>>5HAN:HELIX 171 AS9 THR G 305 GLY G 317 1 13
TAFVLSKMARLQG
Search OCA for entries with sequence similar to this one (with E=10)
HELIX 171 AS9 THR G 305 GLY G 317 1 13
ATOM 46035 N THR G 305 -24.731-170.372 82.548 1.00 31.03 N
ANISOU46035 N THR G 305 6488 2554 2749 -183 -128 -280 N
ATOM 46036 CA THR G 305 -25.615-171.505 82.808 1.00 31.10 C
ANISOU46036 CA THR G 305 6507 2554 2754 -217 -147 -298 C
ATOM 46037 C THR G 305 -26.242-171.441 84.192 1.00 30.87 C
ANISOU46037 C THR G 305 6443 2535 2751 -236 -164 -286 C
ATOM 46038 O THR G 305 -25.815-170.660 85.042 1.00 32.29 O
ANISOU46038 O THR G 305 6593 2722 2953 -222 -158 -264 O
ATOM 46039 CB THR G 305 -24.824-172.813 82.670 1.00 31.06 C
ANISOU46039 CB THR G 305 6538 2503 2759 -216 -124 -312 C
ATOM 46040 OG1 THR G 305 -23.811-172.805 83.669 1.00 32.86 O
ANISOU46040 OG1 THR G 305 6749 2711 3023 -197 -105 -290 O
ATOM 46041 CG2 THR G 305 -24.227-172.987 81.319 1.00 27.04 C
ANISOU46041 CG2 THR G 305 6067 1983 2224 -200 -104 -329 C
ATOM 46042 H THR G 305 -23.750-170.572 82.715 1.00 31.52 H
ANISOU46042 H THR G 305 6556 2593 2828 -167 -106 -274 H
ATOM 46043 HA THR G 305 -26.414-171.524 82.067 1.00 34.38 H
ANISOU46043 HA THR G 305 6932 2988 3141 -232 -165 -313 H
ATOM 46044 HB THR G 305 -25.497-173.652 82.835 1.00 31.12 H
ANISOU46044 HB THR G 305 6556 2503 2765 -244 -136 -327 H
ATOM 46045 HG1 THR G 305 -23.246-173.618 83.572 1.00 33.45 H
ANISOU46045 HG1 THR G 305 6846 2756 3107 -191 -88 -296 H
ATOM 46046 HG21 THR G 305 -23.727-173.953 81.253 1.00 29.10 H
ANISOU46046 HG21 THR G 305 6353 2209 2493 -199 -86 -340 H
ATOM 46047 HG22 THR G 305 -25.004-172.949 80.556 1.00 26.06 H
ANISOU46047 HG22 THR G 305 5955 1879 2068 -216 -121 -345 H
ATOM 46048 HG23 THR G 305 -23.491-172.211 81.115 1.00 27.64 H
ANISOU46048 HG23 THR G 305 6134 2065 2302 -173 -88 -314 H
ATOM 46049 N ALA G 306 -27.216-172.309 84.437 1.00 27.88 N
ANISOU46049 N ALA G 306 6070 2156 2369 -271 -183 -301 N
ATOM 46050 CA ALA G 306 -27.877-172.428 85.738 1.00 27.91 C
ANISOU46050 CA ALA G 306 6044 2168 2394 -294 -197 -291 C
ATOM 46051 C ALA G 306 -26.887-172.906 86.807 1.00 31.64 C
ANISOU46051 C ALA G 306 6515 2608 2898 -284 -177 -274 C
ATOM 46052 O ALA G 306 -26.997-172.528 87.961 1.00 31.98 O
ANISOU46052 O ALA G 306 6527 2662 2960 -288 -181 -257 O
ATOM 46053 CB ALA G 306 -29.058-173.387 85.638 1.00 29.25 C
ANISOU46053 CB ALA G 306 6222 2339 2551 -337 -217 -314 C
ATOM 46054 H ALA G 306 -27.551-172.981 83.751 1.00 29.23 H
ANISOU46054 H ALA G 306 6265 2320 2521 -286 -187 -322 H
ATOM 46055 HA ALA G 306 -28.256-171.453 86.039 1.00 29.53 H
ANISOU46055 HA ALA G 306 6219 2402 2601 -289 -206 -280 H
ATOM 46056 HB1 ALA G 306 -29.636-173.326 86.560 1.00 28.49 H
ANISOU46056 HB1 ALA G 306 6101 2254 2469 -353 -227 -305 H
ATOM 46057 HB2 ALA G 306 -29.673-173.105 84.785 1.00 28.06 H
ANISOU46057 HB2 ALA G 306 6074 2212 2375 -343 -232 -326 H
ATOM 46058 HB3 ALA G 306 -28.678-174.399 85.507 1.00 29.34 H
ANISOU46058 HB3 ALA G 306 6265 2316 2567 -344 -205 -325 H
ATOM 46059 N PHE G 307 -25.916-173.739 86.408 1.00 28.37 N
ANISOU46059 N PHE G 307 6134 2155 2490 -269 -154 -279 N
ATOM 46060 CA PHE G 307 -24.856-174.199 87.280 1.00 28.59 C
ANISOU46060 CA PHE G 307 6162 2155 2548 -252 -135 -260 C
ATOM 46061 C PHE G 307 -24.055-173.005 87.803 1.00 34.51 C
ANISOU46061 C PHE G 307 6876 2924 3310 -225 -128 -236 C
ATOM 46062 O PHE G 307 -23.821-172.904 89.023 1.00 34.55 O
ANISOU46062 O PHE G 307 6857 2933 3336 -226 -130 -216 O
ATOM 46063 CB PHE G 307 -23.942-175.188 86.520 1.00 30.26 C
ANISOU46063 CB PHE G 307 6414 2323 2761 -235 -109 -271 C
ATOM 46064 CG PHE G 307 -22.758-175.655 87.315 1.00 31.45 C
ANISOU46064 CG PHE G 307 6562 2445 2944 -210 -89 -248 C
ATOM 46065 CD1 PHE G 307 -21.581-174.913 87.343 1.00 32.94 C
ANISOU46065 CD1 PHE G 307 6732 2641 3145 -175 -72 -231 C
ATOM 46066 CD2 PHE G 307 -22.848-176.768 88.130 1.00 34.27 C
ANISOU46066 CD2 PHE G 307 6929 2771 3319 -224 -87 -240 C
ATOM 46067 CE1 PHE G 307 -20.538-175.279 88.176 1.00 34.04 C
ANISOU46067 CE1 PHE G 307 6859 2762 3313 -153 -58 -207 C
ATOM 46068 CE2 PHE G 307 -21.778-177.155 88.921 1.00 35.87 C
ANISOU46068 CE2 PHE G 307 7126 2953 3550 -198 -72 -214 C
ATOM 46069 CZ PHE G 307 -20.629-176.419 88.924 1.00 32.46 C
ANISOU46069 CZ PHE G 307 6671 2532 3128 -162 -58 -198 C
ATOM 46070 H PHE G 307 -25.868-174.139 85.479 1.00 27.54 H
ANISOU46070 H PHE G 307 6057 2039 2369 -269 -149 -297 H
ATOM 46071 HA PHE G 307 -25.280-174.704 88.146 1.00 28.72 H
ANISOU46071 HA PHE G 307 6171 2165 2575 -272 -143 -254 H
ATOM 46072 HB2 PHE G 307 -24.519-176.066 86.244 1.00 29.97 H
ANISOU46072 HB2 PHE G 307 6402 2268 2717 -258 -113 -289 H
ATOM 46073 HB3 PHE G 307 -23.566-174.684 85.631 1.00 31.62 H
ANISOU46073 HB3 PHE G 307 6593 2501 2919 -217 -100 -278 H
ATOM 46074 HD1 PHE G 307 -21.513-173.990 86.771 1.00 33.29 H
ANISOU46074 HD1 PHE G 307 6766 2707 3175 -165 -71 -234 H
ATOM 46075 HD2 PHE G 307 -23.746-177.383 88.117 1.00 34.19 H
ANISOU46075 HD2 PHE G 307 6936 2754 3302 -254 -98 -255 H
ATOM 46076 HE1 PHE G 307 -19.622-174.692 88.191 1.00 35.51 H
ANISOU46076 HE1 PHE G 307 7028 2957 3509 -128 -46 -194 H
ATOM 46077 HE2 PHE G 307 -21.845-178.067 89.514 1.00 37.47 H
ANISOU46077 HE2 PHE G 307 7340 3129 3766 -206 -70 -205 H
ATOM 46078 HZ PHE G 307 -19.779-176.740 89.521 1.00 32.29 H
ANISOU46078 HZ PHE G 307 6642 2499 3129 -142 -48 -176 H
ATOM 46079 N VAL G 308 -23.664-172.091 86.913 1.00 30.38 N
ANISOU46079 N VAL G 308 6353 2415 2774 -203 -119 -238 N
ATOM 46080 CA VAL G 308 -22.901-170.887 87.290 1.00 28.57 C
ANISOU46080 CA VAL G 308 6094 2204 2558 -180 -110 -219 C
ATOM 46081 C VAL G 308 -23.752-169.997 88.216 1.00 33.51 C
ANISOU46081 C VAL G 308 6683 2861 3187 -197 -129 -210 C
ATOM 46082 O VAL G 308 -23.247-169.540 89.232 1.00 30.86 O
ANISOU46082 O VAL G 308 6322 2532 2870 -192 -125 -194 O
ATOM 46083 CB VAL G 308 -22.418-170.131 86.012 1.00 29.65 C
ANISOU46083 CB VAL G 308 6243 2346 2677 -157 -94 -224 C
ATOM 46084 CG1 VAL G 308 -21.923-168.730 86.317 1.00 28.63 C
ANISOU46084 CG1 VAL G 308 6084 2237 2558 -141 -86 -207 C
ATOM 46085 CG2 VAL G 308 -21.330-170.928 85.310 1.00 30.56 C
ANISOU46085 CG2 VAL G 308 6388 2428 2794 -136 -67 -230 C
ATOM 46086 H VAL G 308 -23.869-172.154 85.921 1.00 32.23 H
ANISOU46086 H VAL G 308 6608 2649 2988 -203 -119 -254 H
ATOM 46087 HA VAL G 308 -22.023-171.187 87.860 1.00 30.03 H
ANISOU46087 HA VAL G 308 6273 2373 2762 -168 -97 -207 H
ATOM 46088 HB VAL G 308 -23.260-170.051 85.331 1.00 26.79 H
ANISOU46088 HB VAL G 308 5892 1996 2291 -168 -108 -237 H
ATOM 46089 HG11 VAL G 308 -21.342-168.367 85.471 1.00 29.43 H
ANISOU46089 HG11 VAL G 308 6197 2336 2651 -122 -69 -208 H
ATOM 46090 HG12 VAL G 308 -22.776-168.067 86.461 1.00 26.76 H
ANISOU46090 HG12 VAL G 308 5832 2022 2313 -152 -102 -207 H
ATOM 46091 HG13 VAL G 308 -21.298-168.747 87.208 1.00 30.41 H
ANISOU46091 HG13 VAL G 308 6290 2458 2805 -137 -80 -195 H
ATOM 46092 HG21 VAL G 308 -21.073-170.422 84.382 1.00 29.88 H
ANISOU46092 HG21 VAL G 308 6312 2347 2692 -122 -56 -235 H
ATOM 46093 HG22 VAL G 308 -20.460-170.978 85.965 1.00 31.29 H
ANISOU46093 HG22 VAL G 308 6466 2512 2911 -123 -55 -216 H
ATOM 46094 HG23 VAL G 308 -21.693-171.933 85.107 1.00 31.18 H
ANISOU46094 HG23 VAL G 308 6491 2489 2867 -149 -71 -244 H
ATOM 46095 N LEU G 309 -25.036-169.777 87.862 1.00 31.99 N
ANISOU46095 N LEU G 309 6489 2690 2976 -216 -150 -222 N
ATOM 46096 CA LEU G 309 -25.942-168.990 88.672 1.00 32.55 C
ANISOU46096 CA LEU G 309 6526 2790 3050 -231 -166 -216 C
ATOM 46097 C LEU G 309 -26.052-169.548 90.104 1.00 35.32 C
ANISOU46097 C LEU G 309 6862 3138 3421 -250 -171 -207 C
ATOM 46098 O LEU G 309 -25.952-168.802 91.066 1.00 35.18 O
ANISOU46098 O LEU G 309 6816 3136 3415 -250 -170 -195 O
ATOM 46099 CB LEU G 309 -27.328-168.950 88.027 1.00 33.22 C
ANISOU46099 CB LEU G 309 6612 2898 3113 -249 -189 -230 C
ATOM 46100 CG LEU G 309 -28.412-168.197 88.803 1.00 40.09 C
ANISOU46100 CG LEU G 309 7446 3801 3988 -263 -205 -225 C
ATOM 46101 CD1 LEU G 309 -28.110-166.711 88.895 1.00 42.92 C
ANISOU46101 CD1 LEU G 309 7782 4174 4353 -238 -195 -212 C
ATOM 46102 CD2 LEU G 309 -29.746-168.371 88.143 1.00 43.94 C
ANISOU46102 CD2 LEU G 309 7931 4311 4453 -282 -229 -239 C
ATOM 46103 H LEU G 309 -25.451-170.149 87.013 1.00 32.95 H
ANISOU46103 H LEU G 309 6631 2809 3078 -222 -155 -236 H
ATOM 46104 HA LEU G 309 -25.544-167.982 88.730 1.00 34.22 H
ANISOU46104 HA LEU G 309 6722 3012 3266 -214 -158 -206 H
ATOM 46105 HB2 LEU G 309 -27.234-168.495 87.044 1.00 32.17 H
ANISOU46105 HB2 LEU G 309 6489 2771 2964 -233 -187 -233 H
ATOM 46106 HB3 LEU G 309 -27.678-169.975 87.905 1.00 31.97 H
ANISOU46106 HB3 LEU G 309 6470 2727 2948 -268 -196 -242 H
ATOM 46107 HG LEU G 309 -28.510-168.585 89.817 1.00 40.30 H
ANISOU46107 HG LEU G 309 7461 3824 4028 -279 -206 -221 H
ATOM 46108 HD11 LEU G 309 -28.819-166.268 89.590 1.00 43.67 H
ANISOU46108 HD11 LEU G 309 7851 4288 4454 -248 -203 -209 H
ATOM 46109 HD12 LEU G 309 -27.095-166.543 89.250 1.00 44.08 H
ANISOU46109 HD12 LEU G 309 7929 4307 4513 -226 -178 -203 H
ATOM 46110 HD13 LEU G 309 -28.241-166.256 87.914 1.00 43.20 H
ANISOU46110 HD13 LEU G 309 7824 4216 4372 -224 -197 -213 H
ATOM 46111 HD21 LEU G 309 -30.504-167.828 88.708 1.00 43.02 H
ANISOU46111 HD21 LEU G 309 7786 4217 4343 -289 -238 -235 H
ATOM 46112 HD22 LEU G 309 -29.682-167.972 87.132 1.00 44.61 H
ANISOU46112 HD22 LEU G 309 8027 4402 4522 -266 -230 -242 H
ATOM 46113 HD23 LEU G 309 -29.993-169.432 88.106 1.00 43.40 H
ANISOU46113 HD23 LEU G 309 7879 4230 4382 -303 -235 -251 H
ATOM 46114 N SER G 310 -26.243-170.870 90.220 1.00 31.96 N
ANISOU46114 N SER G 310 6458 2690 2995 -268 -174 -213 N
ATOM 46115 CA SER G 310 -26.369-171.559 91.501 1.00 30.74 C
ANISOU46115 CA SER G 310 6296 2529 2857 -288 -178 -202 C
ATOM 46116 C SER G 310 -25.098-171.470 92.322 1.00 32.96 C
ANISOU46116 C SER G 310 6567 2800 3156 -268 -163 -181 C
ATOM 46117 O SER G 310 -25.161-171.262 93.545 1.00 30.36 O
ANISOU46117 O SER G 310 6215 2486 2836 -278 -168 -167 O
ATOM 46118 CB SER G 310 -26.752-173.013 91.274 1.00 33.15 C
ANISOU46118 CB SER G 310 6632 2805 3159 -309 -180 -213 C
ATOM 46119 OG SER G 310 -28.000-173.076 90.604 1.00 39.35 O
ANISOU46119 OG SER G 310 7420 3606 3925 -334 -197 -234 O
ATOM 46120 H SER G 310 -26.280-171.489 89.417 1.00 31.93 H
ANISOU46120 H SER G 310 6480 2672 2982 -270 -173 -226 H
ATOM 46121 HA SER G 310 -27.165-171.080 92.070 1.00 31.72 H
ANISOU46121 HA SER G 310 6396 2677 2979 -304 -189 -202 H
ATOM 46122 HB2 SER G 310 -25.993-173.488 90.656 1.00 33.66 H
ANISOU46122 HB2 SER G 310 6721 2844 3225 -292 -167 -216 H
ATOM 46123 HB3 SER G 310 -26.828-173.523 92.233 1.00 33.57 H
ANISOU46123 HB3 SER G 310 6681 2852 3223 -323 -181 -202 H
ATOM 46124 HG SER G 310 -27.865-173.211 89.630 1.00 38.94 H
ANISOU46124 HG SER G 310 7389 3546 3862 -327 -195 -247 H
ATOM 46125 N LYS G 311 -23.948-171.627 91.680 1.00 31.06 N
ANISOU46125 N LYS G 311 6343 2539 2921 -239 -146 -178 N
ATOM 46126 CA LYS G 311 -22.658-171.539 92.387 1.00 30.90 C
ANISOU46126 CA LYS G 311 6309 2513 2919 -218 -133 -158 C
ATOM 46127 C LYS G 311 -22.414-170.122 92.934 1.00 32.60 C
ANISOU46127 C LYS G 311 6488 2761 3138 -213 -133 -150 C
ATOM 46128 O LYS G 311 -21.955-169.977 94.070 1.00 33.84 O
ANISOU46128 O LYS G 311 6623 2929 3306 -216 -135 -134 O
ATOM 46129 CB LYS G 311 -21.537-171.970 91.440 1.00 35.54 C
ANISOU46129 CB LYS G 311 6919 3073 3512 -188 -112 -159 C
ATOM 46130 CG LYS G 311 -20.218-172.135 92.141 1.00 39.02 C
ANISOU46130 CG LYS G 311 7345 3507 3975 -166 -100 -136 C
ATOM 46131 CD LYS G 311 -19.185-172.820 91.289 1.00 23.82 C
ANISOU46131 CD LYS G 311 5442 1550 2057 -136 -77 -137 C
ATOM 46132 CE LYS G 311 -17.894-172.891 92.056 1.00 29.41 C
ANISOU46132 CE LYS G 311 6127 2259 2789 -112 -68 -112 C
ATOM 46133 NZ LYS G 311 -16.772-173.429 91.254 1.00 23.48 N
ANISOU46133 NZ LYS G 311 5391 1481 2051 -78 -41 -111 N
ATOM 46134 H LYS G 311 -23.861-171.820 90.688 1.00 30.61 H
ANISOU46134 H LYS G 311 6306 2469 2855 -231 -140 -190 H
ATOM 46135 HA LYS G 311 -22.667-172.225 93.230 1.00 30.49 H
ANISOU46135 HA LYS G 311 6256 2452 2875 -228 -137 -146 H
ATOM 46136 HB2 LYS G 311 -21.794-172.931 91.001 1.00 34.50 H
ANISOU46136 HB2 LYS G 311 6816 2917 3378 -193 -110 -168 H
ATOM 46137 HB3 LYS G 311 -21.422-171.219 90.659 1.00 36.74 H
ANISOU46137 HB3 LYS G 311 7070 3234 3655 -177 -106 -167 H
ATOM 46138 HG2 LYS G 311 -19.835-171.154 92.415 1.00 35.66 H
ANISOU46138 HG2 LYS G 311 6894 3105 3552 -160 -99 -131 H
ATOM 46139 HG3 LYS G 311 -20.376-172.743 93.027 1.00 38.97 H
ANISOU46139 HG3 LYS G 311 7336 3496 3975 -177 -108 -124 H
ATOM 46140 HD2 LYS G 311 -19.508-173.832 91.052 1.00 25.18 H
ANISOU46140 HD2 LYS G 311 5642 1695 2229 -142 -76 -144 H
ATOM 46141 HD3 LYS G 311 -19.024-172.248 90.375 1.00 24.31 H
ANISOU46141 HD3 LYS G 311 5510 1616 2111 -126 -67 -149 H
ATOM 46142 HE2 LYS G 311 -17.616-171.895 92.399 1.00 29.64 H
ANISOU46142 HE2 LYS G 311 6128 2316 2820 -112 -70 -107 H
ATOM 46143 HE3 LYS G 311 -18.050-173.548 92.910 1.00 30.47 H
ANISOU46143 HE3 LYS G 311 6260 2387 2929 -121 -77 -98 H
ATOM 46144 HZ1 LYS G 311 -16.928-174.411 91.058 1.00 23.51 H
ANISOU46144 HZ1 LYS G 311 5422 1456 2057 -77 -37 -114 H
ATOM 46145 HZ2 LYS G 311 -16.724-172.925 90.374 1.00 25.45 H
ANISOU46145 HZ2 LYS G 311 5647 1733 2290 -73 -31 -125 H
ATOM 46146 HZ3 LYS G 311 -15.889-173.311 91.736 1.00 20.70 H
ANISOU46146 HZ3 LYS G 311 5016 1136 1714 -62 -36 -94 H
ATOM 46147 N MET G 312 -22.754-169.086 92.161 1.00 29.74 N
ANISOU46147 N MET G 312 6122 2414 2765 -208 -132 -161 N
ATOM 46148 CA MET G 312 -22.629-167.714 92.621 1.00 30.74 C
ANISOU46148 CA MET G 312 6218 2565 2896 -205 -129 -157 C
ATOM 46149 C MET G 312 -23.551-167.450 93.793 1.00 33.96 C
ANISOU46149 C MET G 312 6604 2995 3304 -231 -144 -156 C
ATOM 46150 O MET G 312 -23.164-166.708 94.708 1.00 30.49 O
ANISOU46150 O MET G 312 6140 2572 2873 -234 -140 -149 O
ATOM 46151 CB MET G 312 -22.948-166.711 91.508 1.00 32.51 C
ANISOU46151 CB MET G 312 6447 2798 3109 -194 -124 -167 C
ATOM 46152 CG MET G 312 -21.933-166.679 90.409 1.00 35.63 C
ANISOU46152 CG MET G 312 6860 3176 3502 -168 -105 -167 C
ATOM 46153 SD MET G 312 -22.221-165.350 89.234 1.00 36.82 S
ANISOU46153 SD MET G 312 7014 3338 3639 -153 -97 -171 S
ATOM 46154 CE MET G 312 -23.743-165.863 88.470 1.00 32.63 C
ANISOU46154 CE MET G 312 6502 2815 3082 -167 -120 -185 C
ATOM 46155 H MET G 312 -23.083-169.175 91.202 1.00 30.15 H
ANISOU46155 H MET G 312 6191 2459 2805 -205 -132 -173 H
ATOM 46156 HA MET G 312 -21.602-167.534 92.939 1.00 32.69 H
ANISOU46156 HA MET G 312 6456 2811 3155 -193 -118 -147 H
ATOM 46157 HB2 MET G 312 -23.911-166.973 91.070 1.00 33.00 H
ANISOU46157 HB2 MET G 312 6518 2862 3157 -204 -136 -176 H
ATOM 46158 HB3 MET G 312 -22.998-165.710 91.933 1.00 33.56 H
ANISOU46158 HB3 MET G 312 6559 2947 3247 -194 -122 -164 H
ATOM 46159 HG2 MET G 312 -20.943-166.543 90.840 1.00 37.05 H
ANISOU46159 HG2 MET G 312 7028 3352 3696 -159 -93 -158 H
ATOM 46160 HG3 MET G 312 -21.960-167.609 89.846 1.00 36.48 H
ANISOU46160 HG3 MET G 312 6991 3267 3603 -166 -105 -173 H
ATOM 46161 HE1 MET G 312 -23.898-165.281 87.562 1.00 33.13 H
ANISOU46161 HE1 MET G 312 6574 2884 3131 -155 -117 -186 H
ATOM 46162 HE2 MET G 312 -23.633-166.915 88.225 1.00 33.06 H
ANISOU46162 HE2 MET G 312 6577 2854 3132 -171 -122 -192 H
ATOM 46163 HE3 MET G 312 -24.580-165.713 89.147 1.00 31.99 H
ANISOU46163 HE3 MET G 312 6403 2748 3003 -183 -135 -186 H
ATOM 46164 N ALA G 313 -24.792-167.996 93.752 1.00 29.22 N
ANISOU46164 N ALA G 313 6011 2398 2693 -252 -159 -165 N
ATOM 46165 CA ALA G 313 -25.777-167.785 94.815 1.00 28.84 C
ANISOU46165 CA ALA G 313 5941 2372 2644 -278 -170 -165 C
ATOM 46166 C ALA G 313 -25.265-168.303 96.178 1.00 30.19 C
ANISOU46166 C ALA G 313 6104 2544 2824 -289 -170 -149 C
ATOM 46167 O ALA G 313 -25.548-167.690 97.198 1.00 28.84 O
ANISOU46167 O ALA G 313 5909 2395 2653 -302 -171 -147 O
ATOM 46168 CB ALA G 313 -27.094-168.448 94.455 1.00 29.76 C
ANISOU46168 CB ALA G 313 6067 2491 2751 -300 -185 -176 C
ATOM 46169 H ALA G 313 -25.136-168.565 92.985 1.00 30.48 H
ANISOU46169 H ALA G 313 6191 2547 2845 -253 -162 -173 H
ATOM 46170 HA ALA G 313 -25.976-166.722 94.924 1.00 29.12 H
ANISOU46170 HA ALA G 313 5958 2425 2680 -274 -167 -167 H
ATOM 46171 HB1 ALA G 313 -27.785-168.318 95.288 1.00 31.34 H
ANISOU46171 HB1 ALA G 313 6249 2707 2950 -319 -191 -176 H
ATOM 46172 HB2 ALA G 313 -27.490-167.969 93.562 1.00 26.68 H
ANISOU46172 HB2 ALA G 313 5678 2107 2351 -292 -187 -186 H
ATOM 46173 HB3 ALA G 313 -26.928-169.510 94.282 1.00 28.90 H
ANISOU46173 HB3 ALA G 313 5980 2361 2641 -305 -186 -176 H
ATOM 46174 N ARG G 314 -24.500-169.420 96.189 1.00 25.82 N
ANISOU46174 N ARG G 314 5570 1966 2276 -282 -167 -138 N
ATOM 46175 CA ARG G 314 -23.908-169.947 97.416 1.00 23.90 C
ANISOU46175 CA ARG G 314 5319 1723 2039 -287 -168 -118 C
ATOM 46176 C ARG G 314 -22.905-168.919 97.973 1.00 32.45 C
ANISOU46176 C ARG G 314 6375 2826 3127 -274 -162 -111 C
ATOM 46177 O ARG G 314 -22.958-168.594 99.175 1.00 29.78 O
ANISOU46177 O ARG G 314 6017 2512 2786 -290 -167 -103 O
ATOM 46178 CB ARG G 314 -23.227-171.298 97.192 1.00 24.77 C
ANISOU46178 CB ARG G 314 5456 1799 2158 -275 -164 -105 C
ATOM 46179 CG ARG G 314 -22.616-171.917 98.453 1.00 25.33 C
ANISOU46179 CG ARG G 314 5519 1871 2234 -277 -167 -78 C
ATOM 46180 CD ARG G 314 -22.349-173.376 98.255 1.00 28.41 C
ANISOU46180 CD ARG G 314 5940 2221 2632 -269 -163 -66 C
ATOM 46181 NE ARG G 314 -21.811-174.007 99.462 1.00 28.83 N
ANISOU46181 NE ARG G 314 5989 2276 2690 -268 -167 -35 N
ATOM 46182 CZ ARG G 314 -21.290-175.246 99.527 1.00 26.53 C
ANISOU46182 CZ ARG G 314 5721 1951 2411 -254 -161 -14 C
ATOM 46183 NH1 ARG G 314 -21.214-176.000 98.443 1.00 34.17 N
ANISOU46183 NH1 ARG G 314 6720 2877 3387 -240 -149 -25 N
ATOM 46184 NH2 ARG G 314 -20.842-175.722 100.669 1.00 31.06 N
ANISOU46184 NH2 ARG G 314 6287 2530 2986 -251 -167 18 N
ATOM 46185 H ARG G 314 -24.298-169.979 95.367 1.00 27.84 H
ANISOU46185 H ARG G 314 5847 2201 2532 -272 -164 -142 H
ATOM 46186 HA ARG G 314 -24.701-170.065 98.153 1.00 25.39 H
ANISOU46186 HA ARG G 314 5500 1924 2222 -310 -176 -117 H
ATOM 46187 HB2 ARG G 314 -23.973-171.996 96.812 1.00 26.94 H
ANISOU46187 HB2 ARG G 314 5750 2059 2428 -288 -168 -113 H
ATOM 46188 HB3 ARG G 314 -22.434-171.175 96.459 1.00 26.53 H
ANISOU46188 HB3 ARG G 314 5684 2010 2385 -251 -154 -107 H
ATOM 46189 HG2 ARG G 314 -21.666-171.430 98.665 1.00 26.83 H
ANISOU46189 HG2 ARG G 314 5693 2071 2429 -260 -163 -70 H
ATOM 46190 HG3 ARG G 314 -23.302-171.803 99.290 1.00 22.79 H
ANISOU46190 HG3 ARG G 314 5188 1568 1905 -300 -175 -76 H
ATOM 46191 HD2 ARG G 314 -23.290-173.860 98.002 1.00 26.77 H
ANISOU46191 HD2 ARG G 314 5749 2003 2419 -289 -166 -77 H
ATOM 46192 HD3 ARG G 314 -21.636-173.492 97.441 1.00 29.96 H
ANISOU46192 HD3 ARG G 314 6147 2400 2836 -245 -153 -69 H
ATOM 46193 HE ARG G 314 -21.855-173.466 100.317 1.00 26.74 H
ANISOU46193 HE ARG G 314 5702 2041 2419 -279 -174 -28 H
ATOM 46194 HH11 ARG G 314 -21.538-175.681 97.537 1.00 34.90 H
ANISOU46194 HH11 ARG G 314 6819 2966 3475 -242 -145 -49 H
ATOM 46195 HH12 ARG G 314 -20.812-176.929 98.513 1.00 35.69 H
ANISOU46195 HH12 ARG G 314 6930 3040 3591 -228 -142 -10 H
ATOM 46196 HH21 ARG G 314 -20.893-175.152 101.508 1.00 31.48 H
ANISOU46196 HH21 ARG G 314 6317 2616 3029 -263 -177 25 H
ATOM 46197 HH22 ARG G 314 -20.441-176.652 100.724 1.00 32.18 H
ANISOU46197 HH22 ARG G 314 6446 2644 3138 -238 -162 36 H
ATOM 46198 N LEU G 315 -22.048-168.354 97.100 1.00 29.35 N
ANISOU46198 N LEU G 315 5984 2427 2742 -249 -150 -115 N
ATOM 46199 CA LEU G 315 -21.095-167.311 97.521 1.00 31.16 C
ANISOU46199 CA LEU G 315 6187 2675 2978 -241 -142 -111 C
ATOM 46200 C LEU G 315 -21.819-166.064 98.057 1.00 32.38 C
ANISOU46200 C LEU G 315 6320 2855 3126 -259 -142 -124 C
ATOM 46201 O LEU G 315 -21.388-165.466 99.047 1.00 28.14 O
ANISOU46201 O LEU G 315 5762 2340 2591 -269 -142 -121 O
ATOM 46202 CB LEU G 315 -20.192-166.900 96.355 1.00 32.71 C
ANISOU46202 CB LEU G 315 6389 2858 3182 -214 -125 -115 C
ATOM 46203 CG LEU G 315 -19.251-167.949 95.808 1.00 36.52 C
ANISOU46203 CG LEU G 315 6888 3314 3673 -191 -118 -104 C
ATOM 46204 CD1 LEU G 315 -18.582-167.440 94.571 1.00 36.89 C
ANISOU46204 CD1 LEU G 315 6942 3350 3723 -168 -99 -112 C
ATOM 46205 CD2 LEU G 315 -18.187-168.301 96.822 1.00 32.75 C
ANISOU46205 CD2 LEU G 315 6390 2847 3206 -185 -120 -83 C
ATOM 46206 H LEU G 315 -22.008-168.585 96.116 1.00 28.83 H
ANISOU46206 H LEU G 315 5935 2344 2676 -237 -145 -121 H
ATOM 46207 HA LEU G 315 -20.487-167.695 98.338 1.00 31.65 H
ANISOU46207 HA LEU G 315 6239 2743 3043 -242 -146 -96 H
ATOM 46208 HB2 LEU G 315 -20.810-166.558 95.525 1.00 33.70 H
ANISOU46208 HB2 LEU G 315 6526 2978 3301 -212 -123 -127 H
ATOM 46209 HB3 LEU G 315 -19.575-166.070 96.693 1.00 33.87 H
ANISOU46209 HB3 LEU G 315 6516 3019 3334 -212 -119 -114 H
ATOM 46210 HG LEU G 315 -19.804-168.855 95.566 1.00 37.18 H
ANISOU46210 HG LEU G 315 6994 3381 3752 -194 -123 -105 H
ATOM 46211 HD11 LEU G 315 -17.857-168.177 94.233 1.00 36.41 H
ANISOU46211 HD11 LEU G 315 6891 3272 3670 -150 -91 -105 H
ATOM 46212 HD12 LEU G 315 -19.333-167.272 93.802 1.00 38.46 H
ANISOU46212 HD12 LEU G 315 7158 3544 3913 -170 -99 -125 H
ATOM 46213 HD13 LEU G 315 -18.080-166.503 94.806 1.00 37.07 H
ANISOU46213 HD13 LEU G 315 6944 3389 3752 -167 -92 -112 H
ATOM 46214 HD21 LEU G 315 -17.522-169.033 96.369 1.00 34.10 H
ANISOU46214 HD21 LEU G 315 6572 2997 3386 -165 -113 -75 H
ATOM 46215 HD22 LEU G 315 -17.633-167.395 97.061 1.00 32.91 H
ANISOU46215 HD22 LEU G 315 6388 2886 3231 -185 -115 -84 H
ATOM 46216 HD23 LEU G 315 -18.635-168.722 97.718 1.00 31.37 H
ANISOU46216 HD23 LEU G 315 6213 2679 3026 -202 -133 -75 H
ATOM 46217 N GLN G 316 -22.927-165.695 97.411 1.00 30.57 N
ANISOU46217 N GLN G 316 6099 2626 2891 -263 -143 -138 N
ATOM 46218 CA GLN G 316 -23.731-164.531 97.819 1.00 29.99 C
ANISOU46218 CA GLN G 316 6007 2573 2815 -276 -141 -150 C
ATOM 46219 C GLN G 316 -24.411-164.719 99.178 1.00 31.58 C
ANISOU46219 C GLN G 316 6195 2795 3010 -303 -150 -149 C
ATOM 46220 O GLN G 316 -24.767-163.758 99.794 1.00 29.71 O
ANISOU46220 O GLN G 316 5940 2577 2773 -314 -144 -158 O
ATOM 46221 CB GLN G 316 -24.813-164.243 96.777 1.00 30.39 C
ANISOU46221 CB GLN G 316 6067 2620 2860 -270 -143 -161 C
ATOM 46222 CG GLN G 316 -24.273-163.683 95.489 1.00 35.42 C
ANISOU46222 CG GLN G 316 6716 3244 3500 -245 -132 -163 C
ATOM 46223 CD GLN G 316 -25.372-163.573 94.484 1.00 39.31 C
ANISOU46223 CD GLN G 316 7217 3736 3981 -240 -139 -171 C
ATOM 46224 OE1 GLN G 316 -26.212-162.633 94.484 1.00 40.78 O
ANISOU46224 OE1 GLN G 316 7390 3937 4168 -240 -138 -176 O
ATOM 46225 NE2 GLN G 316 -25.378-164.476 93.588 1.00 32.24 N
ANISOU46225 NE2 GLN G 316 6345 2827 3077 -234 -145 -172 N
ATOM 46226 H GLN G 316 -23.280-166.164 96.585 1.00 30.23 H
ANISOU46226 H GLN G 316 6073 2569 2845 -257 -146 -142 H
ATOM 46227 HA GLN G 316 -23.071-163.669 97.878 1.00 28.73 H
ANISOU46227 HA GLN G 316 5837 2418 2662 -269 -130 -152 H
ATOM 46228 HB2 GLN G 316 -25.377-165.149 96.574 1.00 28.26 H
ANISOU46228 HB2 GLN G 316 5809 2345 2585 -278 -154 -161 H
ATOM 46229 HB3 GLN G 316 -25.485-163.489 97.188 1.00 32.45 H
ANISOU46229 HB3 GLN G 316 6312 2896 3121 -279 -142 -168 H
ATOM 46230 HG2 GLN G 316 -23.850-162.696 95.658 1.00 36.28 H
ANISOU46230 HG2 GLN G 316 6812 3357 3615 -239 -120 -165 H
ATOM 46231 HG3 GLN G 316 -23.480-164.325 95.111 1.00 37.16 H
ANISOU46231 HG3 GLN G 316 6948 3449 3721 -234 -129 -157 H
ATOM 46232 HE21 GLN G 316 -24.636-165.164 93.548 1.00 32.41 H
ANISOU46232 HE21 GLN G 316 6378 2834 3102 -230 -142 -167 H
ATOM 46233 HE22 GLN G 316 -26.068-164.431 92.849 1.00 34.10 H
ANISOU46233 HE22 GLN G 316 6588 3066 3304 -231 -152 -177 H
ATOM 46234 N GLY G 317 -24.663-165.963 99.572 1.00 30.54 N
ATOM 46235 CA GLY G 317 -25.245-166.296 100.855 1.00 29.03 C
ATOM 46236 C GLY G 317 -26.685-166.753 100.867 1.00 35.24 C
ATOM 46237 O GLY G 317 -27.335-166.727 101.925 1.00 33.42 O
ATOM 46238 H GLY G 317 -24.487-166.784 99.002 1.00 31.64 H
ATOM 46239 HA2 GLY G 317 -24.681-167.152 101.210 1.00 26.87 H
ATOM 46240 HA3 GLY G 317 -25.137-165.479 101.564 1.00 29.57 H