>>5HAN:HELIX 175 AT4 ARG G 376 GLY G 385 1 10
RMPGFFDNLG
Search OCA for entries with sequence similar to this one (with E=10)
HELIX 175 AT4 ARG G 376 GLY G 385 1 10
ATOM 47064 N ARG G 376 -44.792-187.282 90.055 1.00 35.30 N
ANISOU47064 N ARG G 376 6978 3051 3382 -1254 -311 -595 N
ATOM 47065 CA ARG G 376 -43.484-187.014 89.469 1.00 34.66 C
ANISOU47065 CA ARG G 376 6939 2937 3292 -1189 -304 -588 C
ATOM 47066 C ARG G 376 -42.314-187.105 90.465 1.00 36.92 C
ANISOU47066 C ARG G 376 7256 3168 3606 -1138 -269 -543 C
ATOM 47067 O ARG G 376 -41.156-187.109 90.031 1.00 36.45 O
ANISOU47067 O ARG G 376 7236 3069 3543 -1089 -257 -537 O
ATOM 47068 CB ARG G 376 -43.499-185.608 88.840 1.00 33.72 C
ANISOU47068 CB ARG G 376 6774 2892 3148 -1140 -337 -584 C
ATOM 47069 CG ARG G 376 -44.484-185.469 87.680 1.00 39.76 C
ANISOU47069 CG ARG G 376 7513 3715 3880 -1178 -375 -626 C
ATOM 47070 CD ARG G 376 -44.701-184.013 87.271 1.00 30.85 C
ANISOU47070 CD ARG G 376 6327 2663 2729 -1131 -408 -612 C
ATOM 47071 NE ARG G 376 -45.486-183.919 86.034 1.00 35.08 N
ANISOU47071 NE ARG G 376 6847 3254 3230 -1161 -446 -650 N
ATOM 47072 CZ ARG G 376 -45.024-183.678 84.812 1.00 51.06 C
ANISOU47072 CZ ARG G 376 8896 5285 5219 -1136 -461 -669 C
ATOM 47073 NH1 ARG G 376 -43.724-183.499 84.604 1.00 46.82 N
ANISOU47073 NH1 ARG G 376 8404 4703 4681 -1079 -438 -655 N
ATOM 47074 NH2 ARG G 376 -45.859-183.604 83.787 1.00 48.62 N
ANISOU47074 NH2 ARG G 376 8566 5033 4874 -1169 -498 -702 N
ATOM 47075 H ARG G 376 -45.282-186.441 90.346 1.00 35.70 H
ANISOU47075 H ARG G 376 6976 3159 3430 -1243 -329 -581 H
ATOM 47076 HA ARG G 376 -43.288-187.724 88.667 1.00 36.05 H
ANISOU47076 HA ARG G 376 7159 3079 3459 -1208 -299 -620 H
ATOM 47077 HB2 ARG G 376 -43.760-184.866 89.596 1.00 32.94 H
ANISOU47077 HB2 ARG G 376 6629 2829 3058 -1122 -342 -556 H
ATOM 47078 HB3 ARG G 376 -42.506-185.391 88.452 1.00 33.50 H
ANISOU47078 HB3 ARG G 376 6776 2839 3114 -1092 -329 -577 H
ATOM 47079 HG2 ARG G 376 -44.107-186.009 86.812 1.00 39.98 H
ANISOU47079 HG2 ARG G 376 7586 3713 3892 -1186 -372 -654 H
ATOM 47080 HG3 ARG G 376 -45.456-185.864 87.972 1.00 39.74 H
ANISOU47080 HG3 ARG G 376 7485 3730 3883 -1234 -381 -639 H
ATOM 47081 HD2 ARG G 376 -45.294-183.546 88.056 1.00 31.02 H
ANISOU47081 HD2 ARG G 376 6301 2720 2766 -1135 -412 -592 H
ATOM 47082 HD3 ARG G 376 -43.751-183.487 87.210 1.00 29.32 H
ANISOU47082 HD3 ARG G 376 6151 2455 2536 -1074 -399 -592 H
ATOM 47083 HE ARG G 376 -46.492-183.998 86.141 1.00 36.61 H
ANISOU47083 HE ARG G 376 7001 3486 3422 -1204 -463 -662 H
ATOM 47084 HH11 ARG G 376 -43.039-183.588 85.345 1.00 46.12 H
ANISOU47084 HH11 ARG G 376 8332 4572 4618 -1054 -411 -630 H
ATOM 47085 HH12 ARG G 376 -43.391-183.340 83.659 1.00 47.03 H
ANISOU47085 HH12 ARG G 376 8452 4737 4681 -1063 -448 -670 H
ATOM 47086 HH21 ARG G 376 -46.861-183.679 83.923 1.00 48.33 H
ANISOU47086 HH21 ARG G 376 8489 5037 4839 -1211 -517 -712 H
ATOM 47087 HH22 ARG G 376 -45.504-183.393 82.860 1.00 49.45 H
ANISOU47087 HH22 ARG G 376 8692 5147 4951 -1149 -509 -714 H
ATOM 47088 N MET G 377 -42.602-187.122 91.767 1.00 33.51 N
ANISOU47088 N MET G 377 6800 2736 3195 -1149 -256 -509 N
ATOM 47089 CA MET G 377 -41.563-187.097 92.797 1.00 36.66 C
ANISOU47089 CA MET G 377 7218 3095 3616 -1101 -229 -463 C
ATOM 47090 C MET G 377 -40.639-188.325 92.887 1.00 41.97 C
ANISOU47090 C MET G 377 7965 3676 4308 -1098 -194 -456 C
ATOM 47091 O MET G 377 -39.439-188.129 93.023 1.00 40.95 O
ANISOU47091 O MET G 377 7857 3517 4184 -1037 -181 -430 O
ATOM 47092 CB MET G 377 -42.181-186.826 94.176 1.00 39.09 C
ANISOU47092 CB MET G 377 7483 3431 3937 -1118 -224 -430 C
ATOM 47093 CG MET G 377 -42.624-185.398 94.279 1.00 41.87 C
ANISOU47093 CG MET G 377 7767 3864 4276 -1091 -250 -422 C
ATOM 47094 SD MET G 377 -43.661-185.078 95.712 1.00 44.99 S
ANISOU47094 SD MET G 377 8106 4303 4684 -1124 -244 -397 S
ATOM 47095 CE MET G 377 -42.541-185.580 96.996 1.00 41.53 C
ANISOU47095 CE MET G 377 7711 3804 4265 -1095 -209 -349 C
ATOM 47096 H MET G 377 -43.543-187.123 92.147 1.00 32.71 H
ANISOU47096 H MET G 377 6665 2667 3098 -1189 -264 -513 H
ATOM 47097 HA MET G 377 -40.920-186.246 92.575 1.00 36.41 H
ANISOU47097 HA MET G 377 7175 3083 3575 -1047 -238 -451 H
ATOM 47098 HB2 MET G 377 -43.038-187.472 94.356 1.00 38.60 H
ANISOU47098 HB2 MET G 377 7418 3366 3881 -1176 -220 -444 H
ATOM 47099 HB3 MET G 377 -41.418-186.991 94.935 1.00 38.68 H
ANISOU47099 HB3 MET G 377 7452 3344 3899 -1090 -203 -397 H
ATOM 47100 HG2 MET G 377 -41.718-184.804 94.371 1.00 42.18 H
ANISOU47100 HG2 MET G 377 7812 3900 4315 -1036 -247 -401 H
ATOM 47101 HG3 MET G 377 -43.152-185.099 93.377 1.00 41.72 H
ANISOU47101 HG3 MET G 377 7730 3881 4242 -1103 -273 -451 H
ATOM 47102 HE1 MET G 377 -42.860-185.097 97.919 1.00 42.39 H
ANISOU47102 HE1 MET G 377 7787 3944 4377 -1095 -205 -327 H
ATOM 47103 HE2 MET G 377 -42.562-186.661 97.113 1.00 40.67 H
ANISOU47103 HE2 MET G 377 7641 3645 4167 -1129 -191 -351 H
ATOM 47104 HE3 MET G 377 -41.541-185.247 96.726 1.00 41.43 H
ANISOU47104 HE3 MET G 377 7717 3775 4249 -1044 -209 -339 H
ATOM 47105 N PRO G 378 -41.104-189.566 92.808 1.00 42.26 N
ANISOU47105 N PRO G 378 8039 3663 4354 -1157 -177 -479 N
ATOM 47106 CA PRO G 378 -40.171-190.692 92.945 1.00 42.77 C
ANISOU47106 CA PRO G 378 8174 3636 4440 -1146 -140 -468 C
ATOM 47107 C PRO G 378 -39.047-190.694 91.907 1.00 47.61 C
ANISOU47107 C PRO G 378 8829 4216 5046 -1094 -134 -483 C
ATOM 47108 O PRO G 378 -37.883-190.898 92.255 1.00 47.26 O
ANISOU47108 O PRO G 378 8816 4122 5017 -1042 -111 -452 O
ATOM 47109 CB PRO G 378 -41.096-191.889 92.772 1.00 46.03 C
ANISOU47109 CB PRO G 378 8616 4013 4862 -1228 -128 -502 C
ATOM 47110 CG PRO G 378 -42.406-191.408 93.326 1.00 49.54 C
ANISOU47110 CG PRO G 378 8995 4526 5300 -1276 -149 -502 C
ATOM 47111 CD PRO G 378 -42.495-190.045 92.727 1.00 44.31 C
ANISOU47111 CD PRO G 378 8279 3946 4612 -1238 -187 -511 C
ATOM 47112 HA PRO G 378 -39.739-190.703 93.945 1.00 42.68 H
ANISOU47112 HA PRO G 378 8163 3608 4445 -1122 -125 -426 H
ATOM 47113 HB2 PRO G 378 -41.207-192.130 91.715 1.00 46.21 H
ANISOU47113 HB2 PRO G 378 8658 4030 4870 -1246 -135 -545 H
ATOM 47114 HB3 PRO G 378 -40.719-192.742 93.335 1.00 47.40 H
ANISOU47114 HB3 PRO G 378 8830 4123 5058 -1232 -97 -482 H
ATOM 47115 HG2 PRO G 378 -43.221-192.045 92.986 1.00 50.76 H
ANISOU47115 HG2 PRO G 378 9156 4675 5454 -1339 -149 -536 H
ATOM 47116 HG3 PRO G 378 -42.365-191.367 94.413 1.00 48.59 H
ANISOU47116 HG3 PRO G 378 8864 4404 5195 -1268 -136 -463 H
ATOM 47117 HD2 PRO G 378 -42.830-190.095 91.693 1.00 44.59 H
ANISOU47117 HD2 PRO G 378 8317 3997 4629 -1260 -204 -551 H
ATOM 47118 HD3 PRO G 378 -43.156-189.427 93.331 1.00 44.56 H
ANISOU47118 HD3 PRO G 378 8258 4030 4642 -1247 -199 -496 H
ATOM 47119 N GLY G 379 -39.395-190.411 90.652 1.00 43.94 N
ANISOU47119 N GLY G 379 8359 3783 4553 -1108 -157 -529 N
ATOM 47120 CA GLY G 379 -38.414-190.358 89.580 1.00 41.73 C
ANISOU47120 CA GLY G 379 8116 3479 4260 -1063 -152 -548 C
ATOM 47121 C GLY G 379 -37.395-189.264 89.829 1.00 40.59 C
ANISOU47121 C GLY G 379 7947 3360 4114 -983 -156 -509 C
ATOM 47122 O GLY G 379 -36.200-189.456 89.587 1.00 34.64 O
ANISOU47122 O GLY G 379 7230 2561 3369 -933 -134 -498 O
ATOM 47123 H GLY G 379 -40.338-190.194 90.345 1.00 44.24 H
ANISOU47123 H GLY G 379 8366 3866 4576 -1148 -179 -554 H
ATOM 47124 HA2 GLY G 379 -37.890-191.312 89.533 1.00 41.73 H
ANISOU47124 HA2 GLY G 379 8170 3409 4277 -1064 -122 -551 H
ATOM 47125 HA3 GLY G 379 -38.927-190.178 88.638 1.00 41.67 H
ANISOU47125 HA3 GLY G 379 8101 3503 4226 -1087 -172 -586 H
ATOM 47126 N PHE G 380 -37.848-188.116 90.338 1.00 38.84 N
ANISOU47126 N PHE G 380 7662 3211 3885 -971 -182 -487 N
ATOM 47127 CA PHE G 380 -36.963-187.009 90.708 1.00 37.37 C
ANISOU47127 CA PHE G 380 7448 3052 3699 -901 -186 -450 C
ATOM 47128 C PHE G 380 -35.953-187.462 91.784 1.00 38.95 C
ANISOU47128 C PHE G 380 7672 3198 3929 -866 -156 -405 C
ATOM 47129 O PHE G 380 -34.777-187.141 91.699 1.00 39.84 O
ANISOU47129 O PHE G 380 7796 3296 4046 -808 -146 -385 O
ATOM 47130 CB PHE G 380 -37.788-185.792 91.214 1.00 38.88 C
ANISOU47130 CB PHE G 380 7568 3325 3880 -904 -216 -436 C
ATOM 47131 CG PHE G 380 -36.913-184.652 91.675 1.00 38.96 C
ANISOU47131 CG PHE G 380 7552 3361 3893 -838 -217 -400 C
ATOM 47132 CD1 PHE G 380 -36.436-184.607 92.977 1.00 38.95 C
ANISOU47132 CD1 PHE G 380 7543 3346 3912 -819 -202 -357 C
ATOM 47133 CD2 PHE G 380 -36.420-183.724 90.768 1.00 37.69 C
ANISOU47133 CD2 PHE G 380 7381 3228 3712 -796 -230 -408 C
ATOM 47134 CE1 PHE G 380 -35.416-183.748 93.323 1.00 36.84 C
ANISOU47134 CE1 PHE G 380 7260 3089 3647 -759 -199 -327 C
ATOM 47135 CE2 PHE G 380 -35.487-182.787 91.160 1.00 38.95 C
ANISOU47135 CE2 PHE G 380 7523 3400 3876 -738 -227 -376 C
ATOM 47136 CZ PHE G 380 -34.946-182.848 92.412 1.00 35.28 C
ANISOU47136 CZ PHE G 380 7054 2918 3434 -720 -211 -338 C
ATOM 47137 H PHE G 380 -38.832-187.912 90.478 1.00 40.72 H
ANISOU47137 H PHE G 380 7866 3490 4116 -1009 -200 -497 H
ATOM 47138 HA PHE G 380 -36.407-186.693 89.827 1.00 38.31 H
ANISOU47138 HA PHE G 380 7579 3173 3803 -871 -189 -464 H
ATOM 47139 HB2 PHE G 380 -38.409-185.429 90.397 1.00 40.31 H
ANISOU47139 HB2 PHE G 380 7731 3544 4039 -921 -238 -465 H
ATOM 47140 HB3 PHE G 380 -38.413-186.098 92.050 1.00 39.11 H
ANISOU47140 HB3 PHE G 380 7583 3355 3921 -938 -212 -425 H
ATOM 47141 HD1 PHE G 380 -36.707-185.405 93.666 1.00 38.48 H
ANISOU47141 HD1 PHE G 380 7497 3257 3866 -849 -188 -347 H
ATOM 47142 HD2 PHE G 380 -36.781-183.736 89.742 1.00 38.26 H
ANISOU47142 HD2 PHE G 380 7460 3314 3765 -810 -244 -440 H
ATOM 47143 HE1 PHE G 380 -35.035-183.750 94.343 1.00 36.63 H
ANISOU47143 HE1 PHE G 380 7229 3055 3634 -746 -189 -295 H
ATOM 47144 HE2 PHE G 380 -35.123-182.044 90.452 1.00 39.94 H
ANISOU47144 HE2 PHE G 380 7641 3548 3988 -706 -235 -382 H
ATOM 47145 HZ PHE G 380 -34.232-182.089 92.725 1.00 34.66 H
ANISOU47145 HZ PHE G 380 6959 2853 3358 -678 -209 -316 H
ATOM 47146 N PHE G 381 -36.417-188.134 92.827 1.00 35.75 N
ANISOU47146 N PHE G 381 7270 2771 3543 -901 -144 -385 N
ATOM 47147 CA PHE G 381 -35.528-188.532 93.919 1.00 35.92 C
ANISOU47147 CA PHE G 381 7310 2748 3588 -869 -119 -336 C
ATOM 47148 C PHE G 381 -34.579-189.623 93.463 1.00 41.09 C
ANISOU47148 C PHE G 381 8031 3321 4261 -849 -88 -340 C
ATOM 47149 O PHE G 381 -33.418-189.619 93.867 1.00 41.17 O
ANISOU47149 O PHE G 381 8053 3304 4285 -793 -73 -304 O
ATOM 47150 CB PHE G 381 -36.315-188.985 95.161 1.00 37.72 C
ANISOU47150 CB PHE G 381 7526 2975 3830 -914 -112 -312 C
ATOM 47151 CG PHE G 381 -37.152-187.913 95.816 1.00 37.23 C
ANISOU47151 CG PHE G 381 7400 2992 3755 -927 -135 -302 C
ATOM 47152 CD1 PHE G 381 -36.551-186.782 96.358 1.00 38.32 C
ANISOU47152 CD1 PHE G 381 7501 3172 3888 -875 -146 -272 C
ATOM 47153 CD2 PHE G 381 -38.505-188.113 96.053 1.00 38.04 C
ANISOU47153 CD2 PHE G 381 7478 3121 3855 -992 -143 -319 C
ATOM 47154 CE1 PHE G 381 -37.297-185.808 96.984 1.00 38.23 C
ANISOU47154 CE1 PHE G 381 7432 3227 3866 -885 -163 -265 C
ATOM 47155 CE2 PHE G 381 -39.255-187.140 96.712 1.00 41.32 C
ANISOU47155 CE2 PHE G 381 7832 3606 4261 -1000 -160 -309 C
ATOM 47156 CZ PHE G 381 -38.646-185.986 97.159 1.00 39.91 C
ANISOU47156 CZ PHE G 381 7621 3467 4076 -946 -169 -283 C
ATOM 47157 H PHE G 381 -37.381-188.429 92.943 1.00 37.12 H
ANISOU47157 H PHE G 381 7433 2957 3715 -952 -150 -400 H
ATOM 47158 HA PHE G 381 -34.910-187.684 94.207 1.00 36.59 H
ANISOU47158 HA PHE G 381 7370 2863 3671 -823 -126 -312 H
ATOM 47159 HB2 PHE G 381 -36.950-189.821 94.873 1.00 38.51 H
ANISOU47159 HB2 PHE G 381 7652 3048 3935 -963 -104 -337 H
ATOM 47160 HB3 PHE G 381 -35.588-189.289 95.912 1.00 36.47 H
ANISOU47160 HB3 PHE G 381 7386 2785 3687 -886 -94 -275 H
ATOM 47161 HD1 PHE G 381 -35.487-186.614 96.201 1.00 37.26 H
ANISOU47161 HD1 PHE G 381 7381 3020 3757 -826 -140 -258 H
ATOM 47162 HD2 PHE G 381 -39.002-189.013 95.696 1.00 36.76 H
ANISOU47162 HD2 PHE G 381 7344 2926 3698 -1038 -134 -343 H
ATOM 47163 HE1 PHE G 381 -36.807-184.911 97.358 1.00 36.64 H
ANISOU47163 HE1 PHE G 381 7205 3055 3660 -846 -169 -245 H
ATOM 47164 HE2 PHE G 381 -40.322-187.287 96.866 1.00 41.16 H
ANISOU47164 HE2 PHE G 381 7790 3609 4240 -1051 -165 -323 H
ATOM 47165 HZ PHE G 381 -39.224-185.228 97.687 1.00 39.08 H
ANISOU47165 HZ PHE G 381 7471 3414 3966 -952 -180 -276 H
ATOM 47166 N ASP G 382 -35.032-190.490 92.571 1.00 36.04 N
ANISOU47166 N ASP G 382 7431 2644 3619 -891 -79 -384 N
ATOM 47167 CA ASP G 382 -34.151-191.533 92.035 1.00 39.27 C
ANISOU47167 CA ASP G 382 7905 2971 4044 -872 -46 -393 C
ATOM 47168 C ASP G 382 -32.981-190.936 91.263 1.00 42.02 C
ANISOU47168 C ASP G 382 8258 3324 4384 -805 -45 -395 C
ATOM 47169 O ASP G 382 -31.855-191.442 91.374 1.00 41.80 O
ANISOU47169 O ASP G 382 8264 3240 4378 -758 -16 -372 O
ATOM 47170 CB ASP G 382 -34.910-192.491 91.100 1.00 42.30 C
ANISOU47170 CB ASP G 382 8331 3319 4422 -935 -38 -450 C
ATOM 47171 CG ASP G 382 -35.768-193.531 91.796 1.00 54.55 C
ANISOU47171 CG ASP G 382 9903 4830 5992 -1000 -22 -449 C
ATOM 47172 OD1 ASP G 382 -35.463-193.863 92.966 1.00 53.48 O
ANISOU47172 OD1 ASP G 382 9773 4666 5882 -986 -4 -399 O
ATOM 47173 OD2 ASP G 382 -36.692-194.077 91.138 1.00 57.88 O
ANISOU47173 OD2 ASP G 382 10342 5247 6405 -1067 -25 -498 O
ATOM 47174 H ASP G 382 -35.980-190.503 92.207 1.00 34.19 H
ANISOU47174 H ASP G 382 7184 2435 3371 -939 -94 -414 H
ATOM 47175 HA ASP G 382 -33.724-192.092 92.865 1.00 38.92 H
ANISOU47175 HA ASP G 382 7881 2885 4024 -859 -25 -357 H
ATOM 47176 HB2 ASP G 382 -35.554-191.905 90.446 1.00 42.05 H
ANISOU47176 HB2 ASP G 382 8272 3341 4364 -958 -65 -481 H
ATOM 47177 HB3 ASP G 382 -34.177-193.033 90.503 1.00 42.94 H
ANISOU47177 HB3 ASP G 382 8457 3348 4509 -912 -15 -463 H
ATOM 47178 N ASN G 383 -33.239-189.845 90.524 1.00 34.91 N
ANISOU47178 N ASN G 383 7320 2491 3453 -798 -74 -417 N
ATOM 47179 CA ASN G 383 -32.184-189.184 89.762 1.00 34.35 C
ANISOU47179 CA ASN G 383 7249 2429 3372 -737 -73 -419 C
ATOM 47180 C ASN G 383 -31.252-188.421 90.700 1.00 40.56 C
ANISOU47180 C ASN G 383 8003 3235 4173 -678 -73 -366 C
ATOM 47181 O ASN G 383 -30.024-188.448 90.508 1.00 41.85 O
ANISOU47181 O ASN G 383 8184 3369 4348 -623 -53 -350 O
ATOM 47182 CB ASN G 383 -32.783-188.240 88.714 1.00 32.31 C
ANISOU47182 CB ASN G 383 6963 2238 3077 -749 -104 -456 C
ATOM 47183 CG ASN G 383 -31.725-187.490 87.949 1.00 32.53 C
ANISOU47183 CG ASN G 383 6990 2278 3092 -689 -101 -455 C
ATOM 47184 OD1 ASN G 383 -30.896-188.095 87.292 1.00 36.34 O
ANISOU47184 OD1 ASN G 383 7519 2710 3579 -665 -74 -469 O
ATOM 47185 ND2 ASN G 383 -31.644-186.173 88.094 1.00 28.77 N
ANISOU47185 ND2 ASN G 383 6463 1864 2603 -659 -124 -435 N
ATOM 47186 H ASN G 383 -34.157-189.427 90.411 1.00 33.93 H
ANISOU47186 H ASN G 383 7166 2414 3313 -833 -98 -434 H
ATOM 47187 HA ASN G 383 -31.589-189.925 89.231 1.00 32.39 H
ANISOU47187 HA ASN G 383 7048 2126 3132 -725 -48 -433 H
ATOM 47188 HB2 ASN G 383 -33.344-188.844 88.002 1.00 32.64 H
ANISOU47188 HB2 ASN G 383 7031 2264 3106 -790 -104 -495 H
ATOM 47189 HB3 ASN G 383 -33.456-187.537 89.199 1.00 32.71 H
ANISOU47189 HB3 ASN G 383 6967 2341 3119 -763 -128 -444 H
ATOM 47190 HD21 ASN G 383 -30.923-185.659 87.601 1.00 26.95 H
ANISOU47190 HD21 ASN G 383 6233 1641 2365 -619 -120 -433 H
ATOM 47191 HD22 ASN G 383 -32.258-185.685 88.739 1.00 29.58 H
ANISOU47191 HD22 ASN G 383 6529 2005 2706 -674 -142 -421 H
ATOM 47192 N LEU G 384 -31.821-187.749 91.720 1.00 35.93 N
ANISOU47192 N LEU G 384 7368 2698 3585 -690 -93 -338 N
ATOM 47193 CA LEU G 384 -31.006-186.957 92.611 1.00 34.84 C
ANISOU47193 CA LEU G 384 7196 2584 3456 -639 -96 -292 C
ATOM 47194 C LEU G 384 -30.203-187.827 93.583 1.00 38.24 C
ANISOU47194 C LEU G 384 7654 2959 3917 -617 -70 -250 C
ATOM 47195 O LEU G 384 -29.012-187.578 93.772 1.00 37.36 O
ANISOU47195 O LEU G 384 7540 2839 3816 -560 -60 -222 O
ATOM 47196 CB LEU G 384 -31.879-185.969 93.374 1.00 34.70 C
ANISOU47196 CB LEU G 384 7122 2635 3427 -660 -123 -280 C
ATOM 47197 CG LEU G 384 -31.168-185.040 94.381 1.00 39.44 C
ANISOU47197 CG LEU G 384 7684 3268 4032 -617 -127 -236 C
ATOM 47198 CD1 LEU G 384 -29.965-184.323 93.761 1.00 41.14 C
ANISOU47198 CD1 LEU G 384 7896 3490 4245 -558 -125 -233 C
ATOM 47199 CD2 LEU G 384 -32.148-184.063 94.923 1.00 39.93 C
ANISOU47199 CD2 LEU G 384 7695 3397 4081 -641 -151 -235 C
ATOM 47200 H LEU G 384 -32.812-187.734 91.938 1.00 35.77 H
ANISOU47200 H LEU G 384 7331 2702 3559 -733 -107 -348 H
ATOM 47201 HA LEU G 384 -30.306-186.391 91.999 1.00 34.45 H
ANISOU47201 HA LEU G 384 7144 2547 3400 -601 -96 -297 H
ATOM 47202 HB2 LEU G 384 -32.392-185.344 92.644 1.00 33.85 H
ANISOU47202 HB2 LEU G 384 6995 2566 3299 -670 -141 -307 H
ATOM 47203 HB3 LEU G 384 -32.622-186.533 93.934 1.00 35.91 H
ANISOU47203 HB3 LEU G 384 7279 2779 3586 -702 -121 -277 H
ATOM 47204 HG LEU G 384 -30.798-185.626 95.220 1.00 40.64 H
ANISOU47204 HG LEU G 384 7850 3391 4202 -611 -114 -206 H
ATOM 47205 HD11 LEU G 384 -29.582-183.600 94.480 1.00 41.00 H
ANISOU47205 HD11 LEU G 384 7847 3501 4229 -534 -131 -206 H
ATOM 47206 HD12 LEU G 384 -29.181-185.046 93.540 1.00 41.40 H
ANISOU47206 HD12 LEU G 384 7963 3475 4292 -535 -105 -228 H
ATOM 47207 HD13 LEU G 384 -30.271-183.815 92.847 1.00 39.98 H
ANISOU47207 HD13 LEU G 384 7743 3368 4082 -561 -136 -262 H
ATOM 47208 HD21 LEU G 384 -31.630-183.349 95.561 1.00 39.87 H
ANISOU47208 HD21 LEU G 384 7661 3413 4074 -611 -154 -209 H
ATOM 47209 HD22 LEU G 384 -32.642-183.552 94.097 1.00 39.08 H
ANISOU47209 HD22 LEU G 384 7573 3317 3956 -650 -166 -264 H
ATOM 47210 HD23 LEU G 384 -32.890-184.606 95.506 1.00 40.79 H
ANISOU47210 HD23 LEU G 384 7806 3500 4194 -681 -149 -232 H
ATOM 47211 N GLY G 385 -30.867-188.768 94.228 1.00 33.80 N
ATOM 47212 CA GLY G 385 -30.250-189.682 95.190 1.00 34.18 C
ATOM 47213 C GLY G 385 -30.523-189.379 96.652 1.00 37.68 C
ATOM 47214 O GLY G 385 -30.099-190.140 97.512 1.00 35.33 O
ATOM 47215 H GLY G 385 -31.857-188.942 94.090 1.00 34.41 H
ATOM 47216 HA2 GLY G 385 -30.645-190.678 94.995 1.00 33.70 H
ATOM 47217 HA3 GLY G 385 -29.174-189.739 95.048 1.00 32.88 H