>>3OFN:HELIX 198 198 SER L 391 GLU L 401 1 11
SLKLFLAQYRE
Search OCA for entries with sequence similar to this one (with E=10)
HELIX 198 198 SER L 391 GLU L 401 1 11
ATOM 34919 N SER L 391 -29.342-134.476 60.439 1.00127.83 N
ANISOU34919 N SER L 391 17625 18297 12646 -65 -392 -531 N
ATOM 34920 CA SER L 391 -29.426-133.330 59.532 1.00128.79 C
ANISOU34920 CA SER L 391 17798 18527 12610 -17 -410 -404 C
ATOM 34921 C SER L 391 -29.711-132.003 60.234 1.00127.91 C
ANISOU34921 C SER L 391 17590 18385 12623 30 -314 -214 C
ATOM 34922 O SER L 391 -29.749-130.964 59.575 1.00128.78 O
ANISOU34922 O SER L 391 17758 18560 12613 73 -327 -93 O
ATOM 34923 CB SER L 391 -30.483-133.576 58.448 1.00130.84 C
ANISOU34923 CB SER L 391 18063 18866 12784 -39 -651 -401 C
ATOM 34924 OG SER L 391 -30.045-134.557 57.530 1.00131.83 O
ANISOU34924 OG SER L 391 18310 19049 12732 -69 -728 -569 O
ATOM 34925 N LEU L 392 -29.892-132.025 61.554 1.00126.26 N
ANISOU34925 N LEU L 392 17246 18078 12650 20 -222 -189 N
ATOM 34926 CA LEU L 392 -30.353-130.830 62.264 1.00125.51 C
ANISOU34926 CA LEU L 392 17031 17956 12701 65 -159 -22 C
ATOM 34927 C LEU L 392 -29.361-129.672 62.292 1.00124.69 C
ANISOU34927 C LEU L 392 17010 17861 12505 127 27 71 C
ATOM 34928 O LEU L 392 -29.768-128.518 62.124 1.00125.13 O
ANISOU34928 O LEU L 392 17049 17932 12563 179 6 220 O
ATOM 34929 CB LEU L 392 -30.842-131.154 63.681 1.00124.18 C
ANISOU34929 CB LEU L 392 16683 17697 12801 26 -108 -26 C
ATOM 34930 CG LEU L 392 -31.527-130.010 64.449 1.00123.52 C
ANISOU34930 CG LEU L 392 16439 17599 12895 70 -72 124 C
ATOM 34931 CD1 LEU L 392 -32.655-129.362 63.649 1.00125.26 C
ANISOU34931 CD1 LEU L 392 16616 17892 13086 113 -270 214 C
ATOM 34932 CD2 LEU L 392 -32.041-130.484 65.802 1.00122.73 C
ANISOU34932 CD2 LEU L 392 16158 17434 13041 6 -32 96 C
ATOM 34933 N LYS L 393 -28.076-129.958 62.498 1.00123.61 N
ANISOU34933 N LYS L 393 16964 17715 12289 122 202 -21 N
ATOM 34934 CA LYS L 393 -27.111-128.863 62.607 1.00122.88 C
ANISOU34934 CA LYS L 393 16940 17635 12112 164 395 59 C
ATOM 34935 C LYS L 393 -26.846-128.178 61.269 1.00124.78 C
ANISOU34935 C LYS L 393 17344 17979 12088 172 347 119 C
ATOM 34936 O LYS L 393 -26.706-126.954 61.215 1.00124.76 O
ANISOU34936 O LYS L 393 17380 17979 12046 202 415 264 O
ATOM 34937 CB LYS L 393 -25.800-129.285 63.274 1.00121.06 C
ANISOU34937 CB LYS L 393 16744 17380 11875 160 606 -62 C
ATOM 34938 CG LYS L 393 -25.276-128.190 64.196 1.00118.72 C
ANISOU34938 CG LYS L 393 16397 17040 11672 196 814 45 C
ATOM 34939 CD LYS L 393 -23.767-128.059 64.186 1.00116.54 C
ANISOU34939 CD LYS L 393 16226 16809 11244 201 1024 -41 C
ATOM 34940 CE LYS L 393 -23.363-126.689 64.705 1.00114.39 C
ANISOU34940 CE LYS L 393 15939 16520 11004 228 1200 101 C
ATOM 34941 NZ LYS L 393 -21.923-126.622 65.039 1.00112.30 N
ANISOU34941 NZ LYS L 393 15730 16290 10647 228 1430 3 N
ATOM 34942 N LEU L 394 -26.801-128.966 60.198 1.00126.59 N
ANISOU34942 N LEU L 394 17674 18291 12135 138 223 8 N
ATOM 34943 CA LEU L 394 -26.575-128.428 58.856 1.00128.73 C
ANISOU34943 CA LEU L 394 18106 18675 12130 127 163 54 C
ATOM 34944 C LEU L 394 -27.846-127.889 58.194 1.00130.65 C
ANISOU34944 C LEU L 394 18338 18933 12372 149 -57 196 C
ATOM 34945 O LEU L 394 -27.766-127.071 57.276 1.00132.14 O
ANISOU34945 O LEU L 394 18657 19186 12363 150 -100 299 O
ATOM 34946 CB LEU L 394 -25.882-129.461 57.964 1.00129.65 C
ANISOU34946 CB LEU L 394 18336 18893 12032 84 137 -140 C
ATOM 34947 CG LEU L 394 -24.356-129.497 58.111 1.00128.97 C
ANISOU34947 CG LEU L 394 18329 18857 11815 71 363 -258 C
ATOM 34948 CD1 LEU L 394 -23.846-130.932 58.253 1.00128.87 C
ANISOU34948 CD1 LEU L 394 18307 18845 11814 65 360 -499 C
ATOM 34949 CD2 LEU L 394 -23.668-128.761 56.954 1.00130.15 C
ANISOU34949 CD2 LEU L 394 18648 19151 11651 31 406 -224 C
ATOM 34950 N PHE L 395 -29.008-128.348 58.660 1.00130.95 N
ANISOU34950 N PHE L 395 18220 18915 12619 161 -200 196 N
ATOM 34951 CA PHE L 395 -30.299-127.876 58.146 1.00132.85 C
ANISOU34951 CA PHE L 395 18416 19174 12886 195 -419 311 C
ATOM 34952 C PHE L 395 -30.537-126.429 58.556 1.00132.89 C
ANISOU34952 C PHE L 395 18395 19125 12973 265 -377 502 C
ATOM 34953 O PHE L 395 -30.856-125.584 57.719 1.00134.55 O
ANISOU34953 O PHE L 395 18704 19368 13049 301 -491 624 O
ATOM 34954 CB PHE L 395 -31.442-128.765 58.646 1.00132.84 C
ANISOU34954 CB PHE L 395 18235 19141 13096 177 -562 241 C
ATOM 34955 CG PHE L 395 -32.795-128.390 58.109 1.00134.40 C
ANISOU34955 CG PHE L 395 18365 19378 13322 215 -798 325 C
ATOM 34956 CD1 PHE L 395 -33.562-127.411 58.738 1.00133.90 C
ANISOU34956 CD1 PHE L 395 18172 19270 13435 285 -827 456 C
ATOM 34957 CD2 PHE L 395 -33.313-129.032 56.989 1.00136.16 C
ANISOU34957 CD2 PHE L 395 18645 19690 13400 187 -997 258 C
ATOM 34958 CE1 PHE L 395 -34.812-127.065 58.249 1.00135.70 C
ANISOU34958 CE1 PHE L 395 18327 19541 13691 336 -1056 515 C
ATOM 34959 CE2 PHE L 395 -34.566-128.697 56.494 1.00137.94 C
ANISOU34959 CE2 PHE L 395 18801 19960 13650 229 -1222 325 C
ATOM 34960 CZ PHE L 395 -35.317-127.710 57.126 1.00137.80 C
ANISOU34960 CZ PHE L 395 18652 19898 13807 308 -1254 451 C
ATOM 34961 N LEU L 396 -30.380-126.158 59.850 1.00131.32 N
ANISOU34961 N LEU L 396 18069 18836 12991 286 -223 524 N
ATOM 34962 CA LEU L 396 -30.499-124.807 60.388 1.00131.28 C
ANISOU34962 CA LEU L 396 18030 18768 13084 355 -160 687 C
ATOM 34963 C LEU L 396 -29.484-123.870 59.744 1.00131.98 C
ANISOU34963 C LEU L 396 18329 18876 12942 353 -51 778 C
ATOM 34964 O LEU L 396 -29.756-122.685 59.553 1.00132.80 O
ANISOU34964 O LEU L 396 18487 18945 13028 408 -96 936 O
ATOM 34965 CB LEU L 396 -30.320-124.823 61.904 1.00129.02 C
ANISOU34965 CB LEU L 396 17576 18396 13051 361 16 666 C
ATOM 34966 CG LEU L 396 -31.390-125.559 62.712 1.00128.89 C
ANISOU34966 CG LEU L 396 17337 18357 13280 347 -77 601 C
ATOM 34967 CD1 LEU L 396 -30.834-126.004 64.057 1.00126.92 C
ANISOU34967 CD1 LEU L 396 16978 18042 13205 310 124 531 C
ATOM 34968 CD2 LEU L 396 -32.629-124.691 62.900 1.00130.09 C
ANISOU34968 CD2 LEU L 396 17350 18499 13581 424 -224 713 C
ATOM 34969 N ALA L 397 -28.316-124.416 59.409 1.00131.96 N
ANISOU34969 N ALA L 397 18448 18932 12760 285 88 668 N
ATOM 34970 CA ALA L 397 -27.304-123.693 58.644 1.00133.06 C
ANISOU34970 CA ALA L 397 18796 19127 12633 249 189 723 C
ATOM 34971 C ALA L 397 -27.861-123.241 57.305 1.00135.90 C
ANISOU34971 C ALA L 397 19302 19549 12784 248 -19 823 C
ATOM 34972 O ALA L 397 -27.773-122.063 56.955 1.00136.81 O
ANISOU34972 O ALA L 397 19542 19641 12798 260 -23 984 O
ATOM 34973 CB ALA L 397 -26.057-124.557 58.447 1.00132.47 C
ANISOU34973 CB ALA L 397 18797 19137 12397 176 345 543 C
ATOM 34974 N GLN L 398 -28.447-124.188 56.576 1.00137.48 N
ANISOU34974 N GLN L 398 19492 19821 12922 230 -200 728 N
ATOM 34975 CA GLN L 398 -29.052-123.923 55.277 1.00140.43 C
ANISOU34975 CA GLN L 398 19993 20267 13098 229 -419 803 C
ATOM 34976 C GLN L 398 -30.322-123.074 55.408 1.00141.62 C
ANISOU34976 C GLN L 398 20069 20339 13400 327 -608 965 C
ATOM 34977 O GLN L 398 -30.758-122.449 54.444 1.00143.77 O
ANISOU34977 O GLN L 398 20471 20639 13514 348 -778 1080 O
ATOM 34978 CB GLN L 398 -29.319-125.242 54.539 1.00141.38 C
ANISOU34978 CB GLN L 398 20104 20489 13127 185 -552 635 C
ATOM 34979 CG GLN L 398 -28.050-125.878 53.948 1.00141.66 C
ANISOU34979 CG GLN L 398 20271 20636 12917 96 -417 485 C
ATOM 34980 CD GLN L 398 -28.096-127.403 53.869 1.00141.62 C
ANISOU34980 CD GLN L 398 20192 20677 12941 67 -470 265 C
ATOM 34981 OE1 GLN L 398 -29.127-128.029 54.126 1.00141.57 O
ANISOU34981 OE1 GLN L 398 20051 20628 13112 94 -622 231 O
ATOM 34982 NE2 GLN L 398 -26.966-128.006 53.512 1.00141.58 N
ANISOU34982 NE2 GLN L 398 20274 20763 12757 8 -346 104 N
ATOM 34983 N TYR L 399 -30.891-123.041 56.611 1.00140.49 N
ANISOU34983 N TYR L 399 19719 20103 13560 389 -580 968 N
ATOM 34984 CA TYR L 399 -32.055-122.208 56.909 1.00141.63 C
ANISOU34984 CA TYR L 399 19759 20177 13878 495 -740 1096 C
ATOM 34985 C TYR L 399 -31.669-120.730 57.012 1.00142.11 C
ANISOU34985 C TYR L 399 19941 20154 13902 543 -672 1276 C
ATOM 34986 O TYR L 399 -32.518-119.850 56.866 1.00143.54 O
ANISOU34986 O TYR L 399 20118 20282 14139 639 -843 1403 O
ATOM 34987 CB TYR L 399 -32.735-122.697 58.190 1.00140.09 C
ANISOU34987 CB TYR L 399 19291 19931 14006 526 -716 1019 C
ATOM 34988 CG TYR L 399 -33.934-121.890 58.645 1.00140.94 C
ANISOU34988 CG TYR L 399 19247 19985 14320 639 -867 1115 C
ATOM 34989 CD1 TYR L 399 -35.152-121.958 57.965 1.00143.12 C
ANISOU34989 CD1 TYR L 399 19472 20314 14592 694 -1141 1122 C
ATOM 34990 CD2 TYR L 399 -33.854-121.074 59.774 1.00139.56 C
ANISOU34990 CD2 TYR L 399 18966 19715 14347 697 -737 1182 C
ATOM 34991 CE1 TYR L 399 -36.256-121.221 58.392 1.00143.86 C
ANISOU34991 CE1 TYR L 399 19411 20372 14878 810 -1287 1186 C
ATOM 34992 CE2 TYR L 399 -34.950-120.337 60.210 1.00140.27 C
ANISOU34992 CE2 TYR L 399 18901 19765 14630 810 -879 1247 C
ATOM 34993 CZ TYR L 399 -36.145-120.414 59.516 1.00142.57 C
ANISOU34993 CZ TYR L 399 19142 20115 14914 870 -1155 1244 C
ATOM 34994 OH TYR L 399 -37.223-119.679 59.950 1.00143.57 O
ANISOU34994 OH TYR L 399 19102 20215 15232 994 -1303 1287 O
ATOM 34995 N ARG L 400 -30.386-120.471 57.266 1.00141.25 N
ANISOU34995 N ARG L 400 19941 20032 13697 478 -427 1278 N
ATOM 34996 CA ARG L 400 -29.812-119.124 57.176 1.00142.02 C
ANISOU34996 CA ARG L 400 20207 20062 13694 486 -346 1443 C
ATOM 34997 C ARG L 400 -29.593-118.765 55.712 1.00144.40 C
ANISOU34997 C ARG L 400 20773 20433 13660 430 -464 1526 C
ATOM 34998 O ARG L 400 -29.641-117.594 55.329 1.00145.67 O
ANISOU34998 O ARG L 400 21094 20527 13726 455 -530 1700 O
ATOM 34999 CB ARG L 400 -28.468-119.054 57.903 1.00140.09 C
ANISOU34999 CB ARG L 400 19984 19804 13439 416 -36 1396 C
ATOM 35000 CG ARG L 400 -28.493-119.576 59.320 1.00138.67 C
ANISOU35000 CG ARG L 400 19562 19573 13555 447 106 1294 C
ATOM 35001 CD ARG L 400 -27.156-119.365 60.022 1.00138.83 C
ANISOU35001 CD ARG L 400 19613 19578 13557 391 405 1259 C
ATOM 35002 NE ARG L 400 -26.321-120.568 60.118 1.00139.29 N
ANISOU35002 NE ARG L 400 19648 19722 13553 316 543 1067 N
ATOM 35003 CZ ARG L 400 -26.589-121.628 60.885 1.00138.79 C
ANISOU35003 CZ ARG L 400 19401 19649 13682 328 557 931 C
ATOM 35004 NH1 ARG L 400 -27.704-121.680 61.604 1.00139.08 N
ANISOU35004 NH1 ARG L 400 19248 19617 13979 395 448 960 N
ATOM 35005 NH2 ARG L 400 -25.748-122.655 60.920 1.00138.15 N
ANISOU35005 NH2 ARG L 400 19331 19633 13528 269 673 759 N
ATOM 35006 N GLU L 401 -29.337-119.795 54.909 1.00145.06 N
ATOM 35007 CA GLU L 401 -29.113-119.662 53.476 1.00147.50 C
ATOM 35008 C GLU L 401 -30.442-119.457 52.727 1.00149.92 C
ATOM 35009 O GLU L 401 -30.444-119.082 51.545 1.00152.30 O
ATOM 35010 CB GLU L 401 -28.365-120.902 52.952 1.00147.21 C
ATOM 35011 CG GLU L 401 -27.668-120.743 51.591 1.00149.13 C
ATOM 35012 CD GLU L 401 -26.201-120.339 51.694 1.00147.95 C
ATOM 35013 OE1 GLU L 401 -25.836-119.604 52.641 1.00146.52 O
ATOM 35014 OE2 GLU L 401 -25.413-120.755 50.814 1.00148.07 O