 16211 OD1 ASN G 137 -206.961-147.569 -31.570 1.00127.52 O \ ANISOU16211 OD1 ASN G 137 16913 12164 19374 -602 2958 2527 O \ ATOM 16212 ND2 ASN G 137 -205.513-149.168 -32.194 1.00136.85 N \ ANISOU16212 ND2 ASN G 137 18142 12837 21017 -520 3047 2627 N \ ATOM 16213 N GLN G 138 -209.116-147.308 -33.458 1.00120.06 N \ ANISOU16213 N GLN G 138 16123 11036 18458 -811 2898 2047 N \ ATOM 16214 CA GLN G 138 -210.272-148.134 -33.681 1.00117.80 C \ ANISOU16214 CA GLN G 138 15812 10600 18347 -950 2902 2064 C \ ATOM 16215 C GLN G 138 -211.368-147.337 -34.340 1.00108.00 C \ ANISOU16215 C GLN G 138 14615 9461 16960 -1032 2832 1824 C \ ATOM 16216 O GLN G 138 -212.342-147.887 -34.812 1.00103.75 O \ ANISOU16216 O GLN G 138 14081 8789 16552 -1154 2822 1765 O \ ATOM 16217 CB GLN G 138 -210.696-148.833 -32.410 1.00125.38 C \ ANISOU16217 CB GLN G 138 16609 11650 19379 -996 2931 2406 C \ ATOM 16218 CG GLN G 138 -209.670-149.887 -32.053 1.00138.04 C \ ANISOU16218 CG GLN G 138 18179 13045 21227 -936 2990 2643 C \ ATOM 16219 CD GLN G 138 -210.112-150.778 -30.928 1.00156.95 C \ ANISOU16219 CD GLN G 138 20411 15475 23749 -1007 3013 3015 C \ ATOM 16220 OE1 GLN G 138 -209.912-150.458 -29.756 1.00164.62 O \ ANISOU16220 OE1 GLN G 138 21262 16745 24539 -975 3009 3255 O \ ATOM 16221 NE2 GLN G 138 -210.688-151.933 -31.273 1.00163.14 N \ ANISOU16221 NE2 GLN G 138 21180 15955 24849 -1112 3037 3074 N \ ATOM 16222 N GLN G 139 -211.211-146.024 -34.348 1.00106.51 N \ ANISOU16222 N GLN G 139 14446 9508 16516 -966 2777 1694 N \ ATOM 16223 CA GLN G 139 -212.129-145.153 -35.083 1.00105.30 C \ ANISOU16223 CA GLN G 139 14334 9435 16240 -1029 2694 1461 C \ ATOM 16224 C GLN G 139 -211.597-144.679 -36.437 1.00 96.78 C \ ANISOU16224 C GLN G 139 13412 8235 15127 -1010 2655 1202 C \ ATOM 16225 O GLN G 139 -212.321-144.735 -37.434 1.00 93.92 O \ ANISOU16225 O GLN G 139 13113 7772 14801 -1112 2609 1029 O \ ATOM 16226 CB GLN G 139 -212.559-143.982 -34.194 1.00108.77 C \ ANISOU16226 CB GLN G 139 14662 10216 16449 -990 2648 1482 C \ ATOM 16227 CG GLN G 139 -213.549-144.398 -33.127 1.00114.29 C \ ANISOU16227 CG GLN G 139 15202 11063 17162 -1065 2675 1671 C \ ATOM 16228 CD GLN G 139 -213.594-143.444 -31.973 1.00121.68 C \ ANISOU16228 CD GLN G 139 16004 12354 17876 -1003 2668 1729 C \ ATOM 16229 OE1 GLN G 139 -212.572-142.918 -31.556 1.00123.24 O \ ANISOU16229 OE1 GLN G 139 16205 12666 17955 -893 2676 1751 O \ ATOM 16230 NE2 GLN G 139 -214.778-143.210 -31.448 1.00129.27 N \ ANISOU16230 NE2 GLN G 139 16837 13499 18780 -1077 2656 1738 N \ ATOM 16231 N LEU G 140 -210.350-144.194 -36.460 1.00 92.11 N \ ANISOU16231 N LEU G 140 12871 7676 14451 -891 2671 1183 N \ ATOM 16232 CA LEU G 140 -209.711-143.689 -37.687 1.00 89.77 C \ ANISOU16232 CA LEU G 140 12712 7300 14096 -871 2642 960 C \ ATOM 16233 C LEU G 140 -208.284-144.195 -37.762 1.00 89.80 C \ ANISOU16233 C LEU G 140 12766 7169 14185 -775 2725 999 C \ ATOM 16234 O LEU G 140 -207.476-143.965 -36.838 1.00 82.26 O \ ANISOU16234 O LEU G 140 11749 6328 13177 -664 2752 1154 O \ ATOM 16235 CB LEU G 140 -209.698-142.162 -37.687 1.00 89.08 C \ ANISOU16235 CB LEU G 140 12619 7446 13780 -820 2550 868 C \ ATOM 16236 CG LEU G 140 -209.581-141.297 -38.933 1.00 84.85 C \ ANISOU16236 CG LEU G 140 12191 6908 13139 -844 2470 653 C \ ATOM 16237 CD1 LEU G 140 -210.059-139.983 -38.489 1.00 82.15 C \ ANISOU16237 CD1 LEU G 140 11773 6792 12647 -813 2375 637 C \ ATOM 16238 CD2 LEU G 140 -208.185-141.145 -39.411 1.00 83.23 C \ ANISOU16238 CD2 LEU G 140 12075 6650 12900 -762 2509 601 C \ ATOM 16239 N ARG G 141 -207.980-144.836 -38.891 1.00 89.70 N \ ANISOU16239 N ARG G 141 12858 6929 14295 -820 2763 839 N \ ATOM 16240 CA ARG G 141 -206.717-145.545 -39.120 1.00 91.65 C \ ANISOU16240 CA ARG G 141 13144 6992 14686 -743 2858 842 C \ ATOM 16241 C ARG G 141 -206.069-145.050 -40.413 1.00 96.47 C \ ANISOU16241 C ARG G 141 13880 7577 15198 -746 2853 588 C \ ATOM 16242 O ARG G 141 -206.742-144.841 -41.428 1.00 99.57 O \ ANISOU16242 O ARG G 141 14344 7964 15525 -859 2802 394 O \ ATOM 16243 CB ARG G 141 -206.981-147.045 -39.226 1.00 95.92 C \ ANISOU16243 CB ARG G 141 13666 7246 15531 -808 2935 879 C \ ATOM 16244 CG ARG G 141 -205.937-147.817 -40.015 1.00103.49 C \ ANISOU16244 CG ARG G 141 14690 7955 16677 -771 3030 747 C \ ATOM 16245 CD ARG G 141 -206.236-149.353 -40.202 1.00171.19 C \ ANISOU16245 CD ARG G 141 23237 16199 25610 -842 3106 748 C \ ATOM 16246 NE ARG G 141 -204.976-150.118 -40.226 1.00171.29 N \ ANISOU16246 NE ARG G 141 23233 15993 25855 -737 3209 769 N \ ATOM 16247 CZ ARG G 141 -204.167-150.295 -41.279 1.00166.21 C \ ANISOU16247 CZ ARG G 141 22669 15218 25266 -718 3277 512 C \ ATOM 16248 NH1 ARG G 141 -204.453-149.801 -42.475 1.00163.46 N1+ \ ANISOU16248 NH1 ARG G 141 22429 14938 24739 -811 3252 212 N1+ \ ATOM 16249 NH2 ARG G 141 -203.051-150.991 -41.129 1.00163.84 N \ ANISOU16249 NH2 ARG G 141 22324 14724 25203 -609 3371 563 N \ ATOM 16250 N PHE G 142 -204.761-144.835 -40.381 1.00 95.21 N \ ANISOU16250 N PHE G 142 13738 7425 15014 -630 2902 599 N \ ATOM 16251 CA PHE G 142 -204.075-144.369 -41.574 1.00 92.98 C \ ANISOU16251 CA PHE G 142 13560 7141 14626 -637 2907 375 C \ ATOM 16252 C PHE G 142 -203.707-145.521 -42.500 1.00 93.72 C \ ANISOU16252 C PHE G 142 13709 6977 14923 -682 3011 207 C \ ATOM 16253 O PHE G 142 -202.677-146.184 -42.298 1.00 91.89 O \ ANISOU16253 O PHE G 142 13452 6601 14861 -588 3111 250 O \ ATOM 16254 CB PHE G 142 -202.833-143.590 -41.173 1.00 94.26 C \ ANISOU16254 CB PHE G 142 13709 7434 14672 -500 2915 446 C \ ATOM 16255 CG PHE G 142 -203.099-142.171 -40.815 1.00 91.77 C \ ANISOU16255 CG PHE G 142 13375 7378 14117 -481 2802 481 C \ ATOM 16256 CD1 PHE G 142 -203.974-141.412 -41.570 1.00 87.58 C \ ANISOU16256 CD1 PHE G 142 12894 6938 13445 -584 2701 346 C \ ATOM 16257 CD2 PHE G 142 -202.478-141.598 -39.719 1.00 93.33 C \ ANISOU16257 CD2 PHE G 142 13493 7723 14245 -362 2790 647 C \ ATOM 16258 CE1 PHE G 142 -204.211-140.125 -41.252 1.00 88.06 C \ ANISOU16258 CE1 PHE G 142 12923 7203 13334 -561 2596 372 C \ ATOM 16259 CE2 PHE G 142 -202.721-140.295 -39.387 1.00 93.21 C \ ANISOU16259 CE2 PHE G 142 13449 7929 14039 -345 2690 649 C \ ATOM 16260 CZ PHE G 142 -203.591-139.559 -40.153 1.00 91.85 C \ ANISOU16260 CZ PHE G 142 13323 7815 13761 -440 2593 512 C \ ATOM 16261 N SER G 143 -204.495-145.715 -43.556 1.00 95.65 N \ ANISOU16261 N SER G 143 14023 7172 15150 -827 2986 -3 N \ ATOM 16262 CA SER G 143 -204.292-146.891 -44.387 1.00 99.98 C \ ANISOU16262 CA SER G 143 14607 7471 15910 -887 3089 -194 C \ ATOM 16263 C SER G 143 -202.921-146.853 -45.099 1.00100.42 C \ ANISOU16263 C SER G 143 14712 7499 15945 -819 3180 -351 C \ ATOM 16264 O SER G 143 -202.162-147.808 -45.011 1.00 98.12 O \ ANISOU16264 O SER G 143 14385 6992 15903 -751 3298 -365 O \ ATOM 16265 CB SER G 143 -205.464-147.117 -45.356 1.00 88.02 C \ ANISOU16265 CB SER G 143 13147 5932 14365 -1072 3037 -398 C \ ATOM 16266 OG SER G 143 -205.382-146.374 -46.534 1.00 91.66 O \ ANISOU16266 OG SER G 143 13697 6546 14583 -1153 2991 -614 O \ ATOM 16267 N ASP G 144 -202.567-145.745 -45.735 1.00109.15 N \ ANISOU16267 N ASP G 144 15881 8819 16773 -831 3127 -447 N \ ATOM 16268 CA ASP G 144 -201.256-145.639 -46.387 1.00119.55 C \ ANISOU16268 CA ASP G 144 17234 10143 18048 -772 3216 -584 C \ ATOM 16269 C ASP G 144 -200.840-144.188 -46.585 1.00116.76 C \ ANISOU16269 C ASP G 144 16915 10060 17388 -750 3130 -555 C \ ATOM 16270 O ASP G 144 -201.692-143.296 -46.509 1.00116.90 O \ ANISOU16270 O ASP G 144 16945 10245 17229 -809 2996 -492 O \ ATOM 16271 CB ASP G 144 -201.277-146.364 -47.736 1.00130.41 C \ ANISOU16271 CB ASP G 144 18671 11410 19469 -898 3296 -906 C \ ATOM 16272 CG ASP G 144 -202.305-145.779 -48.700 1.00134.98 C \ ANISOU16272 CG ASP G 144 19323 12160 19804 -1080 3185 -1055 C \ ATOM 16273 OD1 ASP G 144 -202.038-144.673 -49.221 1.00135.21 O1- \ ANISOU16273 OD1 ASP G 144 19397 12420 19555 -1105 3115 -1077 O1- \ ATOM 16274 OD2 ASP G 144 -203.375-146.415 -48.923 1.00135.29 O \ ANISOU16274 OD2 ASP G 144 19365 12101 19937 -1200 3159 -1132 O \ ATOM 16275 N ILE G 145 -199.550-143.941 -46.844 1.00112.42 N \ ANISOU16275 N ILE G 145 16372 9546 16796 -666 3203 -600 N \ ATOM 16276 CA ILE G 145 -199.117-142.577 -47.161 1.00107.56 C \ ANISOU16276 CA ILE G 145 15789 9176 15904 -663 3122 -584 C \ ATOM 16277 C ILE G 145 -197.951-142.403 -48.131 1.00108.53 C \ ANISOU16277 C ILE G 145 15950 9358 15929 -665 3208 -751 C \ ATOM 16278 O ILE G 145 -196.839-142.862 -47.880 1.00105.53 O \ ANISOU16278 O ILE G 145 15528 8882 15685 -549 3326 -747 O \ ATOM 16279 CB ILE G 145 -198.746-141.780 -45.899 1.00102.86 C \ ANISOU16279 CB ILE G 145 15125 8682 15275 -522 3060 -329 C \ ATOM 16280 CG1 ILE G 145 -198.134-140.433 -46.334 1.00 97.19 C \ ANISOU16280 CG1 ILE G 145 14434 8179 14314 -519 2990 -336 C \ ATOM 16281 CG2 ILE G 145 -197.882-142.611 -44.978 1.00 81.46 C \ ANISOU16281 CG2 ILE G 145 12337 5819 12795 -374 3170 -203 C \ ATOM 16282 CD1 ILE G 145 -197.498-139.603 -45.288 1.00 94.10 C \ ANISOU16282 CD1 ILE G 145 13977 7894 13883 -385 2945 -144 C \ ATOM 16283 N GLN G 146 -198.180-141.592 -49.164 1.00117.74 N \ ANISOU16283 N GLN G 146 17181 10712 16843 -793 3134 -864 N \ ATOM 16284 CA GLN G 146 -197.128-141.201 -50.109 1.00126.40 C \ ANISOU16284 CA GLN G 146 18308 11933 17786 -818 3196 -998 C \ ATOM 16285 C GLN G 146 -196.808-139.690 -49.950 1.00 92.34 C \ ANISOU16285 C GLN G 146 13990 7840 13255 -793 3070 -836 C \ ATOM 16286 O GLN G 146 -197.710-138.871 -49.746 1.00 87.92 O \ ANISOU16286 O GLN G 146 13434 7378 12592 -841 2913 -723 O \ ATOM 16287 CB GLN G 146 -197.520-141.526 -51.558 1.00130.11 C \ ANISOU16287 CB GLN G 146 18845 12466 18124 -1009 3222 -1266 C \ ATOM 16288 CG GLN G 146 -199.003-141.410 -51.827 1.00134.90 C \ ANISOU16288 CG GLN G 146 19487 13114 18654 -1155 3086 -1272 C \ ATOM 16289 CD GLN G 146 -199.743-142.635 -51.395 1.00146.38 C \ ANISOU16289 CD GLN G 146 20922 14330 20365 -1156 3139 -1321 C \ ATOM 16290 OE1 GLN G 146 -199.235-143.750 -51.536 1.00154.45 O \ ANISOU16290 OE1 GLN G 146 21929 15167 21587 -1125 3294 -1476 O \ ATOM 16291 NE2 GLN G 146 -200.946-142.449 -50.842 1.00146.96 N \ ANISOU16291 NE2 GLN G 146 20983 14394 20460 -1188 3012 -1186 N \ ATOM 16292 N VAL G 147 -195.512-139.370 -49.960 1.00 88.01 N \ ANISOU16292 N VAL G 147 13417 7345 12678 -705 3143 -821 N \ ATOM 16293 CA VAL G 147 -195.033-138.012 -49.846 1.00 87.17 C \ ANISOU16293 CA VAL G 147 13297 7424 12400 -680 3041 -682 C \ ATOM 16294 C VAL G 147 -194.206-137.645 -51.053 1.00 97.28 C \ ANISOU16294 C VAL G 147 14609 8857 13497 -768 3093 -813 C \ ATOM 16295 O VAL G 147 -193.159-138.228 -51.292 1.00102.88 O \ ANISOU16295 O VAL G 147 15298 9521 14271 -714 3249 -921 O \ ATOM 16296 CB VAL G 147 -194.153-137.877 -48.644 1.00 83.54 C \ ANISOU16296 CB VAL G 147 12762 6914 12066 -493 3073 -516 C \ ATOM 16297 CG1 VAL G 147 -193.766-136.434 -48.461 1.00 78.92 C \ ANISOU16297 CG1 VAL G 147 12154 6506 11325 -474 2954 -381 C \ ATOM 16298 CG2 VAL G 147 -194.909-138.370 -47.434 1.00 84.93 C \ ANISOU16298 CG2 VAL G 147 12895 6961 12415 -414 3042 -385 C \ ATOM 16299 N TYR G 148 -194.588-136.594 -51.749 1.00102.17 N \ ANISOU16299 N TYR G 148 15261 9668 13892 -896 2959 -778 N \ ATOM 16300 CA TYR G 148 -193.872-136.261 -52.954 1.00107.69 C \ ANISOU16300 CA TYR G 148 15985 10544 14390 -1008 3004 -888 C \ ATOM 16301 C TYR G 148 -193.054-134.989 -52.869 1.00115.22 C \ ANISOU16301 C TYR G 148 16903 11648 15229 -974 2931 -725 C \ ATOM 16302 O TYR G 148 -193.602-133.893 -52.922 1.00116.97 O \ ANISOU16302 O TYR G 148 17124 11977 15342 -1038 2754 -581 O \ ATOM 16303 CB TYR G 148 -194.864-136.139 -54.069 1.00104.66 C \ ANISOU16303 CB TYR G 148 15658 10290 13816 -1219 2915 -982 C \ ATOM 16304 CG TYR G 148 -195.718-137.345 -54.185 1.00105.49 C \ ANISOU16304 CG TYR G 148 15795 10252 14036 -1268 2976 -1151 C \ ATOM 16305 CD1 TYR G 148 -195.275-138.464 -54.870 1.00106.72 C \ ANISOU16305 CD1 TYR G 148 15965 10355 14229 -1311 3158 -1414 C \ ATOM 16306 CD2 TYR G 148 -196.967-137.382 -53.603 1.00107.34 C \ ANISOU16306 CD2 TYR G 148 16032 10393 14358 -1273 2856 -1061 C \ ATOM 16307 CE1 TYR G 148 -196.075-139.579 -55.004 1.00109.97 C \ ANISOU16307 CE1 TYR G 148 16399 10617 14769 -1366 3209 -1583 C \ ATOM 16308 CE2 TYR G 148 -197.774-138.501 -53.716 1.00110.62 C \ ANISOU16308 CE2 TYR G 148 16470 10670 14891 -1329 2908 -1211 C \ ATOM 16309 CZ TYR G 148 -197.323-139.595 -54.422 1.00113.33 C \ ANISOU16309 CZ TYR G 148 16832 10951 15278 -1377 3080 -1472 C \ ATOM 16310 OH TYR G 148 -198.126-140.704 -54.548 1.00119.57 O \ ANISOU16310 OH TYR G 148 17636 11586 16208 -1439 3128 -1632 O \ ATOM 16311 N THR G 149 -191.737-135.135 -52.774 1.00117.55 N \ ANISOU16311 N THR G 149 17158 11943 15564 -880 3064 -751 N \ ATOM 16312 CA THR G 149 -190.889-133.974 -52.817 1.00117.93 C \ ANISOU16312 CA THR G 149 17169 12140 15501 -867 3006 -615 C \ ATOM 16313 C THR G 149 -190.511-133.844 -54.252 1.00127.97 C \ ANISOU16313 C THR G 149 18469 13612 16543 -1041 3056 -741 C \ ATOM 16314 O THR G 149 -189.469-134.296 -54.686 1.00127.86 O \ ANISOU16314 O THR G 149 18431 13637 16512 -1026 3222 -869 O \ ATOM 16315 CB THR G 149 -189.641-134.096 -51.969 1.00113.59 C \ ANISOU16315 CB THR G 149 16546 11514 15098 -685 3110 -559 C \ ATOM 16316 OG1 THR G 149 -188.927-135.278 -52.326 1.00114.97 O \ ANISOU16316 OG1 THR G 149 16711 11612 15361 -649 3319 -752 O \ ATOM 16317 CG2 THR G 149 -190.023-134.153 -50.528 1.00111.90 C \ ANISOU16317 CG2 THR G 149 16294 11148 15074 -531 3048 -416 C \ ATOM 16318 N GLU G 150 -191.422-133.240 -54.990 1.00142.01 N \ ANISOU16318 N GLU G 150 20289 15528 18142 -1213 2909 -702 N \ ATOM 16319 CA GLU G 150 -191.275-132.947 -56.399 1.00156.46 C \ ANISOU16319 CA GLU G 150 22142 17603 19702 -1418 2911 -778 C \ ATOM 16320 C GLU G 150 -190.218-131.853 -56.606 1.00157.61 C \ ANISOU16320 C GLU G 150 22237 17911 19735 -1428 2881 -626 C \ ATOM 16321 O GLU G 150 -190.397-130.920 -57.392 1.00157.77 O \ ANISOU16321 O GLU G 150 22258 18135 19554 -1588 2752 -508 O \ ATOM 16322 CB GLU G 150 -192.637-132.536 -56.957 1.00165.49 C \ ANISOU16322 CB GLU G 150 23329 18835 20713 -1588 2726 -722 C \ ATOM 16323 CG GLU G 150 -193.638-133.682 -57.087 1.00169.29 C \ ANISOU16323 CG GLU G 150 23861 19206 21254 -1634 2772 -913 C \ ATOM 16324 CD GLU G 150 -195.068-133.190 -56.999 1.00170.79 C \ ANISOU16324 CD GLU G 150 24069 19391 21434 -1712 2558 -786 C \ ATOM 16325 OE1 GLU G 150 -195.278-132.121 -56.378 1.00169.19 O \ ANISOU16325 OE1 GLU G 150 23828 19172 21285 -1651 2397 -553 O \ ATOM 16326 OE2 GLU G 150 -195.969-133.850 -57.563 1.00173.23 O1- \ ANISOU16326 OE2 GLU G 150 24419 19713 21689 -1836 2551 -926 O1- \ ATOM 16327 N ASN G 151 -189.150-131.949 -55.826 1.00158.36 N \ ANISOU16327 N ASN G 151 22278 17908 19982 -1252 2986 -603 N \ ATOM 16328 CA ASN G 151 -187.987-131.090 -55.961 1.00162.58 C \ ANISOU16328 CA ASN G 151 22754 18577 20443 -1245 2994 -488 C \ ATOM 16329 C ASN G 151 -186.915-131.818 -56.789 1.00164.85 C \ ANISOU16329 C ASN G 151 23022 18978 20637 -1284 3221 -698 C \ ATOM 16330 O ASN G 151 -187.069-132.998 -57.092 1.00165.65 O \ ANISOU16330 O ASN G 151 23150 19014 20777 -1289 3370 -937 O \ ATOM 16331 CB ASN G 151 -187.471-130.651 -54.573 1.00160.77 C \ ANISOU16331 CB ASN G 151 22463 18192 20431 -1036 2954 -328 C \ ATOM 16332 CG ASN G 151 -188.523-129.874 -53.758 1.00154.34 C \ ANISOU16332 CG ASN G 151 21651 17286 19704 -1002 2739 -151 C \ ATOM 16333 OD1 ASN G 151 -189.594-129.530 -54.267 1.00152.77 O \ ANISOU16333 OD1 ASN G 151 21493 17139 19412 -1134 2603 -115 O \ ATOM 16334 ND2 ASN G 151 -188.217-129.618 -52.484 1.00149.63 N \ ANISOU16334 ND2 ASN G 151 20999 16562 19290 -826 2710 -48 N \ ATOM 16335 N ILE G 152 -185.861-131.098 -57.167 1.00163.55 N \ ANISOU16335 N ILE G 152 22800 18982 20360 -1320 3246 -618 N \ ATOM 16336 CA ILE G 152 -184.764-131.618 -57.977 1.00163.29 C \ ANISOU16336 CA ILE G 152 22726 19095 20221 -1366 3460 -805 C \ ATOM 16337 C ILE G 152 -183.882-130.425 -58.283 1.00165.76 C \ ANISOU16337 C ILE G 152 22977 19608 20397 -1430 3402 -613 C \ ATOM 16338 O ILE G 152 -184.234-129.314 -57.905 1.00165.48 O \ ANISOU16338 O ILE G 152 22936 19569 20369 -1443 3197 -361 O \ ATOM 16339 CB ILE G 152 -185.273-132.246 -59.263 1.00162.01 C \ ANISOU16339 CB ILE G 152 22615 19107 19835 -1569 3537 -1035 C \ ATOM 16340 N ASP G 153 -182.713-130.666 -58.881 1.00171.42 N \ ANISOU16340 N ASP G 153 23630 20476 21025 -1456 3587 -734 N \ ATOM 16341 CA ASP G 153 -181.859-129.623 -59.501 1.00174.72 C \ ANISOU16341 CA ASP G 153 23984 21150 21253 -1576 3560 -579 C \ ATOM 16342 C ASP G 153 -181.463-128.394 -58.652 1.00173.76 C \ ANISOU16342 C ASP G 153 23808 20961 21251 -1490 3393 -274 C \ ATOM 16343 O ASP G 153 -181.828-128.299 -57.476 1.00177.17 O \ ANISOU16343 O ASP G 153 24250 21153 21915 -1322 3295 -183 O \ ATOM 16344 CB ASP G 153 -182.428-129.148 -60.851 1.00177.46 C \ ANISOU16344 CB ASP G 153 24365 21803 21260 -1860 3479 -550 C \ ATOM 16345 CG ASP G 153 -182.449-130.239 -61.909 1.00181.04 C \ ANISOU16345 CG ASP G 153 24839 22420 21529 -1985 3680 -881 C \ ATOM 16346 OD1 ASP G 153 -182.311-131.431 -61.560 1.00180.94 O \ ANISOU16346 OD1 ASP G 153 24830 22224 21695 -1847 3858 -1144 O \ ATOM 16347 OD2 ASP G 153 -182.540-129.892 -63.106 1.00183.10 O1- \ ANISOU16347 OD2 ASP G 153 25097 23005 21467 -2228 3665 -880 O1- \ ATOM 16348 N ASN G 154 -180.647-127.513 -59.254 1.00166.02 N \ ANISOU16348 N ASN G 154 22760 20205 20117 -1607 3379 -138 N \ ATOM 16349 CA ASN G 154 -180.264-126.177 -58.729 1.00157.87 C \ ANISOU16349 CA ASN G 154 21666 19157 19161 -1586 3205 158 C \ ATOM 16350 C ASN G 154 -179.895-126.094 -57.252 1.00151.65 C \ ANISOU16350 C ASN G 154 20839 18106 18677 -1339 3175 220 C \ ATOM 16351 O ASN G 154 -180.342-125.192 -56.555 1.00147.15 O \ ANISOU16351 O ASN G 154 20262 17423 18224 -1300 2974 415 O \ ATOM 16352 CB ASN G 154 -181.404-125.179 -58.946 1.00157.94 C \ ANISOU16352 CB ASN G 154 21718 19187 19104 -1723 2939 381 C \ ATOM 16353 CG ASN G 154 -182.416-125.657 -59.967 1.00162.72 C \ ANISOU16353 CG ASN G 154 22405 19934 19488 -1905 2929 276 C \ ATOM 16354 OD1 ASN G 154 -182.051-126.210 -61.004 1.00169.67 O \ ANISOU16354 OD1 ASN G 154 23284 21046 20139 -2042 3086 115 O \ ATOM 16355 ND2 ASN G 154 -183.701-125.451 -59.673 1.00158.85 N \ ANISOU16355 ND2 ASN G 154 21975 19317 19064 -1912 2745 354 N \ ATOM 16356 N GLU G 155 -179.055-127.006 -56.789 1.00153.67 N \ ANISOU16356 N GLU G 155 21053 18275 19062 -1178 3372 56 N \ ATOM 16357 CA GLU G 155 -178.750-127.148 -55.359 1.00149.61 C \ ANISOU16357 CA GLU G 155 20498 17523 18824 -942 3359 97 C \ ATOM 16358 C GLU G 155 -177.818-126.087 -54.772 1.00138.72 C \ ANISOU16358 C GLU G 155 19018 16160 17528 -888 3276 293 C \ ATOM 16359 O GLU G 155 -177.936-125.768 -53.576 1.00129.64 O \ ANISOU16359 O GLU G 155 17846 14843 16567 -744 3167 389 O \ ATOM 16360 CB GLU G 155 -178.171-128.546 -55.099 1.00156.04 C \ ANISOU16360 CB GLU G 155 21287 18233 19769 -792 3592 -129 C \ ATOM 16361 CG GLU G 155 -179.191-129.671 -55.013 1.00159.23 C \ ANISOU16361 CG GLU G 155 21778 18484 20236 -755 3638 -300 C \ ATOM 16362 CD GLU G 155 -178.525-131.036 -55.003 1.00164.95 C \ ANISOU16362 CD GLU G 155 22460 19116 21097 -637 3881 -533 C \ ATOM 16363 OE1 GLU G 155 -177.776-131.326 -55.965 1.00168.19 O \ ANISOU16363 OE1 GLU G 155 22825 19689 21388 -719 4049 -687 O \ ATOM 16364 OE2 GLU G 155 -178.732-131.806 -54.037 1.00165.75 O1- \ ANISOU16364 OE2 GLU G 155 22560 18986 21433 -466 3905 -558 O1- \ ATOM 16365 N GLU G 156 -176.892-125.569 -55.598 1.00135.29 N \ ANISOU16365 N GLU G 156 18516 15938 16951 -1010 3332 342 N \ ATOM 16366 CA GLU G 156 -175.857-124.627 -55.139 1.00131.60 C \ ANISOU16366 CA GLU G 156 17937 15497 16566 -971 3278 512 C \ ATOM 16367 C GLU G 156 -176.360-123.232 -54.820 1.00126.10 C \ ANISOU16367 C GLU G 156 17235 14766 15910 -1037 3017 755 C \ ATOM 16368 O GLU G 156 -175.593-122.385 -54.354 1.00122.30 O \ ANISOU16368 O GLU G 156 16661 14281 15527 -1006 2948 894 O \ ATOM 16369 CB GLU G 156 -174.758-124.461 -56.160 1.00137.50 C \ ANISOU16369 CB GLU G 156 18604 16492 17146 -1100 3414 504 C \ ATOM 16370 CG GLU G 156 -173.689-125.477 -56.183 1.00148.11 C \ ANISOU16370 CG GLU G 156 19877 17859 18538 -991 3668 308 C \ ATOM 16371 CD GLU G 156 -173.036-125.501 -57.550 1.00163.55 C \ ANISOU16371 CD GLU G 156 21784 20111 20244 -1178 3821 235 C \ ATOM 16372 OE1 GLU G 156 -172.165-124.635 -57.836 1.00165.42 O \ ANISOU16372 OE1 GLU G 156 21926 20508 20420 -1263 3803 388 O \ ATOM 16373 OE2 GLU G 156 -173.412-126.380 -58.350 1.00172.90 O1- \ ANISOU16373 OE2 GLU G 156 23022 21382 21289 -1251 3960 20 O1- \ ATOM 16374 N ILE G 157 -177.653-123.026 -55.054 1.00122.71 N \ ANISOU16374 N ILE G 157 16896 14300 15428 -1122 2874 793 N \ ATOM 16375 CA ILE G 157 -178.353-121.777 -54.802 1.00114.76 C \ ANISOU16375 CA ILE G 157 15884 13230 14490 -1184 2618 1002 C \ ATOM 16376 C ILE G 157 -179.129-121.843 -53.491 1.00119.02 C \ ANISOU16376 C ILE G 157 16449 13530 15244 -1010 2514 978 C \ ATOM 16377 O ILE G 157 -179.255-120.845 -52.771 1.00120.82 O \ ANISOU16377 O ILE G 157 16623 13658 15623 -972 2342 1108 O \ ATOM 16378 CB ILE G 157 -179.291-121.485 -55.985 1.00106.51 C \ ANISOU16378 CB ILE G 157 14903 12321 13245 -1405 2521 1074 C \ ATOM 16379 CG1 ILE G 157 -178.442-120.983 -57.137 1.00115.16 C \ ANISOU16379 CG1 ILE G 157 15937 13678 14139 -1598 2566 1181 C \ ATOM 16380 CG2 ILE G 157 -180.482-120.610 -55.624 1.00 98.31 C \ ANISOU16380 CG2 ILE G 157 13886 11148 12320 -1430 2265 1224 C \ ATOM 16381 CD1 ILE G 157 -177.437-119.956 -56.714 1.00121.49 C \ ANISOU16381 CD1 ILE G 157 16622 14468 15072 -1575 2499 1357 C \ ATOM 16382 N ASP G 158 -179.560-123.049 -53.132 1.00120.36 N \ ANISOU16382 N ASP G 158 16685 13609 15437 -901 2632 800 N \ ATOM 16383 CA ASP G 158 -180.343-123.236 -51.926 1.00118.13 C \ ANISOU16383 CA ASP G 158 16425 13131 15328 -749 2552 774 C \ ATOM 16384 C ASP G 158 -179.409-123.500 -50.782 1.00109.65 C \ ANISOU16384 C ASP G 158 15272 11977 14411 -560 2628 749 C \ ATOM 16385 O ASP G 158 -178.285-123.976 -50.996 1.00103.63 O \ ANISOU16385 O ASP G 158 14461 11285 13628 -525 2790 696 O \ ATOM 16386 CB ASP G 158 -181.340-124.406 -52.049 1.00125.54 C \ ANISOU16386 CB ASP G 158 17465 14002 16231 -732 2627 620 C \ ATOM 16387 CG ASP G 158 -182.335-124.254 -53.207 1.00133.27 C \ ANISOU16387 CG ASP G 158 18522 15077 17037 -928 2551 631 C \ ATOM 16388 OD1 ASP G 158 -182.889-123.152 -53.423 1.00135.55 O \ ANISOU16388 OD1 ASP G 158 18799 15388 17317 -1031 2356 790 O \ ATOM 16389 OD2 ASP G 158 -182.592-125.265 -53.891 1.00136.58 O1- \ ANISOU16389 OD2 ASP G 158 19007 15544 17342 -980 2683 476 O1- \ ATOM 16390 N GLU G 159 -179.880-123.157 -49.579 1.00108.48 N \ ANISOU16390 N GLU G 159 15101 11700 14416 -445 2508 787 N \ ATOM 16391 CA GLU G 159 -179.123-123.361 -48.348 1.00105.18 C \ ANISOU16391 CA GLU G 159 14601 11221 14140 -270 2550 779 C \ ATOM 16392 C GLU G 159 -178.947-124.828 -47.959 1.00106.94 C \ ANISOU16392 C GLU G 159 14845 11384 14404 -139 2729 660 C \ ATOM 16393 O GLU G 159 -177.879-125.212 -47.459 1.00109.66 O \ ANISOU16393 O GLU G 159 15110 11734 14822 -28 2830 655 O \ ATOM 16394 CB GLU G 159 -179.778-122.640 -47.192 1.00 99.65 C \ ANISOU16394 CB GLU G 159 13866 10429 13565 -200 2377 829 C \ ATOM 16395 CG GLU G 159 -178.864-122.598 -46.013 1.00104.71 C \ ANISOU16395 CG GLU G 159 14403 11063 14320 -55 2395 842 C \ ATOM 16396 CD GLU G 159 -179.454-121.813 -44.889 1.00115.53 C \ ANISOU16396 CD GLU G 159 15723 12377 15796 -2 2230 864 C \ ATOM 16397 OE1 GLU G 159 -180.566-121.280 -45.069 1.00117.83 O1- \ ANISOU16397 OE1 GLU G 159 16057 12619 16093 -72 2104 868 O1- \ ATOM 16398 OE2 GLU G 159 -178.826-121.749 -43.814 1.00121.61 O \ ANISOU16398 OE2 GLU G 159 16402 13160 16643 110 2226 867 O \ ATOM 16399 N TRP G 160 -179.996-125.630 -48.170 1.00103.34 N \ ANISOU16399 N TRP G 160 14485 10861 13920 -154 2758 574 N \ ATOM 16400 CA TRP G 160 -179.983-127.048 -47.809 1.00100.58 C \ ANISOU16400 CA TRP G 160 14153 10419 13644 -39 2914 470 C \ ATOM 16401 C TRP G 160 -180.104-127.943 -49.044 1.00101.63 C \ ANISOU16401 C TRP G 160 14359 10578 13678 -131 3062 327 C \ ATOM 16402 O TRP G 160 -180.867-127.643 -49.971 1.00100.99 O \ ANISOU16402 O TRP G 160 14353 10560 13459 -285 3006 304 O \ ATOM 16403 CB TRP G 160 -181.123-127.375 -46.836 1.00 98.96 C \ ANISOU16403 CB TRP G 160 13983 10095 13524 35 2834 477 C \ ATOM 16404 CG TRP G 160 -180.984-126.718 -45.508 1.00 99.49 C \ ANISOU16404 CG TRP G 160 13966 10152 13685 139 2719 576 C \ ATOM 16405 CD1 TRP G 160 -181.515-125.528 -45.142 1.00104.17 C \ ANISOU16405 CD1 TRP G 160 14539 10766 14276 98 2540 640 C \ ATOM 16406 CD2 TRP G 160 -180.234-127.188 -44.381 1.00100.67 C \ ANISOU16406 CD2 TRP G 160 14025 10279 13945 294 2773 615 C \ ATOM 16407 NE1 TRP G 160 -181.160-125.228 -43.852 1.00107.59 N \ ANISOU16407 NE1 TRP G 160 14878 11204 14798 214 2487 689 N \ ATOM 16408 CE2 TRP G 160 -180.368-126.230 -43.364 1.00103.74 C \ ANISOU16408 CE2 TRP G 160 14347 10704 14366 330 2623 688 C \ ATOM 16409 CE3 TRP G 160 -179.470-128.325 -44.134 1.00102.75 C \ ANISOU16409 CE3 TRP G 160 14247 10498 14296 403 2928 597 C \ ATOM 16410 CZ2 TRP G 160 -179.766-126.370 -42.122 1.00102.87 C \ ANISOU16410 CZ2 TRP G 160 14136 10617 14334 459 2621 745 C \ ATOM 16411 CZ3 TRP G 160 -178.876-128.466 -42.899 1.00104.53 C \ ANISOU16411 CZ3 TRP G 160 14369 10729 14619 538 2918 683 C \ ATOM 16412 CH2 TRP G 160 -179.026-127.494 -41.910 1.00104.27 C \ ANISOU16412 CH2 TRP G 160 14276 10763 14579 559 2765 757 C \ ATOM 16413 N TRP G 161 -179.378-129.058 -49.033 1.00105.42 N \ ANISOU16413 N TRP G 161 14806 11010 14240 -39 3249 225 N \ ATOM 16414 CA TRP G 161 -179.449-130.035 -50.114 1.00115.16 C \ ANISOU16414 CA TRP G 161 16092 12254 15412 -110 3412 42 C \ ATOM 16415 C TRP G 161 -180.197-131.270 -49.612 1.00113.31 C \ ANISOU16415 C TRP G 161 15899 11833 15320 -21 3471 -45 C \ ATOM 16416 O TRP G 161 -179.714-132.000 -48.739 1.00110.78 O \ ANISOU16416 O TRP G 161 15512 11389 15189 140 3545 -29 O \ ATOM 16417 CB TRP G 161 -178.048-130.428 -50.593 1.00126.88 C \ ANISOU16417 CB TRP G 161 17489 13807 16913 -78 3598 -41 C \ ATOM 16418 CG TRP G 161 -177.209-129.251 -51.076 1.00133.92 C \ ANISOU16418 CG TRP G 161 18322 14888 17672 -170 3551 58 C \ ATOM 16419 CD1 TRP G 161 -177.660-128.046 -51.565 1.00135.12 C \ ANISOU16419 CD1 TRP G 161 18511 15164 17663 -325 3391 173 C \ ATOM 16420 CD2 TRP G 161 -175.774-129.141 -51.013 1.00134.02 C \ ANISOU16420 CD2 TRP G 161 18214 14970 17736 -106 3653 78 C \ ATOM 16421 NE1 TRP G 161 -176.590-127.219 -51.844 1.00133.59 N \ ANISOU16421 NE1 TRP G 161 18231 15111 17416 -370 3391 264 N \ ATOM 16422 CE2 TRP G 161 -175.429-127.868 -51.510 1.00132.76 C \ ANISOU16422 CE2 TRP G 161 18029 14982 17430 -238 3553 201 C \ ATOM 16423 CE3 TRP G 161 -174.753-130.002 -50.594 1.00132.55 C \ ANISOU16423 CE3 TRP G 161 17928 14713 17722 49 3814 13 C \ ATOM 16424 CZ2 TRP G 161 -174.108-127.449 -51.601 1.00130.67 C \ ANISOU16424 CZ2 TRP G 161 17649 14828 17173 -226 3617 251 C \ ATOM 16425 CZ3 TRP G 161 -173.452-129.575 -50.680 1.00130.74 C \ ANISOU16425 CZ3 TRP G 161 17580 14595 17500 68 3875 59 C \ ATOM 16426 CH2 TRP G 161 -173.139-128.313 -51.183 1.00129.79 C \ ANISOU16426 CH2 TRP G 161 17443 14655 17218 -71 3780 172 C \ ATOM 16427 N ILE G 162 -181.398-131.455 -50.160 1.00112.71 N \ ANISOU16427 N ILE G 162 15926 11744 15157 -133 3425 -117 N \ ATOM 16428 CA ILE G 162 -182.264-132.585 -49.871 1.00109.89 C \ ANISOU16428 CA ILE G 162 15618 11217 14917 -88 3472 -208 C \ ATOM 16429 C ILE G 162 -181.664-133.842 -50.456 1.00111.53 C \ ANISOU16429 C ILE G 162 15805 11358 15215 -60 3692 -409 C \ ATOM 16430 O ILE G 162 -181.329-133.878 -51.639 1.00110.25 O \ ANISOU16430 O ILE G 162 15657 11322 14910 -180 3788 -558 O \ ATOM 16431 CB ILE G 162 -183.688-132.376 -50.481 1.00 78.81 C \ ANISOU16431 CB ILE G 162 11791 7310 10844 -244 3361 -245 C \ ATOM 16432 CG1 ILE G 162 -184.395-131.137 -49.883 1.00 77.00 C \ ANISOU16432 CG1 ILE G 162 11569 7121 10567 -265 3138 -60 C \ ATOM 16433 CG2 ILE G 162 -184.565-133.573 -50.299 1.00 87.72 C \ ANISOU16433 CG2 ILE G 162 12968 8269 12094 -217 3419 -354 C \ ATOM 16434 CD1 ILE G 162 -184.391-131.046 -48.395 1.00 75.61 C \ ANISOU16434 CD1 ILE G 162 11332 6843 10552 -104 3074 69 C \ ATOM 16435 N ARG G 163 -181.543-134.864 -49.608 1.00117.38 N \ ANISOU16435 N ARG G 163 16499 11902 16197 94 3768 -411 N \ ATOM 16436 CA ARG G 163 -180.943-136.155 -49.951 1.00124.68 C \ ANISOU16436 CA ARG G 163 17376 12700 17297 159 3976 -594 C \ ATOM 16437 C ARG G 163 -181.946-137.278 -50.276 1.00119.20 C \ ANISOU16437 C ARG G 163 16750 11845 16697 116 4036 -760 C \ ATOM 16438 O ARG G 163 -181.932-137.830 -51.367 1.00121.17 O \ ANISOU16438 O ARG G 163 17024 12117 16897 20 4164 -1000 O \ ATOM 16439 CB ARG G 163 -179.967-136.613 -48.877 1.00135.67 C \ ANISOU16439 CB ARG G 163 18643 13967 18939 361 4032 -477 C \ ATOM 16440 CG ARG G 163 -178.650-135.883 -48.917 1.00143.80 C \ ANISOU16440 CG ARG G 163 19579 15143 19914 398 4059 -414 C \ ATOM 16441 CD ARG G 163 -178.169-135.714 -50.333 1.00153.85 C \ ANISOU16441 CD ARG G 163 20865 16577 21013 263 4177 -611 C \ ATOM 16442 NE ARG G 163 -177.066-134.767 -50.371 1.00164.22 N \ ANISOU16442 NE ARG G 163 22099 18063 22234 267 4164 -513 N \ ATOM 16443 CZ ARG G 163 -176.566-134.237 -51.481 1.00174.10 C \ ANISOU16443 CZ ARG G 163 23348 19519 23283 133 4225 -606 C \ ATOM 16444 NH1 ARG G 163 -177.089-134.546 -52.662 1.00178.73 N \ ANISOU16444 NH1 ARG G 163 24009 20187 23714 -23 4301 -809 N \ ATOM 16445 NH2 ARG G 163 -175.549-133.385 -51.408 1.00176.33 N \ ANISOU16445 NH2 ARG G 163 23546 19942 23508 143 4207 -492 N \ ATOM 16446 N GLY G 164 -182.799-137.656 -49.338 1.00112.03 N \ ANISOU16446 N GLY G 164 15861 10781 15926 181 3951 -645 N \ ATOM 16447 CA GLY G 164 -183.697-138.745 -49.653 1.00112.68 C \ ANISOU16447 CA GLY G 164 15996 10699 16120 137 4011 -801 C \ ATOM 16448 C GLY G 164 -184.786-138.385 -50.651 1.00109.67 C \ ANISOU16448 C GLY G 164 15732 10437 15499 -64 3942 -923 C \ ATOM 16449 O GLY G 164 -184.679-137.382 -51.346 1.00 84.09 O \ ANISOU16449 O GLY G 164 12527 7419 12006 -181 3880 -919 O \ ATOM 16450 N LYS G 165 -185.800-139.250 -50.766 1.00108.21 N \ ANISOU16450 N LYS G 165 15600 10106 15410 -112 3955 -1030 N \ ATOM 16451 CA LYS G 165 -186.987-138.947 -51.558 1.00102.98 C \ ANISOU16451 CA LYS G 165 15042 9547 14539 -299 3862 -1116 C \ ATOM 16452 C LYS G 165 -188.139-138.688 -50.619 1.00 99.17 C \ ANISOU16452 C LYS G 165 14591 8995 14093 -280 3695 -923 C \ ATOM 16453 O LYS G 165 -189.204-138.181 -51.047 1.00101.35 O \ ANISOU16453 O LYS G 165 14943 9369 14199 -418 3570 -923 O \ ATOM 16454 CB LYS G 165 -187.344-140.056 -52.539 1.00101.19 C \ ANISOU16454 CB LYS G 165 14848 9240 14359 -400 3998 -1418 C \ ATOM 16455 CG LYS G 165 -188.273-139.576 -53.670 1.00102.54 C \ ANISOU16455 CG LYS G 165 15116 9611 14235 -627 3914 -1533 C \ ATOM 16456 CD LYS G 165 -187.527-138.748 -54.755 1.00215.34 C \ ANISOU16456 CD LYS G 165 29404 24189 28227 -749 3941 -1602 C \ ATOM 16457 CE LYS G 165 -188.215-137.402 -55.159 1.00 94.02 C \ ANISOU16457 CE LYS G 165 14100 9065 12558 -902 3733 -1438 C \ ATOM 16458 NZ LYS G 165 -189.607-137.549 -55.764 1.00 94.19 N \ ANISOU16458 NZ LYS G 165 14204 9126 12460 -1075 3635 -1519 N \ ATOM 16459 N ALA G 166 -187.874-139.034 -49.354 1.00 90.60 N \ ANISOU16459 N ALA G 166 13435 7759 13228 -110 3696 -755 N \ ATOM 16460 CA ALA G 166 -188.757-138.869 -48.200 1.00 92.29 C \ ANISOU16460 CA ALA G 166 13645 7913 13507 -58 3562 -551 C \ ATOM 16461 C ALA G 166 -189.110-140.253 -47.676 1.00 98.57 C \ ANISOU16461 C ALA G 166 14410 8458 14584 10 3646 -567 C \ ATOM 16462 O ALA G 166 -189.615-141.132 -48.400 1.00 97.20 O \ ANISOU16462 O ALA G 166 14278 8170 14485 -73 3723 -761 O \ ATOM 16463 CB ALA G 166 -190.039-138.025 -48.466 1.00 79.87 C \ ANISOU16463 CB ALA G 166 12152 6464 11732 -197 3393 -520 C \ ATOM 16464 N SER G 167 -188.859-140.385 -46.379 1.00104.43 N \ ANISOU16464 N SER G 167 15071 9128 15478 153 3618 -347 N \ ATOM 16465 CA SER G 167 -189.009-141.565 -45.555 1.00106.50 C \ ANISOU16465 CA SER G 167 15270 9166 16030 247 3673 -259 C \ ATOM 16466 C SER G 167 -190.414-141.711 -44.933 1.00110.67 C \ ANISOU16466 C SER G 167 15826 9654 16570 195 3567 -151 C \ ATOM 16467 O SER G 167 -191.181-140.750 -44.877 1.00112.03 O \ ANISOU16467 O SER G 167 16047 9987 16531 121 3435 -106 O \ ATOM 16468 CB SER G 167 -187.963-141.415 -44.481 1.00 82.27 C \ ANISOU16468 CB SER G 167 12090 6114 13055 409 3674 -44 C \ ATOM 16469 OG SER G 167 -187.786-142.607 -43.804 1.00120.15 O \ ANISOU16469 OG SER G 167 16802 10691 18157 510 3746 53 O \ ATOM 16470 N THR G 168 -190.818-142.916 -44.545 1.00114.77 N \ ANISOU16470 N THR G 168 16309 9951 17348 222 3624 -121 N \ ATOM 16471 CA THR G 168 -192.111-143.044 -43.848 1.00116.41 C \ ANISOU16471 CA THR G 168 16525 10137 17568 175 3526 10 C \ ATOM 16472 C THR G 168 -192.117-143.907 -42.549 1.00 94.48 C \ ANISOU16472 C THR G 168 13640 7215 15045 282 3537 260 C \ ATOM 16473 O THR G 168 -191.196-144.647 -42.209 1.00 84.91 O \ ANISOU16473 O THR G 168 12341 5858 14063 394 3625 333 O \ ATOM 16474 CB THR G 168 -193.258-143.450 -44.843 1.00 83.52 C \ ANISOU16474 CB THR G 168 12453 5901 13381 13 3527 -204 C \ ATOM 16475 OG1 THR G 168 -193.323-142.501 -45.922 1.00 82.74 O \ ANISOU16475 OG1 THR G 168 12442 5990 13005 -97 3484 -375 O \ ATOM 16476 CG2 THR G 168 -194.595-143.418 -44.179 1.00 85.49 C \ ANISOU16476 CG2 THR G 168 12707 6163 13614 -43 3418 -74 C \ ATOM 16477 N HIS G 169 -193.092-143.593 -41.727 1.00 96.17 N \ ANISOU16477 N HIS G 169 13844 7519 15178 251 3427 423 N \ ATOM 16478 CA HIS G 169 -193.414-144.424 -40.610 1.00104.18 C \ ANISOU16478 CA HIS G 169 14766 8424 16396 303 3425 656 C \ ATOM 16479 C HIS G 169 -194.920-144.197 -40.247 1.00113.73 C \ ANISOU16479 C HIS G 169 16002 9714 17498 197 3324 711 C \ ATOM 16480 O HIS G 169 -195.291-143.185 -39.643 1.00109.73 O \ ANISOU16480 O HIS G 169 15483 9436 16772 192 3220 804 O \ ATOM 16481 CB HIS G 169 -192.421-144.154 -39.441 1.00191.27 C \ ANISOU16481 CB HIS G 169 25680 19562 27432 444 3405 911 C \ ATOM 16482 CG HIS G 169 -192.368-145.228 -38.378 1.00192.02 C \ ANISOU16482 CG HIS G 169 25653 19516 27788 512 3428 1178 C \ ATOM 16483 ND1 HIS G 169 -193.053-146.422 -38.464 1.00192.92 N \ ANISOU16483 ND1 HIS G 169 25755 19382 28163 464 3475 1192 N \ ATOM 16484 CD2 HIS G 169 -191.645-145.295 -37.233 1.00189.49 C \ ANISOU16484 CD2 HIS G 169 25208 19270 27519 621 3406 1452 C \ ATOM 16485 CE1 HIS G 169 -192.789-147.163 -37.398 1.00190.58 C \ ANISOU16485 CE1 HIS G 169 25329 19009 28072 539 3476 1485 C \ ATOM 16486 NE2 HIS G 169 -191.935-146.503 -36.640 1.00189.63 N \ ANISOU16486 NE2 HIS G 169 25139 19093 27819 633 3433 1650 N \ ATOM 16487 N ILE G 170 -195.758-145.166 -40.645 1.00112.33 N \ ANISOU16487 N ILE G 170 15849 9337 17495 111 3362 635 N \ ATOM 16488 CA ILE G 170 -197.072-145.380 -40.052 1.00108.70 C \ ANISOU16488 CA ILE G 170 15369 8889 17043 33 3295 752 C \ ATOM 16489 C ILE G 170 -196.884-146.380 -38.891 1.00108.43 C \ ANISOU16489 C ILE G 170 15209 8728 17264 109 3329 1038 C \ ATOM 16490 O ILE G 170 -196.176-147.399 -39.016 1.00 87.47 O \ ANISOU16490 O ILE G 170 12508 5830 14895 169 3424 1053 O \ ATOM 16491 CB ILE G 170 -198.093-145.950 -41.031 1.00 84.95 C \ ANISOU16491 CB ILE G 170 12440 5731 14107 -109 3311 541 C \ ATOM 16492 CG1 ILE G 170 -198.379-144.973 -42.161 1.00 83.67 C \ ANISOU16492 CG1 ILE G 170 12391 5718 13680 -203 3259 296 C \ ATOM 16493 CG2 ILE G 170 -199.374-146.216 -40.332 1.00 85.10 C \ ANISOU16493 CG2 ILE G 170 12418 5759 14156 -181 3247 687 C \ ATOM 16494 CD1 ILE G 170 -199.722-145.247 -42.850 1.00 84.15 C \ ANISOU16494 CD1 ILE G 170 12513 5727 13733 -363 3219 148 C \ ATOM 16495 N SER G 171 -197.408-145.990 -37.731 1.00104.87 N \ ANISOU16495 N SER G 171 14685 8466 16696 114 3248 1271 N \ ATOM 16496 CA SER G 171 -197.319-146.750 -36.508 1.00 86.27 C \ ANISOU16496 CA SER G 171 12197 6073 14510 166 3254 1590 C \ ATOM 16497 C SER G 171 -198.546-146.396 -35.728 1.00114.45 C \ ANISOU16497 C SER G 171 15728 9833 17922 84 3172 1716 C \ ATOM 16498 O SER G 171 -199.436-145.726 -36.233 1.00 84.41 O \ ANISOU16498 O SER G 171 12001 6128 13944 -4 3121 1541 O \ ATOM 16499 CB SER G 171 -196.102-146.409 -35.675 1.00 86.08 C \ ANISOU16499 CB SER G 171 12082 6186 14438 299 3248 1781 C \ ATOM 16500 OG SER G 171 -196.107-145.035 -35.396 1.00 91.74 O \ ANISOU16500 OG SER G 171 12819 7216 14823 306 3167 1740 O \ ATOM 16501 N ASP G 172 -198.607-146.932 -34.513 1.00114.72 N \ ANISOU16501 N ASP G 172 15633 9914 18042 108 3163 2030 N \ ATOM 16502 CA ASP G 172 -199.656-146.646 -33.536 1.00109.24 C \ ANISOU16502 CA ASP G 172 14865 9448 17192 38 3097 2196 C \ ATOM 16503 C ASP G 172 -199.049-146.104 -32.235 1.00101.53 C \ ANISOU16503 C ASP G 172 13769 8771 16039 116 3054 2439 C \ ATOM 16504 O ASP G 172 -198.056-146.656 -31.748 1.00103.26 O \ ANISOU16504 O ASP G 172 13907 8928 16397 202 3082 2642 O \ ATOM 16505 CB ASP G 172 -200.553-147.876 -33.280 1.00115.25 C \ ANISOU16505 CB ASP G 172 15569 10018 18203 -51 3122 2356 C \ ATOM 16506 CG ASP G 172 -201.735-147.971 -34.273 1.00116.79 C \ ANISOU16506 CG ASP G 172 15866 10085 18425 -179 3119 2107 C \ ATOM 16507 OD1 ASP G 172 -201.587-147.549 -35.452 1.00112.97 O \ ANISOU16507 OD1 ASP G 172 15508 9527 17888 -188 3127 1804 O \ ATOM 16508 OD2 ASP G 172 -202.841-148.410 -33.855 1.00117.70 O1- \ ANISOU16508 OD2 ASP G 172 15927 10203 18589 -279 3101 2221 O1- \ ATOM 16509 N ILE G 173 -199.570-144.980 -31.727 1.00 94.48 N \ ANISOU16509 N ILE G 173 12857 8198 14842 89 2986 2396 N \ ATOM 16510 CA ILE G 173 -199.046-144.423 -30.475 1.00 92.81 C \ ANISOU16510 CA ILE G 173 12524 8304 14437 147 2946 2593 C \ ATOM 16511 C ILE G 173 -199.997-144.822 -29.373 1.00 92.74 C \ ANISOU16511 C ILE G 173 12389 8465 14383 65 2929 2832 C \ ATOM 16512 O ILE G 173 -201.208-144.674 -29.526 1.00 85.84 O \ ANISOU16512 O ILE G 173 11535 7626 13454 -31 2915 2733 O \ ATOM 16513 CB ILE G 173 -198.902-142.887 -30.452 1.00 82.71 C \ ANISOU16513 CB ILE G 173 11272 7299 12857 175 2883 2395 C \ ATOM 16514 CG1 ILE G 173 -197.638-142.444 -31.136 1.00 92.50 C \ ANISOU16514 CG1 ILE G 173 12582 8457 14105 272 2894 2261 C \ ATOM 16515 CG2 ILE G 173 -198.760-142.431 -29.042 1.00103.63 C \ ANISOU16515 CG2 ILE G 173 13774 10301 15301 193 2843 2584 C \ ATOM 16516 CD1 ILE G 173 -197.655-142.766 -32.544 1.00 94.79 C \ ANISOU16516 CD1 ILE G 173 13012 8455 14551 251 2938 2046 C \ ATOM 16517 N ARG G 174 -199.473-145.379 -28.289 1.00 96.79 N \ ANISOU16517 N ARG G 174 12763 9084 14927 95 2931 3159 N \ ATOM 16518 CA ARG G 174 -200.336-145.699 -27.157 1.00106.10 C \ ANISOU16518 CA ARG G 174 13805 10488 16022 5 2915 3411 C \ ATOM 16519 C ARG G 174 -200.150-144.626 -26.095 1.00104.56 C \ ANISOU16519 C ARG G 174 13509 10746 15475 21 2865 3440 C \ ATOM 16520 O ARG G 174 -199.120-144.554 -25.425 1.00104.58 O \ ANISOU16520 O ARG G 174 13429 10895 15412 91 2846 3609 O \ ATOM 16521 CB ARG G 174 -199.997-147.077 -26.588 1.00115.62 C \ ANISOU16521 CB ARG G 174 14900 11538 17493 1 2940 3794 C \ ATOM 16522 CG ARG G 174 -200.896-147.501 -25.443 1.00119.92 C \ ANISOU16522 CG ARG G 174 15292 12314 17956 -111 2926 4093 C \ ATOM 16523 CD ARG G 174 -200.070-147.992 -24.295 1.00124.30 C \ ANISOU16523 CD ARG G 174 15683 13034 18512 -79 2903 4497 C \ ATOM 16524 NE ARG G 174 -199.702-149.363 -24.542 1.00131.67 N \ ANISOU16524 NE ARG G 174 16589 13577 19861 -63 2931 4737 N \ ATOM 16525 CZ ARG G 174 -198.559-149.744 -25.091 1.00137.49 C \ ANISOU16525 CZ ARG G 174 17365 14031 20844 55 2949 4727 C \ ATOM 16526 NH1 ARG G 174 -197.653-148.850 -25.483 1.00131.34 N1+ \ ANISOU16526 NH1 ARG G 174 16661 13322 19920 162 2942 4495 N1+ \ ATOM 16527 NH2 ARG G 174 -198.341-151.038 -25.267 1.00146.98 N \ ANISOU16527 NH2 ARG G 174 18520 14864 22462 63 2976 4944 N \ ATOM 16528 N TYR G 175 -201.144-143.755 -26.002 1.00103.53 N \ ANISOU16528 N TYR G 175 13381 10829 15127 -44 2841 3247 N \ ATOM 16529 CA TYR G 175 -201.310-142.822 -24.898 1.00104.36 C \ ANISOU16529 CA TYR G 175 13362 11383 14907 -61 2804 3252 C \ ATOM 16530 C TYR G 175 -201.809-143.492 -23.622 1.00114.88 C \ ANISOU16530 C TYR G 175 14517 12970 16163 -150 2815 3590 C \ ATOM 16531 O TYR G 175 -203.020-143.656 -23.464 1.00118.74 O \ ANISOU16531 O TYR G 175 14967 13521 16627 -254 2832 3588 O \ ATOM 16532 CB TYR G 175 -202.305-141.773 -25.329 1.00 98.55 C \ ANISOU16532 CB TYR G 175 12678 10735 14030 -102 2782 2921 C \ ATOM 16533 CG TYR G 175 -201.814-140.870 -26.442 1.00 97.62 C \ ANISOU16533 CG TYR G 175 12709 10457 13925 -27 2752 2603 C \ ATOM 16534 CD1 TYR G 175 -200.704-140.067 -26.265 1.00100.39 C \ ANISOU16534 CD1 TYR G 175 13055 10936 14155 65 2721 2535 C \ ATOM 16535 CD2 TYR G 175 -202.466-140.822 -27.670 1.00 96.33 C \ ANISOU16535 CD2 TYR G 175 12682 10028 13889 -59 2750 2382 C \ ATOM 16536 CE1 TYR G 175 -200.259-139.221 -27.267 1.00100.90 C \ ANISOU16536 CE1 TYR G 175 13243 10864 14229 122 2691 2268 C \ ATOM 16537 CE2 TYR G 175 -202.021-139.984 -28.694 1.00 95.49 C \ ANISOU16537 CE2 TYR G 175 12702 9800 13779 -5 2717 2119 C \ ATOM 16538 CZ TYR G 175 -200.913-139.176 -28.480 1.00 97.27 C \ ANISOU16538 CZ TYR G 175 12917 10155 13888 85 2689 2069 C \ ATOM 16539 OH TYR G 175 -200.416-138.317 -29.440 1.00 94.31 O \ ANISOU16539 OH TYR G 175 12652 9678 13505 132 2653 1837 O \ ATOM 16540 N ASP G 176 -200.927-143.933 -22.731 1.00121.91 N \ ANISOU16540 N ASP G 176 15290 14005 17024 -121 2804 3900 N \ ATOM 16541 CA ASP G 176 -201.437-144.642 -21.565 1.00127.52 C \ ANISOU16541 CA ASP G 176 15826 14959 17666 -225 2811 4257 C \ ATOM 16542 C ASP G 176 -201.670-143.755 -20.343 1.00129.72 C \ ANISOU16542 C ASP G 176 15951 15793 17544 -277 2789 4252 C \ ATOM 16543 O ASP G 176 -201.828-144.280 -19.241 1.00136.86 O \ ANISOU16543 O ASP G 176 16688 16979 18335 -360 2788 4583 O \ ATOM 16544 CB ASP G 176 -200.592-145.854 -21.168 1.00131.74 C \ ANISOU16544 CB ASP G 176 16281 15353 18421 -202 2806 4681 C \ ATOM 16545 CG ASP G 176 -199.132-145.514 -20.981 1.00134.98 C \ ANISOU16545 CG ASP G 176 16676 15828 18784 -82 2769 4724 C \ ATOM 16546 OD1 ASP G 176 -198.791-144.313 -20.890 1.00135.24 O \ ANISOU16546 OD1 ASP G 176 16728 16104 18555 -36 2743 4468 O \ ATOM 16547 OD2 ASP G 176 -198.334-146.465 -20.858 1.00137.46 O \ ANISOU16547 OD2 ASP G 176 16939 15958 19333 -38 2762 5033 O \ ATOM 16548 N HIS G 177 -201.679-142.433 -20.509 1.00124.80 N \ ANISOU16548 N HIS G 177 15370 15338 16711 -235 2770 3887 N \ ATOM 16549 CA HIS G 177 -202.169-141.574 -19.420 1.00124.00 C \ ANISOU16549 CA HIS G 177 15116 15749 16249 -301 2763 3807 C \ ATOM 16550 C HIS G 177 -203.666-141.318 -19.569 1.00123.52 C \ ANISOU16550 C HIS G 177 15046 15735 16150 -394 2798 3617 C \ ATOM 16551 O HIS G 177 -204.211-141.339 -20.669 1.00119.57 O \ ANISOU16551 O HIS G 177 14689 14891 15853 -381 2806 3424 O \ ATOM 16552 CB HIS G 177 -201.356-140.300 -19.295 1.00121.76 C \ ANISOU16552 CB HIS G 177 14834 15663 15764 -216 2721 3541 C \ ATOM 16553 CG HIS G 177 -200.028-140.523 -18.662 1.00121.27 C \ ANISOU16553 CG HIS G 177 14700 15739 15639 -163 2685 3786 C \ ATOM 16554 ND1 HIS G 177 -199.801-141.558 -17.787 1.00123.10 N \ ANISOU16554 ND1 HIS G 177 14797 16113 15862 -222 2685 4227 N \ ATOM 16555 CD2 HIS G 177 -198.853-139.865 -18.782 1.00121.90 C \ ANISOU16555 CD2 HIS G 177 14812 15832 15674 -62 2642 3673 C \ ATOM 16556 CE1 HIS G 177 -198.544-141.526 -17.385 1.00124.28 C \ ANISOU16556 CE1 HIS G 177 14897 16365 15961 -156 2639 4374 C \ ATOM 16557 NE2 HIS G 177 -197.945-140.511 -17.977 1.00123.09 N \ ANISOU16557 NE2 HIS G 177 14846 16137 15785 -58 2616 4037 N \ ATOM 16558 N LEU G 178 -204.334-141.055 -18.464 1.00130.73 N \ ANISOU16558 N LEU G 178 15783 17095 16793 -491 2818 3662 N \ ATOM 16559 CA LEU G 178 -205.608-141.755 -18.305 1.00144.09 C \ ANISOU16559 CA LEU G 178 17412 18796 18538 -617 2866 3793 C \ ATOM 16560 C LEU G 178 -206.530-142.031 -19.523 1.00148.49 C \ ANISOU16560 C LEU G 178 18117 18930 19373 -629 2882 3626 C \ ATOM 16561 O LEU G 178 -207.521-141.338 -19.788 1.00143.34 O \ ANISOU16561 O LEU G 178 17465 18332 18665 -660 2893 3338 O \ ATOM 16562 CB LEU G 178 -206.303-141.540 -16.942 1.00154.28 C \ ANISOU16562 CB LEU G 178 18475 20648 19497 -741 2902 3881 C \ ATOM 16563 CG LEU G 178 -205.913-142.537 -15.812 1.00139.72 C \ ANISOU16563 CG LEU G 178 16466 19068 17552 -830 2905 4384 C \ ATOM 16564 CD1 LEU G 178 -205.501-143.926 -16.309 1.00137.99 C \ ANISOU16564 CD1 LEU G 178 16325 18413 17691 -820 2891 4759 C \ ATOM 16565 CD2 LEU G 178 -204.797-141.962 -14.960 1.00141.62 C \ ANISOU16565 CD2 LEU G 178 16612 19678 17519 -788 2865 4419 C \ ATOM 16566 N SER G 179 -205.995-142.942 -20.341 1.00151.34 N \ ANISOU16566 N SER G 179 18609 18853 20041 -584 2874 3773 N \ ATOM 16567 CA SER G 179 -206.696-144.086 -20.927 1.00153.72 C \ ANISOU16567 CA SER G 179 18963 18809 20636 -655 2902 3924 C \ ATOM 16568 C SER G 179 -208.066-144.310 -20.317 1.00159.07 C \ ANISOU16568 C SER G 179 19505 19715 21219 -801 2940 4004 C \ ATOM 16569 O SER G 179 -209.045-143.715 -20.759 1.00162.27 O \ ANISOU16569 O SER G 179 19939 20120 21595 -831 2947 3718 O \ ATOM 16570 CB SER G 179 -205.878-145.353 -20.636 1.00151.06 C \ ANISOU16570 CB SER G 179 18591 18306 20499 -651 2903 4347 C \ ATOM 16571 OG SER G 179 -205.580-145.484 -19.244 1.00147.34 O \ ANISOU16571 OG SER G 179 17925 18263 19796 -703 2897 4666 O \ ATOM 16572 N SER G 180 -208.108-145.221 -19.334 1.00156.47 N \ ANISOU16572 N SER G 180 19022 19564 20864 -895 2960 4418 N \ ATOM 16573 CA SER G 180 -209.166-145.336 -18.311 1.00155.88 C \ ANISOU16573 CA SER G 180 18754 19887 20586 -1045 3001 4569 C \ ATOM 16574 C SER G 180 -210.564-144.848 -18.721 1.00155.37 C \ ANISOU16574 C SER G 180 18695 19836 20502 -1111 3032 4268 C \ ATOM 16575 O SER G 180 -211.532-145.605 -18.684 1.00157.91 O \ ANISOU16575 O SER G 180 18960 20097 20943 -1231 3065 4427 O \ ATOM 16576 CB SER G 180 -208.702-144.681 -17.004 1.00155.05 C \ ANISOU16576 CB SER G 180 18475 20351 20086 -1058 3001 4640 C \ ATOM 16577 OG SER G 180 -209.691-143.862 -16.423 1.00155.65 O \ ANISOU16577 OG SER G 180 18424 20837 19878 -1136 3042 4420 O \ ATOM 16578 N VAL G 181 -210.649-143.567 -19.068 1.00153.21 N \ ANISOU16578 N VAL G 181 18474 19652 20087 -1033 3017 3848 N \ ATOM 16579 CA VAL G 181 -211.799-142.954 -19.732 1.00150.56 C \ ANISOU16579 CA VAL G 181 18177 19238 19790 -1055 3023 3507 C \ ATOM 16580 C VAL G 181 -212.444-143.851 -20.803 1.00154.87 C \ ANISOU16580 C VAL G 181 18846 19321 20676 -1102 3019 3545 C \ ATOM 16581 O VAL G 181 -213.646-144.139 -20.750 1.00156.90 O \ ANISOU16581 O VAL G 181 19028 19617 20970 -1215 3050 3557 O \ ATOM 16582 CB VAL G 181 -211.345-141.618 -20.362 1.00140.94 C \ ANISOU16582 CB VAL G 181 17067 17974 18510 -921 2974 3092 C \ ATOM 16583 CG1 VAL G 181 -212.260-141.189 -21.471 1.00135.88 C \ ANISOU16583 CG1 VAL G 181 16529 17071 18030 -918 2950 2785 C \ ATOM 16584 CG2 VAL G 181 -211.222-140.558 -19.282 1.00140.62 C \ ANISOU16584 CG2 VAL G 181 16864 18436 18130 -909 2988 2951 C \ ATOM 16585 N GLN G 182 -211.643-144.286 -21.772 1.00155.93 N \ ANISOU16585 N GLN G 182 19161 19031 21055 -1020 2985 3547 N \ ATOM 16586 CA GLN G 182 -212.066-145.280 -22.756 1.00156.66 C \ ANISOU16586 CA GLN G 182 19366 18674 21482 -1068 2985 3599 C \ ATOM 16587 C GLN G 182 -211.044-146.450 -22.740 1.00167.58 C \ ANISOU16587 C GLN G 182 20784 19801 23086 -1042 2989 3930 C \ ATOM 16588 O GLN G 182 -210.077-146.427 -23.515 1.00170.87 O \ ANISOU16588 O GLN G 182 21348 19940 23636 -931 2966 3827 O \ ATOM 16589 CB GLN G 182 -212.094-144.643 -24.147 1.00155.26 C \ ANISOU16589 CB GLN G 182 19379 18194 21417 -994 2940 3218 C \ ATOM 16590 CG GLN G 182 -213.356-143.939 -24.565 1.00157.15 C \ ANISOU16590 CG GLN G 182 19607 18491 21611 -1047 2923 2937 C \ ATOM 16591 CD GLN G 182 -213.244-143.316 -25.962 1.00159.53 C \ ANISOU16591 CD GLN G 182 20095 18500 22018 -976 2862 2603 C \ ATOM 16592 OE1 GLN G 182 -214.236-143.232 -26.671 1.00161.97 O \ ANISOU16592 OE1 GLN G 182 20438 18685 22419 -1038 2837 2441 O \ ATOM 16593 NE2 GLN G 182 -212.044-142.884 -26.357 1.00158.13 N \ ANISOU16593 NE2 GLN G 182 20031 18228 21823 -856 2835 2515 N \ ATOM 16594 N PRO G 183 -211.236-147.473 -21.868 1.00163.34 N \ ANISOU16594 N PRO G 183 20103 19354 22605 -1143 3018 4335 N \ ATOM 16595 CA PRO G 183 -210.175-148.488 -21.721 1.00162.67 C \ ANISOU16595 CA PRO G 183 20021 19054 22734 -1104 3012 4671 C \ ATOM 16596 C PRO G 183 -210.018-149.364 -22.967 1.00164.06 C \ ANISOU16596 C PRO G 183 20355 18654 23326 -1079 3011 4614 C \ ATOM 16597 O PRO G 183 -210.990-149.499 -23.709 1.00169.55 O \ ANISOU16597 O PRO G 183 21113 19158 24150 -1149 3018 4432 O \ ATOM 16598 CB PRO G 183 -210.674-149.333 -20.548 1.00162.10 C \ ANISOU16598 CB PRO G 183 19742 19217 22633 -1247 3036 5115 C \ ATOM 16599 CG PRO G 183 -212.152-149.228 -20.622 1.00161.25 C \ ANISOU16599 CG PRO G 183 19587 19199 22484 -1374 3066 4990 C \ ATOM 16600 CD PRO G 183 -212.445-147.832 -21.105 1.00160.97 C \ ANISOU16600 CD PRO G 183 19634 19301 22227 -1303 3056 4513 C \ ATOM 16601 N ASN G 184 -208.818-149.899 -23.214 1.00156.92 N \ ANISOU16601 N ASN G 184 19507 17492 22625 -981 3001 4739 N \ ATOM 16602 CA ASN G 184 -208.575-150.756 -24.380 1.00149.63 C \ ANISOU16602 CA ASN G 184 18719 16027 22107 -953 3012 4659 C \ ATOM 16603 C ASN G 184 -208.622-150.018 -25.703 1.00140.24 C \ ANISOU16603 C ASN G 184 17725 14648 20913 -890 3005 4187 C \ ATOM 16604 O ASN G 184 -208.365-150.621 -26.736 1.00143.63 O \ ANISOU16604 O ASN G 184 18272 14663 21638 -866 3018 4065 O \ ATOM 16605 CB ASN G 184 -209.516-151.935 -24.413 1.00153.29 C \ ANISOU16605 CB ASN G 184 19121 16262 22861 -1094 3032 4862 C \ ATOM 16606 CG ASN G 184 -209.495-152.691 -23.132 1.00160.61 C \ ANISOU16606 CG ASN G 184 19844 17376 23803 -1172 3032 5365 C \ ATOM 16607 OD1 ASN G 184 -208.433-152.883 -22.538 1.00160.51 O \ ANISOU16607 OD1 ASN G 184 19767 17428 23791 -1097 3015 5618 O \ ATOM 16608 ND2 ASN G 184 -210.672-153.079 -22.651 1.00166.49 N \ ANISOU16608 ND2 ASN G 184 20475 18247 24539 -1330 3046 5528 N \ ATOM 16609 N GLN G 185 -209.036-148.752 -25.697 1.00128.00 N \ ANISOU16609 N GLN G 185 16197 13393 19044 -878 2983 3919 N \ ATOM 16610 CA GLN G 185 -208.989-147.981 -26.936 1.00121.82 C \ ANISOU16610 CA GLN G 185 15590 12449 18245 -817 2961 3505 C \ ATOM 16611 C GLN G 185 -208.419-146.528 -26.811 1.00132.10 C \ ANISOU16611 C GLN G 185 16921 14038 19233 -712 2927 3285 C \ ATOM 16612 O GLN G 185 -209.136-145.518 -26.770 1.00125.80 O \ ANISOU16612 O GLN G 185 16108 13469 18222 -734 2900 3075 O \ ATOM 16613 CB GLN G 185 -210.309-148.098 -27.697 1.00118.22 C \ ANISOU16613 CB GLN G 185 15184 11852 17882 -931 2955 3315 C \ ATOM 16614 CG GLN G 185 -211.530-147.724 -26.983 1.00121.77 C \ ANISOU16614 CG GLN G 185 15505 12613 18149 -1034 2952 3347 C \ ATOM 16615 CD GLN G 185 -212.614-147.409 -27.975 1.00127.38 C \ ANISOU16615 CD GLN G 185 16297 13199 18903 -1103 2924 3052 C \ ATOM 16616 OE1 GLN G 185 -212.799-146.260 -28.373 1.00128.15 O \ ANISOU16616 OE1 GLN G 185 16446 13424 18822 -1059 2882 2771 O \ ATOM 16617 NE2 GLN G 185 -213.314-148.444 -28.424 1.00131.53 N \ ANISOU16617 NE2 GLN G 185 16832 13456 19688 -1213 2939 3116 N \ ATOM 16618 N ASN G 186 -207.084-146.495 -26.779 1.00135.78 N \ ANISOU16618 N ASN G 186 17421 14457 19713 -596 2927 3341 N \ ATOM 16619 CA ASN G 186 -206.262-145.296 -26.682 1.00134.01 C \ ANISOU16619 CA ASN G 186 17225 14443 19251 -487 2895 3174 C \ ATOM 16620 C ASN G 186 -204.913-145.476 -27.440 1.00102.89 C \ ANISOU16620 C ASN G 186 13399 10230 15463 -370 2902 3119 C \ ATOM 16621 O ASN G 186 -203.823-145.115 -26.959 1.00101.21 O \ ANISOU16621 O ASN G 186 13152 10155 15147 -276 2891 3194 O \ ATOM 16622 CB ASN G 186 -206.037-144.932 -25.204 1.00135.20 C \ ANISOU16622 CB ASN G 186 17200 15028 19141 -486 2888 3388 C \ ATOM 16623 CG ASN G 186 -205.323-146.043 -24.429 1.00137.24 C \ ANISOU16623 CG ASN G 186 17356 15261 19528 -483 2909 3801 C \ ATOM 16624 OD1 ASN G 186 -205.653-147.229 -24.554 1.00140.00 O \ ANISOU16624 OD1 ASN G 186 17689 15362 20144 -547 2935 4008 O \ ATOM 16625 ND2 ASN G 186 -204.318-145.664 -23.649 1.00135.31 N \ ANISOU16625 ND2 ASN G 186 17035 15262 19115 -411 2889 3925 N \ ATOM 16626 N GLU G 187 -205.007-146.020 -28.648 1.00105.19 N \ ANISOU16626 N GLU G 187 13823 10149 15997 -382 2922 2970 N \ ATOM 16627 CA GLU G 187 -203.874-146.109 -29.572 1.00108.73 C \ ANISOU16627 CA GLU G 187 14391 10338 16582 -284 2940 2839 C \ ATOM 16628 C GLU G 187 -204.260-145.246 -30.759 1.00105.85 C \ ANISOU16628 C GLU G 187 14170 9915 16132 -298 2911 2467 C \ ATOM 16629 O GLU G 187 -205.257-145.526 -31.399 1.00106.93 O \ ANISOU16629 O GLU G 187 14358 9916 16355 -393 2908 2349 O \ ATOM 16630 CB GLU G 187 -203.672-147.544 -30.058 1.00113.28 C \ ANISOU16630 CB GLU G 187 14988 10522 17531 -301 2996 2954 C \ ATOM 16631 CG GLU G 187 -202.876-148.467 -29.165 1.00119.00 C \ ANISOU16631 CG GLU G 187 15588 11202 18426 -252 3020 3321 C \ ATOM 16632 CD GLU G 187 -203.146-149.924 -29.531 1.00129.08 C \ ANISOU16632 CD GLU G 187 16852 12088 20104 -308 3066 3444 C \ ATOM 16633 OE1 GLU G 187 -204.261-150.201 -30.030 1.00132.35 O \ ANISOU16633 OE1 GLU G 187 17308 12386 20592 -420 3071 3324 O \ ATOM 16634 OE2 GLU G 187 -202.292-150.800 -29.279 1.00134.19 O \ ANISOU16634 OE2 GLU G 187 17433 12544 21009 -246 3093 3669 O \ ATOM 16635 N PHE G 188 -203.538-144.171 -31.036 1.00100.68 N \ ANISOU16635 N PHE G 188 13572 9377 15306 -216 2879 2295 N \ ATOM 16636 CA PHE G 188 -203.871-143.356 -32.208 1.00 97.65 C \ ANISOU16636 CA PHE G 188 13318 8933 14852 -237 2841 1974 C \ ATOM 16637 C PHE G 188 -202.912-143.659 -33.310 1.00100.60 C \ ANISOU16637 C PHE G 188 13813 9047 15364 -186 2878 1845 C \ ATOM 16638 O PHE G 188 -201.747-143.846 -32.987 1.00 82.63 O \ ANISOU16638 O PHE G 188 11510 6757 13130 -90 2911 1957 O \ ATOM 16639 CB PHE G 188 -203.847-141.865 -31.872 1.00106.19 C \ ANISOU16639 CB PHE G 188 14374 10310 15663 -197 2772 1850 C \ ATOM 16640 CG PHE G 188 -204.949-141.439 -30.971 1.00103.09 C \ ANISOU16640 CG PHE G 188 13864 10177 15128 -258 2740 1892 C \ ATOM 16641 CD1 PHE G 188 -204.946-141.825 -29.659 1.00101.60 C \ ANISOU16641 CD1 PHE G 188 13529 10189 14883 -260 2766 2142 C \ ATOM 16642 CD2 PHE G 188 -205.987-140.670 -31.455 1.00100.21 C \ ANISOU16642 CD2 PHE G 188 13522 9862 14690 -318 2683 1686 C \ ATOM 16643 CE1 PHE G 188 -205.940-141.456 -28.850 1.00105.35 C \ ANISOU16643 CE1 PHE G 188 13887 10923 15219 -322 2751 2165 C \ ATOM 16644 CE2 PHE G 188 -206.988-140.292 -30.660 1.00101.75 C \ ANISOU16644 CE2 PHE G 188 13597 10287 14774 -368 2663 1703 C \ ATOM 16645 CZ PHE G 188 -206.980-140.677 -29.348 1.00107.06 C \ ANISOU16645 CZ PHE G 188 14125 11175 15376 -373 2703 1931 C \ ATOM 16646 N SER G 189 -203.350-143.692 -34.580 1.00 85.53 N \ ANISOU16646 N SER G 189 12025 6956 13515 -252 2874 1611 N \ ATOM 16647 CA SER G 189 -202.379-144.045 -35.648 1.00 89.24 C \ ANISOU16647 CA SER G 189 12600 7199 14109 -211 2927 1471 C \ ATOM 16648 C SER G 189 -201.615-142.850 -36.239 1.00 88.20 C \ ANISOU16648 C SER G 189 12542 7182 13789 -153 2889 1294 C \ ATOM 16649 O SER G 189 -202.215-141.864 -36.697 1.00 86.88 O \ ANISOU16649 O SER G 189 12419 7134 13455 -203 2813 1138 O \ ATOM 16650 CB SER G 189 -202.980-144.943 -36.763 1.00 83.08 C \ ANISOU16650 CB SER G 189 11905 6140 13520 -313 2965 1313 C \ ATOM 16651 OG SER G 189 -203.708-144.210 -37.708 1.00 82.89 O \ ANISOU16651 OG SER G 189 11970 6168 13355 -399 2902 1080 O \ ATOM 16652 N ARG G 190 -200.282-142.971 -36.262 1.00 88.34 N \ ANISOU16652 N ARG G 190 12561 7148 13857 -51 2940 1327 N \ ATOM 16653 CA ARG G 190 -199.419-141.848 -36.630 1.00 85.51 C \ ANISOU16653 CA ARG G 190 12246 6917 13325 11 2907 1208 C \ ATOM 16654 C ARG G 190 -198.467-142.023 -37.815 1.00 84.33 C \ ANISOU16654 C ARG G 190 12192 6606 13245 33 2970 1039 C \ ATOM 16655 O ARG G 190 -197.549-142.852 -37.803 1.00 85.17 O \ ANISOU16655 O ARG G 190 12275 6559 13528 102 3057 1099 O \ ATOM 16656 CB ARG G 190 -198.578-141.441 -35.426 1.00 81.49 C \ ANISOU16656 CB ARG G 190 11629 6598 12735 119 2894 1398 C \ ATOM 16657 CG ARG G 190 -197.656-140.288 -35.709 1.00 81.47 C \ ANISOU16657 CG ARG G 190 11656 6725 12574 181 2857 1291 C \ ATOM 16658 CD ARG G 190 -196.745-140.005 -34.555 1.00 77.24 C \ ANISOU16658 CD ARG G 190 11009 6364 11975 283 2849 1469 C \ ATOM 16659 NE ARG G 190 -197.460-139.632 -33.343 1.00 81.03 N \ ANISOU16659 NE ARG G 190 11381 7078 12327 266 2792 1592 N \ ATOM 16660 CZ ARG G 190 -196.855-139.180 -32.251 1.00 86.62 C \ ANISOU16660 CZ ARG G 190 11980 8012 12920 331 2764 1722 C \ ATOM 16661 NH1 ARG G 190 -195.532-139.034 -32.256 1.00 91.22 N1+ \ ANISOU16661 NH1 ARG G 190 12552 8597 13512 420 2781 1753 N1+ \ ATOM 16662 NH2 ARG G 190 -197.554-138.870 -31.163 1.00 86.34 N \ ANISOU16662 NH2 ARG G 190 11839 8216 12752 301 2723 1809 N \ ATOM 16663 N ILE G 191 -198.628-141.111 -38.759 1.00 86.01 N \ ANISOU16663 N ILE G 191 12493 6886 13302 -21 2917 840 N \ ATOM 16664 CA ILE G 191 -197.765-140.970 -39.903 1.00 77.77 C \ ANISOU16664 CA ILE G 191 11534 5772 12243 -18 2961 666 C \ ATOM 16665 C ILE G 191 -196.598-140.085 -39.511 1.00 76.78 C \ ANISOU16665 C ILE G 191 11370 5797 12004 87 2944 722 C \ ATOM 16666 O ILE G 191 -196.790-139.138 -38.788 1.00 79.63 O \ ANISOU16666 O ILE G 191 11682 6349 12225 110 2857 794 O \ ATOM 16667 CB ILE G 191 -198.512-140.272 -41.002 1.00 92.36 C \ ANISOU16667 CB ILE G 191 13475 7671 13945 -138 2890 473 C \ ATOM 16668 CG1 ILE G 191 -199.535-141.240 -41.589 1.00 78.29 C \ ANISOU16668 CG1 ILE G 191 11737 5725 12283 -252 2917 380 C \ ATOM 16669 CG2 ILE G 191 -197.534-139.603 -41.982 1.00 76.57 C \ ANISOU16669 CG2 ILE G 191 11541 5720 11833 -133 2900 335 C \ ATOM 16670 CD1 ILE G 191 -200.641-140.602 -42.384 1.00 77.71 C \ ANISOU16670 CD1 ILE G 191 11727 5730 12071 -385 2816 247 C \ ATOM 16671 N THR G 192 -195.384-140.482 -39.877 1.00 79.72 N \ ANISOU16671 N THR G 192 11747 6076 12465 155 3034 695 N \ ATOM 16672 CA THR G 192 -194.157-139.726 -39.671 1.00 80.59 C \ ANISOU16672 CA THR G 192 11824 6308 12488 248 3029 730 C \ ATOM 16673 C THR G 192 -193.457-139.605 -41.007 1.00 81.41 C \ ANISOU16673 C THR G 192 12010 6357 12565 217 3088 531 C \ ATOM 16674 O THR G 192 -192.989-140.604 -41.537 1.00 84.93 O \ ANISOU16674 O THR G 192 12468 6625 13178 230 3204 457 O \ ATOM 16675 CB THR G 192 -193.214-140.416 -38.695 1.00 77.68 C \ ANISOU16675 CB THR G 192 11348 5895 12272 374 3092 925 C \ ATOM 16676 OG1 THR G 192 -193.852-140.503 -37.432 1.00 78.53 O \ ANISOU16676 OG1 THR G 192 11370 6098 12371 387 3036 1124 O \ ATOM 16677 CG2 THR G 192 -191.998-139.607 -38.496 1.00 76.96 C \ ANISOU16677 CG2 THR G 192 11217 5940 12084 460 3079 953 C \ ATOM 16678 N VAL G 193 -193.358-138.398 -41.555 1.00 75.69 N \ ANISOU16678 N VAL G 193 11331 5785 11643 173 3013 445 N \ ATOM 16679 CA VAL G 193 -192.686-138.220 -42.822 1.00 89.97 C \ ANISOU16679 CA VAL G 193 13207 7584 13392 127 3066 274 C \ ATOM 16680 C VAL G 193 -191.301-137.730 -42.487 1.00 83.60 C \ ANISOU16680 C VAL G 193 12340 6859 12565 235 3091 343 C \ ATOM 16681 O VAL G 193 -191.133-136.983 -41.541 1.00 84.60 O \ ANISOU16681 O VAL G 193 12402 7113 12630 297 3010 477 O \ ATOM 16682 CB VAL G 193 -193.425-137.243 -43.707 1.00 75.19 C \ ANISOU16682 CB VAL G 193 11414 5828 11327 -3 2961 165 C \ ATOM 16683 CG1 VAL G 193 -192.789-137.175 -45.011 1.00 77.42 C \ ANISOU16683 CG1 VAL G 193 11759 6124 11533 -71 3022 4 C \ ATOM 16684 CG2 VAL G 193 -194.802-137.724 -43.904 1.00 95.26 C \ ANISOU16684 CG2 VAL G 193 13998 8300 13896 -102 2926 117 C \ ATOM 16685 N ARG G 194 -190.289-138.272 -43.153 1.00 86.26 N \ ANISOU16685 N ARG G 194 12680 7114 12981 264 3214 251 N \ ATOM 16686 CA ARG G 194 -188.932-137.768 -42.996 1.00 89.83 C \ ANISOU16686 CA ARG G 194 13072 7651 13408 354 3242 298 C \ ATOM 16687 C ARG G 194 -188.203-137.415 -44.302 1.00 97.27 C \ ANISOU16687 C ARG G 194 14064 8645 14249 290 3304 125 C \ ATOM 16688 O ARG G 194 -188.114-138.227 -45.227 1.00102.34 O \ ANISOU16688 O ARG G 194 14745 9182 14957 243 3421 -44 O \ ATOM 16689 CB ARG G 194 -188.087-138.724 -42.224 1.00 87.30 C \ ANISOU16689 CB ARG G 194 12653 7210 13307 491 3337 413 C \ ATOM 16690 CG ARG G 194 -188.502-138.768 -40.859 1.00 92.99 C \ ANISOU16690 CG ARG G 194 13301 7965 14067 553 3260 624 C \ ATOM 16691 CD ARG G 194 -187.448-139.445 -40.103 1.00102.66 C \ ANISOU16691 CD ARG G 194 14411 9123 15473 688 3328 774 C \ ATOM 16692 NE ARG G 194 -187.845-139.535 -38.718 1.00104.55 N \ ANISOU16692 NE ARG G 194 14567 9428 15730 737 3252 1003 N \ ATOM 16693 CZ ARG G 194 -188.305-140.638 -38.177 1.00 99.67 C \ ANISOU16693 CZ ARG G 194 13904 8667 15298 757 3285 1125 C \ ATOM 16694 NH1 ARG G 194 -188.340-141.756 -38.897 1.00 95.69 N1+ \ ANISOU16694 NH1 ARG G 194 13428 7918 15014 747 3396 1026 N1+ \ ATOM 16695 NH2 ARG G 194 -188.659-140.616 -36.907 1.00100.68 N \ ANISOU16695 NH2 ARG G 194 13949 8906 15398 785 3210 1345 N \ ATOM 16696 N ILE G 195 -187.655-136.200 -44.329 1.00 90.97 N \ ANISOU16696 N ILE G 195 13252 8018 13296 287 3228 168 N \ ATOM 16697 CA ILE G 195 -186.889-135.670 -45.431 1.00 88.38 C \ ANISOU16697 CA ILE G 195 12952 7785 12846 223 3269 54 C \ ATOM 16698 C ILE G 195 -185.464-135.414 -44.918 1.00 88.72 C \ ANISOU16698 C ILE G 195 12895 7875 12938 345 3313 144 C \ ATOM 16699 O ILE G 195 -185.291-134.716 -43.941 1.00 86.25 O \ ANISOU16699 O ILE G 195 12522 7641 12607 411 3215 294 O \ ATOM 16700 CB ILE G 195 -187.572-134.410 -45.949 1.00 86.76 C \ ANISOU16700 CB ILE G 195 12807 7729 12431 96 3121 52 C \ ATOM 16701 CG1 ILE G 195 -188.869-134.819 -46.631 1.00 75.63 C \ ANISOU16701 CG1 ILE G 195 11487 6270 10979 -31 3097 -55 C \ ATOM 16702 CG2 ILE G 195 -186.681-133.715 -46.907 1.00 75.60 C \ ANISOU16702 CG2 ILE G 195 11399 6444 10884 32 3144 -5 C \ ATOM 16703 CD1 ILE G 195 -189.916-133.832 -46.704 1.00 74.53 C \ ANISOU16703 CD1 ILE G 195 11384 6221 10714 -125 2928 -8 C \ ATOM 16704 N ASP G 196 -184.458-136.081 -45.484 1.00100.92 N \ ANISOU16704 N ASP G 196 14408 9365 14571 382 3467 45 N \ ATOM 16705 CA ASP G 196 -183.050-135.893 -45.053 1.00110.07 C \ ANISOU16705 CA ASP G 196 15460 10568 15793 498 3516 127 C \ ATOM 16706 C ASP G 196 -182.357-134.736 -45.745 1.00105.18 C \ ANISOU16706 C ASP G 196 14842 10132 14988 428 3485 100 C \ ATOM 16707 O ASP G 196 -182.655-134.431 -46.893 1.00108.18 O \ ANISOU16707 O ASP G 196 15299 10586 15218 290 3494 -29 O \ ATOM 16708 CB ASP G 196 -182.183-137.153 -45.219 1.00122.84 C \ ANISOU16708 CB ASP G 196 17008 12030 17635 594 3699 49 C \ ATOM 16709 CG ASP G 196 -182.391-138.154 -44.105 1.00132.64 C \ ANISOU16709 CG ASP G 196 18184 13097 19117 716 3709 185 C \ ATOM 16710 OD1 ASP G 196 -182.240-137.728 -42.942 1.00129.73 O \ ANISOU16710 OD1 ASP G 196 17747 12795 18748 795 3609 392 O \ ATOM 16711 OD2 ASP G 196 -182.628-139.360 -44.381 1.00141.30 O1- \ ANISOU16711 OD2 ASP G 196 19282 13997 20409 730 3819 89 O1- \ ATOM 16712 N ALA G 197 -181.424-134.092 -45.060 1.00 96.92 N \ ANISOU16712 N ALA G 197 13704 9170 13950 512 3444 229 N \ ATOM 16713 CA ALA G 197 -180.764-132.965 -45.685 1.00 95.27 C \ ANISOU16713 CA ALA G 197 13488 9127 13583 438 3408 221 C \ ATOM 16714 C ALA G 197 -179.333-132.706 -45.246 1.00 93.02 C \ ANISOU16714 C ALA G 197 13080 8901 13362 541 3448 302 C \ ATOM 16715 O ALA G 197 -178.932-133.002 -44.108 1.00 84.21 O \ ANISOU16715 O ALA G 197 11875 7741 12380 675 3434 425 O \ ATOM 16716 CB ALA G 197 -181.591-131.720 -45.499 1.00 98.47 C \ ANISOU16716 CB ALA G 197 13938 9630 13844 352 3217 299 C \ ATOM 16717 N VAL G 198 -178.591-132.069 -46.153 1.00100.32 N \ ANISOU16717 N VAL G 198 13995 9950 14173 462 3484 247 N \ ATOM 16718 CA VAL G 198 -177.195-131.723 -45.912 1.00100.99 C \ ANISOU16718 CA VAL G 198 13960 10111 14302 535 3524 311 C \ ATOM 16719 C VAL G 198 -176.997-130.202 -46.008 1.00107.70 C \ ANISOU16719 C VAL G 198 14800 11121 15000 446 3381 399 C \ ATOM 16720 O VAL G 198 -177.617-129.538 -46.850 1.00110.57 O \ ANISOU16720 O VAL G 198 15246 11556 15209 297 3316 364 O \ ATOM 16721 CB VAL G 198 -176.285-132.419 -46.920 1.00 91.19 C \ ANISOU16721 CB VAL G 198 12682 8873 13093 528 3725 160 C \ ATOM 16722 CG1 VAL G 198 -174.860-132.150 -46.547 1.00 91.64 C \ ANISOU16722 CG1 VAL G 198 12598 8995 13225 621 3767 238 C \ ATOM 16723 CG2 VAL G 198 -176.519-133.895 -46.860 1.00 88.74 C \ ANISOU16723 CG2 VAL G 198 12372 8375 12971 612 3860 57 C \ ATOM 16724 N ARG G 199 -176.166-129.641 -45.129 1.00108.35 N \ ANISOU16724 N ARG G 199 14774 11255 15139 531 3321 521 N \ ATOM 16725 CA ARG G 199 -175.964-128.203 -45.156 1.00108.65 C \ ANISOU16725 CA ARG G 199 14789 11418 15075 449 3180 600 C \ ATOM 16726 C ARG G 199 -175.099-127.818 -46.350 1.00114.69 C \ ANISOU16726 C ARG G 199 15534 12296 15748 347 3264 556 C \ ATOM 16727 O ARG G 199 -174.119-128.506 -46.632 1.00119.75 O \ ANISOU16727 O ARG G 199 16107 12944 16450 405 3424 501 O \ ATOM 16728 CB ARG G 199 -175.343-127.691 -43.845 1.00102.62 C \ ANISOU16728 CB ARG G 199 13908 10688 14395 558 3085 724 C \ ATOM 16729 CG ARG G 199 -175.436-126.167 -43.742 1.00 98.23 C \ ANISOU16729 CG ARG G 199 13335 10221 13766 469 2910 787 C \ ATOM 16730 CD ARG G 199 -174.708-125.521 -42.572 1.00 94.70 C \ ANISOU16730 CD ARG G 199 12760 9836 13386 551 2816 878 C \ ATOM 16731 NE ARG G 199 -175.370-125.746 -41.297 1.00 92.77 N \ ANISOU16731 NE ARG G 199 12499 9563 13185 640 2736 909 N \ ATOM 16732 CZ ARG G 199 -176.461-125.102 -40.903 1.00 93.47 C \ ANISOU16732 CZ ARG G 199 12632 9644 13239 595 2598 895 C \ ATOM 16733 NH1 ARG G 199 -177.073-124.252 -41.712 1.00 93.96 N1+ \ ANISOU16733 NH1 ARG G 199 12762 9694 13242 468 2518 862 N1+ \ ATOM 16734 NH2 ARG G 199 -176.985-125.364 -39.723 1.00 95.26 N \ ANISOU16734 NH2 ARG G 199 12828 9877 13490 673 2545 918 N \ ATOM 16735 N ASN G 200 -175.444-126.731 -47.044 1.00113.06 N \ ANISOU16735 N ASN G 200 15373 12181 15405 194 3156 587 N \ ATOM 16736 CA ASN G 200 -174.575-126.221 -48.098 1.00118.20 C \ ANISOU16736 CA ASN G 200 15985 12972 15953 81 3217 586 C \ ATOM 16737 C ASN G 200 -173.371-125.548 -47.427 1.00120.95 C \ ANISOU16737 C ASN G 200 16196 13376 16384 149 3182 692 C \ ATOM 16738 O ASN G 200 -173.481-124.411 -46.961 1.00125.42 O \ ANISOU16738 O ASN G 200 16733 13962 16958 115 3011 799 O \ ATOM 16739 CB ASN G 200 -175.356-125.252 -48.988 1.00119.54 C \ ANISOU16739 CB ASN G 200 16233 13220 15967 -109 3091 630 C \ ATOM 16740 CG ASN G 200 -174.505-124.623 -50.078 1.00124.13 C \ ANISOU16740 CG ASN G 200 16767 13973 16422 -252 3135 666 C \ ATOM 16741 OD1 ASN G 200 -173.295-124.834 -50.137 1.00127.97 O \ ANISOU16741 OD1 ASN G 200 17158 14526 16941 -204 3261 650 O \ ATOM 16742 ND2 ASN G 200 -175.153-123.902 -50.992 1.00123.78 N \ ANISOU16742 ND2 ASN G 200 16785 14015 16232 -434 3037 722 N \ ATOM 16743 N PRO G 201 -172.219-126.263 -47.368 1.00116.53 N \ ANISOU16743 N PRO G 201 15540 12833 15905 247 3344 652 N \ ATOM 16744 CA PRO G 201 -171.103-125.901 -46.489 1.00114.42 C \ ANISOU16744 CA PRO G 201 15129 12595 15750 350 3318 748 C \ ATOM 16745 C PRO G 201 -170.181-124.842 -47.047 1.00116.57 C \ ANISOU16745 C PRO G 201 15322 13012 15959 243 3293 817 C \ ATOM 16746 O PRO G 201 -169.283-124.395 -46.336 1.00117.77 O \ ANISOU16746 O PRO G 201 15352 13197 16200 308 3249 899 O \ ATOM 16747 CB PRO G 201 -170.317-127.214 -46.365 1.00114.43 C \ ANISOU16747 CB PRO G 201 15056 12543 15879 491 3513 673 C \ ATOM 16748 CG PRO G 201 -170.730-128.052 -47.548 1.00116.72 C \ ANISOU16748 CG PRO G 201 15434 12818 16096 420 3671 509 C \ ATOM 16749 CD PRO G 201 -171.819-127.323 -48.304 1.00116.53 C \ ANISOU16749 CD PRO G 201 15543 12847 15885 241 3562 504 C \ ATOM 16750 N SER G 202 -170.405-124.450 -48.295 1.00117.62 N \ ANISOU16750 N SER G 202 15515 13238 15937 72 3315 794 N \ ATOM 16751 CA SER G 202 -169.501-123.555 -49.010 1.00118.30 C \ ANISOU16751 CA SER G 202 15520 13479 15949 -53 3318 868 C \ ATOM 16752 C SER G 202 -169.264-122.191 -48.387 1.00109.40 C \ ANISOU16752 C SER G 202 14322 12362 14881 -87 3119 1025 C \ ATOM 16753 O SER G 202 -168.128-121.790 -48.161 1.00106.56 O \ ANISOU16753 O SER G 202 13834 12071 14585 -66 3134 1086 O \ ATOM 16754 CB SER G 202 -169.995-123.359 -50.431 1.00126.63 C \ ANISOU16754 CB SER G 202 16662 14651 16803 -251 3350 841 C \ ATOM 16755 OG SER G 202 -171.229-122.668 -50.407 1.00131.30 O \ ANISOU16755 OG SER G 202 17354 15184 17350 -338 3159 912 O \ ATOM 16756 N TYR G 203 -170.344-121.480 -48.113 1.00106.81 N \ ANISOU16756 N TYR G 203 14071 11960 14552 -139 2932 1078 N \ ATOM 16757 CA TYR G 203 -170.214-120.101 -47.687 1.00108.96 C \ ANISOU16757 CA TYR G 203 14276 12229 14896 -198 2739 1204 C \ ATOM 16758 C TYR G 203 -169.322-120.042 -46.469 1.00110.27 C \ ANISOU16758 C TYR G 203 14314 12377 15206 -54 2720 1217 C \ ATOM 16759 O TYR G 203 -168.439-119.206 -46.357 1.00113.42 O \ ANISOU16759 O TYR G 203 14598 12833 15662 -93 2665 1299 O \ ATOM 16760 CB TYR G 203 -171.572-119.449 -47.376 1.00109.08 C \ ANISOU16760 CB TYR G 203 14374 12134 14936 -239 2543 1229 C \ ATOM 16761 CG TYR G 203 -171.386-118.081 -46.768 1.00110.06 C \ ANISOU16761 CG TYR G 203 14406 12223 15189 -272 2348 1325 C \ ATOM 16762 CD1 TYR G 203 -170.928-117.003 -47.523 1.00107.21 C \ ANISOU16762 CD1 TYR G 203 13986 11921 14828 -431 2272 1454 C \ ATOM 16763 CD2 TYR G 203 -171.571-117.891 -45.410 1.00114.27 C \ ANISOU16763 CD2 TYR G 203 14891 12674 15851 -148 2248 1283 C \ ATOM 16764 CE1 TYR G 203 -170.717-115.749 -46.940 1.00107.98 C \ ANISOU16764 CE1 TYR G 203 13984 11960 15085 -460 2091 1531 C \ ATOM 16765 CE2 TYR G 203 -171.361-116.647 -44.820 1.00115.78 C \ ANISOU16765 CE2 TYR G 203 14983 12831 16176 -177 2076 1334 C \ ATOM 16766 CZ TYR G 203 -170.936-115.581 -45.583 1.00111.25 C \ ANISOU16766 CZ TYR G 203 14354 12282 15635 -329 1996 1452 C \ ATOM 16767 OH TYR G 203 -170.737-114.374 -44.943 1.00108.06 O \ ANISOU16767 OH TYR G 203 13841 11815 15401 -353 1823 1485 O \ ATOM 16768 N TYR G 204 -169.544-120.971 -45.566 1.00110.20 N \ ANISOU16768 N TYR G 204 14318 12297 15255 107 2767 1146 N \ ATOM 16769 CA TYR G 204 -168.823-120.998 -44.312 1.00109.28 C \ ANISOU16769 CA TYR G 204 14080 12181 15259 244 2735 1167 C \ ATOM 16770 C TYR G 204 -167.348-121.409 -44.472 1.00107.16 C \ ANISOU16770 C TYR G 204 13683 12003 15030 296 2881 1185 C \ ATOM 16771 O TYR G 204 -166.488-120.983 -43.706 1.00104.16 O \ ANISOU16771 O TYR G 204 13171 11667 14737 348 2825 1240 O \ ATOM 16772 CB TYR G 204 -169.585-121.902 -43.341 1.00108.58 C \ ANISOU16772 CB TYR G 204 14042 12006 15207 383 2736 1115 C \ ATOM 16773 CG TYR G 204 -171.064-121.549 -43.219 1.00105.58 C \ ANISOU16773 CG TYR G 204 13781 11545 14789 332 2607 1085 C \ ATOM 16774 CD1 TYR G 204 -171.496-120.537 -42.373 1.00106.87 C \ ANISOU16774 CD1 TYR G 204 13908 11692 15005 322 2420 1102 C \ ATOM 16775 CD2 TYR G 204 -172.013-122.191 -44.004 1.00104.61 C \ ANISOU16775 CD2 TYR G 204 13794 11366 14586 287 2673 1027 C \ ATOM 16776 CE1 TYR G 204 -172.848-120.218 -42.268 1.00109.09 C \ ANISOU16776 CE1 TYR G 204 14281 11897 15270 281 2309 1065 C \ ATOM 16777 CE2 TYR G 204 -173.356-121.878 -43.919 1.00106.88 C \ ANISOU16777 CE2 TYR G 204 14178 11583 14848 240 2556 1005 C \ ATOM 16778 CZ TYR G 204 -173.776-120.893 -43.050 1.00109.17 C \ ANISOU16778 CZ TYR G 204 14426 11852 15202 241 2376 1027 C \ ATOM 16779 OH TYR G 204 -175.125-120.591 -42.971 1.00107.25 O \ ANISOU16779 OH TYR G 204 14264 11534 14950 200 2265 995 O \ ATOM 16780 N LEU G 205 -167.051-122.201 -45.495 1.00107.67 N \ ANISOU16780 N LEU G 205 13774 12103 15032 273 3068 1127 N \ ATOM 16781 CA LEU G 205 -165.674-122.624 -45.720 1.00103.33 C \ ANISOU16781 CA LEU G 205 13090 11638 14531 324 3223 1125 C \ ATOM 16782 C LEU G 205 -164.849-121.468 -46.111 1.00103.58 C \ ANISOU16782 C LEU G 205 13025 11785 14544 201 3165 1217 C \ ATOM 16783 O LEU G 205 -163.901-121.108 -45.419 1.00102.19 O \ ANISOU16783 O LEU G 205 12708 11649 14469 258 3124 1280 O \ ATOM 16784 CB LEU G 205 -165.571-123.646 -46.835 1.00 97.33 C \ ANISOU16784 CB LEU G 205 12371 10903 13705 306 3444 1008 C \ ATOM 16785 CG LEU G 205 -165.777-125.022 -46.268 1.00 94.62 C \ ANISOU16785 CG LEU G 205 12041 10437 13473 480 3548 925 C \ ATOM 16786 CD1 LEU G 205 -165.950-125.931 -47.433 1.00 94.78 C \ ANISOU16786 CD1 LEU G 205 12125 10462 13425 437 3746 772 C \ ATOM 16787 CD2 LEU G 205 -164.598-125.376 -45.371 1.00 92.06 C \ ANISOU16787 CD2 LEU G 205 11543 10116 13318 637 3586 982 C \ ATOM 16788 N TRP G 206 -165.276-120.857 -47.209 1.00105.74 N \ ANISOU16788 N TRP G 206 13374 12115 14688 22 3145 1238 N \ ATOM 16789 CA TRP G 206 -164.529-119.796 -47.835 1.00109.73 C \ ANISOU16789 CA TRP G 206 13792 12741 15161 -128 3107 1345 C \ ATOM 16790 C TRP G 206 -164.536-118.484 -47.070 1.00113.10 C \ ANISOU16790 C TRP G 206 14159 13120 15693 -167 2877 1459 C \ ATOM 16791 O TRP G 206 -163.516-117.807 -46.974 1.00117.71 O \ ANISOU16791 O TRP G 206 14605 13775 16343 -205 2849 1540 O \ ATOM 16792 CB TRP G 206 -165.045-119.536 -49.231 1.00108.72 C \ ANISOU16792 CB TRP G 206 13755 12700 14854 -322 3139 1362 C \ ATOM 16793 CG TRP G 206 -164.863-120.610 -50.185 1.00111.97 C \ ANISOU16793 CG TRP G 206 14195 13206 15141 -333 3371 1237 C \ ATOM 16794 CD1 TRP G 206 -165.762-121.547 -50.512 1.00114.88 C \ ANISOU16794 CD1 TRP G 206 14693 13521 15434 -306 3452 1105 C \ ATOM 16795 CD2 TRP G 206 -163.697-120.867 -50.981 1.00117.26 C \ ANISOU16795 CD2 TRP G 206 14751 14050 15751 -381 3562 1208 C \ ATOM 16796 NE1 TRP G 206 -165.251-122.378 -51.482 1.00120.74 N \ ANISOU16796 NE1 TRP G 206 15413 14389 16075 -338 3682 978 N \ ATOM 16797 CE2 TRP G 206 -163.979-121.980 -51.779 1.00120.22 C \ ANISOU16797 CE2 TRP G 206 15195 14470 16013 -381 3759 1035 C \ ATOM 16798 CE3 TRP G 206 -162.448-120.255 -51.098 1.00117.46 C \ ANISOU16798 CE3 TRP G 206 14615 14202 15812 -430 3589 1302 C \ ATOM 16799 CZ2 TRP G 206 -163.071-122.499 -52.674 1.00120.73 C \ ANISOU16799 CZ2 TRP G 206 15170 14706 15997 -423 3986 936 C \ ATOM 16800 CZ3 TRP G 206 -161.545-120.774 -51.981 1.00117.39 C \ ANISOU16800 CZ3 TRP G 206 14517 14367 15718 -471 3813 1224 C \ ATOM 16801 CH2 TRP G 206 -161.859-121.878 -52.762 1.00119.78 C \ ANISOU16801 CH2 TRP G 206 14888 14718 15906 -467 4013 1035 C \ ATOM 16802 N SER G 207 -165.674-118.143 -46.490 1.00109.58 N \ ANISOU16802 N SER G 207 13806 12552 15279 -154 2716 1450 N \ ATOM 16803 CA SER G 207 -165.778-116.867 -45.821 1.00106.63 C \ ANISOU16803 CA SER G 207 13373 12121 15021 -199 2499 1523 C \ ATOM 16804 C SER G 207 -165.608-116.957 -44.318 1.00106.27 C \ ANISOU16804 C SER G 207 13255 12027 15098 -41 2424 1471 C \ ATOM 16805 O SER G 207 -165.486-115.932 -43.669 1.00111.04 O \ ANISOU16805 O SER G 207 13779 12602 15811 -69 2260 1500 O \ ATOM 16806 CB SER G 207 -167.064-116.137 -46.212 1.00106.00 C \ ANISOU16806 CB SER G 207 13404 11950 14922 -317 2345 1556 C \ ATOM 16807 OG SER G 207 -166.905-115.560 -47.497 1.00108.94 O \ ANISOU16807 OG SER G 207 13780 12401 15213 -506 2351 1671 O \ ATOM 16808 N PHE G 208 -165.588-118.166 -43.763 1.00103.18 N \ ANISOU16808 N PHE G 208 12879 11631 14692 117 2539 1397 N \ ATOM 16809 CA PHE G 208 -165.291-118.320 -42.340 1.00102.86 C \ ANISOU16809 CA PHE G 208 12748 11591 14744 258 2476 1375 C \ ATOM 16810 C PHE G 208 -164.104-119.235 -42.069 1.00103.30 C \ ANISOU16810 C PHE G 208 12689 11724 14837 380 2624 1389 C \ ATOM 16811 O PHE G 208 -163.191-118.839 -41.359 1.00102.98 O \ ANISOU16811 O PHE G 208 12501 11750 14876 415 2568 1430 O \ ATOM 16812 CB PHE G 208 -166.509-118.751 -41.512 1.00103.93 C \ ANISOU16812 CB PHE G 208 12980 11643 14865 344 2410 1307 C \ ATOM 16813 CG PHE G 208 -167.449-117.629 -41.202 1.00109.69 C \ ANISOU16813 CG PHE G 208 13746 12306 15625 263 2215 1283 C \ ATOM 16814 CD1 PHE G 208 -167.178-116.752 -40.164 1.00111.73 C \ ANISOU16814 CD1 PHE G 208 13889 12587 15975 274 2064 1265 C \ ATOM 16815 CD2 PHE G 208 -168.599-117.427 -41.963 1.00114.69 C \ ANISOU16815 CD2 PHE G 208 14515 12854 16206 171 2180 1269 C \ ATOM 16816 CE1 PHE G 208 -168.046-115.694 -39.881 1.00113.25 C \ ANISOU16816 CE1 PHE G 208 14099 12701 16231 203 1888 1216 C \ ATOM 16817 CE2 PHE G 208 -169.476-116.364 -41.689 1.00115.44 C \ ANISOU16817 CE2 PHE G 208 14626 12868 16367 103 1996 1246 C \ ATOM 16818 CZ PHE G 208 -169.193-115.500 -40.653 1.00114.59 C \ ANISOU16818 CZ PHE G 208 14398 12766 16373 122 1855 1212 C \ ATOM 16819 N ILE G 209 -164.116-120.463 -42.577 1.00102.49 N \ ANISOU16819 N ILE G 209 12639 11606 14698 449 2806 1349 N \ ATOM 16820 CA ILE G 209 -163.056-121.386 -42.185 1.00103.29 C \ ANISOU16820 CA ILE G 209 12614 11750 14881 588 2935 1363 C \ ATOM 16821 C ILE G 209 -161.701-120.874 -42.684 1.00105.29 C \ ANISOU16821 C ILE G 209 12719 12117 15169 529 2989 1415 C \ ATOM 16822 O ILE G 209 -160.762-120.691 -41.895 1.00 83.55 O \ ANISOU16822 O ILE G 209 9809 9427 12509 594 2945 1472 O \ ATOM 16823 CB ILE G 209 -163.311-122.849 -42.661 1.00 97.87 C \ ANISOU16823 CB ILE G 209 11997 10996 14194 679 3129 1291 C \ ATOM 16824 CG1 ILE G 209 -164.783-123.259 -42.535 1.00 93.99 C \ ANISOU16824 CG1 ILE G 209 11676 10392 13644 687 3087 1235 C \ ATOM 16825 CG2 ILE G 209 -162.454-123.806 -41.853 1.00 82.89 C \ ANISOU16825 CG2 ILE G 209 9960 9099 12434 855 3206 1328 C \ ATOM 16826 CD1 ILE G 209 -165.262-123.499 -41.117 1.00 90.82 C \ ANISOU16826 CD1 ILE G 209 11260 9950 13296 802 2971 1273 C \ ATOM 16827 N LEU G 210 -161.640-120.606 -43.992 1.00103.13 N \ ANISOU16827 N LEU G 210 12491 11885 14809 392 3076 1402 N \ ATOM 16828 CA LEU G 210 -160.419-120.152 -44.699 1.00 99.82 C \ ANISOU16828 CA LEU G 210 11939 11594 14396 307 3156 1451 C \ ATOM 16829 C LEU G 210 -159.749-118.932 -44.061 1.00 94.94 C \ ANISOU16829 C LEU G 210 11188 11025 13859 253 2986 1550 C \ ATOM 16830 O LEU G 210 -158.614-119.027 -43.622 1.00 89.83 O \ ANISOU16830 O LEU G 210 10376 10450 13304 321 3021 1586 O \ ATOM 16831 CB LEU G 210 -160.691-119.943 -46.219 1.00 91.09 C \ ANISOU16831 CB LEU G 210 10918 10551 13139 132 3250 1435 C \ ATOM 16832 CG LEU G 210 -159.592-119.849 -47.295 1.00 99.77 C \ ANISOU16832 CG LEU G 210 11908 11814 14188 31 3410 1454 C \ ATOM 16833 CD1 LEU G 210 -160.181-119.717 -48.664 1.00 88.56 C \ ANISOU16833 CD1 LEU G 210 10601 10468 12580 -146 3477 1435 C \ ATOM 16834 CD2 LEU G 210 -158.715-118.664 -47.070 1.00 88.53 C \ ANISOU16834 CD2 LEU G 210 10340 10466 12833 -56 3293 1585 C \ ATOM 16835 N PRO G 211 -160.443-117.795 -43.983 1.00 99.67 N \ ANISOU16835 N PRO G 211 11847 11577 14445 134 2799 1588 N \ ATOM 16836 CA PRO G 211 -159.690-116.718 -43.343 1.00100.62 C \ ANISOU16836 CA PRO G 211 11820 11736 14676 91 2651 1658 C \ ATOM 16837 C PRO G 211 -159.273-116.988 -41.902 1.00 93.68 C \ ANISOU16837 C PRO G 211 10833 10867 13893 246 2582 1637 C \ ATOM 16838 O PRO G 211 -158.170-116.571 -41.554 1.00 90.98 O \ ANISOU16838 O PRO G 211 10323 10609 13635 242 2554 1688 O \ ATOM 16839 CB PRO G 211 -160.659-115.527 -43.392 1.00107.77 C \ ANISOU16839 CB PRO G 211 12808 12549 15591 -43 2452 1679 C \ ATOM 16840 CG PRO G 211 -162.005-116.080 -43.770 1.00107.74 C \ ANISOU16840 CG PRO G 211 12996 12457 15482 -34 2478 1618 C \ ATOM 16841 CD PRO G 211 -161.748-117.348 -44.504 1.00104.14 C \ ANISOU16841 CD PRO G 211 12580 12060 14928 24 2710 1578 C \ ATOM 16842 N LEU G 212 -160.080-117.703 -41.124 1.00 83.57 N \ ANISOU16842 N LEU G 212 9635 9524 12593 370 2562 1576 N \ ATOM 16843 CA LEU G 212 -159.743-118.030 -39.750 1.00 89.75 C \ ANISOU16843 CA LEU G 212 10314 10349 13438 506 2495 1575 C \ ATOM 16844 C LEU G 212 -158.498-118.837 -39.710 1.00 93.22 C \ ANISOU16844 C LEU G 212 10607 10873 13940 609 2634 1627 C \ ATOM 16845 O LEU G 212 -157.733-118.752 -38.773 1.00 95.28 O \ ANISOU16845 O LEU G 212 10715 11217 14271 673 2565 1669 O \ ATOM 16846 CB LEU G 212 -160.873-118.767 -39.067 1.00 89.90 C \ ANISOU16846 CB LEU G 212 10451 10300 13409 608 2472 1522 C \ ATOM 16847 CG LEU G 212 -160.789-118.937 -37.551 1.00 91.88 C \ ANISOU16847 CG LEU G 212 10607 10617 13686 717 2362 1530 C \ ATOM 16848 CD1 LEU G 212 -160.164-120.256 -37.214 1.00 92.40 C \ ANISOU16848 CD1 LEU G 212 10597 10719 13793 873 2491 1596 C \ ATOM 16849 CD2 LEU G 212 -159.993-117.769 -36.920 1.00 91.19 C \ ANISOU16849 CD2 LEU G 212 10360 10628 13659 652 2210 1539 C \ ATOM 16850 N GLY G 213 -158.329-119.687 -40.701 1.00 85.41 N \ ANISOU16850 N GLY G 213 9657 9865 12928 630 2833 1613 N \ ATOM 16851 CA GLY G 213 -157.061-120.373 -40.838 1.00 90.92 C \ ANISOU16851 CA GLY G 213 10195 10637 13714 716 2982 1649 C \ ATOM 16852 C GLY G 213 -155.875-119.449 -41.117 1.00 88.20 C \ ANISOU16852 C GLY G 213 9687 10408 13417 617 2960 1711 C \ ATOM 16853 O GLY G 213 -154.803-119.595 -40.534 1.00 90.24 O \ ANISOU16853 O GLY G 213 9762 10747 13778 695 2963 1766 O \ ATOM 16854 N LEU G 214 -156.060-118.509 -42.039 1.00 94.38 N \ ANISOU16854 N LEU G 214 10527 11202 14131 439 2937 1716 N \ ATOM 16855 CA LEU G 214 -155.016-117.555 -42.361 1.00 97.57 C \ ANISOU16855 CA LEU G 214 10781 11708 14584 320 2907 1790 C \ ATOM 16856 C LEU G 214 -154.659-116.666 -41.176 1.00 98.74 C \ ANISOU16856 C LEU G 214 10810 11878 14827 317 2695 1830 C \ ATOM 16857 O LEU G 214 -153.488-116.399 -40.945 1.00101.92 O \ ANISOU16857 O LEU G 214 11026 12380 15318 316 2693 1886 O \ ATOM 16858 CB LEU G 214 -155.412-116.707 -43.562 1.00 99.38 C \ ANISOU16858 CB LEU G 214 11099 11938 14721 116 2903 1819 C \ ATOM 16859 CG LEU G 214 -155.592-117.546 -44.824 1.00 90.18 C \ ANISOU16859 CG LEU G 214 10022 10807 13436 93 3127 1769 C \ ATOM 16860 CD1 LEU G 214 -155.841-116.679 -46.016 1.00 90.72 C \ ANISOU16860 CD1 LEU G 214 10148 10926 13396 -128 3117 1831 C \ ATOM 16861 CD2 LEU G 214 -154.422-118.444 -45.060 1.00 91.80 C \ ANISOU16861 CD2 LEU G 214 10076 11111 13692 191 3336 1743 C \ ATOM 16862 N ILE G 215 -155.642-116.242 -40.397 1.00 97.14 N \ ANISOU16862 N ILE G 215 10702 11596 14611 319 2522 1785 N \ ATOM 16863 CA ILE G 215 -155.312-115.531 -39.171 1.00103.33 C \ ANISOU16863 CA ILE G 215 11362 12422 15477 329 2333 1784 C \ ATOM 16864 C ILE G 215 -154.427-116.492 -38.340 1.00107.31 C \ ANISOU16864 C ILE G 215 11718 13028 16025 497 2394 1818 C \ ATOM 16865 O ILE G 215 -153.306-116.132 -37.965 1.00108.50 O \ ANISOU16865 O ILE G 215 11680 13284 16261 488 2354 1869 O \ ATOM 16866 CB ILE G 215 -156.569-115.146 -38.317 1.00115.08 C \ ANISOU16866 CB ILE G 215 12964 13828 16931 335 2160 1695 C \ ATOM 16867 CG1 ILE G 215 -157.663-114.483 -39.158 1.00116.00 C \ ANISOU16867 CG1 ILE G 215 13248 13815 17012 204 2116 1667 C \ ATOM 16868 CG2 ILE G 215 -156.173-114.302 -37.096 1.00111.65 C \ ANISOU16868 CG2 ILE G 215 12385 13463 16574 320 1966 1660 C \ ATOM 16869 CD1 ILE G 215 -157.310-113.156 -39.695 1.00119.61 C \ ANISOU16869 CD1 ILE G 215 13640 14248 17556 28 2017 1714 C \ ATOM 16870 N ILE G 216 -154.913-117.715 -38.092 1.00105.92 N \ ANISOU16870 N ILE G 216 11619 12816 15810 643 2487 1803 N \ ATOM 16871 CA ILE G 216 -154.159-118.710 -37.317 1.00107.62 C \ ANISOU16871 CA ILE G 216 11692 13106 16091 808 2539 1865 C \ ATOM 16872 C ILE G 216 -152.763-118.979 -37.875 1.00113.50 C \ ANISOU16872 C ILE G 216 12260 13929 16936 829 2678 1929 C \ ATOM 16873 O ILE G 216 -151.775-119.013 -37.119 1.00116.38 O \ ANISOU16873 O ILE G 216 12429 14403 17388 890 2627 2000 O \ ATOM 16874 CB ILE G 216 -154.859-120.090 -37.283 1.00101.42 C \ ANISOU16874 CB ILE G 216 11018 12234 15285 952 2657 1856 C \ ATOM 16875 CG1 ILE G 216 -156.227-120.016 -36.625 1.00 93.72 C \ ANISOU16875 CG1 ILE G 216 10199 11197 14211 952 2534 1803 C \ ATOM 16876 CG2 ILE G 216 -154.023-121.068 -36.457 1.00100.80 C \ ANISOU16876 CG2 ILE G 216 10766 12222 15311 1119 2691 1955 C \ ATOM 16877 CD1 ILE G 216 -156.132-119.755 -35.224 1.00 87.18 C \ ANISOU16877 CD1 ILE G 216 9268 10479 13377 992 2363 1834 C \ ATOM 16878 N ALA G 217 -152.687-119.163 -39.196 1.00111.28 N \ ANISOU16878 N ALA G 217 12037 13609 16635 772 2854 1901 N \ ATOM 16879 CA ALA G 217 -151.422-119.450 -39.855 1.00105.86 C \ ANISOU16879 CA ALA G 217 11184 13004 16034 784 3016 1938 C \ ATOM 16880 C ALA G 217 -150.513-118.271 -39.618 1.00108.13 C \ ANISOU16880 C ALA G 217 11309 13403 16372 670 2891 2000 C \ ATOM 16881 O ALA G 217 -149.420-118.417 -39.069 1.00108.30 O \ ANISOU16881 O ALA G 217 11124 13522 16503 739 2885 2065 O \ ATOM 16882 CB ALA G 217 -151.627-119.671 -41.330 1.00 99.77 C \ ANISOU16882 CB ALA G 217 10514 12206 15189 703 3210 1874 C \ ATOM 16883 N ALA G 218 -151.015-117.088 -39.959 1.00108.77 N \ ANISOU16883 N ALA G 218 11478 13459 16390 495 2774 1986 N \ ATOM 16884 CA ALA G 218 -150.230-115.880 -39.861 1.00108.50 C \ ANISOU16884 CA ALA G 218 11299 13502 16423 360 2653 2041 C \ ATOM 16885 C ALA G 218 -149.846-115.570 -38.441 1.00 94.33 C \ ANISOU16885 C ALA G 218 9369 11768 14703 418 2467 2053 C \ ATOM 16886 O ALA G 218 -148.801-115.013 -38.220 1.00 95.63 O \ ANISOU16886 O ALA G 218 9346 12032 14959 369 2415 2105 O \ ATOM 16887 CB ALA G 218 -150.978-114.743 -40.446 1.00 93.47 C \ ANISOU16887 CB ALA G 218 9521 11523 14470 173 2551 2031 C \ ATOM 16888 N SER G 219 -150.652-115.997 -37.484 1.00 96.17 N \ ANISOU16888 N SER G 219 9686 11964 14889 522 2377 2006 N \ ATOM 16889 CA SER G 219 -150.327-115.843 -36.078 1.00101.40 C \ ANISOU16889 CA SER G 219 10216 12725 15585 581 2209 2013 C \ ATOM 16890 C SER G 219 -148.988-116.418 -35.703 1.00102.78 C \ ANISOU16890 C SER G 219 10161 13033 15857 681 2264 2111 C \ ATOM 16891 O SER G 219 -148.300-115.859 -34.858 1.00102.48 O \ ANISOU16891 O SER G 219 9953 13115 15868 655 2119 2133 O \ ATOM 16892 CB SER G 219 -151.367-116.528 -35.208 1.00111.35 C \ ANISOU16892 CB SER G 219 11596 13955 16758 696 2155 1973 C \ ATOM 16893 OG SER G 219 -150.786-116.950 -33.977 1.00118.11 O \ ANISOU16893 OG SER G 219 12289 14953 17636 802 2070 2032 O \ ATOM 16894 N TRP G 220 -148.627-117.549 -36.305 1.00108.18 N \ ANISOU16894 N TRP G 220 10827 13697 16581 797 2470 2159 N \ ATOM 16895 CA TRP G 220 -147.394-118.263 -35.920 1.00114.74 C \ ANISOU16895 CA TRP G 220 11426 14635 17535 922 2531 2260 C \ ATOM 16896 C TRP G 220 -146.151-117.504 -36.308 1.00115.03 C \ ANISOU16896 C TRP G 220 11267 14776 17663 820 2539 2301 C \ ATOM 16897 O TRP G 220 -145.047-117.819 -35.861 1.00114.82 O \ ANISOU16897 O TRP G 220 11016 14861 17749 897 2543 2386 O \ ATOM 16898 CB TRP G 220 -147.331-119.663 -36.539 1.00116.97 C \ ANISOU16898 CB TRP G 220 11727 14839 17879 1074 2762 2276 C \ ATOM 16899 CG TRP G 220 -148.436-120.573 -36.136 1.00118.22 C \ ANISOU16899 CG TRP G 220 12047 14889 17983 1188 2769 2258 C \ ATOM 16900 CD1 TRP G 220 -148.989-120.711 -34.885 1.00119.98 C \ ANISOU16900 CD1 TRP G 220 12288 15144 18153 1248 2600 2299 C \ ATOM 16901 CD2 TRP G 220 -149.171-121.433 -36.996 1.00116.17 C \ ANISOU16901 CD2 TRP G 220 11954 14482 17703 1240 2949 2189 C \ ATOM 16902 NE1 TRP G 220 -150.002-121.638 -34.913 1.00118.94 N \ ANISOU16902 NE1 TRP G 220 12320 14885 17985 1339 2668 2279 N \ ATOM 16903 CE2 TRP G 220 -150.143-122.091 -36.198 1.00119.07 C \ ANISOU16903 CE2 TRP G 220 12434 14780 18027 1337 2878 2205 C \ ATOM 16904 CE3 TRP G 220 -149.104-121.716 -38.361 1.00111.65 C \ ANISOU16904 CE3 TRP G 220 11441 13848 17135 1204 3164 2109 C \ ATOM 16905 CZ2 TRP G 220 -151.039-123.019 -36.727 1.00119.00 C \ ANISOU16905 CZ2 TRP G 220 12594 14617 18004 1402 3012 2144 C \ ATOM 16906 CZ3 TRP G 220 -149.977-122.625 -38.885 1.00114.06 C \ ANISOU16906 CZ3 TRP G 220 11911 14016 17412 1266 3297 2032 C \ ATOM 16907 CH2 TRP G 220 -150.944-123.275 -38.068 1.00118.77 C \ ANISOU16907 CH2 TRP G 220 12620 14519 17989 1367 3218 2050 C \ ATOM 16908 N SER G 221 -146.349-116.488 -37.135 1.00114.10 N \ ANISOU16908 N SER G 221 11228 14622 17504 641 2531 2255 N \ ATOM 16909 CA SER G 221 -145.256-115.688 -37.639 1.00113.21 C \ ANISOU16909 CA SER G 221 10943 14598 17473 514 2544 2303 C \ ATOM 16910 C SER G 221 -144.676-114.795 -36.563 1.00110.60 C \ ANISOU16910 C SER G 221 10446 14369 17208 455 2319 2326 C \ ATOM 16911 O SER G 221 -143.774-114.017 -36.834 1.00114.36 O \ ANISOU16911 O SER G 221 10767 14916 17767 337 2294 2368 O \ ATOM 16912 CB SER G 221 -145.715-114.863 -38.838 1.00112.79 C \ ANISOU16912 CB SER G 221 11023 14475 17357 326 2588 2277 C \ ATOM 16913 OG SER G 221 -146.559-113.811 -38.417 1.00110.15 O \ ANISOU16913 OG SER G 221 10801 14063 16988 209 2379 2228 O \ ATOM 16914 N VAL G 222 -145.180-114.898 -35.340 1.00105.73 N \ ANISOU16914 N VAL G 222 9851 13772 16547 527 2155 2293 N \ ATOM 16915 CA VAL G 222 -144.619-114.076 -34.290 1.00110.19 C \ ANISOU16915 CA VAL G 222 10248 14460 17159 465 1942 2288 C \ ATOM 16916 C VAL G 222 -143.194-114.534 -33.992 1.00117.01 C \ ANISOU16916 C VAL G 222 10841 15480 18136 543 1982 2404 C \ ATOM 16917 O VAL G 222 -142.391-113.790 -33.433 1.00119.67 O \ ANISOU16917 O VAL G 222 10990 15936 18541 463 1842 2417 O \ ATOM 16918 CB VAL G 222 -145.419-114.112 -33.027 1.00100.33 C \ ANISOU16918 CB VAL G 222 9061 13247 15814 515 1767 2220 C \ ATOM 16919 CG1 VAL G 222 -144.906-115.201 -32.153 1.00120.39 C \ ANISOU16919 CG1 VAL G 222 11464 15922 18358 688 1773 2323 C \ ATOM 16920 CG2 VAL G 222 -145.242-112.816 -32.306 1.00114.81 C \ ANISOU16920 CG2 VAL G 222 10798 15151 17674 369 1543 2133 C \ ATOM 16921 N PHE G 223 -142.869-115.767 -34.354 1.00121.12 N \ ANISOU16921 N PHE G 223 11327 15994 18697 702 2170 2481 N \ ATOM 16922 CA PHE G 223 -141.549-116.279 -34.024 1.00127.26 C \ ANISOU16922 CA PHE G 223 11835 16910 19610 796 2205 2597 C \ ATOM 16923 C PHE G 223 -140.439-115.837 -35.002 1.00129.31 C \ ANISOU16923 C PHE G 223 11936 17213 19983 702 2330 2631 C \ ATOM 16924 O PHE G 223 -139.259-115.798 -34.647 1.00130.18 O \ ANISOU16924 O PHE G 223 11790 17459 20212 719 2300 2714 O \ ATOM 16925 CB PHE G 223 -141.634-117.799 -33.868 1.00128.56 C \ ANISOU16925 CB PHE G 223 11995 17037 19814 1017 2336 2669 C \ ATOM 16926 CG PHE G 223 -142.486-118.223 -32.703 1.00131.63 C \ ANISOU16926 CG PHE G 223 12472 17439 20104 1104 2187 2683 C \ ATOM 16927 CD1 PHE G 223 -142.279-117.687 -31.442 1.00132.99 C \ ANISOU16927 CD1 PHE G 223 12525 17777 20227 1065 1951 2710 C \ ATOM 16928 CD2 PHE G 223 -143.525-119.116 -32.870 1.00133.11 C \ ANISOU16928 CD2 PHE G 223 12858 17487 20233 1207 2280 2661 C \ ATOM 16929 CE1 PHE G 223 -143.083-118.065 -30.360 1.00131.55 C \ ANISOU16929 CE1 PHE G 223 12416 17645 19924 1128 1818 2724 C \ ATOM 16930 CE2 PHE G 223 -144.324-119.485 -31.800 1.00129.88 C \ ANISOU16930 CE2 PHE G 223 12522 17105 19722 1272 2145 2687 C \ ATOM 16931 CZ PHE G 223 -144.106-118.966 -30.546 1.00128.39 C \ ANISOU16931 CZ PHE G 223 12210 17103 19469 1232 1918 2721 C \ ATOM 16932 N TRP G 224 -140.821-115.426 -36.203 1.00129.25 N \ ANISOU16932 N TRP G 224 12070 17109 19930 584 2453 2575 N \ ATOM 16933 CA TRP G 224 -139.846-114.906 -37.161 1.00134.06 C \ ANISOU16933 CA TRP G 224 12535 17781 20620 462 2566 2614 C \ ATOM 16934 C TRP G 224 -139.467-113.438 -36.857 1.00134.66 C \ ANISOU16934 C TRP G 224 12517 17911 20735 260 2363 2623 C \ ATOM 16935 O TRP G 224 -138.771-112.778 -37.639 1.00134.60 O \ ANISOU16935 O TRP G 224 12405 17947 20788 116 2423 2667 O \ ATOM 16936 CB TRP G 224 -140.325-115.117 -38.613 1.00137.19 C \ ANISOU16936 CB TRP G 224 13095 18092 20939 406 2790 2571 C \ ATOM 16937 CG TRP G 224 -139.938-116.457 -39.218 1.00142.43 C \ ANISOU16937 CG TRP G 224 13704 18763 21651 571 3054 2565 C \ ATOM 16938 CD1 TRP G 224 -138.820-116.734 -39.954 1.00144.91 C \ ANISOU16938 CD1 TRP G 224 13816 19179 22063 576 3247 2595 C \ ATOM 16939 CD2 TRP G 224 -140.650-117.694 -39.098 1.00147.27 C \ ANISOU16939 CD2 TRP G 224 14445 19270 22242 757 3152 2515 C \ ATOM 16940 NE1 TRP G 224 -138.806-118.056 -40.325 1.00145.56 N \ ANISOU16940 NE1 TRP G 224 13895 19219 22195 755 3464 2545 N \ ATOM 16941 CE2 TRP G 224 -139.913-118.670 -39.806 1.00148.73 C \ ANISOU16941 CE2 TRP G 224 14496 19482 22532 868 3405 2502 C \ ATOM 16942 CE3 TRP G 224 -141.845-118.072 -38.468 1.00151.65 C \ ANISOU16942 CE3 TRP G 224 15205 19707 22708 835 3053 2475 C \ ATOM 16943 CZ2 TRP G 224 -140.332-120.003 -39.901 1.00154.11 C \ ANISOU16943 CZ2 TRP G 224 15245 20055 23256 1055 3555 2446 C \ ATOM 16944 CZ3 TRP G 224 -142.267-119.400 -38.568 1.00154.02 C \ ANISOU16944 CZ3 TRP G 224 15577 19910 23035 1015 3201 2441 C \ ATOM 16945 CH2 TRP G 224 -141.511-120.347 -39.286 1.00155.53 C \ ANISOU16945 CH2 TRP G 224 15633 20108 23353 1123 3447 2425 C \ ATOM 16946 N LEU G 225 -139.989-112.924 -35.743 1.00133.20 N \ ANISOU16946 N LEU G 225 12375 17721 20515 241 2127 2570 N \ ATOM 16947 CA LEU G 225 -139.633-111.596 -35.241 1.00132.42 C \ ANISOU16947 CA LEU G 225 12166 17666 20480 68 1912 2545 C \ ATOM 16948 C LEU G 225 -138.340-111.619 -34.422 1.00138.11 C \ ANISOU16948 C LEU G 225 12589 18573 21313 103 1828 2614 C \ ATOM 16949 O LEU G 225 -138.135-112.529 -33.620 1.00141.89 O \ ANISOU16949 O LEU G 225 12988 19144 21779 273 1815 2655 O \ ATOM 16950 CB LEU G 225 -140.781-111.045 -34.398 1.00124.97 C \ ANISOU16950 CB LEU G 225 11386 16646 19452 31 1706 2419 C \ ATOM 16951 CG LEU G 225 -141.945-110.516 -35.230 1.00119.10 C \ ANISOU16951 CG LEU G 225 10893 15711 18647 -76 1728 2353 C \ ATOM 16952 CD1 LEU G 225 -143.199-110.418 -34.414 1.00115.20 C \ ANISOU16952 CD1 LEU G 225 10576 15142 18054 -43 1583 2224 C \ ATOM 16953 CD2 LEU G 225 -141.564-109.158 -35.735 1.00121.43 C \ ANISOU16953 CD2 LEU G 225 11114 15961 19062 -299 1643 2365 C \ ATOM 16954 N GLU G 226 -137.483-110.617 -34.610 1.00137.69 N \ ANISOU16954 N GLU G 226 12364 18575 21376 -62 1760 2642 N \ ATOM 16955 CA GLU G 226 -136.145-110.617 -34.001 1.00141.21 C \ ANISOU16955 CA GLU G 226 12506 19207 21942 -45 1699 2719 C \ ATOM 16956 C GLU G 226 -136.121-110.241 -32.520 1.00139.08 C \ ANISOU16956 C GLU G 226 12140 19048 21655 -48 1434 2655 C \ ATOM 16957 O GLU G 226 -135.636-110.990 -31.683 1.00138.84 O \ ANISOU16957 O GLU G 226 11966 19168 21619 91 1395 2717 O \ ATOM 16958 CB GLU G 226 -135.192-109.696 -34.773 1.00148.46 C \ ANISOU16958 CB GLU G 226 13258 20153 22996 -231 1730 2779 C \ ATOM 16959 CG GLU G 226 -135.113-109.938 -36.287 1.00150.87 C \ ANISOU16959 CG GLU G 226 13627 20400 23298 -269 1991 2844 C \ ATOM 16960 CD GLU G 226 -134.565-111.302 -36.641 1.00153.51 C \ ANISOU16960 CD GLU G 226 13874 20812 23642 -70 2227 2908 C \ ATOM 16961 OE1 GLU G 226 -133.637-111.764 -35.950 1.00158.62 O \ ANISOU16961 OE1 GLU G 226 14289 21594 24386 38 2198 2967 O \ ATOM 16962 OE2 GLU G 226 -135.054-111.913 -37.614 1.00151.62 O1- \ ANISOU16962 OE2 GLU G 226 13787 20498 23325 -25 2439 2894 O1- \ ATOM 16963 N SER G 227 -136.621-109.052 -32.222 1.00142.24 N \ ANISOU16963 N SER G 227 12606 19383 22057 -217 1250 2530 N \ ATOM 16964 CA SER G 227 -136.610-108.493 -30.872 1.00149.01 C \ ANISOU16964 CA SER G 227 13365 20357 22895 -262 994 2421 C \ ATOM 16965 C SER G 227 -137.516-109.269 -29.915 1.00151.39 C \ ANISOU16965 C SER G 227 13794 20709 23018 -112 933 2362 C \ ATOM 16966 O SER G 227 -138.383-110.023 -30.355 1.00152.59 O \ ANISOU16966 O SER G 227 14157 20745 23075 -1 1068 2377 O \ ATOM 16967 CB SER G 227 -137.031-107.015 -30.930 1.00150.91 C \ ANISOU16967 CB SER G 227 13657 20468 23215 -483 835 2272 C \ ATOM 16968 OG SER G 227 -137.263-106.452 -29.648 1.00151.86 O \ ANISOU16968 OG SER G 227 13720 20681 23299 -531 595 2105 O \ ATOM 16969 N PHE G 228 -137.299-109.111 -28.611 1.00150.91 N \ ANISOU16969 N PHE G 228 13596 20840 22904 -115 731 2301 N \ ATOM 16970 CA PHE G 228 -138.221-109.682 -27.638 1.00149.18 C \ ANISOU16970 CA PHE G 228 13493 20695 22495 -10 650 2236 C \ ATOM 16971 C PHE G 228 -139.542-108.902 -27.576 1.00143.26 C \ ANISOU16971 C PHE G 228 12971 19790 21673 -107 567 2021 C \ ATOM 16972 O PHE G 228 -140.613-109.503 -27.562 1.00136.36 O \ ANISOU16972 O PHE G 228 12304 18839 20666 -10 626 1997 O \ ATOM 16973 CB PHE G 228 -137.576-109.745 -26.248 1.00154.76 C \ ANISOU16973 CB PHE G 228 13967 21698 23138 0 455 2242 C \ ATOM 16974 CG PHE G 228 -138.575-109.855 -25.111 1.00158.44 C \ ANISOU16974 CG PHE G 228 14532 22277 23392 24 312 2112 C \ ATOM 16975 CD1 PHE G 228 -139.226-111.049 -24.841 1.00156.07 C \ ANISOU16975 CD1 PHE G 228 14348 22003 22946 197 389 2219 C \ ATOM 16976 CD2 PHE G 228 -138.849-108.762 -24.299 1.00162.72 C \ ANISOU16976 CD2 PHE G 228 15035 22906 23886 -134 103 1877 C \ ATOM 16977 CE1 PHE G 228 -140.139-111.142 -23.794 1.00154.87 C \ ANISOU16977 CE1 PHE G 228 14275 21981 22585 206 262 2110 C \ ATOM 16978 CE2 PHE G 228 -139.765-108.859 -23.248 1.00161.25 C \ ANISOU16978 CE2 PHE G 228 14925 22854 23487 -120 -16 1740 C \ ATOM 16979 CZ PHE G 228 -140.405-110.050 -22.999 1.00156.31 C \ ANISOU16979 CZ PHE G 228 14417 22274 22698 47 65 1867 C \ ATOM 16980 N SER G 229 -139.473-107.571 -27.548 1.00145.90 N \ ANISOU16980 N SER G 229 13256 20064 22114 -297 429 1866 N \ ATOM 16981 CA SER G 229 -140.694-106.765 -27.508 1.00145.94 C \ ANISOU16981 CA SER G 229 13452 19899 22099 -390 345 1653 C \ ATOM 16982 C SER G 229 -141.523-106.951 -28.747 1.00144.50 C \ ANISOU16982 C SER G 229 13516 19456 21933 -367 518 1707 C \ ATOM 16983 O SER G 229 -142.745-107.038 -28.651 1.00144.65 O \ ANISOU16983 O SER G 229 13739 19370 21850 -333 514 1600 O \ ATOM 16984 CB SER G 229 -140.407-105.275 -27.302 1.00149.39 C \ ANISOU16984 CB SER G 229 13769 20287 22708 -601 165 1477 C \ ATOM 16985 OG SER G 229 -139.914-105.037 -25.993 1.00154.27 O \ ANISOU16985 OG SER G 229 14186 21160 23269 -636 -23 1358 O \ ATOM 16986 N GLU G 230 -140.872-107.032 -29.903 1.00144.57 N \ ANISOU16986 N GLU G 230 13497 19379 22056 -390 672 1869 N \ ATOM 16987 CA GLU G 230 -141.615-107.243 -31.137 1.00144.83 C \ ANISOU16987 CA GLU G 230 13752 19197 22079 -381 843 1928 C \ ATOM 16988 C GLU G 230 -142.384-108.553 -31.008 1.00145.08 C \ ANISOU16988 C GLU G 230 13951 19244 21928 -185 963 1963 C \ ATOM 16989 O GLU G 230 -143.577-108.634 -31.329 1.00140.48 O \ ANISOU16989 O GLU G 230 13599 18510 21269 -168 998 1897 O \ ATOM 16990 CB GLU G 230 -140.692-107.287 -32.351 1.00145.07 C \ ANISOU16990 CB GLU G 230 13698 19199 22220 -429 1010 2104 C \ ATOM 16991 CG GLU G 230 -139.943-106.003 -32.620 1.00146.82 C \ ANISOU16991 CG GLU G 230 13758 19388 22638 -637 906 2105 C \ ATOM 16992 CD GLU G 230 -138.954-106.144 -33.759 1.00148.16 C \ ANISOU16992 CD GLU G 230 13819 19582 22892 -682 1085 2293 C \ ATOM 16993 OE1 GLU G 230 -138.891-107.224 -34.387 1.00145.51 O \ ANISOU16993 OE1 GLU G 230 13542 19279 22465 -550 1299 2397 O \ ATOM 16994 OE2 GLU G 230 -138.223-105.173 -34.023 1.00152.30 O1- \ ANISOU16994 OE2 GLU G 230 14188 20097 23583 -854 1016 2328 O1- \ ATOM 16995 N ARG G 231 -141.705-109.580 -30.515 1.00149.13 N \ ANISOU16995 N ARG G 231 14338 19935 22390 -37 1017 2075 N \ ATOM 16996 CA ARG G 231 -142.359-110.874 -30.348 1.00146.07 C \ ANISOU16996 CA ARG G 231 14084 19554 21863 151 1125 2129 C \ ATOM 16997 C ARG G 231 -143.572-110.768 -29.403 1.00136.82 C \ ANISOU16997 C ARG G 231 13055 18389 20543 164 986 1977 C \ ATOM 16998 O ARG G 231 -144.668-111.208 -29.744 1.00132.35 O \ ANISOU16998 O ARG G 231 12710 17688 19888 222 1067 1948 O \ ATOM 16999 CB ARG G 231 -141.342-111.944 -29.875 1.00127.13 C \ ANISOU16999 CB ARG G 231 11486 17342 19477 303 1178 2293 C \ ATOM 17000 CG ARG G 231 -140.945-112.951 -30.955 1.00125.33 C \ ANISOU17000 CG ARG G 231 11270 17034 19316 421 1432 2437 C \ ATOM 17001 CD ARG G 231 -139.463-113.239 -31.002 1.00128.69 C \ ANISOU17001 CD ARG G 231 11417 17597 19881 460 1483 2575 C \ ATOM 17002 NE ARG G 231 -139.066-114.137 -29.928 1.00132.59 N \ ANISOU17002 NE ARG G 231 11762 18260 20356 613 1416 2682 N \ ATOM 17003 CZ ARG G 231 -138.032-113.924 -29.123 1.00134.96 C \ ANISOU17003 CZ ARG G 231 11799 18765 20715 595 1280 2749 C \ ATOM 17004 NH1 ARG G 231 -137.245-112.872 -29.322 1.00134.79 N1+ \ ANISOU17004 NH1 ARG G 231 11632 18791 20790 436 1212 2709 N1+ \ ATOM 17005 NH2 ARG G 231 -137.755-114.793 -28.156 1.00136.26 N \ ANISOU17005 NH2 ARG G 231 11833 19087 20852 734 1212 2873 N \ ATOM 17006 N LEU G 232 -143.405-110.083 -28.278 1.00131.63 N \ ANISOU17006 N LEU G 232 12267 17884 19861 88 778 1860 N \ ATOM 17007 CA LEU G 232 -144.449-110.054 -27.265 1.00126.39 C \ ANISOU17007 CA LEU G 232 11699 17286 19038 104 652 1708 C \ ATOM 17008 C LEU G 232 -145.566-109.113 -27.645 1.00129.75 C \ ANISOU17008 C LEU G 232 12310 17498 19491 -8 608 1515 C \ ATOM 17009 O LEU G 232 -146.740-109.448 -27.515 1.00133.15 O \ ANISOU17009 O LEU G 232 12927 17861 19803 48 629 1445 O \ ATOM 17010 CB LEU G 232 -143.879-109.700 -25.899 1.00122.12 C \ ANISOU17010 CB LEU G 232 10940 17023 18437 58 450 1631 C \ ATOM 17011 CG LEU G 232 -144.833-109.864 -24.732 1.00118.75 C \ ANISOU17011 CG LEU G 232 10574 16743 17802 85 334 1495 C \ ATOM 17012 CD1 LEU G 232 -144.088-110.384 -23.555 1.00108.58 C \ ANISOU17012 CD1 LEU G 232 9069 15790 16395 133 228 1585 C \ ATOM 17013 CD2 LEU G 232 -145.376-108.527 -24.398 1.00122.64 C \ ANISOU17013 CD2 LEU G 232 11083 17183 18331 -78 182 1206 C \ ATOM 17014 N GLN G 233 -145.204-107.917 -28.073 1.00128.23 N \ ANISOU17014 N GLN G 233 12052 17198 19472 -170 537 1435 N \ ATOM 17015 CA GLN G 233 -146.201-106.940 -28.457 1.00127.44 C \ ANISOU17015 CA GLN G 233 12100 16872 19450 -284 478 1268 C \ ATOM 17016 C GLN G 233 -147.039-107.358 -29.671 1.00124.71 C \ ANISOU17016 C GLN G 233 11994 16299 19093 -241 648 1360 C \ ATOM 17017 O GLN G 233 -148.221-107.036 -29.752 1.00126.68 O \ ANISOU17017 O GLN G 233 12411 16398 19322 -264 616 1236 O \ ATOM 17018 CB GLN G 233 -145.555-105.574 -28.662 1.00131.99 C \ ANISOU17018 CB GLN G 233 12530 17367 20253 -472 357 1191 C \ ATOM 17019 CG GLN G 233 -145.009-104.989 -27.372 1.00135.84 C \ ANISOU17019 CG GLN G 233 12804 18061 20748 -539 159 1021 C \ ATOM 17020 CD GLN G 233 -144.395-103.622 -27.565 1.00138.83 C \ ANISOU17020 CD GLN G 233 13033 18335 21383 -732 32 931 C \ ATOM 17021 OE1 GLN G 233 -143.264-103.362 -27.136 1.00140.37 O \ ANISOU17021 OE1 GLN G 233 13002 18691 21642 -790 -45 947 O \ ATOM 17022 NE2 GLN G 233 -145.145-102.729 -28.200 1.00138.31 N \ ANISOU17022 NE2 GLN G 233 13081 17990 21480 -837 1 841 N \ ATOM 17023 N THR G 234 -146.430-108.053 -30.623 1.00121.74 N \ ANISOU17023 N THR G 234 11621 15905 18731 -187 827 1564 N \ ATOM 17024 CA THR G 234 -147.152-108.429 -31.833 1.00121.73 C \ ANISOU17024 CA THR G 234 11831 15714 18706 -166 991 1641 C \ ATOM 17025 C THR G 234 -148.280-109.415 -31.561 1.00116.71 C \ ANISOU17025 C THR G 234 11387 15062 17895 -22 1056 1610 C \ ATOM 17026 O THR G 234 -149.221-109.526 -32.339 1.00115.03 O \ ANISOU17026 O THR G 234 11373 14681 17651 -25 1136 1607 O \ ATOM 17027 CB THR G 234 -146.238-109.019 -32.892 1.00128.63 C \ ANISOU17027 CB THR G 234 12653 16604 19618 -139 1185 1835 C \ ATOM 17028 OG1 THR G 234 -145.088-108.186 -33.045 1.00137.53 O \ ANISOU17028 OG1 THR G 234 13573 17779 20901 -268 1127 1881 O \ ATOM 17029 CG2 THR G 234 -146.975-109.129 -34.207 1.00124.62 C \ ANISOU17029 CG2 THR G 234 12349 15913 19087 -172 1329 1887 C \ ATOM 17030 N SER G 235 -148.152-110.214 -30.519 1.00115.29 N \ ANISOU17030 N SER G 235 11141 15065 17600 104 1030 1616 N \ ATOM 17031 CA SER G 235 -149.229-111.144 -30.247 1.00115.36 C \ ANISOU17031 CA SER G 235 11323 15055 17453 230 1088 1603 C \ ATOM 17032 C SER G 235 -150.458-110.443 -29.670 1.00115.11 C \ ANISOU17032 C SER G 235 11405 14963 17367 169 949 1399 C \ ATOM 17033 O SER G 235 -151.575-110.963 -29.767 1.00116.32 O \ ANISOU17033 O SER G 235 11744 15034 17420 234 1005 1370 O \ ATOM 17034 CB SER G 235 -148.774-112.322 -29.373 1.00115.08 C \ ANISOU17034 CB SER G 235 11185 15225 17316 386 1112 1716 C \ ATOM 17035 OG SER G 235 -148.003-111.851 -28.299 1.00114.10 O \ ANISOU17035 OG SER G 235 10844 15315 17193 343 949 1677 O \ ATOM 17036 N PHE G 236 -150.279-109.243 -29.128 1.00111.46 N \ ANISOU17036 N PHE G 236 10829 14528 16991 39 775 1243 N \ ATOM 17037 CA PHE G 236 -151.429-108.537 -28.582 1.00107.87 C \ ANISOU17037 CA PHE G 236 10461 14009 16515 -18 649 1018 C \ ATOM 17038 C PHE G 236 -152.308-107.992 -29.675 1.00106.25 C \ ANISOU17038 C PHE G 236 10435 13521 16416 -88 688 991 C \ ATOM 17039 O PHE G 236 -153.526-107.948 -29.512 1.00105.33 O \ ANISOU17039 O PHE G 236 10461 13317 16243 -72 664 869 O \ ATOM 17040 CB PHE G 236 -150.986-107.430 -27.664 1.00107.05 C \ ANISOU17040 CB PHE G 236 10170 14011 16492 -135 454 828 C \ ATOM 17041 CG PHE G 236 -150.533-107.928 -26.365 1.00108.76 C \ ANISOU17041 CG PHE G 236 10238 14538 16546 -74 381 803 C \ ATOM 17042 CD1 PHE G 236 -151.441-108.469 -25.487 1.00111.07 C \ ANISOU17042 CD1 PHE G 236 10601 14962 16638 1 358 716 C \ ATOM 17043 CD2 PHE G 236 -149.204-107.925 -26.036 1.00113.76 C \ ANISOU17043 CD2 PHE G 236 10656 15350 17216 -93 339 893 C \ ATOM 17044 CE1 PHE G 236 -151.039-108.967 -24.277 1.00116.54 C \ ANISOU17044 CE1 PHE G 236 11150 15974 17156 46 285 723 C \ ATOM 17045 CE2 PHE G 236 -148.791-108.420 -24.827 1.00120.41 C \ ANISOU17045 CE2 PHE G 236 11353 16503 17895 -42 261 896 C \ ATOM 17046 CZ PHE G 236 -149.711-108.945 -23.943 1.00121.21 C \ ANISOU17046 CZ PHE G 236 11525 16747 17782 25 232 818 C \ ATOM 17047 N THR G 237 -151.682-107.576 -30.772 1.00105.44 N \ ANISOU17047 N THR G 237 10311 13291 16462 -172 745 1114 N \ ATOM 17048 CA THR G 237 -152.390-107.227 -31.987 1.00109.27 C \ ANISOU17048 CA THR G 237 10960 13533 17025 -240 805 1160 C \ ATOM 17049 C THR G 237 -153.001-108.516 -32.543 1.00115.79 C \ ANISOU17049 C THR G 237 11971 14343 17681 -108 988 1272 C \ ATOM 17050 O THR G 237 -154.115-108.543 -33.058 1.00117.75 O \ ANISOU17050 O THR G 237 12401 14439 17902 -111 1016 1244 O \ ATOM 17051 CB THR G 237 -151.426-106.677 -33.020 1.00 95.84 C \ ANISOU17051 CB THR G 237 9171 11764 15479 -358 846 1310 C \ ATOM 17052 OG1 THR G 237 -150.733-105.564 -32.463 1.00116.45 O \ ANISOU17052 OG1 THR G 237 11589 14397 18262 -478 679 1217 O \ ATOM 17053 CG2 THR G 237 -152.140-106.289 -34.315 1.00 95.08 C \ ANISOU17053 CG2 THR G 237 9233 11445 15449 -449 897 1389 C \ ATOM 17054 N LEU G 238 -152.252-109.599 -32.436 1.00121.22 N \ ANISOU17054 N LEU G 238 12600 15183 18275 10 1109 1397 N \ ATOM 17055 CA LEU G 238 -152.682-110.893 -32.953 1.00122.75 C \ ANISOU17055 CA LEU G 238 12942 15358 18342 140 1291 1498 C \ ATOM 17056 C LEU G 238 -153.862-111.450 -32.118 1.00116.93 C \ ANISOU17056 C LEU G 238 12327 14638 17464 237 1255 1398 C \ ATOM 17057 O LEU G 238 -154.823-112.007 -32.660 1.00111.48 O \ ANISOU17057 O LEU G 238 11823 13833 16703 282 1348 1408 O \ ATOM 17058 CB LEU G 238 -151.451-111.804 -32.942 1.00125.97 C \ ANISOU17058 CB LEU G 238 13208 15915 18742 238 1409 1646 C \ ATOM 17059 CG LEU G 238 -151.084-112.704 -34.116 1.00123.33 C \ ANISOU17059 CG LEU G 238 12923 15534 18402 295 1633 1784 C \ ATOM 17060 CD1 LEU G 238 -151.684-112.211 -35.406 1.00122.40 C \ ANISOU17060 CD1 LEU G 238 12960 15247 18300 179 1697 1785 C \ ATOM 17061 CD2 LEU G 238 -149.581-112.627 -34.190 1.00119.95 C \ ANISOU17061 CD2 LEU G 238 12272 15230 18075 281 1665 1884 C \ ATOM 17062 N MET G 239 -153.776-111.270 -30.801 1.00115.40 N \ ANISOU17062 N MET G 239 12017 14605 17224 256 1117 1300 N \ ATOM 17063 CA MET G 239 -154.846-111.622 -29.880 1.00115.13 C \ ANISOU17063 CA MET G 239 12066 14629 17050 321 1061 1191 C \ ATOM 17064 C MET G 239 -156.066-110.756 -30.183 1.00118.41 C \ ANISOU17064 C MET G 239 12622 14857 17513 232 992 1029 C \ ATOM 17065 O MET G 239 -157.207-111.228 -30.196 1.00118.51 O \ ANISOU17065 O MET G 239 12793 14803 17431 286 1032 991 O \ ATOM 17066 CB MET G 239 -154.410-111.370 -28.440 1.00115.09 C \ ANISOU17066 CB MET G 239 11878 14869 16983 318 910 1099 C \ ATOM 17067 CG MET G 239 -155.417-111.839 -27.408 1.00115.63 C \ ANISOU17067 CG MET G 239 12004 15058 16872 382 864 1007 C \ ATOM 17068 SD MET G 239 -155.473-113.636 -27.262 1.00155.49 S \ ANISOU17068 SD MET G 239 17109 20198 21774 564 1013 1238 S \ ATOM 17069 CE MET G 239 -155.357-113.802 -25.495 1.00 92.75 C \ ANISOU17069 CE MET G 239 8993 12604 13644 583 864 1194 C \ ATOM 17070 N LEU G 240 -155.810-109.470 -30.399 1.00119.44 N \ ANISOU17070 N LEU G 240 12678 14896 17810 94 880 936 N \ ATOM 17071 CA LEU G 240 -156.852-108.500 -30.703 1.00115.22 C \ ANISOU17071 CA LEU G 240 12238 14158 17381 0 793 790 C \ ATOM 17072 C LEU G 240 -157.549-108.910 -32.006 1.00113.45 C \ ANISOU17072 C LEU G 240 12214 13741 17150 8 924 914 C \ ATOM 17073 O LEU G 240 -158.717-108.598 -32.215 1.00114.13 O \ ANISOU17073 O LEU G 240 12428 13679 17256 -16 888 826 O \ ATOM 17074 CB LEU G 240 -156.238-107.098 -30.823 1.00110.35 C \ ANISOU17074 CB LEU G 240 11478 13456 16992 -153 657 715 C \ ATOM 17075 CG LEU G 240 -157.083-105.825 -30.792 1.00102.75 C \ ANISOU17075 CG LEU G 240 10528 12297 16216 -265 508 522 C \ ATOM 17076 CD1 LEU G 240 -157.407-105.310 -32.186 1.00 91.43 C \ ANISOU17076 CD1 LEU G 240 9198 10602 14941 -358 536 651 C \ ATOM 17077 CD2 LEU G 240 -158.319-106.129 -30.009 1.00100.44 C \ ANISOU17077 CD2 LEU G 240 10327 12040 15797 -188 483 344 C \ ATOM 17078 N THR G 241 -156.813-109.562 -32.904 1.00109.59 N \ ANISOU17078 N THR G 241 11740 13261 16639 32 1072 1109 N \ ATOM 17079 CA THR G 241 -157.384-110.017 -34.164 1.00109.48 C \ ANISOU17079 CA THR G 241 11903 13104 16591 29 1207 1218 C \ ATOM 17080 C THR G 241 -158.327-111.207 -34.021 1.00106.97 C \ ANISOU17080 C THR G 241 11743 12795 16105 161 1309 1214 C \ ATOM 17081 O THR G 241 -159.334-111.291 -34.714 1.00105.26 O \ ANISOU17081 O THR G 241 11693 12439 15863 142 1347 1210 O \ ATOM 17082 CB THR G 241 -156.323-110.372 -35.190 1.00118.95 C \ ANISOU17082 CB THR G 241 13059 14331 17807 8 1351 1397 C \ ATOM 17083 OG1 THR G 241 -155.361-109.318 -35.278 1.00124.83 O \ ANISOU17083 OG1 THR G 241 13639 15084 18709 -116 1260 1420 O \ ATOM 17084 CG2 THR G 241 -156.980-110.573 -36.548 1.00120.18 C \ ANISOU17084 CG2 THR G 241 13388 14348 17927 -40 1464 1479 C \ ATOM 17085 N VAL G 242 -157.977-112.170 -33.178 1.00111.80 N \ ANISOU17085 N VAL G 242 12299 13571 16611 289 1355 1237 N \ ATOM 17086 CA VAL G 242 -158.877-113.313 -32.964 1.00115.14 C \ ANISOU17086 CA VAL G 242 12858 13995 16893 410 1442 1245 C \ ATOM 17087 C VAL G 242 -160.185-112.873 -32.283 1.00115.88 C \ ANISOU17087 C VAL G 242 13033 14052 16946 393 1324 1080 C \ ATOM 17088 O VAL G 242 -161.275-113.361 -32.631 1.00114.57 O \ ANISOU17088 O VAL G 242 13032 13786 16714 426 1382 1068 O \ ATOM 17089 CB VAL G 242 -158.199-114.482 -32.185 1.00 85.71 C \ ANISOU17089 CB VAL G 242 9036 10446 13084 551 1508 1342 C \ ATOM 17090 CG1 VAL G 242 -159.187-115.588 -31.908 1.00 85.06 C \ ANISOU17090 CG1 VAL G 242 9085 10350 12882 660 1580 1358 C \ ATOM 17091 CG2 VAL G 242 -157.035-115.034 -32.969 1.00 86.50 C \ ANISOU17091 CG2 VAL G 242 9065 10556 13244 584 1651 1493 C \ ATOM 17092 N VAL G 243 -160.061-111.927 -31.344 1.00114.08 N \ ANISOU17092 N VAL G 243 12678 13904 16765 335 1162 938 N \ ATOM 17093 CA VAL G 243 -161.202-111.292 -30.671 1.00109.21 C \ ANISOU17093 CA VAL G 243 12097 13258 16141 302 1040 737 C \ ATOM 17094 C VAL G 243 -162.044-110.509 -31.663 1.00105.17 C \ ANISOU17094 C VAL G 243 11705 12496 15759 210 1013 693 C \ ATOM 17095 O VAL G 243 -163.256-110.492 -31.564 1.00 83.25 O \ ANISOU17095 O VAL G 243 9036 9641 12955 220 991 595 O \ ATOM 17096 CB VAL G 243 -160.776-110.356 -29.531 1.00111.28 C \ ANISOU17096 CB VAL G 243 12173 13659 16449 244 876 563 C \ ATOM 17097 CG1 VAL G 243 -162.000-109.693 -28.935 1.00108.47 C \ ANISOU17097 CG1 VAL G 243 11850 13259 16105 210 769 326 C \ ATOM 17098 CG2 VAL G 243 -160.058-111.133 -28.443 1.00114.88 C \ ANISOU17098 CG2 VAL G 243 12503 14398 16750 328 881 613 C \ ATOM 17099 N ALA G 244 -161.374-109.789 -32.563 1.00104.24 N \ ANISOU17099 N ALA G 244 11548 12266 15793 109 1001 771 N \ ATOM 17100 CA ALA G 244 -162.034-109.087 -33.667 1.00102.63 C \ ANISOU17100 CA ALA G 244 11446 11831 15717 8 977 796 C \ ATOM 17101 C ALA G 244 -162.775-110.086 -34.530 1.00 98.15 C \ ANISOU17101 C ALA G 244 11071 11200 15020 63 1122 905 C \ ATOM 17102 O ALA G 244 -163.899-109.848 -34.985 1.00 93.08 O \ ANISOU17102 O ALA G 244 10551 10410 14405 29 1094 870 O \ ATOM 17103 CB ALA G 244 -161.013-108.335 -34.523 1.00 85.44 C \ ANISOU17103 CB ALA G 244 9180 9589 13693 -112 961 918 C \ ATOM 17104 N TYR G 245 -162.135-111.230 -34.729 1.00101.46 N \ ANISOU17104 N TYR G 245 11507 11732 15313 150 1276 1031 N \ ATOM 17105 CA TYR G 245 -162.694-112.260 -35.582 1.00103.02 C \ ANISOU17105 CA TYR G 245 11872 11876 15397 200 1430 1122 C \ ATOM 17106 C TYR G 245 -163.849-113.025 -34.973 1.00103.03 C \ ANISOU17106 C TYR G 245 11984 11882 15282 298 1448 1044 C \ ATOM 17107 O TYR G 245 -164.864-113.240 -35.644 1.00100.25 O \ ANISOU17107 O TYR G 245 11785 11411 14896 282 1485 1045 O \ ATOM 17108 CB TYR G 245 -161.607-113.233 -36.032 1.00101.49 C \ ANISOU17108 CB TYR G 245 11641 11778 15143 263 1598 1261 C \ ATOM 17109 CG TYR G 245 -162.080-114.061 -37.193 1.00 98.41 C \ ANISOU17109 CG TYR G 245 11410 11310 14671 273 1757 1334 C \ ATOM 17110 CD1 TYR G 245 -161.957-113.608 -38.503 1.00 99.11 C \ ANISOU17110 CD1 TYR G 245 11542 11327 14787 149 1800 1411 C \ ATOM 17111 CD2 TYR G 245 -162.690-115.289 -36.966 1.00 91.69 C \ ANISOU17111 CD2 TYR G 245 10659 10466 13712 394 1859 1325 C \ ATOM 17112 CE1 TYR G 245 -162.419-114.374 -39.550 1.00 98.68 C \ ANISOU17112 CE1 TYR G 245 11629 11230 14635 147 1944 1454 C \ ATOM 17113 CE2 TYR G 245 -163.144-116.052 -37.986 1.00 90.41 C \ ANISOU17113 CE2 TYR G 245 10635 10233 13483 398 2000 1362 C \ ATOM 17114 CZ TYR G 245 -163.014-115.601 -39.274 1.00 97.18 C \ ANISOU17114 CZ TYR G 245 11537 11039 14349 275 2045 1415 C \ ATOM 17115 OH TYR G 245 -163.492-116.410 -40.278 1.00100.54 O \ ANISOU17115 OH TYR G 245 12097 11420 14682 272 2190 1430 O \ ATOM 17116 N ALA G 246 -163.691-113.406 -33.707 1.00104.35 N \ ANISOU17116 N ALA G 246 12065 12201 15382 387 1414 986 N \ ATOM 17117 CA ALA G 246 -164.719-114.130 -32.965 1.00107.35 C \ ANISOU17117 CA ALA G 246 12522 12623 15642 474 1424 924 C \ ATOM 17118 C ALA G 246 -166.062-113.389 -32.987 1.00109.06 C \ ANISOU17118 C ALA G 246 12826 12713 15898 413 1327 781 C \ ATOM 17119 O ALA G 246 -167.141-113.985 -33.085 1.00105.54 O \ ANISOU17119 O ALA G 246 12511 12213 15376 453 1374 766 O \ ATOM 17120 CB ALA G 246 -164.255-114.345 -31.532 1.00108.61 C \ ANISOU17120 CB ALA G 246 12536 13001 15728 540 1364 884 C \ ATOM 17121 N PHE G 247 -165.965-112.072 -32.904 1.00115.10 N \ ANISOU17121 N PHE G 247 13505 13420 16807 314 1188 675 N \ ATOM 17122 CA PHE G 247 -167.106-111.187 -32.895 1.00120.68 C \ ANISOU17122 CA PHE G 247 14253 13988 17613 252 1075 528 C \ ATOM 17123 C PHE G 247 -167.837-111.351 -34.202 1.00121.73 C \ ANISOU17123 C PHE G 247 14551 13937 17765 212 1135 629 C \ ATOM 17124 O PHE G 247 -169.004-111.722 -34.216 1.00122.09 O \ ANISOU17124 O PHE G 247 14709 13927 17754 243 1151 583 O \ ATOM 17125 CB PHE G 247 -166.591-109.762 -32.743 1.00129.41 C \ ANISOU17125 CB PHE G 247 15213 15035 18921 147 925 429 C \ ATOM 17126 CG PHE G 247 -167.627-108.770 -32.360 1.00137.75 C \ ANISOU17126 CG PHE G 247 16248 15972 20117 99 787 225 C \ ATOM 17127 CD1 PHE G 247 -168.957-109.124 -32.250 1.00141.09 C \ ANISOU17127 CD1 PHE G 247 16782 16348 20477 144 802 149 C \ ATOM 17128 CD2 PHE G 247 -167.263-107.461 -32.108 1.00141.59 C \ ANISOU17128 CD2 PHE G 247 16589 16383 20825 9 641 98 C \ ATOM 17129 CE1 PHE G 247 -169.904-108.180 -31.909 1.00142.77 C \ ANISOU17129 CE1 PHE G 247 16956 16444 20846 104 678 -52 C \ ATOM 17130 CE2 PHE G 247 -168.200-106.524 -31.769 1.00142.53 C \ ANISOU17130 CE2 PHE G 247 16669 16369 21115 -31 515 -108 C \ ATOM 17131 CZ PHE G 247 -169.520-106.878 -31.662 1.00142.80 C \ ANISOU17131 CZ PHE G 247 16809 16362 21086 20 535 -187 C \ ATOM 17132 N TYR G 248 -167.105-111.143 -35.291 1.00124.37 N \ ANISOU17132 N TYR G 248 14891 14204 18159 139 1176 776 N \ ATOM 17133 CA TYR G 248 -167.606-111.285 -36.652 1.00125.44 C \ ANISOU17133 CA TYR G 248 15168 14207 18289 77 1238 896 C \ ATOM 17134 C TYR G 248 -168.217-112.664 -36.895 1.00133.17 C \ ANISOU17134 C TYR G 248 16295 15216 19086 168 1388 936 C \ ATOM 17135 O TYR G 248 -169.286-112.778 -37.509 1.00134.08 O \ ANISOU17135 O TYR G 248 16539 15224 19180 140 1393 939 O \ ATOM 17136 CB TYR G 248 -166.469-111.002 -37.618 1.00119.81 C \ ANISOU17136 CB TYR G 248 14405 13496 17622 -10 1284 1051 C \ ATOM 17137 CG TYR G 248 -166.626-111.561 -39.002 1.00116.27 C \ ANISOU17137 CG TYR G 248 14086 13010 17081 -59 1409 1193 C \ ATOM 17138 CD1 TYR G 248 -167.537-111.014 -39.895 1.00114.85 C \ ANISOU17138 CD1 TYR G 248 13998 12691 16949 -164 1346 1238 C \ ATOM 17139 CD2 TYR G 248 -165.820-112.595 -39.445 1.00116.13 C \ ANISOU17139 CD2 TYR G 248 14083 13102 16938 -7 1588 1281 C \ ATOM 17140 CE1 TYR G 248 -167.659-111.506 -41.184 1.00115.44 C \ ANISOU17140 CE1 TYR G 248 14183 12768 16913 -228 1458 1364 C \ ATOM 17141 CE2 TYR G 248 -165.933-113.092 -40.739 1.00116.55 C \ ANISOU17141 CE2 TYR G 248 14243 13144 16896 -64 1713 1380 C \ ATOM 17142 CZ TYR G 248 -166.856-112.546 -41.601 1.00116.35 C \ ANISOU17142 CZ TYR G 248 14314 13009 16885 -180 1646 1421 C \ ATOM 17143 OH TYR G 248 -166.970-113.037 -42.884 1.00117.57 O \ ANISOU17143 OH TYR G 248 14569 13188 16917 -251 1766 1512 O \ ATOM 17144 N THR G 249 -167.543-113.693 -36.375 1.00135.66 N \ ANISOU17144 N THR G 249 16579 15673 19293 276 1499 969 N \ ATOM 17145 CA THR G 249 -168.025-115.073 -36.390 1.00131.69 C \ ANISOU17145 CA THR G 249 16188 15197 18652 378 1637 1001 C \ ATOM 17146 C THR G 249 -169.378-115.189 -35.733 1.00130.28 C \ ANISOU17146 C THR G 249 16081 14988 18433 414 1579 891 C \ ATOM 17147 O THR G 249 -170.326-115.678 -36.344 1.00126.76 O \ ANISOU17147 O THR G 249 15774 14451 17937 410 1632 901 O \ ATOM 17148 CB THR G 249 -167.102-115.978 -35.581 1.00132.64 C \ ANISOU17148 CB THR G 249 16215 15471 18712 495 1716 1047 C \ ATOM 17149 OG1 THR G 249 -165.866-116.125 -36.271 1.00138.59 O \ ANISOU17149 OG1 THR G 249 16907 16255 19497 481 1807 1153 O \ ATOM 17150 CG2 THR G 249 -167.724-117.339 -35.377 1.00130.99 C \ ANISOU17150 CG2 THR G 249 16102 15270 18400 602 1828 1074 C \ ATOM 17151 N SER G 250 -169.431-114.740 -34.474 1.00133.18 N \ ANISOU17151 N SER G 250 16338 15450 18813 443 1472 778 N \ ATOM 17152 CA SER G 250 -170.604-114.857 -33.589 1.00130.86 C \ ANISOU17152 CA SER G 250 16072 15185 18465 484 1420 655 C \ ATOM 17153 C SER G 250 -171.847-114.089 -34.024 1.00117.35 C \ ANISOU17153 C SER G 250 14436 13312 16838 412 1333 557 C \ ATOM 17154 O SER G 250 -172.985-114.554 -33.824 1.00111.95 O \ ANISOU17154 O SER G 250 13836 12608 16091 446 1350 507 O \ ATOM 17155 CB SER G 250 -170.221-114.472 -32.152 1.00138.58 C \ ANISOU17155 CB SER G 250 16888 16346 19421 513 1328 542 C \ ATOM 17156 OG SER G 250 -169.331-115.436 -31.588 1.00144.06 O \ ANISOU17156 OG SER G 250 17519 17210 20008 599 1408 653 O \ ATOM 17157 N ASN G 251 -171.606-112.916 -34.598 1.00109.57 N \ ANISOU17157 N ASN G 251 13407 12212 16014 311 1235 542 N \ ATOM 17158 CA ASN G 251 -172.644-112.070 -35.145 1.00105.31 C \ ANISOU17158 CA ASN G 251 12915 11492 15604 233 1135 485 C \ ATOM 17159 C ASN G 251 -173.289-112.615 -36.395 1.00100.30 C \ ANISOU17159 C ASN G 251 12445 10746 14917 199 1212 611 C \ ATOM 17160 O ASN G 251 -174.459-112.350 -36.630 1.00 97.99 O \ ANISOU17160 O ASN G 251 12216 10342 14675 172 1153 561 O \ ATOM 17161 CB ASN G 251 -172.091-110.690 -35.430 1.00113.06 C \ ANISOU17161 CB ASN G 251 13786 12373 16798 129 1004 471 C \ ATOM 17162 CG ASN G 251 -173.075-109.815 -36.156 1.00121.46 C \ ANISOU17162 CG ASN G 251 14890 13227 18032 40 894 463 C \ ATOM 17163 OD1 ASN G 251 -172.943-109.599 -37.360 1.00123.25 O \ ANISOU17163 OD1 ASN G 251 15174 13352 18304 -49 896 627 O \ ATOM 17164 ND2 ASN G 251 -174.065-109.299 -35.439 1.00127.52 N \ ANISOU17164 ND2 ASN G 251 15616 13939 18898 59 796 277 N \ ATOM 17165 N ILE G 252 -172.535-113.362 -37.202 1.00102.51 N \ ANISOU17165 N ILE G 252 12783 11065 15102 198 1342 761 N \ ATOM 17166 CA ILE G 252 -173.058-113.895 -38.473 1.00107.47 C \ ANISOU17166 CA ILE G 252 13560 11613 15660 150 1424 866 C \ ATOM 17167 C ILE G 252 -173.539-115.336 -38.370 1.00110.90 C \ ANISOU17167 C ILE G 252 14105 12097 15936 245 1567 866 C \ ATOM 17168 O ILE G 252 -174.622-115.668 -38.845 1.00114.95 O \ ANISOU17168 O ILE G 252 14733 12534 16408 226 1579 858 O \ ATOM 17169 CB ILE G 252 -172.036-113.781 -39.624 1.00111.86 C \ ANISOU17169 CB ILE G 252 14113 12179 16210 64 1487 1013 C \ ATOM 17170 CG1 ILE G 252 -171.899-112.327 -40.061 1.00118.80 C \ ANISOU17170 CG1 ILE G 252 14914 12960 17264 -67 1332 1054 C \ ATOM 17171 CG2 ILE G 252 -172.528-114.479 -40.865 1.00108.97 C \ ANISOU17171 CG2 ILE G 252 13893 11782 15728 14 1592 1096 C \ ATOM 17172 CD1 ILE G 252 -173.229-111.671 -40.433 1.00119.19 C \ ANISOU17172 CD1 ILE G 252 15022 12858 17408 -137 1205 1035 C \ ATOM 17173 N LEU G 253 -172.744-116.183 -37.728 1.00110.89 N \ ANISOU17173 N LEU G 253 14057 12216 15863 345 1667 883 N \ ATOM 17174 CA LEU G 253 -173.110-117.580 -37.496 1.00107.59 C \ ANISOU17174 CA LEU G 253 13717 11832 15332 444 1796 896 C \ ATOM 17175 C LEU G 253 -174.329-117.742 -36.566 1.00108.78 C \ ANISOU17175 C LEU G 253 13892 11986 15454 491 1738 800 C \ ATOM 17176 O LEU G 253 -174.549-116.909 -35.669 1.00109.56 O \ ANISOU17176 O LEU G 253 13898 12126 15603 488 1615 700 O \ ATOM 17177 CB LEU G 253 -171.891-118.303 -36.933 1.00104.97 C \ ANISOU17177 CB LEU G 253 13292 11621 14972 538 1888 957 C \ ATOM 17178 CG LEU G 253 -171.112-119.181 -37.902 1.00106.17 C \ ANISOU17178 CG LEU G 253 13482 11760 15096 552 2053 1050 C \ ATOM 17179 CD1 LEU G 253 -170.705-118.471 -39.167 1.00104.70 C \ ANISOU17179 CD1 LEU G 253 13316 11530 14936 429 2057 1087 C \ ATOM 17180 CD2 LEU G 253 -169.886-119.649 -37.149 1.00109.59 C \ ANISOU17180 CD2 LEU G 253 13782 12311 15548 649 2103 1107 C \ ATOM 17181 N PRO G 254 -175.099-118.839 -36.748 1.00108.99 N \ ANISOU17181 N PRO G 254 14031 11979 15403 534 1834 818 N \ ATOM 17182 CA PRO G 254 -176.351-119.093 -36.025 1.00107.37 C \ ANISOU17182 CA PRO G 254 13859 11774 15161 567 1797 743 C \ ATOM 17183 C PRO G 254 -176.129-119.335 -34.543 1.00108.42 C \ ANISOU17183 C PRO G 254 13879 12068 15249 652 1776 717 C \ ATOM 17184 O PRO G 254 -175.126-119.944 -34.193 1.00106.98 O \ ANISOU17184 O PRO G 254 13634 11975 15038 716 1844 803 O \ ATOM 17185 CB PRO G 254 -176.881-120.363 -36.697 1.00105.23 C \ ANISOU17185 CB PRO G 254 13723 11432 14827 589 1930 800 C \ ATOM 17186 CG PRO G 254 -175.690-121.036 -37.235 1.00105.79 C \ ANISOU17186 CG PRO G 254 13786 11517 14892 620 2055 892 C \ ATOM 17187 CD PRO G 254 -174.827-119.910 -37.723 1.00109.15 C \ ANISOU17187 CD PRO G 254 14146 11953 15374 545 1990 900 C \ ATOM 17188 N ARG G 255 -177.033-118.829 -33.702 1.00115.42 N \ ANISOU17188 N ARG G 255 14726 13001 16129 647 1681 598 N \ ATOM 17189 CA ARG G 255 -176.951-118.990 -32.239 1.00125.28 C \ ANISOU17189 CA ARG G 255 15856 14446 17299 707 1654 557 C \ ATOM 17190 C ARG G 255 -177.297-120.408 -31.745 1.00119.72 C \ ANISOU17190 C ARG G 255 15190 13812 16487 783 1758 662 C \ ATOM 17191 O ARG G 255 -178.315-121.001 -32.120 1.00119.97 O \ ANISOU17191 O ARG G 255 15331 13750 16502 780 1805 672 O \ ATOM 17192 CB ARG G 255 -177.826-117.953 -31.510 1.00138.59 C \ ANISOU17192 CB ARG G 255 17471 16175 19012 668 1528 365 C \ ATOM 17193 CG ARG G 255 -177.151-116.609 -31.232 1.00153.83 C \ ANISOU17193 CG ARG G 255 19272 18133 21045 621 1409 246 C \ ATOM 17194 CD ARG G 255 -177.097-115.734 -32.492 1.00166.83 C \ ANISOU17194 CD ARG G 255 20973 19562 22854 540 1356 253 C \ ATOM 17195 NE ARG G 255 -176.600-114.377 -32.240 1.00176.86 N \ ANISOU17195 NE ARG G 255 22112 20818 24266 485 1227 133 N \ ATOM 17196 CZ ARG G 255 -176.311-113.493 -33.195 1.00182.60 C \ ANISOU17196 CZ ARG G 255 22846 21379 25154 406 1162 164 C \ ATOM 17197 NH1 ARG G 255 -176.481-113.807 -34.477 1.00183.37 N1+ \ ANISOU17197 NH1 ARG G 255 23074 21337 25260 366 1215 307 N1+ \ ATOM 17198 NH2 ARG G 255 -175.868-112.286 -32.870 1.00184.98 N \ ANISOU17198 NH2 ARG G 255 23015 21659 25610 357 1041 51 N \ ATOM 17199 N LEU G 256 -176.438-120.951 -30.900 1.00111.54 N \ ANISOU17199 N LEU G 256 14052 12938 15388 846 1784 755 N \ ATOM 17200 CA LEU G 256 -176.631-122.298 -30.413 1.00105.45 C \ ANISOU17200 CA LEU G 256 13295 12226 14546 916 1873 894 C \ ATOM 17201 C LEU G 256 -176.277-122.341 -28.927 1.00109.99 C \ ANISOU17201 C LEU G 256 13711 13069 15010 948 1818 922 C \ ATOM 17202 O LEU G 256 -175.766-121.357 -28.381 1.00108.37 O \ ANISOU17202 O LEU G 256 13391 12995 14788 918 1723 818 O \ ATOM 17203 CB LEU G 256 -175.769-123.268 -31.224 1.00 97.88 C \ ANISOU17203 CB LEU G 256 12384 11151 13655 969 1995 1050 C \ ATOM 17204 CG LEU G 256 -176.035-123.367 -32.736 1.00 90.92 C \ ANISOU17204 CG LEU G 256 11653 10042 12850 928 2068 1025 C \ ATOM 17205 CD1 LEU G 256 -174.939-124.151 -33.364 1.00 93.28 C \ ANISOU17205 CD1 LEU G 256 11948 10278 13214 980 2185 1138 C \ ATOM 17206 CD2 LEU G 256 -177.349-123.982 -33.124 1.00 87.88 C \ ANISOU17206 CD2 LEU G 256 11398 9540 12451 910 2112 1003 C \ ATOM 17207 N PRO G 257 -176.637-123.444 -28.244 1.00116.06 N \ ANISOU17207 N PRO G 257 14467 13931 15700 996 1869 1056 N \ ATOM 17208 CA PRO G 257 -176.212-123.660 -26.854 1.00119.35 C \ ANISOU17208 CA PRO G 257 14725 14635 15990 1021 1822 1137 C \ ATOM 17209 C PRO G 257 -174.947-124.516 -26.752 1.00120.75 C \ ANISOU17209 C PRO G 257 14828 14843 16208 1096 1872 1363 C \ ATOM 17210 O PRO G 257 -174.642-125.038 -25.672 1.00121.42 O \ ANISOU17210 O PRO G 257 14790 15150 16196 1124 1846 1506 O \ ATOM 17211 CB PRO G 257 -177.386-124.427 -26.258 1.00118.77 C \ ANISOU17211 CB PRO G 257 14676 14630 15820 1020 1851 1191 C \ ATOM 17212 CG PRO G 257 -177.924-125.211 -27.416 1.00117.60 C \ ANISOU17212 CG PRO G 257 14695 14194 15793 1040 1954 1250 C \ ATOM 17213 CD PRO G 257 -177.649-124.432 -28.670 1.00115.60 C \ ANISOU17213 CD PRO G 257 14534 13731 15657 1010 1955 1122 C \ ATOM 17214 N TYR G 258 -174.225-124.655 -27.859 1.00118.62 N \ ANISOU17214 N TYR G 258 14622 14367 16082 1124 1940 1398 N \ ATOM 17215 CA TYR G 258 -172.998-125.435 -27.844 1.00118.94 C \ ANISOU17215 CA TYR G 258 14580 14413 16197 1202 1994 1593 C \ ATOM 17216 C TYR G 258 -171.943-124.979 -28.836 1.00115.72 C \ ANISOU17216 C TYR G 258 14179 13880 15910 1204 2027 1556 C \ ATOM 17217 O TYR G 258 -172.234-124.202 -29.741 1.00119.88 O \ ANISOU17217 O TYR G 258 14802 14274 16472 1141 2025 1404 O \ ATOM 17218 CB TYR G 258 -173.312-126.908 -28.070 1.00120.55 C \ ANISOU17218 CB TYR G 258 14844 14480 16480 1272 2107 1772 C \ ATOM 17219 CG TYR G 258 -174.415-127.217 -29.057 1.00115.57 C \ ANISOU17219 CG TYR G 258 14395 13614 15902 1245 2185 1684 C \ ATOM 17220 CD1 TYR G 258 -174.163-127.368 -30.417 1.00113.89 C \ ANISOU17220 CD1 TYR G 258 14290 13167 15815 1248 2281 1631 C \ ATOM 17221 CD2 TYR G 258 -175.697-127.424 -28.609 1.00114.71 C \ ANISOU17221 CD2 TYR G 258 14338 13538 15709 1211 2166 1660 C \ ATOM 17222 CE1 TYR G 258 -175.185-127.686 -31.295 1.00114.40 C \ ANISOU17222 CE1 TYR G 258 14514 13043 15910 1213 2346 1552 C \ ATOM 17223 CE2 TYR G 258 -176.711-127.736 -29.467 1.00116.70 C \ ANISOU17223 CE2 TYR G 258 14746 13588 16009 1183 2229 1588 C \ ATOM 17224 CZ TYR G 258 -176.464-127.869 -30.802 1.00117.02 C \ ANISOU17224 CZ TYR G 258 14895 13402 16166 1182 2314 1533 C \ ATOM 17225 OH TYR G 258 -177.534-128.191 -31.605 1.00117.62 O \ ANISOU17225 OH TYR G 258 15118 13303 16269 1141 2367 1458 O \ ATOM 17226 N THR G 259 -170.716-125.464 -28.678 1.00107.39 N \ ANISOU17226 N THR G 259 13010 12871 14921 1272 2056 1707 N \ ATOM 17227 CA THR G 259 -169.677-125.037 -29.593 1.00106.42 C \ ANISOU17227 CA THR G 259 12876 12653 14907 1270 2096 1672 C \ ATOM 17228 C THR G 259 -169.663-125.842 -30.875 1.00103.25 C \ ANISOU17228 C THR G 259 12591 12003 14637 1305 2250 1696 C \ ATOM 17229 O THR G 259 -169.758-127.060 -30.853 1.00101.76 O \ ANISOU17229 O THR G 259 12411 11732 14520 1383 2338 1822 O \ ATOM 17230 CB THR G 259 -168.290-125.139 -28.976 1.00112.34 C \ ANISOU17230 CB THR G 259 13439 13555 15689 1324 2066 1806 C \ ATOM 17231 OG1 THR G 259 -168.073-126.484 -28.541 1.00117.78 O \ ANISOU17231 OG1 THR G 259 14069 14245 16438 1426 2127 2022 O \ ATOM 17232 CG2 THR G 259 -168.140-124.188 -27.810 1.00112.37 C \ ANISOU17232 CG2 THR G 259 13314 13826 15556 1270 1910 1745 C \ ATOM 17233 N THR G 260 -169.501-125.161 -32.000 1.00103.60 N \ ANISOU17233 N THR G 260 12712 11932 14718 1242 2282 1575 N \ ATOM 17234 CA THR G 260 -169.325-125.873 -33.244 1.00108.62 C \ ANISOU17234 CA THR G 260 13437 12377 15459 1263 2435 1577 C \ ATOM 17235 C THR G 260 -167.814-125.972 -33.538 1.00119.49 C \ ANISOU17235 C THR G 260 14685 13777 16937 1312 2497 1645 C \ ATOM 17236 O THR G 260 -166.971-125.513 -32.748 1.00125.01 O \ ANISOU17236 O THR G 260 15234 14636 17626 1328 2411 1705 O \ ATOM 17237 CB THR G 260 -169.999-125.132 -34.397 1.00105.32 C \ ANISOU17237 CB THR G 260 13167 11844 15005 1153 2442 1425 C \ ATOM 17238 OG1 THR G 260 -169.144-124.095 -34.893 1.00107.72 O \ ANISOU17238 OG1 THR G 260 13417 12189 15322 1088 2407 1380 O \ ATOM 17239 CG2 THR G 260 -171.318-124.546 -33.943 1.00102.96 C \ ANISOU17239 CG2 THR G 260 12945 11567 14609 1090 2330 1338 C \ ATOM 17240 N VAL G 261 -167.495-126.548 -34.697 1.00116.73 N \ ANISOU17240 N VAL G 261 14391 13281 16681 1326 2648 1620 N \ ATOM 17241 CA VAL G 261 -166.138-126.668 -35.223 1.00106.76 C \ ANISOU17241 CA VAL G 261 13018 12021 15524 1364 2739 1653 C \ ATOM 17242 C VAL G 261 -165.459-125.309 -35.392 1.00106.95 C \ ANISOU17242 C VAL G 261 12982 12158 15497 1271 2653 1603 C \ ATOM 17243 O VAL G 261 -164.288-125.134 -35.071 1.00108.70 O \ ANISOU17243 O VAL G 261 13047 12478 15777 1307 2640 1672 O \ ATOM 17244 CB VAL G 261 -166.213-127.333 -36.583 1.00 97.00 C \ ANISOU17244 CB VAL G 261 11882 10620 14354 1357 2917 1569 C \ ATOM 17245 CG1 VAL G 261 -164.881-127.318 -37.283 1.00 96.35 C \ ANISOU17245 CG1 VAL G 261 11691 10556 14361 1372 3024 1565 C \ ATOM 17246 CG2 VAL G 261 -166.866-128.696 -36.468 1.00 90.37 C \ ANISOU17246 CG2 VAL G 261 11096 9640 13601 1444 3005 1603 C \ ATOM 17247 N ILE G 262 -166.196-124.364 -35.962 1.00104.22 N \ ANISOU17247 N ILE G 262 12754 11783 15061 1149 2595 1490 N \ ATOM 17248 CA ILE G 262 -165.735-122.994 -36.089 1.00102.69 C \ ANISOU17248 CA ILE G 262 12508 11669 14840 1046 2490 1447 C \ ATOM 17249 C ILE G 262 -165.484-122.365 -34.730 1.00105.06 C \ ANISOU17249 C ILE G 262 12679 12123 15116 1060 2330 1472 C \ ATOM 17250 O ILE G 262 -164.472-121.694 -34.522 1.00106.25 O \ ANISOU17250 O ILE G 262 12697 12372 15301 1037 2275 1492 O \ ATOM 17251 CB ILE G 262 -166.757-122.141 -36.842 1.00101.23 C \ ANISOU17251 CB ILE G 262 12470 11405 14589 916 2435 1342 C \ ATOM 17252 CG1 ILE G 262 -167.002-122.736 -38.212 1.00107.50 C \ ANISOU17252 CG1 ILE G 262 13386 12084 15376 882 2588 1311 C \ ATOM 17253 CG2 ILE G 262 -166.307-120.679 -36.921 1.00 96.56 C \ ANISOU17253 CG2 ILE G 262 11810 10870 14008 806 2309 1312 C \ ATOM 17254 CD1 ILE G 262 -168.067-122.037 -38.970 1.00111.30 C \ ANISOU17254 CD1 ILE G 262 14009 12494 15787 755 2530 1237 C \ ATOM 17255 N ASP G 263 -166.423-122.596 -33.811 1.00106.83 N \ ANISOU17255 N ASP G 263 12936 12382 15271 1089 2257 1464 N \ ATOM 17256 CA ASP G 263 -166.369-122.042 -32.468 1.00109.73 C \ ANISOU17256 CA ASP G 263 13186 12927 15578 1091 2107 1459 C \ ATOM 17257 C ASP G 263 -165.146-122.588 -31.788 1.00109.35 C \ ANISOU17257 C ASP G 263 12965 13011 15574 1179 2119 1600 C \ ATOM 17258 O ASP G 263 -164.503-121.903 -30.999 1.00108.61 O \ ANISOU17258 O ASP G 263 12730 13082 15456 1157 2006 1597 O \ ATOM 17259 CB ASP G 263 -167.641-122.362 -31.705 1.00117.32 C \ ANISOU17259 CB ASP G 263 14217 13915 16445 1104 2058 1431 C \ ATOM 17260 CG ASP G 263 -168.853-121.640 -32.285 1.00126.88 C \ ANISOU17260 CG ASP G 263 15575 15010 17625 1011 2018 1281 C \ ATOM 17261 OD1 ASP G 263 -168.755-120.412 -32.531 1.00128.30 O \ ANISOU17261 OD1 ASP G 263 15737 15184 17828 920 1927 1178 O \ ATOM 17262 OD2 ASP G 263 -169.907-122.297 -32.492 1.00131.45 O1- \ ANISOU17262 OD2 ASP G 263 16277 15495 18173 1026 2071 1275 O1- \ ATOM 17263 N GLN G 264 -164.847-123.843 -32.095 1.00111.54 N \ ANISOU17263 N GLN G 264 13243 13207 15930 1279 2255 1719 N \ ATOM 17264 CA GLN G 264 -163.630-124.497 -31.617 1.00117.59 C \ ANISOU17264 CA GLN G 264 13835 14060 16785 1378 2284 1876 C \ ATOM 17265 C GLN G 264 -162.327-123.966 -32.246 1.00112.53 C \ ANISOU17265 C GLN G 264 13090 13435 16233 1356 2319 1870 C \ ATOM 17266 O GLN G 264 -161.343-123.736 -31.541 1.00111.65 O \ ANISOU17266 O GLN G 264 12803 13478 16143 1379 2247 1948 O \ ATOM 17267 CB GLN G 264 -163.749-126.002 -31.836 1.00126.10 C \ ANISOU17267 CB GLN G 264 14939 15003 17970 1494 2423 1992 C \ ATOM 17268 CG GLN G 264 -164.651-126.683 -30.819 1.00132.14 C \ ANISOU17268 CG GLN G 264 15720 15817 18670 1537 2368 2085 C \ ATOM 17269 CD GLN G 264 -165.037-128.062 -31.256 1.00137.09 C \ ANISOU17269 CD GLN G 264 16414 16250 19425 1624 2507 2163 C \ ATOM 17270 OE1 GLN G 264 -164.492-129.054 -30.772 1.00142.53 O \ ANISOU17270 OE1 GLN G 264 16983 16935 20238 1732 2538 2344 O \ ATOM 17271 NE2 GLN G 264 -166.006-128.140 -32.157 1.00135.54 N \ ANISOU17271 NE2 GLN G 264 16403 15886 19212 1576 2584 2029 N \ ATOM 17272 N MET G 265 -162.341-123.749 -33.559 1.00107.72 N \ ANISOU17272 N MET G 265 12582 12685 15661 1299 2424 1780 N \ ATOM 17273 CA MET G 265 -161.225-123.125 -34.254 1.00106.14 C \ ANISOU17273 CA MET G 265 12294 12509 15524 1250 2459 1765 C \ ATOM 17274 C MET G 265 -160.896-121.784 -33.595 1.00104.23 C \ ANISOU17274 C MET G 265 11958 12411 15232 1159 2282 1725 C \ ATOM 17275 O MET G 265 -159.733-121.420 -33.407 1.00102.75 O \ ANISOU17275 O MET G 265 11609 12328 15103 1157 2255 1774 O \ ATOM 17276 CB MET G 265 -161.588-122.887 -35.714 1.00107.47 C \ ANISOU17276 CB MET G 265 12608 12542 15683 1161 2567 1664 C \ ATOM 17277 CG MET G 265 -161.133-123.938 -36.698 1.00109.73 C \ ANISOU17277 CG MET G 265 12903 12730 16061 1225 2776 1674 C \ ATOM 17278 SD MET G 265 -161.150-123.319 -38.413 1.00131.34 S \ ANISOU17278 SD MET G 265 15746 15410 18747 1075 2883 1564 S \ ATOM 17279 CE MET G 265 -160.402-124.733 -39.233 1.00198.07 C \ ANISOU17279 CE MET G 265 24144 23793 27321 1184 3138 1555 C \ ATOM 17280 N ILE G 266 -161.945-121.051 -33.251 1.00103.92 N \ ANISOU17280 N ILE G 266 12014 12373 15099 1082 2163 1623 N \ ATOM 17281 CA ILE G 266 -161.786-119.804 -32.536 1.00104.66 C \ ANISOU17281 CA ILE G 266 12017 12587 15161 997 1990 1548 C \ ATOM 17282 C ILE G 266 -161.090-120.041 -31.194 1.00104.18 C \ ANISOU17282 C ILE G 266 11774 12734 15075 1065 1904 1630 C \ ATOM 17283 O ILE G 266 -160.143-119.319 -30.867 1.00107.10 O \ ANISOU17283 O ILE G 266 11994 13220 15480 1022 1822 1626 O \ ATOM 17284 CB ILE G 266 -163.143-119.094 -32.329 1.00101.69 C \ ANISOU17284 CB ILE G 266 11765 12164 14710 920 1886 1406 C \ ATOM 17285 CG1 ILE G 266 -163.726-118.686 -33.682 1.00 97.97 C \ ANISOU17285 CG1 ILE G 266 11449 11504 14270 832 1942 1347 C \ ATOM 17286 CG2 ILE G 266 -162.984-117.856 -31.468 1.00100.74 C \ ANISOU17286 CG2 ILE G 266 11529 12167 14580 841 1708 1298 C \ ATOM 17287 CD1 ILE G 266 -163.015-117.502 -34.284 1.00 97.75 C \ ANISOU17287 CD1 ILE G 266 11356 11459 14324 717 1887 1320 C \ ATOM 17288 N ILE G 267 -161.520-121.039 -30.423 1.00 97.67 N \ ANISOU17288 N ILE G 267 10950 11968 14192 1160 1916 1716 N \ ATOM 17289 CA ILE G 267 -160.811-121.306 -29.179 1.00100.22 C \ ANISOU17289 CA ILE G 267 11086 12514 14480 1215 1829 1828 C \ ATOM 17290 C ILE G 267 -159.363-121.708 -29.476 1.00108.84 C \ ANISOU17290 C ILE G 267 12026 13625 15705 1278 1899 1965 C \ ATOM 17291 O ILE G 267 -158.450-121.328 -28.741 1.00115.56 O \ ANISOU17291 O ILE G 267 12695 14661 16552 1269 1799 2012 O \ ATOM 17292 CB ILE G 267 -161.429-122.401 -28.329 1.00 98.39 C \ ANISOU17292 CB ILE G 267 10859 12350 14173 1303 1833 1951 C \ ATOM 17293 CG1 ILE G 267 -162.956-122.368 -28.375 1.00101.65 C \ ANISOU17293 CG1 ILE G 267 11454 12678 14488 1264 1831 1837 C \ ATOM 17294 CG2 ILE G 267 -160.944-122.248 -26.888 1.00 95.09 C \ ANISOU17294 CG2 ILE G 267 10251 12228 13651 1303 1686 2023 C \ ATOM 17295 CD1 ILE G 267 -163.573-121.182 -27.741 1.00103.38 C \ ANISOU17295 CD1 ILE G 267 11673 13021 14587 1158 1686 1652 C \ ATOM 17296 N ALA G 268 -159.154-122.493 -30.534 1.00107.45 N \ ANISOU17296 N ALA G 268 11912 13268 15647 1341 2071 2019 N \ ATOM 17297 CA ALA G 268 -157.802-122.919 -30.912 1.00105.85 C \ ANISOU17297 CA ALA G 268 11558 13068 15592 1408 2160 2130 C \ ATOM 17298 C ALA G 268 -156.914-121.730 -31.217 1.00110.85 C \ ANISOU17298 C ALA G 268 12097 13773 16250 1306 2104 2060 C \ ATOM 17299 O ALA G 268 -155.724-121.724 -30.897 1.00115.44 O \ ANISOU17299 O ALA G 268 12485 14469 16907 1338 2082 2152 O \ ATOM 17300 CB ALA G 268 -157.852-123.830 -32.107 1.00101.86 C \ ANISOU17300 CB ALA G 268 11147 12353 15202 1471 2365 2134 C \ ATOM 17301 N GLY G 269 -157.501-120.707 -31.820 1.00108.66 N \ ANISOU17301 N GLY G 269 11943 13421 15921 1179 2070 1908 N \ ATOM 17302 CA GLY G 269 -156.757-119.501 -32.080 1.00107.35 C \ ANISOU17302 CA GLY G 269 11687 13306 15793 1065 1999 1848 C \ ATOM 17303 C GLY G 269 -156.317-118.771 -30.838 1.00106.16 C \ ANISOU17303 C GLY G 269 11375 13358 15602 1027 1812 1832 C \ ATOM 17304 O GLY G 269 -155.132-118.484 -30.670 1.00110.74 O \ ANISOU17304 O GLY G 269 11777 14047 16254 1018 1781 1888 O \ ATOM 17305 N TYR G 270 -157.264-118.509 -29.949 1.00 99.50 N \ ANISOU17305 N TYR G 270 10584 12583 14640 1005 1691 1748 N \ ATOM 17306 CA TYR G 270 -156.950-117.837 -28.710 1.00100.00 C \ ANISOU17306 CA TYR G 270 10493 12866 14636 960 1514 1697 C \ ATOM 17307 C TYR G 270 -155.858-118.637 -28.048 1.00 99.06 C \ ANISOU17307 C TYR G 270 10183 12919 14537 1058 1517 1883 C \ ATOM 17308 O TYR G 270 -154.982-118.084 -27.400 1.00102.96 O \ ANISOU17308 O TYR G 270 10495 13592 15034 1016 1404 1885 O \ ATOM 17309 CB TYR G 270 -158.155-117.807 -27.789 1.00102.35 C \ ANISOU17309 CB TYR G 270 10863 13243 14781 950 1422 1600 C \ ATOM 17310 CG TYR G 270 -159.270-116.842 -28.135 1.00103.85 C \ ANISOU17310 CG TYR G 270 11199 13301 14957 848 1372 1392 C \ ATOM 17311 CD1 TYR G 270 -159.082-115.462 -28.091 1.00102.46 C \ ANISOU17311 CD1 TYR G 270 10962 13128 14842 723 1250 1226 C \ ATOM 17312 CD2 TYR G 270 -160.531-117.325 -28.475 1.00104.80 C \ ANISOU17312 CD2 TYR G 270 11509 13287 15025 876 1440 1364 C \ ATOM 17313 CE1 TYR G 270 -160.115-114.597 -28.386 1.00103.15 C \ ANISOU17313 CE1 TYR G 270 11164 13075 14953 638 1196 1046 C \ ATOM 17314 CE2 TYR G 270 -161.567-116.472 -28.764 1.00104.63 C \ ANISOU17314 CE2 TYR G 270 11604 13144 15005 789 1387 1186 C \ ATOM 17315 CZ TYR G 270 -161.364-115.111 -28.723 1.00106.64 C \ ANISOU17315 CZ TYR G 270 11790 13392 15337 674 1265 1030 C \ ATOM 17316 OH TYR G 270 -162.435-114.288 -29.015 1.00109.35 O \ ANISOU17316 OH TYR G 270 12240 13591 15719 597 1208 862 O \ ATOM 17317 N GLY G 271 -155.935-119.952 -28.224 1.00 95.34 N \ ANISOU17317 N GLY G 271 9747 12383 14095 1187 1642 2041 N \ ATOM 17318 CA GLY G 271 -154.993-120.881 -27.640 1.00 98.20 C \ ANISOU17318 CA GLY G 271 9928 12871 14511 1300 1653 2251 C \ ATOM 17319 C GLY G 271 -153.582-120.784 -28.175 1.00101.16 C \ ANISOU17319 C GLY G 271 10144 13247 15046 1315 1707 2323 C \ ATOM 17320 O GLY G 271 -152.643-120.672 -27.384 1.00102.11 O \ ANISOU17320 O GLY G 271 10055 13568 15174 1323 1605 2414 O \ ATOM 17321 N SER G 272 -153.429-120.821 -29.500 1.00102.29 N \ ANISOU17321 N SER G 272 10374 13188 15303 1311 1866 2281 N \ ATOM 17322 CA SER G 272 -152.106-120.713 -30.124 1.00108.22 C \ ANISOU17322 CA SER G 272 10974 13942 16205 1317 1942 2336 C \ ATOM 17323 C SER G 272 -151.383-119.465 -29.646 1.00108.91 C \ ANISOU17323 C SER G 272 10914 14194 16274 1196 1782 2277 C \ ATOM 17324 O SER G 272 -150.193-119.479 -29.314 1.00105.29 O \ ANISOU17324 O SER G 272 10241 13867 15898 1221 1750 2377 O \ ATOM 17325 CB SER G 272 -152.221-120.656 -31.649 1.00110.59 C \ ANISOU17325 CB SER G 272 11408 14037 16574 1279 2121 2254 C \ ATOM 17326 OG SER G 272 -150.965-120.341 -32.253 1.00112.42 O \ ANISOU17326 OG SER G 272 11486 14301 16927 1252 2185 2284 O \ ATOM 17327 N ILE G 273 -152.144-118.383 -29.616 1.00111.79 N \ ANISOU17327 N ILE G 273 11392 14539 16546 1064 1680 2108 N \ ATOM 17328 CA ILE G 273 -151.638-117.090 -29.241 1.00113.28 C \ ANISOU17328 CA ILE G 273 11464 14839 16738 931 1526 2009 C \ ATOM 17329 C ILE G 273 -151.264-116.992 -27.767 1.00110.99 C \ ANISOU17329 C ILE G 273 10995 14814 16363 937 1350 2033 C \ ATOM 17330 O ILE G 273 -150.187-116.503 -27.448 1.00115.61 O \ ANISOU17330 O ILE G 273 11384 15536 17006 892 1270 2058 O \ ATOM 17331 CB ILE G 273 -152.629-116.004 -29.654 1.00115.73 C \ ANISOU17331 CB ILE G 273 11940 15019 17014 796 1469 1817 C \ ATOM 17332 CG1 ILE G 273 -152.515-115.766 -31.157 1.00113.19 C \ ANISOU17332 CG1 ILE G 273 11713 14500 16794 740 1609 1820 C \ ATOM 17333 CG2 ILE G 273 -152.340-114.725 -28.935 1.00122.99 C \ ANISOU17333 CG2 ILE G 273 12737 16058 17936 668 1277 1685 C \ ATOM 17334 CD1 ILE G 273 -153.636-114.949 -31.721 1.00111.85 C \ ANISOU17334 CD1 ILE G 273 11730 14167 16602 630 1575 1681 C \ ATOM 17335 N PHE G 274 -152.120-117.477 -26.877 1.00104.15 N \ ANISOU17335 N PHE G 274 10184 14038 15350 985 1290 2035 N \ ATOM 17336 CA PHE G 274 -151.785-117.467 -25.465 1.00104.15 C \ ANISOU17336 CA PHE G 274 10007 14331 15232 982 1127 2073 C \ ATOM 17337 C PHE G 274 -150.622-118.383 -25.179 1.00105.52 C \ ANISOU17337 C PHE G 274 9982 14625 15484 1093 1153 2320 C \ ATOM 17338 O PHE G 274 -149.845-118.115 -24.270 1.00109.86 O \ ANISOU17338 O PHE G 274 10326 15425 15993 1062 1014 2364 O \ ATOM 17339 CB PHE G 274 -152.974-117.818 -24.563 1.00108.17 C \ ANISOU17339 CB PHE G 274 10608 14943 15547 998 1064 2036 C \ ATOM 17340 CG PHE G 274 -152.652-117.743 -23.082 1.00114.10 C \ ANISOU17340 CG PHE G 274 11168 16047 16137 970 888 2066 C \ ATOM 17341 CD1 PHE G 274 -152.495-116.518 -22.448 1.00117.48 C \ ANISOU17341 CD1 PHE G 274 11497 16645 16493 830 728 1853 C \ ATOM 17342 CD2 PHE G 274 -152.518-118.903 -22.322 1.00113.22 C \ ANISOU17342 CD2 PHE G 274 10966 16103 15949 1075 879 2308 C \ ATOM 17343 CE1 PHE G 274 -152.193-116.449 -21.083 1.00118.78 C \ ANISOU17343 CE1 PHE G 274 11478 17172 16483 790 566 1863 C \ ATOM 17344 CE2 PHE G 274 -152.226-118.838 -20.962 1.00114.03 C \ ANISOU17344 CE2 PHE G 274 10884 16568 15875 1034 711 2354 C \ ATOM 17345 CZ PHE G 274 -152.062-117.609 -20.344 1.00116.68 C \ ANISOU17345 CZ PHE G 274 11124 17099 16109 888 557 2122 C \ ATOM 17346 N ALA G 275 -150.497-119.474 -25.927 1.00104.16 N \ ANISOU17346 N ALA G 275 9857 14282 15435 1223 1327 2475 N \ ATOM 17347 CA ALA G 275 -149.357-120.357 -25.710 1.00108.33 C \ ANISOU17347 CA ALA G 275 10178 14894 16088 1340 1358 2710 C \ ATOM 17348 C ALA G 275 -148.082-119.598 -26.031 1.00112.46 C \ ANISOU17348 C ALA G 275 10525 15474 16731 1275 1335 2689 C \ ATOM 17349 O ALA G 275 -147.150-119.583 -25.224 1.00113.63 O \ ANISOU17349 O ALA G 275 10443 15845 16888 1281 1218 2801 O \ ATOM 17350 CB ALA G 275 -149.459-121.584 -26.568 1.00 99.56 C \ ANISOU17350 CB ALA G 275 9146 13552 15129 1486 1563 2832 C \ ATOM 17351 N ALA G 276 -148.105-118.880 -27.158 1.00112.09 N \ ANISOU17351 N ALA G 276 10584 15246 16758 1193 1427 2544 N \ ATOM 17352 CA ALA G 276 -146.957-118.122 -27.666 1.00110.55 C \ ANISOU17352 CA ALA G 276 10240 15071 16691 1116 1431 2522 C \ ATOM 17353 C ALA G 276 -146.434-117.124 -26.658 1.00112.39 C \ ANISOU17353 C ALA G 276 10302 15542 16859 999 1213 2459 C \ ATOM 17354 O ALA G 276 -145.226-117.009 -26.452 1.00112.97 O \ ANISOU17354 O ALA G 276 10150 15748 17027 995 1170 2549 O \ ATOM 17355 CB ALA G 276 -147.351-117.391 -28.937 1.00106.22 C \ ANISOU17355 CB ALA G 276 9863 14309 16186 1012 1534 2374 C \ ATOM 17356 N ILE G 277 -147.369-116.409 -26.040 1.00114.25 N \ ANISOU17356 N ILE G 277 10640 15830 16941 902 1079 2288 N \ ATOM 17357 CA ILE G 277 -147.082-115.388 -25.041 1.00115.22 C \ ANISOU17357 CA ILE G 277 10620 16175 16983 775 868 2162 C \ ATOM 17358 C ILE G 277 -146.247-116.020 -23.952 1.00114.31 C \ ANISOU17358 C ILE G 277 10269 16347 16816 843 768 2342 C \ ATOM 17359 O ILE G 277 -145.257-115.452 -23.495 1.00113.26 O \ ANISOU17359 O ILE G 277 9924 16392 16717 771 650 2340 O \ ATOM 17360 CB ILE G 277 -148.382-114.829 -24.448 1.00101.40 C \ ANISOU17360 CB ILE G 277 9018 14446 15063 698 764 1951 C \ ATOM 17361 CG1 ILE G 277 -149.175-114.117 -25.537 1.00 99.52 C \ ANISOU17361 CG1 ILE G 277 8993 13918 14903 622 842 1787 C \ ATOM 17362 CG2 ILE G 277 -148.099-113.892 -23.269 1.00102.97 C \ ANISOU17362 CG2 ILE G 277 9049 14913 15164 573 546 1797 C \ ATOM 17363 CD1 ILE G 277 -148.804-112.714 -25.672 1.00100.09 C \ ANISOU17363 CD1 ILE G 277 8992 13963 15073 460 734 1613 C \ ATOM 17364 N LEU G 278 -146.666-117.196 -23.523 1.00104.60 N \ ANISOU17364 N LEU G 278 9072 15163 15509 975 807 2509 N \ ATOM 17365 CA LEU G 278 -145.917-117.906 -22.516 1.00119.73 C \ ANISOU17365 CA LEU G 278 10761 17345 17385 1047 711 2731 C \ ATOM 17366 C LEU G 278 -144.547-118.343 -23.079 1.00120.29 C \ ANISOU17366 C LEU G 278 10643 17372 17688 1130 796 2918 C \ ATOM 17367 O LEU G 278 -143.509-118.082 -22.471 1.00121.65 O \ ANISOU17367 O LEU G 278 10573 17769 17881 1095 672 2992 O \ ATOM 17368 CB LEU G 278 -146.747-119.069 -21.958 1.00118.25 C \ ANISOU17368 CB LEU G 278 10651 17195 17081 1162 731 2890 C \ ATOM 17369 CG LEU G 278 -148.022-118.662 -21.199 1.00115.89 C \ ANISOU17369 CG LEU G 278 10492 17013 16529 1076 630 2716 C \ ATOM 17370 CD1 LEU G 278 -148.747-119.887 -20.727 1.00105.61 C \ ANISOU17370 CD1 LEU G 278 9249 15742 15134 1189 663 2915 C \ ATOM 17371 CD2 LEU G 278 -147.745-117.716 -20.026 1.00107.23 C \ ANISOU17371 CD2 LEU G 278 9230 16265 15249 930 410 2579 C \ ATOM 17372 N LEU G 279 -144.533-118.974 -24.251 1.00119.62 N \ ANISOU17372 N LEU G 279 10659 17012 17778 1231 1009 2978 N \ ATOM 17373 CA LEU G 279 -143.265-119.375 -24.862 1.00121.90 C \ ANISOU17373 CA LEU G 279 10765 17252 18298 1310 1114 3123 C \ ATOM 17374 C LEU G 279 -142.355-118.198 -25.085 1.00123.57 C \ ANISOU17374 C LEU G 279 10843 17537 18571 1170 1049 3012 C \ ATOM 17375 O LEU G 279 -141.157-118.274 -24.813 1.00127.77 O \ ANISOU17375 O LEU G 279 11121 18213 19212 1191 1002 3142 O \ ATOM 17376 CB LEU G 279 -143.487-120.066 -26.203 1.00121.10 C \ ANISOU17376 CB LEU G 279 10811 16845 18355 1410 1369 3129 C \ ATOM 17377 CG LEU G 279 -143.670-121.574 -26.201 1.00119.45 C \ ANISOU17377 CG LEU G 279 10605 16535 18246 1603 1483 3324 C \ ATOM 17378 CD1 LEU G 279 -144.103-122.016 -27.576 1.00119.06 C \ ANISOU17378 CD1 LEU G 279 10743 16185 18310 1658 1729 3238 C \ ATOM 17379 CD2 LEU G 279 -142.327-122.185 -25.855 1.00118.94 C \ ANISOU17379 CD2 LEU G 279 10236 16586 18369 1710 1466 3550 C \ ATOM 17380 N ILE G 280 -142.919-117.123 -25.621 1.00120.09 N \ ANISOU17380 N ILE G 280 10565 16983 18083 1027 1048 2784 N \ ATOM 17381 CA ILE G 280 -142.142-115.923 -25.844 1.00118.98 C \ ANISOU17381 CA ILE G 280 10306 16887 18016 874 977 2675 C \ ATOM 17382 C ILE G 280 -141.605-115.363 -24.525 1.00119.62 C \ ANISOU17382 C ILE G 280 10172 17274 18003 791 736 2658 C \ ATOM 17383 O ILE G 280 -140.419-115.028 -24.451 1.00121.74 O \ ANISOU17383 O ILE G 280 10213 17661 18383 749 684 2716 O \ ATOM 17384 CB ILE G 280 -142.907-114.861 -26.596 1.00118.12 C \ ANISOU17384 CB ILE G 280 10399 16588 17893 731 998 2454 C \ ATOM 17385 CG1 ILE G 280 -143.142-115.289 -28.038 1.00114.71 C \ ANISOU17385 CG1 ILE G 280 10128 15893 17562 783 1236 2482 C \ ATOM 17386 CG2 ILE G 280 -142.115-113.588 -26.588 1.00123.25 C \ ANISOU17386 CG2 ILE G 280 10899 17306 18626 563 881 2353 C \ ATOM 17387 CD1 ILE G 280 -144.243-114.505 -28.699 1.00110.33 C \ ANISOU17387 CD1 ILE G 280 9818 15145 16956 669 1253 2302 C \ ATOM 17388 N ILE G 281 -142.463-115.247 -23.502 1.00117.41 N \ ANISOU17388 N ILE G 281 9957 17138 17513 757 592 2568 N \ ATOM 17389 CA ILE G 281 -141.999-114.841 -22.168 1.00112.24 C \ ANISOU17389 CA ILE G 281 9092 16823 16730 678 364 2549 C \ ATOM 17390 C ILE G 281 -141.017-115.884 -21.633 1.00126.35 C \ ANISOU17390 C ILE G 281 10644 18805 18559 806 343 2848 C \ ATOM 17391 O ILE G 281 -140.019-115.539 -21.007 1.00128.39 O \ ANISOU17391 O ILE G 281 10654 19301 18829 746 202 2894 O \ ATOM 17392 CB ILE G 281 -143.132-114.647 -21.128 1.00129.82 C \ ANISOU17392 CB ILE G 281 11420 19211 18696 622 230 2400 C \ ATOM 17393 CG1 ILE G 281 -143.802-113.290 -21.287 1.00127.80 C \ ANISOU17393 CG1 ILE G 281 11287 18854 18418 455 167 2066 C \ ATOM 17394 CG2 ILE G 281 -142.595-114.733 -19.708 1.00114.29 C \ ANISOU17394 CG2 ILE G 281 9212 17650 16561 588 25 2474 C \ ATOM 17395 CD1 ILE G 281 -145.306-113.323 -21.084 1.00125.11 C \ ANISOU17395 CD1 ILE G 281 11180 18444 17912 455 179 1915 C \ ATOM 17396 N PHE G 282 -141.286-117.161 -21.880 1.00126.38 N \ ANISOU17396 N PHE G 282 10712 18701 18606 981 476 3057 N \ ATOM 17397 CA PHE G 282 -140.407-118.213 -21.371 1.00130.98 C \ ANISOU17397 CA PHE G 282 11062 19437 19267 1116 452 3364 C \ ATOM 17398 C PHE G 282 -138.982-118.140 -21.962 1.00134.89 C \ ANISOU17398 C PHE G 282 11335 19905 20012 1140 510 3461 C \ ATOM 17399 O PHE G 282 -137.987-118.245 -21.229 1.00139.24 O \ ANISOU17399 O PHE G 282 11613 20703 20591 1144 376 3617 O \ ATOM 17400 CB PHE G 282 -141.012-119.602 -21.601 1.00130.84 C \ ANISOU17400 CB PHE G 282 11158 19256 19299 1302 594 3558 C \ ATOM 17401 CG PHE G 282 -140.242-120.700 -20.924 1.00133.42 C \ ANISOU17401 CG PHE G 282 11240 19741 19714 1439 538 3894 C \ ATOM 17402 CD1 PHE G 282 -140.283-120.833 -19.543 1.00134.91 C \ ANISOU17402 CD1 PHE G 282 11291 20272 19695 1402 321 4024 C \ ATOM 17403 CD2 PHE G 282 -139.448-121.574 -21.660 1.00130.13 C \ ANISOU17403 CD2 PHE G 282 10711 19143 19592 1599 697 4078 C \ ATOM 17404 CE1 PHE G 282 -139.560-121.819 -18.917 1.00134.72 C \ ANISOU17404 CE1 PHE G 282 11027 20399 19763 1521 252 4365 C \ ATOM 17405 CE2 PHE G 282 -138.729-122.556 -21.040 1.00129.15 C \ ANISOU17405 CE2 PHE G 282 10342 19141 19588 1729 635 4395 C \ ATOM 17406 CZ PHE G 282 -138.783-122.683 -19.670 1.00132.35 C \ ANISOU17406 CZ PHE G 282 10614 19881 19792 1690 406 4557 C \ ATOM 17407 N ALA G 283 -138.900-118.012 -23.284 1.00132.48 N \ ANISOU17407 N ALA G 283 11140 19315 19881 1155 712 3380 N \ ATOM 17408 CA ALA G 283 -137.634-117.827 -23.990 1.00136.18 C \ ANISOU17408 CA ALA G 283 11419 19746 20579 1156 795 3433 C \ ATOM 17409 C ALA G 283 -136.745-116.758 -23.349 1.00139.70 C \ ANISOU17409 C ALA G 283 11642 20438 20999 997 595 3371 C \ ATOM 17410 O ALA G 283 -135.544-116.956 -23.130 1.00139.10 O \ ANISOU17410 O ALA G 283 11291 20505 21058 1032 554 3529 O \ ATOM 17411 CB ALA G 283 -137.909-117.451 -25.430 1.00135.36 C \ ANISOU17411 CB ALA G 283 11502 19352 20575 1118 1005 3282 C \ ATOM 17412 N HIS G 284 -137.362-115.627 -23.037 1.00140.53 N \ ANISOU17412 N HIS G 284 11861 20587 20947 823 468 3131 N \ ATOM 17413 CA HIS G 284 -136.655-114.460 -22.553 1.00142.33 C \ ANISOU17413 CA HIS G 284 11911 21001 21167 646 289 3007 C \ ATOM 17414 C HIS G 284 -136.039-114.697 -21.163 1.00147.84 C \ ANISOU17414 C HIS G 284 12350 22071 21752 645 70 3135 C \ ATOM 17415 O HIS G 284 -134.844-114.471 -20.970 1.00150.03 O \ ANISOU17415 O HIS G 284 12362 22502 22139 608 -7 3220 O \ ATOM 17416 CB HIS G 284 -137.634-113.284 -22.544 1.00139.74 C \ ANISOU17416 CB HIS G 284 11782 20592 20719 475 214 2702 C \ ATOM 17417 CG HIS G 284 -136.995-111.944 -22.377 1.00142.63 C \ ANISOU17417 CG HIS G 284 12004 21043 21146 277 69 2527 C \ ATOM 17418 ND1 HIS G 284 -135.968-111.503 -23.180 1.00145.22 N \ ANISOU17418 ND1 HIS G 284 12198 21285 21694 222 136 2568 N \ ATOM 17419 CD2 HIS G 284 -137.264-110.932 -21.519 1.00145.10 C \ ANISOU17419 CD2 HIS G 284 12282 21509 21339 113 -136 2294 C \ ATOM 17420 CE1 HIS G 284 -135.616-110.284 -22.811 1.00148.49 C \ ANISOU17420 CE1 HIS G 284 12500 21785 22134 32 -30 2387 C \ ATOM 17421 NE2 HIS G 284 -136.387-109.915 -21.804 1.00148.57 N \ ANISOU17421 NE2 HIS G 284 12567 21935 21946 -35 -196 2206 N \ ATOM 17422 N HIS G 285 -136.828-115.216 -20.222 1.00149.86 N \ ANISOU17422 N HIS G 285 12669 22482 21787 687 -25 3175 N \ ATOM 17423 CA HIS G 285 -136.395-115.299 -18.819 1.00152.61 C \ ANISOU17423 CA HIS G 285 12786 23233 21964 646 -259 3271 C \ ATOM 17424 C HIS G 285 -135.824-116.601 -18.261 1.00155.29 C \ ANISOU17424 C HIS G 285 12931 23740 22333 811 -286 3641 C \ ATOM 17425 O HIS G 285 -135.358-116.589 -17.124 1.00158.76 O \ ANISOU17425 O HIS G 285 13151 24541 22629 756 -495 3737 O \ ATOM 17426 CB HIS G 285 -137.504-114.827 -17.879 1.00151.44 C \ ANISOU17426 CB HIS G 285 12767 23262 21511 534 -403 3062 C \ ATOM 17427 CG HIS G 285 -137.616-113.343 -17.770 1.00152.17 C \ ANISOU17427 CG HIS G 285 12877 23384 21557 322 -513 2706 C \ ATOM 17428 ND1 HIS G 285 -138.393-112.594 -18.626 1.00150.64 N \ ANISOU17428 ND1 HIS G 285 12922 22879 21434 258 -408 2455 N \ ATOM 17429 CD2 HIS G 285 -137.065-112.469 -16.895 1.00156.80 C \ ANISOU17429 CD2 HIS G 285 13261 24267 22050 156 -725 2557 C \ ATOM 17430 CE1 HIS G 285 -138.315-111.320 -18.287 1.00154.48 C \ ANISOU17430 CE1 HIS G 285 13351 23445 21898 68 -550 2170 C \ ATOM 17431 NE2 HIS G 285 -137.514-111.216 -17.241 1.00158.57 N \ ANISOU17431 NE2 HIS G 285 13604 24330 22315 1 -740 2210 N \ ATOM 17432 N ARG G 286 -135.880-117.715 -18.995 1.00155.02 N \ ANISOU17432 N ARG G 286 12962 23460 22480 1005 -90 3847 N \ ATOM 17433 CA ARG G 286 -135.232-118.940 -18.488 1.00159.57 C \ ANISOU17433 CA ARG G 286 13315 24164 23150 1168 -124 4216 C \ ATOM 17434 C ARG G 286 -133.779-119.075 -18.908 1.00160.97 C \ ANISOU17434 C ARG G 286 13216 24334 23613 1226 -87 4370 C \ ATOM 17435 O ARG G 286 -133.474-119.571 -19.987 1.00160.32 O \ ANISOU17435 O ARG G 286 13158 23965 23793 1352 132 4421 O \ ATOM 17436 CB ARG G 286 -135.973-120.206 -18.900 1.00159.96 C \ ANISOU17436 CB ARG G 286 13528 23969 23282 1360 47 4384 C \ ATOM 17437 CG ARG G 286 -135.332-121.490 -18.319 1.00163.48 C \ ANISOU17437 CG ARG G 286 13727 24528 23861 1530 -5 4788 C \ ATOM 17438 CD ARG G 286 -134.851-121.374 -16.812 1.00228.93 C \ ANISOU17438 CD ARG G 286 21753 33293 31939 1440 -305 4962 C \ ATOM 17439 NE ARG G 286 -135.916-121.253 -15.795 1.00227.84 N \ ANISOU17439 NE ARG G 286 21736 33397 31435 1340 -453 4913 N \ ATOM 17440 CZ ARG G 286 -135.903-120.398 -14.766 1.00226.79 C \ ANISOU17440 CZ ARG G 286 21513 33653 31003 1151 -679 4784 C \ ATOM 17441 NH1 ARG G 286 -134.861-119.601 -14.564 1.00229.35 N1+ \ ANISOU17441 NH1 ARG G 286 21618 34169 31356 1040 -800 4709 N1+ \ ATOM 17442 NH2 ARG G 286 -136.920-120.365 -13.911 1.00223.51 N \ ANISOU17442 NH2 ARG G 286 21212 33452 30259 1070 -783 4728 N \ ATOM 17443 N GLN G 287 -132.884-118.666 -18.023 1.00163.28 N \ ANISOU17443 N GLN G 287 13230 24963 23846 1133 -302 4442 N \ ATOM 17444 CA GLN G 287 -131.504-118.488 -18.411 1.00165.88 C \ ANISOU17444 CA GLN G 287 13292 25307 24426 1141 -287 4524 C \ ATOM 17445 C GLN G 287 -130.441-118.798 -17.370 1.00168.68 C \ ANISOU17445 C GLN G 287 13282 26020 24788 1150 -503 4791 C \ ATOM 17446 O GLN G 287 -130.709-118.975 -16.197 1.00170.69 O \ ANISOU17446 O GLN G 287 13466 26584 24804 1107 -709 4899 O \ ATOM 17447 CB GLN G 287 -131.329-117.047 -18.883 1.00168.63 C \ ANISOU17447 CB GLN G 287 13695 25617 24761 940 -294 4199 C \ ATOM 17448 CG GLN G 287 -132.309-116.044 -18.213 1.00232.03 C \ ANISOU17448 CG GLN G 287 21900 33781 32478 747 -448 3906 C \ ATOM 17449 CD GLN G 287 -132.138-115.918 -16.694 1.00234.80 C \ ANISOU17449 CD GLN G 287 22056 34584 32574 651 -734 3962 C \ ATOM 17450 OE1 GLN G 287 -131.030-116.040 -16.163 1.00240.31 O \ ANISOU17450 OE1 GLN G 287 22445 35528 33332 645 -867 4144 O \ ATOM 17451 NE2 GLN G 287 -133.235-115.629 -15.998 1.00231.35 N \ ANISOU17451 NE2 GLN G 287 21788 34271 31842 563 -830 3791 N \ ATOM 17452 N ALA G 288 -129.208-118.815 -17.828 1.00174.12 N \ ANISOU17452 N ALA G 288 13728 26682 25749 1192 -457 4895 N \ ATOM 17453 CA ALA G 288 -128.072-118.953 -16.953 1.00186.27 C \ ANISOU17453 CA ALA G 288 14895 28553 27326 1181 -665 5129 C \ ATOM 17454 C ALA G 288 -127.119-117.816 -17.284 1.00193.83 C \ ANISOU17454 C ALA G 288 15700 29570 28376 1023 -699 4946 C \ ATOM 17455 O ALA G 288 -125.912-118.021 -17.393 1.00198.78 O \ ANISOU17455 O ALA G 288 16031 30259 29236 1075 -709 5121 O \ ATOM 17456 CB ALA G 288 -127.408-120.306 -17.147 1.00190.10 C \ ANISOU17456 CB ALA G 288 15176 28938 28117 1424 -575 5499 C \ ATOM 17457 N ASN G 289 -127.657-116.635 -17.547 1.00193.23 N \ ANISOU17457 N ASN G 289 15826 29435 28159 836 -699 4597 N \ ATOM 17458 CA ASN G 289 -126.775-115.519 -17.854 1.00198.02 C \ ANISOU17458 CA ASN G 289 16285 30084 28871 671 -741 4429 C \ ATOM 17459 C ASN G 289 -127.408-114.144 -17.658 1.00207.44 C \ ANISOU17459 C ASN G 289 17646 31313 29858 430 -846 4057 C \ ATOM 17460 O ASN G 289 -126.853-113.281 -16.966 1.00212.21 O \ ANISOU17460 O ASN G 289 18065 32181 30383 251 -1056 3945 O \ ATOM 17461 CB ASN G 289 -126.232-115.672 -19.271 1.00190.37 C \ ANISOU17461 CB ASN G 289 15318 28786 28227 764 -468 4446 C \ ATOM 17462 CG ASN G 289 -127.325-115.720 -20.302 1.00179.71 C \ ANISOU17462 CG ASN G 289 14332 27075 26873 807 -230 4281 C \ ATOM 17463 OD1 ASN G 289 -128.494-115.481 -19.995 1.00173.10 O \ ANISOU17463 OD1 ASN G 289 13753 26213 25804 751 -274 4124 O \ ATOM 17464 ND2 ASN G 289 -126.956-116.025 -21.534 1.00178.02 N \ ANISOU17464 ND2 ASN G 289 14133 26597 26910 902 25 4309 N \ ATOM 17465 N GLY G 290 -128.541-113.935 -18.324 1.00209.68 N \ ANISOU17465 N GLY G 290 18269 31314 30087 427 -695 3860 N \ ATOM 17466 CA GLY G 290 -129.293-112.702 -18.224 1.00213.04 C \ ANISOU17466 CA GLY G 290 18878 31711 30357 224 -773 3506 C \ ATOM 17467 C GLY G 290 -129.974-112.437 -19.547 1.00214.34 C \ ANISOU17467 C GLY G 290 19331 31464 30643 238 -533 3358 C \ ATOM 17468 O GLY G 290 -131.174-112.169 -19.618 1.00211.60 O \ ANISOU17468 O GLY G 290 19261 30985 30152 203 -505 3170 O \ ATOM 17469 N VAL G 291 -129.175-112.560 -20.605 1.00223.06 N \ ANISOU17469 N VAL G 291 20354 32385 32014 292 -357 3460 N \ ATOM 17470 CA VAL G 291 -129.597-112.275 -21.970 1.00221.11 C \ ANISOU17470 CA VAL G 291 20331 31782 31897 286 -124 3350 C \ ATOM 17471 C VAL G 291 -129.692-113.547 -22.816 1.00211.01 C \ ANISOU17471 C VAL G 291 19133 30301 30740 514 132 3547 C \ ATOM 17472 O VAL G 291 -129.691-113.477 -24.043 1.00211.57 O \ ANISOU17472 O VAL G 291 19309 30124 30954 524 349 3509 O \ ATOM 17473 CB VAL G 291 -128.600-111.276 -22.673 1.00261.28 C \ ANISOU17473 CB VAL G 291 25262 36818 37196 131 -101 3280 C \ ATOM 17474 CG1 VAL G 291 -129.341-110.282 -23.563 1.00258.88 C \ ANISOU17474 CG1 VAL G 291 25207 36242 36913 -13 -16 3049 C \ ATOM 17475 CG2 VAL G 291 -127.729-110.538 -21.646 1.00263.01 C \ ANISOU17475 CG2 VAL G 291 25194 37344 37394 -23 -365 3239 C \ ATOM 17476 N GLU G 292 -129.808-114.708 -22.180 1.00200.86 N \ ANISOU17476 N GLU G 292 17797 29118 29402 689 110 3751 N \ ATOM 17477 CA GLU G 292 -129.907-115.937 -22.958 1.00193.67 C \ ANISOU17477 CA GLU G 292 16951 27994 28641 908 350 3918 C \ ATOM 17478 C GLU G 292 -131.290-116.029 -23.535 1.00184.52 C \ ANISOU17478 C GLU G 292 16159 26584 27365 927 487 3770 C \ ATOM 17479 O GLU G 292 -132.146-116.692 -22.959 1.00186.01 O \ ANISOU17479 O GLU G 292 16477 26790 27410 1015 447 3823 O \ ATOM 17480 CB GLU G 292 -129.647-117.181 -22.090 1.00197.13 C \ ANISOU17480 CB GLU G 292 17216 28590 29094 1092 275 4205 C \ ATOM 17481 CG GLU G 292 -129.402-118.526 -22.814 1.00196.36 C \ ANISOU17481 CG GLU G 292 17078 28284 29244 1335 508 4408 C \ ATOM 17482 CD GLU G 292 -130.310-119.661 -22.329 1.00193.30 C \ ANISOU17482 CD GLU G 292 16822 27846 28778 1495 510 4554 C \ ATOM 17483 OE1 GLU G 292 -130.496-119.826 -21.098 1.00194.10 O1- \ ANISOU17483 OE1 GLU G 292 16847 28199 28703 1479 284 4678 O1- \ ATOM 17484 OE2 GLU G 292 -130.798-120.421 -23.190 1.00189.71 O \ ANISOU17484 OE2 GLU G 292 16529 27110 28444 1633 739 4554 O \ ATOM 17485 N ASP G 293 -131.553-115.345 -24.636 1.00177.00 N \ ANISOU17485 N ASP G 293 15375 25412 26465 833 635 3593 N \ ATOM 17486 CA ASP G 293 -132.839-115.568 -25.261 1.00174.51 C \ ANISOU17486 CA ASP G 293 15396 24854 26057 870 777 3481 C \ ATOM 17487 C ASP G 293 -132.640-116.854 -26.038 1.00171.42 C \ ANISOU17487 C ASP G 293 14997 24299 25837 1081 1021 3641 C \ ATOM 17488 O ASP G 293 -131.842-116.856 -26.978 1.00171.44 O \ ANISOU17488 O ASP G 293 14890 24220 26029 1092 1188 3662 O \ ATOM 17489 CB ASP G 293 -133.235-114.415 -26.186 1.00175.88 C \ ANISOU17489 CB ASP G 293 15748 24851 26225 692 842 3260 C \ ATOM 17490 CG ASP G 293 -134.722-114.063 -26.074 1.00176.28 C \ ANISOU17490 CG ASP G 293 16115 24785 26079 635 803 3080 C \ ATOM 17491 OD1 ASP G 293 -135.080-113.254 -25.192 1.00178.17 O1- \ ANISOU17491 OD1 ASP G 293 16363 25154 26180 506 591 2943 O1- \ ATOM 17492 OD2 ASP G 293 -135.538-114.608 -26.851 1.00174.59 O \ ANISOU17492 OD2 ASP G 293 16130 24355 25850 718 982 3065 O \ ATOM 17493 N ASP G 294 -133.320-117.942 -25.635 1.00167.91 N \ ANISOU17493 N ASP G 294 14645 23815 25340 1243 1042 3750 N \ ATOM 17494 CA ASP G 294 -133.075-119.244 -26.270 1.00165.70 C \ ANISOU17494 CA ASP G 294 14321 23373 25264 1457 1260 3901 C \ ATOM 17495 C ASP G 294 -133.159-119.168 -27.759 1.00161.60 C \ ANISOU17495 C ASP G 294 13939 22612 24849 1448 1529 3768 C \ ATOM 17496 O ASP G 294 -134.229-119.299 -28.334 1.00154.02 O \ ANISOU17496 O ASP G 294 13261 21464 23795 1451 1644 3650 O \ ATOM 17497 CB ASP G 294 -133.994-120.378 -25.806 1.00166.70 C \ ANISOU17497 CB ASP G 294 14581 23425 25333 1615 1269 4011 C \ ATOM 17498 CG ASP G 294 -133.819-120.731 -24.359 1.00175.24 C \ ANISOU17498 CG ASP G 294 15487 24765 26330 1653 1026 4210 C \ ATOM 17499 OD1 ASP G 294 -133.440-119.848 -23.568 1.00181.05 O1- \ ANISOU17499 OD1 ASP G 294 16101 25754 26936 1507 811 4177 O1- \ ATOM 17500 OD2 ASP G 294 -134.040-121.913 -24.018 1.00177.10 O \ ANISOU17500 OD2 ASP G 294 15697 24956 26640 1824 1048 4408 O \ ATOM 17501 N LEU G 295 -131.980-119.015 -28.353 1.00168.65 N \ ANISOU17501 N LEU G 295 14608 23534 25936 1439 1628 3802 N \ ATOM 17502 CA LEU G 295 -131.769-118.898 -29.782 1.00168.26 C \ ANISOU17502 CA LEU G 295 14614 23324 25993 1412 1887 3695 C \ ATOM 17503 C LEU G 295 -132.561-120.034 -30.453 1.00163.87 C \ ANISOU17503 C LEU G 295 14250 22541 25474 1577 2109 3674 C \ ATOM 17504 O LEU G 295 -133.130-119.883 -31.540 1.00161.06 O \ ANISOU17504 O LEU G 295 14103 22025 25068 1524 2292 3525 O \ ATOM 17505 CB LEU G 295 -130.246-118.954 -30.072 1.00222.67 C \ ANISOU17505 CB LEU G 295 21160 30322 33124 1440 1959 3795 C \ ATOM 17506 CG LEU G 295 -129.500-118.076 -31.097 1.00221.44 C \ ANISOU17506 CG LEU G 295 20919 30180 33037 1284 2083 3704 C \ ATOM 17507 CD1 LEU G 295 -129.419-116.616 -30.633 1.00219.94 C \ ANISOU17507 CD1 LEU G 295 20724 30121 32720 1044 1855 3633 C \ ATOM 17508 CD2 LEU G 295 -128.102-118.616 -31.373 1.00222.74 C \ ANISOU17508 CD2 LEU G 295 20737 30424 33472 1391 2206 3825 C \ ATOM 17509 N LEU G 296 -132.663-121.138 -29.717 1.00158.23 N \ ANISOU17509 N LEU G 296 13467 21820 24834 1763 2065 3831 N \ ATOM 17510 CA LEU G 296 -133.337-122.331 -30.164 1.00150.23 C \ ANISOU17510 CA LEU G 296 12592 20590 23899 1936 2247 3836 C \ ATOM 17511 C LEU G 296 -134.837-122.338 -29.875 1.00152.51 C \ ANISOU17511 C LEU G 296 13208 20786 23954 1905 2181 3757 C \ ATOM 17512 O LEU G 296 -135.618-122.660 -30.770 1.00153.86 O \ ANISOU17512 O LEU G 296 13605 20755 24100 1926 2367 3628 O \ ATOM 17513 CB LEU G 296 -132.675-123.537 -29.507 1.00144.10 C \ ANISOU17513 CB LEU G 296 11554 19833 23364 2153 2225 4072 C \ ATOM 17514 CG LEU G 296 -131.289-123.798 -30.069 1.00143.80 C \ ANISOU17514 CG LEU G 296 11205 19816 23616 2229 2369 4123 C \ ATOM 17515 CD1 LEU G 296 -130.445-124.737 -29.196 1.00147.40 C \ ANISOU17515 CD1 LEU G 296 11337 20344 24323 2414 2272 4395 C \ ATOM 17516 CD2 LEU G 296 -131.509-124.375 -31.441 1.00142.63 C \ ANISOU17516 CD2 LEU G 296 11169 19434 23589 2301 2694 3960 C \ ATOM 17517 N ILE G 297 -135.270-121.953 -28.672 1.00151.30 N \ ANISOU17517 N ILE G 297 13082 20790 23617 1843 1923 3816 N \ ATOM 17518 CA ILE G 297 -136.709-122.043 -28.390 1.00147.22 C \ ANISOU17518 CA ILE G 297 12861 20187 22889 1826 1875 3743 C \ ATOM 17519 C ILE G 297 -137.454-120.947 -29.137 1.00147.16 C \ ANISOU17519 C ILE G 297 13110 20097 22708 1643 1914 3500 C \ ATOM 17520 O ILE G 297 -138.605-121.151 -29.514 1.00147.14 O \ ANISOU17520 O ILE G 297 13373 19934 22598 1647 1990 3400 O \ ATOM 17521 CB ILE G 297 -137.087-122.031 -26.883 1.00126.58 C \ ANISOU17521 CB ILE G 297 10212 17779 20103 1813 1605 3864 C \ ATOM 17522 CG1 ILE G 297 -138.448-122.680 -26.661 1.00123.00 C \ ANISOU17522 CG1 ILE G 297 10009 17204 19522 1875 1619 3859 C \ ATOM 17523 CG2 ILE G 297 -137.349-120.668 -26.392 1.00131.01 C \ ANISOU17523 CG2 ILE G 297 10837 18505 20436 1604 1415 3712 C \ ATOM 17524 CD1 ILE G 297 -138.817-122.811 -25.184 1.00117.16 C \ ANISOU17524 CD1 ILE G 297 9218 16692 18605 1869 1373 4001 C \ ATOM 17525 N GLN G 298 -136.791-119.805 -29.372 1.00146.97 N \ ANISOU17525 N GLN G 298 12994 20173 22676 1481 1861 3420 N \ ATOM 17526 CA GLN G 298 -137.366-118.702 -30.150 1.00140.13 C \ ANISOU17526 CA GLN G 298 12334 19219 21691 1297 1892 3220 C \ ATOM 17527 C GLN G 298 -137.480-119.221 -31.578 1.00138.65 C \ ANISOU17527 C GLN G 298 12255 18831 21595 1348 2179 3162 C \ ATOM 17528 O GLN G 298 -138.258-118.703 -32.367 1.00135.89 O \ ANISOU17528 O GLN G 298 12133 18360 21139 1240 2251 3022 O \ ATOM 17529 CB GLN G 298 -136.496-117.422 -30.084 1.00140.95 C \ ANISOU17529 CB GLN G 298 12273 19465 21814 1115 1771 3177 C \ ATOM 17530 CG GLN G 298 -135.002-117.549 -30.599 1.00256.72 C \ ANISOU17530 CG GLN G 298 26645 34200 36697 1143 1884 3276 C \ ATOM 17531 CD GLN G 298 -134.125-116.248 -30.516 1.00152.28 C \ ANISOU17531 CD GLN G 298 13245 21115 23502 947 1754 3242 C \ ATOM 17532 OE1 GLN G 298 -132.959-116.286 -30.105 1.00149.08 O \ ANISOU17532 OE1 GLN G 298 12550 20869 23226 969 1696 3354 O \ ATOM 17533 NE2 GLN G 298 -134.691-115.115 -30.932 1.00153.97 N \ ANISOU17533 NE2 GLN G 298 13626 21256 23619 756 1710 3094 N \ ATOM 17534 N ARG G 299 -136.689-120.258 -31.879 1.00140.94 N \ ANISOU17534 N ARG G 299 12366 19097 22088 1512 2339 3268 N \ ATOM 17535 CA ARG G 299 -136.668-120.947 -33.170 1.00141.16 C \ ANISOU17535 CA ARG G 299 12449 18961 22226 1586 2630 3201 C \ ATOM 17536 C ARG G 299 -137.533-122.223 -33.126 1.00143.10 C \ ANISOU17536 C ARG G 299 12839 19036 22499 1764 2725 3217 C \ ATOM 17537 O ARG G 299 -137.253-123.203 -33.812 1.00138.87 O \ ANISOU17537 O ARG G 299 12244 18381 22138 1901 2944 3210 O \ ATOM 17538 CB ARG G 299 -135.219-121.281 -33.530 1.00146.20 C \ ANISOU17538 CB ARG G 299 12774 19674 23104 1658 2755 3280 C \ ATOM 17539 CG ARG G 299 -134.664-120.569 -34.749 1.00151.16 C \ ANISOU17539 CG ARG G 299 13369 20322 23742 1515 2920 3173 C \ ATOM 17540 CD ARG G 299 -133.560-121.379 -35.400 1.00158.55 C \ ANISOU17540 CD ARG G 299 14053 21262 24926 1644 3151 3202 C \ ATOM 17541 NE ARG G 299 -132.316-121.369 -34.627 1.00166.80 N \ ANISOU17541 NE ARG G 299 14763 22467 26147 1699 3034 3359 N \ ATOM 17542 CZ ARG G 299 -131.494-122.415 -34.501 1.00174.83 C \ ANISOU17542 CZ ARG G 299 15526 23473 27427 1897 3131 3460 C \ ATOM 17543 NH1 ARG G 299 -131.787-123.580 -35.075 1.00176.72 N1+ \ ANISOU17543 NH1 ARG G 299 15810 23535 27799 2067 3351 3404 N1+ \ ATOM 17544 NH2 ARG G 299 -130.377-122.307 -33.785 1.00178.05 N \ ANISOU17544 NH2 ARG G 299 15624 24042 27984 1929 3003 3614 N \ ATOM 17545 N CYS G 300 -138.577-122.191 -32.286 1.00150.58 N \ ANISOU17545 N CYS G 300 13961 19974 23280 1756 2557 3230 N \ ATOM 17546 CA CYS G 300 -139.738-123.097 -32.362 1.00153.42 C \ ANISOU17546 CA CYS G 300 14540 20155 23598 1859 2632 3204 C \ ATOM 17547 C CYS G 300 -140.743-122.536 -33.391 1.00153.38 C \ ANISOU17547 C CYS G 300 14830 20022 23424 1726 2736 3001 C \ ATOM 17548 O CYS G 300 -141.966-122.586 -33.214 1.00147.34 O \ ANISOU17548 O CYS G 300 14303 19172 22510 1708 2688 2944 O \ ATOM 17549 CB CYS G 300 -140.409-123.297 -30.981 1.00155.57 C \ ANISOU17549 CB CYS G 300 14853 20505 23753 1897 2404 3320 C \ ATOM 17550 SG CYS G 300 -141.564-122.017 -30.303 1.00121.52 S \ ANISOU17550 SG CYS G 300 10770 16289 19113 1698 2171 3195 S \ ATOM 17551 N ARG G 301 -140.184-121.972 -34.457 1.00160.44 N \ ANISOU17551 N ARG G 301 15690 20924 24345 1623 2873 2909 N \ ATOM 17552 CA ARG G 301 -140.924-121.382 -35.565 1.00159.87 C \ ANISOU17552 CA ARG G 301 15852 20763 24129 1479 2979 2748 C \ ATOM 17553 C ARG G 301 -141.691-122.439 -36.380 1.00160.15 C \ ANISOU17553 C ARG G 301 16060 20614 24177 1578 3195 2658 C \ ATOM 17554 O ARG G 301 -142.604-122.118 -37.142 1.00157.16 O \ ANISOU17554 O ARG G 301 15915 20150 23648 1474 3256 2535 O \ ATOM 17555 CB ARG G 301 -139.924-120.611 -36.459 1.00159.30 C \ ANISOU17555 CB ARG G 301 15641 20784 24102 1347 3076 2716 C \ ATOM 17556 CG ARG G 301 -139.036-119.598 -35.709 1.00160.50 C \ ANISOU17556 CG ARG G 301 15591 21113 24279 1245 2874 2800 C \ ATOM 17557 CD ARG G 301 -137.946-118.947 -36.573 1.00164.01 C \ ANISOU17557 CD ARG G 301 15864 21654 24800 1125 2980 2796 C \ ATOM 17558 NE ARG G 301 -137.206-117.917 -35.830 1.00168.17 N \ ANISOU17558 NE ARG G 301 16214 22333 25350 1011 2768 2864 N \ ATOM 17559 CZ ARG G 301 -136.207-117.178 -36.326 1.00172.13 C \ ANISOU17559 CZ ARG G 301 16538 22939 25924 883 2801 2887 C \ ATOM 17560 NH1 ARG G 301 -135.801-117.362 -37.572 1.00174.86 N1+ \ ANISOU17560 NH1 ARG G 301 16851 23278 26309 853 3045 2852 N1+ \ ATOM 17561 NH2 ARG G 301 -135.597-116.261 -35.575 1.00172.06 N \ ANISOU17561 NH2 ARG G 301 16372 23057 25946 779 2592 2938 N \ ATOM 17562 N LEU G 302 -141.320-123.701 -36.189 1.00163.76 N \ ANISOU17562 N LEU G 302 16389 21003 24829 1779 3299 2724 N \ ATOM 17563 CA LEU G 302 -141.957-124.829 -36.864 1.00165.17 C \ ANISOU17563 CA LEU G 302 16694 20991 25070 1893 3503 2633 C \ ATOM 17564 C LEU G 302 -142.499-125.785 -35.826 1.00164.42 C \ ANISOU17564 C LEU G 302 16616 20804 25051 2055 3402 2753 C \ ATOM 17565 O LEU G 302 -143.306-126.669 -36.138 1.00159.77 O \ ANISOU17565 O LEU G 302 16173 20040 24493 2139 3513 2692 O \ ATOM 17566 CB LEU G 302 -140.968-125.592 -37.745 1.00168.16 C \ ANISOU17566 CB LEU G 302 16879 21339 25676 1993 3762 2578 C \ ATOM 17567 CG LEU G 302 -141.634-126.267 -38.947 1.00165.74 C \ ANISOU17567 CG LEU G 302 16742 20878 25353 2007 4012 2383 C \ ATOM 17568 CD1 LEU G 302 -141.531-125.367 -40.188 1.00166.50 C \ ANISOU17568 CD1 LEU G 302 16911 21077 25276 1805 4138 2238 C \ ATOM 17569 CD2 LEU G 302 -141.084-127.668 -39.187 1.00163.96 C \ ANISOU17569 CD2 LEU G 302 16341 20521 25434 2219 4217 2355 C \ ATOM 17570 N ALA G 303 -142.003-125.634 -34.601 1.00168.63 N \ ANISOU17570 N ALA G 303 16981 21469 25621 2095 3194 2935 N \ ATOM 17571 CA ALA G 303 -142.392-126.525 -33.526 1.00169.25 C \ ANISOU17571 CA ALA G 303 17035 21503 25771 2239 3080 3098 C \ ATOM 17572 C ALA G 303 -143.887-126.451 -33.385 1.00165.17 C \ ANISOU17572 C ALA G 303 16817 20900 25040 2180 3018 3025 C \ ATOM 17573 O ALA G 303 -144.561-127.418 -33.705 1.00165.47 O \ ANISOU17573 O ALA G 303 16968 20751 25152 2278 3139 2994 O \ ATOM 17574 CB ALA G 303 -141.710-126.174 -32.220 1.00171.63 C \ ANISOU17574 CB ALA G 303 17124 22015 26071 2244 2839 3298 C \ ATOM 17575 N PHE G 304 -144.430-125.314 -32.956 1.00163.34 N \ ANISOU17575 N PHE G 304 16711 20791 24561 2020 2840 2980 N \ ATOM 17576 CA PHE G 304 -145.881-125.306 -32.762 1.00163.07 C \ ANISOU17576 CA PHE G 304 16944 20673 24340 1978 2782 2913 C \ ATOM 17577 C PHE G 304 -146.858-124.969 -33.930 1.00146.66 C \ ANISOU17577 C PHE G 304 15139 18452 22132 1872 2912 2704 C \ ATOM 17578 O PHE G 304 -148.065-125.042 -33.747 1.00145.43 O \ ANISOU17578 O PHE G 304 15192 18222 21843 1849 2865 2658 O \ ATOM 17579 CB PHE G 304 -146.320-124.909 -31.322 1.00174.18 C \ ANISOU17579 CB PHE G 304 18347 22245 25588 1943 2519 3018 C \ ATOM 17580 CG PHE G 304 -146.568-123.443 -31.086 1.00168.66 C \ ANISOU17580 CG PHE G 304 17720 21684 24680 1753 2359 2903 C \ ATOM 17581 CD1 PHE G 304 -146.657-122.539 -32.117 1.00166.01 C \ ANISOU17581 CD1 PHE G 304 17496 21291 24290 1616 2432 2736 C \ ATOM 17582 CD2 PHE G 304 -146.739-122.990 -29.785 1.00165.34 C \ ANISOU17582 CD2 PHE G 304 17244 21456 24122 1709 2128 2965 C \ ATOM 17583 CE1 PHE G 304 -146.924-121.232 -31.858 1.00165.36 C \ ANISOU17583 CE1 PHE G 304 17469 21301 24061 1450 2275 2640 C \ ATOM 17584 CE2 PHE G 304 -146.986-121.681 -29.520 1.00162.88 C \ ANISOU17584 CE2 PHE G 304 16984 21253 23650 1543 1981 2835 C \ ATOM 17585 CZ PHE G 304 -147.077-120.797 -30.552 1.00164.49 C \ ANISOU17585 CZ PHE G 304 17297 21360 23841 1417 2051 2675 C \ ATOM 17586 N PRO G 305 -146.346-124.563 -35.109 1.00146.24 N \ ANISOU17586 N PRO G 305 15077 18383 22106 1795 3067 2588 N \ ATOM 17587 CA PRO G 305 -147.227-124.696 -36.279 1.00142.14 C \ ANISOU17587 CA PRO G 305 14787 17715 21504 1739 3231 2422 C \ ATOM 17588 C PRO G 305 -147.590-126.162 -36.555 1.00142.52 C \ ANISOU17588 C PRO G 305 14872 17581 21698 1904 3399 2408 C \ ATOM 17589 O PRO G 305 -148.697-126.440 -37.009 1.00139.94 O \ ANISOU17589 O PRO G 305 14766 17126 21277 1881 3458 2304 O \ ATOM 17590 CB PRO G 305 -146.388-124.121 -37.418 1.00141.65 C \ ANISOU17590 CB PRO G 305 14648 17713 21459 1636 3373 2337 C \ ATOM 17591 CG PRO G 305 -145.576-123.106 -36.756 1.00145.21 C \ ANISOU17591 CG PRO G 305 14936 18338 21899 1555 3199 2427 C \ ATOM 17592 CD PRO G 305 -145.207-123.680 -35.410 1.00148.34 C \ ANISOU17592 CD PRO G 305 15170 18790 22402 1700 3061 2589 C \ ATOM 17593 N LEU G 306 -146.666-127.091 -36.327 1.00147.13 N \ ANISOU17593 N LEU G 306 15233 18140 22530 2067 3479 2505 N \ ATOM 17594 CA LEU G 306 -147.008-128.511 -36.469 1.00148.90 C \ ANISOU17594 CA LEU G 306 15470 18163 22943 2233 3620 2502 C \ ATOM 17595 C LEU G 306 -147.583-129.119 -35.171 1.00146.69 C \ ANISOU17595 C LEU G 306 15195 17846 22695 2337 3448 2689 C \ ATOM 17596 O LEU G 306 -148.358-130.071 -35.224 1.00144.23 O \ ANISOU17596 O LEU G 306 14987 17353 22459 2422 3515 2679 O \ ATOM 17597 CB LEU G 306 -145.809-129.333 -37.016 1.00143.10 C \ ANISOU17597 CB LEU G 306 14490 17373 22507 2368 3822 2489 C \ ATOM 17598 CG LEU G 306 -144.549-129.664 -36.194 1.00142.90 C \ ANISOU17598 CG LEU G 306 14146 17427 22724 2501 3753 2692 C \ ATOM 17599 CD1 LEU G 306 -144.681-130.965 -35.381 1.00141.30 C \ ANISOU17599 CD1 LEU G 306 13847 17070 22770 2701 3719 2867 C \ ATOM 17600 CD2 LEU G 306 -143.322-129.701 -37.092 1.00143.78 C \ ANISOU17600 CD2 LEU G 306 14050 17575 23006 2523 3953 2598 C \ ATOM 17601 N GLY G 307 -147.270-128.519 -34.024 1.00148.09 N \ ANISOU17601 N GLY G 307 15267 18209 22792 2309 3222 2853 N \ ATOM 17602 CA GLY G 307 -147.810-128.963 -32.750 1.00151.78 C \ ANISOU17602 CA GLY G 307 15731 18705 23235 2374 3044 3042 C \ ATOM 17603 C GLY G 307 -149.280-128.618 -32.648 1.00155.63 C \ ANISOU17603 C GLY G 307 16499 19157 23475 2274 2974 2948 C \ ATOM 17604 O GLY G 307 -150.035-129.224 -31.870 1.00155.90 O \ ANISOU17604 O GLY G 307 16588 19158 23490 2330 2889 3064 O \ ATOM 17605 N PHE G 308 -149.675-127.643 -33.467 1.00156.92 N \ ANISOU17605 N PHE G 308 16830 19331 23460 2121 3011 2749 N \ ATOM 17606 CA PHE G 308 -151.057-127.180 -33.579 1.00151.91 C \ ANISOU17606 CA PHE G 308 16464 18652 22602 2012 2959 2630 C \ ATOM 17607 C PHE G 308 -151.836-128.140 -34.477 1.00148.57 C \ ANISOU17607 C PHE G 308 16203 17997 22251 2068 3149 2525 C \ ATOM 17608 O PHE G 308 -153.002-128.426 -34.240 1.00148.64 O \ ANISOU17608 O PHE G 308 16384 17925 22168 2062 3112 2510 O \ ATOM 17609 CB PHE G 308 -151.072-125.767 -34.193 1.00147.75 C \ ANISOU17609 CB PHE G 308 16024 18210 21903 1827 2924 2478 C \ ATOM 17610 CG PHE G 308 -152.417-125.108 -34.181 1.00142.31 C \ ANISOU17610 CG PHE G 308 15576 17496 21000 1708 2833 2370 C \ ATOM 17611 CD1 PHE G 308 -152.830-124.381 -33.077 1.00139.63 C \ ANISOU17611 CD1 PHE G 308 15243 17293 20517 1647 2617 2402 C \ ATOM 17612 CD2 PHE G 308 -153.267-125.214 -35.267 1.00140.54 C \ ANISOU17612 CD2 PHE G 308 15559 17120 20719 1655 2964 2225 C \ ATOM 17613 CE1 PHE G 308 -154.064-123.782 -33.056 1.00138.03 C \ ANISOU17613 CE1 PHE G 308 15243 17059 20144 1546 2538 2290 C \ ATOM 17614 CE2 PHE G 308 -154.511-124.620 -35.248 1.00138.15 C \ ANISOU17614 CE2 PHE G 308 15464 16787 20239 1551 2873 2136 C \ ATOM 17615 CZ PHE G 308 -154.910-123.904 -34.144 1.00137.26 C \ ANISOU17615 CZ PHE G 308 15350 16794 20010 1502 2664 2167 C \ ATOM 17616 N LEU G 309 -151.169-128.656 -35.498 1.00144.67 N \ ANISOU17616 N LEU G 309 15639 17403 21925 2120 3358 2443 N \ ATOM 17617 CA LEU G 309 -151.788-129.585 -36.421 1.00139.69 C \ ANISOU17617 CA LEU G 309 15137 16562 21377 2168 3555 2310 C \ ATOM 17618 C LEU G 309 -151.934-130.943 -35.754 1.00146.68 C \ ANISOU17618 C LEU G 309 15946 17298 22489 2346 3568 2450 C \ ATOM 17619 O LEU G 309 -152.735-131.766 -36.187 1.00148.28 O \ ANISOU17619 O LEU G 309 16277 17309 22753 2387 3676 2368 O \ ATOM 17620 CB LEU G 309 -150.966-129.656 -37.697 1.00132.46 C \ ANISOU17620 CB LEU G 309 14147 15624 20559 2156 3778 2155 C \ ATOM 17621 CG LEU G 309 -151.562-128.785 -38.795 1.00122.26 C \ ANISOU17621 CG LEU G 309 13057 14368 19029 1970 3837 1964 C \ ATOM 17622 CD1 LEU G 309 -151.592-127.332 -38.351 1.00118.02 C \ ANISOU17622 CD1 LEU G 309 12553 14009 18281 1819 3634 2018 C \ ATOM 17623 CD2 LEU G 309 -150.731-128.906 -40.048 1.00119.91 C \ ANISOU17623 CD2 LEU G 309 12669 14087 18804 1948 4067 1817 C \ ATOM 17624 N ALA G 310 -151.149-131.160 -34.698 1.00154.44 N \ ANISOU17624 N ALA G 310 16710 18371 23601 2443 3447 2674 N \ ATOM 17625 CA ALA G 310 -151.221-132.377 -33.882 1.00163.05 C \ ANISOU17625 CA ALA G 310 17694 19344 24913 2605 3415 2877 C \ ATOM 17626 C ALA G 310 -152.406-132.328 -32.915 1.00167.58 C \ ANISOU17626 C ALA G 310 18414 19959 25298 2562 3237 2988 C \ ATOM 17627 O ALA G 310 -153.049-133.350 -32.652 1.00169.76 O \ ANISOU17627 O ALA G 310 18728 20071 25700 2648 3258 3074 O \ ATOM 17628 CB ALA G 310 -149.920-132.592 -33.112 1.00166.33 C \ ANISOU17628 CB ALA G 310 17803 19866 25527 2713 3337 3101 C \ ATOM 17629 N ILE G 311 -152.641-131.157 -32.329 1.00168.48 N \ ANISOU17629 N ILE G 311 18586 20298 25132 2430 3059 2991 N \ ATOM 17630 CA ILE G 311 -153.831-130.919 -31.513 1.00169.49 C \ ANISOU17630 CA ILE G 311 18866 20496 25036 2361 2904 3037 C \ ATOM 17631 C ILE G 311 -155.071-130.875 -32.419 1.00168.48 C \ ANISOU17631 C ILE G 311 19013 20206 24795 2285 3008 2821 C \ ATOM 17632 O ILE G 311 -156.173-131.256 -32.019 1.00164.83 O \ ANISOU17632 O ILE G 311 18681 19687 24260 2280 2962 2853 O \ ATOM 17633 CB ILE G 311 -153.671-129.616 -30.692 1.00169.80 C \ ANISOU17633 CB ILE G 311 18870 20822 24826 2238 2697 3054 C \ ATOM 17634 CG1 ILE G 311 -152.509-129.776 -29.702 1.00174.82 C \ ANISOU17634 CG1 ILE G 311 19225 21636 25565 2313 2579 3288 C \ ATOM 17635 CG2 ILE G 311 -154.975-129.222 -29.990 1.00165.90 C \ ANISOU17635 CG2 ILE G 311 18545 20409 24080 2148 2559 3032 C \ ATOM 17636 CD1 ILE G 311 -151.941-128.476 -29.198 1.00176.90 C \ ANISOU17636 CD1 ILE G 311 19402 22163 25648 2194 2420 3255 C \ ATOM 17637 N GLY G 312 -154.856-130.416 -33.652 1.00172.54 N \ ANISOU17637 N GLY G 312 19601 20661 25295 2218 3148 2612 N \ ATOM 17638 CA GLY G 312 -155.886-130.322 -34.674 1.00176.22 C \ ANISOU17638 CA GLY G 312 20309 20993 25654 2132 3254 2402 C \ ATOM 17639 C GLY G 312 -156.431-131.594 -35.297 1.00182.69 C \ ANISOU17639 C GLY G 312 21206 21565 26643 2220 3426 2341 C \ ATOM 17640 O GLY G 312 -157.635-131.723 -35.505 1.00183.80 O \ ANISOU17640 O GLY G 312 21545 21613 26678 2168 3430 2258 O \ ATOM 17641 N CYS G 313 -155.560-132.547 -35.589 1.00189.05 N \ ANISOU17641 N CYS G 313 21846 22253 27732 2354 3567 2372 N \ ATOM 17642 CA CYS G 313 -155.994-133.807 -36.200 1.00193.60 C \ ANISOU17642 CA CYS G 313 22471 22570 28519 2444 3741 2289 C \ ATOM 17643 C CYS G 313 -156.642-134.749 -35.187 1.00196.74 C \ ANISOU17643 C CYS G 313 22857 22856 29037 2541 3649 2493 C \ ATOM 17644 O CYS G 313 -157.281-135.740 -35.552 1.00195.22 O \ ANISOU17644 O CYS G 313 22739 22438 28999 2594 3756 2436 O \ ATOM 17645 CB CYS G 313 -154.840-134.479 -36.930 1.00195.58 C \ ANISOU17645 CB CYS G 313 22535 22719 29056 2552 3938 2216 C \ ATOM 17646 SG CYS G 313 -154.456-133.625 -38.455 1.00200.20 S \ ANISOU17646 SG CYS G 313 23192 23397 29477 2411 4108 1922 S \ ATOM 17647 N VAL G 314 -156.447-134.428 -33.913 1.00201.21 N \ ANISOU17647 N VAL G 314 23321 23598 29533 2553 3448 2734 N \ ATOM 17648 CA VAL G 314 -157.082-135.139 -32.814 1.00203.05 C \ ANISOU17648 CA VAL G 314 23536 23799 29814 2613 3327 2966 C \ ATOM 17649 C VAL G 314 -158.586-134.813 -32.767 1.00202.95 C \ ANISOU17649 C VAL G 314 23776 23788 29546 2496 3268 2877 C \ ATOM 17650 O VAL G 314 -159.381-135.646 -32.329 1.00205.40 O \ ANISOU17650 O VAL G 314 24131 23981 29932 2537 3249 2988 O \ ATOM 17651 CB VAL G 314 -156.356-134.868 -31.465 1.00204.04 C \ ANISOU17651 CB VAL G 314 23454 24161 29911 2646 3128 3251 C \ ATOM 17652 CG1 VAL G 314 -157.240-135.192 -30.275 1.00204.19 C \ ANISOU17652 CG1 VAL G 314 23501 24255 29829 2638 2966 3471 C \ ATOM 17653 CG2 VAL G 314 -155.061-135.669 -31.392 1.00206.51 C \ ANISOU17653 CG2 VAL G 314 23497 24394 30575 2804 3188 3406 C \ ATOM 17654 N LEU G 315 -158.988-133.638 -33.260 1.00198.98 N \ ANISOU17654 N LEU G 315 23432 23403 28768 2351 3245 2680 N \ ATOM 17655 CA LEU G 315 -160.421-133.328 -33.352 1.00197.90 C \ ANISOU17655 CA LEU G 315 23530 23247 28417 2244 3204 2572 C \ ATOM 17656 C LEU G 315 -161.187-134.260 -34.305 1.00202.87 C \ ANISOU17656 C LEU G 315 24300 23608 29175 2264 3373 2430 C \ ATOM 17657 O LEU G 315 -162.404-134.422 -34.178 1.00203.53 O \ ANISOU17657 O LEU G 315 24539 23633 29158 2215 3339 2408 O \ ATOM 17658 CB LEU G 315 -160.676-131.875 -33.773 1.00192.75 C \ ANISOU17658 CB LEU G 315 23003 22745 27488 2087 3144 2393 C \ ATOM 17659 CG LEU G 315 -160.578-130.747 -32.746 1.00190.06 C \ ANISOU17659 CG LEU G 315 22609 22666 26938 2012 2939 2467 C \ ATOM 17660 CD1 LEU G 315 -160.516-129.382 -33.445 1.00186.80 C \ ANISOU17660 CD1 LEU G 315 22281 22339 26356 1873 2918 2278 C \ ATOM 17661 CD2 LEU G 315 -161.762-130.828 -31.792 1.00189.75 C \ ANISOU17661 CD2 LEU G 315 22656 22686 26756 1983 2812 2543 C \ ATOM 17662 N VAL G 316 -160.481-134.883 -35.243 1.00208.36 N \ ANISOU17662 N VAL G 316 24929 24146 30093 2334 3558 2323 N \ ATOM 17663 CA VAL G 316 -161.110-135.849 -36.145 1.00210.20 C \ ANISOU17663 CA VAL G 316 25268 24123 30474 2358 3728 2165 C \ ATOM 17664 C VAL G 316 -161.394-137.200 -35.453 1.00211.41 C \ ANISOU17664 C VAL G 316 25343 24080 30904 2488 3726 2353 C \ ATOM 17665 O VAL G 316 -162.358-137.888 -35.795 1.00211.52 O \ ANISOU17665 O VAL G 316 25483 23907 30977 2477 3791 2273 O \ ATOM 17666 CB VAL G 316 -160.254-136.051 -37.431 1.00236.45 C \ ANISOU17666 CB VAL G 316 28538 27365 33940 2378 3943 1946 C \ ATOM 17667 CG1 VAL G 316 -160.934-137.002 -38.420 1.00236.91 C \ ANISOU17667 CG1 VAL G 316 28708 27178 34129 2384 4124 1735 C \ ATOM 17668 CG2 VAL G 316 -159.956-134.701 -38.084 1.00234.30 C \ ANISOU17668 CG2 VAL G 316 28329 27299 33394 2236 3932 1804 C \ ATOM 17669 N ILE G 317 -160.588-137.553 -34.452 1.00209.67 N \ ANISOU17669 N ILE G 317 24907 23909 30849 2599 3638 2620 N \ ATOM 17670 CA ILE G 317 -160.764-138.821 -33.740 1.00208.65 C \ ANISOU17670 CA ILE G 317 24673 23599 31008 2721 3618 2852 C \ ATOM 17671 C ILE G 317 -161.801-138.671 -32.624 1.00205.24 C \ ANISOU17671 C ILE G 317 24320 23291 30370 2658 3433 3052 C \ ATOM 17672 O ILE G 317 -162.582-137.717 -32.604 1.00202.13 O \ ANISOU17672 O ILE G 317 24097 23060 29641 2524 3357 2944 O \ ATOM 17673 CB ILE G 317 -159.421-139.348 -33.141 1.00166.90 C \ ANISOU17673 CB ILE G 317 19092 18307 26016 2872 3596 3090 C \ ATOM 17674 CG1 ILE G 317 -158.559-140.029 -34.218 1.00165.22 C \ ANISOU17674 CG1 ILE G 317 18770 17865 26141 2977 3818 2905 C \ ATOM 17675 CG2 ILE G 317 -159.679-140.296 -31.963 1.00169.64 C \ ANISOU17675 CG2 ILE G 317 19318 18585 26551 2958 3475 3444 C \ ATOM 17676 CD1 ILE G 317 -157.083-140.108 -33.863 1.00164.67 C \ ANISOU17676 CD1 ILE G 317 18419 17859 26289 3096 3806 3063 C \ HETATM17677 C01 ZPC G1318 -203.661-136.468 -31.565 1.00 82.31 C \ HETATM17678 N02 ZPC G1318 -204.537-136.388 -30.456 1.00 70.20 N \ HETATM17679 C03 ZPC G1318 -204.876-137.614 -29.794 1.00 55.85 C \ HETATM17680 C04 ZPC G1318 -204.856-137.529 -28.312 1.00 91.08 C \ HETATM17681 N05 ZPC G1318 -204.855-136.282 -27.567 1.00110.82 N \ HETATM17682 C06 ZPC G1318 -204.101-135.318 -28.250 1.00122.66 C \ HETATM17683 C07 ZPC G1318 -204.577-135.190 -29.665 1.00100.83 C \ HETATM17684 C08 ZPC G1318 -204.735-136.690 -26.162 1.00111.55 C \ HETATM17685 O09 ZPC G1318 -204.783-137.872 -25.945 1.00138.64 O \ HETATM17686 O10 ZPC G1318 -204.084-135.918 -25.176 1.00107.93 O \ HETATM17687 C11 ZPC G1318 -203.413-136.499 -24.016 1.00100.83 C \ HETATM17688 N12 ZPC G1318 -203.968-137.606 -23.242 1.00 77.67 N \ HETATM17689 C13 ZPC G1318 -202.920-138.572 -22.918 1.00 93.18 C \ HETATM17690 O14 ZPC G1318 -202.753-139.635 -22.347 1.00133.80 O \ HETATM17691 C15 ZPC G1318 -201.690-138.055 -23.476 1.00 82.77 C \ HETATM17692 N16 ZPC G1318 -200.509-138.688 -23.328 1.00 97.37 N \ HETATM17693 C17 ZPC G1318 -199.495-138.017 -23.893 1.00106.02 C \ HETATM17694 C18 ZPC G1318 -199.641-136.768 -24.580 1.00 91.22 C \ HETATM17695 N19 ZPC G1318 -200.825-136.177 -24.718 1.00 72.22 N \ HETATM17696 C20 ZPC G1318 -201.909-136.835 -24.140 1.00 84.29 C \ HETATM17697 C21 ZPC G1318 -205.400-137.792 -22.881 1.00 55.91 C \ HETATM17698 N22 ZPC G1318 -206.229-137.444 -23.883 1.00 77.53 N \ HETATM17699 C23 ZPC G1318 -207.572-137.536 -23.902 1.00 90.60 C \ HETATM17700 C24 ZPC G1318 -208.194-138.072 -22.799 1.00 98.83 C \ HETATM17701 CL ZPC G1318 -209.922-138.130 -22.996 1.00123.27 CL \ HETATM17702 C26 ZPC G1318 -207.404-138.510 -21.674 1.00 95.42 C \ HETATM17703 C27 ZPC G1318 -205.963-138.369 -21.724 1.00 67.01 C \ """, "4a97.interface.13") 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. J & i. 11-199') cmd.show('cartoon', 'dom') cmd.spectrum('count', 'rainbow', 'dom') cmd.create('partner', 'c. G & i. 200-317') cmd.show('cartoon', 'partner') cmd.select('inter_resi', 'c. G & i. 287 | c. G & i. 288 | c. G & i. 289 | c. G & i. 290') 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()