>>5HAN:HELIX   70 AH7 ASP C  337  GLU C  346  1                                  10    
DRAIAYMITE
Search OCA for entries with sequence similar to this one (with E=10)

HELIX 70 AH7 ASP C 337 GLU C 346 1 10 ATOM 18898 N ASP C 337 -45.344 -50.318 10.079 1.00 37.30 N ANISOU18898 N ASP C 337 6635 3454 4085 750 211 859 N ATOM 18899 CA ASP C 337 -44.805 -51.584 10.582 1.00 37.11 C ANISOU18899 CA ASP C 337 6598 3455 4046 706 204 811 C ATOM 18900 C ASP C 337 -44.906 -52.708 9.552 1.00 39.50 C ANISOU18900 C ASP C 337 6888 3828 4292 711 180 809 C ATOM 18901 O ASP C 337 -44.303 -53.776 9.773 1.00 35.63 O ANISOU18901 O ASP C 337 6391 3359 3787 676 176 775 O ATOM 18902 CB ASP C 337 -45.502 -52.009 11.889 1.00 37.33 C ANISOU18902 CB ASP C 337 6608 3478 4100 693 195 757 C ATOM 18903 CG ASP C 337 -45.322 -51.037 13.048 1.00 41.59 C ANISOU18903 CG ASP C 337 7160 3950 4694 682 219 747 C ATOM 18904 OD1 ASP C 337 -44.461 -50.136 12.943 1.00 38.96 O ANISOU18904 OD1 ASP C 337 6851 3570 4382 676 243 776 O ATOM 18905 OD2 ASP C 337 -46.095 -51.135 14.025 1.00 42.72 O ANISOU18905 OD2 ASP C 337 7287 4087 4857 682 213 711 O ATOM 18906 H ASP C 337 -46.144 -49.993 10.611 1.00 35.90 H ANISOU18906 H ASP C 337 6448 3263 3929 766 206 848 H ATOM 18907 HA ASP C 337 -43.748 -51.437 10.796 1.00 37.97 H ANISOU18907 HA ASP C 337 6723 3536 4168 678 224 813 H ATOM 18908 HB2 ASP C 337 -46.570 -52.068 11.696 1.00 36.65 H ANISOU18908 HB2 ASP C 337 6505 3417 4005 722 177 757 H ATOM 18909 HB3 ASP C 337 -45.113 -52.975 12.204 1.00 36.34 H ANISOU18909 HB3 ASP C 337 6474 3372 3961 662 189 725 H ATOM 18910 N ARG C 338 -45.631 -52.498 8.406 1.00 36.88 N ANISOU18910 N ARG C 338 6552 3533 3927 754 164 846 N ATOM 18911 CA ARG C 338 -45.608 -53.493 7.306 1.00 36.65 C ANISOU18911 CA ARG C 338 6513 3570 3841 759 143 847 C ATOM 18912 C ARG C 338 -44.138 -53.805 6.870 1.00 41.36 C ANISOU18912 C ARG C 338 7128 4166 4420 727 163 856 C ATOM 18913 O ARG C 338 -43.866 -54.932 6.463 1.00 39.15 O ANISOU18913 O ARG C 338 6839 3933 4105 712 149 832 O ATOM 18914 CB ARG C 338 -46.456 -53.086 6.066 1.00 38.18 C ANISOU18914 CB ARG C 338 6704 3803 4000 811 124 890 C ATOM 18915 CG ARG C 338 -46.423 -51.625 5.683 1.00 46.67 C ANISOU18915 CG ARG C 338 7801 4836 5093 843 144 950 C ATOM 18916 CD ARG C 338 -46.481 -51.346 4.186 1.00 62.89 C ANISOU18916 CD ARG C 338 9866 6930 7100 881 137 1005 C ATOM 18917 NE ARG C 338 -45.144 -51.369 3.597 1.00 83.45 N ANISOU18917 NE ARG C 338 12493 9530 9685 857 161 1029 N ATOM 18918 CZ ARG C 338 -44.192 -50.454 3.791 1.00 93.14 C ANISOU18918 CZ ARG C 338 13746 10698 10944 842 197 1060 C ATOM 18919 NH1 ARG C 338 -44.419 -49.391 4.568 1.00 80.78 N ANISOU18919 NH1 ARG C 338 12190 9069 9433 849 213 1071 N ATOM 18920 NH2 ARG C 338 -43.003 -50.596 3.217 1.00 65.10 N ANISOU18920 NH2 ARG C 338 10211 7152 7372 819 218 1079 N ATOM 18921 H ARG C 338 -46.315 -51.760 8.281 1.00 37.22 H ANISOU18921 H ARG C 338 6595 3564 3982 786 162 868 H ATOM 18922 HA ARG C 338 -46.025 -54.423 7.689 1.00 36.52 H ANISOU18922 HA ARG C 338 6477 3582 3818 746 124 805 H ATOM 18923 HB2 ARG C 338 -46.097 -53.652 5.208 1.00 38.44 H ANISOU18923 HB2 ARG C 338 6738 3876 3991 810 117 897 H ATOM 18924 HB3 ARG C 338 -47.497 -53.343 6.260 1.00 37.54 H ANISOU18924 HB3 ARG C 338 6601 3744 3918 829 102 870 H ATOM 18925 HG2 ARG C 338 -47.310 -51.148 6.093 1.00 45.72 H ANISOU18925 HG2 ARG C 338 7672 4702 4997 866 137 949 H ATOM 18926 HG3 ARG C 338 -45.522 -51.191 6.110 1.00 46.58 H ANISOU18926 HG3 ARG C 338 7809 4780 5110 818 171 956 H ATOM 18927 HD2 ARG C 338 -47.073 -52.122 3.702 1.00 62.75 H ANISOU18927 HD2 ARG C 338 9830 6968 7046 893 109 988 H ATOM 18928 HD3 ARG C 338 -46.936 -50.374 4.002 1.00 63.07 H ANISOU18928 HD3 ARG C 338 9897 6929 7138 914 141 1042 H ATOM 18929 HE ARG C 338 -44.921 -52.151 2.991 1.00 83.75 H ANISOU18929 HE ARG C 338 12525 9613 9682 851 150 1020 H ATOM 18930 HH11 ARG C 338 -45.308 -49.215 5.025 1.00 80.48 H ANISOU18930 HH11 ARG C 338 12140 9025 9414 867 200 1058 H ATOM 18931 HH12 ARG C 338 -43.677 -48.712 4.703 1.00 80.98 H ANISOU18931 HH12 ARG C 338 12236 9050 9485 835 240 1094 H ATOM 18932 HH21 ARG C 338 -42.808 -51.403 2.632 1.00 64.88 H ANISOU18932 HH21 ARG C 338 10177 7172 7303 815 207 1069 H ATOM 18933 HH22 ARG C 338 -42.275 -49.906 3.371 1.00 65.37 H ANISOU18933 HH22 ARG C 338 10263 7142 7432 806 245 1103 H ATOM 18934 N ALA C 339 -43.202 -52.842 7.019 1.00 40.60 N ANISOU18934 N ALA C 339 7057 4016 4353 716 195 887 N ATOM 18935 CA ALA C 339 -41.787 -53.032 6.682 1.00 41.60 C ANISOU18935 CA ALA C 339 7199 4138 4470 685 217 897 C ATOM 18936 C ALA C 339 -41.098 -54.058 7.566 1.00 46.41 C ANISOU18936 C ALA C 339 7798 4746 5088 638 217 842 C ATOM 18937 O ALA C 339 -40.140 -54.700 7.123 1.00 49.09 O ANISOU18937 O ALA C 339 8141 5107 5404 616 224 838 O ATOM 18938 CB ALA C 339 -41.043 -51.703 6.774 1.00 43.00 C ANISOU18938 CB ALA C 339 7403 4252 4685 681 252 939 C ATOM 18939 H ALA C 339 -43.414 -51.891 7.304 1.00 39.99 H ANISOU18939 H ALA C 339 6989 3898 4306 729 207 907 H ATOM 18940 HA ALA C 339 -41.731 -53.376 5.650 1.00 42.81 H ANISOU18940 HA ALA C 339 7352 4334 4580 699 210 916 H ATOM 18941 HB1 ALA C 339 -39.995 -51.876 6.535 1.00 42.53 H ANISOU18941 HB1 ALA C 339 7351 4190 4617 657 269 945 H ATOM 18942 HB2 ALA C 339 -41.486 -51.011 6.058 1.00 42.54 H ANISOU18942 HB2 ALA C 339 7352 4196 4616 716 253 982 H ATOM 18943 HB3 ALA C 339 -41.138 -51.314 7.787 1.00 42.98 H ANISOU18943 HB3 ALA C 339 7400 4207 4724 669 260 919 H ATOM 18944 N ILE C 340 -41.598 -54.268 8.791 1.00 41.96 N ANISOU18944 N ILE C 340 7223 4162 4557 624 210 799 N ATOM 18945 CA ILE C 340 -41.069 -55.299 9.692 1.00 40.14 C ANISOU18945 CA ILE C 340 6983 3934 4335 582 206 747 C ATOM 18946 C ILE C 340 -41.330 -56.667 9.078 1.00 42.50 C ANISOU18946 C ILE C 340 7264 4298 4587 582 180 723 C ATOM 18947 O ILE C 340 -40.440 -57.512 9.046 1.00 42.24 O ANISOU18947 O ILE C 340 7231 4279 4541 553 182 702 O ATOM 18948 CB ILE C 340 -41.684 -55.205 11.109 1.00 43.26 C ANISOU18948 CB ILE C 340 7368 4298 4770 571 203 710 C ATOM 18949 CG1 ILE C 340 -41.409 -53.853 11.778 1.00 42.16 C ANISOU18949 CG1 ILE C 340 7247 4093 4679 570 229 728 C ATOM 18950 CG2 ILE C 340 -41.186 -56.377 11.986 1.00 43.31 C ANISOU18950 CG2 ILE C 340 7365 4313 4779 530 197 658 C ATOM 18951 CD1 ILE C 340 -42.098 -53.661 13.108 1.00 43.15 C ANISOU18951 CD1 ILE C 340 7364 4189 4841 565 227 693 C ATOM 18952 H ILE C 340 -42.388 -53.762 9.170 1.00 42.38 H ANISOU18952 H ILE C 340 7273 4200 4631 642 205 800 H ATOM 18953 HA ILE C 340 -39.992 -55.170 9.789 1.00 40.76 H ANISOU18953 HA ILE C 340 7073 3991 4423 557 226 752 H ATOM 18954 HB ILE C 340 -42.762 -55.318 11.015 1.00 44.64 H ANISOU18954 HB ILE C 340 7530 4495 4937 595 184 705 H ATOM 18955 HG12 ILE C 340 -40.339 -53.767 11.954 1.00 42.70 H ANISOU18955 HG12 ILE C 340 7327 4139 4759 543 247 728 H ATOM 18956 HG13 ILE C 340 -41.734 -53.047 11.123 1.00 41.51 H ANISOU18956 HG13 ILE C 340 7174 4004 4596 599 234 767 H ATOM 18957 HG21 ILE C 340 -41.331 -56.148 13.040 1.00 43.09 H ANISOU18957 HG21 ILE C 340 7335 4254 4782 517 202 636 H ATOM 18958 HG22 ILE C 340 -41.758 -57.269 11.739 1.00 41.94 H ANISOU18958 HG22 ILE C 340 7175 4181 4580 535 175 639 H ATOM 18959 HG23 ILE C 340 -40.129 -56.541 11.779 1.00 43.19 H ANISOU18959 HG23 ILE C 340 7359 4293 4759 509 209 662 H ATOM 18960 HD11 ILE C 340 -42.266 -52.596 13.270 1.00 43.66 H ANISOU18960 HD11 ILE C 340 7440 4215 4934 580 240 713 H ATOM 18961 HD12 ILE C 340 -43.050 -54.190 13.103 1.00 42.87 H ANISOU18961 HD12 ILE C 340 7312 4187 4791 580 206 677 H ATOM 18962 HD13 ILE C 340 -41.471 -54.047 13.910 1.00 43.53 H ANISOU18962 HD13 ILE C 340 7413 4223 4903 531 232 663 H ATOM 18963 N ALA C 341 -42.575 -56.890 8.617 1.00 40.32 N ANISOU18963 N ALA C 341 6972 4060 4289 614 154 722 N ATOM 18964 CA ALA C 341 -42.988 -58.149 7.985 1.00 39.34 C ANISOU18964 CA ALA C 341 6830 3998 4121 617 126 698 C ATOM 18965 C ALA C 341 -42.127 -58.471 6.774 1.00 40.59 C ANISOU18965 C ALA C 341 6998 4188 4237 618 130 719 C ATOM 18966 O ALA C 341 -41.686 -59.611 6.616 1.00 38.12 O ANISOU18966 O ALA C 341 6677 3906 3902 597 121 689 O ATOM 18967 CB ALA C 341 -44.453 -58.077 7.560 1.00 40.44 C ANISOU18967 CB ALA C 341 6950 4170 4244 656 99 703 C ATOM 18968 H ALA C 341 -43.326 -56.210 8.682 1.00 40.86 H ANISOU18968 H ALA C 341 7039 4117 4370 638 151 738 H ATOM 18969 HA ALA C 341 -42.892 -58.961 8.703 1.00 39.25 H ANISOU18969 HA ALA C 341 6807 3986 4118 590 119 658 H ATOM 18970 HB1 ALA C 341 -44.772 -59.070 7.251 1.00 40.98 H ANISOU18970 HB1 ALA C 341 7003 4281 4286 653 77 677 H ATOM 18971 HB2 ALA C 341 -45.055 -57.731 8.398 1.00 39.65 H ANISOU18971 HB2 ALA C 341 6844 4045 4176 658 99 691 H ATOM 18972 HB3 ALA C 341 -44.545 -57.401 6.712 1.00 40.95 H ANISOU18972 HB3 ALA C 341 7025 4242 4293 685 102 743 H ATOM 18973 N TYR C 342 -41.833 -57.467 5.941 1.00 36.28 N ANISOU18973 N TYR C 342 6470 3634 3681 641 147 773 N ATOM 18974 CA TYR C 342 -41.023 -57.702 4.746 1.00 36.95 C ANISOU18974 CA TYR C 342 6566 3752 3723 644 154 797 C ATOM 18975 C TYR C 342 -39.584 -58.020 5.105 1.00 37.98 C ANISOU18975 C TYR C 342 6705 3860 3866 603 179 784 C ATOM 18976 O TYR C 342 -39.015 -58.900 4.466 1.00 35.59 O ANISOU18976 O TYR C 342 6400 3596 3528 594 175 771 O ATOM 18977 CB TYR C 342 -41.102 -56.505 3.777 1.00 41.42 C ANISOU18977 CB TYR C 342 7149 4313 4275 681 167 862 C ATOM 18978 CG TYR C 342 -42.503 -56.358 3.223 1.00 48.85 C ANISOU18978 CG TYR C 342 8078 5292 5193 725 138 874 C ATOM 18979 CD1 TYR C 342 -43.105 -57.401 2.527 1.00 53.33 C ANISOU18979 CD1 TYR C 342 8626 5924 5711 737 106 850 C ATOM 18980 CD2 TYR C 342 -43.249 -55.205 3.433 1.00 49.29 C ANISOU18980 CD2 TYR C 342 8139 5315 5276 755 140 905 C ATOM 18981 CE1 TYR C 342 -44.404 -57.321 2.073 1.00 58.14 C ANISOU18981 CE1 TYR C 342 9220 6569 6301 775 76 855 C ATOM 18982 CE2 TYR C 342 -44.565 -55.111 2.959 1.00 49.94 C ANISOU18982 CE2 TYR C 342 8204 5432 5336 796 111 913 C ATOM 18983 CZ TYR C 342 -45.146 -56.205 2.325 1.00 63.05 C ANISOU18983 CZ TYR C 342 9845 7161 6950 805 78 886 C ATOM 18984 OH TYR C 342 -46.376 -56.373 1.745 1.00 68.76 O ANISOU18984 OH TYR C 342 10548 7931 7646 842 44 886 O ATOM 18985 H TYR C 342 -42.130 -56.507 6.069 1.00 35.84 H ANISOU18985 H TYR C 342 6423 3549 3647 658 156 799 H ATOM 18986 HA TYR C 342 -41.397 -58.590 4.243 1.00 36.25 H ANISOU18986 HA TYR C 342 6464 3711 3600 650 132 776 H ATOM 18987 HB2 TYR C 342 -40.816 -55.596 4.302 1.00 41.89 H ANISOU18987 HB2 TYR C 342 7222 4323 4373 675 189 882 H ATOM 18988 HB3 TYR C 342 -40.439 -56.690 2.934 1.00 39.58 H ANISOU18988 HB3 TYR C 342 6925 4106 4010 680 176 880 H ATOM 18989 HD1 TYR C 342 -42.607 -58.355 2.404 1.00 52.32 H ANISOU18989 HD1 TYR C 342 8494 5821 5565 715 102 821 H ATOM 18990 HD2 TYR C 342 -42.798 -54.355 3.949 1.00 49.52 H ANISOU18990 HD2 TYR C 342 8182 5290 5342 746 165 924 H ATOM 18991 HE1 TYR C 342 -44.883 -58.156 1.566 1.00 57.84 H ANISOU18991 HE1 TYR C 342 9167 6583 6227 782 51 833 H ATOM 18992 HE2 TYR C 342 -45.134 -54.200 3.124 1.00 50.06 H ANISOU18992 HE2 TYR C 342 8223 5422 5374 821 112 938 H ATOM 18993 HH TYR C 342 -47.029 -55.671 1.987 1.00 69.53 H ANISOU18993 HH TYR C 342 10645 8009 7764 865 44 906 H ATOM 18994 N MET C 343 -39.033 -57.395 6.168 1.00 33.10 N ANISOU18994 N MET C 343 6096 3182 3299 578 201 781 N ATOM 18995 CA MET C 343 -37.664 -57.694 6.607 1.00 34.02 C ANISOU18995 CA MET C 343 6219 3277 3431 538 222 766 C ATOM 18996 C MET C 343 -37.506 -59.137 7.091 1.00 36.60 C ANISOU18996 C MET C 343 6528 3629 3749 512 204 710 C ATOM 18997 O MET C 343 -36.443 -59.726 6.895 1.00 38.13 O ANISOU18997 O MET C 343 6723 3833 3932 489 214 699 O ATOM 18998 CB MET C 343 -37.228 -56.714 7.714 1.00 35.06 C ANISOU18998 CB MET C 343 6361 3341 3620 518 246 770 C ATOM 18999 CG MET C 343 -35.801 -56.945 8.267 1.00 35.90 C ANISOU18999 CG MET C 343 6472 3422 3748 475 267 753 C ATOM 19000 SD MET C 343 -34.461 -56.987 7.037 1.00 37.34 S ANISOU19000 SD MET C 343 6664 3626 3899 468 291 787 S ATOM 19001 CE MET C 343 -34.430 -55.270 6.519 1.00 34.60 C ANISOU19001 CE MET C 343 6339 3238 3570 489 320 854 C ATOM 19002 H MET C 343 -39.499 -56.687 6.725 1.00 32.13 H ANISOU19002 H MET C 343 5975 3027 3205 586 204 788 H ATOM 19003 HA MET C 343 -37.006 -57.558 5.752 1.00 35.62 H ANISOU19003 HA MET C 343 6429 3493 3610 541 236 793 H ATOM 19004 HB2 MET C 343 -37.306 -55.699 7.330 1.00 34.05 H ANISOU19004 HB2 MET C 343 6246 3192 3499 536 260 811 H ATOM 19005 HB3 MET C 343 -37.915 -56.833 8.550 1.00 35.48 H ANISOU19005 HB3 MET C 343 6405 3382 3693 516 233 743 H ATOM 19006 HG2 MET C 343 -35.589 -56.143 8.972 1.00 36.37 H ANISOU19006 HG2 MET C 343 6539 3433 3846 464 283 759 H ATOM 19007 HG3 MET C 343 -35.771 -57.888 8.809 1.00 35.08 H ANISOU19007 HG3 MET C 343 6355 3330 3642 457 253 712 H ATOM 19008 HE1 MET C 343 -33.892 -55.246 5.578 1.00 34.83 H ANISOU19008 HE1 MET C 343 6373 3288 3571 495 333 882 H ATOM 19009 HE2 MET C 343 -35.448 -54.906 6.399 1.00 34.09 H ANISOU19009 HE2 MET C 343 6275 3176 3502 518 307 866 H ATOM 19010 HE3 MET C 343 -33.891 -54.684 7.258 1.00 33.23 H ANISOU19010 HE3 MET C 343 6171 3017 3437 468 338 853 H ATOM 19011 N ILE C 344 -38.536 -59.696 7.721 1.00 34.54 N ANISOU19011 N ILE C 344 6252 3378 3494 515 179 675 N ATOM 19012 CA ILE C 344 -38.444 -61.064 8.260 1.00 34.01 C ANISOU19012 CA ILE C 344 6168 3330 3422 489 161 622 C ATOM 19013 C ILE C 344 -38.882 -62.139 7.241 1.00 38.01 C ANISOU19013 C ILE C 344 6663 3899 3880 504 136 608 C ATOM 19014 O ILE C 344 -38.568 -63.314 7.437 1.00 37.55 O ANISOU19014 O ILE C 344 6595 3859 3814 482 125 569 O ATOM 19015 CB ILE C 344 -39.197 -61.218 9.608 1.00 36.74 C ANISOU19015 CB ILE C 344 6503 3651 3804 477 150 588 C ATOM 19016 CG1 ILE C 344 -40.718 -61.024 9.499 1.00 38.50 C ANISOU19016 CG1 ILE C 344 6714 3893 4022 508 129 590 C ATOM 19017 CG2 ILE C 344 -38.587 -60.317 10.668 1.00 35.54 C ANISOU19017 CG2 ILE C 344 6365 3441 3699 457 175 593 C ATOM 19018 CD1 ILE C 344 -41.441 -61.400 10.708 1.00 41.24 C ANISOU19018 CD1 ILE C 344 7047 4227 4396 494 118 553 C ATOM 19019 H ILE C 344 -39.423 -59.234 7.885 1.00 34.32 H ANISOU19019 H ILE C 344 6221 3344 3476 534 171 682 H ATOM 19020 HA ILE C 344 -37.404 -61.273 8.503 1.00 34.07 H ANISOU19020 HA ILE C 344 6182 3324 3440 464 176 615 H ATOM 19021 HB ILE C 344 -39.032 -62.239 9.936 1.00 38.19 H ANISOU19021 HB ILE C 344 6678 3850 3983 457 139 554 H ATOM 19022 HG12 ILE C 344 -40.933 -59.972 9.318 1.00 40.13 H ANISOU19022 HG12 ILE C 344 6930 4080 4238 528 140 623 H ATOM 19023 HG13 ILE C 344 -41.115 -61.624 8.682 1.00 37.73 H ANISOU19023 HG13 ILE C 344 6608 3839 3890 522 111 587 H ATOM 19024 HG21 ILE C 344 -38.868 -60.685 11.653 1.00 33.53 H ANISOU19024 HG21 ILE C 344 6102 3173 3463 441 168 562 H ATOM 19025 HG22 ILE C 344 -37.504 -60.318 10.572 1.00 34.25 H ANISOU19025 HG22 ILE C 344 6210 3267 3537 438 191 599 H ATOM 19026 HG23 ILE C 344 -38.974 -59.307 10.532 1.00 36.65 H ANISOU19026 HG23 ILE C 344 6513 3563 3850 477 183 623 H ATOM 19027 HD11 ILE C 344 -42.507 -61.403 10.485 1.00 41.24 H ANISOU19027 HD11 ILE C 344 7035 4248 4387 517 101 553 H ATOM 19028 HD12 ILE C 344 -41.123 -62.394 11.014 1.00 40.70 H ANISOU19028 HD12 ILE C 344 6972 4169 4323 471 110 522 H ATOM 19029 HD13 ILE C 344 -41.232 -60.681 11.498 1.00 41.13 H ANISOU19029 HD13 ILE C 344 7042 4171 4415 486 134 557 H ATOM 19030 N THR C 345 -39.588 -61.771 6.177 1.00 35.07 N ANISOU19030 N THR C 345 6290 3559 3475 540 126 637 N ATOM 19031 CA THR C 345 -40.031 -62.758 5.206 1.00 34.75 C ANISOU19031 CA THR C 345 6237 3579 3387 554 100 621 C ATOM 19032 C THR C 345 -39.191 -62.809 3.935 1.00 38.47 C ANISOU19032 C THR C 345 6719 4081 3815 564 112 646 C ATOM 19033 O THR C 345 -39.119 -63.880 3.352 1.00 37.59 O ANISOU19033 O THR C 345 6599 4014 3669 562 95 619 O ATOM 19034 CB THR C 345 -41.501 -62.523 4.810 1.00 41.89 C ANISOU19034 CB THR C 345 7129 4511 4276 590 74 629 C ATOM 19035 OG1 THR C 345 -41.645 -61.226 4.262 1.00 42.60 O ANISOU19035 OG1 THR C 345 7233 4589 4363 620 88 683 O ATOM 19036 CG2 THR C 345 -42.465 -62.690 5.975 1.00 35.64 C ANISOU19036 CG2 THR C 345 6321 3701 3521 582 60 598 C ATOM 19037 H THR C 345 -39.888 -60.824 5.969 1.00 35.46 H ANISOU19037 H THR C 345 6347 3595 3530 560 134 671 H ATOM 19038 HA THR C 345 -40.006 -63.757 5.638 1.00 34.53 H ANISOU19038 HA THR C 345 6198 3559 3362 534 88 580 H ATOM 19039 HB THR C 345 -41.782 -63.257 4.055 1.00 41.61 H ANISOU19039 HB THR C 345 7084 4522 4204 600 55 615 H ATOM 19040 HG1 THR C 345 -42.570 -61.119 3.915 1.00 42.42 H ANISOU19040 HG1 THR C 345 7201 4590 4327 646 69 689 H ATOM 19041 HG21 THR C 345 -43.484 -62.490 5.648 1.00 33.93 H ANISOU19041 HG21 THR C 345 6094 3505 3294 608 42 605 H ATOM 19042 HG22 THR C 345 -42.397 -63.714 6.342 1.00 34.99 H ANISOU19042 HG22 THR C 345 6228 3628 3439 560 49 558 H ATOM 19043 HG23 THR C 345 -42.214 -62.012 6.788 1.00 34.50 H ANISOU19043 HG23 THR C 345 6185 3511 3413 571 78 606 H ATOM 19044 N GLU C 346 -38.615 -61.679 3.463 1.00 35.88 N ATOM 19045 CA GLU C 346 -37.923 -61.664 2.172 1.00 35.38 C ATOM 19046 C GLU C 346 -36.437 -62.025 2.274 1.00 40.03 C ATOM 19047 O GLU C 346 -35.866 -62.050 3.366 1.00 37.70 O ATOM 19048 CB GLU C 346 -38.100 -60.296 1.514 1.00 36.84 C ATOM 19049 CG GLU C 346 -39.561 -59.928 1.287 1.00 41.15 C ATOM 19050 CD GLU C 346 -40.402 -60.964 0.543 1.00 63.67 C ATOM 19051 OE1 GLU C 346 -40.095 -61.255 -0.639 1.00 52.06 O ATOM 19052 OE2 GLU C 346 -41.358 -61.497 1.155 1.00 47.42 O ATOM 19053 H GLU C 346 -38.596 -60.794 3.957 1.00 35.09 H ATOM 19054 HA GLU C 346 -38.360 -62.405 1.503 1.00 35.20 H ATOM 19055 HB2 GLU C 346 -37.666 -59.536 2.161 1.00 37.42 H ATOM 19056 HB3 GLU C 346 -37.598 -60.293 0.549 1.00 36.19 H ATOM 19057 HG2 GLU C 346 -40.034 -59.764 2.253 1.00 39.82 H ATOM 19058 HG3 GLU C 346 -39.587 -59.005 0.708 1.00 41.26 H