>>5HAN:HELIX 145 AQ1 THR F 305 GLY F 317 1 13
TAFVLSKMARLQG
Search OCA for entries with sequence similar to this one (with E=10)
HELIX 145 AQ1 THR F 305 GLY F 317 1 13
ATOM 39138 N THR F 305 -18.416-111.561 57.907 1.00 28.99 N
ANISOU39138 N THR F 305 5636 2558 2819 -7 -257 89 N
ATOM 39139 CA THR F 305 -17.081-112.103 57.632 1.00 30.00 C
ANISOU39139 CA THR F 305 5745 2684 2968 11 -272 94 C
ATOM 39140 C THR F 305 -16.593-111.736 56.233 1.00 32.86 C
ANISOU39140 C THR F 305 6082 3045 3358 1 -266 69 C
ATOM 39141 O THR F 305 -17.359-111.268 55.386 1.00 28.99 O
ANISOU39141 O THR F 305 5592 2552 2872 -18 -249 51 O
ATOM 39142 CB THR F 305 -17.107-113.617 57.776 1.00 31.08 C
ANISOU39142 CB THR F 305 5891 2796 3122 28 -260 118 C
ATOM 39143 OG1 THR F 305 -18.005-114.135 56.806 1.00 30.68 O
ANISOU39143 OG1 THR F 305 5844 2721 3092 16 -231 109 O
ATOM 39144 CG2 THR F 305 -17.522-114.069 59.156 1.00 21.03 C
ANISOU39144 CG2 THR F 305 4643 1524 1821 40 -264 148 C
ATOM 39145 H THR F 305 -19.164-112.233 57.749 1.00 31.72 H
ANISOU39145 H THR F 305 5994 2887 3172 -9 -238 97 H
ATOM 39146 HA THR F 305 -16.373-111.708 58.358 1.00 31.65 H
ANISOU39146 HA THR F 305 5950 2912 3163 20 -295 98 H
ATOM 39147 HB THR F 305 -16.107-114.011 57.605 1.00 31.68 H
ANISOU39147 HB THR F 305 5952 2871 3215 43 -271 122 H
ATOM 39148 HG1 THR F 305 -18.082-115.122 56.907 1.00 32.12 H
ANISOU39148 HG1 THR F 305 6032 2884 3286 26 -223 125 H
ATOM 39149 HG21 THR F 305 -17.462-115.154 59.227 1.00 19.47 H
ANISOU39149 HG21 THR F 305 4451 1307 1640 53 -257 167 H
ATOM 39150 HG22 THR F 305 -16.859-113.636 59.902 1.00 20.57 H
ANISOU39150 HG22 THR F 305 4583 1487 1745 49 -288 153 H
ATOM 39151 HG23 THR F 305 -18.548-113.763 59.359 1.00 22.47 H
ANISOU39151 HG23 THR F 305 4841 1708 1989 26 -251 146 H
ATOM 39152 N ALA F 306 -15.313-112.023 55.975 1.00 32.81 N
ANISOU39152 N ALA F 306 6055 3042 3371 16 -280 70 N
ATOM 39153 CA ALA F 306 -14.699-111.800 54.666 1.00 32.24 C
ANISOU39153 CA ALA F 306 5956 2968 3324 9 -274 49 C
ATOM 39154 C ALA F 306 -15.326-112.727 53.608 1.00 31.48 C
ANISOU39154 C ALA F 306 5864 2847 3251 6 -245 43 C
ATOM 39155 O ALA F 306 -15.456-112.357 52.439 1.00 30.39 O
ANISOU39155 O ALA F 306 5713 2709 3124 -8 -231 23 O
ATOM 39156 CB ALA F 306 -13.200-112.032 54.750 1.00 33.55 C
ANISOU39156 CB ALA F 306 6099 3142 3508 28 -294 53 C
ATOM 39157 H ALA F 306 -14.678-112.417 56.663 1.00 34.19 H
ANISOU39157 H ALA F 306 6229 3220 3543 32 -296 85 H
ATOM 39158 HA ALA F 306 -14.874-110.767 54.365 1.00 32.56 H
ANISOU39158 HA ALA F 306 5992 3022 3358 -7 -275 33 H
ATOM 39159 HB1 ALA F 306 -12.745-111.697 53.820 1.00 34.29 H
ANISOU39159 HB1 ALA F 306 6172 3238 3617 22 -289 36 H
ATOM 39160 HB2 ALA F 306 -12.807-111.460 55.591 1.00 34.17 H
ANISOU39160 HB2 ALA F 306 6176 3238 3570 32 -316 57 H
ATOM 39161 HB3 ALA F 306 -13.016-113.095 54.891 1.00 33.03 H
ANISOU39161 HB3 ALA F 306 6036 3061 3455 45 -290 67 H
ATOM 39162 N PHE F 307 -15.748-113.908 54.028 1.00 27.40 N
ANISOU39162 N PHE F 307 5363 2308 2740 18 -235 62 N
ATOM 39163 CA PHE F 307 -16.453-114.861 53.168 1.00 27.81 C
ANISOU39163 CA PHE F 307 5420 2333 2813 14 -208 56 C
ATOM 39164 C PHE F 307 -17.751-114.226 52.656 1.00 31.21 C
ANISOU39164 C PHE F 307 5862 2766 3232 -11 -191 41 C
ATOM 39165 O PHE F 307 -18.010-114.259 51.469 1.00 33.14 O
ANISOU39165 O PHE F 307 6097 3003 3490 -22 -176 21 O
ATOM 39166 CB PHE F 307 -16.753-116.156 53.951 1.00 29.00 C
ANISOU39166 CB PHE F 307 5589 2460 2971 30 -202 83 C
ATOM 39167 CG PHE F 307 -17.545-117.155 53.163 1.00 30.00 C
ANISOU39167 CG PHE F 307 5721 2555 3122 25 -175 77 C
ATOM 39168 CD1 PHE F 307 -18.925-117.120 53.161 1.00 30.86 C
ANISOU39168 CD1 PHE F 307 5848 2656 3222 7 -158 75 C
ATOM 39169 CD2 PHE F 307 -16.911-118.095 52.355 1.00 32.01 C
ANISOU39169 CD2 PHE F 307 5961 2791 3411 37 -167 69 C
ATOM 39170 CE1 PHE F 307 -19.655-117.968 52.326 1.00 31.69 C
ANISOU39170 CE1 PHE F 307 5956 2734 3352 0 -134 64 C
ATOM 39171 CE2 PHE F 307 -17.649-118.983 51.586 1.00 32.66 C
ANISOU39171 CE2 PHE F 307 6047 2845 3516 31 -142 58 C
ATOM 39172 CZ PHE F 307 -19.015-118.919 51.587 1.00 31.17 C
ANISOU39172 CZ PHE F 307 5877 2649 3319 13 -127 56 C
ATOM 39173 H PHE F 307 -15.583-114.273 54.959 1.00 30.17 H
ANISOU39173 H PHE F 307 5723 2659 3082 31 -246 81 H
ATOM 39174 HA PHE F 307 -15.842-115.100 52.301 1.00 27.17 H
ANISOU39174 HA PHE F 307 5322 2249 2754 18 -204 44 H
ATOM 39175 HB2 PHE F 307 -15.806-116.626 54.215 1.00 32.18 H
ANISOU39175 HB2 PHE F 307 5981 2860 3385 49 -214 94 H
ATOM 39176 HB3 PHE F 307 -17.307-115.907 54.852 1.00 27.63 H
ANISOU39176 HB3 PHE F 307 5432 2292 2775 28 -206 97 H
ATOM 39177 HD1 PHE F 307 -19.438-116.353 53.733 1.00 29.63 H
ANISOU39177 HD1 PHE F 307 5703 2515 3041 -2 -163 78 H
ATOM 39178 HD2 PHE F 307 -15.826-118.180 52.362 1.00 32.27 H
ANISOU39178 HD2 PHE F 307 5979 2830 3454 53 -179 71 H
ATOM 39179 HE1 PHE F 307 -20.740-117.933 52.335 1.00 31.03 H
ANISOU39179 HE1 PHE F 307 5884 2643 3262 -14 -121 62 H
ATOM 39180 HE2 PHE F 307 -17.146-119.740 50.986 1.00 33.65 H
ANISOU39180 HE2 PHE F 307 6162 2954 3669 42 -136 51 H
ATOM 39181 HZ PHE F 307 -19.595-119.634 51.008 1.00 30.75 H
ANISOU39181 HZ PHE F 307 5827 2573 3285 7 -109 47 H
ATOM 39182 N VAL F 308 -18.548-113.625 53.565 1.00 25.52 N
ANISOU39182 N VAL F 308 5159 2054 2484 -20 -195 50 N
ATOM 39183 CA VAL F 308 -19.813-112.977 53.196 1.00 24.23 C
ANISOU39183 CA VAL F 308 5004 1891 2309 -42 -181 36 C
ATOM 39184 C VAL F 308 -19.538-111.797 52.260 1.00 27.69 C
ANISOU39184 C VAL F 308 5425 2348 2747 -57 -185 12 C
ATOM 39185 O VAL F 308 -20.195-111.680 51.228 1.00 26.58 O
ANISOU39185 O VAL F 308 5281 2203 2614 -72 -169 -4 O
ATOM 39186 CB VAL F 308 -20.598-112.565 54.459 1.00 26.33 C
ANISOU39186 CB VAL F 308 5293 2166 2547 -46 -184 51 C
ATOM 39187 CG1 VAL F 308 -21.741-111.600 54.162 1.00 24.76 C
ANISOU39187 CG1 VAL F 308 5098 1973 2335 -68 -175 35 C
ATOM 39188 CG2 VAL F 308 -21.117-113.791 55.183 1.00 26.33 C
ANISOU39188 CG2 VAL F 308 5310 2143 2549 -35 -173 75 C
ATOM 39189 H VAL F 308 -18.316-113.572 54.551 1.00 23.73 H
ANISOU39189 H VAL F 308 4940 1835 2242 -11 -208 65 H
ATOM 39190 HA VAL F 308 -20.419-113.687 52.633 1.00 26.04 H
ANISOU39190 HA VAL F 308 5239 2103 2554 -46 -163 33 H
ATOM 39191 HB VAL F 308 -19.900-112.063 55.130 1.00 28.21 H
ANISOU39191 HB VAL F 308 5528 2421 2771 -38 -204 56 H
ATOM 39192 HG11 VAL F 308 -22.407-111.568 55.019 1.00 24.33 H
ANISOU39192 HG11 VAL F 308 5061 1920 2264 -69 -172 46 H
ATOM 39193 HG12 VAL F 308 -21.334-110.601 54.009 1.00 27.63 H
ANISOU39193 HG12 VAL F 308 5452 2355 2691 -74 -187 23 H
ATOM 39194 HG13 VAL F 308 -22.280-111.930 53.278 1.00 23.92 H
ANISOU39194 HG13 VAL F 308 4990 1855 2245 -77 -159 25 H
ATOM 39195 HG21 VAL F 308 -21.581-113.465 56.114 1.00 25.02 H
ANISOU39195 HG21 VAL F 308 5160 1987 2360 -37 -175 86 H
ATOM 39196 HG22 VAL F 308 -21.857-114.275 54.545 1.00 27.14 H
ANISOU39196 HG22 VAL F 308 5416 2229 2667 -44 -154 69 H
ATOM 39197 HG23 VAL F 308 -20.294-114.473 55.388 1.00 22.81 H
ANISOU39197 HG23 VAL F 308 4861 1692 2114 -18 -180 88 H
ATOM 39198 N LEU F 309 -18.529-110.981 52.580 1.00 27.29 N
ANISOU39198 N LEU F 309 5361 2318 2689 -53 -206 11 N
ATOM 39199 CA LEU F 309 -18.153-109.845 51.750 1.00 25.71 C
ANISOU39199 CA LEU F 309 5142 2134 2491 -66 -211 -8 C
ATOM 39200 C LEU F 309 -17.802-110.291 50.325 1.00 28.14 C
ANISOU39200 C LEU F 309 5434 2436 2822 -68 -196 -22 C
ATOM 39201 O LEU F 309 -18.256-109.698 49.373 1.00 25.86 O
ANISOU39201 O LEU F 309 5140 2151 2534 -84 -186 -37 O
ATOM 39202 CB LEU F 309 -16.962-109.098 52.387 1.00 26.76 C
ANISOU39202 CB LEU F 309 5261 2287 2618 -59 -237 -6 C
ATOM 39203 CG LEU F 309 -16.409-107.903 51.594 1.00 32.48 C
ANISOU39203 CG LEU F 309 5964 3028 3349 -72 -242 -23 C
ATOM 39204 CD1 LEU F 309 -17.426-106.783 51.509 1.00 34.93 C
ANISOU39204 CD1 LEU F 309 6283 3343 3645 -93 -238 -33 C
ATOM 39205 CD2 LEU F 309 -15.161-107.376 52.235 1.00 36.77 C
ANISOU39205 CD2 LEU F 309 6491 3587 3893 -64 -268 -22 C
ATOM 39206 H LEU F 309 -17.970-111.066 53.425 1.00 27.94 H
ANISOU39206 H LEU F 309 5445 2406 2764 -41 -221 23 H
ATOM 39207 HA LEU F 309 -18.999-109.162 51.702 1.00 24.63 H
ANISOU39207 HA LEU F 309 5013 2002 2343 -81 -206 -15 H
ATOM 39208 HB2 LEU F 309 -17.261-108.738 53.369 1.00 26.15 H
ANISOU39208 HB2 LEU F 309 5197 2217 2522 -59 -247 0 H
ATOM 39209 HB3 LEU F 309 -16.141-109.804 52.502 1.00 27.33 H
ANISOU39209 HB3 LEU F 309 5326 2356 2703 -43 -243 1 H
ATOM 39210 HG LEU F 309 -16.147-108.204 50.580 1.00 30.59 H
ANISOU39210 HG LEU F 309 5713 2785 3126 -73 -230 -31 H
ATOM 39211 HD11 LEU F 309 -17.044-106.049 50.800 1.00 36.52 H
ANISOU39211 HD11 LEU F 309 6468 3553 3854 -102 -239 -43 H
ATOM 39212 HD12 LEU F 309 -18.391-107.152 51.169 1.00 35.66 H
ANISOU39212 HD12 LEU F 309 6387 3425 3736 -99 -221 -34 H
ATOM 39213 HD13 LEU F 309 -17.530-106.308 52.482 1.00 36.06 H
ANISOU39213 HD13 LEU F 309 6434 3494 3772 -92 -251 -29 H
ATOM 39214 HD21 LEU F 309 -14.787-106.531 51.658 1.00 36.35 H
ANISOU39214 HD21 LEU F 309 6422 3543 3847 -74 -270 -33 H
ATOM 39215 HD22 LEU F 309 -15.406-107.050 53.245 1.00 37.33 H
ANISOU39215 HD22 LEU F 309 6574 3664 3945 -62 -281 -16 H
ATOM 39216 HD23 LEU F 309 -14.415-108.170 52.268 1.00 35.88 H
ANISOU39216 HD23 LEU F 309 6370 3470 3792 -48 -271 -15 H
ATOM 39217 N SER F 310 -16.984-111.338 50.203 1.00 23.31 N
ANISOU39217 N SER F 310 4814 1814 2230 -50 -195 -17 N
ATOM 39218 CA SER F 310 -16.520-111.866 48.921 1.00 23.11 C
ANISOU39218 CA SER F 310 4772 1782 2226 -48 -181 -31 C
ATOM 39219 C SER F 310 -17.671-112.452 48.107 1.00 28.60 C
ANISOU39219 C SER F 310 5479 2461 2926 -58 -158 -42 C
ATOM 39220 O SER F 310 -17.752-112.224 46.896 1.00 25.90 O
ANISOU39220 O SER F 310 5127 2125 2589 -68 -146 -60 O
ATOM 39221 CB SER F 310 -15.457-112.932 49.141 1.00 23.87 C
ANISOU39221 CB SER F 310 4859 1868 2344 -24 -186 -22 C
ATOM 39222 OG SER F 310 -14.328-112.364 49.790 1.00 28.71 O
ANISOU39222 OG SER F 310 5456 2498 2953 -14 -209 -14 O
ATOM 39223 H SER F 310 -16.615-111.835 51.008 1.00 24.37 H
ANISOU39223 H SER F 310 4952 1943 2363 -35 -205 -2 H
ATOM 39224 HA SER F 310 -16.080-111.055 48.344 1.00 20.63 H
ANISOU39224 HA SER F 310 4443 1484 1912 -56 -184 -41 H
ATOM 39225 HB2 SER F 310 -15.869-113.716 49.775 1.00 24.15 H
ANISOU39225 HB2 SER F 310 4909 1888 2380 -15 -184 -8 H
ATOM 39226 HB3 SER F 310 -15.154-113.348 48.181 1.00 22.80 H
ANISOU39226 HB3 SER F 310 4710 1727 2224 -22 -173 -35 H
ATOM 39227 HG SER F 310 -14.379-112.526 50.770 1.00 29.25 H
ANISOU39227 HG SER F 310 5536 2565 3013 -6 -220 1 H
ATOM 39228 N LYS F 311 -18.588-113.158 48.776 1.00 25.15 N
ANISOU39228 N LYS F 311 5063 2006 2487 -57 -152 -30 N
ATOM 39229 CA LYS F 311 -19.757-113.728 48.089 1.00 24.62 C
ANISOU39229 CA LYS F 311 5005 1922 2426 -68 -131 -41 C
ATOM 39230 C LYS F 311 -20.681-112.622 47.546 1.00 27.89 C
ANISOU39230 C LYS F 311 5422 2351 2825 -91 -127 -54 C
ATOM 39231 O LYS F 311 -21.153-112.727 46.411 1.00 27.13 O
ANISOU39231 O LYS F 311 5321 2253 2734 -101 -114 -72 O
ATOM 39232 CB LYS F 311 -20.503-114.648 49.048 1.00 24.69 C
ANISOU39232 CB LYS F 311 5035 1908 2438 -62 -125 -22 C
ATOM 39233 CG LYS F 311 -21.565-115.457 48.371 1.00 29.71 C
ANISOU39233 CG LYS F 311 5678 2521 3088 -71 -104 -34 C
ATOM 39234 CD LYS F 311 -22.105-116.550 49.244 1.00 22.39 C
ANISOU39234 CD LYS F 311 4768 1568 2172 -63 -96 -14 C
ATOM 39235 CE LYS F 311 -23.197-117.261 48.490 1.00 22.36 C
ANISOU39235 CE LYS F 311 4769 1542 2185 -76 -76 -29 C
ATOM 39236 NZ LYS F 311 -23.873-118.280 49.315 1.00 35.69 N
ANISOU39236 NZ LYS F 311 6473 3201 3886 -72 -65 -8 N
ATOM 39237 H LYS F 311 -18.554-113.346 49.772 1.00 23.77 H
ANISOU39237 H LYS F 311 4898 1828 2306 -48 -160 -13 H
ATOM 39238 HA LYS F 311 -19.412-114.316 47.241 1.00 24.03 H
ANISOU39238 HA LYS F 311 4921 1840 2369 -64 -122 -53 H
ATOM 39239 HB2 LYS F 311 -19.789-115.346 49.483 1.00 25.27 H
ANISOU39239 HB2 LYS F 311 5106 1972 2522 -45 -130 -10 H
ATOM 39240 HB3 LYS F 311 -20.963-114.048 49.834 1.00 25.34 H
ANISOU39240 HB3 LYS F 311 5129 1999 2502 -67 -132 -12 H
ATOM 39241 HG2 LYS F 311 -22.390-114.799 48.101 1.00 29.72 H
ANISOU39241 HG2 LYS F 311 5684 2531 3078 -88 -101 -42 H
ATOM 39242 HG3 LYS F 311 -21.134-115.910 47.482 1.00 29.95 H
ANISOU39242 HG3 LYS F 311 5697 2547 3134 -68 -98 -48 H
ATOM 39243 HD2 LYS F 311 -21.315-117.265 49.477 1.00 21.74 H
ANISOU39243 HD2 LYS F 311 4682 1475 2103 -46 -100 -4 H
ATOM 39244 HD3 LYS F 311 -22.514-116.130 50.162 1.00 23.10 H
ANISOU39244 HD3 LYS F 311 4870 1663 2243 -66 -102 2 H
ATOM 39245 HE2 LYS F 311 -23.940-116.543 48.150 1.00 19.82 H
ANISOU39245 HE2 LYS F 311 4448 1232 1851 -92 -74 -40 H
ATOM 39246 HE3 LYS F 311 -22.735-117.764 47.641 1.00 24.35 H
ANISOU39246 HE3 LYS F 311 5010 1787 2454 -71 -71 -44 H
ATOM 39247 HZ1 LYS F 311 -23.248-119.055 49.511 1.00 37.41 H
ANISOU39247 HZ1 LYS F 311 6690 3405 4120 -57 -66 1 H
ATOM 39248 HZ2 LYS F 311 -24.158-117.868 50.200 1.00 36.80 H
ANISOU39248 HZ2 LYS F 311 6625 3350 4009 -73 -70 8 H
ATOM 39249 HZ3 LYS F 311 -24.702-118.628 48.842 1.00 34.11 H
ANISOU39249 HZ3 LYS F 311 6276 2989 3697 -83 -52 -20 H
ATOM 39250 N MET F 312 -20.897-111.561 48.317 1.00 25.06 N
ANISOU39250 N MET F 312 5069 2007 2445 -97 -140 -46 N
ATOM 39251 CA MET F 312 -21.700-110.429 47.851 1.00 24.25 C
ANISOU39251 CA MET F 312 4966 1917 2329 -117 -138 -57 C
ATOM 39252 C MET F 312 -21.034-109.741 46.655 1.00 27.58 C
ANISOU39252 C MET F 312 5369 2356 2755 -123 -138 -72 C
ATOM 39253 O MET F 312 -21.734-109.329 45.743 1.00 23.78 O
ANISOU39253 O MET F 312 4885 1879 2270 -138 -130 -84 O
ATOM 39254 CB MET F 312 -21.913-109.396 48.963 1.00 27.34 C
ANISOU39254 CB MET F 312 5366 2321 2701 -121 -152 -48 C
ATOM 39255 CG MET F 312 -22.789-109.852 50.066 1.00 32.85 C
ANISOU39255 CG MET F 312 6085 3008 3390 -119 -148 -34 C
ATOM 39256 SD MET F 312 -23.198-108.504 51.207 1.00 36.56 S
ANISOU39256 SD MET F 312 6563 3494 3833 -126 -161 -30 S
ATOM 39257 CE MET F 312 -21.631-108.225 51.980 1.00 34.30 C
ANISOU39257 CE MET F 312 6268 3223 3542 -110 -186 -22 C
ATOM 39258 H MET F 312 -20.555-111.456 49.268 1.00 26.30 H
ANISOU39258 H MET F 312 5230 2167 2595 -89 -151 -33 H
ATOM 39259 HA MET F 312 -22.679-110.786 47.537 1.00 22.76 H
ANISOU39259 HA MET F 312 4786 1718 2143 -125 -125 -62 H
ATOM 39260 HB2 MET F 312 -20.942-109.137 49.382 1.00 26.64 H
ANISOU39260 HB2 MET F 312 5269 2241 2611 -112 -166 -43 H
ATOM 39261 HB3 MET F 312 -22.370-108.505 48.527 1.00 27.78 H
ANISOU39261 HB3 MET F 312 5418 2385 2750 -135 -151 -56 H
ATOM 39262 HG2 MET F 312 -23.721-110.235 49.650 1.00 35.17 H
ANISOU39262 HG2 MET F 312 6385 3290 3689 -127 -133 -39 H
ATOM 39263 HG3 MET F 312 -22.300-110.642 50.633 1.00 32.48 H
ANISOU39263 HG3 MET F 312 6041 2952 3346 -105 -151 -21 H
ATOM 39264 HE1 MET F 312 -21.775-107.639 52.887 1.00 35.51 H
ANISOU39264 HE1 MET F 312 6429 3385 3678 -111 -195 -18 H
ATOM 39265 HE2 MET F 312 -21.192-109.189 52.232 1.00 34.79 H
ANISOU39265 HE2 MET F 312 6332 3275 3610 -97 -186 -11 H
ATOM 39266 HE3 MET F 312 -20.981-107.685 51.294 1.00 33.67 H
ANISOU39266 HE3 MET F 312 6171 3151 3469 -114 -191 -31 H
ATOM 39267 N ALA F 313 -19.702-109.589 46.677 1.00 28.20 N
ANISOU39267 N ALA F 313 5431 2444 2839 -113 -149 -70 N
ATOM 39268 CA ALA F 313 -18.951-108.933 45.596 1.00 26.30 C
ANISOU39268 CA ALA F 313 5170 2220 2603 -118 -148 -81 C
ATOM 39269 C ALA F 313 -19.132-109.650 44.239 1.00 29.70 C
ANISOU39269 C ALA F 313 5596 2647 3043 -120 -129 -97 C
ATOM 39270 O ALA F 313 -19.224-108.986 43.203 1.00 23.23 O
ANISOU39270 O ALA F 313 4768 1841 2219 -132 -123 -107 O
ATOM 39271 CB ALA F 313 -17.483-108.843 45.952 1.00 26.03 C
ANISOU39271 CB ALA F 313 5118 2194 2578 -105 -161 -76 C
ATOM 39272 H ALA F 313 -19.113-109.910 47.444 1.00 32.04 H
ANISOU39272 H ALA F 313 5917 2927 3328 -100 -158 -59 H
ATOM 39273 HA ALA F 313 -19.321-107.916 45.487 1.00 26.87 H
ANISOU39273 HA ALA F 313 5241 2303 2665 -131 -151 -83 H
ATOM 39274 HB1 ALA F 313 -16.961-108.393 45.109 1.00 25.09 H
ANISOU39274 HB1 ALA F 313 4983 2086 2462 -110 -157 -83 H
ATOM 39275 HB2 ALA F 313 -17.376-108.228 46.843 1.00 22.19 H
ANISOU39275 HB2 ALA F 313 4635 1713 2083 -105 -176 -67 H
ATOM 39276 HB3 ALA F 313 -17.095-109.844 46.132 1.00 27.51 H
ANISOU39276 HB3 ALA F 313 5306 2371 2777 -90 -159 -72 H
ATOM 39277 N ARG F 314 -19.232-110.993 44.250 1.00 27.28 N
ANISOU39277 N ARG F 314 5295 2320 2750 -109 -119 -99 N
ATOM 39278 CA ARG F 314 -19.509-111.753 43.030 1.00 29.58 C
ANISOU39278 CA ARG F 314 5583 2605 3050 -110 -102 -118 C
ATOM 39279 C ARG F 314 -20.908-111.372 42.484 1.00 34.30 C
ANISOU39279 C ARG F 314 6192 3204 3635 -129 -94 -127 C
ATOM 39280 O ARG F 314 -21.032-111.082 41.293 1.00 32.82 O
ANISOU39280 O ARG F 314 5997 3030 3443 -138 -87 -142 O
ATOM 39281 CB ARG F 314 -19.424-113.266 43.268 1.00 25.06 C
ANISOU39281 CB ARG F 314 5017 2007 2499 -95 -94 -118 C
ATOM 39282 CG ARG F 314 -19.662-114.109 42.024 1.00 26.62 C
ANISOU39282 CG ARG F 314 5211 2197 2708 -96 -76 -142 C
ATOM 39283 CD ARG F 314 -19.162-115.519 42.233 1.00 30.73 C
ANISOU39283 CD ARG F 314 5730 2691 3254 -77 -69 -143 C
ATOM 39284 NE ARG F 314 -19.336-116.343 41.028 1.00 28.64 N
ANISOU39284 NE ARG F 314 5460 2419 3001 -78 -52 -170 N
ATOM 39285 CZ ARG F 314 -19.169-117.662 40.966 1.00 33.33 C
ANISOU39285 CZ ARG F 314 6055 2986 3622 -64 -42 -178 C
ATOM 39286 NH1 ARG F 314 -18.843-118.357 42.054 1.00 31.09 N
ANISOU39286 NH1 ARG F 314 5777 2681 3357 -49 -48 -157 N
ATOM 39287 NH2 ARG F 314 -19.346-118.300 39.825 1.00 26.01 N
ANISOU39287 NH2 ARG F 314 5123 2055 2704 -66 -27 -207 N
ATOM 39288 H ARG F 314 -19.140-111.572 45.078 1.00 29.65 H
ANISOU39288 H ARG F 314 5603 2608 3055 -98 -124 -88 H
ATOM 39289 HA ARG F 314 -18.777-111.471 42.276 1.00 30.23 H
ANISOU39289 HA ARG F 314 5650 2701 3134 -110 -99 -126 H
ATOM 39290 HB2 ARG F 314 -18.427-113.497 43.638 1.00 26.47 H
ANISOU39290 HB2 ARG F 314 5186 2185 2686 -81 -100 -111 H
ATOM 39291 HB3 ARG F 314 -20.170-113.541 44.011 1.00 24.78 H
ANISOU39291 HB3 ARG F 314 4996 1957 2461 -96 -95 -109 H
ATOM 39292 HG2 ARG F 314 -20.732-114.166 41.827 1.00 26.14 H
ANISOU39292 HG2 ARG F 314 5160 2130 2642 -108 -70 -148 H
ATOM 39293 HG3 ARG F 314 -19.139-113.684 41.170 1.00 25.20 H
ANISOU39293 HG3 ARG F 314 5017 2034 2523 -98 -72 -153 H
ATOM 39294 HD2 ARG F 314 -18.103-115.465 42.466 1.00 30.25 H
ANISOU39294 HD2 ARG F 314 5657 2636 3199 -65 -76 -136 H
ATOM 39295 HD3 ARG F 314 -19.715-115.965 43.055 1.00 30.76 H
ANISOU39295 HD3 ARG F 314 5747 2677 3262 -75 -71 -130 H
ATOM 39296 HE ARG F 314 -19.582-115.861 40.171 1.00 27.44 H
ANISOU39296 HE ARG F 314 5304 2283 2837 -89 -47 -184 H
ATOM 39297 HH11 ARG F 314 -18.711-117.914 42.958 1.00 30.95 H
ANISOU39297 HH11 ARG F 314 5764 2667 3330 -46 -60 -136 H
ATOM 39298 HH12 ARG F 314 -18.732-119.363 41.992 1.00 30.51 H
ANISOU39298 HH12 ARG F 314 5703 2584 3304 -38 -40 -162 H
ATOM 39299 HH21 ARG F 314 -19.600-117.801 38.983 1.00 24.19 H
ANISOU39299 HH21 ARG F 314 4890 1843 2459 -77 -23 -222 H
ATOM 39300 HH22 ARG F 314 -19.229-119.311 39.787 1.00 28.99 H
ANISOU39300 HH22 ARG F 314 5501 2410 3105 -56 -19 -215 H
ATOM 39301 N LEU F 315 -21.921-111.291 43.370 1.00 30.53 N
ANISOU39301 N LEU F 315 5732 2717 3152 -135 -98 -117 N
ATOM 39302 CA LEU F 315 -23.279-110.876 42.969 1.00 29.70 C
ANISOU39302 CA LEU F 315 5634 2612 3037 -153 -93 -124 C
ATOM 39303 C LEU F 315 -23.284-109.436 42.416 1.00 31.87 C
ANISOU39303 C LEU F 315 5900 2912 3296 -166 -99 -126 C
ATOM 39304 O LEU F 315 -23.930-109.156 41.411 1.00 29.61 O
ANISOU39304 O LEU F 315 5612 2634 3004 -177 -93 -138 O
ATOM 39305 CB LEU F 315 -24.248-110.968 44.144 1.00 29.54 C
ANISOU39305 CB LEU F 315 5631 2578 3014 -156 -94 -111 C
ATOM 39306 CG LEU F 315 -24.531-112.344 44.701 1.00 34.56 C
ANISOU39306 CG LEU F 315 6278 3188 3666 -146 -86 -106 C
ATOM 39307 CD1 LEU F 315 -25.352-112.239 45.949 1.00 33.83 C
ANISOU39307 CD1 LEU F 315 6201 3086 3566 -149 -87 -89 C
ATOM 39308 CD2 LEU F 315 -25.294-113.189 43.718 1.00 38.58 C
ANISOU39308 CD2 LEU F 315 6788 3684 4188 -153 -71 -125 C
ATOM 39309 H LEU F 315 -21.829-111.510 44.355 1.00 31.21 H
ANISOU39309 H LEU F 315 5824 2794 3239 -128 -104 -103 H
ATOM 39310 HA LEU F 315 -23.619-111.519 42.160 1.00 29.83 H
ANISOU39310 HA LEU F 315 5650 2624 3060 -155 -82 -139 H
ATOM 39311 HB2 LEU F 315 -23.879-110.355 44.964 1.00 29.25 H
ANISOU39311 HB2 LEU F 315 5596 2548 2969 -153 -105 -98 H
ATOM 39312 HB3 LEU F 315 -25.203-110.561 43.814 1.00 31.19 H
ANISOU39312 HB3 LEU F 315 5844 2790 3217 -168 -91 -117 H
ATOM 39313 HG LEU F 315 -23.594-112.847 44.935 1.00 34.24 H
ANISOU39313 HG LEU F 315 6233 3143 3634 -132 -88 -100 H
ATOM 39314 HD11 LEU F 315 -25.610-113.235 46.300 1.00 33.60 H
ANISOU39314 HD11 LEU F 315 6180 3037 3549 -143 -79 -84 H
ATOM 39315 HD12 LEU F 315 -24.779-111.709 46.708 1.00 34.67 H
ANISOU39315 HD12 LEU F 315 6309 3202 3662 -143 -98 -77 H
ATOM 39316 HD13 LEU F 315 -26.258-111.681 45.717 1.00 34.11 H
ANISOU39316 HD13 LEU F 315 6239 3127 3594 -162 -85 -95 H
ATOM 39317 HD21 LEU F 315 -25.496-114.154 44.177 1.00 37.17 H
ANISOU39317 HD21 LEU F 315 6616 3484 4023 -147 -65 -120 H
ATOM 39318 HD22 LEU F 315 -26.227-112.683 43.476 1.00 38.98 H
ANISOU39318 HD22 LEU F 315 6841 3740 4231 -167 -70 -130 H
ATOM 39319 HD23 LEU F 315 -24.705-113.330 42.814 1.00 39.14 H
ANISOU39319 HD23 LEU F 315 6847 3761 4262 -151 -69 -139 H
ATOM 39320 N GLN F 316 -22.505-108.555 43.039 1.00 28.14 N
ANISOU39320 N GLN F 316 5423 2452 2819 -163 -112 -114 N
ATOM 39321 CA GLN F 316 -22.393-107.155 42.617 1.00 28.12 C
ANISOU39321 CA GLN F 316 5411 2468 2806 -174 -118 -113 C
ATOM 39322 C GLN F 316 -21.733-106.983 41.261 1.00 33.20 C
ANISOU39322 C GLN F 316 6038 3127 3450 -177 -111 -123 C
ATOM 39323 O GLN F 316 -21.957-105.970 40.630 1.00 31.22 O
ANISOU39323 O GLN F 316 5781 2891 3190 -188 -112 -123 O
ATOM 39324 CB GLN F 316 -21.592-106.355 43.641 1.00 28.50 C
ANISOU39324 CB GLN F 316 5455 2523 2853 -170 -134 -101 C
ATOM 39325 CG GLN F 316 -22.325-106.140 44.951 1.00 31.16 C
ANISOU39325 CG GLN F 316 5807 2851 3182 -171 -142 -92 C
ATOM 39326 CD GLN F 316 -21.395-105.518 45.960 1.00 44.39 C
ANISOU39326 CD GLN F 316 7478 4533 4856 -165 -159 -83 C
ATOM 39327 OE1 GLN F 316 -20.811-106.211 46.756 1.00 52.57 O
ANISOU39327 OE1 GLN F 316 8517 5563 5894 -151 -165 -76 O
ATOM 39328 NE2 GLN F 316 -21.167-104.230 45.924 1.00 32.77 N
ANISOU39328 NE2 GLN F 316 5997 3073 3381 -174 -168 -83 N
ATOM 39329 H GLN F 316 -21.954-108.784 43.862 1.00 27.92 H
ANISOU39329 H GLN F 316 5395 2418 2794 -153 -118 -105 H
ATOM 39330 HA GLN F 316 -23.399-106.740 42.571 1.00 26.97 H
ANISOU39330 HA GLN F 316 5273 2322 2654 -185 -118 -114 H
ATOM 39331 HB2 GLN F 316 -20.650-106.857 43.856 1.00 27.43 H
ANISOU39331 HB2 GLN F 316 5312 2385 2724 -159 -137 -98 H
ATOM 39332 HB3 GLN F 316 -21.389-105.370 43.228 1.00 27.90 H
ANISOU39332 HB3 GLN F 316 5369 2459 2773 -179 -138 -101 H
ATOM 39333 HG2 GLN F 316 -23.186-105.494 44.788 1.00 31.10 H
ANISOU39333 HG2 GLN F 316 5804 2845 3168 -183 -141 -94 H
ATOM 39334 HG3 GLN F 316 -22.678-107.091 45.344 1.00 29.96 H
ANISOU39334 HG3 GLN F 316 5666 2685 3033 -165 -137 -90 H
ATOM 39335 HE21 GLN F 316 -21.609-103.650 45.219 1.00 31.59 H
ANISOU39335 HE21 GLN F 316 5845 2929 3230 -185 -164 -87 H
ATOM 39336 HE22 GLN F 316 -20.533-103.824 46.607 1.00 34.04 H
ANISOU39336 HE22 GLN F 316 6154 3239 3541 -170 -181 -79 H
ATOM 39337 N GLY F 317 -20.884-107.927 40.871 1.00 31.84 N
ATOM 39338 CA GLY F 317 -20.231-107.952 39.575 1.00 30.38 C
ATOM 39339 C GLY F 317 -18.764-107.643 39.546 1.00 33.62 C
ATOM 39340 O GLY F 317 -18.233-107.277 38.496 1.00 31.72 O
ATOM 39341 H GLY F 317 -20.627-108.734 41.433 1.00 33.10 H
ATOM 39342 HA2 GLY F 317 -20.298-108.981 39.227 1.00 29.24 H
ATOM 39343 HA3 GLY F 317 -20.749-107.316 38.859 1.00 29.96 H