>>5HAN:HELIX 173 AT2 ASP G 337 GLU G 346 1 10
DRAIAYMITE
Search OCA for entries with sequence similar to this one (with E=10)
HELIX 173 AT2 ASP G 337 GLU G 346 1 10
ATOM 46487 N ASP G 337 -28.565-182.013 85.692 1.00 33.34 N
ANISOU46487 N ASP G 337 6981 2561 3125 -466 -130 -411 N
ATOM 46488 CA ASP G 337 -28.597-180.880 86.639 1.00 31.19 C
ANISOU46488 CA ASP G 337 6655 2333 2862 -449 -147 -375 C
ATOM 46489 C ASP G 337 -28.466-181.342 88.090 1.00 34.63 C
ANISOU46489 C ASP G 337 7080 2747 3331 -452 -140 -343 C
ATOM 46490 O ASP G 337 -28.275-180.498 88.962 1.00 34.67 O
ANISOU46490 O ASP G 337 7045 2782 3346 -434 -148 -313 O
ATOM 46491 CB ASP G 337 -29.878-180.052 86.476 1.00 31.79 C
ANISOU46491 CB ASP G 337 6694 2469 2914 -479 -181 -386 C
ATOM 46492 CG ASP G 337 -30.055-179.396 85.148 1.00 38.58 C
ANISOU46492 CG ASP G 337 7558 3362 3739 -471 -193 -409 C
ATOM 46493 OD1 ASP G 337 -29.071-179.393 84.343 1.00 43.38 O
ANISOU46493 OD1 ASP G 337 8194 3950 4340 -439 -173 -415 O
ATOM 46494 OD2 ASP G 337 -31.197-178.981 84.855 1.00 39.03 O
ANISOU46494 OD2 ASP G 337 7591 3464 3774 -500 -223 -422 O
ATOM 46495 H ASP G 337 -29.431-182.098 85.173 1.00 32.24 H
ANISOU46495 H ASP G 337 6846 2440 2965 -499 -147 -436 H
ATOM 46496 HA ASP G 337 -27.746-180.237 86.424 1.00 30.97 H
ANISOU46496 HA ASP G 337 6619 2312 2835 -410 -138 -363 H
ATOM 46497 HB2 ASP G 337 -30.740-180.703 86.604 1.00 32.52 H
ANISOU46497 HB2 ASP G 337 6794 2558 3006 -520 -191 -401 H
ATOM 46498 HB3 ASP G 337 -29.909-179.268 87.229 1.00 31.43 H
ANISOU46498 HB3 ASP G 337 6612 2451 2878 -467 -190 -361 H
ATOM 46499 N ARG G 338 -28.506-182.660 88.386 1.00 32.89 N
ANISOU46499 N ARG G 338 6895 2474 3128 -473 -124 -347 N
ATOM 46500 CA ARG G 338 -28.198-183.103 89.754 1.00 32.19 C
ANISOU46500 CA ARG G 338 6799 2362 3069 -469 -115 -310 C
ATOM 46501 C ARG G 338 -26.839-182.580 90.230 1.00 35.96 C
ANISOU46501 C ARG G 338 7261 2839 3564 -412 -102 -274 C
ATOM 46502 O ARG G 338 -26.671-182.356 91.426 1.00 33.50 O
ANISOU46502 O ARG G 338 6923 2540 3267 -405 -106 -240 O
ATOM 46503 CB ARG G 338 -28.193-184.619 89.887 1.00 31.01 C
ANISOU46503 CB ARG G 338 6699 2146 2938 -489 -92 -316 C
ATOM 46504 CG ARG G 338 -27.053-185.328 89.083 1.00 31.88 C
ANISOU46504 CG ARG G 338 6855 2200 3059 -452 -59 -325 C
ATOM 46505 CD ARG G 338 -27.111-186.829 89.163 1.00 34.37 C
ANISOU46505 CD ARG G 338 7222 2443 3394 -473 -34 -334 C
ATOM 46506 NE ARG G 338 -27.981-187.358 88.122 1.00 45.23 N
ANISOU46506 NE ARG G 338 8631 3806 4747 -520 -35 -386 N
ATOM 46507 CZ ARG G 338 -27.660-187.497 86.840 1.00 45.08 C
ANISOU46507 CZ ARG G 338 8645 3773 4712 -511 -23 -423 C
ATOM 46508 NH1 ARG G 338 -26.438-187.198 86.415 1.00 42.15 N
ANISOU46508 NH1 ARG G 338 8278 3392 4345 -454 -3 -414 N
ATOM 46509 NH2 ARG G 338 -28.557-187.943 85.972 1.00 41.10 N
ANISOU46509 NH2 ARG G 338 8167 3267 4184 -561 -29 -471 N
ATOM 46510 H ARG G 338 -28.827-183.405 87.777 1.00 33.64 H
ANISOU46510 H ARG G 338 7022 2543 3216 -497 -118 -374 H
ATOM 46511 HA ARG G 338 -28.940-182.701 90.442 1.00 32.66 H
ANISOU46511 HA ARG G 338 6828 2455 3126 -491 -133 -300 H
ATOM 46512 HB2 ARG G 338 -28.061-184.850 90.942 1.00 28.31 H
ANISOU46512 HB2 ARG G 338 6347 1793 2614 -486 -88 -284 H
ATOM 46513 HB3 ARG G 338 -29.150-185.002 89.537 1.00 32.57 H
ANISOU46513 HB3 ARG G 338 6907 2344 3123 -533 -101 -343 H
ATOM 46514 HG2 ARG G 338 -27.127-185.025 88.040 1.00 32.37 H
ANISOU46514 HG2 ARG G 338 6925 2274 3098 -452 -62 -355 H
ATOM 46515 HG3 ARG G 338 -26.072-185.054 89.467 1.00 31.93 H
ANISOU46515 HG3 ARG G 338 6850 2203 3080 -408 -49 -297 H
ATOM 46516 HD2 ARG G 338 -26.114-187.257 89.070 1.00 34.51 H
ANISOU46516 HD2 ARG G 338 7262 2420 3430 -434 -8 -322 H
ATOM 46517 HD3 ARG G 338 -27.546-187.108 90.122 1.00 33.95 H
ANISOU46517 HD3 ARG G 338 7159 2386 3353 -493 -39 -312 H
ATOM 46518 HE ARG G 338 -28.926-187.598 88.403 1.00 46.49 H
ANISOU46518 HE ARG G 338 8787 3974 4903 -565 -48 -395 H
ATOM 46519 HH11 ARG G 338 -25.718-186.831 87.028 1.00 42.28 H
ANISOU46519 HH11 ARG G 338 8271 3413 4378 -417 1 -378 H
ATOM 46520 HH12 ARG G 338 -26.215-187.321 85.432 1.00 42.63 H
ANISOU46520 HH12 ARG G 338 8365 3442 4390 -449 9 -443 H
ATOM 46521 HH21 ARG G 338 -29.488-188.206 86.281 1.00 40.89 H
ANISOU46521 HH21 ARG G 338 8135 3247 4154 -606 -43 -480 H
ATOM 46522 HH22 ARG G 338 -28.300-188.089 85.002 1.00 41.98 H
ANISOU46522 HH22 ARG G 338 8305 3366 4278 -556 -18 -501 H
ATOM 46523 N ALA G 339 -25.854-182.443 89.309 1.00 33.80 N
ANISOU46523 N ALA G 339 7003 2551 3288 -373 -84 -283 N
ATOM 46524 CA ALA G 339 -24.527-181.939 89.663 1.00 34.96 C
ANISOU46524 CA ALA G 339 7132 2700 3452 -320 -71 -252 C
ATOM 46525 C ALA G 339 -24.545-180.492 90.188 1.00 36.62 C
ANISOU46525 C ALA G 339 7289 2971 3654 -310 -92 -234 C
ATOM 46526 O ALA G 339 -23.613-180.099 90.898 1.00 34.47 O
ANISOU46526 O ALA G 339 6992 2705 3398 -278 -87 -203 O
ATOM 46527 CB ALA G 339 -23.607-182.064 88.484 1.00 36.34 C
ANISOU46527 CB ALA G 339 7334 2850 3622 -286 -47 -270 C
ATOM 46528 H ALA G 339 -25.942-182.712 88.335 1.00 33.22 H
ANISOU46528 H ALA G 339 6956 2464 3200 -378 -78 -312 H
ATOM 46529 HA ALA G 339 -24.107-182.542 90.464 1.00 36.69 H
ANISOU46529 HA ALA G 339 7356 2893 3693 -311 -61 -227 H
ATOM 46530 HB1 ALA G 339 -22.597-181.813 88.806 1.00 35.96 H
ANISOU46530 HB1 ALA G 339 7272 2801 3591 -248 -35 -246 H
ATOM 46531 HB2 ALA G 339 -23.646-183.093 88.128 1.00 34.64 H
ANISOU46531 HB2 ALA G 339 7158 2590 3412 -296 -30 -286 H
ATOM 46532 HB3 ALA G 339 -23.942-181.376 87.708 1.00 37.35 H
ANISOU46532 HB3 ALA G 339 7456 3009 3727 -292 -57 -291 H
ATOM 46533 N ILE G 340 -25.621-179.720 89.887 1.00 31.92 N
ANISOU46533 N ILE G 340 6674 2420 3035 -339 -116 -252 N
ATOM 46534 CA ILE G 340 -25.813-178.382 90.433 1.00 31.33 C
ANISOU46534 CA ILE G 340 6551 2398 2954 -334 -134 -237 C
ATOM 46535 C ILE G 340 -26.075-178.515 91.933 1.00 34.66 C
ANISOU46535 C ILE G 340 6950 2827 3391 -349 -141 -210 C
ATOM 46536 O ILE G 340 -25.473-177.796 92.733 1.00 33.09 O
ANISOU46536 O ILE G 340 6721 2650 3201 -328 -142 -184 O
ATOM 46537 CB ILE G 340 -26.973-177.614 89.742 1.00 32.40 C
ANISOU46537 CB ILE G 340 6671 2575 3063 -358 -156 -262 C
ATOM 46538 CG1 ILE G 340 -26.720-177.427 88.246 1.00 31.60 C
ANISOU46538 CG1 ILE G 340 6594 2472 2941 -343 -150 -287 C
ATOM 46539 CG2 ILE G 340 -27.206-176.269 90.450 1.00 32.75 C
ANISOU46539 CG2 ILE G 340 6667 2668 3106 -352 -171 -244 C
ATOM 46540 CD1 ILE G 340 -27.889-176.796 87.490 1.00 35.31 C
ANISOU46540 CD1 ILE G 340 7052 2983 3380 -366 -175 -309 C
ATOM 46541 H ILE G 340 -26.356-180.004 89.248 1.00 32.76 H
ANISOU46541 H ILE G 340 6797 2525 3126 -364 -122 -278 H
ATOM 46542 HA ILE G 340 -24.899-177.806 90.290 1.00 32.54 H
ANISOU46542 HA ILE G 340 6694 2556 3112 -300 -124 -227 H
ATOM 46543 HB ILE G 340 -27.886-178.192 89.874 1.00 31.56 H
ANISOU46543 HB ILE G 340 6573 2466 2953 -393 -166 -273 H
ATOM 46544 HG12 ILE G 340 -25.858-176.780 88.108 1.00 30.81 H
ANISOU46544 HG12 ILE G 340 6484 2378 2844 -310 -140 -275 H
ATOM 46545 HG13 ILE G 340 -26.527-178.392 87.780 1.00 32.69 H
ANISOU46545 HG13 ILE G 340 6768 2574 3080 -347 -137 -301 H
ATOM 46546 HG21 ILE G 340 -27.758-175.592 89.801 1.00 32.69 H
ANISOU46546 HG21 ILE G 340 6651 2689 3082 -356 -182 -258 H
ATOM 46547 HG22 ILE G 340 -27.787-176.433 91.355 1.00 31.13 H
ANISOU46547 HG22 ILE G 340 6448 2471 2908 -375 -179 -235 H
ATOM 46548 HG23 ILE G 340 -26.237-175.838 90.699 1.00 33.16 H
ANISOU46548 HG23 ILE G 340 6711 2719 3169 -322 -160 -227 H
ATOM 46549 HD11 ILE G 340 -27.865-177.133 86.456 1.00 34.03 H
ANISOU46549 HD11 ILE G 340 6918 2810 3201 -368 -171 -331 H
ATOM 46550 HD12 ILE G 340 -28.821-177.097 87.969 1.00 36.82 H
ANISOU46550 HD12 ILE G 340 7233 3183 3572 -399 -189 -313 H
ATOM 46551 HD13 ILE G 340 -27.799-175.713 87.523 1.00 35.90 H
ANISOU46551 HD13 ILE G 340 7099 3089 3451 -349 -181 -298 H
ATOM 46552 N ALA G 341 -26.996-179.436 92.304 1.00 30.71 N
ANISOU46552 N ALA G 341 6465 2310 2893 -388 -146 -216 N
ATOM 46553 CA ALA G 341 -27.345-179.699 93.706 1.00 31.45 C
ANISOU46553 CA ALA G 341 6543 2408 2998 -408 -151 -190 C
ATOM 46554 C ALA G 341 -26.130-180.101 94.509 1.00 34.82 C
ANISOU46554 C ALA G 341 6974 2810 3445 -375 -136 -154 C
ATOM 46555 O ALA G 341 -25.945-179.604 95.603 1.00 33.15 O
ANISOU46555 O ALA G 341 6734 2625 3238 -371 -143 -127 O
ATOM 46556 CB ALA G 341 -28.398-180.789 93.804 1.00 31.58 C
ANISOU46556 CB ALA G 341 6583 2400 3014 -455 -152 -203 C
ATOM 46557 H ALA G 341 -27.519-180.002 91.645 1.00 30.30 H
ANISOU46557 H ALA G 341 6438 2242 2833 -409 -146 -239 H
ATOM 46558 HA ALA G 341 -27.768-178.796 94.148 1.00 32.78 H
ANISOU46558 HA ALA G 341 6678 2619 3159 -414 -165 -185 H
ATOM 46559 HB1 ALA G 341 -28.766-180.836 94.827 1.00 31.14 H
ANISOU46559 HB1 ALA G 341 6512 2356 2964 -472 -156 -184 H
ATOM 46560 HB2 ALA G 341 -29.224-180.554 93.134 1.00 32.65 H
ANISOU46560 HB2 ALA G 341 6716 2555 3135 -478 -164 -230 H
ATOM 46561 HB3 ALA G 341 -27.955-181.742 93.524 1.00 32.66 H
ANISOU46561 HB3 ALA G 341 6756 2491 3161 -450 -136 -204 H
ATOM 46562 N TYR G 342 -25.271-180.946 93.946 1.00 33.14 N
ANISOU46562 N TYR G 342 6797 2549 3246 -350 -115 -154 N
ATOM 46563 CA TYR G 342 -24.073-181.390 94.665 1.00 34.84 C
ANISOU46563 CA TYR G 342 7015 2740 3483 -314 -101 -117 C
ATOM 46564 C TYR G 342 -23.063-180.264 94.840 1.00 35.49 C
ANISOU46564 C TYR G 342 7059 2859 3566 -275 -104 -101 C
ATOM 46565 O TYR G 342 -22.472-180.173 95.893 1.00 34.04 O
ANISOU46565 O TYR G 342 6855 2687 3392 -261 -107 -67 O
ATOM 46566 CB TYR G 342 -23.420-182.610 93.970 1.00 37.99 C
ANISOU46566 CB TYR G 342 7461 3074 3899 -293 -75 -123 C
ATOM 46567 CG TYR G 342 -24.351-183.793 93.883 1.00 45.80 C
ANISOU46567 CG TYR G 342 8491 4021 4889 -334 -68 -139 C
ATOM 46568 CD1 TYR G 342 -24.939-184.327 95.022 1.00 49.12 C
ANISOU46568 CD1 TYR G 342 8912 4436 5317 -364 -74 -116 C
ATOM 46569 CD2 TYR G 342 -24.649-184.376 92.656 1.00 50.03 C
ANISOU46569 CD2 TYR G 342 9067 4523 5420 -346 -55 -178 C
ATOM 46570 CE1 TYR G 342 -25.860-185.382 94.925 1.00 52.45 C
ANISOU46570 CE1 TYR G 342 9370 4819 5740 -407 -67 -133 C
ATOM 46571 CE2 TYR G 342 -25.478-185.481 92.560 1.00 53.14 C
ANISOU46571 CE2 TYR G 342 9500 4874 5817 -386 -47 -196 C
ATOM 46572 CZ TYR G 342 -26.147-185.930 93.677 1.00 67.53 C
ANISOU46572 CZ TYR G 342 11319 6694 7646 -420 -54 -175 C
ATOM 46573 OH TYR G 342 -26.904-187.051 93.434 1.00 80.49 O
ANISOU46573 OH TYR G 342 13002 8290 9292 -463 -43 -196 O
ATOM 46574 H TYR G 342 -25.361-181.321 93.006 1.00 32.45 H
ANISOU46574 H TYR G 342 6736 2440 3154 -352 -108 -178 H
ATOM 46575 HA TYR G 342 -24.373-181.702 95.663 1.00 35.51 H
ANISOU46575 HA TYR G 342 7095 2827 3573 -330 -106 -96 H
ATOM 46576 HB2 TYR G 342 -23.178-182.339 92.943 1.00 37.63 H
ANISOU46576 HB2 TYR G 342 7423 3028 3845 -280 -68 -146 H
ATOM 46577 HB3 TYR G 342 -22.522-182.910 94.507 1.00 35.68 H
ANISOU46577 HB3 TYR G 342 7167 2767 3624 -263 -65 -92 H
ATOM 46578 HD1 TYR G 342 -24.669-183.889 95.991 1.00 49.60 H
ANISOU46578 HD1 TYR G 342 8943 4524 5379 -354 -83 -85 H
ATOM 46579 HD2 TYR G 342 -24.174-184.011 91.750 1.00 49.81 H
ANISOU46579 HD2 TYR G 342 9042 4497 5385 -322 -48 -195 H
ATOM 46580 HE1 TYR G 342 -26.312-185.777 95.837 1.00 52.98 H
ANISOU46580 HE1 TYR G 342 9437 4881 5812 -431 -69 -114 H
ATOM 46581 HE2 TYR G 342 -25.698-185.920 91.587 1.00 52.29 H
ANISOU46581 HE2 TYR G 342 9424 4742 5702 -398 -37 -230 H
ATOM 46582 HH TYR G 342 -27.473-187.307 94.202 1.00 80.64 H
ANISOU46582 HH TYR G 342 13014 8310 9314 -488 -48 -181 H
ATOM 46583 N MET G 343 -22.922-179.371 93.847 1.00 32.67 N
ANISOU46583 N MET G 343 6693 2523 3197 -263 -105 -125 N
ATOM 46584 CA MET G 343 -22.002-178.243 93.949 1.00 30.00 C
ANISOU46584 CA MET G 343 6320 2219 2861 -232 -105 -113 C
ATOM 46585 C MET G 343 -22.407-177.279 95.070 1.00 33.41 C
ANISOU46585 C MET G 343 6710 2699 3286 -249 -125 -98 C
ATOM 46586 O MET G 343 -21.535-176.683 95.706 1.00 33.99 O
ANISOU46586 O MET G 343 6755 2794 3365 -227 -126 -77 O
ATOM 46587 CB MET G 343 -21.919-177.508 92.601 1.00 30.86 C
ANISOU46587 CB MET G 343 6433 2338 2956 -220 -100 -141 C
ATOM 46588 CG MET G 343 -20.986-176.277 92.583 1.00 33.56 C
ANISOU46588 CG MET G 343 6740 2712 3300 -191 -96 -131 C
ATOM 46589 SD MET G 343 -19.270-176.550 93.108 1.00 37.03 S
ANISOU46589 SD MET G 343 7166 3138 3766 -147 -79 -99 S
ATOM 46590 CE MET G 343 -18.638-177.553 91.828 1.00 32.97 C
ANISOU46590 CE MET G 343 6695 2572 3260 -119 -49 -114 C
ATOM 46591 H MET G 343 -23.419-179.418 92.961 1.00 32.77 H
ANISOU46591 H MET G 343 6722 2530 3198 -275 -104 -152 H
ATOM 46592 HA MET G 343 -21.018-178.645 94.178 1.00 32.61 H
ANISOU46592 HA MET G 343 6652 2530 3207 -203 -93 -93 H
ATOM 46593 HB2 MET G 343 -21.581-178.205 91.835 1.00 30.29 H
ANISOU46593 HB2 MET G 343 6391 2232 2887 -208 -83 -152 H
ATOM 46594 HB3 MET G 343 -22.916-177.152 92.347 1.00 29.57 H
ANISOU46594 HB3 MET G 343 6266 2193 2775 -247 -113 -159 H
ATOM 46595 HG2 MET G 343 -20.949-175.893 91.566 1.00 32.90 H
ANISOU46595 HG2 MET G 343 6666 2630 3206 -184 -90 -151 H
ATOM 46596 HG3 MET G 343 -21.411-175.503 93.219 1.00 32.61 H
ANISOU46596 HG3 MET G 343 6592 2625 3174 -206 -111 -126 H
ATOM 46597 HE1 MET G 343 -17.737-178.039 92.193 1.00 31.54 H
ANISOU46597 HE1 MET G 343 6510 2374 3098 -93 -38 -93 H
ATOM 46598 HE2 MET G 343 -19.376-178.293 91.525 1.00 33.55 H
ANISOU46598 HE2 MET G 343 6799 2621 3327 -139 -50 -130 H
ATOM 46599 HE3 MET G 343 -18.375-176.912 90.989 1.00 32.70 H
ANISOU46599 HE3 MET G 343 6659 2549 3218 -109 -41 -129 H
ATOM 46600 N ILE G 344 -23.719-177.088 95.296 1.00 28.27 N
ANISOU46600 N ILE G 344 6054 2067 2620 -287 -140 -112 N
ATOM 46601 CA ILE G 344 -24.186-176.156 96.289 1.00 26.56 C
ANISOU46601 CA ILE G 344 5800 1896 2396 -304 -155 -103 C
ATOM 46602 C ILE G 344 -24.337-176.802 97.690 1.00 30.98 C
ANISOU46602 C ILE G 344 6357 2454 2960 -321 -160 -75 C
ATOM 46603 O ILE G 344 -24.382-176.082 98.674 1.00 28.93 O
ANISOU46603 O ILE G 344 6067 2230 2695 -328 -168 -62 O
ATOM 46604 CB ILE G 344 -25.477-175.421 95.854 1.00 29.85 C
ANISOU46604 CB ILE G 344 6205 2341 2796 -331 -168 -129 C
ATOM 46605 CG1 ILE G 344 -26.703-176.336 95.704 1.00 30.37 C
ANISOU46605 CG1 ILE G 344 6291 2392 2856 -370 -174 -144 C
ATOM 46606 CG2 ILE G 344 -25.240-174.599 94.620 1.00 30.83 C
ANISOU46606 CG2 ILE G 344 6328 2473 2912 -311 -165 -149 C
ATOM 46607 CD1 ILE G 344 -27.960-175.621 95.542 1.00 26.32 C
ANISOU46607 CD1 ILE G 344 5757 1915 2329 -396 -189 -164 C
ATOM 46608 H ILE G 344 -24.452-177.577 94.789 1.00 29.51 H
ANISOU46608 H ILE G 344 6231 2210 2771 -308 -141 -130 H
ATOM 46609 HA ILE G 344 -23.442-175.368 96.397 1.00 29.20 H
ANISOU46609 HA ILE G 344 6114 2249 2733 -282 -153 -95 H
ATOM 46610 HB ILE G 344 -25.711-174.719 96.651 1.00 29.84 H
ANISOU46610 HB ILE G 344 6176 2371 2792 -340 -175 -122 H
ATOM 46611 HG12 ILE G 344 -26.576-176.965 94.828 1.00 30.99 H
ANISOU46611 HG12 ILE G 344 6399 2442 2935 -365 -167 -158 H
ATOM 46612 HG13 ILE G 344 -26.810-176.964 96.591 1.00 32.25 H
ANISOU46612 HG13 ILE G 344 6533 2620 3100 -384 -173 -127 H
ATOM 46613 HG21 ILE G 344 -26.014-173.836 94.536 1.00 29.94 H
ANISOU46613 HG21 ILE G 344 6197 2389 2790 -324 -175 -160 H
ATOM 46614 HG22 ILE G 344 -24.261-174.126 94.669 1.00 29.34 H
ANISOU46614 HG22 ILE G 344 6129 2288 2730 -284 -157 -138 H
ATOM 46615 HG23 ILE G 344 -25.288-175.255 93.751 1.00 32.74 H
ANISOU46615 HG23 ILE G 344 6598 2690 3152 -310 -160 -163 H
ATOM 46616 HD11 ILE G 344 -28.784-176.328 95.632 1.00 26.35 H
ANISOU46616 HD11 ILE G 344 5771 1910 2331 -426 -193 -171 H
ATOM 46617 HD12 ILE G 344 -28.046-174.864 96.322 1.00 26.77 H
ANISOU46617 HD12 ILE G 344 5785 2000 2385 -397 -193 -153 H
ATOM 46618 HD13 ILE G 344 -27.984-175.145 94.563 1.00 25.54 H
ANISOU46618 HD13 ILE G 344 5660 1823 2223 -385 -190 -181 H
ATOM 46619 N THR G 345 -24.383-178.124 97.797 1.00 32.38 N
ANISOU46619 N THR G 345 6566 2589 3146 -327 -152 -65 N
ATOM 46620 CA THR G 345 -24.533-178.774 99.088 1.00 32.62 C
ANISOU46620 CA THR G 345 6597 2616 3179 -343 -155 -35 C
ATOM 46621 C THR G 345 -23.237-179.343 99.671 1.00 37.85 C
ANISOU46621 C THR G 345 7265 3260 3858 -307 -147 3 C
ATOM 46622 O THR G 345 -23.133-179.421 100.894 1.00 39.71 O
ANISOU46622 O THR G 345 7487 3513 4090 -313 -154 33 O
ATOM 46623 CB THR G 345 -25.579-179.915 99.009 1.00 36.88 C
ANISOU46623 CB THR G 345 7170 3122 3721 -380 -150 -43 C
ATOM 46624 OG1 THR G 345 -25.173-180.870 98.064 1.00 39.85 O
ANISOU46624 OG1 THR G 345 7586 3446 4110 -365 -135 -52 O
ATOM 46625 CG2 THR G 345 -26.973-179.404 98.675 1.00 36.67 C
ANISOU46625 CG2 THR G 345 7130 3123 3678 -420 -162 -75 C
ATOM 46626 H THR G 345 -24.341-178.778 97.020 1.00 34.86 H
ANISOU46626 H THR G 345 6909 2871 3466 -323 -143 -77 H
ATOM 46627 HA THR G 345 -24.934-178.068 99.811 1.00 32.53 H
ANISOU46627 HA THR G 345 6559 2643 3158 -358 -165 -31 H
ATOM 46628 HB THR G 345 -25.633-180.401 99.982 1.00 35.12 H
ANISOU46628 HB THR G 345 6949 2896 3500 -390 -150 -17 H
ATOM 46629 HG1 THR G 345 -25.783-181.654 98.078 1.00 41.28 H
ANISOU46629 HG1 THR G 345 7789 3601 4293 -390 -130 -57 H
ATOM 46630 HG21 THR G 345 -27.669-180.238 98.621 1.00 36.92 H
ANISOU46630 HG21 THR G 345 7185 3131 3712 -448 -158 -81 H
ATOM 46631 HG22 THR G 345 -27.313-178.717 99.450 1.00 35.46 H
ANISOU46631 HG22 THR G 345 6949 3008 3517 -431 -170 -68 H
ATOM 46632 HG23 THR G 345 -26.985-178.874 97.726 1.00 36.70 H
ANISOU46632 HG23 THR G 345 7132 3135 3678 -410 -164 -99 H
ATOM 46633 N GLU G 346 -22.295-179.808 98.850 1.00 35.67 N
ATOM 46634 CA GLU G 346 -21.103-180.502 99.378 1.00 35.79 C
ATOM 46635 C GLU G 346 -19.941-179.547 99.684 1.00 33.83 C
ATOM 46636 O GLU G 346 -19.960-178.397 99.268 1.00 28.40 O
ATOM 46637 CB GLU G 346 -20.655-181.594 98.383 1.00 37.42 C
ATOM 46638 CG GLU G 346 -21.735-182.634 98.096 1.00 44.19 C
ATOM 46639 CD GLU G 346 -22.331-183.304 99.316 1.00 65.62 C
ATOM 46640 OE1 GLU G 346 -21.574-183.981 100.050 1.00 47.52 O
ATOM 46641 OE2 GLU G 346 -23.548-183.128 99.551 1.00 70.41 O
ATOM 46642 H GLU G 346 -22.307-179.729 97.838 1.00 35.03 H
ATOM 46643 HA GLU G 346 -21.336-181.000 100.317 1.00 35.72 H
ATOM 46644 HB2 GLU G 346 -20.402-181.122 97.434 1.00 37.04 H
ATOM 46645 HB3 GLU G 346 -19.781-182.101 98.786 1.00 36.81 H
ATOM 46646 HG2 GLU G 346 -22.560-182.174 97.556 1.00 43.67 H
ATOM 46647 HG3 GLU G 346 -21.308-183.425 97.484 1.00 44.51 H