>>5HAN:HELIX 303 BH6 ASP L 337 GLU L 346 1 10
DRAIAYMITE
Search OCA for entries with sequence similar to this one (with E=10)
HELIX 303 BH6 ASP L 337 GLU L 346 1 10
ATOM 80905 N ASP L 337 -11.603-178.490 134.973 1.00 32.89 N
ANISOU80905 N ASP L 337 6410 2873 3214 -285 -643 278 N
ATOM 80906 CA ASP L 337 -12.176-177.441 134.092 1.00 32.23 C
ANISOU80906 CA ASP L 337 6315 2812 3120 -297 -601 252 C
ATOM 80907 C ASP L 337 -12.118-177.806 132.630 1.00 38.70 C
ANISOU80907 C ASP L 337 7118 3613 3974 -289 -578 228 C
ATOM 80908 O ASP L 337 -12.835-177.189 131.876 1.00 40.09 O
ANISOU80908 O ASP L 337 7291 3802 4139 -302 -545 213 O
ATOM 80909 CB ASP L 337 -11.479-176.098 134.277 1.00 33.50 C
ANISOU80909 CB ASP L 337 6454 3001 3274 -293 -599 231 C
ATOM 80910 CG ASP L 337 -11.709-175.496 135.637 1.00 36.98 C
ANISOU80910 CG ASP L 337 6912 3466 3672 -304 -615 249 C
ATOM 80911 OD1 ASP L 337 -12.610-175.984 136.351 1.00 38.52 O
ANISOU80911 OD1 ASP L 337 7137 3662 3838 -318 -619 277 O
ATOM 80912 OD2 ASP L 337 -10.854-174.665 136.078 1.00 31.22 O
ANISOU80912 OD2 ASP L 337 6168 2752 2942 -297 -629 237 O
ATOM 80913 H ASP L 337 -10.795-178.167 135.493 1.00 31.22 H
ANISOU80913 H ASP L 337 6189 2667 3006 -276 -664 275 H
ATOM 80914 HA ASP L 337 -13.230-177.309 134.331 1.00 30.67 H
ANISOU80914 HA ASP L 337 6136 2626 2892 -316 -587 265 H
ATOM 80915 HB2 ASP L 337 -10.407-176.238 134.152 1.00 32.01 H
ANISOU80915 HB2 ASP L 337 6247 2802 3115 -275 -616 220 H
ATOM 80916 HB3 ASP L 337 -11.852-175.399 133.529 1.00 34.57 H
ANISOU80916 HB3 ASP L 337 6580 3149 3406 -301 -569 211 H
ATOM 80917 N ARG L 338 -11.355-178.831 132.210 1.00 37.74 N
ANISOU80917 N ARG L 338 6987 3459 3892 -269 -596 224 N
ATOM 80918 CA ARG L 338 -11.417-179.298 130.831 1.00 37.06 C
ANISOU80918 CA ARG L 338 6890 3354 3837 -262 -574 202 C
ATOM 80919 C ARG L 338 -12.906-179.628 130.421 1.00 38.76 C
ANISOU80919 C ARG L 338 7130 3567 4031 -284 -550 214 C
ATOM 80920 O ARG L 338 -13.252-179.499 129.265 1.00 37.33 O
ANISOU80920 O ARG L 338 6941 3384 3859 -287 -521 193 O
ATOM 80921 CB ARG L 338 -10.474-180.526 130.626 1.00 36.27 C
ANISOU80921 CB ARG L 338 6782 3218 3782 -236 -601 201 C
ATOM 80922 CG ARG L 338 -10.887-181.782 131.394 1.00 38.70 C
ANISOU80922 CG ARG L 338 7119 3498 4088 -238 -632 236 C
ATOM 80923 CD ARG L 338 -9.782-182.834 131.491 1.00 45.45 C
ANISOU80923 CD ARG L 338 7965 4319 4987 -211 -668 236 C
ATOM 80924 NE ARG L 338 -9.752-183.511 132.786 1.00 58.44 N
ANISOU80924 NE ARG L 338 9633 5951 6622 -212 -708 274 N
ATOM 80925 CZ ARG L 338 -10.657-184.386 133.217 1.00 85.99 C
ANISOU80925 CZ ARG L 338 13153 9421 10096 -227 -719 306 C
ATOM 80926 NH1 ARG L 338 -11.694-184.726 132.447 1.00 79.75 N
ANISOU80926 NH1 ARG L 338 12375 8623 9302 -241 -693 305 N
ATOM 80927 NH2 ARG L 338 -10.539-184.929 134.420 1.00 75.58 N
ANISOU80927 NH2 ARG L 338 11855 8094 8769 -228 -757 340 N
ATOM 80928 H ARG L 338 -10.652-179.305 132.767 1.00 38.45 H
ANISOU80928 H ARG L 338 7076 3537 3997 -256 -626 234 H
ATOM 80929 HA ARG L 338 -11.088-178.497 130.171 1.00 36.36 H
ANISOU80929 HA ARG L 338 6781 3281 3754 -259 -553 177 H
ATOM 80930 HB2 ARG L 338 -10.460-180.793 129.570 1.00 34.55 H
ANISOU80930 HB2 ARG L 338 6555 2988 3586 -230 -583 180 H
ATOM 80931 HB3 ARG L 338 -9.472-180.241 130.942 1.00 35.34 H
ANISOU80931 HB3 ARG L 338 6646 3104 3679 -222 -618 193 H
ATOM 80932 HG2 ARG L 338 -11.176-181.506 132.407 1.00 40.13 H
ANISOU80932 HG2 ARG L 338 7314 3693 4240 -250 -644 258 H
ATOM 80933 HG3 ARG L 338 -11.733-182.229 130.874 1.00 37.77 H
ANISOU80933 HG3 ARG L 338 7014 3368 3967 -249 -616 239 H
ATOM 80934 HD2 ARG L 338 -9.906-183.580 130.707 1.00 46.07 H
ANISOU80934 HD2 ARG L 338 8044 4373 5089 -204 -661 227 H
ATOM 80935 HD3 ARG L 338 -8.820-182.340 131.376 1.00 45.82 H
ANISOU80935 HD3 ARG L 338 7986 4374 5051 -196 -671 216 H
ATOM 80936 HE ARG L 338 -8.982-183.288 133.410 1.00 57.92 H
ANISOU80936 HE ARG L 338 9557 5889 6560 -202 -731 276 H
ATOM 80937 HH11 ARG L 338 -11.841-184.356 131.514 1.00 79.46 H
ANISOU80937 HH11 ARG L 338 12325 8593 9272 -241 -665 280 H
ATOM 80938 HH12 ARG L 338 -12.370-185.400 132.794 1.00 79.95 H
ANISOU80938 HH12 ARG L 338 12424 8635 9318 -253 -702 330 H
ATOM 80939 HH21 ARG L 338 -9.759-184.675 135.019 1.00 75.95 H
ANISOU80939 HH21 ARG L 338 11893 8147 8818 -218 -779 342 H
ATOM 80940 HH22 ARG L 338 -11.228-185.598 134.750 1.00 75.88 H
ANISOU80940 HH22 ARG L 338 11916 8119 8795 -240 -765 366 H
ATOM 80941 N ALA L 339 -13.757-180.037 131.359 1.00 36.16 N
ANISOU80941 N ALA L 339 6828 3236 3673 -300 -562 248 N
ATOM 80942 CA ALA L 339 -15.166-180.293 131.093 1.00 35.40 C
ANISOU80942 CA ALA L 339 6753 3139 3556 -323 -540 261 C
ATOM 80943 C ALA L 339 -15.901-179.033 130.626 1.00 36.28 C
ANISOU80943 C ALA L 339 6858 3283 3642 -339 -503 244 C
ATOM 80944 O ALA L 339 -16.915-179.147 129.952 1.00 36.73 O
ANISOU80944 O ALA L 339 6924 3339 3693 -354 -480 243 O
ATOM 80945 CB ALA L 339 -15.845-180.877 132.319 1.00 36.66 C
ANISOU80945 CB ALA L 339 6942 3297 3689 -338 -561 302 C
ATOM 80946 H ALA L 339 -13.483-180.260 132.311 1.00 37.21 H
ANISOU80946 H ALA L 339 6971 3369 3799 -298 -587 267 H
ATOM 80947 HA ALA L 339 -15.239-181.029 130.295 1.00 36.87 H
ANISOU80947 HA ALA L 339 6939 3301 3767 -317 -537 254 H
ATOM 80948 HB1 ALA L 339 -16.916-180.951 132.132 1.00 37.21 H
ANISOU80948 HB1 ALA L 339 7025 3371 3743 -356 -542 311 H
ATOM 80949 HB2 ALA L 339 -15.433-181.869 132.497 1.00 37.40 H
ANISOU80949 HB2 ALA L 339 7042 3363 3804 -327 -586 314 H
ATOM 80950 HB3 ALA L 339 -15.659-180.236 133.180 1.00 36.88 H
ANISOU80950 HB3 ALA L 339 6971 3348 3694 -341 -568 309 H
ATOM 80951 N ILE L 340 -15.374-177.847 130.908 1.00 30.82 N
ANISOU80951 N ILE L 340 6152 2621 2939 -337 -499 229 N
ATOM 80952 CA ILE L 340 -15.907-176.579 130.392 1.00 30.80 C
ANISOU80952 CA ILE L 340 6140 2646 2917 -350 -466 209 C
ATOM 80953 C ILE L 340 -15.643-176.501 128.877 1.00 36.52 C
ANISOU80953 C ILE L 340 6845 3361 3671 -342 -444 178 C
ATOM 80954 O ILE L 340 -16.532-176.119 128.117 1.00 34.86 O
ANISOU80954 O ILE L 340 6636 3157 3450 -356 -416 170 O
ATOM 80955 CB ILE L 340 -15.282-175.352 131.109 1.00 32.87 C
ANISOU80955 CB ILE L 340 6390 2938 3163 -347 -472 201 C
ATOM 80956 CG1 ILE L 340 -15.564-175.382 132.617 1.00 34.44 C
ANISOU80956 CG1 ILE L 340 6609 3148 3328 -355 -494 230 C
ATOM 80957 CG2 ILE L 340 -15.771-174.050 130.471 1.00 36.53 C
ANISOU80957 CG2 ILE L 340 6842 3426 3611 -359 -440 179 C
ATOM 80958 CD1 ILE L 340 -14.855-174.273 133.408 1.00 41.73 C
ANISOU80958 CD1 ILE L 340 7523 4098 4237 -351 -505 222 C
ATOM 80959 H ILE L 340 -14.568-177.728 131.507 1.00 30.82 H
ANISOU80959 H ILE L 340 6145 2623 2943 -326 -520 231 H
ATOM 80960 HA ILE L 340 -16.983-176.547 130.546 1.00 30.45 H
ANISOU80960 HA ILE L 340 6111 2609 2849 -367 -454 222 H
ATOM 80961 HB ILE L 340 -14.206-175.387 130.960 1.00 31.34 H
ANISOU80961 HB ILE L 340 6178 2736 2993 -330 -485 188 H
ATOM 80962 HG12 ILE L 340 -16.632-175.261 132.779 1.00 34.14 H
ANISOU80962 HG12 ILE L 340 6586 3121 3265 -372 -478 241 H
ATOM 80963 HG13 ILE L 340 -15.240-176.330 133.043 1.00 34.03 H
ANISOU80963 HG13 ILE L 340 6566 3077 3287 -348 -518 248 H
ATOM 80964 HG21 ILE L 340 -15.627-173.210 131.148 1.00 37.51 H
ANISOU80964 HG21 ILE L 340 6964 3572 3717 -362 -444 178 H
ATOM 80965 HG22 ILE L 340 -15.205-173.857 129.561 1.00 35.80 H
ANISOU80965 HG22 ILE L 340 6731 3329 3543 -350 -430 156 H
ATOM 80966 HG23 ILE L 340 -16.828-174.155 130.230 1.00 37.60 H
ANISOU80966 HG23 ILE L 340 6990 3563 3733 -374 -423 186 H
ATOM 80967 HD11 ILE L 340 -14.691-174.617 134.427 1.00 41.42 H
ANISOU80967 HD11 ILE L 340 7497 4059 4184 -350 -530 242 H
ATOM 80968 HD12 ILE L 340 -13.907-174.043 132.922 1.00 40.86 H
ANISOU80968 HD12 ILE L 340 7390 3982 4152 -337 -509 202 H
ATOM 80969 HD13 ILE L 340 -15.485-173.386 133.422 1.00 42.13 H
ANISOU80969 HD13 ILE L 340 7574 4170 4263 -363 -486 215 H
ATOM 80970 N ALA L 341 -14.389-176.805 128.468 1.00 35.29 N
ANISOU80970 N ALA L 341 6669 3190 3549 -320 -456 161 N
ATOM 80971 CA ALA L 341 -13.975-176.774 127.051 1.00 35.50 C
ANISOU80971 CA ALA L 341 6676 3209 3605 -310 -435 131 C
ATOM 80972 C ALA L 341 -14.839-177.696 126.219 1.00 36.68 C
ANISOU80972 C ALA L 341 6840 3335 3761 -316 -422 133 C
ATOM 80973 O ALA L 341 -15.283-177.289 125.151 1.00 36.65 O
ANISOU80973 O ALA L 341 6832 3337 3756 -324 -394 114 O
ATOM 80974 CB ALA L 341 -12.515-177.179 126.912 1.00 36.45 C
ANISOU80974 CB ALA L 341 6773 3314 3761 -284 -453 116 C
ATOM 80975 H ALA L 341 -13.637-177.052 129.104 1.00 34.78 H
ANISOU80975 H ALA L 341 6600 3120 3494 -308 -480 168 H
ATOM 80976 HA ALA L 341 -14.075-175.765 126.656 1.00 34.09 H
ANISOU80976 HA ALA L 341 6486 3051 3415 -318 -414 115 H
ATOM 80977 HB1 ALA L 341 -12.197-176.993 125.887 1.00 36.81 H
ANISOU80977 HB1 ALA L 341 6803 3360 3824 -278 -434 92 H
ATOM 80978 HB2 ALA L 341 -11.915-176.589 127.603 1.00 36.97 H
ANISOU80978 HB2 ALA L 341 6829 3394 3822 -280 -466 118 H
ATOM 80979 HB3 ALA L 341 -12.414-178.239 127.135 1.00 36.63 H
ANISOU80979 HB3 ALA L 341 6806 3313 3800 -275 -473 129 H
ATOM 80980 N TYR L 342 -15.093-178.916 126.681 1.00 34.23 N
ANISOU80980 N TYR L 342 6549 2998 3457 -314 -444 155 N
ATOM 80981 CA TYR L 342 -15.916-179.850 125.899 1.00 35.76 C
ANISOU80981 CA TYR L 342 6758 3168 3661 -320 -435 158 C
ATOM 80982 C TYR L 342 -17.388-179.395 125.830 1.00 37.21 C
ANISOU80982 C TYR L 342 6959 3368 3812 -348 -413 169 C
ATOM 80983 O TYR L 342 -18.021-179.623 124.794 1.00 36.71 O
ANISOU80983 O TYR L 342 6899 3294 3754 -355 -394 157 O
ATOM 80984 CB TYR L 342 -15.822-181.321 126.370 1.00 40.83 C
ANISOU80984 CB TYR L 342 7417 3775 4322 -311 -466 180 C
ATOM 80985 CG TYR L 342 -14.465-181.796 126.865 1.00 45.52 C
ANISOU80985 CG TYR L 342 7998 4353 4943 -285 -497 179 C
ATOM 80986 CD1 TYR L 342 -13.321-181.657 126.077 1.00 47.06 C
ANISOU80986 CD1 TYR L 342 8165 4544 5170 -262 -492 146 C
ATOM 80987 CD2 TYR L 342 -14.352-182.524 128.046 1.00 48.19 C
ANISOU80987 CD2 TYR L 342 8353 4677 5280 -283 -532 210 C
ATOM 80988 CE1 TYR L 342 -12.086-182.170 126.489 1.00 47.19 C
ANISOU80988 CE1 TYR L 342 8168 4545 5216 -237 -522 144 C
ATOM 80989 CE2 TYR L 342 -13.136-183.076 128.447 1.00 50.19 C
ANISOU80989 CE2 TYR L 342 8594 4912 5562 -258 -563 210 C
ATOM 80990 CZ TYR L 342 -11.990-182.847 127.695 1.00 59.04 C
ANISOU80990 CZ TYR L 342 9685 6031 6715 -235 -558 176 C
ATOM 80991 OH TYR L 342 -10.787-183.365 128.147 1.00 66.26 O
ANISOU80991 OH TYR L 342 10587 6929 7660 -210 -591 176 O
ATOM 80992 H TYR L 342 -14.763-179.274 127.572 1.00 35.42 H
ANISOU80992 H TYR L 342 6706 3145 3608 -309 -468 173 H
ATOM 80993 HA TYR L 342 -15.538-179.855 124.878 1.00 36.84 H
ANISOU80993 HA TYR L 342 6882 3299 3818 -311 -422 132 H
ATOM 80994 HB2 TYR L 342 -16.540-181.475 127.175 1.00 42.36 H
ANISOU80994 HB2 TYR L 342 7630 3971 4494 -326 -474 207 H
ATOM 80995 HB3 TYR L 342 -16.084-181.955 125.524 1.00 40.49 H
ANISOU80995 HB3 TYR L 342 7378 3711 4295 -309 -459 170 H
ATOM 80996 HD1 TYR L 342 -13.387-181.127 125.129 1.00 47.02 H
ANISOU80996 HD1 TYR L 342 8149 4550 5166 -264 -465 122 H
ATOM 80997 HD2 TYR L 342 -15.240-182.708 128.650 1.00 48.25 H
ANISOU80997 HD2 TYR L 342 8381 4687 5263 -302 -535 237 H
ATOM 80998 HE1 TYR L 342 -11.203-182.015 125.872 1.00 47.53 H
ANISOU80998 HE1 TYR L 342 8188 4588 5283 -220 -516 118 H
ATOM 80999 HE2 TYR L 342 -13.073-183.597 129.401 1.00 50.23 H
ANISOU80999 HE2 TYR L 342 8614 4908 5564 -258 -592 237 H
ATOM 81000 HH TYR L 342 -10.056-183.218 127.491 1.00 66.86 H
ANISOU81000 HH TYR L 342 10641 7005 7759 -194 -583 150 H
ATOM 81001 N MET L 343 -17.935-178.749 126.891 1.00 32.83 N
ANISOU81001 N MET L 343 6413 2837 3223 -363 -414 189 N
ATOM 81002 CA MET L 343 -19.304-178.246 126.851 1.00 30.62 C
ANISOU81002 CA MET L 343 6146 2575 2915 -388 -392 198 C
ATOM 81003 C MET L 343 -19.468-177.148 125.777 1.00 31.63 C
ANISOU81003 C MET L 343 6258 2721 3039 -393 -361 168 C
ATOM 81004 O MET L 343 -20.532-177.056 125.161 1.00 31.86 O
ANISOU81004 O MET L 343 6295 2752 3059 -409 -341 167 O
ATOM 81005 CB MET L 343 -19.727-177.704 128.229 1.00 31.89 C
ANISOU81005 CB MET L 343 6317 2761 3039 -401 -399 222 C
ATOM 81006 CG MET L 343 -21.157-177.118 128.289 1.00 33.38 C
ANISOU81006 CG MET L 343 6515 2970 3197 -426 -375 231 C
ATOM 81007 SD MET L 343 -22.541-178.198 127.758 1.00 33.97 S
ANISOU81007 SD MET L 343 6610 3023 3275 -445 -366 249 S
ATOM 81008 CE MET L 343 -22.517-179.428 128.977 1.00 30.96 C
ANISOU81008 CE MET L 343 6250 2623 2891 -446 -398 288 C
ATOM 81009 H MET L 343 -17.469-178.575 127.779 1.00 34.93 H
ANISOU81009 H MET L 343 6679 3112 3482 -359 -431 200 H
ATOM 81010 HA MET L 343 -19.960-179.071 126.588 1.00 31.04 H
ANISOU81010 HA MET L 343 6213 2609 2973 -396 -392 209 H
ATOM 81011 HB2 MET L 343 -19.652-178.506 128.960 1.00 33.63 H
ANISOU81011 HB2 MET L 343 6549 2967 3260 -399 -421 245 H
ATOM 81012 HB3 MET L 343 -19.046-176.900 128.501 1.00 31.62 H
ANISOU81012 HB3 MET L 343 6269 2743 3000 -394 -401 211 H
ATOM 81013 HG2 MET L 343 -21.361-176.847 129.323 1.00 33.70 H
ANISOU81013 HG2 MET L 343 6564 3028 3214 -433 -382 248 H
ATOM 81014 HG3 MET L 343 -21.191-176.210 127.688 1.00 31.61 H
ANISOU81014 HG3 MET L 343 6279 2761 2970 -428 -356 209 H
ATOM 81015 HE1 MET L 343 -23.047-180.291 128.581 1.00 32.38 H
ANISOU81015 HE1 MET L 343 6439 2780 3082 -453 -399 298 H
ATOM 81016 HE2 MET L 343 -21.501-179.706 129.250 1.00 31.43 H
ANISOU81016 HE2 MET L 343 6305 2673 2965 -429 -418 286 H
ATOM 81017 HE3 MET L 343 -23.056-179.054 129.843 1.00 31.55 H
ANISOU81017 HE3 MET L 343 6333 2719 2938 -459 -395 306 H
ATOM 81018 N ILE L 344 -18.443-176.307 125.571 1.00 28.32 N
ANISOU81018 N ILE L 344 5817 2316 2628 -380 -358 146 N
ATOM 81019 CA ILE L 344 -18.540-175.214 124.607 1.00 26.68 C
ANISOU81019 CA ILE L 344 5594 2126 2416 -386 -331 120 C
ATOM 81020 C ILE L 344 -18.104-175.632 123.182 1.00 31.08 C
ANISOU81020 C ILE L 344 6142 2666 3002 -376 -318 94 C
ATOM 81021 O ILE L 344 -18.410-174.912 122.236 1.00 28.90 O
ANISOU81021 O ILE L 344 5859 2401 2722 -384 -294 76 O
ATOM 81022 CB ILE L 344 -17.784-173.948 125.071 1.00 30.32 C
ANISOU81022 CB ILE L 344 6037 2614 2868 -382 -331 108 C
ATOM 81023 CG1 ILE L 344 -16.259-174.140 125.189 1.00 30.18 C
ANISOU81023 CG1 ILE L 344 6000 2589 2877 -359 -349 97 C
ATOM 81024 CG2 ILE L 344 -18.380-173.421 126.367 1.00 33.49 C
ANISOU81024 CG2 ILE L 344 6452 3037 3238 -394 -339 129 C
ATOM 81025 CD1 ILE L 344 -15.536-172.874 125.402 1.00 41.04 C
ANISOU81025 CD1 ILE L 344 7356 3990 4248 -357 -347 83 C
ATOM 81026 H ILE L 344 -17.555-176.372 126.055 1.00 29.26 H
ANISOU81026 H ILE L 344 5928 2433 2756 -367 -375 146 H
ATOM 81027 HA ILE L 344 -19.580-174.911 124.534 1.00 23.08 H
ANISOU81027 HA ILE L 344 5148 1679 1941 -403 -317 126 H
ATOM 81028 HB ILE L 344 -17.947-173.188 124.313 1.00 29.60 H
ANISOU81028 HB ILE L 344 5938 2535 2775 -388 -311 91 H
ATOM 81029 HG12 ILE L 344 -16.039-174.771 126.046 1.00 29.26 H
ANISOU81029 HG12 ILE L 344 5892 2464 2762 -353 -372 115 H
ATOM 81030 HG13 ILE L 344 -15.863-174.578 124.277 1.00 28.66 H
ANISOU81030 HG13 ILE L 344 5800 2383 2708 -350 -342 82 H
ATOM 81031 HG21 ILE L 344 -18.099-172.374 126.478 1.00 34.42 H
ANISOU81031 HG21 ILE L 344 6557 3174 3346 -395 -333 118 H
ATOM 81032 HG22 ILE L 344 -19.464-173.509 126.323 1.00 34.06 H
ANISOU81032 HG22 ILE L 344 6536 3110 3293 -409 -328 140 H
ATOM 81033 HG23 ILE L 344 -17.991-174.000 127.203 1.00 33.35 H
ANISOU81033 HG23 ILE L 344 6440 3012 3221 -387 -361 145 H
ATOM 81034 HD11 ILE L 344 -14.470-173.066 125.292 1.00 40.73 H
ANISOU81034 HD11 ILE L 344 7301 3943 4232 -341 -357 73 H
ATOM 81035 HD12 ILE L 344 -15.861-172.150 124.655 1.00 40.83 H
ANISOU81035 HD12 ILE L 344 7324 3974 4216 -366 -325 69 H
ATOM 81036 HD13 ILE L 344 -15.739-172.501 126.404 1.00 39.72 H
ANISOU81036 HD13 ILE L 344 7196 3835 4060 -362 -358 97 H
ATOM 81037 N THR L 345 -17.386-176.748 123.015 1.00 28.34 N
ANISOU81037 N THR L 345 5793 2291 2683 -357 -334 93 N
ATOM 81038 CA THR L 345 -16.953-177.185 121.710 1.00 29.47 C
ANISOU81038 CA THR L 345 5927 2418 2852 -346 -322 67 C
ATOM 81039 C THR L 345 -17.796-178.311 121.090 1.00 35.88 C
ANISOU81039 C THR L 345 6759 3202 3672 -351 -321 72 C
ATOM 81040 O THR L 345 -17.883-178.353 119.864 1.00 36.30 O
ANISOU81040 O THR L 345 6809 3249 3733 -350 -303 50 O
ATOM 81041 CB THR L 345 -15.492-177.640 121.732 1.00 37.79 C
ANISOU81041 CB THR L 345 6963 3460 3937 -319 -338 54 C
ATOM 81042 OG1 THR L 345 -15.337-178.720 122.637 1.00 40.73 O
ANISOU81042 OG1 THR L 345 7347 3810 4320 -310 -369 77 O
ATOM 81043 CG2 THR L 345 -14.527-176.498 122.094 1.00 37.46 C
ANISOU81043 CG2 THR L 345 6896 3444 3893 -313 -337 44 C
ATOM 81044 H THR L 345 -17.085-177.365 123.763 1.00 31.71 H
ANISOU81044 H THR L 345 6226 2708 3116 -350 -356 108 H
ATOM 81045 HA THR L 345 -16.985-176.345 121.013 1.00 30.63 H
ANISOU81045 HA THR L 345 6063 2581 2992 -352 -301 50 H
ATOM 81046 HB THR L 345 -15.213-177.977 120.735 1.00 36.77 H
ANISOU81046 HB THR L 345 6826 3319 3825 -311 -327 34 H
ATOM 81047 HG1 THR L 345 -14.406-179.064 122.580 1.00 41.63 H
ANISOU81047 HG1 THR L 345 7447 3913 4456 -291 -380 67 H
ATOM 81048 HG21 THR L 345 -13.505-176.875 122.115 1.00 37.58 H
ANISOU81048 HG21 THR L 345 6896 3450 3932 -294 -350 35 H
ATOM 81049 HG22 THR L 345 -14.597-175.707 121.349 1.00 37.12 H
ANISOU81049 HG22 THR L 345 6843 3416 3844 -320 -315 26 H
ATOM 81050 HG23 THR L 345 -14.770-176.080 123.067 1.00 37.53 H
ANISOU81050 HG23 THR L 345 6911 3466 3883 -321 -348 61 H
ATOM 81051 N GLU L 346 -18.359-179.231 121.877 1.00 34.61 N
ATOM 81052 CA GLU L 346 -19.050-180.402 121.315 1.00 34.06 C
ATOM 81053 C GLU L 346 -20.532-180.160 121.046 1.00 38.06 C
ATOM 81054 O GLU L 346 -21.103-179.187 121.518 1.00 38.28 O
ATOM 81055 CB GLU L 346 -18.864-181.614 122.246 1.00 36.09 C
ATOM 81056 CG GLU L 346 -17.395-181.977 122.461 1.00 44.56 C
ATOM 81057 CD GLU L 346 -16.560-182.162 121.198 1.00 54.30 C
ATOM 81058 OE1 GLU L 346 -16.882-183.077 120.409 1.00 45.77 O
ATOM 81059 OE2 GLU L 346 -15.609-181.374 120.979 1.00 45.79 O
ATOM 81060 H GLU L 346 -18.372-179.191 122.890 1.00 34.43 H
ATOM 81061 HA GLU L 346 -18.616-180.667 120.352 1.00 33.48 H
ATOM 81062 HB2 GLU L 346 -19.298-181.382 123.217 1.00 35.45 H
ATOM 81063 HB3 GLU L 346 -19.365-182.480 121.816 1.00 37.01 H
ATOM 81064 HG2 GLU L 346 -16.920-181.185 123.040 1.00 45.08 H
ATOM 81065 HG3 GLU L 346 -17.356-182.907 123.026 1.00 44.00 H