>>6TXC:HELIX 302 BH5 GLU J 355 ALA J 373 1 19
EVGNLYDMFHTRNSLHRRA
Search OCA for entries with sequence similar to this one (with E=10)
HELIX 302 BH5 GLU J 355 ALA J 373 1 19
ATOM 36103 N GLU J 355 67.558 -5.212-151.593 1.00 35.41 N
ANISOU36103 N GLU J 355 5314 3429 4711 -1337 608 -605 N
ATOM 36104 CA GLU J 355 67.735 -4.136-150.601 1.00 33.62 C
ANISOU36104 CA GLU J 355 5069 3251 4451 -1262 628 -520 C
ATOM 36105 C GLU J 355 66.524 -3.859-149.687 1.00 33.44 C
ANISOU36105 C GLU J 355 4981 3281 4442 -1297 648 -453 C
ATOM 36106 O GLU J 355 66.601 -3.004-148.811 1.00 33.07 O
ANISOU36106 O GLU J 355 4925 3272 4367 -1238 670 -386 O
ATOM 36107 CB GLU J 355 68.125 -2.825-151.309 1.00 32.79 C
ANISOU36107 CB GLU J 355 4947 3240 4269 -1193 600 -535 C
ATOM 36108 CG GLU J 355 69.388 -2.889-152.144 1.00 32.67 C
ANISOU36108 CG GLU J 355 4991 3190 4232 -1152 594 -595 C
ATOM 36109 CD GLU J 355 70.591 -3.396-151.348 1.00 32.05 C
ANISOU36109 CD GLU J 355 4971 3012 4194 -1102 627 -573 C
ATOM 36110 OE1 GLU J 355 71.225 -2.550-150.641 1.00 30.70 O
ANISOU36110 OE1 GLU J 355 4804 2862 3998 -1032 639 -522 O
ATOM 36111 OE2 GLU J 355 70.882 -4.637-151.405 1.00 32.18 O
ANISOU36111 OE2 GLU J 355 5031 2928 4268 -1132 637 -607 O
ATOM 36112 N VAL J 356 65.400 -4.538-149.900 1.00 33.53 N
ANISOU36112 N VAL J 356 4944 3300 4494 -1395 645 -475 N
ATOM 36113 CA VAL J 356 64.202 -4.300-149.105 1.00 33.10 C
ANISOU36113 CA VAL J 356 4813 3305 4458 -1434 672 -420 C
ATOM 36114 C VAL J 356 64.488 -4.394-147.618 1.00 32.86 C
ANISOU36114 C VAL J 356 4827 3217 4441 -1406 734 -331 C
ATOM 36115 O VAL J 356 63.999 -3.574-146.856 1.00 33.02 O
ANISOU36115 O VAL J 356 4801 3306 4436 -1375 760 -274 O
ATOM 36116 CB VAL J 356 63.041 -5.228-149.499 1.00 33.94 C
ANISOU36116 CB VAL J 356 4861 3411 4622 -1561 665 -462 C
ATOM 36117 CG1 VAL J 356 63.321 -6.678-149.151 1.00 34.63 C
ANISOU36117 CG1 VAL J 356 5025 3353 4776 -1633 700 -468 C
ATOM 36118 CG2 VAL J 356 61.742 -4.766-148.851 1.00 34.47 C
ANISOU36118 CG2 VAL J 356 4821 3572 4703 -1595 691 -416 C
ATOM 36119 N GLY J 357 65.305 -5.362-147.220 1.00 33.10 N
ANISOU36119 N GLY J 357 4949 3120 4504 -1410 755 -321 N
ATOM 36120 CA GLY J 357 65.739 -5.497-145.832 1.00 33.42 C
ANISOU36120 CA GLY J 357 5051 3099 4546 -1373 803 -235 C
ATOM 36121 C GLY J 357 66.357 -4.235-145.254 1.00 32.49 C
ANISOU36121 C GLY J 357 4938 3043 4363 -1265 802 -190 C
ATOM 36122 O GLY J 357 65.970 -3.780-144.188 1.00 33.64 O
ANISOU36122 O GLY J 357 5074 3220 4486 -1249 841 -122 O
ATOM 36123 N ASN J 358 67.298 -3.665-145.990 1.00 31.56 N
ANISOU36123 N ASN J 358 4836 2943 4213 -1196 761 -234 N
ATOM 36124 CA ASN J 358 67.970 -2.418-145.596 1.00 30.33 C
ANISOU36124 CA ASN J 358 4686 2842 3996 -1100 755 -204 C
ATOM 36125 C ASN J 358 67.046 -1.224-145.470 1.00 29.06 C
ANISOU36125 C ASN J 358 4451 2796 3793 -1086 762 -182 C
ATOM 36126 O ASN J 358 67.365 -0.298-144.728 1.00 28.31 O
ANISOU36126 O ASN J 358 4369 2733 3654 -1020 775 -139 O
ATOM 36127 CB ASN J 358 69.075 -2.050-146.593 1.00 30.09 C
ANISOU36127 CB ASN J 358 4676 2812 3943 -1047 716 -265 C
ATOM 36128 CG ASN J 358 70.180 -3.080-146.644 1.00 30.58 C
ANISOU36128 CG ASN J 358 4808 2764 4045 -1033 712 -289 C
ATOM 36129 OD1 ASN J 358 70.418 -3.812-145.673 1.00 32.30 O
ANISOU36129 OD1 ASN J 358 5075 2901 4294 -1031 733 -240 O
ATOM 36130 ND2 ASN J 358 70.884 -3.133-147.762 1.00 29.85 N
ANISOU36130 ND2 ASN J 358 4724 2665 3950 -1018 688 -362 N
ATOM 36131 N LEU J 359 65.943 -1.231-146.212 1.00 28.53 N
ANISOU36131 N LEU J 359 4309 2791 3740 -1143 748 -216 N
ATOM 36132 CA LEU J 359 64.965 -0.163-146.116 1.00 28.13 C
ANISOU36132 CA LEU J 359 4178 2851 3660 -1125 752 -196 C
ATOM 36133 C LEU J 359 64.109 -0.268-144.854 1.00 28.18 C
ANISOU36133 C LEU J 359 4155 2868 3682 -1151 814 -132 C
ATOM 36134 O LEU J 359 63.862 0.749-144.213 1.00 28.14 O
ANISOU36134 O LEU J 359 4129 2923 3639 -1094 837 -94 O
ATOM 36135 CB LEU J 359 64.086 -0.099-147.364 1.00 28.49 C
ANISOU36135 CB LEU J 359 4144 2968 3711 -1168 705 -255 C
ATOM 36136 CG LEU J 359 64.785 0.282-148.667 1.00 27.94 C
ANISOU36136 CG LEU J 359 4101 2913 3602 -1134 647 -315 C
ATOM 36137 CD1 LEU J 359 63.803 0.302-149.809 1.00 28.52 C
ANISOU36137 CD1 LEU J 359 4098 3064 3673 -1179 594 -368 C
ATOM 36138 CD2 LEU J 359 65.427 1.647-148.555 1.00 27.16 C
ANISOU36138 CD2 LEU J 359 4027 2853 3439 -1035 643 -289 C
ATOM 36139 N TYR J 360 63.675 -1.470-144.469 1.00 28.21 N
ANISOU36139 N TYR J 360 4165 2811 3741 -1238 847 -120 N
ATOM 36140 CA TYR J 360 63.015 -1.633-143.179 1.00 28.46 C
ANISOU36140 CA TYR J 360 4190 2842 3782 -1266 920 -52 C
ATOM 36141 C TYR J 360 63.974 -1.202-142.068 1.00 28.69 C
ANISOU36141 C TYR J 360 4309 2831 3758 -1185 944 6 C
ATOM 36142 O TYR J 360 63.565 -0.607-141.081 1.00 29.66 O
ANISOU36142 O TYR J 360 4422 2997 3849 -1159 994 57 O
ATOM 36143 CB TYR J 360 62.496 -3.059-142.950 1.00 28.77 C
ANISOU36143 CB TYR J 360 4239 2804 3886 -1380 957 -45 C
ATOM 36144 CG TYR J 360 61.159 -3.403-143.594 1.00 28.94 C
ANISOU36144 CG TYR J 360 4146 2887 3962 -1480 957 -87 C
ATOM 36145 CD1 TYR J 360 59.956 -3.100-142.978 1.00 29.31 C
ANISOU36145 CD1 TYR J 360 4099 3015 4021 -1518 1013 -56 C
ATOM 36146 CD2 TYR J 360 61.106 -4.060-144.788 1.00 28.93 C
ANISOU36146 CD2 TYR J 360 4128 2865 3999 -1540 901 -162 C
ATOM 36147 CE1 TYR J 360 58.719 -3.418-143.572 1.00 30.16 C
ANISOU36147 CE1 TYR J 360 4083 3188 4185 -1612 1008 -100 C
ATOM 36148 CE2 TYR J 360 59.897 -4.395-145.395 1.00 29.87 C
ANISOU36148 CE2 TYR J 360 4138 3045 4167 -1637 890 -208 C
ATOM 36149 CZ TYR J 360 58.688 -4.077-144.794 1.00 30.50 C
ANISOU36149 CZ TYR J 360 4110 3211 4265 -1675 940 -177 C
ATOM 36150 OH TYR J 360 57.518 -4.445-145.479 1.00 31.49 O
ANISOU36150 OH TYR J 360 4114 3403 4446 -1776 919 -231 O
ATOM 36151 N ASP J 361 65.261 -1.492-142.233 1.00 29.30 N
ANISOU36151 N ASP J 361 4472 2832 3828 -1143 909 -4 N
ATOM 36152 CA ASP J 361 66.304 -1.107-141.258 1.00 30.42 C
ANISOU36152 CA ASP J 361 4697 2938 3921 -1064 915 43 C
ATOM 36153 C ASP J 361 66.553 0.414-141.230 1.00 30.29 C
ANISOU36153 C ASP J 361 4658 3005 3842 -979 900 38 C
ATOM 36154 O ASP J 361 67.010 0.960-140.224 1.00 30.38 O
ANISOU36154 O ASP J 361 4718 3017 3806 -925 917 81 O
ATOM 36155 CB ASP J 361 67.628 -1.862-141.492 1.00 31.30 C
ANISOU36155 CB ASP J 361 4890 2948 4052 -1039 876 25 C
ATOM 36156 CG ASP J 361 67.575 -3.374-141.032 1.00 33.04 C
ANISOU36156 CG ASP J 361 5173 3054 4325 -1102 901 57 C
ATOM 36157 OD1 ASP J 361 66.528 -3.886-140.561 1.00 34.69 O
ANISOU36157 OD1 ASP J 361 5364 3258 4555 -1178 953 91 O
ATOM 36158 OD2 ASP J 361 68.605 -4.086-141.157 1.00 33.72 O
ANISOU36158 OD2 ASP J 361 5327 3048 4434 -1075 872 46 O
ATOM 36159 N MET J 362 66.270 1.102-142.327 1.00 30.48 N
ANISOU36159 N MET J 362 4619 3097 3863 -968 865 -12 N
ATOM 36160 CA MET J 362 66.375 2.561-142.349 1.00 29.58 C
ANISOU36160 CA MET J 362 4488 3054 3694 -893 855 -14 C
ATOM 36161 C MET J 362 65.364 3.161-141.400 1.00 29.61 C
ANISOU36161 C MET J 362 4453 3119 3677 -884 910 30 C
ATOM 36162 O MET J 362 65.708 4.017-140.600 1.00 29.92 O
ANISOU36162 O MET J 362 4529 3171 3665 -823 928 57 O
ATOM 36163 CB MET J 362 66.168 3.133-143.761 1.00 29.13 C
ANISOU36163 CB MET J 362 4378 3054 3634 -885 807 -71 C
ATOM 36164 CG MET J 362 66.651 4.562-143.913 1.00 28.14 C
ANISOU36164 CG MET J 362 4268 2972 3452 -804 790 -75 C
ATOM 36165 SD MET J 362 65.985 5.412-145.361 1.00 27.62 S
ANISOU36165 SD MET J 362 4136 2987 3368 -788 744 -117 S
ATOM 36166 CE MET J 362 64.421 5.915-144.595 1.00 28.22 C
ANISOU36166 CE MET J 362 4127 3142 3451 -780 786 -79 C
ATOM 36167 N PHE J 363 64.124 2.709-141.486 1.00 29.64 N
ANISOU36167 N PHE J 363 4381 3159 3720 -947 938 31 N
ATOM 36168 CA PHE J 363 63.082 3.275-140.650 1.00 30.01 C
ANISOU36168 CA PHE J 363 4375 3274 3753 -938 999 66 C
ATOM 36169 C PHE J 363 63.214 2.825-139.208 1.00 31.30 C
ANISOU36169 C PHE J 363 4606 3390 3896 -952 1066 128 C
ATOM 36170 O PHE J 363 62.801 3.552-138.303 1.00 32.73 O
ANISOU36170 O PHE J 363 4782 3616 4036 -914 1118 159 O
ATOM 36171 CB PHE J 363 61.675 2.977-141.197 1.00 30.14 C
ANISOU36171 CB PHE J 363 4270 3358 3824 -1003 1010 45 C
ATOM 36172 CG PHE J 363 61.370 3.681-142.482 1.00 29.01 C
ANISOU36172 CG PHE J 363 4056 3283 3682 -971 943 -6 C
ATOM 36173 CD1 PHE J 363 60.970 5.017-142.481 1.00 28.62 C
ANISOU36173 CD1 PHE J 363 3965 3311 3598 -888 942 -3 C
ATOM 36174 CD2 PHE J 363 61.481 3.023-143.670 1.00 28.72 C
ANISOU36174 CD2 PHE J 363 4004 3229 3676 -1021 882 -56 C
ATOM 36175 CE1 PHE J 363 60.699 5.668-143.663 1.00 28.50 C
ANISOU36175 CE1 PHE J 363 3898 3354 3578 -853 876 -42 C
ATOM 36176 CE2 PHE J 363 61.214 3.672-144.861 1.00 28.73 C
ANISOU36176 CE2 PHE J 363 3953 3296 3666 -991 817 -100 C
ATOM 36177 CZ PHE J 363 60.828 4.991-144.851 1.00 28.60 C
ANISOU36177 CZ PHE J 363 3899 3355 3613 -905 812 -89 C
ATOM 36178 N HIS J 364 63.776 1.638-138.987 1.00 32.00 N
ANISOU36178 N HIS J 364 4762 3387 4008 -1001 1064 146 N
ATOM 36179 CA HIS J 364 64.124 1.188-137.637 1.00 32.94 C
ANISOU36179 CA HIS J 364 4971 3448 4093 -1003 1113 211 C
ATOM 36180 C HIS J 364 65.173 2.122-137.042 1.00 33.18 C
ANISOU36180 C HIS J 364 5076 3478 4051 -907 1090 224 C
ATOM 36181 O HIS J 364 65.023 2.554-135.899 1.00 36.73 O
ANISOU36181 O HIS J 364 5564 3947 4445 -881 1140 267 O
ATOM 36182 CB HIS J 364 64.627 -0.247-137.657 1.00 32.94 C
ANISOU36182 CB HIS J 364 5039 3339 4135 -1061 1102 226 C
ATOM 36183 CG HIS J 364 65.096 -0.771-136.331 1.00 33.15 C
ANISOU36183 CG HIS J 364 5175 3297 4123 -1054 1138 300 C
ATOM 36184 ND1 HIS J 364 64.357 -1.651-135.568 1.00 34.31 N
ANISOU36184 ND1 HIS J 364 5345 3408 4283 -1132 1211 355 N
ATOM 36185 CD2 HIS J 364 66.242 -0.549-135.641 1.00 32.48 C
ANISOU36185 CD2 HIS J 364 5185 3172 3981 -981 1108 328 C
ATOM 36186 CE1 HIS J 364 65.026 -1.941-134.468 1.00 34.34 C
ANISOU36186 CE1 HIS J 364 5463 3350 4232 -1101 1223 419 C
ATOM 36187 NE2 HIS J 364 66.188 -1.309-134.507 1.00 33.44 N
ANISOU36187 NE2 HIS J 364 5392 3235 4079 -1009 1155 401 N
ATOM 36188 N THR J 365 66.220 2.414-137.814 1.00 31.73 N
ANISOU36188 N THR J 365 4914 3274 3868 -862 1019 182 N
ATOM 36189 CA THR J 365 67.246 3.347-137.390 1.00 30.54 C
ANISOU36189 CA THR J 365 4821 3126 3656 -781 990 182 C
ATOM 36190 C THR J 365 66.615 4.684-136.988 1.00 29.35 C
ANISOU36190 C THR J 365 4638 3057 3456 -736 1025 183 C
ATOM 36191 O THR J 365 66.961 5.252-135.964 1.00 28.30 O
ANISOU36191 O THR J 365 4562 2927 3261 -693 1044 209 O
ATOM 36192 CB THR J 365 68.313 3.545-138.501 1.00 30.16 C
ANISOU36192 CB THR J 365 4775 3058 3626 -751 918 126 C
ATOM 36193 OG1 THR J 365 69.189 2.432-138.547 1.00 30.75 O
ANISOU36193 OG1 THR J 365 4902 3049 3733 -766 888 128 O
ATOM 36194 CG2 THR J 365 69.158 4.796-138.265 1.00 29.73 C
ANISOU36194 CG2 THR J 365 4752 3028 3515 -678 894 113 C
ATOM 36195 N ARG J 366 65.681 5.166-137.787 1.00 28.98 N
ANISOU36195 N ARG J 366 4501 3074 3436 -743 1031 153 N
ATOM 36196 CA ARG J 366 65.033 6.420-137.498 1.00 29.41 C
ANISOU36196 CA ARG J 366 4521 3200 3453 -690 1063 151 C
ATOM 36197 C ARG J 366 64.306 6.384-136.170 1.00 31.17 C
ANISOU36197 C ARG J 366 4754 3443 3644 -698 1147 198 C
ATOM 36198 O ARG J 366 64.520 7.243-135.330 1.00 31.75 O
ANISOU36198 O ARG J 366 4876 3531 3655 -643 1172 209 O
ATOM 36199 CB ARG J 366 64.033 6.753-138.581 1.00 29.28 C
ANISOU36199 CB ARG J 366 4397 3249 3478 -697 1051 117 C
ATOM 36200 CG ARG J 366 63.349 8.085-138.407 1.00 29.33 C
ANISOU36200 CG ARG J 366 4363 3325 3455 -628 1078 113 C
ATOM 36201 CD ARG J 366 62.678 8.497-139.709 1.00 29.28 C
ANISOU36201 CD ARG J 366 4265 3374 3483 -617 1034 76 C
ATOM 36202 NE ARG J 366 61.763 9.597-139.459 1.00 29.84 N
ANISOU36202 NE ARG J 366 4281 3514 3540 -551 1069 77 N
ATOM 36203 CZ ARG J 366 60.558 9.462-138.933 1.00 31.18 C
ANISOU36203 CZ ARG J 366 4368 3742 3736 -566 1131 91 C
ATOM 36204 NH1 ARG J 366 60.071 8.294-138.568 1.00 31.98 N
ANISOU36204 NH1 ARG J 366 4433 3841 3876 -653 1171 109 N
ATOM 36205 NH2 ARG J 366 59.852 10.539-138.693 1.00 32.16 N
ANISOU36205 NH2 ARG J 366 4449 3924 3846 -491 1162 89 N
ATOM 36206 N ASN J 367 63.433 5.396-135.994 1.00 33.16 N
ANISOU36206 N ASN J 367 4963 3698 3938 -773 1194 222 N
ATOM 36207 CA ASN J 367 62.672 5.240-134.755 1.00 34.35 C
ANISOU36207 CA ASN J 367 5121 3869 4060 -795 1288 269 C
ATOM 36208 C ASN J 367 63.617 5.090-133.578 1.00 33.90 C
ANISOU36208 C ASN J 367 5195 3754 3930 -772 1297 313 C
ATOM 36209 O ASN J 367 63.384 5.652-132.528 1.00 33.85 O
ANISOU36209 O ASN J 367 5225 3776 3858 -741 1356 337 O
ATOM 36210 CB ASN J 367 61.761 4.026-134.816 1.00 36.07 C
ANISOU36210 CB ASN J 367 5282 4080 4341 -897 1335 289 C
ATOM 36211 CG ASN J 367 60.791 3.981-133.659 1.00 38.80 C
ANISOU36211 CG ASN J 367 5614 4465 4661 -925 1447 333 C
ATOM 36212 OD1 ASN J 367 59.899 4.839-133.550 1.00 42.29 O
ANISOU36212 OD1 ASN J 367 5973 4994 5100 -892 1495 316 O
ATOM 36213 ND2 ASN J 367 60.959 3.008-132.768 1.00 40.17 N
ANISOU36213 ND2 ASN J 367 5871 4575 4813 -982 1494 390 N
ATOM 36214 N SER J 368 64.693 4.340-133.771 1.00 34.06 N
ANISOU36214 N SER J 368 5285 3695 3959 -783 1235 320 N
ATOM 36215 CA SER J 368 65.726 4.192-132.755 1.00 34.40 C
ANISOU36215 CA SER J 368 5450 3685 3935 -752 1219 358 C
ATOM 36216 C SER J 368 66.362 5.524-132.340 1.00 33.88 C
ANISOU36216 C SER J 368 5424 3651 3796 -669 1196 336 C
ATOM 36217 O SER J 368 66.538 5.775-131.161 1.00 34.00 O
ANISOU36217 O SER J 368 5516 3668 3732 -645 1226 368 O
ATOM 36218 CB SER J 368 66.794 3.204-133.245 1.00 34.81 C
ANISOU36218 CB SER J 368 5548 3649 4026 -766 1145 357 C
ATOM 36219 OG SER J 368 67.904 3.150-132.360 1.00 35.20 O
ANISOU36219 OG SER J 368 5704 3654 4013 -721 1110 388 O
ATOM 36220 N LEU J 369 66.694 6.381-133.295 1.00 33.48 N
ANISOU36220 N LEU J 369 5329 3625 3766 -629 1145 279 N
ATOM 36221 CA LEU J 369 67.210 7.716-132.963 1.00 32.50 C
ANISOU36221 CA LEU J 369 5240 3526 3579 -558 1129 253 C
ATOM 36222 C LEU J 369 66.183 8.600-132.266 1.00 32.56 C
ANISOU36222 C LEU J 369 5230 3596 3543 -531 1209 258 C
ATOM 36223 O LEU J 369 66.551 9.461-131.477 1.00 33.16 O
ANISOU36223 O LEU J 369 5371 3681 3547 -483 1218 252 O
ATOM 36224 CB LEU J 369 67.734 8.422-134.203 1.00 31.74 C
ANISOU36224 CB LEU J 369 5105 3435 3518 -529 1066 197 C
ATOM 36225 CG LEU J 369 69.009 7.805-134.744 1.00 31.81 C
ANISOU36225 CG LEU J 369 5144 3386 3554 -539 990 182 C
ATOM 36226 CD1 LEU J 369 69.260 8.301-136.159 1.00 31.36 C
ANISOU36226 CD1 LEU J 369 5034 3339 3539 -530 946 129 C
ATOM 36227 CD2 LEU J 369 70.200 8.138-133.825 1.00 32.01 C
ANISOU36227 CD2 LEU J 369 5259 3386 3518 -501 955 187 C
ATOM 36228 N HIS J 370 64.905 8.403-132.556 1.00 32.35 N
ANISOU36228 N HIS J 370 5114 3615 3561 -561 1267 262 N
ATOM 36229 CA HIS J 370 63.857 9.141-131.850 1.00 32.82 C
ANISOU36229 CA HIS J 370 5145 3737 3585 -533 1355 266 C
ATOM 36230 C HIS J 370 63.793 8.697-130.410 1.00 33.96 C
ANISOU36230 C HIS J 370 5372 3872 3660 -554 1424 316 C
ATOM 36231 O HIS J 370 63.719 9.525-129.524 1.00 35.57 O
ANISOU36231 O HIS J 370 5625 4100 3789 -506 1468 313 O
ATOM 36232 CB HIS J 370 62.483 9.023-132.531 1.00 32.58 C
ANISOU36232 CB HIS J 370 4980 3768 3629 -560 1398 255 C
ATOM 36233 CG HIS J 370 62.270 10.047-133.604 1.00 31.58 C
ANISOU36233 CG HIS J 370 4784 3679 3535 -502 1353 206 C
ATOM 36234 ND1 HIS J 370 61.698 11.276-133.349 1.00 31.40 N
ANISOU36234 ND1 HIS J 370 4738 3705 3486 -427 1394 186 N
ATOM 36235 CD2 HIS J 370 62.593 10.048-134.922 1.00 30.26 C
ANISOU36235 CD2 HIS J 370 4577 3502 3417 -503 1272 176 C
ATOM 36236 CE1 HIS J 370 61.666 11.982-134.465 1.00 30.37 C
ANISOU36236 CE1 HIS J 370 4560 3590 3390 -383 1335 151 C
ATOM 36237 NE2 HIS J 370 62.199 11.265-135.432 1.00 29.67 N
ANISOU36237 NE2 HIS J 370 4461 3469 3342 -430 1262 145 N
ATOM 36238 N ARG J 371 63.851 7.395-130.176 1.00 34.36 N
ANISOU36238 N ARG J 371 5448 3879 3727 -623 1431 363 N
ATOM 36239 CA ARG J 371 63.788 6.888-128.820 1.00 35.03 C
ANISOU36239 CA ARG J 371 5624 3948 3736 -647 1497 421 C
ATOM 36240 C ARG J 371 64.977 7.260-128.001 1.00 33.75 C
ANISOU36240 C ARG J 371 5590 3752 3480 -596 1448 429 C
ATOM 36241 O ARG J 371 64.838 7.608-126.849 1.00 35.40 O
ANISOU36241 O ARG J 371 5872 3982 3597 -577 1505 450 O
ATOM 36242 CB ARG J 371 63.628 5.382-128.782 1.00 36.93 C
ANISOU36242 CB ARG J 371 5877 4135 4017 -733 1513 475 C
ATOM 36243 CG ARG J 371 62.188 4.983-128.919 1.00 39.71 C
ANISOU36243 CG ARG J 371 6124 4535 4427 -800 1609 484 C
ATOM 36244 CD ARG J 371 61.825 3.783-128.088 1.00 43.41 C
ANISOU36244 CD ARG J 371 6651 4962 4879 -883 1684 557 C
ATOM 36245 NE ARG J 371 60.408 3.466-128.285 1.00 45.72 N
ANISOU36245 NE ARG J 371 6823 5309 5238 -957 1780 556 N
ATOM 36246 CZ ARG J 371 59.439 3.544-127.359 1.00 48.34 C
ANISOU36246 CZ ARG J 371 7141 5693 5530 -987 1908 585 C
ATOM 36247 NH1 ARG J 371 59.673 3.934-126.101 1.00 49.46 N
ANISOU36247 NH1 ARG J 371 7395 5841 5555 -949 1963 621 N
ATOM 36248 NH2 ARG J 371 58.194 3.194-127.709 1.00 50.59 N
ANISOU36248 NH2 ARG J 371 7294 6031 5896 -1061 1984 576 N
ATOM 36249 N ARG J 372 66.152 7.179-128.574 1.00 31.30 N
ANISOU36249 N ARG J 372 5307 3394 3190 -576 1342 409 N
ATOM 36250 CA ARG J 372 67.346 7.414-127.798 1.00 30.42 C
ANISOU36250 CA ARG J 372 5308 3252 2996 -534 1284 415 C
ATOM 36251 C ARG J 372 67.625 8.852-127.546 1.00 29.37 C
ANISOU36251 C ARG J 372 5195 3157 2805 -471 1274 364 C
ATOM 36252 O ARG J 372 68.028 9.182-126.444 1.00 30.17 O
ANISOU36252 O ARG J 372 5392 3261 2808 -446 1278 375 O
ATOM 36253 CB ARG J 372 68.545 6.851-128.504 1.00 29.89 C
ANISOU36253 CB ARG J 372 5251 3126 2979 -532 1176 405 C
ATOM 36254 CG ARG J 372 68.513 5.361-128.584 1.00 30.56 C
ANISOU36254 CG ARG J 372 5349 3150 3110 -587 1174 458 C
ATOM 36255 CD ARG J 372 69.761 4.906-129.269 1.00 30.06 C
ANISOU36255 CD ARG J 372 5294 3031 3096 -569 1069 437 C
ATOM 36256 NE ARG J 372 69.782 3.454-129.316 1.00 30.80 N
ANISOU36256 NE ARG J 372 5413 3053 3234 -614 1066 487 N
ATOM 36257 CZ ARG J 372 70.581 2.743-130.093 1.00 30.65 C
ANISOU36257 CZ ARG J 372 5384 2976 3285 -612 995 471 C
ATOM 36258 NH1 ARG J 372 71.467 3.351-130.910 1.00 29.99 N
ANISOU36258 NH1 ARG J 372 5258 2902 3231 -571 924 406 N
ATOM 36259 NH2 ARG J 372 70.476 1.420-130.046 1.00 31.29 N
ANISOU36259 NH2 ARG J 372 5500 2984 3405 -653 1003 519 N
ATOM 36260 N ALA J 373 67.438 9.697-128.568 1.00 27.81 N
ATOM 36261 CA ALA J 373 67.920 11.064-128.541 1.00 27.01 C
ATOM 36262 C ALA J 373 66.821 12.082-128.728 1.00 26.86 C
ATOM 36263 O ALA J 373 66.558 12.866-127.829 1.00 28.07 O
ATOM 36264 CB ALA J 373 68.995 11.256-129.571 1.00 26.07 C