cmd.read_pdbstr("""\\nATOM 35954 N VAL P 40 -8.707 -27.166-155.512 1.00 49.97 N \ ANISOU35954 N VAL P 40 6031 8138 4817 719 810 -446 N \ ATOM 35955 CA VAL P 40 -7.710 -28.221-155.866 1.00 47.99 C \ ANISOU35955 CA VAL P 40 5801 7704 4727 440 778 -348 C \ ATOM 35956 C VAL P 40 -6.337 -27.884-155.276 1.00 46.01 C \ ANISOU35956 C VAL P 40 5782 7191 4508 414 683 -353 C \ ATOM 35957 O VAL P 40 -5.692 -26.915-155.689 1.00 45.79 O \ ANISOU35957 O VAL P 40 5908 6970 4518 491 586 -409 O \ ATOM 35958 CB VAL P 40 -7.581 -28.412-157.402 1.00 46.61 C \ ANISOU35958 CB VAL P 40 5560 7437 4710 361 733 -325 C \ ATOM 35959 CG1 VAL P 40 -6.632 -29.557-157.719 1.00 46.19 C \ ANISOU35959 CG1 VAL P 40 5529 7228 4790 114 708 -231 C \ ATOM 35960 CG2 VAL P 40 -8.947 -28.661-158.046 1.00 48.83 C \ ANISOU35960 CG2 VAL P 40 5601 8003 4949 390 812 -333 C \ ATOM 35961 N GLU P 41 -5.898 -28.687-154.310 1.00 43.76 N \ ANISOU35961 N GLU P 41 5526 6910 4187 293 709 -295 N \ ATOM 35962 CA GLU P 41 -4.596 -28.486-153.684 1.00 40.98 C \ ANISOU35962 CA GLU P 41 5358 6365 3844 262 617 -300 C \ ATOM 35963 C GLU P 41 -3.563 -29.482-154.204 1.00 36.21 C \ ANISOU35963 C GLU P 41 4753 5633 3371 76 567 -217 C \ ATOM 35964 O GLU P 41 -3.714 -30.698-154.045 1.00 35.58 O \ ANISOU35964 O GLU P 41 4616 5611 3290 -43 626 -132 O \ ATOM 35965 CB GLU P 41 -4.696 -28.578-152.158 1.00 42.98 C \ ANISOU35965 CB GLU P 41 5678 6710 3940 306 660 -304 C \ ATOM 35966 CG GLU P 41 -5.415 -27.411-151.496 1.00 49.28 C \ ANISOU35966 CG GLU P 41 6539 7600 4584 533 680 -406 C \ ATOM 35967 CD GLU P 41 -5.532 -27.579-149.990 1.00 54.27 C \ ANISOU35967 CD GLU P 41 7229 8339 5051 573 731 -406 C \ ATOM 35968 OE1 GLU P 41 -6.668 -27.526-149.471 1.00 57.36 O \ ANISOU35968 OE1 GLU P 41 7522 8969 5303 683 839 -426 O \ ATOM 35969 OE2 GLU P 41 -4.491 -27.771-149.324 1.00 54.84 O \ ANISOU35969 OE2 GLU P 41 7431 8283 5119 499 664 -387 O \ ATOM 35970 N VAL P 42 -2.518 -28.951-154.828 1.00 31.89 N \ ANISOU35970 N VAL P 42 4284 4916 2915 56 459 -244 N \ ATOM 35971 CA VAL P 42 -1.390 -29.760-155.268 1.00 28.67 C \ ANISOU35971 CA VAL P 42 3874 4414 2604 -74 400 -182 C \ ATOM 35972 C VAL P 42 -0.485 -29.996-154.061 1.00 27.97 C \ ANISOU35972 C VAL P 42 3884 4313 2428 -84 354 -173 C \ ATOM 35973 O VAL P 42 -0.021 -29.048-153.424 1.00 26.69 O \ ANISOU35973 O VAL P 42 3827 4116 2196 -34 291 -244 O \ ATOM 35974 CB VAL P 42 -0.615 -29.088-156.429 1.00 27.95 C \ ANISOU35974 CB VAL P 42 3800 4195 2623 -107 309 -215 C \ ATOM 35975 CG1 VAL P 42 0.662 -29.854-156.757 1.00 26.43 C \ ANISOU35975 CG1 VAL P 42 3589 3954 2497 -211 243 -164 C \ ATOM 35976 CG2 VAL P 42 -1.498 -28.985-157.663 1.00 28.17 C \ ANISOU35976 CG2 VAL P 42 3734 4236 2733 -89 351 -214 C \ ATOM 35977 N LEU P 43 -0.262 -31.265-153.743 1.00 26.17 N \ ANISOU35977 N LEU P 43 3646 4111 2186 -144 380 -89 N \ ATOM 35978 CA LEU P 43 0.559 -31.631-152.598 1.00 26.03 C \ ANISOU35978 CA LEU P 43 3723 4098 2068 -129 336 -72 C \ ATOM 35979 C LEU P 43 1.970 -31.993-153.056 1.00 25.08 C \ ANISOU35979 C LEU P 43 3604 3922 2004 -160 228 -55 C \ ATOM 35980 O LEU P 43 2.458 -31.454-154.046 1.00 24.16 O \ ANISOU35980 O LEU P 43 3431 3761 1984 -195 170 -90 O \ ATOM 35981 CB LEU P 43 -0.100 -32.769-151.800 1.00 26.06 C \ ANISOU35981 CB LEU P 43 3763 4166 1972 -152 433 10 C \ ATOM 35982 CG LEU P 43 -1.515 -32.531-151.252 1.00 27.56 C \ ANISOU35982 CG LEU P 43 3915 4484 2073 -135 556 0 C \ ATOM 35983 CD1 LEU P 43 -1.886 -33.612-150.240 1.00 28.30 C \ ANISOU35983 CD1 LEU P 43 4082 4640 2031 -190 639 83 C \ ATOM 35984 CD2 LEU P 43 -1.662 -31.147-150.619 1.00 29.36 C \ ANISOU35984 CD2 LEU P 43 4176 4749 2230 -7 532 -106 C \ ATOM 35985 N SER P 44 2.617 -32.909-152.343 1.00 24.93 N \ ANISOU35985 N SER P 44 3646 3920 1903 -137 202 -2 N \ ATOM 35986 CA SER P 44 4.003 -33.253-152.619 1.00 24.98 C \ ANISOU35986 CA SER P 44 3637 3933 1920 -119 93 3 C \ ATOM 35987 C SER P 44 4.173 -34.262-153.757 1.00 24.43 C \ ANISOU35987 C SER P 44 3528 3815 1937 -133 100 69 C \ ATOM 35988 O SER P 44 3.280 -35.069-154.042 1.00 23.32 O \ ANISOU35988 O SER P 44 3425 3621 1815 -167 189 134 O \ ATOM 35989 CB SER P 44 4.673 -33.771-151.349 1.00 25.92 C \ ANISOU35989 CB SER P 44 3851 4109 1886 -38 47 23 C \ ATOM 35990 OG SER P 44 3.923 -34.833-150.793 1.00 28.57 O \ ANISOU35990 OG SER P 44 4297 4411 2145 -21 137 110 O \ ATOM 35991 N VAL P 45 5.331 -34.187-154.406 1.00 24.66 N \ ANISOU35991 N VAL P 45 3483 3880 2006 -117 6 46 N \ ATOM 35992 CA VAL P 45 5.776 -35.194-155.365 1.00 25.98 C \ ANISOU35992 CA VAL P 45 3630 4022 2219 -82 -9 100 C \ ATOM 35993 C VAL P 45 5.898 -36.539-154.644 1.00 27.38 C \ ANISOU35993 C VAL P 45 3962 4170 2271 23 -1 179 C \ ATOM 35994 O VAL P 45 6.418 -36.605-153.531 1.00 28.39 O \ ANISOU35994 O VAL P 45 4153 4363 2269 105 -47 174 O \ ATOM 35995 CB VAL P 45 7.145 -34.791-155.987 1.00 26.87 C \ ANISOU35995 CB VAL P 45 3611 4246 2350 -65 -117 51 C \ ATOM 35996 CG1 VAL P 45 7.729 -35.912-156.832 1.00 27.40 C \ ANISOU35996 CG1 VAL P 45 3668 4318 2424 29 -141 102 C \ ATOM 35997 CG2 VAL P 45 7.002 -33.524-156.820 1.00 25.96 C \ ANISOU35997 CG2 VAL P 45 3395 4120 2346 -196 -120 -12 C \ ATOM 35998 N VAL P 46 5.390 -37.597-155.269 1.00 27.88 N \ ANISOU35998 N VAL P 46 4114 4122 2355 15 53 251 N \ ATOM 35999 CA VAL P 46 5.471 -38.946-154.714 1.00 30.41 C \ ANISOU35999 CA VAL P 46 4651 4363 2538 104 60 334 C \ ATOM 36000 C VAL P 46 6.909 -39.456-154.803 1.00 33.02 C \ ANISOU36000 C VAL P 46 4995 4763 2787 304 -57 330 C \ ATOM 36001 O VAL P 46 7.554 -39.328-155.837 1.00 32.17 O \ ANISOU36001 O VAL P 46 4757 4710 2756 340 -107 298 O \ ATOM 36002 CB VAL P 46 4.520 -39.925-155.454 1.00 29.78 C \ ANISOU36002 CB VAL P 46 4697 4126 2489 5 146 407 C \ ATOM 36003 CG1 VAL P 46 4.632 -41.346-154.889 1.00 31.70 C \ ANISOU36003 CG1 VAL P 46 5239 4242 2561 84 147 497 C \ ATOM 36004 CG2 VAL P 46 3.076 -39.435-155.387 1.00 26.49 C \ ANISOU36004 CG2 VAL P 46 4220 3712 2132 -185 262 404 C \ ATOM 36005 N THR P 47 7.409 -40.022-153.708 1.00 37.97 N \ ANISOU36005 N THR P 47 5772 5413 3242 447 -101 359 N \ ATOM 36006 CA THR P 47 8.728 -40.657-153.716 1.00 41.84 C \ ANISOU36006 CA THR P 47 6292 5995 3610 689 -215 358 C \ ATOM 36007 C THR P 47 8.570 -42.165-153.914 1.00 44.25 C \ ANISOU36007 C THR P 47 6898 6106 3806 810 -198 450 C \ ATOM 36008 O THR P 47 7.525 -42.735-153.591 1.00 44.82 O \ ANISOU36008 O THR P 47 7192 5990 3847 689 -105 522 O \ ATOM 36009 CB THR P 47 9.517 -40.376-152.415 1.00 43.69 C \ ANISOU36009 CB THR P 47 6517 6393 3689 818 -299 325 C \ ATOM 36010 OG1 THR P 47 8.745 -40.799-151.286 1.00 44.72 O \ ANISOU36010 OG1 THR P 47 6881 6399 3712 793 -234 387 O \ ATOM 36011 CG2 THR P 47 9.838 -38.885-152.282 1.00 44.36 C \ ANISOU36011 CG2 THR P 47 6334 6663 3856 690 -337 224 C \ ATOM 36012 N GLY P 48 9.602 -42.805-154.452 1.00 46.48 N \ ANISOU36012 N GLY P 48 7202 6444 4012 1043 -288 446 N \ ATOM 36013 CA GLY P 48 9.571 -44.249-154.662 1.00 49.72 C \ ANISOU36013 CA GLY P 48 7957 6648 4287 1201 -291 527 C \ ATOM 36014 C GLY P 48 10.181 -44.683-155.979 1.00 50.94 C \ ANISOU36014 C GLY P 48 8065 6815 4472 1343 -338 508 C \ ATOM 36015 O GLY P 48 10.518 -43.847-156.826 1.00 50.02 O \ ANISOU36015 O GLY P 48 7633 6867 4505 1277 -352 439 O \ ATOM 36016 N GLU P 49 10.306 -45.999-156.146 1.00 52.95 N \ ANISOU36016 N GLU P 49 8670 6878 4569 1537 -361 570 N \ ATOM 36017 CA GLU P 49 10.981 -46.600-157.296 1.00 53.67 C \ ANISOU36017 CA GLU P 49 8785 6975 4632 1751 -418 553 C \ ATOM 36018 C GLU P 49 10.357 -46.212-158.639 1.00 50.71 C \ ANISOU36018 C GLU P 49 8247 6542 4478 1516 -349 532 C \ ATOM 36019 O GLU P 49 11.052 -45.710-159.524 1.00 50.91 O \ ANISOU36019 O GLU P 49 7988 6768 4585 1584 -390 466 O \ ATOM 36020 CB GLU P 49 11.038 -48.131-157.152 1.00 56.51 C \ ANISOU36020 CB GLU P 49 9649 7065 4756 1990 -448 630 C \ ATOM 36021 CG GLU P 49 11.794 -48.845-158.279 1.00 60.65 C \ ANISOU36021 CG GLU P 49 10248 7588 5206 2279 -517 607 C \ ATOM 36022 CD GLU P 49 11.627 -50.360-158.255 1.00 65.61 C \ ANISOU36022 CD GLU P 49 11461 7862 5603 2469 -536 686 C \ ATOM 36023 OE1 GLU P 49 11.291 -50.934-159.313 1.00 66.22 O \ ANISOU36023 OE1 GLU P 49 11713 7739 5708 2433 -513 698 O \ ATOM 36024 OE2 GLU P 49 11.833 -50.978-157.187 1.00 67.62 O \ ANISOU36024 OE2 GLU P 49 12030 8026 5636 2653 -577 736 O \ ATOM 36025 N ASP P 50 9.055 -46.444-158.784 1.00 48.07 N \ ANISOU36025 N ASP P 50 8084 5956 4223 1234 -246 586 N \ ATOM 36026 CA ASP P 50 8.400 -46.305-160.084 1.00 45.15 C \ ANISOU36026 CA ASP P 50 7624 5503 4026 1039 -188 574 C \ ATOM 36027 C ASP P 50 7.554 -45.039-160.197 1.00 40.43 C \ ANISOU36027 C ASP P 50 6714 5002 3645 727 -109 538 C \ ATOM 36028 O ASP P 50 6.479 -45.055-160.797 1.00 40.10 O \ ANISOU36028 O ASP P 50 6692 4835 3709 489 -29 556 O \ ATOM 36029 CB ASP P 50 7.563 -47.552-160.393 1.00 46.82 C \ ANISOU36029 CB ASP P 50 8255 5383 4150 949 -140 652 C \ ATOM 36030 CG ASP P 50 8.417 -48.781-160.627 1.00 51.76 C \ ANISOU36030 CG ASP P 50 9223 5879 4564 1290 -228 675 C \ ATOM 36031 OD1 ASP P 50 9.019 -48.890-161.717 1.00 52.77 O \ ANISOU36031 OD1 ASP P 50 9264 6064 4720 1452 -275 631 O \ ATOM 36032 OD2 ASP P 50 8.483 -49.639-159.720 1.00 54.80 O \ ANISOU36032 OD2 ASP P 50 9981 6103 4737 1412 -249 737 O \ ATOM 36033 N SER P 51 8.059 -43.944-159.637 1.00 37.11 N \ ANISOU36033 N SER P 51 6016 4812 3271 739 -138 481 N \ ATOM 36034 CA SER P 51 7.332 -42.675-159.617 1.00 33.34 C \ ANISOU36034 CA SER P 51 5287 4416 2964 491 -76 440 C \ ATOM 36035 C SER P 51 7.556 -41.816-160.868 1.00 30.08 C \ ANISOU36035 C SER P 51 4597 4112 2718 426 -86 378 C \ ATOM 36036 O SER P 51 6.864 -40.822-161.065 1.00 26.10 O \ ANISOU36036 O SER P 51 3931 3635 2349 236 -34 346 O \ ATOM 36037 CB SER P 51 7.676 -41.882-158.354 1.00 34.05 C \ ANISOU36037 CB SER P 51 5273 4659 3003 509 -103 408 C \ ATOM 36038 OG SER P 51 9.060 -41.588-158.309 1.00 37.76 O \ ANISOU36038 OG SER P 51 5588 5344 3413 699 -209 355 O \ ATOM 36039 N ILE P 52 8.520 -42.196-161.702 1.00 29.25 N \ ANISOU36039 N ILE P 52 4451 4076 2584 601 -151 360 N \ ATOM 36040 CA ILE P 52 8.762 -41.494-162.967 1.00 28.50 C \ ANISOU36040 CA ILE P 52 4121 4080 2628 536 -155 310 C \ ATOM 36041 C ILE P 52 8.534 -42.436-164.147 1.00 27.73 C \ ANISOU36041 C ILE P 52 4162 3832 2542 584 -140 339 C \ ATOM 36042 O ILE P 52 8.998 -43.579-164.133 1.00 29.00 O \ ANISOU36042 O ILE P 52 4540 3918 2558 794 -181 370 O \ ATOM 36043 CB ILE P 52 10.180 -40.856-163.024 1.00 29.25 C \ ANISOU36043 CB ILE P 52 3968 4465 2680 660 -241 247 C \ ATOM 36044 CG1 ILE P 52 10.294 -39.727-161.991 1.00 29.92 C \ ANISOU36044 CG1 ILE P 52 3914 4683 2772 544 -255 206 C \ ATOM 36045 CG2 ILE P 52 10.484 -40.311-164.426 1.00 29.96 C \ ANISOU36045 CG2 ILE P 52 3853 4648 2880 595 -239 208 C \ ATOM 36046 CD1 ILE P 52 11.722 -39.313-161.653 1.00 34.83 C \ ANISOU36046 CD1 ILE P 52 4336 5611 3284 658 -351 149 C \ ATOM 36047 N THR P 53 7.801 -41.954-165.151 1.00 24.96 N \ ANISOU36047 N THR P 53 3710 3428 2346 402 -87 326 N \ ATOM 36048 CA THR P 53 7.607 -42.690-166.395 1.00 24.25 C \ ANISOU36048 CA THR P 53 3717 3216 2278 425 -79 340 C \ ATOM 36049 C THR P 53 7.825 -41.794-167.624 1.00 23.04 C \ ANISOU36049 C THR P 53 3308 3184 2262 358 -78 291 C \ ATOM 36050 O THR P 53 7.750 -40.557-167.532 1.00 19.88 O \ ANISOU36050 O THR P 53 2696 2897 1958 225 -65 254 O \ ATOM 36051 CB THR P 53 6.218 -43.407-166.445 1.00 24.38 C \ ANISOU36051 CB THR P 53 3967 2988 2308 247 -8 393 C \ ATOM 36052 OG1 THR P 53 6.243 -44.453-167.429 1.00 27.09 O \ ANISOU36052 OG1 THR P 53 4505 3183 2602 320 -23 411 O \ ATOM 36053 CG2 THR P 53 5.085 -42.434-166.775 1.00 22.98 C \ ANISOU36053 CG2 THR P 53 3609 2831 2292 -9 62 372 C \ ATOM 36054 N GLN P 54 8.111 -42.432-168.759 1.00 23.78 N \ ANISOU36054 N GLN P 54 3453 3238 2343 457 -94 290 N \ ATOM 36055 CA GLN P 54 8.259 -41.742-170.039 1.00 24.32 C \ ANISOU36055 CA GLN P 54 3319 3397 2524 394 -88 253 C \ ATOM 36056 C GLN P 54 7.243 -42.247-171.054 1.00 24.13 C \ ANISOU36056 C GLN P 54 3421 3178 2569 287 -45 271 C \ ATOM 36057 O GLN P 54 6.967 -43.443-171.130 1.00 25.38 O \ ANISOU36057 O GLN P 54 3842 3160 2640 352 -49 305 O \ ATOM 36058 CB GLN P 54 9.674 -41.909-170.592 1.00 26.06 C \ ANISOU36058 CB GLN P 54 3424 3823 2653 618 -148 221 C \ ATOM 36059 CG GLN P 54 10.739 -41.136-169.823 1.00 32.65 C \ ANISOU36059 CG GLN P 54 4041 4934 3430 665 -193 186 C \ ATOM 36060 CD GLN P 54 12.124 -41.316-170.407 1.00 39.77 C \ ANISOU36060 CD GLN P 54 4785 6108 4218 878 -249 150 C \ ATOM 36061 OE1 GLN P 54 13.024 -41.826-169.741 1.00 45.64 O \ ANISOU36061 OE1 GLN P 54 5532 7010 4799 1108 -308 140 O \ ATOM 36062 NE2 GLN P 54 12.304 -40.908-171.662 1.00 41.63 N \ ANISOU36062 NE2 GLN P 54 4873 6425 4520 815 -229 128 N \ ATOM 36063 N ILE P 55 6.689 -41.318-171.825 1.00 22.70 N \ ANISOU36063 N ILE P 55 3071 3024 2527 120 -11 248 N \ ATOM 36064 CA ILE P 55 5.708 -41.618-172.863 1.00 22.42 C \ ANISOU36064 CA ILE P 55 3103 2850 2563 5 22 254 C \ ATOM 36065 C ILE P 55 6.269 -41.161-174.213 1.00 21.50 C \ ANISOU36065 C ILE P 55 2836 2830 2502 46 6 222 C \ ATOM 36066 O ILE P 55 6.676 -40.011-174.356 1.00 21.77 O \ ANISOU36066 O ILE P 55 2664 3011 2597 -1 5 194 O \ ATOM 36067 CB ILE P 55 4.361 -40.896-172.565 1.00 21.18 C \ ANISOU36067 CB ILE P 55 2881 2658 2505 -218 79 254 C \ ATOM 36068 CG1 ILE P 55 3.632 -41.552-171.376 1.00 24.77 C \ ANISOU36068 CG1 ILE P 55 3507 3017 2888 -289 110 293 C \ ATOM 36069 CG2 ILE P 55 3.476 -40.791-173.812 1.00 22.85 C \ ANISOU36069 CG2 ILE P 55 3057 2819 2804 -334 103 242 C \ ATOM 36070 CD1 ILE P 55 3.330 -43.045-171.519 1.00 23.36 C \ ANISOU36070 CD1 ILE P 55 3617 2653 2604 -289 109 335 C \ ATOM 36071 N GLU P 56 6.285 -42.073-175.184 1.00 21.53 N \ ANISOU36071 N GLU P 56 2969 2741 2468 124 -5 226 N \ ATOM 36072 CA GLU P 56 6.743 -41.789-176.547 1.00 21.24 C \ ANISOU36072 CA GLU P 56 2816 2785 2467 168 -14 199 C \ ATOM 36073 C GLU P 56 5.579 -41.862-177.518 1.00 19.44 C \ ANISOU36073 C GLU P 56 2640 2421 2324 17 13 198 C \ ATOM 36074 O GLU P 56 4.724 -42.732-177.391 1.00 18.88 O \ ANISOU36074 O GLU P 56 2769 2180 2223 -52 22 218 O \ ATOM 36075 CB GLU P 56 7.729 -42.862-176.998 1.00 24.76 C \ ANISOU36075 CB GLU P 56 3386 3246 2775 424 -57 194 C \ ATOM 36076 CG GLU P 56 9.191 -42.593-176.741 1.00 33.60 C \ ANISOU36076 CG GLU P 56 4336 4625 3802 617 -93 172 C \ ATOM 36077 CD GLU P 56 10.091 -43.398-177.678 1.00 38.82 C \ ANISOU36077 CD GLU P 56 5045 5362 4339 877 -126 151 C \ ATOM 36078 OE1 GLU P 56 9.582 -44.294-178.393 1.00 38.90 O \ ANISOU36078 OE1 GLU P 56 5285 5170 4323 922 -129 157 O \ ATOM 36079 OE2 GLU P 56 11.312 -43.130-177.700 1.00 43.27 O \ ANISOU36079 OE2 GLU P 56 5414 6209 4817 1034 -151 124 O \ ATOM 36080 N LEU P 57 5.564 -40.966-178.503 1.00 17.88 N \ ANISOU36080 N LEU P 57 2272 2308 2213 -43 24 175 N \ ATOM 36081 CA LEU P 57 4.617 -41.062-179.619 1.00 17.97 C \ ANISOU36081 CA LEU P 57 2316 2224 2285 -144 37 167 C \ ATOM 36082 C LEU P 57 4.999 -40.130-180.756 1.00 15.89 C \ ANISOU36082 C LEU P 57 1885 2073 2080 -147 39 145 C \ ATOM 36083 O LEU P 57 5.787 -39.197-180.578 1.00 15.57 O \ ANISOU36083 O LEU P 57 1691 2175 2047 -138 41 139 O \ ATOM 36084 CB LEU P 57 3.185 -40.734-179.181 1.00 19.36 C \ ANISOU36084 CB LEU P 57 2487 2337 2530 -338 70 172 C \ ATOM 36085 CG LEU P 57 2.922 -39.256-178.892 1.00 21.15 C \ ANISOU36085 CG LEU P 57 2525 2669 2841 -415 90 157 C \ ATOM 36086 CD1 LEU P 57 1.464 -38.874-179.118 1.00 23.71 C \ ANISOU36086 CD1 LEU P 57 2809 2976 3223 -551 115 145 C \ ATOM 36087 CD2 LEU P 57 3.376 -38.920-177.484 1.00 25.03 C \ ANISOU36087 CD2 LEU P 57 2993 3213 3304 -394 93 166 C \ ATOM 36088 N TYR P 58 4.419 -40.390-181.919 1.00 13.75 N \ ANISOU36088 N TYR P 58 1657 1731 1833 -180 39 135 N \ ATOM 36089 CA TYR P 58 4.522 -39.486-183.052 1.00 13.53 C \ ANISOU36089 CA TYR P 58 1499 1781 1859 -208 45 120 C \ ATOM 36090 C TYR P 58 3.129 -39.200-183.576 1.00 13.25 C \ ANISOU36090 C TYR P 58 1468 1670 1895 -340 53 111 C \ ATOM 36091 O TYR P 58 2.224 -40.014-183.430 1.00 13.54 O \ ANISOU36091 O TYR P 58 1615 1609 1920 -405 50 110 O \ ATOM 36092 CB TYR P 58 5.412 -40.074-184.159 1.00 14.41 C \ ANISOU36092 CB TYR P 58 1637 1936 1901 -65 29 110 C \ ATOM 36093 CG TYR P 58 4.890 -41.357-184.763 1.00 16.55 C \ ANISOU36093 CG TYR P 58 2112 2051 2122 -21 8 102 C \ ATOM 36094 CD1 TYR P 58 4.033 -41.334-185.870 1.00 18.96 C \ ANISOU36094 CD1 TYR P 58 2441 2291 2470 -107 5 86 C \ ATOM 36095 CD2 TYR P 58 5.252 -42.595-184.235 1.00 19.70 C \ ANISOU36095 CD2 TYR P 58 2709 2361 2414 105 -15 107 C \ ATOM 36096 CE1 TYR P 58 3.551 -42.503-186.427 1.00 19.08 C \ ANISOU36096 CE1 TYR P 58 2662 2160 2426 -99 -20 72 C \ ATOM 36097 CE2 TYR P 58 4.773 -43.782-184.790 1.00 22.01 C \ ANISOU36097 CE2 TYR P 58 3249 2474 2638 124 -40 97 C \ ATOM 36098 CZ TYR P 58 3.924 -43.727-185.883 1.00 23.25 C \ ANISOU36098 CZ TYR P 58 3415 2573 2843 6 -43 78 C \ ATOM 36099 OH TYR P 58 3.447 -44.897-186.431 1.00 22.46 O \ ANISOU36099 OH TYR P 58 3577 2293 2662 -5 -74 63 O \ ATOM 36100 N LEU P 59 2.962 -38.031-184.173 1.00 13.32 N \ ANISOU36100 N LEU P 59 1364 1737 1959 -386 62 102 N \ ATOM 36101 CA LEU P 59 1.699 -37.667-184.803 1.00 12.71 C \ ANISOU36101 CA LEU P 59 1271 1628 1928 -466 60 86 C \ ATOM 36102 C LEU P 59 1.973 -37.294-186.255 1.00 11.76 C \ ANISOU36102 C LEU P 59 1128 1530 1810 -430 50 79 C \ ATOM 36103 O LEU P 59 2.768 -36.395-186.533 1.00 11.62 O \ ANISOU36103 O LEU P 59 1050 1574 1788 -413 59 88 O \ ATOM 36104 CB LEU P 59 1.035 -36.503-184.059 1.00 11.52 C \ ANISOU36104 CB LEU P 59 1043 1513 1818 -521 74 81 C \ ATOM 36105 CG LEU P 59 0.502 -36.798-182.652 1.00 13.19 C \ ANISOU36105 CG LEU P 59 1266 1721 2024 -568 91 85 C \ ATOM 36106 CD1 LEU P 59 0.109 -35.506-181.946 1.00 14.63 C \ ANISOU36106 CD1 LEU P 59 1382 1949 2226 -577 103 74 C \ ATOM 36107 CD2 LEU P 59 -0.686 -37.767-182.722 1.00 12.81 C \ ANISOU36107 CD2 LEU P 59 1259 1648 1959 -652 93 77 C \ ATOM 36108 N ASN P 60 1.341 -38.020-187.172 1.00 12.71 N \ ANISOU36108 N ASN P 60 1308 1600 1918 -437 31 62 N \ ATOM 36109 CA ASN P 60 1.432 -37.692-188.589 1.00 13.87 C \ ANISOU36109 CA ASN P 60 1443 1766 2061 -403 19 53 C \ ATOM 36110 C ASN P 60 0.553 -36.482-188.918 1.00 13.26 C \ ANISOU36110 C ASN P 60 1297 1718 2023 -444 15 45 C \ ATOM 36111 O ASN P 60 -0.481 -36.283-188.285 1.00 15.09 O \ ANISOU36111 O ASN P 60 1495 1962 2276 -493 12 32 O \ ATOM 36112 CB ASN P 60 1.075 -38.906-189.450 1.00 13.81 C \ ANISOU36112 CB ASN P 60 1545 1690 2012 -393 -8 32 C \ ATOM 36113 CG ASN P 60 2.262 -39.832-189.664 1.00 16.09 C \ ANISOU36113 CG ASN P 60 1927 1957 2226 -270 -9 36 C \ ATOM 36114 OD1 ASN P 60 3.347 -39.386-190.024 1.00 14.45 O \ ANISOU36114 OD1 ASN P 60 1653 1842 1994 -182 7 47 O \ ATOM 36115 ND2 ASN P 60 2.056 -41.130-189.447 1.00 16.14 N \ ANISOU36115 ND2 ASN P 60 2102 1853 2176 -263 -31 25 N \ ATOM 36116 N PRO P 61 0.969 -35.663-189.900 1.00 13.55 N \ ANISOU36116 N PRO P 61 1322 1777 2048 -410 16 53 N \ ATOM 36117 CA PRO P 61 0.247 -34.410-190.154 1.00 13.04 C \ ANISOU36117 CA PRO P 61 1242 1719 1994 -413 6 49 C \ ATOM 36118 C PRO P 61 -1.134 -34.656-190.760 1.00 14.24 C \ ANISOU36118 C PRO P 61 1378 1886 2144 -404 -29 15 C \ ATOM 36119 O PRO P 61 -1.345 -35.670-191.433 1.00 15.16 O \ ANISOU36119 O PRO P 61 1515 1997 2246 -418 -48 -1 O \ ATOM 36120 CB PRO P 61 1.151 -33.684-191.154 1.00 13.61 C \ ANISOU36120 CB PRO P 61 1346 1796 2027 -397 17 74 C \ ATOM 36121 CG PRO P 61 1.905 -34.771-191.844 1.00 13.94 C \ ANISOU36121 CG PRO P 61 1391 1864 2040 -365 23 74 C \ ATOM 36122 CD PRO P 61 2.125 -35.833-190.803 1.00 12.42 C \ ANISOU36122 CD PRO P 61 1193 1666 1860 -360 27 67 C \ ATOM 36123 N ARG P 62 -2.060 -33.733-190.514 1.00 14.03 N \ ANISOU36123 N ARG P 62 1320 1894 2113 -373 -42 0 N \ ATOM 36124 CA ARG P 62 -3.416 -33.822-191.051 1.00 14.88 C \ ANISOU36124 CA ARG P 62 1372 2082 2197 -347 -81 -40 C \ ATOM 36125 C ARG P 62 -3.699 -32.575-191.896 1.00 15.41 C \ ANISOU36125 C ARG P 62 1484 2150 2220 -231 -109 -41 C \ ATOM 36126 O ARG P 62 -4.434 -31.671-191.485 1.00 15.63 O \ ANISOU36126 O ARG P 62 1500 2221 2215 -144 -123 -59 O \ ATOM 36127 CB ARG P 62 -4.439 -33.968-189.911 1.00 16.05 C \ ANISOU36127 CB ARG P 62 1424 2326 2345 -381 -76 -67 C \ ATOM 36128 CG ARG P 62 -4.189 -35.160-188.969 1.00 16.02 C \ ANISOU36128 CG ARG P 62 1419 2300 2366 -506 -47 -57 C \ ATOM 36129 CD ARG P 62 -4.235 -36.491-189.701 1.00 19.24 C \ ANISOU36129 CD ARG P 62 1874 2677 2758 -595 -67 -67 C \ ATOM 36130 NE ARG P 62 -3.979 -37.621-188.814 1.00 20.79 N \ ANISOU36130 NE ARG P 62 2134 2814 2950 -700 -44 -53 N \ ATOM 36131 CZ ARG P 62 -3.297 -38.712-189.154 1.00 24.51 C \ ANISOU36131 CZ ARG P 62 2739 3172 3400 -725 -51 -43 C \ ATOM 36132 NH1 ARG P 62 -2.776 -38.836-190.372 1.00 23.67 N \ ANISOU36132 NH1 ARG P 62 2692 3021 3281 -656 -75 -48 N \ ATOM 36133 NH2 ARG P 62 -3.122 -39.682-188.265 1.00 24.52 N \ ANISOU36133 NH2 ARG P 62 2838 3101 3375 -801 -36 -28 N \ ATOM 36134 N MET P 63 -3.092 -32.540-193.078 1.00 15.24 N \ ANISOU36134 N MET P 63 1534 2077 2178 -215 -116 -23 N \ ATOM 36135 CA MET P 63 -3.119 -31.361-193.942 1.00 15.04 C \ ANISOU36135 CA MET P 63 1607 2013 2093 -118 -136 -9 C \ ATOM 36136 C MET P 63 -4.384 -31.238-194.782 1.00 15.83 C \ ANISOU36136 C MET P 63 1671 2203 2138 -10 -197 -51 C \ ATOM 36137 O MET P 63 -4.690 -30.161-195.285 1.00 17.35 O \ ANISOU36137 O MET P 63 1959 2371 2260 114 -225 -46 O \ ATOM 36138 CB MET P 63 -1.887 -31.354-194.854 1.00 15.07 C \ ANISOU36138 CB MET P 63 1697 1950 2079 -160 -110 33 C \ ATOM 36139 CG MET P 63 -0.567 -31.203-194.118 1.00 16.44 C \ ANISOU36139 CG MET P 63 1891 2084 2272 -254 -55 72 C \ ATOM 36140 SD MET P 63 -0.414 -29.609-193.284 1.00 18.13 S \ ANISOU36140 SD MET P 63 2226 2215 2448 -264 -46 96 S \ ATOM 36141 CE MET P 63 -0.791 -30.014-191.571 1.00 18.24 C \ ANISOU36141 CE MET P 63 2136 2265 2529 -281 -37 68 C \ ATOM 36142 N GLY P 64 -5.130 -32.328-194.926 1.00 16.39 N \ ANISOU36142 N GLY P 64 1621 2383 2222 -62 -222 -93 N \ ATOM 36143 CA GLY P 64 -6.303 -32.314-195.799 1.00 18.35 C \ ANISOU36143 CA GLY P 64 1804 2764 2404 19 -287 -141 C \ ATOM 36144 C GLY P 64 -6.571 -33.672-196.408 1.00 18.73 C \ ANISOU36144 C GLY P 64 1792 2868 2457 -102 -311 -174 C \ ATOM 36145 O GLY P 64 -7.701 -34.153-196.377 1.00 18.58 O \ ANISOU36145 O GLY P 64 1642 3015 2402 -145 -351 -227 O \ ATOM 36146 N VAL P 65 -5.536 -34.268-196.995 1.00 17.95 N \ ANISOU36146 N VAL P 65 1795 2644 2381 -156 -290 -146 N \ ATOM 36147 CA VAL P 65 -5.556 -35.688-197.318 1.00 18.92 C \ ANISOU36147 CA VAL P 65 1924 2759 2504 -280 -305 -173 C \ ATOM 36148 C VAL P 65 -4.929 -36.365-196.109 1.00 18.66 C \ ANISOU36148 C VAL P 65 1912 2649 2527 -380 -253 -151 C \ ATOM 36149 O VAL P 65 -3.701 -36.366-195.934 1.00 18.19 O \ ANISOU36149 O VAL P 65 1930 2485 2494 -354 -208 -109 O \ ATOM 36150 CB VAL P 65 -4.795 -36.012-198.619 1.00 19.73 C \ ANISOU36150 CB VAL P 65 2142 2780 2573 -241 -313 -164 C \ ATOM 36151 CG1 VAL P 65 -4.889 -37.504-198.943 1.00 19.76 C \ ANISOU36151 CG1 VAL P 65 2201 2752 2554 -353 -339 -203 C \ ATOM 36152 CG2 VAL P 65 -5.363 -35.195-199.770 1.00 18.83 C \ ANISOU36152 CG2 VAL P 65 2027 2732 2394 -125 -363 -177 C \ ATOM 36153 N ASN P 66 -5.797 -36.916-195.269 1.00 18.27 N \ ANISOU36153 N ASN P 66 1783 2679 2478 -494 -259 -180 N \ ATOM 36154 CA ASN P 66 -5.432 -37.291-193.906 1.00 19.91 C \ ANISOU36154 CA ASN P 66 1999 2836 2728 -570 -210 -155 C \ ATOM 36155 C ASN P 66 -5.124 -38.770-193.689 1.00 20.91 C \ ANISOU36155 C ASN P 66 2245 2860 2838 -702 -207 -158 C \ ATOM 36156 O ASN P 66 -4.686 -39.161-192.609 1.00 23.43 O \ ANISOU36156 O ASN P 66 2608 3115 3179 -747 -170 -132 O \ ATOM 36157 CB ASN P 66 -6.512 -36.804-192.928 1.00 18.09 C \ ANISOU36157 CB ASN P 66 1619 2760 2492 -600 -205 -175 C \ ATOM 36158 CG ASN P 66 -6.570 -35.286-192.836 1.00 19.87 C \ ANISOU36158 CG ASN P 66 1798 3030 2721 -426 -202 -165 C \ ATOM 36159 OD1 ASN P 66 -5.621 -34.594-193.196 1.00 17.73 O \ ANISOU36159 OD1 ASN P 66 1624 2642 2469 -331 -188 -129 O \ ATOM 36160 ND2 ASN P 66 -7.679 -34.767-192.344 1.00 21.11 N \ ANISOU36160 ND2 ASN P 66 1819 3362 2838 -386 -214 -200 N \ ATOM 36161 N SER P 67 -5.351 -39.584-194.712 1.00 21.37 N \ ANISOU36161 N SER P 67 2384 2891 2843 -755 -252 -191 N \ ATOM 36162 CA SER P 67 -5.084 -41.013-194.629 1.00 22.12 C \ ANISOU36162 CA SER P 67 2662 2850 2890 -867 -261 -199 C \ ATOM 36163 C SER P 67 -4.172 -41.485-195.759 1.00 22.00 C \ ANISOU36163 C SER P 67 2807 2714 2837 -756 -279 -203 C \ ATOM 36164 O SER P 67 -4.310 -41.031-196.896 1.00 21.11 O \ ANISOU36164 O SER P 67 2654 2655 2709 -686 -309 -221 O \ ATOM 36165 CB SER P 67 -6.392 -41.801-194.669 1.00 24.27 C \ ANISOU36165 CB SER P 67 2926 3202 3094 -1094 -304 -248 C \ ATOM 36166 OG SER P 67 -6.129 -43.188-194.729 1.00 26.59 O \ ANISOU36166 OG SER P 67 3469 3319 3315 -1211 -323 -258 O \ ATOM 36167 N PRO P 68 -3.239 -42.405-195.449 1.00 22.39 N \ ANISOU36167 N PRO P 68 3044 2609 2852 -718 -263 -187 N \ ATOM 36168 CA PRO P 68 -2.405 -42.989-196.495 1.00 23.54 C \ ANISOU36168 CA PRO P 68 3353 2657 2931 -590 -281 -200 C \ ATOM 36169 C PRO P 68 -3.025 -44.255-197.101 1.00 24.86 C \ ANISOU36169 C PRO P 68 3735 2713 2996 -716 -344 -253 C \ ATOM 36170 O PRO P 68 -2.433 -44.855-197.997 1.00 24.17 O \ ANISOU36170 O PRO P 68 3820 2531 2832 -605 -367 -276 O \ ATOM 36171 CB PRO P 68 -1.119 -43.340-195.744 1.00 23.49 C \ ANISOU36171 CB PRO P 68 3441 2570 2913 -452 -238 -164 C \ ATOM 36172 CG PRO P 68 -1.597 -43.697-194.354 1.00 23.99 C \ ANISOU36172 CG PRO P 68 3527 2592 2994 -591 -226 -148 C \ ATOM 36173 CD PRO P 68 -2.847 -42.874-194.102 1.00 22.50 C \ ANISOU36173 CD PRO P 68 3131 2546 2873 -749 -227 -156 C \ ATOM 36174 N ASP P 69 -4.213 -44.628-196.625 1.00 27.89 N \ ANISOU36174 N ASP P 69 4108 3125 3364 -956 -370 -276 N \ ATOM 36175 CA ASP P 69 -4.838 -45.918-196.947 1.00 31.26 C \ ANISOU36175 CA ASP P 69 4775 3430 3672 -1153 -429 -324 C \ ATOM 36176 C ASP P 69 -6.052 -45.824-197.869 1.00 33.79 C \ ANISOU36176 C ASP P 69 4990 3894 3955 -1322 -492 -383 C \ ATOM 36177 O ASP P 69 -6.850 -46.761-197.934 1.00 35.18 O \ ANISOU36177 O ASP P 69 5308 4027 4030 -1577 -540 -425 O \ ATOM 36178 CB ASP P 69 -5.273 -46.631-195.658 1.00 32.64 C \ ANISOU36178 CB ASP P 69 5057 3531 3811 -1366 -412 -306 C \ ATOM 36179 CG ASP P 69 -4.111 -46.962-194.745 1.00 33.26 C \ ANISOU36179 CG ASP P 69 5296 3450 3891 -1202 -367 -256 C \ ATOM 36180 OD1 ASP P 69 -3.067 -47.422-195.246 1.00 34.84 O \ ANISOU36180 OD1 ASP P 69 5691 3510 4036 -987 -376 -258 O \ ATOM 36181 OD2 ASP P 69 -4.254 -46.776-193.518 1.00 37.80 O \ ANISOU36181 OD2 ASP P 69 5796 4058 4506 -1275 -323 -218 O \ ATOM 36182 N LEU P 70 -6.204 -44.708-198.573 1.00 34.78 N \ ANISOU36182 N LEU P 70 4880 4192 4140 -1193 -496 -387 N \ ATOM 36183 CA LEU P 70 -7.373 -44.524-199.435 1.00 38.56 C \ ANISOU36183 CA LEU P 70 5227 4849 4571 -1315 -563 -446 C \ ATOM 36184 C LEU P 70 -7.150 -45.138-200.818 1.00 41.07 C \ ANISOU36184 C LEU P 70 5738 5065 4800 -1274 -625 -493 C \ ATOM 36185 O LEU P 70 -6.019 -45.163-201.307 1.00 40.80 O \ ANISOU36185 O LEU P 70 5838 4894 4768 -1056 -602 -471 O \ ATOM 36186 CB LEU P 70 -7.767 -43.045-199.536 1.00 37.60 C \ ANISOU36186 CB LEU P 70 4799 4959 4526 -1178 -550 -433 C \ ATOM 36187 CG LEU P 70 -8.114 -42.320-198.226 1.00 39.08 C \ ANISOU36187 CG LEU P 70 4789 5273 4786 -1196 -496 -398 C \ ATOM 36188 CD1 LEU P 70 -8.252 -40.819-198.460 1.00 40.18 C \ ANISOU36188 CD1 LEU P 70 4718 5571 4977 -989 -488 -383 C \ ATOM 36189 CD2 LEU P 70 -9.367 -42.880-197.561 1.00 41.48 C \ ANISOU36189 CD2 LEU P 70 4998 5734 5027 -1479 -516 -437 C \ ATOM 36190 N PRO P 71 -8.229 -45.647-201.447 1.00 44.99 N \ ANISOU36190 N PRO P 71 6241 5651 5200 -1490 -704 -562 N \ ATOM 36191 CA PRO P 71 -8.105 -46.285-202.758 1.00 46.85 C \ ANISOU36191 CA PRO P 71 6680 5786 5333 -1472 -773 -616 C \ ATOM 36192 C PRO P 71 -7.367 -45.437-203.801 1.00 45.81 C \ ANISOU36192 C PRO P 71 6488 5679 5239 -1165 -763 -599 C \ ATOM 36193 O PRO P 71 -6.437 -45.935-204.436 1.00 47.10 O \ ANISOU36193 O PRO P 71 6877 5665 5353 -1017 -760 -601 O \ ATOM 36194 CB PRO P 71 -9.562 -46.505-203.177 1.00 49.17 C \ ANISOU36194 CB PRO P 71 6854 6291 5537 -1753 -859 -691 C \ ATOM 36195 CG PRO P 71 -10.294 -46.655-201.891 1.00 49.98 C \ ANISOU36195 CG PRO P 71 6839 6501 5649 -2003 -829 -679 C \ ATOM 36196 CD PRO P 71 -9.613 -45.722-200.933 1.00 46.69 C \ ANISOU36196 CD PRO P 71 6274 6088 5376 -1781 -734 -599 C \ ATOM 36197 N THR P 72 -7.755 -44.170-203.949 1.00 44.12 N \ ANISOU36197 N THR P 72 5990 5681 5093 -1061 -753 -581 N \ ATOM 36198 CA THR P 72 -7.318 -43.366-205.096 1.00 42.82 C \ ANISOU36198 CA THR P 72 5784 5557 4927 -827 -759 -570 C \ ATOM 36199 C THR P 72 -6.544 -42.086-204.766 1.00 40.25 C \ ANISOU36199 C THR P 72 5329 5260 4703 -607 -677 -491 C \ ATOM 36200 O THR P 72 -5.663 -41.682-205.529 1.00 41.47 O \ ANISOU36200 O THR P 72 5544 5363 4848 -424 -648 -461 O \ ATOM 36201 CB THR P 72 -8.520 -42.989-206.016 1.00 44.86 C \ ANISOU36201 CB THR P 72 5891 6036 5115 -877 -850 -632 C \ ATOM 36202 OG1 THR P 72 -9.478 -42.225-205.271 1.00 46.39 O \ ANISOU36202 OG1 THR P 72 5816 6460 5348 -931 -852 -631 O \ ATOM 36203 CG2 THR P 72 -9.198 -44.239-206.583 1.00 44.72 C \ ANISOU36203 CG2 THR P 72 6024 5995 4971 -1113 -941 -719 C \ ATOM 36204 N THR P 73 -6.864 -41.449-203.644 1.00 36.17 N \ ANISOU36204 N THR P 73 4646 4829 4266 -640 -639 -458 N \ ATOM 36205 CA THR P 73 -6.387 -40.084-203.384 1.00 32.65 C \ ANISOU36205 CA THR P 73 4083 4426 3892 -462 -581 -394 C \ ATOM 36206 C THR P 73 -5.195 -39.981-202.424 1.00 28.27 C \ ANISOU36206 C THR P 73 3578 3748 3415 -408 -490 -328 C \ ATOM 36207 O THR P 73 -4.677 -38.883-202.185 1.00 26.36 O \ ANISOU36207 O THR P 73 3270 3523 3221 -295 -440 -274 O \ ATOM 36208 CB THR P 73 -7.524 -39.201-202.844 1.00 33.64 C \ ANISOU36208 CB THR P 73 3994 4752 4036 -476 -603 -405 C \ ATOM 36209 OG1 THR P 73 -8.059 -39.799-201.657 1.00 36.28 O \ ANISOU36209 OG1 THR P 73 4265 5125 4394 -659 -592 -421 O \ ATOM 36210 CG2 THR P 73 -8.636 -39.056-203.885 1.00 36.32 C \ ANISOU36210 CG2 THR P 73 4246 5272 4282 -470 -697 -469 C \ ATOM 36211 N SER P 74 -4.747 -41.118-201.899 1.00 24.69 N \ ANISOU36211 N SER P 74 3259 3167 2952 -489 -476 -335 N \ ATOM 36212 CA SER P 74 -3.723 -41.127-200.851 1.00 21.97 C \ ANISOU36212 CA SER P 74 2944 2738 2666 -440 -402 -282 C \ ATOM 36213 C SER P 74 -2.305 -40.712-201.257 1.00 19.02 C \ ANISOU36213 C SER P 74 2606 2329 2289 -260 -344 -236 C \ ATOM 36214 O SER P 74 -1.451 -40.543-200.394 1.00 16.91 O \ ANISOU36214 O SER P 74 2319 2044 2062 -216 -285 -194 O \ ATOM 36215 CB SER P 74 -3.697 -42.473-200.128 1.00 23.75 C \ ANISOU36215 CB SER P 74 3331 2834 2857 -558 -409 -302 C \ ATOM 36216 OG SER P 74 -4.675 -42.486-199.110 1.00 24.63 O \ ANISOU36216 OG SER P 74 3345 3010 3001 -735 -415 -308 O \ ATOM 36217 N AASN P 75 -2.052 -40.550-202.555 0.50 18.06 N \ ANISOU36217 N AASN P 75 2528 2227 2107 -165 -359 -246 N \ ATOM 36218 CA AASN P 75 -0.753 -40.050-203.002 0.50 16.96 C \ ANISOU36218 CA AASN P 75 2390 2108 1943 -20 -295 -200 C \ ATOM 36219 C AASN P 75 -0.493 -38.620-202.516 0.50 16.09 C \ ANISOU36219 C AASN P 75 2143 2071 1897 -15 -242 -138 C \ ATOM 36220 O AASN P 75 0.655 -38.175-202.465 0.50 15.85 O \ ANISOU36220 O AASN P 75 2090 2077 1853 42 -177 -93 O \ ATOM 36221 CB AASN P 75 -0.621 -40.128-204.523 0.50 17.71 C \ ANISOU36221 CB AASN P 75 2561 2221 1946 67 -318 -222 C \ ATOM 36222 CG AASN P 75 -1.684 -39.333-205.237 0.50 17.83 C \ ANISOU36222 CG AASN P 75 2515 2300 1960 37 -370 -233 C \ ATOM 36223 OD1AASN P 75 -1.417 -38.254-205.757 0.50 17.96 O \ ANISOU36223 OD1AASN P 75 2491 2370 1963 102 -342 -189 O \ ATOM 36224 ND2AASN P 75 -2.904 -39.859-205.259 0.50 18.44 N \ ANISOU36224 ND2AASN P 75 2593 2383 2030 -65 -450 -293 N \ ATOM 36225 N TRP P 76 -1.564 -37.914-202.152 1.00 15.88 N \ ANISOU36225 N TRP P 76 2035 2079 1920 -78 -274 -142 N \ ATOM 36226 CA TRP P 76 -1.449 -36.556-201.622 1.00 15.32 C \ ANISOU36226 CA TRP P 76 1888 2041 1891 -66 -237 -91 C \ ATOM 36227 C TRP P 76 -1.473 -36.490-200.087 1.00 14.71 C \ ANISOU36227 C TRP P 76 1743 1952 1890 -133 -210 -78 C \ ATOM 36228 O TRP P 76 -1.578 -35.413-199.504 1.00 14.39 O \ ANISOU36228 O TRP P 76 1659 1926 1880 -131 -192 -49 O \ ATOM 36229 CB TRP P 76 -2.488 -35.617-202.264 1.00 16.52 C \ ANISOU36229 CB TRP P 76 2020 2243 2014 -24 -289 -101 C \ ATOM 36230 CG TRP P 76 -2.106 -35.235-203.673 1.00 18.45 C \ ANISOU36230 CG TRP P 76 2348 2487 2174 56 -291 -84 C \ ATOM 36231 CD1 TRP P 76 -2.835 -35.441-204.818 1.00 22.07 C \ ANISOU36231 CD1 TRP P 76 2837 2981 2564 105 -358 -124 C \ ATOM 36232 CD2 TRP P 76 -0.876 -34.619-204.086 1.00 18.65 C \ ANISOU36232 CD2 TRP P 76 2433 2495 2158 81 -221 -22 C \ ATOM 36233 NE1 TRP P 76 -2.139 -34.968-205.915 1.00 22.17 N \ ANISOU36233 NE1 TRP P 76 2941 2981 2500 175 -331 -87 N \ ATOM 36234 CE2 TRP P 76 -0.934 -34.465-205.494 1.00 21.66 C \ ANISOU36234 CE2 TRP P 76 2891 2891 2447 150 -243 -22 C \ ATOM 36235 CE3 TRP P 76 0.264 -34.173-203.402 1.00 16.35 C \ ANISOU36235 CE3 TRP P 76 2127 2201 1885 34 -141 32 C \ ATOM 36236 CZ2 TRP P 76 0.106 -33.883-206.227 1.00 20.77 C \ ANISOU36236 CZ2 TRP P 76 2846 2787 2255 164 -179 34 C \ ATOM 36237 CZ3 TRP P 76 1.302 -33.605-204.135 1.00 18.92 C \ ANISOU36237 CZ3 TRP P 76 2503 2556 2129 31 -82 84 C \ ATOM 36238 CH2 TRP P 76 1.211 -33.462-205.531 1.00 17.67 C \ ANISOU36238 CH2 TRP P 76 2426 2409 1876 92 -96 88 C \ ATOM 36239 N TYR P 77 -1.364 -37.656-199.449 1.00 14.71 N \ ANISOU36239 N TYR P 77 1770 1913 1907 -185 -210 -101 N \ ATOM 36240 CA TYR P 77 -1.209 -37.747-198.004 1.00 14.22 C \ ANISOU36240 CA TYR P 77 1665 1834 1903 -240 -179 -84 C \ ATOM 36241 C TYR P 77 -0.063 -36.835-197.535 1.00 13.66 C \ ANISOU36241 C TYR P 77 1557 1783 1850 -200 -117 -30 C \ ATOM 36242 O TYR P 77 1.018 -36.841-198.128 1.00 13.82 O \ ANISOU36242 O TYR P 77 1602 1825 1823 -143 -84 -9 O \ ATOM 36243 CB TYR P 77 -0.965 -39.204-197.624 1.00 14.61 C \ ANISOU36243 CB TYR P 77 1814 1806 1928 -270 -187 -107 C \ ATOM 36244 CG TYR P 77 -0.575 -39.470-196.191 1.00 15.69 C \ ANISOU36244 CG TYR P 77 1944 1914 2102 -303 -153 -85 C \ ATOM 36245 CD1 TYR P 77 -1.434 -39.157-195.136 1.00 14.11 C \ ANISOU36245 CD1 TYR P 77 1664 1739 1955 -403 -153 -85 C \ ATOM 36246 CD2 TYR P 77 0.643 -40.082-195.895 1.00 15.72 C \ ANISOU36246 CD2 TYR P 77 2020 1884 2069 -213 -123 -70 C \ ATOM 36247 CE1 TYR P 77 -1.072 -39.419-193.821 1.00 14.92 C \ ANISOU36247 CE1 TYR P 77 1772 1813 2083 -430 -122 -64 C \ ATOM 36248 CE2 TYR P 77 1.008 -40.352-194.592 1.00 16.09 C \ ANISOU36248 CE2 TYR P 77 2069 1908 2134 -224 -100 -51 C \ ATOM 36249 CZ TYR P 77 0.147 -40.018-193.561 1.00 16.30 C \ ANISOU36249 CZ TYR P 77 2030 1939 2224 -343 -99 -45 C \ ATOM 36250 OH TYR P 77 0.512 -40.294-192.266 1.00 22.74 O \ ANISOU36250 OH TYR P 77 2860 2731 3050 -352 -76 -25 O \ ATOM 36251 N THR P 78 -0.334 -36.061-196.479 1.00 13.23 N \ ANISOU36251 N THR P 78 1440 1739 1848 -242 -102 -12 N \ ATOM 36252 CA THR P 78 0.549 -34.981-195.934 1.00 13.34 C \ ANISOU36252 CA THR P 78 1430 1767 1869 -248 -54 33 C \ ATOM 36253 C THR P 78 0.536 -33.664-196.725 1.00 14.49 C \ ANISOU36253 C THR P 78 1618 1910 1975 -230 -52 60 C \ ATOM 36254 O THR P 78 1.357 -32.773-196.473 1.00 13.44 O \ ANISOU36254 O THR P 78 1506 1778 1821 -272 -13 100 O \ ATOM 36255 CB THR P 78 2.022 -35.436-195.580 1.00 13.85 C \ ANISOU36255 CB THR P 78 1479 1870 1910 -241 -6 57 C \ ATOM 36256 OG1 THR P 78 2.848 -35.428-196.750 1.00 14.33 O \ ANISOU36256 OG1 THR P 78 1558 1986 1900 -195 14 70 O \ ATOM 36257 CG2 THR P 78 2.033 -36.820-194.931 1.00 12.93 C \ ANISOU36257 CG2 THR P 78 1384 1724 1803 -219 -18 31 C \ ATOM 36258 N TYR P 79 -0.419 -33.540-197.654 1.00 9.89 N \ ANISOU36258 N TYR P 79 1058 1337 1360 -264 -198 -121 N \ ATOM 36259 CA TYR P 79 -0.613 -32.322-198.427 1.00 9.66 C \ ANISOU36259 CA TYR P 79 1010 1345 1315 -246 -200 -119 C \ ATOM 36260 C TYR P 79 -2.090 -31.914-198.438 1.00 10.96 C \ ANISOU36260 C TYR P 79 1146 1532 1486 -263 -206 -118 C \ ATOM 36261 O TYR P 79 -2.980 -32.719-198.125 1.00 10.59 O \ ANISOU36261 O TYR P 79 1092 1476 1456 -292 -211 -126 O \ ATOM 36262 CB TYR P 79 -0.154 -32.493-199.892 1.00 10.52 C \ ANISOU36262 CB TYR P 79 1127 1466 1403 -228 -213 -140 C \ ATOM 36263 CG TYR P 79 1.312 -32.806-200.107 1.00 12.01 C \ ANISOU36263 CG TYR P 79 1339 1642 1583 -205 -206 -144 C \ ATOM 36264 CD1 TYR P 79 2.231 -31.790-200.414 1.00 11.29 C \ ANISOU36264 CD1 TYR P 79 1244 1569 1474 -180 -194 -130 C \ ATOM 36265 CD2 TYR P 79 1.785 -34.118-200.026 1.00 10.92 C \ ANISOU36265 CD2 TYR P 79 1223 1472 1454 -209 -211 -161 C \ ATOM 36266 CE1 TYR P 79 3.577 -32.071-200.622 1.00 9.78 C \ ANISOU36266 CE1 TYR P 79 1068 1371 1276 -160 -186 -135 C \ ATOM 36267 CE2 TYR P 79 3.135 -34.408-200.229 1.00 10.94 C \ ANISOU36267 CE2 TYR P 79 1242 1464 1448 -184 -205 -167 C \ ATOM 36268 CZ TYR P 79 4.021 -33.378-200.525 1.00 12.33 C \ ANISOU36268 CZ TYR P 79 1409 1665 1608 -160 -192 -154 C \ ATOM 36269 OH TYR P 79 5.344 -33.672-200.727 1.00 10.14 O \ ANISOU36269 OH TYR P 79 1143 1383 1324 -136 -184 -160 O \ ATOM 36270 N THR P 80 -2.334 -30.659-198.803 1.00 9.80 N \ ANISOU36270 N THR P 80 981 1415 1328 -245 -205 -108 N \ ATOM 36271 CA THR P 80 -3.666 -30.208-199.174 1.00 10.84 C \ ANISOU36271 CA THR P 80 1083 1575 1461 -252 -216 -112 C \ ATOM 36272 C THR P 80 -3.855 -30.479-200.666 1.00 12.56 C \ ANISOU36272 C THR P 80 1300 1811 1660 -245 -240 -133 C \ ATOM 36273 O THR P 80 -2.909 -30.879-201.356 1.00 11.90 O \ ANISOU36273 O THR P 80 1240 1719 1560 -232 -243 -143 O \ ATOM 36274 CB THR P 80 -3.821 -28.688-198.975 1.00 11.21 C \ ANISOU36274 CB THR P 80 1113 1641 1502 -230 -207 -91 C \ ATOM 36275 OG1 THR P 80 -2.877 -28.005-199.806 1.00 11.51 O \ ANISOU36275 OG1 THR P 80 1166 1686 1520 -202 -207 -84 O \ ATOM 36276 CG2 THR P 80 -3.581 -28.292-197.513 1.00 11.29 C \ ANISOU36276 CG2 THR P 80 1125 1636 1526 -233 -184 -73 C \ ATOM 36277 N TYR P 81 -5.074 -30.255-201.159 1.00 13.40 N \ ANISOU36277 N TYR P 81 1379 1945 1766 -250 -257 -141 N \ ATOM 36278 CA TYR P 81 -5.295 -30.111-202.596 1.00 14.32 C \ ANISOU36278 CA TYR P 81 1492 2089 1857 -235 -281 -156 C \ ATOM 36279 C TYR P 81 -4.817 -28.712-202.994 1.00 14.36 C \ ANISOU36279 C TYR P 81 1500 2114 1842 -200 -274 -131 C \ ATOM 36280 O TYR P 81 -4.233 -28.003-202.177 1.00 12.73 O \ ANISOU36280 O TYR P 81 1299 1894 1644 -191 -252 -108 O \ ATOM 36281 CB TYR P 81 -6.771 -30.331-202.935 1.00 14.28 C \ ANISOU36281 CB TYR P 81 1454 2111 1861 -253 -305 -172 C \ ATOM 36282 CG TYR P 81 -7.165 -31.789-203.041 1.00 19.20 C \ ANISOU36282 CG TYR P 81 2079 2717 2498 -288 -319 -203 C \ ATOM 36283 CD1 TYR P 81 -6.271 -32.804-202.687 1.00 19.93 C \ ANISOU36283 CD1 TYR P 81 2204 2768 2599 -301 -309 -211 C \ ATOM 36284 CD2 TYR P 81 -8.440 -32.157-203.481 1.00 22.17 C \ ANISOU36284 CD2 TYR P 81 2424 3116 2882 -310 -345 -225 C \ ATOM 36285 CE1 TYR P 81 -6.624 -34.142-202.788 1.00 22.70 C \ ANISOU36285 CE1 TYR P 81 2561 3096 2965 -334 -323 -240 C \ ATOM 36286 CE2 TYR P 81 -8.807 -33.503-203.581 1.00 24.80 C \ ANISOU36286 CE2 TYR P 81 2759 3429 3232 -347 -359 -255 C \ ATOM 36287 CZ TYR P 81 -7.891 -34.488-203.228 1.00 26.35 C \ ANISOU36287 CZ TYR P 81 2993 3579 3437 -359 -347 -261 C \ ATOM 36288 OH TYR P 81 -8.227 -35.821-203.320 1.00 28.40 O \ ANISOU36288 OH TYR P 81 3261 3812 3717 -396 -361 -291 O \ ATOM 36289 N ASP P 82 -5.040 -28.310-204.239 1.00 14.15 N \ ANISOU36289 N ASP P 82 1470 2117 1787 -180 -293 -135 N \ ATOM 36290 CA ASP P 82 -4.566 -27.004-204.679 1.00 15.16 C \ ANISOU36290 CA ASP P 82 1603 2259 1895 -148 -286 -108 C \ ATOM 36291 C ASP P 82 -5.360 -25.870-204.058 1.00 13.92 C \ ANISOU36291 C ASP P 82 1423 2111 1754 -138 -282 -86 C \ ATOM 36292 O ASP P 82 -6.583 -25.902-204.027 1.00 14.47 O \ ANISOU36292 O ASP P 82 1463 2199 1834 -145 -298 -94 O \ ATOM 36293 CB ASP P 82 -4.557 -26.920-206.200 1.00 15.90 C \ ANISOU36293 CB ASP P 82 1705 2384 1950 -128 -307 -115 C \ ATOM 36294 CG ASP P 82 -3.638 -27.945-206.813 1.00 18.88 C \ ANISOU36294 CG ASP P 82 2109 2754 2309 -132 -307 -139 C \ ATOM 36295 OD1 ASP P 82 -4.029 -28.568-207.817 1.00 21.15 O \ ANISOU36295 OD1 ASP P 82 2398 3063 2574 -132 -331 -165 O \ ATOM 36296 OD2 ASP P 82 -2.530 -28.138-206.266 1.00 18.33 O \ ANISOU36296 OD2 ASP P 82 2059 2658 2248 -133 -283 -133 O \ ATOM 36297 N LEU P 83 -4.646 -24.876-203.549 1.00 13.53 N \ ANISOU36297 N LEU P 83 1384 2047 1709 -123 -260 -59 N \ ATOM 36298 CA LEU P 83 -5.276 -23.756-202.862 1.00 12.35 C \ ANISOU36298 CA LEU P 83 1216 1898 1577 -111 -253 -40 C \ ATOM 36299 C LEU P 83 -5.403 -22.564-203.802 1.00 12.34 C \ ANISOU36299 C LEU P 83 1217 1916 1556 -78 -263 -18 C \ ATOM 36300 O LEU P 83 -4.414 -22.122-204.376 1.00 10.43 O \ ANISOU36300 O LEU P 83 1000 1668 1295 -65 -255 -2 O \ ATOM 36301 CB LEU P 83 -4.455 -23.375-201.626 1.00 13.17 C \ ANISOU36301 CB LEU P 83 1333 1971 1700 -116 -225 -28 C \ ATOM 36302 CG LEU P 83 -4.380 -24.405-200.502 1.00 11.81 C \ ANISOU36302 CG LEU P 83 1160 1779 1547 -145 -213 -42 C \ ATOM 36303 CD1 LEU P 83 -3.165 -24.135-199.628 1.00 13.08 C \ ANISOU36303 CD1 LEU P 83 1343 1913 1715 -145 -190 -31 C \ ATOM 36304 CD2 LEU P 83 -5.646 -24.349-199.663 1.00 15.43 C \ ANISOU36304 CD2 LEU P 83 1588 2246 2026 -155 -213 -46 C \ ATOM 36305 N GLN P 84 -6.624 -22.053-203.955 1.00 12.03 N \ ANISOU36305 N GLN P 84 1151 1899 1521 -65 -281 -16 N \ ATOM 36306 CA GLN P 84 -6.904 -20.972-204.902 1.00 13.09 C \ ANISOU36306 CA GLN P 84 1285 2051 1635 -30 -296 5 C \ ATOM 36307 C GLN P 84 -8.016 -20.073-204.401 1.00 13.11 C \ ANISOU36307 C GLN P 84 1259 2061 1659 -11 -301 14 C \ ATOM 36308 O GLN P 84 -9.000 -20.567-203.856 1.00 14.39 O \ ANISOU36308 O GLN P 84 1389 2237 1841 -25 -308 -5 O \ ATOM 36309 CB GLN P 84 -7.371 -21.536-206.254 1.00 14.38 C \ ANISOU36309 CB GLN P 84 1445 2251 1766 -25 -327 -7 C \ ATOM 36310 CG GLN P 84 -6.414 -22.454-206.956 1.00 14.00 C \ ANISOU36310 CG GLN P 84 1423 2203 1692 -38 -326 -22 C \ ATOM 36311 CD GLN P 84 -6.896 -22.797-208.353 1.00 16.36 C \ ANISOU36311 CD GLN P 84 1721 2541 1953 -27 -359 -34 C \ ATOM 36312 OE1 GLN P 84 -6.732 -22.013-209.286 1.00 15.38 O \ ANISOU36312 OE1 GLN P 84 1611 2435 1797 1 -367 -10 O \ ATOM 36313 NE2 GLN P 84 -7.507 -23.969-208.500 1.00 15.74 N \ ANISOU36313 NE2 GLN P 84 1626 2476 1877 -50 -380 -71 N \ ATOM 36314 N PRO P 85 -7.883 -18.753-204.614 1.00 14.72 N \ ANISOU36314 N PRO P 85 1474 2256 1860 20 -298 44 N \ ATOM 36315 CA PRO P 85 -9.026 -17.858-204.456 1.00 14.67 C \ ANISOU36315 CA PRO P 85 1442 2263 1869 49 -311 52 C \ ATOM 36316 C PRO P 85 -10.082 -18.166-205.515 1.00 15.88 C \ ANISOU36316 C PRO P 85 1569 2461 2002 62 -348 43 C \ ATOM 36317 O PRO P 85 -9.756 -18.300-206.697 1.00 15.66 O \ ANISOU36317 O PRO P 85 1560 2450 1939 70 -365 50 O \ ATOM 36318 CB PRO P 85 -8.425 -16.474-204.706 1.00 13.85 C \ ANISOU36318 CB PRO P 85 1367 2134 1761 79 -301 88 C \ ATOM 36319 CG PRO P 85 -7.202 -16.728-205.519 1.00 17.76 C \ ANISOU36319 CG PRO P 85 1898 2623 2227 70 -295 100 C \ ATOM 36320 CD PRO P 85 -6.660 -18.017-204.984 1.00 15.53 C \ ANISOU36320 CD PRO P 85 1615 2336 1949 31 -282 71 C \ ATOM 36321 N LYS P 86 -11.334 -18.291-205.087 1.00 16.90 N \ ANISOU36321 N LYS P 86 1655 2613 2152 63 -361 26 N \ ATOM 36322 CA LYS P 86 -12.429 -18.658-205.988 1.00 18.56 C \ ANISOU36322 CA LYS P 86 1832 2870 2348 72 -399 13 C \ ATOM 36323 C LYS P 86 -12.670 -17.607-207.075 1.00 19.17 C \ ANISOU36323 C LYS P 86 1919 2965 2400 120 -425 41 C \ ATOM 36324 O LYS P 86 -13.012 -17.949-208.212 1.00 18.85 O \ ANISOU36324 O LYS P 86 1873 2960 2327 128 -458 36 O \ ATOM 36325 CB LYS P 86 -13.712 -18.895-205.188 1.00 18.78 C \ ANISOU36325 CB LYS P 86 1806 2920 2409 64 -403 -8 C \ ATOM 36326 CG LYS P 86 -14.908 -19.363-206.020 1.00 20.84 C \ ANISOU36326 CG LYS P 86 2024 3232 2660 67 -445 -28 C \ ATOM 36327 CD LYS P 86 -16.080 -19.666-205.107 1.00 25.62 C \ ANISOU36327 CD LYS P 86 2572 3857 3302 52 -441 -50 C \ ATOM 36328 CE LYS P 86 -17.416 -19.476-205.813 1.00 26.99 C \ ANISOU36328 CE LYS P 86 2695 4084 3474 76 -483 -59 C \ ATOM 36329 NZ LYS P 86 -18.520 -19.591-204.833 1.00 26.74 N \ ANISOU36329 NZ LYS P 86 2605 4072 3482 65 -472 -77 N \ ATOM 36330 N GLY P 87 -12.493 -16.335-206.724 1.00 19.24 N \ ANISOU36330 N GLY P 87 1941 2946 2421 153 -411 71 N \ ATOM 36331 CA GLY P 87 -12.684 -15.242-207.680 1.00 19.97 C \ ANISOU36331 CA GLY P 87 2047 3047 2491 200 -433 105 C \ ATOM 36332 C GLY P 87 -14.093 -14.676-207.647 1.00 20.30 C \ ANISOU36332 C GLY P 87 2044 3117 2550 237 -459 104 C \ ATOM 36333 O GLY P 87 -14.353 -13.607-208.192 1.00 19.70 O \ ANISOU36333 O GLY P 87 1978 3041 2466 284 -475 134 O \ ATOM 36334 N SER P 88 -15.009 -15.408-207.020 1.00 19.97 N \ ANISOU36334 N SER P 88 1953 3101 2532 217 -463 69 N \ ATOM 36335 CA SER P 88 -16.351 -14.903-206.758 1.00 21.19 C \ ANISOU36335 CA SER P 88 2057 3284 2711 249 -481 63 C \ ATOM 36336 C SER P 88 -16.783 -15.332-205.356 1.00 20.83 C \ ANISOU36336 C SER P 88 1975 3233 2706 221 -453 34 C \ ATOM 36337 O SER P 88 -16.252 -16.301-204.806 1.00 18.87 O \ ANISOU36337 O SER P 88 1735 2972 2462 172 -430 15 O \ ATOM 36338 CB SER P 88 -17.345 -15.386-207.821 1.00 21.13 C \ ANISOU36338 CB SER P 88 2011 3336 2681 259 -530 49 C \ ATOM 36339 OG SER P 88 -17.522 -16.786-207.751 1.00 23.66 O \ ANISOU36339 OG SER P 88 2308 3678 3001 207 -534 11 O \ ATOM 36340 N ASER P 89 -17.732 -14.600-204.781 0.50 21.24 N \ ANISOU36340 N ASER P 89 1989 3295 2785 254 -452 33 N \ ATOM 36341 CA ASER P 89 -18.204 -14.867-203.425 0.50 22.17 C \ ANISOU36341 CA ASER P 89 2072 3413 2939 233 -422 9 C \ ATOM 36342 C ASER P 89 -19.375 -15.852-203.435 0.50 22.98 C \ ANISOU36342 C ASER P 89 2109 3570 3052 208 -440 -22 C \ ATOM 36343 O ASER P 89 -20.162 -15.864-204.384 0.50 23.46 O \ ANISOU36343 O ASER P 89 2139 3673 3101 228 -481 -25 O \ ATOM 36344 CB ASER P 89 -18.627 -13.563-202.747 0.50 22.86 C \ ANISOU36344 CB ASER P 89 2149 3483 3051 283 -408 19 C \ ATOM 36345 OG ASER P 89 -19.819 -13.062-203.324 0.50 22.94 O \ ANISOU36345 OG ASER P 89 2114 3535 3066 330 -443 20 O \ ATOM 36346 N PRO P 90 -19.492 -16.689-202.385 1.00 22.62 N \ ANISOU36346 N PRO P 90 2042 3524 3027 161 -410 -46 N \ ATOM 36347 CA PRO P 90 -18.563 -16.819-201.258 1.00 21.87 C \ ANISOU36347 CA PRO P 90 1983 3384 2942 133 -364 -44 C \ ATOM 36348 C PRO P 90 -17.560 -17.961-201.443 1.00 20.60 C \ ANISOU36348 C PRO P 90 1860 3202 2763 81 -358 -49 C \ ATOM 36349 O PRO P 90 -17.766 -18.839-202.286 1.00 21.08 O \ ANISOU36349 O PRO P 90 1911 3288 2811 58 -386 -62 O \ ATOM 36350 CB PRO P 90 -19.497 -17.145-200.091 1.00 21.49 C \ ANISOU36350 CB PRO P 90 1881 3359 2924 115 -340 -66 C \ ATOM 36351 CG PRO P 90 -20.602 -17.968-200.730 1.00 22.68 C \ ANISOU36351 CG PRO P 90 1974 3564 3078 96 -372 -87 C \ ATOM 36352 CD PRO P 90 -20.672 -17.568-202.198 1.00 23.62 C \ ANISOU36352 CD PRO P 90 2101 3700 3171 132 -420 -75 C \ ATOM 36353 N ASP P 91 -16.496 -17.945-200.646 1.00 18.36 N \ ANISOU36353 N ASP P 91 1618 2874 2481 64 -324 -42 N \ ATOM 36354 CA ASP P 91 -15.577 -19.078-200.557 1.00 16.99 C \ ANISOU36354 CA ASP P 91 1477 2680 2298 16 -313 -49 C \ ATOM 36355 C ASP P 91 -16.294 -20.292-199.963 1.00 17.79 C \ ANISOU36355 C ASP P 91 1539 2803 2416 -31 -306 -74 C \ ATOM 36356 O ASP P 91 -16.991 -20.195-198.947 1.00 17.48 O \ ANISOU36356 O ASP P 91 1466 2774 2399 -35 -284 -81 O \ ATOM 36357 CB ASP P 91 -14.368 -18.710-199.699 1.00 16.56 C \ ANISOU36357 CB ASP P 91 1468 2577 2244 12 -279 -36 C \ ATOM 36358 CG ASP P 91 -13.291 -19.801-199.679 1.00 19.92 C \ ANISOU36358 CG ASP P 91 1930 2979 2658 -29 -269 -40 C \ ATOM 36359 OD1 ASP P 91 -13.210 -20.616-200.633 1.00 18.72 O \ ANISOU36359 OD1 ASP P 91 1781 2839 2489 -46 -292 -49 O \ ATOM 36360 OD2 ASP P 91 -12.516 -19.833-198.697 1.00 19.20 O \ ANISOU36360 OD2 ASP P 91 1864 2857 2573 -43 -240 -37 O \ ATOM 36361 N GLN P 92 -16.132 -21.434-200.618 1.00 17.38 N \ ANISOU36361 N GLN P 92 1492 2755 2353 -66 -323 -87 N \ ATOM 36362 CA GLN P 92 -16.725 -22.674-200.154 1.00 17.18 C \ ANISOU36362 CA GLN P 92 1437 2744 2345 -117 -318 -109 C \ ATOM 36363 C GLN P 92 -15.633 -23.744-200.155 1.00 16.72 C \ ANISOU36363 C GLN P 92 1426 2650 2277 -155 -310 -113 C \ ATOM 36364 O GLN P 92 -15.644 -24.648-200.997 1.00 16.66 O \ ANISOU36364 O GLN P 92 1420 2648 2259 -178 -335 -130 O \ ATOM 36365 CB GLN P 92 -17.906 -23.071-201.049 1.00 18.54 C \ ANISOU36365 CB GLN P 92 1559 2963 2519 -122 -357 -129 C \ ATOM 36366 CG GLN P 92 -19.094 -22.109-200.968 1.00 20.79 C \ ANISOU36366 CG GLN P 92 1790 3289 2819 -84 -365 -128 C \ ATOM 36367 CD GLN P 92 -20.164 -22.382-202.013 1.00 27.79 C \ ANISOU36367 CD GLN P 92 2627 4226 3703 -81 -411 -146 C \ ATOM 36368 OE1 GLN P 92 -19.863 -22.676-203.166 1.00 30.82 O \ ANISOU36368 OE1 GLN P 92 3031 4615 4061 -79 -445 -150 O \ ATOM 36369 NE2 GLN P 92 -21.425 -22.261-201.613 1.00 29.14 N \ ANISOU36369 NE2 GLN P 92 2732 4438 3900 -80 -412 -158 N \ ATOM 36370 N PRO P 93 -14.680 -23.643-199.206 1.00 15.55 N \ ANISOU36370 N PRO P 93 1314 2463 2130 -160 -276 -100 N \ ATOM 36371 CA PRO P 93 -13.490 -24.495-199.245 1.00 15.22 C \ ANISOU36371 CA PRO P 93 1319 2384 2076 -186 -269 -101 C \ ATOM 36372 C PRO P 93 -13.819 -25.964-199.002 1.00 16.34 C \ ANISOU36372 C PRO P 93 1451 2524 2233 -238 -269 -119 C \ ATOM 36373 O PRO P 93 -14.790 -26.281-198.303 1.00 17.23 O \ ANISOU36373 O PRO P 93 1525 2654 2368 -262 -258 -126 O \ ATOM 36374 CB PRO P 93 -12.627 -23.947-198.100 1.00 15.59 C \ ANISOU36374 CB PRO P 93 1395 2400 2127 -177 -234 -83 C \ ATOM 36375 CG PRO P 93 -13.598 -23.350-197.149 1.00 15.90 C \ ANISOU36375 CG PRO P 93 1396 2458 2185 -169 -216 -82 C \ ATOM 36376 CD PRO P 93 -14.715 -22.798-197.998 1.00 15.13 C \ ANISOU36376 CD PRO P 93 1257 2402 2090 -143 -244 -88 C \ ATOM 36377 N ILE P 94 -13.023 -26.850-199.591 1.00 16.28 N \ ANISOU36377 N ILE P 94 1478 2493 2212 -256 -280 -128 N \ ATOM 36378 CA ILE P 94 -13.214 -28.286-199.407 1.00 18.14 C \ ANISOU36378 CA ILE P 94 1712 2715 2462 -305 -281 -146 C \ ATOM 36379 C ILE P 94 -12.377 -28.770-198.220 1.00 18.18 C \ ANISOU36379 C ILE P 94 1751 2681 2476 -325 -248 -133 C \ ATOM 36380 O ILE P 94 -11.393 -28.120-197.840 1.00 16.66 O \ ANISOU36380 O ILE P 94 1589 2468 2271 -299 -231 -116 O \ ATOM 36381 CB ILE P 94 -12.895 -29.095-200.696 1.00 18.23 C \ ANISOU36381 CB ILE P 94 1744 2724 2458 -313 -314 -168 C \ ATOM 36382 CG1 ILE P 94 -11.458 -28.822-201.174 1.00 18.70 C \ ANISOU36382 CG1 ILE P 94 1854 2758 2490 -285 -311 -158 C \ ATOM 36383 CG2 ILE P 94 -13.944 -28.799-201.786 1.00 16.51 C \ ANISOU36383 CG2 ILE P 94 1487 2553 2233 -301 -351 -185 C \ ATOM 36384 CD1 ILE P 94 -10.995 -29.710-202.331 1.00 22.47 C \ ANISOU36384 CD1 ILE P 94 2357 3230 2949 -293 -337 -182 C \ ATOM 36385 N LYS P 95 -12.769 -29.901-197.635 1.00 18.79 N \ ANISOU36385 N LYS P 95 1821 2744 2573 -370 -239 -141 N \ ATOM 36386 CA LYS P 95 -12.075 -30.410-196.449 1.00 18.97 C \ ANISOU36386 CA LYS P 95 1875 2731 2602 -389 -208 -125 C \ ATOM 36387 C LYS P 95 -10.602 -30.732-196.716 1.00 18.11 C \ ANISOU36387 C LYS P 95 1820 2584 2477 -376 -210 -122 C \ ATOM 36388 O LYS P 95 -9.773 -30.624-195.810 1.00 14.54 O \ ANISOU36388 O LYS P 95 1395 2107 2021 -370 -187 -105 O \ ATOM 36389 CB LYS P 95 -12.807 -31.606-195.821 1.00 20.84 C \ ANISOU36389 CB LYS P 95 2096 2958 2864 -443 -198 -130 C \ ATOM 36390 CG LYS P 95 -12.772 -32.899-196.610 1.00 26.69 C \ ANISOU36390 CG LYS P 95 2850 3676 3612 -476 -223 -152 C \ ATOM 36391 CD LYS P 95 -13.534 -34.000-195.872 1.00 35.75 C \ ANISOU36391 CD LYS P 95 3982 4811 4789 -532 -209 -152 C \ ATOM 36392 CE LYS P 95 -14.061 -35.067-196.832 1.00 39.71 C \ ANISOU36392 CE LYS P 95 4475 5306 5305 -569 -240 -183 C \ ATOM 36393 NZ LYS P 95 -12.985 -35.940-197.380 1.00 45.06 N \ ANISOU36393 NZ LYS P 95 5207 5937 5976 -569 -255 -195 N \ ATOM 36394 N GLU P 96 -10.286 -31.097-197.962 1.00 16.38 N \ ANISOU36394 N GLU P 96 1614 2363 2245 -370 -238 -141 N \ ATOM 36395 CA GLU P 96 -8.901 -31.380-198.369 1.00 16.45 C \ ANISOU36395 CA GLU P 96 1670 2342 2237 -354 -240 -141 C \ ATOM 36396 C GLU P 96 -8.025 -30.129-198.408 1.00 15.46 C \ ANISOU36396 C GLU P 96 1559 2221 2092 -311 -231 -123 C \ ATOM 36397 O GLU P 96 -6.799 -30.235-198.482 1.00 16.15 O \ ANISOU36397 O GLU P 96 1681 2285 2167 -298 -225 -118 O \ ATOM 36398 CB GLU P 96 -8.855 -32.088-199.731 1.00 17.21 C \ ANISOU36398 CB GLU P 96 1776 2440 2323 -357 -271 -170 C \ ATOM 36399 CG GLU P 96 -9.373 -33.514-199.722 1.00 20.45 C \ ANISOU36399 CG GLU P 96 2186 2830 2755 -402 -282 -192 C \ ATOM 36400 CD GLU P 96 -10.897 -33.605-199.727 1.00 26.59 C \ ANISOU36400 CD GLU P 96 2913 3637 3551 -432 -293 -202 C \ ATOM 36401 OE1 GLU P 96 -11.571 -32.588-200.014 1.00 23.00 O \ ANISOU36401 OE1 GLU P 96 2423 3224 3089 -410 -300 -198 O \ ATOM 36402 OE2 GLU P 96 -11.420 -34.703-199.439 1.00 30.32 O \ ANISOU36402 OE2 GLU P 96 3381 4090 4048 -476 -295 -214 O \ ATOM 36403 N ASN P 97 -8.649 -28.952-198.342 1.00 14.82 N \ ANISOU36403 N ASN P 97 1451 2170 2010 -290 -229 -112 N \ ATOM 36404 CA ASN P 97 -7.903 -27.692-198.292 1.00 13.93 C \ ANISOU36404 CA ASN P 97 1352 2057 1883 -253 -218 -93 C \ ATOM 36405 C ASN P 97 -7.844 -27.035-196.909 1.00 13.19 C \ ANISOU36405 C ASN P 97 1255 1955 1800 -249 -190 -76 C \ ATOM 36406 O ASN P 97 -7.491 -25.860-196.779 1.00 12.64 O \ ANISOU36406 O ASN P 97 1189 1887 1724 -221 -183 -63 O \ ATOM 36407 CB ASN P 97 -8.423 -26.719-199.363 1.00 14.30 C \ ANISOU36407 CB ASN P 97 1380 2136 1917 -223 -239 -93 C \ ATOM 36408 CG ASN P 97 -7.937 -27.094-200.761 1.00 17.14 C \ ANISOU36408 CG ASN P 97 1758 2501 2252 -215 -262 -104 C \ ATOM 36409 OD1 ASN P 97 -6.966 -27.830-200.903 1.00 19.10 O \ ANISOU36409 OD1 ASN P 97 2037 2726 2494 -223 -259 -111 O \ ATOM 36410 ND2 ASN P 97 -8.608 -26.598-201.785 1.00 16.91 N \ ANISOU36410 ND2 ASN P 97 1710 2503 2209 -196 -286 -108 N \ ATOM 36411 N LEU P 98 -8.163 -27.809-195.879 1.00 12.94 N \ ANISOU36411 N LEU P 98 1220 1913 1784 -279 -175 -76 N \ ATOM 36412 CA LEU P 98 -8.213 -27.284-194.516 1.00 13.34 C \ ANISOU36412 CA LEU P 98 1266 1961 1840 -278 -148 -63 C \ ATOM 36413 C LEU P 98 -7.287 -28.054-193.563 1.00 12.37 C \ ANISOU36413 C LEU P 98 1177 1806 1716 -295 -131 -54 C \ ATOM 36414 O LEU P 98 -7.733 -28.969-192.877 1.00 12.65 O \ ANISOU36414 O LEU P 98 1209 1834 1761 -326 -121 -53 O \ ATOM 36415 CB LEU P 98 -9.658 -27.280-194.002 1.00 13.11 C \ ANISOU36415 CB LEU P 98 1194 1959 1826 -294 -139 -66 C \ ATOM 36416 CG LEU P 98 -10.675 -26.442-194.799 1.00 14.18 C \ ANISOU36416 CG LEU P 98 1291 2131 1964 -272 -156 -73 C \ ATOM 36417 CD1 LEU P 98 -12.111 -26.724-194.338 1.00 15.61 C \ ANISOU36417 CD1 LEU P 98 1423 2342 2163 -295 -149 -80 C \ ATOM 36418 CD2 LEU P 98 -10.346 -24.961-194.714 1.00 13.35 C \ ANISOU36418 CD2 LEU P 98 1191 2030 1852 -229 -150 -63 C \ ATOM 36419 N PRO P 99 -5.991 -27.685-193.521 1.00 11.28 N \ ANISOU36419 N PRO P 99 1069 1648 1566 -275 -129 -47 N \ ATOM 36420 CA PRO P 99 -5.082 -28.330-192.568 1.00 10.97 C \ ANISOU36420 CA PRO P 99 1060 1582 1525 -285 -116 -38 C \ ATOM 36421 C PRO P 99 -5.644 -28.241-191.151 1.00 11.05 C \ ANISOU36421 C PRO P 99 1061 1598 1538 -298 -93 -28 C \ ATOM 36422 O PRO P 99 -6.202 -27.213-190.775 1.00 11.15 O \ ANISOU36422 O PRO P 99 1053 1631 1550 -283 -83 -27 O \ ATOM 36423 CB PRO P 99 -3.810 -27.492-192.692 1.00 11.21 C \ ANISOU36423 CB PRO P 99 1111 1602 1543 -256 -117 -33 C \ ATOM 36424 CG PRO P 99 -3.823 -27.056-194.135 1.00 11.31 C \ ANISOU36424 CG PRO P 99 1118 1628 1551 -239 -135 -41 C \ ATOM 36425 CD PRO P 99 -5.273 -26.734-194.394 1.00 10.68 C \ ANISOU36425 CD PRO P 99 1003 1575 1479 -243 -139 -46 C \ ATOM 36426 N ALA P 100 -5.525 -29.328-190.400 1.00 11.37 N \ ANISOU36426 N ALA P 100 1117 1620 1581 -323 -84 -21 N \ ATOM 36427 CA ALA P 100 -6.105 -29.418-189.068 1.00 11.13 C \ ANISOU36427 CA ALA P 100 1080 1597 1549 -339 -60 -9 C \ ATOM 36428 C ALA P 100 -5.058 -29.862-188.057 1.00 11.87 C \ ANISOU36428 C ALA P 100 1210 1667 1631 -340 -51 5 C \ ATOM 36429 O ALA P 100 -4.026 -30.449-188.416 1.00 11.28 O \ ANISOU36429 O ALA P 100 1164 1566 1555 -335 -65 6 O \ ATOM 36430 CB ALA P 100 -7.294 -30.378-189.069 1.00 10.16 C \ ANISOU36430 CB ALA P 100 936 1481 1443 -377 -55 -9 C \ ATOM 36431 N TYR P 101 -5.334 -29.573-186.787 1.00 11.16 N \ ANISOU36431 N TYR P 101 1119 1589 1531 -343 -28 16 N \ ATOM 36432 CA TYR P 101 -4.456 -29.986-185.699 1.00 11.32 C \ ANISOU36432 CA TYR P 101 1173 1593 1535 -343 -20 32 C \ ATOM 36433 C TYR P 101 -4.444 -31.509-185.546 1.00 10.45 C \ ANISOU36433 C TYR P 101 1083 1455 1431 -373 -21 47 C \ ATOM 36434 O TYR P 101 -5.469 -32.177-185.735 1.00 11.75 O \ ANISOU36434 O TYR P 101 1231 1622 1611 -403 -15 48 O \ ATOM 36435 CB TYR P 101 -4.910 -29.344-184.380 1.00 9.39 C \ ANISOU36435 CB TYR P 101 921 1373 1274 -340 4 40 C \ ATOM 36436 CG TYR P 101 -4.749 -27.843-184.331 1.00 11.58 C \ ANISOU36436 CG TYR P 101 1186 1669 1544 -308 5 25 C \ ATOM 36437 CD1 TYR P 101 -3.517 -27.268-184.013 1.00 8.09 C \ ANISOU36437 CD1 TYR P 101 768 1215 1088 -285 -3 23 C \ ATOM 36438 CD2 TYR P 101 -5.828 -26.996-184.583 1.00 9.53 C \ ANISOU36438 CD2 TYR P 101 891 1436 1293 -301 14 13 C \ ATOM 36439 CE1 TYR P 101 -3.361 -25.883-183.959 1.00 10.63 C \ ANISOU36439 CE1 TYR P 101 1081 1548 1408 -258 -2 8 C \ ATOM 36440 CE2 TYR P 101 -5.683 -25.613-184.530 1.00 8.50 C \ ANISOU36440 CE2 TYR P 101 753 1316 1158 -270 14 0 C \ ATOM 36441 CZ TYR P 101 -4.446 -25.063-184.216 1.00 10.64 C \ ANISOU36441 CZ TYR P 101 1052 1571 1418 -251 6 -1 C \ ATOM 36442 OH TYR P 101 -4.277 -23.693-184.154 1.00 11.61 O \ ANISOU36442 OH TYR P 101 1171 1699 1541 -223 5 -15 O \ ATOM 36443 N SER P 102 -3.269 -32.036-185.215 1.00 8.94 N \ ANISOU36443 N SER P 102 928 1236 1231 -363 -30 57 N \ ATOM 36444 CA SER P 102 -3.120 -33.419-184.802 1.00 9.84 C \ ANISOU36444 CA SER P 102 1071 1319 1349 -386 -30 75 C \ ATOM 36445 C SER P 102 -3.323 -33.475-183.298 1.00 11.34 C \ ANISOU36445 C SER P 102 1271 1519 1517 -395 -6 100 C \ ATOM 36446 O SER P 102 -2.972 -32.534-182.591 1.00 12.11 O \ ANISOU36446 O SER P 102 1368 1639 1593 -373 0 99 O \ ATOM 36447 CB SER P 102 -1.727 -33.936-185.163 1.00 9.61 C \ ANISOU36447 CB SER P 102 1073 1257 1318 -364 -52 74 C \ ATOM 36448 OG SER P 102 -1.498 -33.822-186.562 1.00 11.59 O \ ANISOU36448 OG SER P 102 1314 1504 1583 -353 -71 51 O \ ATOM 36449 N VAL P 103 -3.901 -34.569-182.812 1.00 12.53 N \ ANISOU36449 N VAL P 103 1433 1654 1673 -428 6 121 N \ ATOM 36450 CA VAL P 103 -4.056 -34.762-181.370 1.00 13.64 C \ ANISOU36450 CA VAL P 103 1590 1803 1789 -438 30 150 C \ ATOM 36451 C VAL P 103 -4.146 -36.243-181.024 1.00 13.86 C \ ANISOU36451 C VAL P 103 1647 1792 1824 -470 33 179 C \ ATOM 36452 O VAL P 103 -4.745 -37.030-181.759 1.00 12.56 O \ ANISOU36452 O VAL P 103 1476 1606 1689 -499 29 175 O \ ATOM 36453 CB VAL P 103 -5.262 -33.948-180.793 1.00 14.91 C \ ANISOU36453 CB VAL P 103 1713 2011 1940 -450 60 148 C \ ATOM 36454 CG1 VAL P 103 -6.535 -34.289-181.499 1.00 18.35 C \ ANISOU36454 CG1 VAL P 103 2113 2454 2405 -484 68 140 C \ ATOM 36455 CG2 VAL P 103 -5.413 -34.133-179.275 1.00 15.69 C \ ANISOU36455 CG2 VAL P 103 1829 2123 2006 -459 88 177 C \ ATOM 36456 N ALA P 104 -3.501 -36.614-179.922 1.00 13.76 N \ ANISOU36456 N ALA P 104 1671 1770 1786 -462 38 207 N \ ATOM 36457 CA ALA P 104 -3.672 -37.932-179.328 1.00 14.24 C \ ANISOU36457 CA ALA P 104 1764 1796 1848 -492 48 243 C \ ATOM 36458 C ALA P 104 -3.920 -37.769-177.839 1.00 14.39 C \ ANISOU36458 C ALA P 104 1794 1842 1829 -497 77 275 C \ ATOM 36459 O ALA P 104 -3.393 -36.846-177.208 1.00 12.96 O \ ANISOU36459 O ALA P 104 1614 1692 1616 -465 77 269 O \ ATOM 36460 CB ALA P 104 -2.447 -38.794-179.560 1.00 12.97 C \ ANISOU36460 CB ALA P 104 1647 1586 1693 -471 19 251 C \ ATOM 36461 N ARG P 105 -4.751 -38.650-177.299 1.00 14.30 N \ ANISOU36461 N ARG P 105 1791 1821 1821 -539 102 307 N \ ATOM 36462 CA ARG P 105 -4.840 -38.845-175.859 1.00 16.73 C \ ANISOU36462 CA ARG P 105 2123 2144 2088 -546 128 346 C \ ATOM 36463 C ARG P 105 -4.098 -40.147-175.555 1.00 18.07 C \ ANISOU36463 C ARG P 105 2349 2257 2259 -549 114 384 C \ ATOM 36464 O ARG P 105 -4.475 -41.207-176.064 1.00 19.11 O \ ANISOU36464 O ARG P 105 2491 2344 2426 -583 112 395 O \ ATOM 36465 CB ARG P 105 -6.301 -38.949-175.405 1.00 17.09 C \ ANISOU36465 CB ARG P 105 2140 2219 2135 -592 171 362 C \ ATOM 36466 CG ARG P 105 -6.467 -39.118-173.891 1.00 18.01 C \ ANISOU36466 CG ARG P 105 2280 2357 2203 -601 204 405 C \ ATOM 36467 CD ARG P 105 -7.840 -39.670-173.544 1.00 21.68 C \ ANISOU36467 CD ARG P 105 2724 2835 2679 -658 247 431 C \ ATOM 36468 NE ARG P 105 -8.019 -39.853-172.100 1.00 22.39 N \ ANISOU36468 NE ARG P 105 2837 2949 2718 -667 283 475 N \ ATOM 36469 CZ ARG P 105 -7.647 -40.930-171.410 1.00 20.40 C \ ANISOU36469 CZ ARG P 105 2639 2661 2452 -682 287 526 C \ ATOM 36470 NH1 ARG P 105 -7.046 -41.955-172.011 1.00 20.25 N \ ANISOU36470 NH1 ARG P 105 2655 2573 2466 -688 256 538 N \ ATOM 36471 NH2 ARG P 105 -7.866 -40.975-170.101 1.00 22.10 N \ ANISOU36471 NH2 ARG P 105 2873 2907 2616 -689 321 565 N \ ATOM 36472 N VAL P 106 -3.041 -40.069-174.749 1.00 18.41 N \ ANISOU36472 N VAL P 106 2428 2301 2265 -512 101 401 N \ ATOM 36473 CA VAL P 106 -2.326 -41.280-174.322 1.00 20.54 C \ ANISOU36473 CA VAL P 106 2753 2518 2531 -509 87 441 C \ ATOM 36474 C VAL P 106 -2.825 -41.763-172.951 1.00 21.67 C \ ANISOU36474 C VAL P 106 2923 2672 2636 -534 120 494 C \ ATOM 36475 O VAL P 106 -2.894 -40.979-171.994 1.00 19.55 O \ ANISOU36475 O VAL P 106 2649 2456 2321 -520 138 499 O \ ATOM 36476 CB VAL P 106 -0.790 -41.067-174.293 1.00 22.02 C \ ANISOU36476 CB VAL P 106 2966 2697 2703 -453 48 431 C \ ATOM 36477 CG1 VAL P 106 -0.062 -42.375-173.958 1.00 24.20 C \ ANISOU36477 CG1 VAL P 106 3298 2916 2981 -445 30 471 C \ ATOM 36478 CG2 VAL P 106 -0.290 -40.503-175.625 1.00 22.99 C \ ANISOU36478 CG2 VAL P 106 3059 2816 2859 -430 20 380 C \ ATOM 36479 N SER P 107 -3.185 -43.048-172.872 1.00 23.16 N \ ANISOU36479 N SER P 107 3142 2810 2845 -570 129 533 N \ ATOM 36480 CA SER P 107 -3.574 -43.687-171.610 1.00 24.85 C \ ANISOU36480 CA SER P 107 3391 3024 3025 -595 160 593 C \ ATOM 36481 C SER P 107 -2.350 -43.996-170.749 1.00 24.71 C \ ANISOU36481 C SER P 107 3428 2993 2966 -551 136 625 C \ ATOM 36482 O SER P 107 -1.413 -44.653-171.200 1.00 25.10 O \ ANISOU36482 O SER P 107 3509 2989 3037 -526 99 626 O \ ATOM 36483 CB SER P 107 -4.370 -44.968-171.872 1.00 26.51 C \ ANISOU36483 CB SER P 107 3616 3180 3276 -653 176 625 C \ ATOM 36484 OG SER P 107 -5.692 -44.673-172.282 1.00 29.36 O \ ANISOU36484 OG SER P 107 3924 3569 3662 -701 208 606 O \ ATOM 36485 N LEU P 108 -2.370 -43.513-169.510 1.00 25.54 N \ ANISOU36485 N LEU P 108 3544 3148 3011 -540 156 649 N \ ATOM 36486 CA LEU P 108 -1.240 -43.651-168.588 1.00 25.55 C \ ANISOU36486 CA LEU P 108 3592 3149 2964 -495 133 677 C \ ATOM 36487 C LEU P 108 -1.515 -44.751-167.560 1.00 28.33 C \ ANISOU36487 C LEU P 108 3996 3476 3288 -520 155 751 C \ ATOM 36488 O LEU P 108 -2.676 -45.090-167.335 1.00 28.47 O \ ANISOU36488 O LEU P 108 4005 3498 3311 -574 199 776 O \ ATOM 36489 CB LEU P 108 -0.974 -42.307-167.889 1.00 24.81 C \ ANISOU36489 CB LEU P 108 3477 3132 2817 -461 135 650 C \ ATOM 36490 CG LEU P 108 -0.760 -41.095-168.806 1.00 22.68 C \ ANISOU36490 CG LEU P 108 3156 2889 2571 -438 117 581 C \ ATOM 36491 CD1 LEU P 108 -0.759 -39.784-168.021 1.00 18.44 C \ ANISOU36491 CD1 LEU P 108 2598 2424 1982 -415 128 556 C \ ATOM 36492 CD2 LEU P 108 0.516 -41.237-169.620 1.00 21.94 C \ ANISOU36492 CD2 LEU P 108 3072 2758 2507 -398 66 557 C \ ATOM 36493 N PRO P 109 -0.454 -45.315-166.937 1.00 29.65 N \ ANISOU36493 N PRO P 109 4218 3619 3427 -482 126 786 N \ ATOM 36494 CA PRO P 109 -0.657 -46.310-165.889 1.00 32.13 C \ ANISOU36494 CA PRO P 109 4588 3911 3708 -501 146 861 C \ ATOM 36495 C PRO P 109 -1.637 -45.826-164.821 1.00 34.00 C \ ANISOU36495 C PRO P 109 4813 4214 3889 -531 199 885 C \ ATOM 36496 O PRO P 109 -1.542 -44.686-164.350 1.00 33.53 O \ ANISOU36496 O PRO P 109 4728 4225 3785 -505 203 854 O \ ATOM 36497 CB PRO P 109 0.743 -46.481-165.289 1.00 31.81 C \ ANISOU36497 CB PRO P 109 4593 3863 3629 -438 101 880 C \ ATOM 36498 CG PRO P 109 1.658 -46.174-166.397 1.00 30.15 C \ ANISOU36498 CG PRO P 109 4360 3632 3463 -400 54 823 C \ ATOM 36499 CD PRO P 109 0.982 -45.079-167.187 1.00 30.02 C \ ANISOU36499 CD PRO P 109 4277 3658 3472 -419 72 760 C \ ATOM 36500 N MET P 110 -2.589 -46.690-164.481 1.00 35.72 N \ ANISOU36500 N MET P 110 5049 4408 4114 -587 240 938 N \ ATOM 36501 CA MET P 110 -3.592 -46.417-163.459 1.00 37.99 C \ ANISOU36501 CA MET P 110 5329 4756 4351 -622 297 970 C \ ATOM 36502 C MET P 110 -2.923 -46.275-162.087 1.00 38.25 C \ ANISOU36502 C MET P 110 5407 4827 4296 -581 293 1009 C \ ATOM 36503 O MET P 110 -2.017 -47.041-161.746 1.00 38.01 O \ ANISOU36503 O MET P 110 5435 4754 4252 -552 260 1050 O \ ATOM 36504 CB MET P 110 -4.631 -47.541-163.453 1.00 40.14 C \ ANISOU36504 CB MET P 110 5614 4982 4654 -693 339 1023 C \ ATOM 36505 CG MET P 110 -5.819 -47.326-162.527 1.00 46.66 C \ ANISOU36505 CG MET P 110 6422 5870 5437 -739 406 1056 C \ ATOM 36506 SD MET P 110 -6.885 -48.784-162.424 1.00 57.97 S \ ANISOU36506 SD MET P 110 7879 7240 6906 -825 453 1130 S \ ATOM 36507 CE MET P 110 -5.795 -49.986-161.644 1.00 56.52 C \ ANISOU36507 CE MET P 110 7796 6988 6690 -797 423 1211 C \ ATOM 36508 N LEU P 111 -3.374 -45.294-161.311 1.00 38.48 N \ ANISOU36508 N LEU P 111 5411 4940 4267 -577 325 994 N \ ATOM 36509 CA LEU P 111 -2.712 -44.944-160.053 1.00 40.18 C \ ANISOU36509 CA LEU P 111 5663 5205 4395 -533 317 1017 C \ ATOM 36510 C LEU P 111 -3.529 -45.225-158.792 1.00 42.42 C \ ANISOU36510 C LEU P 111 5972 5532 4612 -565 375 1079 C \ ATOM 36511 O LEU P 111 -2.969 -45.619-157.768 1.00 43.16 O \ ANISOU36511 O LEU P 111 6123 5634 4641 -540 367 1130 O \ ATOM 36512 CB LEU P 111 -2.286 -43.471-160.068 1.00 38.35 C \ ANISOU36512 CB LEU P 111 5392 5041 4139 -487 297 943 C \ ATOM 36513 CG LEU P 111 -1.243 -43.037-161.098 1.00 36.40 C \ ANISOU36513 CG LEU P 111 5125 4765 3940 -445 237 884 C \ ATOM 36514 CD1 LEU P 111 -1.015 -41.538-161.006 1.00 34.66 C \ ANISOU36514 CD1 LEU P 111 4864 4613 3692 -411 228 816 C \ ATOM 36515 CD2 LEU P 111 0.062 -43.797-160.911 1.00 35.54 C \ ANISOU36515 CD2 LEU P 111 5071 4610 3821 -403 184 916 C \ ATOM 36516 N ASN P 112 -4.842 -45.028-158.872 1.00 44.27 N \ ANISOU36516 N ASN P 112 6163 5797 4861 -618 433 1074 N \ ATOM 36517 CA ASN P 112 -5.697 -45.042-157.685 1.00 47.28 C \ ANISOU36517 CA ASN P 112 6553 6236 5173 -647 496 1121 C \ ATOM 36518 C ASN P 112 -6.690 -46.201-157.627 1.00 50.77 C \ ANISOU36518 C ASN P 112 7008 6638 5642 -720 546 1189 C \ ATOM 36519 O ASN P 112 -7.322 -46.542-158.628 1.00 51.09 O \ ANISOU36519 O ASN P 112 7012 6635 5762 -765 554 1173 O \ ATOM 36520 CB ASN P 112 -6.442 -43.710-157.567 1.00 45.68 C \ ANISOU36520 CB ASN P 112 6286 6121 4949 -645 531 1060 C \ ATOM 36521 CG ASN P 112 -5.504 -42.517-157.574 1.00 42.58 C \ ANISOU36521 CG ASN P 112 5881 5766 4529 -577 484 993 C \ ATOM 36522 OD1 ASN P 112 -4.765 -42.287-156.617 1.00 38.63 O \ ANISOU36522 OD1 ASN P 112 5421 5299 3955 -535 467 1005 O \ ATOM 36523 ND2 ASN P 112 -5.529 -41.752-158.658 1.00 39.48 N \ ANISOU36523 ND2 ASN P 112 5434 5369 4197 -568 464 921 N \ ATOM 36524 N GLU P 113 -6.811 -46.798-156.443 1.00 55.21 N \ ANISOU36524 N GLU P 113 7623 7215 6138 -732 578 1265 N \ ATOM 36525 CA GLU P 113 -7.787 -47.860-156.176 1.00 59.22 C \ ANISOU36525 CA GLU P 113 8147 7694 6659 -805 634 1339 C \ ATOM 36526 C GLU P 113 -8.913 -47.365-155.260 1.00 61.44 C \ ANISOU36526 C GLU P 113 8398 8066 6881 -838 711 1354 C \ ATOM 36527 O GLU P 113 -9.870 -48.100-154.993 1.00 62.89 O \ ANISOU36527 O GLU P 113 8581 8240 7072 -905 768 1411 O \ ATOM 36528 CB GLU P 113 -7.103 -49.071-155.536 1.00 60.38 C \ ANISOU36528 CB GLU P 113 8383 7779 6778 -800 616 1427 C \ ATOM 36529 CG GLU P 113 -6.073 -49.772-156.414 1.00 62.83 C \ ANISOU36529 CG GLU P 113 8727 7990 7152 -772 546 1422 C \ ATOM 36530 CD GLU P 113 -5.154 -50.701-155.626 1.00 65.93 C \ ANISOU36530 CD GLU P 113 9210 8338 7500 -740 517 1500 C \ ATOM 36531 OE1 GLU P 113 -5.433 -50.968-154.435 1.00 67.79 O \ ANISOU36531 OE1 GLU P 113 9487 8610 7660 -752 556 1568 O \ ATOM 36532 OE2 GLU P 113 -4.147 -51.166-156.200 1.00 66.86 O \ ANISOU36532 OE2 GLU P 113 9359 8387 7657 -702 456 1493 O \ ATOM 36533 N ASP P 114 -8.780 -46.122-154.785 1.00 62.57 N \ ANISOU36533 N ASP P 114 8513 8295 6964 -791 713 1301 N \ ATOM 36534 CA ASP P 114 -9.746 -45.462-153.887 1.00 64.24 C \ ANISOU36534 CA ASP P 114 8692 8604 7110 -808 782 1302 C \ ATOM 36535 C ASP P 114 -9.903 -46.177-152.548 1.00 65.76 C \ ANISOU36535 C ASP P 114 8946 8820 7217 -826 826 1394 C \ ATOM 36536 O ASP P 114 -10.468 -45.626-151.603 1.00 66.82 O \ ANISOU36536 O ASP P 114 9069 9042 7276 -825 879 1398 O \ ATOM 36537 CB ASP P 114 -11.118 -45.274-154.558 1.00 64.56 C \ ANISOU36537 CB ASP P 114 8653 8662 7213 -869 835 1274 C \ ATOM 36538 CG ASP P 114 -11.054 -44.389-155.791 1.00 64.27 C \ ANISOU36538 CG ASP P 114 8551 8618 7247 -846 796 1180 C \ ATOM 36539 OD1 ASP P 114 -11.728 -43.338-155.803 1.00 64.63 O \ ANISOU36539 OD1 ASP P 114 8535 8735 7284 -839 826 1124 O \ ATOM 36540 OD2 ASP P 114 -10.329 -44.743-156.747 1.00 64.82 O \ ANISOU36540 OD2 ASP P 114 8635 8614 7380 -833 737 1162 O \ ATOM 36541 N ASP P 118 -10.626 -36.959-150.511 1.00 44.78 N \ ANISOU36541 N ASP P 118 6030 6703 4281 -536 874 889 N \ ATOM 36542 CA ASP P 118 -10.481 -36.616-151.923 1.00 44.28 C \ ANISOU36542 CA ASP P 118 5921 6581 4323 -535 831 835 C \ ATOM 36543 C ASP P 118 -9.010 -36.475-152.344 1.00 42.73 C \ ANISOU36543 C ASP P 118 5761 6330 4142 -490 743 809 C \ ATOM 36544 O ASP P 118 -8.678 -35.668-153.219 1.00 42.59 O \ ANISOU36544 O ASP P 118 5708 6292 4180 -465 703 741 O \ ATOM 36545 CB ASP P 118 -11.265 -35.334-152.243 1.00 44.34 C \ ANISOU36545 CB ASP P 118 5856 6640 4351 -520 857 753 C \ ATOM 36546 N THR P 119 -8.142 -37.271-151.719 1.00 42.41 N \ ANISOU36546 N THR P 119 5791 6269 4054 -479 715 867 N \ ATOM 36547 CA THR P 119 -6.699 -37.249-151.990 1.00 40.98 C \ ANISOU36547 CA THR P 119 5646 6042 3881 -435 633 851 C \ ATOM 36548 C THR P 119 -6.299 -38.384-152.935 1.00 38.21 C \ ANISOU36548 C THR P 119 5311 5597 3608 -462 599 895 C \ ATOM 36549 O THR P 119 -6.614 -39.545-152.689 1.00 38.99 O \ ANISOU36549 O THR P 119 5442 5667 3704 -500 625 972 O \ ATOM 36550 CB THR P 119 -5.870 -37.353-150.678 1.00 42.38 C \ ANISOU36550 CB THR P 119 5891 6259 3952 -397 614 882 C \ ATOM 36551 OG1 THR P 119 -6.310 -36.356-149.749 1.00 44.64 O \ ANISOU36551 OG1 THR P 119 6165 6635 4160 -374 650 842 O \ ATOM 36552 CG2 THR P 119 -4.379 -37.153-150.948 1.00 43.51 C \ ANISOU36552 CG2 THR P 119 6061 6365 4103 -347 527 853 C \ ATOM 36553 N LEU P 120 -5.592 -38.045-154.008 1.00 34.28 N \ ANISOU36553 N LEU P 120 4793 5051 3180 -440 542 845 N \ ATOM 36554 CA LEU P 120 -5.176 -39.045-154.986 1.00 32.21 C \ ANISOU36554 CA LEU P 120 4543 4700 2994 -460 507 875 C \ ATOM 36555 C LEU P 120 -3.859 -38.677-155.666 1.00 29.11 C \ ANISOU36555 C LEU P 120 4155 4269 2635 -413 430 830 C \ ATOM 36556 O LEU P 120 -3.397 -37.537-155.576 1.00 28.05 O \ ANISOU36556 O LEU P 120 4002 4172 2481 -373 405 766 O \ ATOM 36557 CB LEU P 120 -6.267 -39.260-156.042 1.00 32.17 C \ ANISOU36557 CB LEU P 120 4483 4665 3073 -513 541 867 C \ ATOM 36558 CG LEU P 120 -6.700 -38.036-156.859 1.00 35.15 C \ ANISOU36558 CG LEU P 120 4791 5067 3497 -503 542 783 C \ ATOM 36559 CD1 LEU P 120 -6.883 -38.388-158.337 1.00 38.89 C \ ANISOU36559 CD1 LEU P 120 5229 5474 4073 -530 523 766 C \ ATOM 36560 CD2 LEU P 120 -7.964 -37.397-156.279 1.00 38.80 C \ ANISOU36560 CD2 LEU P 120 5211 5604 3924 -521 611 768 C \ ATOM 36561 N GLN P 121 -3.267 -39.661-156.336 1.00 26.92 N \ ANISOU36561 N GLN P 121 3902 3915 2409 -420 393 862 N \ ATOM 36562 CA GLN P 121 -2.072 -39.457-157.141 1.00 25.64 C \ ANISOU36562 CA GLN P 121 3740 3711 2291 -381 324 823 C \ ATOM 36563 C GLN P 121 -2.467 -39.167-158.581 1.00 23.89 C \ ANISOU36563 C GLN P 121 3461 3452 2162 -402 321 775 C \ ATOM 36564 O GLN P 121 -3.359 -39.820-159.123 1.00 23.02 O \ ANISOU36564 O GLN P 121 3335 3311 2099 -450 354 800 O \ ATOM 36565 CB GLN P 121 -1.186 -40.702-157.099 1.00 26.22 C \ ANISOU36565 CB GLN P 121 3871 3722 2370 -371 286 883 C \ ATOM 36566 CG GLN P 121 -0.555 -40.980-155.748 1.00 27.40 C \ ANISOU36566 CG GLN P 121 4080 3904 2427 -340 273 929 C \ ATOM 36567 CD GLN P 121 0.430 -42.133-155.786 1.00 28.60 C \ ANISOU36567 CD GLN P 121 4286 3991 2590 -320 227 983 C \ ATOM 36568 OE1 GLN P 121 0.655 -42.740-156.830 1.00 31.60 O \ ANISOU36568 OE1 GLN P 121 4660 4300 3046 -330 205 983 O \ ATOM 36569 NE2 GLN P 121 1.026 -42.440-154.639 1.00 31.39 N \ ANISOU36569 NE2 GLN P 121 4693 4370 2863 -289 210 1028 N \ ATOM 36570 N MET P 122 -1.811 -38.180-159.192 1.00 21.74 N \ ANISOU36570 N MET P 122 3159 3185 1914 -367 282 708 N \ ATOM 36571 CA MET P 122 -2.000 -37.880-160.616 1.00 20.83 C \ ANISOU36571 CA MET P 122 2996 3034 1884 -379 270 662 C \ ATOM 36572 C MET P 122 -0.648 -37.828-161.298 1.00 20.58 C \ ANISOU36572 C MET P 122 2972 2961 1884 -341 205 636 C \ ATOM 36573 O MET P 122 0.356 -37.454-160.679 1.00 20.02 O \ ANISOU36573 O MET P 122 2923 2912 1769 -299 169 626 O \ ATOM 36574 CB MET P 122 -2.703 -36.535-160.823 1.00 19.99 C \ ANISOU36574 CB MET P 122 2833 2977 1783 -377 294 599 C \ ATOM 36575 CG MET P 122 -4.076 -36.422-160.173 1.00 22.06 C \ ANISOU36575 CG MET P 122 3077 3290 2015 -410 362 614 C \ ATOM 36576 SD MET P 122 -4.897 -34.858-160.540 1.00 24.85 S \ ANISOU36576 SD MET P 122 3363 3695 2384 -401 386 537 S \ ATOM 36577 CE MET P 122 -5.182 -35.000-162.299 1.00 27.00 C \ ANISOU36577 CE MET P 122 3588 3908 2760 -425 369 511 C \ ATOM 36578 N TRP P 123 -0.617 -38.199-162.574 1.00 19.79 N \ ANISOU36578 N TRP P 123 2852 2806 1860 -355 189 624 N \ ATOM 36579 CA TRP P 123 0.589 -38.019-163.364 1.00 19.77 C \ ANISOU36579 CA TRP P 123 2846 2772 1893 -320 132 591 C \ ATOM 36580 C TRP P 123 0.777 -36.547-163.706 1.00 19.60 C \ ANISOU36580 C TRP P 123 2780 2787 1877 -297 121 521 C \ ATOM 36581 O TRP P 123 -0.154 -35.869-164.152 1.00 18.53 O \ ANISOU36581 O TRP P 123 2603 2671 1764 -317 151 489 O \ ATOM 36582 CB TRP P 123 0.542 -38.860-164.635 1.00 20.08 C \ ANISOU36582 CB TRP P 123 2877 2742 2007 -341 121 597 C \ ATOM 36583 CG TRP P 123 0.750 -40.320-164.391 1.00 21.41 C \ ANISOU36583 CG TRP P 123 3096 2859 2177 -352 116 661 C \ ATOM 36584 CD1 TRP P 123 -0.192 -41.308-164.463 1.00 23.55 C \ ANISOU36584 CD1 TRP P 123 3380 3098 2469 -400 151 705 C \ ATOM 36585 CD2 TRP P 123 1.983 -40.962-164.050 1.00 22.91 C \ ANISOU36585 CD2 TRP P 123 3332 3021 2350 -314 72 688 C \ ATOM 36586 NE1 TRP P 123 0.383 -42.528-164.194 1.00 23.56 N \ ANISOU36586 NE1 TRP P 123 3435 3047 2469 -394 132 759 N \ ATOM 36587 CE2 TRP P 123 1.716 -42.344-163.934 1.00 24.58 C \ ANISOU36587 CE2 TRP P 123 3586 3179 2574 -339 83 750 C \ ATOM 36588 CE3 TRP P 123 3.290 -40.504-163.830 1.00 22.93 C \ ANISOU36588 CE3 TRP P 123 3343 3039 2331 -261 24 665 C \ ATOM 36589 CZ2 TRP P 123 2.708 -43.274-163.603 1.00 26.56 C \ ANISOU36589 CZ2 TRP P 123 3888 3389 2813 -308 46 791 C \ ATOM 36590 CZ3 TRP P 123 4.273 -41.424-163.504 1.00 25.71 C \ ANISOU36590 CZ3 TRP P 123 3741 3356 2671 -231 -12 704 C \ ATOM 36591 CH2 TRP P 123 3.979 -42.796-163.396 1.00 26.49 C \ ANISOU36591 CH2 TRP P 123 3883 3399 2781 -253 -1 767 C \ ATOM 36592 N GLU P 124 1.991 -36.066-163.474 1.00 18.17 N \ ANISOU36592 N GLU P 124 2610 2616 1676 -255 76 497 N \ ATOM 36593 CA GLU P 124 2.347 -34.683-163.725 1.00 17.67 C \ ANISOU36593 CA GLU P 124 2512 2583 1617 -232 59 433 C \ ATOM 36594 C GLU P 124 3.422 -34.643-164.820 1.00 16.55 C \ ANISOU36594 C GLU P 124 2357 2401 1529 -212 12 406 C \ ATOM 36595 O GLU P 124 4.511 -35.175-164.632 1.00 16.09 O \ ANISOU36595 O GLU P 124 2325 2325 1461 -186 -26 423 O \ ATOM 36596 CB GLU P 124 2.871 -34.062-162.430 1.00 18.73 C \ ANISOU36596 CB GLU P 124 2667 2769 1676 -202 48 424 C \ ATOM 36597 CG GLU P 124 3.300 -32.615-162.529 1.00 18.02 C \ ANISOU36597 CG GLU P 124 2548 2710 1587 -179 28 356 C \ ATOM 36598 CD GLU P 124 4.150 -32.176-161.342 1.00 21.05 C \ ANISOU36598 CD GLU P 124 2958 3136 1902 -146 0 346 C \ ATOM 36599 OE1 GLU P 124 4.400 -32.998-160.435 1.00 19.00 O \ ANISOU36599 OE1 GLU P 124 2740 2885 1591 -138 -3 393 O \ ATOM 36600 OE2 GLU P 124 4.581 -31.012-161.329 1.00 17.72 O \ ANISOU36600 OE2 GLU P 124 2516 2737 1479 -127 -18 290 O \ ATOM 36601 N ALA P 125 3.109 -34.031-165.962 1.00 15.99 N \ ANISOU36601 N ALA P 125 2245 2318 1513 -222 16 366 N \ ATOM 36602 CA ALA P 125 4.076 -33.916-167.057 1.00 15.57 C \ ANISOU36602 CA ALA P 125 2175 2231 1510 -204 -23 339 C \ ATOM 36603 C ALA P 125 5.090 -32.821-166.734 1.00 16.34 C \ ANISOU36603 C ALA P 125 2262 2357 1586 -171 -55 297 C \ ATOM 36604 O ALA P 125 4.713 -31.668-166.497 1.00 15.97 O \ ANISOU36604 O ALA P 125 2194 2345 1526 -171 -42 260 O \ ATOM 36605 CB ALA P 125 3.372 -33.628-168.371 1.00 15.14 C \ ANISOU36605 CB ALA P 125 2081 2156 1515 -226 -7 314 C \ ATOM 36606 N ILE P 126 6.374 -33.179-166.716 1.00 15.92 N \ ANISOU36606 N ILE P 126 2224 2290 1532 -144 -99 302 N \ ATOM 36607 CA ILE P 126 7.392 -32.245-166.234 1.00 16.10 C \ ANISOU36607 CA ILE P 126 2241 2345 1531 -115 -133 266 C \ ATOM 36608 C ILE P 126 8.345 -31.721-167.315 1.00 15.70 C \ ANISOU36608 C ILE P 126 2158 2275 1531 -102 -165 228 C \ ATOM 36609 O ILE P 126 8.914 -30.634-167.170 1.00 15.00 O \ ANISOU36609 O ILE P 126 2051 2211 1437 -90 -183 186 O \ ATOM 36610 CB ILE P 126 8.170 -32.814-165.014 1.00 17.81 C \ ANISOU36610 CB ILE P 126 2496 2579 1689 -90 -160 296 C \ ATOM 36611 CG1 ILE P 126 9.034 -34.012-165.418 1.00 18.33 C \ ANISOU36611 CG1 ILE P 126 2581 2605 1779 -73 -191 330 C \ ATOM 36612 CG2 ILE P 126 7.191 -33.203-163.897 1.00 18.12 C \ ANISOU36612 CG2 ILE P 126 2567 2644 1672 -104 -123 334 C \ ATOM 36613 CD1 ILE P 126 10.001 -34.473-164.333 1.00 20.86 C \ ANISOU36613 CD1 ILE P 126 2934 2944 2047 -40 -228 355 C \ ATOM 36614 N SER P 127 8.491 -32.480-168.398 1.00 14.84 N \ ANISOU36614 N SER P 127 2043 2123 1471 -107 -169 241 N \ ATOM 36615 CA SER P 127 9.340 -32.084-169.519 1.00 15.57 C \ ANISOU36615 CA SER P 127 2105 2199 1613 -96 -194 209 C \ ATOM 36616 C SER P 127 8.987 -32.861-170.775 1.00 15.40 C \ ANISOU36616 C SER P 127 2076 2132 1642 -111 -182 221 C \ ATOM 36617 O SER P 127 8.383 -33.932-170.710 1.00 14.93 O \ ANISOU36617 O SER P 127 2041 2049 1582 -123 -167 258 O \ ATOM 36618 CB SER P 127 10.828 -32.271-169.188 1.00 16.54 C \ ANISOU36618 CB SER P 127 2233 2327 1725 -63 -240 207 C \ ATOM 36619 OG SER P 127 11.158 -33.635-169.014 1.00 18.98 O \ ANISOU36619 OG SER P 127 2573 2610 2029 -49 -253 250 O \ ATOM 36620 N VAL P 128 9.381 -32.310-171.916 1.00 14.46 N \ ANISOU36620 N VAL P 128 1925 2003 1566 -109 -191 189 N \ ATOM 36621 CA VAL P 128 9.151 -32.957-173.197 1.00 14.84 C \ ANISOU36621 CA VAL P 128 1964 2013 1661 -119 -184 193 C \ ATOM 36622 C VAL P 128 10.315 -32.679-174.145 1.00 15.02 C \ ANISOU36622 C VAL P 128 1962 2028 1716 -99 -211 166 C \ ATOM 36623 O VAL P 128 10.824 -31.547-174.209 1.00 14.38 O \ ANISOU36623 O VAL P 128 1855 1969 1636 -94 -220 134 O \ ATOM 36624 CB VAL P 128 7.794 -32.517-173.838 1.00 14.86 C \ ANISOU36624 CB VAL P 128 1948 2014 1683 -150 -148 182 C \ ATOM 36625 CG1 VAL P 128 7.732 -30.992-174.045 1.00 14.96 C \ ANISOU36625 CG1 VAL P 128 1929 2054 1700 -151 -144 142 C \ ATOM 36626 CG2 VAL P 128 7.538 -33.269-175.163 1.00 14.05 C \ ANISOU36626 CG2 VAL P 128 1838 1874 1626 -161 -144 185 C \ ATOM 36627 N LYS P 129 10.750 -33.730-174.840 1.00 15.05 N \ ANISOU36627 N LYS P 129 1974 1998 1745 -89 -222 180 N \ ATOM 36628 CA LYS P 129 11.601 -33.584-176.018 1.00 15.66 C \ ANISOU36628 CA LYS P 129 2025 2065 1860 -75 -237 155 C \ ATOM 36629 C LYS P 129 10.719 -33.771-177.238 1.00 15.06 C \ ANISOU36629 C LYS P 129 1939 1965 1817 -98 -214 149 C \ ATOM 36630 O LYS P 129 10.077 -34.817-177.393 1.00 14.57 O \ ANISOU36630 O LYS P 129 1899 1873 1762 -109 -204 172 O \ ATOM 36631 CB LYS P 129 12.726 -34.618-176.033 1.00 16.51 C \ ANISOU36631 CB LYS P 129 2145 2153 1972 -43 -266 169 C \ ATOM 36632 CG LYS P 129 13.845 -34.340-175.041 1.00 23.58 C \ ANISOU36632 CG LYS P 129 3040 3077 2841 -15 -297 168 C \ ATOM 36633 CD LYS P 129 15.019 -35.270-175.301 1.00 28.35 C \ ANISOU36633 CD LYS P 129 3647 3663 3459 20 -326 176 C \ ATOM 36634 CE LYS P 129 16.278 -34.771-174.640 1.00 32.08 C \ ANISOU36634 CE LYS P 129 4102 4171 3915 48 -360 163 C \ ATOM 36635 NZ LYS P 129 17.411 -35.683-174.920 1.00 34.55 N \ ANISOU36635 NZ LYS P 129 4414 4470 4244 87 -389 170 N \ ATOM 36636 N THR P 130 10.665 -32.757-178.095 1.00 13.70 N \ ANISOU36636 N THR P 130 1735 1805 1665 -105 -207 120 N \ ATOM 36637 CA THR P 130 9.836 -32.849-179.297 1.00 13.42 C \ ANISOU36637 CA THR P 130 1687 1752 1657 -124 -188 112 C \ ATOM 36638 C THR P 130 10.647 -32.470-180.528 1.00 14.40 C \ ANISOU36638 C THR P 130 1786 1876 1809 -112 -197 87 C \ ATOM 36639 O THR P 130 11.555 -31.647-180.441 1.00 13.14 O \ ANISOU36639 O THR P 130 1606 1736 1647 -99 -209 71 O \ ATOM 36640 CB THR P 130 8.515 -32.032-179.185 1.00 13.50 C \ ANISOU36640 CB THR P 130 1688 1779 1662 -151 -161 106 C \ ATOM 36641 OG1 THR P 130 7.698 -32.263-180.345 1.00 13.48 O \ ANISOU36641 OG1 THR P 130 1674 1759 1685 -168 -147 100 O \ ATOM 36642 CG2 THR P 130 8.784 -30.521-179.034 1.00 13.67 C \ ANISOU36642 CG2 THR P 130 1685 1830 1678 -148 -162 81 C \ ATOM 36643 N GLU P 131 10.310 -33.070-181.668 1.00 13.79 N \ ANISOU36643 N GLU P 131 1707 1776 1755 -117 -191 84 N \ ATOM 36644 CA GLU P 131 11.057 -32.854-182.907 1.00 13.38 C \ ANISOU36644 CA GLU P 131 1634 1724 1726 -104 -197 62 C \ ATOM 36645 C GLU P 131 10.166 -33.048-184.126 1.00 12.38 C \ ANISOU36645 C GLU P 131 1501 1584 1617 -121 -182 54 C \ ATOM 36646 O GLU P 131 9.350 -33.982-184.183 1.00 10.60 O \ ANISOU36646 O GLU P 131 1296 1335 1396 -134 -177 65 O \ ATOM 36647 CB GLU P 131 12.252 -33.816-182.969 1.00 14.66 C \ ANISOU36647 CB GLU P 131 1804 1871 1893 -74 -218 65 C \ ATOM 36648 CG GLU P 131 13.224 -33.598-184.134 1.00 20.04 C \ ANISOU36648 CG GLU P 131 2460 2560 2594 -56 -223 43 C \ ATOM 36649 CD GLU P 131 14.568 -34.285-183.913 1.00 24.94 C \ ANISOU36649 CD GLU P 131 3081 3178 3217 -21 -245 44 C \ ATOM 36650 OE1 GLU P 131 15.203 -34.056-182.864 1.00 27.93 O \ ANISOU36650 OE1 GLU P 131 3458 3572 3581 -9 -261 51 O \ ATOM 36651 OE2 GLU P 131 14.986 -35.065-184.789 1.00 28.45 O \ ANISOU36651 OE2 GLU P 131 3526 3605 3677 -3 -248 36 O \ ATOM 36652 N VAL P 132 10.327 -32.161-185.101 1.00 11.39 N \ ANISOU36652 N VAL P 132 1350 1474 1502 -121 -177 34 N \ ATOM 36653 CA VAL P 132 9.697 -32.331-186.409 1.00 11.49 C \ ANISOU36653 CA VAL P 132 1357 1479 1529 -131 -168 24 C \ ATOM 36654 C VAL P 132 10.552 -33.334-187.184 1.00 12.57 C \ ANISOU36654 C VAL P 132 1500 1598 1677 -109 -179 16 C \ ATOM 36655 O VAL P 132 11.765 -33.153-187.333 1.00 13.46 O \ ANISOU36655 O VAL P 132 1600 1721 1791 -87 -188 8 O \ ATOM 36656 CB VAL P 132 9.554 -30.986-187.161 1.00 11.79 C \ ANISOU36656 CB VAL P 132 1368 1541 1571 -137 -159 10 C \ ATOM 36657 CG1 VAL P 132 8.920 -31.189-188.543 1.00 10.50 C \ ANISOU36657 CG1 VAL P 132 1199 1372 1417 -143 -152 0 C \ ATOM 36658 CG2 VAL P 132 8.728 -29.995-186.327 1.00 12.68 C \ ANISOU36658 CG2 VAL P 132 1476 1668 1674 -153 -148 15 C \ ATOM 36659 N VAL P 133 9.913 -34.409-187.631 1.00 12.06 N \ ANISOU36659 N VAL P 133 1454 1507 1621 -117 -179 17 N \ ATOM 36660 CA VAL P 133 10.581 -35.509-188.311 1.00 12.19 C \ ANISOU36660 CA VAL P 133 1483 1500 1648 -96 -189 7 C \ ATOM 36661 C VAL P 133 10.504 -35.294-189.824 1.00 12.30 C \ ANISOU36661 C VAL P 133 1481 1523 1669 -94 -184 -16 C \ ATOM 36662 O VAL P 133 9.524 -34.741-190.328 1.00 13.33 O \ ANISOU36662 O VAL P 133 1601 1664 1798 -116 -174 -20 O \ ATOM 36663 CB VAL P 133 9.920 -36.862-187.906 1.00 14.22 C \ ANISOU36663 CB VAL P 133 1773 1716 1912 -106 -193 20 C \ ATOM 36664 CG1 VAL P 133 10.460 -38.047-188.731 1.00 13.99 C \ ANISOU36664 CG1 VAL P 133 1760 1655 1897 -85 -204 5 C \ ATOM 36665 CG2 VAL P 133 10.093 -37.104-186.404 1.00 13.06 C \ ANISOU36665 CG2 VAL P 133 1645 1561 1753 -104 -199 48 C \ ATOM 36666 N GLY P 134 11.542 -35.715-190.541 1.00 11.63 N \ ANISOU36666 N GLY P 134 1392 1436 1589 -66 -190 -32 N \ ATOM 36667 CA GLY P 134 11.544 -35.634-192.009 1.00 11.32 C \ ANISOU36667 CA GLY P 134 1341 1407 1550 -62 -184 -55 C \ ATOM 36668 C GLY P 134 11.938 -34.278-192.577 1.00 11.21 C \ ANISOU36668 C GLY P 134 1297 1433 1529 -61 -172 -60 C \ ATOM 36669 O GLY P 134 11.660 -33.977-193.743 1.00 10.99 O \ ANISOU36669 O GLY P 134 1259 1418 1496 -64 -165 -73 O \ ATOM 36670 N ILE P 135 12.598 -33.452-191.773 1.00 10.95 N \ ANISOU36670 N ILE P 135 1248 1417 1493 -58 -172 -48 N \ ATOM 36671 CA ILE P 135 12.990 -32.116-192.234 1.00 11.05 C \ ANISOU36671 CA ILE P 135 1233 1462 1502 -62 -161 -50 C \ ATOM 36672 C ILE P 135 13.890 -32.217-193.487 1.00 11.54 C \ ANISOU36672 C ILE P 135 1280 1539 1563 -41 -155 -67 C \ ATOM 36673 O ILE P 135 13.753 -31.433-194.436 1.00 11.02 O \ ANISOU36673 O ILE P 135 1200 1493 1491 -48 -142 -70 O \ ATOM 36674 CB ILE P 135 13.647 -31.299-191.089 1.00 12.44 C \ ANISOU36674 CB ILE P 135 1396 1651 1679 -62 -165 -39 C \ ATOM 36675 CG1 ILE P 135 12.574 -30.854-190.079 1.00 9.55 C \ ANISOU36675 CG1 ILE P 135 1041 1278 1307 -85 -165 -26 C \ ATOM 36676 CG2 ILE P 135 14.389 -30.091-191.627 1.00 10.63 C \ ANISOU36676 CG2 ILE P 135 1137 1449 1451 -64 -155 -43 C \ ATOM 36677 CD1 ILE P 135 13.151 -30.318-188.762 1.00 11.42 C \ ANISOU36677 CD1 ILE P 135 1272 1524 1540 -84 -173 -18 C \ ATOM 36678 N SER P 136 14.766 -33.218-193.498 1.00 11.05 N \ ANISOU36678 N SER P 136 1223 1468 1507 -14 -163 -76 N \ ATOM 36679 CA SER P 136 15.711 -33.419-194.603 1.00 11.65 C \ ANISOU36679 CA SER P 136 1283 1562 1581 9 -154 -94 C \ ATOM 36680 C SER P 136 15.045 -33.726-195.955 1.00 11.88 C \ ANISOU36680 C SER P 136 1322 1591 1601 7 -146 -111 C \ ATOM 36681 O SER P 136 15.642 -33.483-197.006 1.00 11.50 O \ ANISOU36681 O SER P 136 1257 1567 1543 20 -133 -123 O \ ATOM 36682 CB SER P 136 16.722 -34.507-194.247 1.00 12.14 C \ ANISOU36682 CB SER P 136 1348 1610 1652 43 -167 -103 C \ ATOM 36683 OG SER P 136 16.121 -35.796-194.231 1.00 15.48 O \ ANISOU36683 OG SER P 136 1806 1995 2080 50 -178 -109 O \ ATOM 36684 N SER P 137 13.817 -34.257-195.923 1.00 12.02 N \ ANISOU36684 N SER P 137 1365 1584 1618 -9 -153 -111 N \ ATOM 36685 CA SER P 137 13.060 -34.548-197.149 1.00 12.46 C \ ANISOU36685 CA SER P 137 1429 1640 1663 -14 -150 -129 C \ ATOM 36686 C SER P 137 12.845 -33.302-198.007 1.00 12.58 C \ ANISOU36686 C SER P 137 1425 1692 1662 -26 -136 -124 C \ ATOM 36687 O SER P 137 12.647 -33.397-199.224 1.00 13.25 O \ ANISOU36687 O SER P 137 1511 1790 1731 -20 -131 -140 O \ ATOM 36688 CB SER P 137 11.702 -35.180-196.815 1.00 12.19 C \ ANISOU36688 CB SER P 137 1419 1575 1635 -38 -162 -127 C \ ATOM 36689 OG SER P 137 10.831 -34.230-196.222 1.00 11.97 O \ ANISOU36689 OG SER P 137 1384 1557 1607 -66 -158 -107 O \ ATOM 36690 N LEU P 138 12.898 -32.138-197.365 1.00 11.92 N \ ANISOU36690 N LEU P 138 1325 1621 1582 -40 -130 -103 N \ ATOM 36691 CA LEU P 138 12.608 -30.870-198.025 1.00 11.46 C \ ANISOU36691 CA LEU P 138 1252 1590 1512 -52 -117 -92 C \ ATOM 36692 C LEU P 138 13.750 -30.326-198.896 1.00 12.36 C \ ANISOU36692 C LEU P 138 1345 1734 1616 -38 -100 -94 C \ ATOM 36693 O LEU P 138 13.579 -29.289-199.543 1.00 12.47 O \ ANISOU36693 O LEU P 138 1349 1768 1619 -48 -87 -83 O \ ATOM 36694 CB LEU P 138 12.133 -29.818-197.007 1.00 11.88 C \ ANISOU36694 CB LEU P 138 1298 1639 1573 -74 -117 -71 C \ ATOM 36695 CG LEU P 138 10.933 -30.163-196.112 1.00 11.93 C \ ANISOU36695 CG LEU P 138 1321 1624 1587 -91 -128 -66 C \ ATOM 36696 CD1 LEU P 138 10.585 -28.990-195.202 1.00 11.29 C \ ANISOU36696 CD1 LEU P 138 1230 1545 1511 -107 -125 -49 C \ ATOM 36697 CD2 LEU P 138 9.694 -30.607-196.931 1.00 11.13 C \ ANISOU36697 CD2 LEU P 138 1230 1518 1478 -100 -133 -75 C \ ATOM 36698 N ILE P 139 14.899 -31.009-198.938 1.00 12.04 N \ ANISOU36698 N ILE P 139 1297 1697 1579 -14 -98 -107 N \ ATOM 36699 CA ILE P 139 15.946 -30.638-199.915 1.00 12.48 C \ ANISOU36699 CA ILE P 139 1331 1787 1624 0 -78 -112 C \ ATOM 36700 C ILE P 139 15.634 -31.119-201.342 1.00 13.29 C \ ANISOU36700 C ILE P 139 1445 1903 1702 11 -70 -130 C \ ATOM 36701 O ILE P 139 16.344 -30.773-202.291 1.00 12.84 O \ ANISOU36701 O ILE P 139 1371 1877 1627 22 -50 -133 O \ ATOM 36702 CB ILE P 139 17.383 -31.110-199.519 1.00 13.55 C \ ANISOU36702 CB ILE P 139 1447 1929 1772 24 -76 -121 C \ ATOM 36703 CG1 ILE P 139 17.535 -32.624-199.677 1.00 11.90 C \ ANISOU36703 CG1 ILE P 139 1255 1700 1563 53 -87 -147 C \ ATOM 36704 CG2 ILE P 139 17.777 -30.602-198.111 1.00 11.22 C \ ANISOU36704 CG2 ILE P 139 1138 1625 1497 12 -86 -105 C \ ATOM 36705 CD1 ILE P 139 18.976 -33.072-200.022 1.00 14.07 C \ ANISOU36705 CD1 ILE P 139 1507 1997 1841 87 -76 -163 C \ ATOM 36706 N ASN P 140 14.588 -31.931-201.483 1.00 13.85 N \ ANISOU36706 N ASN P 140 1541 1950 1768 9 -86 -144 N \ ATOM 36707 CA ASN P 140 14.179 -32.456-202.791 1.00 13.94 C \ ANISOU36707 CA ASN P 140 1566 1973 1754 19 -85 -167 C \ ATOM 36708 C ASN P 140 13.682 -31.306-203.670 1.00 14.06 C \ ANISOU36708 C ASN P 140 1575 2021 1747 5 -73 -150 C \ ATOM 36709 O ASN P 140 12.662 -30.689-203.371 1.00 14.22 O \ ANISOU36709 O ASN P 140 1599 2033 1769 -16 -82 -133 O \ ATOM 36710 CB ASN P 140 13.103 -33.543-202.613 1.00 13.71 C \ ANISOU36710 CB ASN P 140 1565 1909 1732 13 -108 -185 C \ ATOM 36711 CG ASN P 140 12.652 -34.181-203.936 1.00 16.34 C \ ANISOU36711 CG ASN P 140 1914 2253 2041 23 -112 -215 C \ ATOM 36712 OD1 ASN P 140 12.803 -33.610-205.014 1.00 17.55 O \ ANISOU36712 OD1 ASN P 140 2059 2442 2164 29 -98 -216 O \ ATOM 36713 ND2 ASN P 140 12.084 -35.372-203.842 1.00 18.22 N \ ANISOU36713 ND2 ASN P 140 2175 2456 2288 23 -131 -239 N \ ATOM 36714 N VAL P 141 14.430 -31.007-204.734 1.00 13.88 N \ ANISOU36714 N VAL P 141 1541 2033 1699 20 -52 -153 N \ ATOM 36715 CA VAL P 141 14.042 -29.959-205.688 1.00 13.92 C \ ANISOU36715 CA VAL P 141 1543 2069 1677 11 -40 -134 C \ ATOM 36716 C VAL P 141 13.826 -30.536-207.095 1.00 14.46 C \ ANISOU36716 C VAL P 141 1625 2161 1706 29 -38 -159 C \ ATOM 36717 O VAL P 141 14.044 -29.861-208.104 1.00 15.26 O \ ANISOU36717 O VAL P 141 1721 2299 1776 33 -19 -148 O \ ATOM 36718 CB VAL P 141 15.047 -28.773-205.712 1.00 13.48 C \ ANISOU36718 CB VAL P 141 1461 2037 1621 5 -13 -106 C \ ATOM 36719 CG1 VAL P 141 14.938 -27.954-204.418 1.00 13.39 C \ ANISOU36719 CG1 VAL P 141 1441 2003 1644 -17 -19 -81 C \ ATOM 36720 CG2 VAL P 141 16.491 -29.259-205.957 1.00 12.37 C \ ANISOU36720 CG2 VAL P 141 1301 1917 1480 28 6 -121 C \ ATOM 36721 N HIS P 142 13.392 -31.790-207.139 1.00 14.94 N \ ANISOU36721 N HIS P 142 1706 2202 1770 39 -58 -193 N \ ATOM 36722 CA HIS P 142 13.184 -32.500-208.402 1.00 16.73 C \ ANISOU36722 CA HIS P 142 1948 2448 1961 57 -60 -226 C \ ATOM 36723 C HIS P 142 11.931 -33.378-208.356 1.00 16.74 C \ ANISOU36723 C HIS P 142 1973 2419 1967 47 -92 -251 C \ ATOM 36724 O HIS P 142 11.896 -34.445-208.963 1.00 17.85 O \ ANISOU36724 O HIS P 142 2130 2554 2095 63 -101 -291 O \ ATOM 36725 CB HIS P 142 14.421 -33.339-208.740 1.00 18.03 C \ ANISOU36725 CB HIS P 142 2108 2620 2119 89 -45 -255 C \ ATOM 36726 CG HIS P 142 14.843 -34.241-207.627 1.00 20.63 C \ ANISOU36726 CG HIS P 142 2440 2908 2489 97 -56 -268 C \ ATOM 36727 ND1 HIS P 142 14.239 -35.456-207.390 1.00 20.92 N \ ANISOU36727 ND1 HIS P 142 2502 2904 2540 100 -82 -298 N \ ATOM 36728 CD2 HIS P 142 15.768 -34.082-206.651 1.00 21.78 C \ ANISOU36728 CD2 HIS P 142 2566 3045 2664 101 -48 -252 C \ ATOM 36729 CE1 HIS P 142 14.793 -36.020-206.331 1.00 23.79 C \ ANISOU36729 CE1 HIS P 142 2864 3235 2938 108 -87 -297 C \ ATOM 36730 NE2 HIS P 142 15.724 -35.207-205.866 1.00 21.75 N \ ANISOU36730 NE2 HIS P 142 2577 2996 2687 110 -68 -271 N \ ATOM 36731 N TYR P 143 10.903 -32.931-207.631 1.00 15.52 N \ ANISOU36731 N TYR P 143 1819 2245 1832 19 -108 -230 N \ ATOM 36732 CA TYR P 143 9.579 -33.536-207.754 1.00 15.30 C \ ANISOU36732 CA TYR P 143 1807 2200 1805 4 -136 -250 C \ ATOM 36733 C TYR P 143 9.181 -33.417-209.230 1.00 14.33 C \ ANISOU36733 C TYR P 143 1691 2116 1637 13 -140 -266 C \ ATOM 36734 O TYR P 143 9.409 -32.385-209.838 1.00 13.60 O \ ANISOU36734 O TYR P 143 1588 2060 1517 19 -124 -242 O \ ATOM 36735 CB TYR P 143 8.561 -32.844-206.834 1.00 15.46 C \ ANISOU36735 CB TYR P 143 1819 2205 1849 -25 -147 -220 C \ ATOM 36736 CG TYR P 143 7.120 -33.132-207.191 1.00 15.57 C \ ANISOU36736 CG TYR P 143 1840 2217 1858 -42 -173 -235 C \ ATOM 36737 CD1 TYR P 143 6.594 -34.421-207.074 1.00 17.15 C \ ANISOU36737 CD1 TYR P 143 2055 2386 2073 -51 -194 -268 C \ ATOM 36738 CD2 TYR P 143 6.280 -32.117-207.656 1.00 16.26 C \ ANISOU36738 CD2 TYR P 143 1917 2332 1927 -50 -179 -215 C \ ATOM 36739 CE1 TYR P 143 5.267 -34.691-207.420 1.00 17.80 C \ ANISOU36739 CE1 TYR P 143 2140 2469 2153 -71 -219 -283 C \ ATOM 36740 CE2 TYR P 143 4.946 -32.377-207.999 1.00 16.18 C \ ANISOU36740 CE2 TYR P 143 1908 2325 1913 -65 -205 -229 C \ ATOM 36741 CZ TYR P 143 4.451 -33.665-207.881 1.00 18.53 C \ ANISOU36741 CZ TYR P 143 2217 2595 2226 -77 -225 -265 C \ ATOM 36742 OH TYR P 143 3.139 -33.935-208.213 1.00 18.46 O \ ANISOU36742 OH TYR P 143 2206 2592 2216 -96 -252 -281 O \ ATOM 36743 N TRP P 144 8.609 -34.468-209.809 1.00 13.56 N \ ANISOU36743 N TRP P 144 1612 2010 1529 16 -161 -307 N \ ATOM 36744 CA TRP P 144 8.487 -34.513-211.271 1.00 14.81 C \ ANISOU36744 CA TRP P 144 1780 2210 1638 32 -164 -330 C \ ATOM 36745 C TRP P 144 7.660 -33.358-211.862 1.00 14.38 C \ ANISOU36745 C TRP P 144 1716 2193 1554 23 -169 -302 C \ ATOM 36746 O TRP P 144 7.890 -32.947-213.000 1.00 16.05 O \ ANISOU36746 O TRP P 144 1931 2448 1718 40 -160 -302 O \ ATOM 36747 CB TRP P 144 8.004 -35.886-211.760 1.00 15.63 C \ ANISOU36747 CB TRP P 144 1905 2294 1737 35 -189 -385 C \ ATOM 36748 CG TRP P 144 6.581 -36.220-211.423 1.00 19.99 C \ ANISOU36748 CG TRP P 144 2460 2822 2310 3 -223 -394 C \ ATOM 36749 CD1 TRP P 144 6.139 -36.920-210.338 1.00 19.63 C \ ANISOU36749 CD1 TRP P 144 2419 2725 2312 -19 -236 -397 C \ ATOM 36750 CD2 TRP P 144 5.413 -35.883-212.188 1.00 18.00 C \ ANISOU36750 CD2 TRP P 144 2206 2599 2031 -8 -247 -400 C \ ATOM 36751 NE1 TRP P 144 4.768 -37.038-210.374 1.00 23.10 N \ ANISOU36751 NE1 TRP P 144 2856 3161 2759 -48 -264 -405 N \ ATOM 36752 CE2 TRP P 144 4.297 -36.418-211.502 1.00 21.57 C \ ANISOU36752 CE2 TRP P 144 2656 3016 2520 -40 -273 -409 C \ ATOM 36753 CE3 TRP P 144 5.204 -35.190-213.388 1.00 19.78 C \ ANISOU36753 CE3 TRP P 144 2431 2880 2205 5 -249 -397 C \ ATOM 36754 CZ2 TRP P 144 2.985 -36.271-211.970 1.00 20.73 C \ ANISOU36754 CZ2 TRP P 144 2543 2930 2404 -59 -302 -418 C \ ATOM 36755 CZ3 TRP P 144 3.899 -35.044-213.857 1.00 21.14 C \ ANISOU36755 CZ3 TRP P 144 2598 3069 2363 -10 -280 -404 C \ ATOM 36756 CH2 TRP P 144 2.805 -35.583-213.145 1.00 23.48 C \ ANISOU36756 CH2 TRP P 144 2888 3331 2700 -42 -308 -416 C \ ATOM 36757 N ASP P 145 6.716 -32.838-211.084 1.00 13.37 N \ ANISOU36757 N ASP P 145 1578 2047 1453 -1 -183 -277 N \ ATOM 36758 CA ASP P 145 5.832 -31.778-211.558 1.00 15.11 C \ ANISOU36758 CA ASP P 145 1790 2299 1652 -8 -193 -251 C \ ATOM 36759 C ASP P 145 6.085 -30.471-210.808 1.00 14.62 C \ ANISOU36759 C ASP P 145 1711 2233 1607 -14 -173 -199 C \ ATOM 36760 O ASP P 145 5.179 -29.662-210.633 1.00 16.84 O \ ANISOU36760 O ASP P 145 1984 2520 1894 -25 -184 -175 O \ ATOM 36761 CB ASP P 145 4.358 -32.212-211.440 1.00 14.99 C \ ANISOU36761 CB ASP P 145 1773 2272 1649 -29 -229 -269 C \ ATOM 36762 CG ASP P 145 3.396 -31.287-212.192 1.00 15.88 C \ ANISOU36762 CG ASP P 145 1877 2423 1731 -28 -245 -250 C \ ATOM 36763 OD1 ASP P 145 3.747 -30.795-213.286 1.00 16.97 O \ ANISOU36763 OD1 ASP P 145 2023 2601 1822 -7 -238 -243 O \ ATOM 36764 OD2 ASP P 145 2.280 -31.057-211.690 1.00 18.40 O \ ANISOU36764 OD2 ASP P 145 2182 2733 2072 -46 -265 -242 O \ ATOM 36765 N MET P 146 7.330 -30.261-210.387 1.00 14.86 N \ ANISOU36765 N MET P 146 1737 2258 1650 -7 -144 -185 N \ ATOM 36766 CA MET P 146 7.701 -29.065-209.650 1.00 14.66 C \ ANISOU36766 CA MET P 146 1698 2227 1645 -15 -126 -141 C \ ATOM 36767 C MET P 146 7.916 -27.874-210.585 1.00 15.87 C \ ANISOU36767 C MET P 146 1850 2418 1762 -6 -109 -109 C \ ATOM 36768 O MET P 146 8.590 -28.000-211.622 1.00 14.04 O \ ANISOU36768 O MET P 146 1624 2217 1492 11 -94 -116 O \ ATOM 36769 CB MET P 146 8.983 -29.326-208.863 1.00 15.44 C \ ANISOU36769 CB MET P 146 1789 2306 1769 -12 -104 -141 C \ ATOM 36770 CG MET P 146 8.971 -28.802-207.437 1.00 15.61 C \ ANISOU36770 CG MET P 146 1800 2297 1834 -30 -102 -117 C \ ATOM 36771 SD MET P 146 10.403 -29.451-206.544 1.00 14.11 S \ ANISOU36771 SD MET P 146 1603 2087 1671 -22 -87 -127 S \ ATOM 36772 CE MET P 146 9.845 -29.266-204.833 1.00 12.81 C \ ANISOU36772 CE MET P 146 1433 1881 1550 -45 -99 -112 C \ ATOM 36773 N LYS P 147 7.344 -26.727-210.218 1.00 14.19 N \ ANISOU36773 N LYS P 147 1629 2200 1561 -16 -112 -73 N \ ATOM 36774 CA LYS P 147 7.632 -25.463-210.892 1.00 14.73 C \ ANISOU36774 CA LYS P 147 1697 2292 1604 -10 -94 -33 C \ ATOM 36775 C LYS P 147 9.107 -25.119-210.722 1.00 14.32 C \ ANISOU36775 C LYS P 147 1637 2241 1559 -10 -58 -18 C \ ATOM 36776 O LYS P 147 9.651 -25.208-209.625 1.00 12.99 O \ ANISOU36776 O LYS P 147 1458 2045 1430 -21 -51 -19 O \ ATOM 36777 CB LYS P 147 6.765 -24.331-210.326 1.00 15.37 C \ ANISOU36777 CB LYS P 147 1773 2357 1707 -20 -103 0 C \ ATOM 36778 CG LYS P 147 6.902 -22.995-211.064 1.00 14.81 C \ ANISOU36778 CG LYS P 147 1708 2305 1612 -14 -89 44 C \ ATOM 36779 CD LYS P 147 5.909 -21.963-210.520 1.00 19.09 C \ ANISOU36779 CD LYS P 147 2246 2828 2177 -18 -103 71 C \ ATOM 36780 CE LYS P 147 6.126 -20.581-211.125 1.00 18.47 C \ ANISOU36780 CE LYS P 147 2176 2757 2082 -12 -88 120 C \ ATOM 36781 NZ LYS P 147 6.142 -20.602-212.622 1.00 16.80 N \ ANISOU36781 NZ LYS P 147 1980 2590 1813 5 -87 128 N \ ATOM 36782 N ARG P 148 9.752 -24.747-211.820 1.00 14.42 N \ ANISOU36782 N ARG P 148 1655 2290 1532 1 -36 -3 N \ ATOM 36783 CA ARG P 148 11.169 -24.414-211.791 1.00 14.29 C \ ANISOU36783 CA ARG P 148 1626 2282 1520 0 0 11 C \ ATOM 36784 C ARG P 148 11.385 -22.972-211.351 1.00 14.30 C \ ANISOU36784 C ARG P 148 1620 2269 1544 -17 15 59 C \ ATOM 36785 O ARG P 148 10.524 -22.109-211.567 1.00 14.33 O \ ANISOU36785 O ARG P 148 1634 2269 1540 -20 4 87 O \ ATOM 36786 CB ARG P 148 11.782 -24.608-213.171 1.00 14.11 C \ ANISOU36786 CB ARG P 148 1610 2307 1443 18 20 7 C \ ATOM 36787 CG ARG P 148 11.854 -26.043-213.667 1.00 15.65 C \ ANISOU36787 CG ARG P 148 1812 2516 1615 38 11 -45 C \ ATOM 36788 CD ARG P 148 12.443 -26.031-215.062 1.00 19.22 C \ ANISOU36788 CD ARG P 148 2272 3021 2010 58 36 -44 C \ ATOM 36789 NE ARG P 148 12.330 -27.293-215.787 1.00 21.23 N \ ANISOU36789 NE ARG P 148 2539 3295 2230 81 24 -96 N \ ATOM 36790 CZ ARG P 148 13.357 -28.097-216.053 1.00 21.99 C \ ANISOU36790 CZ ARG P 148 2630 3407 2318 99 45 -128 C \ ATOM 36791 NH1 ARG P 148 14.575 -27.788-215.630 1.00 16.82 N \ ANISOU36791 NH1 ARG P 148 1951 2754 1684 96 79 -111 N \ ATOM 36792 NH2 ARG P 148 13.169 -29.211-216.744 1.00 20.42 N \ ANISOU36792 NH2 ARG P 148 2446 3222 2087 121 32 -178 N \ ATOM 36793 N AVAL P 149 12.536 -22.699-210.746 0.50 13.69 N \ ANISOU36793 N AVAL P 149 1524 2182 1493 -28 39 68 N \ ATOM 36794 CA AVAL P 149 12.858 -21.330-210.341 0.50 14.09 C \ ANISOU36794 CA AVAL P 149 1568 2217 1567 -48 55 110 C \ ATOM 36795 C AVAL P 149 13.110 -20.434-211.561 0.50 14.94 C \ ANISOU36795 C AVAL P 149 1685 2355 1636 -47 80 149 C \ ATOM 36796 O AVAL P 149 12.906 -19.222-211.495 0.50 15.93 O \ ANISOU36796 O AVAL P 149 1815 2463 1771 -60 85 189 O \ ATOM 36797 CB AVAL P 149 14.044 -21.277-209.347 0.50 14.37 C \ ANISOU36797 CB AVAL P 149 1579 2236 1643 -64 72 107 C \ ATOM 36798 CG1AVAL P 149 13.879 -22.339-208.273 0.50 8.65 C \ ANISOU36798 CG1AVAL P 149 850 1489 948 -60 49 68 C \ ATOM 36799 CG2AVAL P 149 15.354 -21.461-210.067 0.50 14.55 C \ ANISOU36799 CG2AVAL P 149 1586 2296 1647 -59 107 107 C \ ATOM 36800 N HIS P 150 13.538 -21.049-212.667 1.00 16.02 N \ ANISOU36800 N HIS P 150 1825 2535 1727 -29 95 137 N \ ATOM 36801 CA HIS P 150 13.683 -20.390-213.979 1.00 15.77 C \ ANISOU36801 CA HIS P 150 1805 2540 1645 -23 118 172 C \ ATOM 36802 C HIS P 150 13.926 -21.487-215.017 1.00 15.83 C \ ANISOU36802 C HIS P 150 1818 2594 1601 1 124 137 C \ ATOM 36803 O HIS P 150 14.112 -22.650-214.649 1.00 16.26 O \ ANISOU36803 O HIS P 150 1865 2645 1666 12 113 90 O \ ATOM 36804 CB HIS P 150 14.817 -19.345-214.006 1.00 15.73 C \ ANISOU36804 CB HIS P 150 1785 2537 1652 -45 159 214 C \ ATOM 36805 CG HIS P 150 16.150 -19.871-213.560 1.00 17.86 C \ ANISOU36805 CG HIS P 150 2024 2815 1945 -52 184 192 C \ ATOM 36806 ND1 HIS P 150 16.880 -19.279-212.552 1.00 16.39 N \ ANISOU36806 ND1 HIS P 150 1815 2600 1810 -78 195 204 N \ ATOM 36807 CD2 HIS P 150 16.885 -20.928-213.984 1.00 16.60 C \ ANISOU36807 CD2 HIS P 150 1852 2691 1764 -33 198 156 C \ ATOM 36808 CE1 HIS P 150 18.007 -19.946-212.376 1.00 18.97 C \ ANISOU36808 CE1 HIS P 150 2114 2947 2147 -76 214 179 C \ ATOM 36809 NE2 HIS P 150 18.035 -20.954-213.230 1.00 14.71 N \ ANISOU36809 NE2 HIS P 150 1579 2444 1563 -47 218 150 N \ ATOM 36810 N ASP P 151 13.938 -21.128-216.303 1.00 16.27 N \ ANISOU36810 N ASP P 151 1890 2692 1599 13 140 161 N \ ATOM 36811 CA ASP P 151 14.114 -22.116-217.375 1.00 17.50 C \ ANISOU36811 CA ASP P 151 2053 2895 1698 39 146 126 C \ ATOM 36812 C ASP P 151 15.366 -22.973-217.144 1.00 16.71 C \ ANISOU36812 C ASP P 151 1929 2808 1612 45 172 91 C \ ATOM 36813 O ASP P 151 16.451 -22.437-216.880 1.00 15.47 O \ ANISOU36813 O ASP P 151 1748 2653 1475 29 208 115 O \ ATOM 36814 CB ASP P 151 14.177 -21.439-218.761 1.00 18.71 C \ ANISOU36814 CB ASP P 151 2225 3097 1785 48 169 165 C \ ATOM 36815 CG ASP P 151 12.809 -20.921-219.247 1.00 22.62 C \ ANISOU36815 CG ASP P 151 2748 3592 2252 57 134 187 C \ ATOM 36816 OD1 ASP P 151 11.767 -21.204-218.616 1.00 22.12 O \ ANISOU36816 OD1 ASP P 151 2688 3496 2217 57 92 166 O \ ATOM 36817 OD2 ASP P 151 12.783 -20.223-220.282 1.00 28.58 O \ ANISOU36817 OD2 ASP P 151 3521 4380 2955 64 150 228 O \ ATOM 36818 N TYR P 152 15.190 -24.296-217.240 1.00 15.61 N \ ANISOU36818 N TYR P 152 1793 2673 1461 67 153 34 N \ ATOM 36819 CA TYR P 152 16.261 -25.291-217.062 1.00 15.77 C \ ANISOU36819 CA TYR P 152 1794 2703 1492 81 172 -6 C \ ATOM 36820 C TYR P 152 16.743 -25.445-215.619 1.00 14.18 C \ ANISOU36820 C TYR P 152 1568 2457 1361 66 167 -13 C \ ATOM 36821 O TYR P 152 17.623 -26.257-215.342 1.00 14.04 O \ ANISOU36821 O TYR P 152 1532 2442 1358 80 178 -46 O \ ATOM 36822 CB TYR P 152 17.446 -25.026-217.998 1.00 17.52 C \ ANISOU36822 CB TYR P 152 2002 2980 1674 90 223 8 C \ ATOM 36823 CG TYR P 152 17.046 -25.042-219.456 1.00 22.15 C \ ANISOU36823 CG TYR P 152 2614 3617 2183 110 229 9 C \ ATOM 36824 CD1 TYR P 152 16.842 -23.852-220.156 1.00 25.29 C \ ANISOU36824 CD1 TYR P 152 3025 4037 2546 98 246 67 C \ ATOM 36825 CD2 TYR P 152 16.851 -26.250-220.129 1.00 25.04 C \ ANISOU36825 CD2 TYR P 152 2996 4007 2510 142 216 -47 C \ ATOM 36826 CE1 TYR P 152 16.463 -23.864-221.508 1.00 29.42 C \ ANISOU36826 CE1 TYR P 152 3574 4611 2992 119 250 70 C \ ATOM 36827 CE2 TYR P 152 16.472 -26.275-221.478 1.00 28.35 C \ ANISOU36827 CE2 TYR P 152 3441 4477 2853 162 219 -49 C \ ATOM 36828 CZ TYR P 152 16.279 -25.080-222.155 1.00 30.57 C \ ANISOU36828 CZ TYR P 152 3734 4785 3097 150 236 10 C \ ATOM 36829 OH TYR P 152 15.907 -25.106-223.480 1.00 37.38 O \ ANISOU36829 OH TYR P 152 4623 5700 3879 172 237 9 O \ ATOM 36830 N GLY P 153 16.141 -24.686-214.711 1.00 14.76 N \ ANISOU36830 N GLY P 153 1643 2490 1475 41 148 14 N \ ATOM 36831 CA GLY P 153 16.547 -24.688-213.309 1.00 14.75 C \ ANISOU36831 CA GLY P 153 1620 2447 1536 25 141 11 C \ ATOM 36832 C GLY P 153 15.962 -25.813-212.475 1.00 14.95 C \ ANISOU36832 C GLY P 153 1652 2437 1588 33 105 -30 C \ ATOM 36833 O GLY P 153 15.182 -26.639-212.960 1.00 13.84 O \ ANISOU36833 O GLY P 153 1534 2300 1425 49 82 -61 O \ ATOM 36834 N ALA P 154 16.365 -25.845-211.208 1.00 14.25 N \ ANISOU36834 N ALA P 154 1547 2315 1551 21 99 -31 N \ ATOM 36835 CA ALA P 154 15.803 -26.763-210.232 1.00 14.61 C \ ANISOU36835 CA ALA P 154 1601 2322 1629 23 66 -61 C \ ATOM 36836 C ALA P 154 14.382 -26.335-209.858 1.00 13.61 C \ ANISOU36836 C ALA P 154 1492 2167 1510 7 37 -48 C \ ATOM 36837 O ALA P 154 13.960 -25.218-210.162 1.00 13.24 O \ ANISOU36837 O ALA P 154 1448 2126 1453 -5 42 -13 O \ ATOM 36838 CB ALA P 154 16.707 -26.811-208.980 1.00 14.56 C \ ANISOU36838 CB ALA P 154 1570 2293 1669 16 70 -62 C \ ATOM 36839 N GLY P 155 13.643 -27.235-209.214 1.00 14.48 N \ ANISOU36839 N GLY P 155 1614 2247 1638 8 7 -75 N \ ATOM 36840 CA GLY P 155 12.320 -26.903-208.693 1.00 15.07 C \ ANISOU36840 CA GLY P 155 1700 2297 1728 -7 -18 -65 C \ ATOM 36841 C GLY P 155 12.414 -25.906-207.550 1.00 14.25 C \ ANISOU36841 C GLY P 155 1584 2169 1661 -28 -15 -34 C \ ATOM 36842 O GLY P 155 13.412 -25.877-206.827 1.00 14.17 O \ ANISOU36842 O GLY P 155 1557 2150 1676 -31 -3 -33 O \ ATOM 36843 N ILE P 156 11.385 -25.073-207.404 1.00 14.10 N \ ANISOU36843 N ILE P 156 1571 2140 1646 -40 -27 -12 N \ ATOM 36844 CA ILE P 156 11.262 -24.184-206.244 1.00 14.16 C \ ANISOU36844 CA ILE P 156 1570 2120 1689 -59 -29 9 C \ ATOM 36845 C ILE P 156 11.059 -25.100-205.028 1.00 13.47 C \ ANISOU36845 C ILE P 156 1482 2002 1631 -63 -46 -14 C \ ATOM 36846 O ILE P 156 10.143 -25.923-205.019 1.00 12.83 O \ ANISOU36846 O ILE P 156 1412 1914 1547 -61 -66 -34 O \ ATOM 36847 CB ILE P 156 10.061 -23.203-206.374 1.00 15.15 C \ ANISOU36847 CB ILE P 156 1703 2239 1811 -65 -40 33 C \ ATOM 36848 CG1 ILE P 156 10.200 -22.306-207.611 1.00 13.75 C \ ANISOU36848 CG1 ILE P 156 1532 2089 1602 -59 -25 62 C \ ATOM 36849 CG2 ILE P 156 9.899 -22.361-205.094 1.00 13.52 C \ ANISOU36849 CG2 ILE P 156 1490 2001 1643 -82 -43 49 C \ ATOM 36850 CD1 ILE P 156 8.898 -21.577-208.007 1.00 14.91 C \ ANISOU36850 CD1 ILE P 156 1690 2236 1737 -56 -42 81 C \ ATOM 36851 N PRO P 157 11.930 -24.982-204.013 1.00 13.77 N \ ANISOU36851 N PRO P 157 1507 2026 1697 -70 -39 -12 N \ ATOM 36852 CA PRO P 157 11.792 -25.876-202.858 1.00 13.35 C \ ANISOU36852 CA PRO P 157 1456 1946 1668 -72 -55 -30 C \ ATOM 36853 C PRO P 157 10.542 -25.564-202.023 1.00 12.36 C \ ANISOU36853 C PRO P 157 1337 1799 1557 -86 -72 -24 C \ ATOM 36854 O PRO P 157 10.006 -24.458-202.102 1.00 12.08 O \ ANISOU36854 O PRO P 157 1301 1765 1523 -94 -70 -3 O \ ATOM 36855 CB PRO P 157 13.067 -25.612-202.042 1.00 12.13 C \ ANISOU36855 CB PRO P 157 1285 1788 1535 -75 -44 -26 C \ ATOM 36856 CG PRO P 157 13.561 -24.293-202.488 1.00 16.85 C \ ANISOU36856 CG PRO P 157 1870 2400 2130 -84 -24 0 C \ ATOM 36857 CD PRO P 157 13.078 -24.063-203.889 1.00 13.83 C \ ANISOU36857 CD PRO P 157 1498 2041 1716 -77 -17 8 C \ ATOM 36858 N VAL P 158 10.085 -26.540-201.244 1.00 11.35 N \ ANISOU36858 N VAL P 158 1218 1652 1443 -88 -87 -41 N \ ATOM 36859 CA VAL P 158 9.007 -26.310-200.285 1.00 10.17 C \ ANISOU36859 CA VAL P 158 1071 1484 1309 -103 -99 -35 C \ ATOM 36860 C VAL P 158 9.380 -25.080-199.450 1.00 10.12 C \ ANISOU36860 C VAL P 158 1055 1471 1319 -111 -90 -15 C \ ATOM 36861 O VAL P 158 10.430 -25.045-198.798 1.00 9.21 O \ ANISOU36861 O VAL P 158 932 1351 1215 -112 -84 -15 O \ ATOM 36862 CB VAL P 158 8.729 -27.576-199.430 1.00 10.88 C \ ANISOU36862 CB VAL P 158 1170 1550 1411 -106 -112 -52 C \ ATOM 36863 CG1 VAL P 158 7.685 -27.303-198.351 1.00 10.63 C \ ANISOU36863 CG1 VAL P 158 1139 1505 1395 -122 -119 -44 C \ ATOM 36864 CG2 VAL P 158 8.276 -28.738-200.327 1.00 10.32 C \ ANISOU36864 CG2 VAL P 158 1111 1482 1327 -100 -122 -74 C \ ATOM 36865 N ASER P 159 8.513 -24.072-199.488 0.70 9.85 N \ ANISOU36865 N ASER P 159 1020 1437 1286 -118 -91 0 N \ ATOM 36866 CA ASER P 159 8.770 -22.782-198.859 0.70 10.04 C \ ANISOU36866 CA ASER P 159 1038 1451 1325 -125 -83 16 C \ ATOM 36867 C ASER P 159 7.459 -22.006-198.785 0.70 10.34 C \ ANISOU36867 C ASER P 159 1077 1484 1364 -127 -89 25 C \ ATOM 36868 O ASER P 159 6.453 -22.419-199.371 0.70 9.40 O \ ANISOU36868 O ASER P 159 962 1375 1235 -123 -99 21 O \ ATOM 36869 CB ASER P 159 9.798 -21.991-199.672 0.70 10.60 C \ ANISOU36869 CB ASER P 159 1102 1534 1390 -124 -66 31 C \ ATOM 36870 OG ASER P 159 9.392 -21.856-201.024 0.70 12.03 O \ ANISOU36870 OG ASER P 159 1289 1734 1547 -115 -64 39 O \ ATOM 36871 N GLY P 160 7.476 -20.885-198.074 1.00 9.27 N \ ANISOU36871 N GLY P 160 940 1335 1246 -133 -84 36 N \ ATOM 36872 CA GLY P 160 6.276 -20.068-197.916 1.00 10.64 C \ ANISOU36872 CA GLY P 160 1114 1502 1425 -130 -89 44 C \ ATOM 36873 C GLY P 160 5.688 -20.143-196.519 1.00 11.12 C \ ANISOU36873 C GLY P 160 1173 1551 1500 -136 -94 33 C \ ATOM 36874 O GLY P 160 6.418 -20.075-195.526 1.00 11.62 O \ ANISOU36874 O GLY P 160 1237 1603 1575 -143 -90 27 O \ ATOM 36875 N VAL P 161 4.366 -20.284-196.447 1.00 10.70 N \ ANISOU36875 N VAL P 161 1116 1501 1445 -132 -101 29 N \ ATOM 36876 CA VAL P 161 3.649 -20.235-195.176 1.00 10.77 C \ ANISOU36876 CA VAL P 161 1121 1503 1465 -136 -101 20 C \ ATOM 36877 C VAL P 161 4.066 -21.383-194.272 1.00 11.22 C \ ANISOU36877 C VAL P 161 1182 1558 1522 -147 -102 8 C \ ATOM 36878 O VAL P 161 3.960 -22.550-194.653 1.00 10.22 O \ ANISOU36878 O VAL P 161 1057 1437 1388 -151 -108 2 O \ ATOM 36879 CB VAL P 161 2.108 -20.280-195.372 1.00 11.44 C \ ANISOU36879 CB VAL P 161 1196 1600 1549 -131 -108 18 C \ ATOM 36880 CG1 VAL P 161 1.393 -20.354-194.017 1.00 11.98 C \ ANISOU36880 CG1 VAL P 161 1259 1665 1627 -136 -104 8 C \ ATOM 36881 CG2 VAL P 161 1.620 -19.074-196.163 1.00 10.46 C \ ANISOU36881 CG2 VAL P 161 1069 1477 1426 -114 -110 32 C \ ATOM 36882 N ASN P 162 4.557 -21.034-193.083 1.00 9.82 N \ ANISOU36882 N ASN P 162 1008 1369 1352 -152 -98 5 N \ ATOM 36883 CA ASN P 162 4.818 -22.004-192.025 1.00 10.73 C \ ANISOU36883 CA ASN P 162 1129 1482 1465 -160 -99 -2 C \ ATOM 36884 C ASN P 162 3.910 -21.732-190.821 1.00 10.11 C \ ANISOU36884 C ASN P 162 1048 1403 1388 -163 -95 -7 C \ ATOM 36885 O ASN P 162 3.573 -20.580-190.530 1.00 10.18 O \ ANISOU36885 O ASN P 162 1054 1409 1403 -157 -90 -8 O \ ATOM 36886 CB ASN P 162 6.290 -21.964-191.573 1.00 8.89 C \ ANISOU36886 CB ASN P 162 901 1243 1235 -161 -100 -4 C \ ATOM 36887 CG ASN P 162 7.201 -22.862-192.412 1.00 12.81 C \ ANISOU36887 CG ASN P 162 1398 1743 1726 -158 -103 -4 C \ ATOM 36888 OD1 ASN P 162 7.777 -23.824-191.902 1.00 11.34 O \ ANISOU36888 OD1 ASN P 162 1217 1554 1537 -157 -108 -9 O \ ATOM 36889 ND2 ASN P 162 7.347 -22.542-193.687 1.00 9.97 N \ ANISOU36889 ND2 ASN P 162 1034 1390 1364 -153 -100 0 N \ ATOM 36890 N TYR P 163 3.525 -22.807-190.145 1.00 9.49 N \ ANISOU36890 N TYR P 163 974 1327 1304 -172 -95 -9 N \ ATOM 36891 CA TYR P 163 2.778 -22.743-188.892 1.00 9.82 C \ ANISOU36891 CA TYR P 163 1016 1373 1342 -176 -87 -12 C \ ATOM 36892 C TYR P 163 3.193 -23.950-188.068 1.00 9.38 C \ ANISOU36892 C TYR P 163 973 1313 1277 -186 -89 -10 C \ ATOM 36893 O TYR P 163 3.065 -25.098-188.513 1.00 9.43 O \ ANISOU36893 O TYR P 163 983 1316 1283 -193 -93 -6 O \ ATOM 36894 CB TYR P 163 1.259 -22.742-189.138 1.00 10.69 C \ ANISOU36894 CB TYR P 163 1110 1495 1455 -179 -82 -13 C \ ATOM 36895 CG TYR P 163 0.423 -22.622-187.872 1.00 11.84 C \ ANISOU36895 CG TYR P 163 1252 1650 1595 -183 -69 -16 C \ ATOM 36896 CD1 TYR P 163 0.180 -21.377-187.287 1.00 12.26 C \ ANISOU36896 CD1 TYR P 163 1301 1705 1650 -170 -61 -23 C \ ATOM 36897 CD2 TYR P 163 -0.125 -23.753-187.263 1.00 10.71 C \ ANISOU36897 CD2 TYR P 163 1110 1512 1446 -199 -63 -12 C \ ATOM 36898 CE1 TYR P 163 -0.593 -21.266-186.120 1.00 15.34 C \ ANISOU36898 CE1 TYR P 163 1687 2108 2032 -171 -47 -29 C \ ATOM 36899 CE2 TYR P 163 -0.896 -23.650-186.094 1.00 10.84 C \ ANISOU36899 CE2 TYR P 163 1122 1542 1454 -204 -47 -13 C \ ATOM 36900 CZ TYR P 163 -1.124 -22.410-185.535 1.00 10.11 C \ ANISOU36900 CZ TYR P 163 1023 1456 1360 -189 -38 -23 C \ ATOM 36901 OH TYR P 163 -1.884 -22.296-184.385 1.00 10.96 O \ ANISOU36901 OH TYR P 163 1126 1581 1456 -191 -20 -26 O \ ATOM 36902 N HIS P 164 3.725 -23.677-186.880 1.00 9.23 N \ ANISOU36902 N HIS P 164 962 1293 1249 -184 -87 -12 N \ ATOM 36903 CA HIS P 164 4.286 -24.716-186.033 1.00 10.80 C \ ANISOU36903 CA HIS P 164 1177 1488 1437 -189 -91 -6 C \ ATOM 36904 C HIS P 164 3.815 -24.483-184.618 1.00 12.33 C \ ANISOU36904 C HIS P 164 1377 1691 1616 -192 -82 -7 C \ ATOM 36905 O HIS P 164 3.948 -23.386-184.095 1.00 13.97 O \ ANISOU36905 O HIS P 164 1582 1905 1821 -184 -80 -17 O \ ATOM 36906 CB HIS P 164 5.821 -24.705-186.106 1.00 10.00 C \ ANISOU36906 CB HIS P 164 1081 1380 1337 -180 -104 -8 C \ ATOM 36907 CG HIS P 164 6.347 -24.982-187.478 1.00 10.05 C \ ANISOU36907 CG HIS P 164 1082 1381 1355 -175 -110 -8 C \ ATOM 36908 ND1 HIS P 164 6.478 -26.259-187.976 1.00 13.86 N \ ANISOU36908 ND1 HIS P 164 1571 1855 1837 -176 -115 -5 N \ ATOM 36909 CD2 HIS P 164 6.730 -24.147-188.475 1.00 10.88 C \ ANISOU36909 CD2 HIS P 164 1176 1488 1469 -170 -110 -12 C \ ATOM 36910 CE1 HIS P 164 6.935 -26.201-189.216 1.00 14.42 C \ ANISOU36910 CE1 HIS P 164 1635 1927 1915 -169 -118 -8 C \ ATOM 36911 NE2 HIS P 164 7.093 -24.931-189.544 1.00 9.20 N \ ANISOU36911 NE2 HIS P 164 962 1273 1258 -167 -114 -11 N \ ATOM 36912 N MET P 165 3.244 -25.516-184.015 1.00 12.80 N \ ANISOU36912 N MET P 165 1445 1752 1665 -203 -76 4 N \ ATOM 36913 CA MET P 165 2.813 -25.442-182.627 1.00 12.22 C \ ANISOU36913 CA MET P 165 1379 1691 1570 -206 -64 6 C \ ATOM 36914 C MET P 165 2.756 -26.837-182.040 1.00 11.37 C \ ANISOU36914 C MET P 165 1290 1578 1450 -218 -63 26 C \ ATOM 36915 O MET P 165 2.509 -27.813-182.746 1.00 11.36 O \ ANISOU36915 O MET P 165 1291 1564 1462 -228 -65 35 O \ ATOM 36916 CB MET P 165 1.457 -24.716-182.495 1.00 14.13 C \ ANISOU36916 CB MET P 165 1603 1950 1814 -209 -45 0 C \ ATOM 36917 CG MET P 165 0.220 -25.524-182.876 1.00 18.92 C \ ANISOU36917 CG MET P 165 2198 2562 2428 -226 -33 9 C \ ATOM 36918 SD MET P 165 -0.391 -26.635-181.574 1.00 26.24 S \ ANISOU36918 SD MET P 165 3138 3497 3333 -246 -15 29 S \ ATOM 36919 CE MET P 165 -0.904 -25.461-180.332 1.00 17.74 C \ ANISOU36919 CE MET P 165 2055 2449 2234 -235 4 16 C \ ATOM 36920 N PHE P 166 2.982 -26.933-180.741 1.00 9.02 N \ ANISOU36920 N PHE P 166 1008 1289 1127 -216 -60 32 N \ ATOM 36921 CA PHE P 166 2.733 -28.173-180.047 1.00 9.45 C \ ANISOU36921 CA PHE P 166 1083 1339 1168 -228 -54 56 C \ ATOM 36922 C PHE P 166 2.198 -27.836-178.670 1.00 9.83 C \ ANISOU36922 C PHE P 166 1137 1412 1185 -230 -36 60 C \ ATOM 36923 O PHE P 166 2.425 -26.734-178.161 1.00 7.82 O \ ANISOU36923 O PHE P 166 878 1173 918 -217 -37 41 O \ ATOM 36924 CB PHE P 166 3.986 -29.066-179.982 1.00 9.13 C \ ANISOU36924 CB PHE P 166 1064 1279 1124 -218 -76 67 C \ ATOM 36925 CG PHE P 166 5.054 -28.575-179.032 1.00 12.30 C \ ANISOU36925 CG PHE P 166 1476 1692 1503 -200 -90 62 C \ ATOM 36926 CD1 PHE P 166 6.039 -27.687-179.468 1.00 11.98 C \ ANISOU36926 CD1 PHE P 166 1424 1654 1474 -185 -107 41 C \ ATOM 36927 CD2 PHE P 166 5.078 -29.012-177.706 1.00 12.88 C \ ANISOU36927 CD2 PHE P 166 1573 1775 1543 -199 -88 79 C \ ATOM 36928 CE1 PHE P 166 7.034 -27.239-178.603 1.00 13.31 C \ ANISOU36928 CE1 PHE P 166 1599 1834 1623 -171 -123 34 C \ ATOM 36929 CE2 PHE P 166 6.065 -28.581-176.829 1.00 13.09 C \ ANISOU36929 CE2 PHE P 166 1609 1816 1546 -182 -105 73 C \ ATOM 36930 CZ PHE P 166 7.052 -27.683-177.276 1.00 14.11 C \ ANISOU36930 CZ PHE P 166 1722 1947 1690 -168 -124 48 C \ ATOM 36931 N ALA P 167 1.466 -28.780-178.091 1.00 10.85 N \ ANISOU36931 N ALA P 167 1277 1542 1301 -249 -20 83 N \ ATOM 36932 CA ALA P 167 0.904 -28.599-176.756 1.00 10.82 C \ ANISOU36932 CA ALA P 167 1281 1564 1263 -252 0 91 C \ ATOM 36933 C ALA P 167 0.946 -29.908-175.991 1.00 11.69 C \ ANISOU36933 C ALA P 167 1421 1666 1354 -265 5 126 C \ ATOM 36934 O ALA P 167 0.784 -30.988-176.569 1.00 12.14 O \ ANISOU36934 O ALA P 167 1485 1697 1431 -282 3 144 O \ ATOM 36935 CB ALA P 167 -0.526 -28.094-176.849 1.00 10.78 C \ ANISOU36935 CB ALA P 167 1247 1581 1265 -265 29 82 C \ ATOM 36936 N ILE P 168 1.158 -29.789-174.686 1.00 11.30 N \ ANISOU36936 N ILE P 168 1390 1637 1262 -258 11 135 N \ ATOM 36937 CA ILE P 168 1.116 -30.905-173.763 1.00 12.57 C \ ANISOU36937 CA ILE P 168 1583 1796 1396 -269 19 173 C \ ATOM 36938 C ILE P 168 0.156 -30.484-172.663 1.00 13.19 C \ ANISOU36938 C ILE P 168 1659 1914 1439 -277 53 176 C \ ATOM 36939 O ILE P 168 0.316 -29.411-172.072 1.00 12.33 O \ ANISOU36939 O ILE P 168 1544 1833 1305 -258 53 151 O \ ATOM 36940 CB ILE P 168 2.518 -31.185-173.150 1.00 13.06 C \ ANISOU36940 CB ILE P 168 1677 1851 1434 -244 -11 181 C \ ATOM 36941 CG1 ILE P 168 3.599 -31.257-174.248 1.00 14.91 C \ ANISOU36941 CG1 ILE P 168 1905 2056 1703 -228 -45 167 C \ ATOM 36942 CG2 ILE P 168 2.489 -32.443-172.263 1.00 13.21 C \ ANISOU36942 CG2 ILE P 168 1732 1860 1425 -253 -5 227 C \ ATOM 36943 CD1 ILE P 168 3.504 -32.481-175.181 1.00 14.51 C \ ANISOU36943 CD1 ILE P 168 1861 1964 1686 -242 -49 186 C \ ATOM 36944 N GLY P 169 -0.848 -31.316-172.401 1.00 12.43 N \ ANISOU36944 N GLY P 169 1564 1818 1339 -306 82 206 N \ ATOM 36945 CA GLY P 169 -1.843 -30.983-171.388 1.00 13.38 C \ ANISOU36945 CA GLY P 169 1677 1980 1424 -316 120 211 C \ ATOM 36946 C GLY P 169 -2.417 -32.178-170.661 1.00 14.37 C \ ANISOU36946 C GLY P 169 1826 2104 1529 -345 146 259 C \ ATOM 36947 O GLY P 169 -2.274 -33.321-171.105 1.00 12.99 O \ ANISOU36947 O GLY P 169 1667 1890 1377 -363 137 287 O \ ATOM 36948 N GLY P 170 -3.071 -31.903-169.534 1.00 15.40 N \ ANISOU36948 N GLY P 170 1957 2277 1615 -349 180 267 N \ ATOM 36949 CA GLY P 170 -3.714 -32.949-168.750 1.00 16.92 C \ ANISOU36949 CA GLY P 170 2170 2475 1783 -380 212 316 C \ ATOM 36950 C GLY P 170 -5.166 -33.130-169.141 1.00 18.98 C \ ANISOU36950 C GLY P 170 2391 2747 2072 -417 251 320 C \ ATOM 36951 O GLY P 170 -5.904 -33.876-168.496 1.00 18.42 O \ ANISOU36951 O GLY P 170 2327 2687 1983 -449 286 358 O \ ATOM 36952 N GLU P 171 -5.562 -32.434-170.206 1.00 18.19 N \ ANISOU36952 N GLU P 171 2249 2646 2015 -414 244 281 N \ ATOM 36953 CA GLU P 171 -6.930 -32.414-170.716 1.00 18.77 C \ ANISOU36953 CA GLU P 171 2274 2735 2119 -444 275 275 C \ ATOM 36954 C GLU P 171 -6.854 -31.788-172.113 1.00 16.93 C \ ANISOU36954 C GLU P 171 2010 2485 1936 -430 246 235 C \ ATOM 36955 O GLU P 171 -5.800 -31.277-172.485 1.00 15.90 O \ ANISOU36955 O GLU P 171 1894 2336 1809 -399 211 214 O \ ATOM 36956 CB GLU P 171 -7.845 -31.606-169.789 1.00 19.42 C \ ANISOU36956 CB GLU P 171 2332 2879 2166 -439 318 264 C \ ATOM 36957 CG GLU P 171 -7.445 -30.146-169.608 1.00 21.24 C \ ANISOU36957 CG GLU P 171 2555 3136 2380 -393 306 217 C \ ATOM 36958 CD GLU P 171 -8.144 -29.514-168.429 1.00 27.94 C \ ANISOU36958 CD GLU P 171 3392 4042 3179 -384 348 209 C \ ATOM 36959 OE1 GLU P 171 -9.175 -28.847-168.645 1.00 31.40 O \ ANISOU36959 OE1 GLU P 171 3785 4511 3634 -382 374 184 O \ ATOM 36960 OE2 GLU P 171 -7.681 -29.707-167.287 1.00 24.56 O \ ANISOU36960 OE2 GLU P 171 3003 3631 2697 -376 356 228 O \ ATOM 36961 N PRO P 172 -7.952 -31.835-172.893 1.00 17.41 N \ ANISOU36961 N PRO P 172 2027 2552 2036 -455 261 226 N \ ATOM 36962 CA PRO P 172 -7.876 -31.274-174.248 1.00 16.33 C \ ANISOU36962 CA PRO P 172 1863 2399 1942 -440 232 192 C \ ATOM 36963 C PRO P 172 -7.493 -29.797-174.266 1.00 15.67 C \ ANISOU36963 C PRO P 172 1768 2336 1848 -396 221 153 C \ ATOM 36964 O PRO P 172 -7.836 -29.048-173.337 1.00 15.41 O \ ANISOU36964 O PRO P 172 1728 2341 1783 -380 245 143 O \ ATOM 36965 CB PRO P 172 -9.304 -31.450-174.784 1.00 16.70 C \ ANISOU36965 CB PRO P 172 1859 2465 2020 -472 255 189 C \ ATOM 36966 CG PRO P 172 -9.870 -32.573-173.988 1.00 18.73 C \ ANISOU36966 CG PRO P 172 2126 2724 2263 -515 287 230 C \ ATOM 36967 CD PRO P 172 -9.274 -32.437-172.622 1.00 17.33 C \ ANISOU36967 CD PRO P 172 1989 2564 2032 -497 302 248 C \ ATOM 36968 N LEU P 173 -6.783 -29.391-175.317 1.00 13.60 N \ ANISOU36968 N LEU P 173 1506 2046 1613 -376 185 131 N \ ATOM 36969 CA LEU P 173 -6.435 -27.992-175.536 1.00 13.95 C \ ANISOU36969 CA LEU P 173 1539 2102 1658 -338 172 95 C \ ATOM 36970 C LEU P 173 -7.704 -27.190-175.772 1.00 14.36 C \ ANISOU36970 C LEU P 173 1543 2187 1724 -334 194 74 C \ ATOM 36971 O LEU P 173 -8.554 -27.587-176.570 1.00 13.39 O \ ANISOU36971 O LEU P 173 1389 2065 1632 -355 198 76 O \ ATOM 36972 CB LEU P 173 -5.489 -27.833-176.744 1.00 13.13 C \ ANISOU36972 CB LEU P 173 1442 1962 1583 -323 132 82 C \ ATOM 36973 CG LEU P 173 -4.815 -26.464-176.952 1.00 14.78 C \ ANISOU36973 CG LEU P 173 1651 2171 1793 -286 114 51 C \ ATOM 36974 CD1 LEU P 173 -3.754 -26.220-175.894 1.00 12.69 C \ ANISOU36974 CD1 LEU P 173 1420 1907 1492 -269 107 50 C \ ATOM 36975 CD2 LEU P 173 -4.182 -26.364-178.346 1.00 15.32 C \ ANISOU36975 CD2 LEU P 173 1715 2208 1894 -279 82 41 C \ ATOM 36976 N ASP P 174 -7.828 -26.070-175.065 1.00 13.01 N \ ANISOU36976 N ASP P 174 1367 2045 1531 -305 208 51 N \ ATOM 36977 CA ASP P 174 -8.942 -25.152-175.270 1.00 14.59 C \ ANISOU36977 CA ASP P 174 1522 2275 1745 -291 227 26 C \ ATOM 36978 C ASP P 174 -8.648 -24.305-176.495 1.00 13.42 C \ ANISOU36978 C ASP P 174 1361 2105 1631 -267 195 2 C \ ATOM 36979 O ASP P 174 -7.537 -23.782-176.642 1.00 13.46 O \ ANISOU36979 O ASP P 174 1394 2085 1634 -246 169 -8 O \ ATOM 36980 CB ASP P 174 -9.137 -24.256-174.047 1.00 15.53 C \ ANISOU36980 CB ASP P 174 1643 2429 1826 -266 253 7 C \ ATOM 36981 CG ASP P 174 -9.449 -25.049-172.790 1.00 19.48 C \ ANISOU36981 CG ASP P 174 2157 2958 2285 -288 287 34 C \ ATOM 36982 OD1 ASP P 174 -10.476 -25.770-172.776 1.00 21.07 O \ ANISOU36982 OD1 ASP P 174 2331 3179 2494 -319 315 54 O \ ATOM 36983 OD2 ASP P 174 -8.659 -24.966-171.821 1.00 19.99 O \ ANISOU36983 OD2 ASP P 174 2261 3025 2309 -277 285 36 O \ ATOM 36984 N LEU P 175 -9.648 -24.175-177.363 1.00 13.26 N \ ANISOU36984 N LEU P 175 1299 2096 1643 -270 198 -4 N \ ATOM 36985 CA LEU P 175 -9.495 -23.464-178.631 1.00 13.57 C \ ANISOU36985 CA LEU P 175 1326 2116 1715 -249 169 -21 C \ ATOM 36986 C LEU P 175 -10.392 -22.237-178.703 1.00 13.71 C \ ANISOU36986 C LEU P 175 1307 2159 1742 -217 180 -47 C \ ATOM 36987 O LEU P 175 -11.514 -22.250-178.189 1.00 13.16 O \ ANISOU36987 O LEU P 175 1203 2126 1668 -221 210 -50 O \ ATOM 36988 CB LEU P 175 -9.829 -24.392-179.808 1.00 12.86 C \ ANISOU36988 CB LEU P 175 1218 2012 1654 -276 152 -8 C \ ATOM 36989 CG LEU P 175 -9.013 -25.668-179.994 1.00 14.64 C \ ANISOU36989 CG LEU P 175 1477 2206 1878 -306 137 15 C \ ATOM 36990 CD1 LEU P 175 -9.702 -26.561-181.011 1.00 14.41 C \ ANISOU36990 CD1 LEU P 175 1423 2172 1878 -336 128 22 C \ ATOM 36991 CD2 LEU P 175 -7.571 -25.376-180.407 1.00 13.46 C \ ANISOU36991 CD2 LEU P 175 1364 2021 1726 -286 107 11 C \ ATOM 36992 N GLN P 176 -9.879 -21.182-179.333 1.00 12.41 N \ ANISOU36992 N GLN P 176 1150 1973 1591 -185 157 -66 N \ ATOM 36993 CA GLN P 176 -10.651 -19.980-179.639 1.00 12.31 C \ ANISOU36993 CA GLN P 176 1106 1974 1595 -149 160 -89 C \ ATOM 36994 C GLN P 176 -10.842 -19.904-181.155 1.00 12.12 C \ ANISOU36994 C GLN P 176 1064 1936 1605 -145 131 -86 C \ ATOM 36995 O GLN P 176 -9.890 -20.101-181.911 1.00 11.69 O \ ANISOU36995 O GLN P 176 1035 1848 1557 -151 104 -77 O \ ATOM 36996 CB GLN P 176 -9.907 -18.725-179.153 1.00 12.66 C \ ANISOU36996 CB GLN P 176 1178 2000 1629 -114 154 -112 C \ ATOM 36997 CG GLN P 176 -10.512 -17.389-179.622 1.00 12.82 C \ ANISOU36997 CG GLN P 176 1176 2021 1672 -72 151 -136 C \ ATOM 36998 CD GLN P 176 -11.873 -17.099-179.005 1.00 16.00 C \ ANISOU36998 CD GLN P 176 1538 2468 2072 -56 183 -151 C \ ATOM 36999 OE1 GLN P 176 -12.032 -17.128-177.784 1.00 15.71 O \ ANISOU36999 OE1 GLN P 176 1506 2456 2006 -57 212 -160 O \ ATOM 37000 NE2 GLN P 176 -12.863 -16.814-179.852 1.00 14.12 N \ ANISOU37000 NE2 GLN P 176 1258 2244 1862 -41 179 -154 N \ ATOM 37001 N GLY P 177 -12.065 -19.619-181.591 1.00 11.99 N \ ANISOU37001 N GLY P 177 1001 1946 1607 -134 138 -94 N \ ATOM 37002 CA GLY P 177 -12.353 -19.462-183.018 1.00 12.49 C \ ANISOU37002 CA GLY P 177 1044 2002 1698 -126 109 -92 C \ ATOM 37003 C GLY P 177 -12.185 -18.027-183.485 1.00 12.67 C \ ANISOU37003 C GLY P 177 1072 2008 1733 -79 94 -107 C \ ATOM 37004 O GLY P 177 -12.646 -17.090-182.822 1.00 13.43 O \ ANISOU37004 O GLY P 177 1157 2116 1827 -47 111 -126 O \ ATOM 37005 N LEU P 178 -11.520 -17.868-184.631 1.00 11.51 N \ ANISOU37005 N LEU P 178 942 1831 1598 -74 63 -98 N \ ATOM 37006 CA LEU P 178 -11.371 -16.585-185.297 1.00 11.28 C \ ANISOU37006 CA LEU P 178 920 1781 1584 -33 45 -105 C \ ATOM 37007 C LEU P 178 -10.982 -16.872-186.742 1.00 11.35 C \ ANISOU37007 C LEU P 178 934 1773 1602 -40 14 -89 C \ ATOM 37008 O LEU P 178 -10.073 -17.671-187.000 1.00 10.58 O \ ANISOU37008 O LEU P 178 863 1659 1497 -68 5 -77 O \ ATOM 37009 CB LEU P 178 -10.285 -15.736-184.613 1.00 11.54 C \ ANISOU37009 CB LEU P 178 995 1781 1608 -18 48 -115 C \ ATOM 37010 CG LEU P 178 -10.120 -14.268-185.020 1.00 11.94 C \ ANISOU37010 CG LEU P 178 1056 1803 1674 22 35 -124 C \ ATOM 37011 CD1 LEU P 178 -9.506 -13.476-183.868 1.00 11.23 C \ ANISOU37011 CD1 LEU P 178 996 1694 1575 35 49 -144 C \ ATOM 37012 CD2 LEU P 178 -9.256 -14.132-186.275 1.00 10.98 C \ ANISOU37012 CD2 LEU P 178 958 1649 1563 20 7 -105 C \ ATOM 37013 N VAL P 179 -11.669 -16.219-187.677 1.00 11.56 N \ ANISOU37013 N VAL P 179 939 1807 1646 -11 -1 -89 N \ ATOM 37014 CA VAL P 179 -11.421 -16.446-189.101 1.00 11.33 C \ ANISOU37014 CA VAL P 179 914 1769 1622 -14 -31 -73 C \ ATOM 37015 C VAL P 179 -11.092 -15.167-189.861 1.00 11.51 C \ ANISOU37015 C VAL P 179 953 1765 1653 24 -49 -68 C \ ATOM 37016 O VAL P 179 -11.518 -14.066-189.478 1.00 12.45 O \ ANISOU37016 O VAL P 179 1066 1880 1783 60 -42 -78 O \ ATOM 37017 CB VAL P 179 -12.623 -17.168-189.794 1.00 12.36 C \ ANISOU37017 CB VAL P 179 997 1939 1760 -24 -42 -73 C \ ATOM 37018 CG1 VAL P 179 -12.834 -18.552-189.202 1.00 11.23 C \ ANISOU37018 CG1 VAL P 179 842 1814 1610 -71 -26 -74 C \ ATOM 37019 CG2 VAL P 179 -13.907 -16.334-189.696 1.00 11.31 C \ ANISOU37019 CG2 VAL P 179 821 1834 1641 12 -38 -85 C \ ATOM 37020 N LEU P 180 -10.339 -15.327-190.946 1.00 11.29 N \ ANISOU37020 N LEU P 180 948 1719 1622 17 -71 -51 N \ ATOM 37021 CA LEU P 180 -10.032 -14.226-191.855 1.00 12.32 C \ ANISOU37021 CA LEU P 180 1095 1825 1759 49 -89 -38 C \ ATOM 37022 C LEU P 180 -11.306 -13.599-192.442 1.00 12.80 C \ ANISOU37022 C LEU P 180 1121 1909 1832 87 -102 -38 C \ ATOM 37023 O LEU P 180 -11.412 -12.380-192.528 1.00 12.78 O \ ANISOU37023 O LEU P 180 1127 1887 1842 125 -105 -36 O \ ATOM 37024 CB LEU P 180 -9.118 -14.716-192.990 1.00 11.28 C \ ANISOU37024 CB LEU P 180 988 1682 1616 32 -107 -20 C \ ATOM 37025 CG LEU P 180 -8.492 -13.633-193.882 1.00 15.75 C \ ANISOU37025 CG LEU P 180 1581 2217 2184 57 -121 0 C \ ATOM 37026 CD1 LEU P 180 -7.346 -12.933-193.152 1.00 16.64 C \ ANISOU37026 CD1 LEU P 180 1729 2288 2302 54 -107 -1 C \ ATOM 37027 CD2 LEU P 180 -7.993 -14.220-195.202 1.00 16.76 C \ ANISOU37027 CD2 LEU P 180 1720 2350 2296 44 -140 16 C \ ATOM 37028 N ASP P 181 -12.263 -14.442-192.828 1.00 13.25 N \ ANISOU37028 N ASP P 181 1139 2007 1888 76 -110 -42 N \ ATOM 37029 CA ASP P 181 -13.486 -13.999-193.515 1.00 14.36 C \ ANISOU37029 CA ASP P 181 1241 2177 2039 110 -128 -42 C \ ATOM 37030 C ASP P 181 -14.705 -14.742-192.968 1.00 14.33 C \ ANISOU37030 C ASP P 181 1182 2220 2041 95 -118 -60 C \ ATOM 37031 O ASP P 181 -14.824 -15.954-193.127 1.00 14.39 O \ ANISOU37031 O ASP P 181 1176 2248 2042 55 -120 -63 O \ ATOM 37032 CB ASP P 181 -13.356 -14.232-195.029 1.00 14.71 C \ ANISOU37032 CB ASP P 181 1290 2226 2072 111 -162 -24 C \ ATOM 37033 CG ASP P 181 -14.555 -13.698-195.829 1.00 19.79 C \ ANISOU37033 CG ASP P 181 1896 2900 2723 151 -187 -22 C \ ATOM 37034 OD1 ASP P 181 -15.540 -13.206-195.235 1.00 18.66 O \ ANISOU37034 OD1 ASP P 181 1716 2776 2596 178 -178 -35 O \ ATOM 37035 OD2 ASP P 181 -14.502 -13.773-197.074 1.00 22.35 O \ ANISOU37035 OD2 ASP P 181 2225 3231 3034 158 -216 -6 O \ ATOM 37036 N TYR P 182 -15.611 -14.004-192.335 1.00 15.18 N \ ANISOU37036 N TYR P 182 1259 2344 2163 128 -105 -74 N \ ATOM 37037 CA TYR P 182 -16.771 -14.604-191.670 1.00 16.14 C \ ANISOU37037 CA TYR P 182 1326 2513 2292 115 -87 -91 C \ ATOM 37038 C TYR P 182 -17.785 -15.179-192.666 1.00 15.93 C \ ANISOU37038 C TYR P 182 1251 2530 2272 111 -114 -91 C \ ATOM 37039 O TYR P 182 -18.623 -16.005-192.299 1.00 16.41 O \ ANISOU37039 O TYR P 182 1266 2630 2338 83 -103 -103 O \ ATOM 37040 CB TYR P 182 -17.439 -13.590-190.723 1.00 15.50 C \ ANISOU37040 CB TYR P 182 1224 2440 2224 157 -64 -108 C \ ATOM 37041 CG TYR P 182 -18.513 -12.745-191.376 1.00 18.43 C \ ANISOU37041 CG TYR P 182 1555 2834 2612 211 -84 -111 C \ ATOM 37042 CD1 TYR P 182 -19.846 -13.167-191.390 1.00 19.87 C \ ANISOU37042 CD1 TYR P 182 1670 3074 2806 212 -84 -123 C \ ATOM 37043 CD2 TYR P 182 -18.197 -11.535-191.998 1.00 20.39 C \ ANISOU37043 CD2 TYR P 182 1832 3046 2866 260 -105 -99 C \ ATOM 37044 CE1 TYR P 182 -20.838 -12.408-191.999 1.00 22.14 C \ ANISOU37044 CE1 TYR P 182 1916 3386 3110 264 -106 -126 C \ ATOM 37045 CE2 TYR P 182 -19.188 -10.764-192.609 1.00 20.54 C \ ANISOU37045 CE2 TYR P 182 1816 3085 2901 313 -126 -99 C \ ATOM 37046 CZ TYR P 182 -20.503 -11.211-192.608 1.00 23.62 C \ ANISOU37046 CZ TYR P 182 2136 3535 3301 317 -128 -113 C \ ATOM 37047 OH TYR P 182 -21.477 -10.460-193.212 1.00 22.84 O \ ANISOU37047 OH TYR P 182 2000 3459 3218 373 -151 -113 O \ ATOM 37048 N GLN P 183 -17.705 -14.740-193.920 1.00 15.64 N \ ANISOU37048 N GLN P 183 1222 2486 2232 137 -150 -77 N \ ATOM 37049 CA GLN P 183 -18.634 -15.187-194.963 1.00 17.19 C \ ANISOU37049 CA GLN P 183 1374 2725 2431 138 -182 -78 C \ ATOM 37050 C GLN P 183 -18.221 -16.521-195.594 1.00 17.71 C \ ANISOU37050 C GLN P 183 1450 2795 2483 85 -197 -76 C \ ATOM 37051 O GLN P 183 -18.965 -17.090-196.396 1.00 18.14 O \ ANISOU37051 O GLN P 183 1467 2885 2537 75 -224 -82 O \ ATOM 37052 CB GLN P 183 -18.817 -14.101-196.032 1.00 17.88 C \ ANISOU37052 CB GLN P 183 1467 2807 2518 195 -216 -63 C \ ATOM 37053 CG GLN P 183 -19.253 -12.754-195.462 1.00 17.72 C \ ANISOU37053 CG GLN P 183 1439 2777 2515 252 -204 -66 C \ ATOM 37054 CD GLN P 183 -19.546 -11.712-196.526 1.00 25.01 C \ ANISOU37054 CD GLN P 183 2365 3695 3440 311 -239 -48 C \ ATOM 37055 OE1 GLN P 183 -18.825 -11.593-197.515 1.00 26.24 O \ ANISOU37055 OE1 GLN P 183 2561 3828 3579 312 -263 -25 O \ ATOM 37056 NE2 GLN P 183 -20.613 -10.946-196.322 1.00 25.35 N \ ANISOU37056 NE2 GLN P 183 2365 3761 3503 361 -242 -58 N \ ATOM 37057 N THR P 184 -17.038 -17.011-195.226 1.00 17.08 N \ ANISOU37057 N THR P 184 1420 2678 2391 52 -181 -70 N \ ATOM 37058 CA THR P 184 -16.561 -18.322-195.659 1.00 16.93 C \ ANISOU37058 CA THR P 184 1414 2656 2360 2 -190 -71 C \ ATOM 37059 C THR P 184 -17.568 -19.405-195.272 1.00 17.92 C \ ANISOU37059 C THR P 184 1490 2820 2498 -37 -183 -88 C \ ATOM 37060 O THR P 184 -18.018 -19.469-194.119 1.00 17.32 O \ ANISOU37060 O THR P 184 1391 2755 2434 -48 -151 -96 O \ ATOM 37061 CB THR P 184 -15.178 -18.653-195.047 1.00 16.95 C \ ANISOU37061 CB THR P 184 1473 2615 2352 -23 -168 -64 C \ ATOM 37062 OG1 THR P 184 -14.256 -17.596-195.339 1.00 17.36 O \ ANISOU37062 OG1 THR P 184 1567 2632 2395 10 -171 -48 O \ ATOM 37063 CG2 THR P 184 -14.618 -19.952-195.607 1.00 17.60 C \ ANISOU37063 CG2 THR P 184 1573 2690 2421 -67 -180 -65 C \ ATOM 37064 N GLN P 185 -17.931 -20.233-196.248 1.00 17.08 N \ ANISOU37064 N GLN P 185 1365 2734 2389 -60 -212 -95 N \ ATOM 37065 CA GLN P 185 -18.872 -21.327-196.027 1.00 18.49 C \ ANISOU37065 CA GLN P 185 1496 2947 2583 -105 -210 -111 C \ ATOM 37066 C GLN P 185 -18.100 -22.633-195.901 1.00 18.00 C \ ANISOU37066 C GLN P 185 1468 2856 2514 -160 -203 -112 C \ ATOM 37067 O GLN P 185 -17.818 -23.304-196.900 1.00 17.75 O \ ANISOU37067 O GLN P 185 1451 2820 2473 -177 -232 -117 O \ ATOM 37068 CB GLN P 185 -19.903 -21.406-197.160 1.00 17.94 C \ ANISOU37068 CB GLN P 185 1377 2920 2517 -95 -251 -123 C \ ATOM 37069 CG GLN P 185 -20.722 -20.136-197.328 1.00 21.19 C \ ANISOU37069 CG GLN P 185 1752 3361 2936 -36 -262 -121 C \ ATOM 37070 CD GLN P 185 -21.911 -20.305-198.264 1.00 25.64 C \ ANISOU37070 CD GLN P 185 2256 3978 3508 -29 -301 -135 C \ ATOM 37071 OE1 GLN P 185 -22.000 -21.277-199.022 1.00 25.07 O \ ANISOU37071 OE1 GLN P 185 2177 3917 3429 -65 -328 -147 O \ ATOM 37072 NE2 GLN P 185 -22.832 -19.348-198.217 1.00 24.32 N \ ANISOU37072 NE2 GLN P 185 2043 3843 3353 18 -307 -137 N \ ATOM 37073 N TYR P 186 -17.744 -22.976-194.666 1.00 16.57 N \ ANISOU37073 N TYR P 186 1302 2655 2336 -185 -165 -108 N \ ATOM 37074 CA TYR P 186 -17.017 -24.209-194.390 1.00 16.98 C \ ANISOU37074 CA TYR P 186 1389 2678 2385 -234 -156 -106 C \ ATOM 37075 C TYR P 186 -17.933 -25.413-194.598 1.00 19.75 C \ ANISOU37075 C TYR P 186 1700 3051 2752 -284 -164 -120 C \ ATOM 37076 O TYR P 186 -19.150 -25.281-194.459 1.00 19.24 O \ ANISOU37076 O TYR P 186 1575 3028 2704 -286 -162 -129 O \ ATOM 37077 CB TYR P 186 -16.418 -24.173-192.974 1.00 15.71 C \ ANISOU37077 CB TYR P 186 1256 2493 2220 -242 -114 -94 C \ ATOM 37078 CG TYR P 186 -15.296 -23.160-192.865 1.00 14.09 C \ ANISOU37078 CG TYR P 186 1097 2257 1999 -202 -111 -83 C \ ATOM 37079 CD1 TYR P 186 -14.029 -23.445-193.376 1.00 14.32 C \ ANISOU37079 CD1 TYR P 186 1178 2248 2013 -205 -123 -76 C \ ATOM 37080 CD2 TYR P 186 -15.506 -21.914-192.282 1.00 14.74 C \ ANISOU37080 CD2 TYR P 186 1171 2347 2082 -162 -95 -82 C \ ATOM 37081 CE1 TYR P 186 -12.995 -22.519-193.292 1.00 12.88 C \ ANISOU37081 CE1 TYR P 186 1035 2040 1819 -174 -120 -66 C \ ATOM 37082 CE2 TYR P 186 -14.476 -20.976-192.198 1.00 12.49 C \ ANISOU37082 CE2 TYR P 186 928 2029 1785 -129 -93 -73 C \ ATOM 37083 CZ TYR P 186 -13.224 -21.290-192.706 1.00 12.27 C \ ANISOU37083 CZ TYR P 186 950 1967 1745 -138 -106 -64 C \ ATOM 37084 OH TYR P 186 -12.200 -20.368-192.650 1.00 13.64 O \ ANISOU37084 OH TYR P 186 1161 2110 1910 -110 -104 -56 O \ ATOM 37085 N PRO P 187 -17.362 -26.580-194.963 1.00 21.67 N \ ANISOU37085 N PRO P 187 1973 3266 2992 -323 -175 -123 N \ ATOM 37086 CA PRO P 187 -18.238 -27.737-195.168 1.00 25.70 C \ ANISOU37086 CA PRO P 187 2448 3794 3523 -374 -185 -139 C \ ATOM 37087 C PRO P 187 -18.853 -28.190-193.848 1.00 30.51 C \ ANISOU37087 C PRO P 187 3031 4411 4150 -412 -144 -132 C \ ATOM 37088 O PRO P 187 -18.255 -27.995-192.787 1.00 30.46 O \ ANISOU37088 O PRO P 187 3054 4384 4135 -407 -110 -115 O \ ATOM 37089 CB PRO P 187 -17.308 -28.812-195.745 1.00 24.28 C \ ANISOU37089 CB PRO P 187 2318 3572 3335 -402 -202 -144 C \ ATOM 37090 CG PRO P 187 -15.926 -28.358-195.478 1.00 22.58 C \ ANISOU37090 CG PRO P 187 2162 3318 3098 -374 -189 -127 C \ ATOM 37091 CD PRO P 187 -15.946 -26.876-195.259 1.00 21.32 C \ ANISOU37091 CD PRO P 187 1994 3176 2929 -321 -181 -116 C \ ATOM 37092 N LYS P 188 -20.053 -28.756-193.914 1.00 36.69 N \ ANISOU37092 N LYS P 188 3755 5227 4955 -448 -147 -145 N \ ATOM 37093 CA LYS P 188 -20.737 -29.244-192.718 1.00 41.70 C \ ANISOU37093 CA LYS P 188 4360 5876 5608 -488 -106 -137 C \ ATOM 37094 C LYS P 188 -20.024 -30.476-192.163 1.00 44.69 C \ ANISOU37094 C LYS P 188 4787 6204 5987 -539 -89 -124 C \ ATOM 37095 O LYS P 188 -19.305 -31.165-192.893 1.00 45.04 O \ ANISOU37095 O LYS P 188 4873 6212 6028 -552 -115 -130 O \ ATOM 37096 CB LYS P 188 -22.211 -29.540-193.024 1.00 43.22 C \ ANISOU37096 CB LYS P 188 4473 6119 5828 -517 -116 -155 C \ ATOM 37097 CG LYS P 188 -23.012 -28.310-193.481 1.00 46.76 C \ ANISOU37097 CG LYS P 188 4868 6620 6277 -463 -133 -166 C \ ATOM 37098 CD LYS P 188 -23.244 -27.317-192.333 1.00 50.31 C \ ANISOU37098 CD LYS P 188 5301 7091 6722 -427 -90 -154 C \ ATOM 37099 CE LYS P 188 -23.377 -25.876-192.829 1.00 50.47 C \ ANISOU37099 CE LYS P 188 5307 7133 6733 -353 -109 -159 C \ ATOM 37100 NZ LYS P 188 -24.584 -25.648-193.670 1.00 52.63 N \ ANISOU37100 NZ LYS P 188 5509 7461 7025 -341 -142 -178 N \ ATOM 37101 N THR P 189 -20.199 -30.729-190.867 1.00 48.20 N \ ANISOU37101 N THR P 189 5229 6649 6435 -564 -44 -105 N \ ATOM 37102 CA THR P 189 -19.609 -31.903-190.217 1.00 51.04 C \ ANISOU37102 CA THR P 189 5634 6963 6795 -612 -25 -87 C \ ATOM 37103 C THR P 189 -20.302 -33.185-190.687 1.00 53.14 C \ ANISOU37103 C THR P 189 5876 7223 7091 -676 -39 -99 C \ ATOM 37104 O THR P 189 -21.513 -33.344-190.513 1.00 54.07 O \ ANISOU37104 O THR P 189 5930 7381 7231 -708 -28 -105 O \ ATOM 37105 CB THR P 189 -19.682 -31.793-188.677 1.00 51.67 C \ ANISOU37105 CB THR P 189 5716 7050 6865 -620 27 -62 C \ ATOM 37106 OG1 THR P 189 -19.154 -30.526-188.268 1.00 51.95 O \ ANISOU37106 OG1 THR P 189 5767 7094 6875 -560 38 -58 O \ ATOM 37107 CG2 THR P 189 -18.882 -32.910-188.009 1.00 52.30 C \ ANISOU37107 CG2 THR P 189 5853 7077 6940 -659 44 -39 C \ ATOM 37108 N THR P 190 -19.520 -34.078-191.295 1.00 54.61 N \ ANISOU37108 N THR P 190 6112 7359 7278 -695 -64 -103 N \ ATOM 37109 CA THR P 190 -20.016 -35.354-191.824 1.00 56.49 C \ ANISOU37109 CA THR P 190 6338 7578 7545 -756 -83 -118 C \ ATOM 37110 C THR P 190 -18.938 -36.436-191.759 1.00 57.00 C \ ANISOU37110 C THR P 190 6476 7573 7608 -779 -86 -108 C \ ATOM 37111 O THR P 190 -18.643 -36.979-190.692 1.00 57.39 O \ ANISOU37111 O THR P 190 6554 7593 7658 -804 -52 -80 O \ ATOM 37112 CB THR P 190 -20.485 -35.228-193.290 1.00 56.99 C \ ANISOU37112 CB THR P 190 6370 7666 7616 -747 -134 -155 C \ ATOM 37113 OG1 THR P 190 -19.580 -34.384-194.013 1.00 57.04 O \ ANISOU37113 OG1 THR P 190 6410 7668 7592 -684 -158 -161 O \ ATOM 37114 CG2 THR P 190 -21.902 -34.651-193.375 1.00 57.83 C \ ANISOU37114 CG2 THR P 190 6390 7841 7739 -749 -134 -168 C \ ATOM 37115 N GLY P 193 -16.279 -34.566-191.743 1.00 32.12 N \ ANISOU37115 N GLY P 193 3425 4392 4385 -645 -90 -90 N \ ATOM 37116 CA GLY P 193 -16.210 -33.128-191.987 1.00 29.63 C \ ANISOU37116 CA GLY P 193 3093 4113 4050 -587 -95 -94 C \ ATOM 37117 C GLY P 193 -15.612 -32.366-190.819 1.00 27.48 C \ ANISOU37117 C GLY P 193 2844 3839 3758 -558 -61 -69 C \ ATOM 37118 O GLY P 193 -15.610 -32.862-189.685 1.00 29.12 O \ ANISOU37118 O GLY P 193 3062 4034 3966 -585 -29 -48 O \ ATOM 37119 N PRO P 194 -15.108 -31.145-191.080 1.00 25.24 N \ ANISOU37119 N PRO P 194 2568 3567 3455 -503 -69 -71 N \ ATOM 37120 CA PRO P 194 -14.434 -30.373-190.036 1.00 22.70 C \ ANISOU37120 CA PRO P 194 2270 3239 3113 -473 -41 -54 C \ ATOM 37121 C PRO P 194 -15.398 -29.733-189.047 1.00 21.09 C \ ANISOU37121 C PRO P 194 2024 3077 2912 -470 -8 -48 C \ ATOM 37122 O PRO P 194 -16.552 -29.448-189.388 1.00 21.64 O \ ANISOU37122 O PRO P 194 2038 3186 2996 -472 -12 -61 O \ ATOM 37123 CB PRO P 194 -13.698 -29.289-190.826 1.00 22.35 C \ ANISOU37123 CB PRO P 194 2243 3194 3054 -421 -64 -61 C \ ATOM 37124 CG PRO P 194 -14.541 -29.074-192.033 1.00 25.33 C \ ANISOU37124 CG PRO P 194 2580 3601 3442 -414 -94 -80 C \ ATOM 37125 CD PRO P 194 -15.210 -30.391-192.345 1.00 24.58 C \ ANISOU37125 CD PRO P 194 2468 3504 3368 -467 -103 -90 C \ ATOM 37126 N ILE P 195 -14.927 -29.524-187.823 1.00 18.41 N \ ANISOU37126 N ILE P 195 1709 2729 2554 -464 22 -31 N \ ATOM 37127 CA ILE P 195 -15.692 -28.769-186.834 1.00 17.32 C \ ANISOU37127 CA ILE P 195 1537 2630 2411 -452 56 -29 C \ ATOM 37128 C ILE P 195 -15.241 -27.316-186.891 1.00 15.68 C \ ANISOU37128 C ILE P 195 1337 2429 2189 -393 50 -37 C \ ATOM 37129 O ILE P 195 -14.068 -27.012-186.668 1.00 12.80 O \ ANISOU37129 O ILE P 195 1020 2034 1806 -372 47 -31 O \ ATOM 37130 CB ILE P 195 -15.513 -29.336-185.411 1.00 18.38 C \ ANISOU37130 CB ILE P 195 1693 2757 2530 -479 95 -6 C \ ATOM 37131 CG1 ILE P 195 -16.099 -30.753-185.340 1.00 18.86 C \ ANISOU37131 CG1 ILE P 195 1744 2811 2611 -541 103 5 C \ ATOM 37132 CG2 ILE P 195 -16.171 -28.415-184.377 1.00 17.65 C \ ANISOU37132 CG2 ILE P 195 1570 2707 2426 -457 131 -7 C \ ATOM 37133 CD1 ILE P 195 -15.562 -31.590-184.210 1.00 23.00 C \ ANISOU37133 CD1 ILE P 195 2311 3309 3119 -569 130 34 C \ ATOM 37134 N THR P 196 -16.175 -26.421-187.205 1.00 14.98 N \ ANISOU37134 N THR P 196 1200 2379 2111 -366 48 -52 N \ ATOM 37135 CA THR P 196 -15.848 -24.999-187.329 1.00 14.71 C \ ANISOU37135 CA THR P 196 1173 2347 2068 -309 41 -60 C \ ATOM 37136 C THR P 196 -16.771 -24.158-186.431 1.00 14.64 C \ ANISOU37136 C THR P 196 1124 2378 2059 -287 73 -68 C \ ATOM 37137 O THR P 196 -17.528 -24.710-185.631 1.00 13.98 O \ ANISOU37137 O THR P 196 1011 2321 1976 -317 103 -64 O \ ATOM 37138 CB THR P 196 -15.846 -24.531-188.820 1.00 16.17 C \ ANISOU37138 CB THR P 196 1349 2530 2262 -283 0 -71 C \ ATOM 37139 OG1 THR P 196 -17.160 -24.660-189.385 1.00 17.45 O \ ANISOU37139 OG1 THR P 196 1451 2732 2444 -291 -9 -82 O \ ATOM 37140 CG2 THR P 196 -14.860 -25.366-189.642 1.00 13.95 C \ ANISOU37140 CG2 THR P 196 1111 2211 1977 -303 -26 -65 C \ ATOM 37141 N ILE P 197 -16.683 -22.835-186.530 1.00 12.56 N \ ANISOU37141 N ILE P 197 860 2117 1792 -234 67 -78 N \ ATOM 37142 CA ILE P 197 -17.423 -21.961-185.623 1.00 12.76 C \ ANISOU37142 CA ILE P 197 855 2177 1816 -205 98 -89 C \ ATOM 37143 C ILE P 197 -18.929 -22.173-185.745 1.00 13.87 C \ ANISOU37143 C ILE P 197 923 2369 1976 -216 107 -98 C \ ATOM 37144 O ILE P 197 -19.622 -22.229-184.728 1.00 14.74 O \ ANISOU37144 O ILE P 197 1004 2512 2082 -225 146 -100 O \ ATOM 37145 CB ILE P 197 -17.033 -20.470-185.799 1.00 14.66 C \ ANISOU37145 CB ILE P 197 1112 2402 2054 -145 86 -100 C \ ATOM 37146 CG1 ILE P 197 -15.558 -20.258-185.406 1.00 10.50 C \ ANISOU37146 CG1 ILE P 197 652 1829 1506 -140 85 -93 C \ ATOM 37147 CG2 ILE P 197 -17.933 -19.572-184.962 1.00 13.74 C \ ANISOU37147 CG2 ILE P 197 959 2321 1938 -111 116 -117 C \ ATOM 37148 CD1 ILE P 197 -15.045 -18.837-185.631 1.00 14.02 C \ ANISOU37148 CD1 ILE P 197 1120 2251 1953 -88 71 -103 C \ ATOM 37149 N GLU P 198 -19.429 -22.323-186.974 1.00 13.48 N \ ANISOU37149 N GLU P 198 844 2330 1947 -217 73 -103 N \ ATOM 37150 CA GLU P 198 -20.861 -22.579-187.183 1.00 17.52 C \ ANISOU37150 CA GLU P 198 1282 2894 2481 -230 76 -113 C \ ATOM 37151 C GLU P 198 -21.301 -23.883-186.501 1.00 17.38 C \ ANISOU37151 C GLU P 198 1246 2891 2467 -295 105 -104 C \ ATOM 37152 O GLU P 198 -22.400 -23.959-185.934 1.00 18.53 O \ ANISOU37152 O GLU P 198 1333 3083 2622 -307 134 -109 O \ ATOM 37153 CB GLU P 198 -21.221 -22.574-188.679 1.00 17.53 C \ ANISOU37153 CB GLU P 198 1258 2902 2499 -220 28 -121 C \ ATOM 37154 CG GLU P 198 -22.663 -22.996-188.963 1.00 24.13 C \ ANISOU37154 CG GLU P 198 2014 3792 3359 -241 25 -133 C \ ATOM 37155 CD GLU P 198 -23.183 -22.576-190.335 1.00 30.99 C \ ANISOU37155 CD GLU P 198 2850 4681 4241 -212 -22 -144 C \ ATOM 37156 OE1 GLU P 198 -22.432 -21.945-191.115 1.00 32.22 O \ ANISOU37156 OE1 GLU P 198 3048 4807 4386 -174 -53 -141 O \ ATOM 37157 OE2 GLU P 198 -24.366 -22.881-190.623 1.00 34.18 O \ ANISOU37157 OE2 GLU P 198 3185 5133 4667 -227 -29 -157 O \ ATOM 37158 N THR P 199 -20.430 -24.893-186.538 1.00 16.22 N \ ANISOU37158 N THR P 199 1148 2703 2312 -337 99 -88 N \ ATOM 37159 CA THR P 199 -20.705 -26.173-185.880 1.00 18.11 C \ ANISOU37159 CA THR P 199 1382 2944 2555 -401 126 -74 C \ ATOM 37160 C THR P 199 -20.943 -26.017-184.375 1.00 18.74 C \ ANISOU37160 C THR P 199 1457 3046 2616 -404 180 -65 C \ ATOM 37161 O THR P 199 -21.898 -26.578-183.837 1.00 19.23 O \ ANISOU37161 O THR P 199 1473 3143 2687 -441 210 -60 O \ ATOM 37162 CB THR P 199 -19.569 -27.204-186.095 1.00 18.85 C \ ANISOU37162 CB THR P 199 1539 2981 2640 -435 110 -58 C \ ATOM 37163 OG1 THR P 199 -19.057 -27.093-187.427 1.00 16.07 O \ ANISOU37163 OG1 THR P 199 1205 2606 2294 -418 63 -69 O \ ATOM 37164 CG2 THR P 199 -20.091 -28.620-185.848 1.00 17.99 C \ ANISOU37164 CG2 THR P 199 1414 2872 2546 -505 125 -46 C \ ATOM 37165 N AVAL P 200 -20.088 -25.244-183.704 0.60 18.06 N \ ANISOU37165 N AVAL P 200 1417 2942 2504 -365 191 -63 N \ ATOM 37166 CA AVAL P 200 -20.182 -25.080-182.244 0.60 18.68 C \ ANISOU37166 CA AVAL P 200 1499 3039 2556 -365 240 -56 C \ ATOM 37167 C AVAL P 200 -21.241 -24.060-181.791 0.60 19.69 C \ ANISOU37167 C AVAL P 200 1570 3223 2688 -327 267 -77 C \ ATOM 37168 O AVAL P 200 -21.821 -24.202-180.713 0.60 20.43 O \ ANISOU37168 O AVAL P 200 1641 3353 2768 -341 313 -72 O \ ATOM 37169 CB AVAL P 200 -18.795 -24.798-181.569 0.60 18.61 C \ ANISOU37169 CB AVAL P 200 1566 2990 2515 -346 242 -47 C \ ATOM 37170 CG1AVAL P 200 -17.760 -25.849-181.987 0.60 17.28 C \ ANISOU37170 CG1AVAL P 200 1449 2770 2345 -381 218 -28 C \ ATOM 37171 CG2AVAL P 200 -18.293 -23.398-181.878 0.60 17.95 C \ ANISOU37171 CG2AVAL P 200 1498 2894 2427 -282 222 -68 C \ ATOM 37172 N LEU P 201 -21.487 -23.035-182.605 1.00 19.20 N \ ANISOU37172 N LEU P 201 1485 3167 2641 -276 239 -98 N \ ATOM 37173 CA LEU P 201 -22.517 -22.037-182.289 1.00 19.49 C \ ANISOU37173 CA LEU P 201 1466 3254 2685 -233 259 -119 C \ ATOM 37174 C LEU P 201 -23.928 -22.506-182.653 1.00 19.44 C \ ANISOU37174 C LEU P 201 1376 3301 2707 -258 265 -125 C \ ATOM 37175 O LEU P 201 -24.917 -22.030-182.077 1.00 19.14 O \ ANISOU37175 O LEU P 201 1282 3315 2672 -238 297 -139 O \ ATOM 37176 CB LEU P 201 -22.229 -20.706-182.994 1.00 18.99 C \ ANISOU37176 CB LEU P 201 1413 3172 2628 -165 226 -138 C \ ATOM 37177 CG LEU P 201 -20.998 -19.841-182.688 1.00 20.86 C \ ANISOU37177 CG LEU P 201 1720 3362 2843 -126 219 -140 C \ ATOM 37178 CD1 LEU P 201 -21.048 -18.576-183.541 1.00 18.74 C \ ANISOU37178 CD1 LEU P 201 1447 3083 2592 -64 186 -156 C \ ATOM 37179 CD2 LEU P 201 -20.869 -19.475-181.210 1.00 21.29 C \ ANISOU37179 CD2 LEU P 201 1790 3428 2868 -114 264 -147 C \ ATOM 37180 N GLY P 202 -24.023 -23.422-183.615 1.00 19.78 N \ ANISOU37180 N GLY P 202 1409 3333 2771 -300 233 -117 N \ ATOM 37181 CA GLY P 202 -25.320 -23.887-184.125 1.00 21.03 C \ ANISOU37181 CA GLY P 202 1487 3540 2961 -328 230 -125 C \ ATOM 37182 C GLY P 202 -26.068 -22.807-184.887 1.00 20.32 C \ ANISOU37182 C GLY P 202 1345 3484 2891 -268 203 -149 C \ ATOM 37183 O GLY P 202 -27.291 -22.856-185.020 1.00 21.30 O \ ANISOU37183 O GLY P 202 1390 3663 3038 -274 210 -161 O \ ATOM 37184 N ARG P 203 -25.316 -21.827-185.377 1.00 19.64 N \ ANISOU37184 N ARG P 203 1303 3363 2795 -211 174 -155 N \ ATOM 37185 CA ARG P 203 -25.841 -20.699-186.141 1.00 20.74 C \ ANISOU37185 CA ARG P 203 1408 3522 2950 -146 144 -173 C \ ATOM 37186 C ARG P 203 -24.684 -20.128-186.964 1.00 20.11 C \ ANISOU37186 C ARG P 203 1397 3384 2859 -112 102 -167 C \ ATOM 37187 O ARG P 203 -23.527 -20.469-186.717 1.00 19.91 O \ ANISOU37187 O ARG P 203 1440 3310 2814 -133 105 -153 O \ ATOM 37188 CB ARG P 203 -26.427 -19.629-185.207 1.00 21.52 C \ ANISOU37188 CB ARG P 203 1476 3654 3044 -93 181 -189 C \ ATOM 37189 CG ARG P 203 -25.398 -18.978-184.288 1.00 21.48 C \ ANISOU37189 CG ARG P 203 1541 3609 3010 -65 205 -187 C \ ATOM 37190 CD ARG P 203 -26.009 -17.953-183.348 1.00 19.63 C \ ANISOU37190 CD ARG P 203 1276 3408 2771 -12 243 -209 C \ ATOM 37191 NE ARG P 203 -24.971 -17.362-182.497 1.00 19.78 N \ ANISOU37191 NE ARG P 203 1367 3387 2762 9 261 -211 N \ ATOM 37192 CZ ARG P 203 -24.719 -17.741-181.248 1.00 22.52 C \ ANISOU37192 CZ ARG P 203 1734 3741 3080 -16 306 -208 C \ ATOM 37193 NH1 ARG P 203 -25.441 -18.702-180.675 1.00 23.67 N \ ANISOU37193 NH1 ARG P 203 1837 3933 3224 -66 343 -199 N \ ATOM 37194 NH2 ARG P 203 -23.750 -17.150-180.562 1.00 18.48 N \ ANISOU37194 NH2 ARG P 203 1285 3192 2542 7 315 -212 N \ ATOM 37195 N LYS P 204 -24.996 -19.267-187.929 1.00 20.14 N \ ANISOU37195 N LYS P 204 1382 3394 2875 -60 65 -175 N \ ATOM 37196 CA LYS P 204 -23.991 -18.738-188.855 1.00 19.41 C \ ANISOU37196 CA LYS P 204 1349 3251 2774 -30 24 -167 C \ ATOM 37197 C LYS P 204 -23.045 -17.757-188.177 1.00 17.89 C \ ANISOU37197 C LYS P 204 1216 3015 2564 9 41 -165 C \ ATOM 37198 O LYS P 204 -23.422 -17.069-187.222 1.00 16.38 O \ ANISOU37198 O LYS P 204 1009 2841 2372 39 74 -178 O \ ATOM 37199 CB LYS P 204 -24.662 -18.035-190.039 1.00 21.62 C \ ANISOU37199 CB LYS P 204 1591 3552 3070 17 -19 -173 C \ ATOM 37200 CG LYS P 204 -25.392 -18.957-191.006 1.00 26.84 C \ ANISOU37200 CG LYS P 204 2204 4248 3746 -19 -51 -176 C \ ATOM 37201 CD LYS P 204 -25.980 -18.165-192.158 1.00 35.01 C \ ANISOU37201 CD LYS P 204 3207 5305 4791 35 -98 -181 C \ ATOM 37202 CE LYS P 204 -26.658 -19.080-193.169 1.00 40.39 C \ ANISOU37202 CE LYS P 204 3841 6021 5483 0 -135 -188 C \ ATOM 37203 NZ LYS P 204 -27.179 -18.313-194.335 1.00 42.74 N \ ANISOU37203 NZ LYS P 204 4112 6340 5784 55 -185 -191 N \ ATOM 37204 N MET P 205 -21.815 -17.695-188.684 1.00 15.77 N \ ANISOU37204 N MET P 205 1015 2694 2282 8 18 -151 N \ ATOM 37205 CA MET P 205 -20.863 -16.685-188.251 1.00 15.53 C \ ANISOU37205 CA MET P 205 1041 2619 2240 45 26 -150 C \ ATOM 37206 C MET P 205 -21.403 -15.310-188.604 1.00 15.62 C \ ANISOU37206 C MET P 205 1033 2636 2265 115 12 -160 C \ ATOM 37207 O MET P 205 -22.237 -15.168-189.497 1.00 16.06 O \ ANISOU37207 O MET P 205 1045 2720 2337 136 -15 -162 O \ ATOM 37208 CB MET P 205 -19.507 -16.882-188.938 1.00 14.88 C \ ANISOU37208 CB MET P 205 1024 2483 2144 30 0 -133 C \ ATOM 37209 CG MET P 205 -18.700 -18.046-188.393 1.00 16.26 C \ ANISOU37209 CG MET P 205 1235 2640 2303 -27 16 -123 C \ ATOM 37210 SD MET P 205 -17.017 -18.063-189.021 1.00 15.89 S \ ANISOU37210 SD MET P 205 1264 2531 2240 -33 -8 -106 S \ ATOM 37211 CE MET P 205 -17.295 -18.510-190.748 1.00 14.48 C \ ANISOU37211 CE MET P 205 1068 2361 2070 -38 -55 -99 C \ ATOM 37212 N THR P 206 -20.915 -14.305-187.892 1.00 15.05 N \ ANISOU37212 N THR P 206 995 2534 2187 152 29 -168 N \ ATOM 37213 CA THR P 206 -21.265 -12.912-188.131 1.00 15.24 C \ ANISOU37213 CA THR P 206 1014 2549 2226 222 18 -177 C \ ATOM 37214 C THR P 206 -19.929 -12.160-188.146 1.00 14.57 C \ ANISOU37214 C THR P 206 1004 2397 2132 237 9 -169 C \ ATOM 37215 O THR P 206 -18.895 -12.761-187.830 1.00 13.46 O \ ANISOU37215 O THR P 206 908 2231 1974 195 17 -160 O \ ATOM 37216 CB THR P 206 -22.170 -12.361-187.003 1.00 16.86 C \ ANISOU37216 CB THR P 206 1178 2789 2437 255 56 -203 C \ ATOM 37217 OG1 THR P 206 -21.459 -12.390-185.761 1.00 17.60 O \ ANISOU37217 OG1 THR P 206 1312 2864 2511 237 92 -212 O \ ATOM 37218 CG2 THR P 206 -23.469 -13.168-186.874 1.00 18.79 C \ ANISOU37218 CG2 THR P 206 1342 3103 2690 232 70 -211 C \ ATOM 37219 N PRO P 207 -19.927 -10.861-188.514 1.00 15.42 N \ ANISOU37219 N PRO P 207 1127 2477 2253 297 -6 -170 N \ ATOM 37220 CA PRO P 207 -18.645 -10.131-188.550 1.00 15.52 C \ ANISOU37220 CA PRO P 207 1210 2424 2260 306 -14 -162 C \ ATOM 37221 C PRO P 207 -17.809 -10.206-187.268 1.00 16.03 C \ ANISOU37221 C PRO P 207 1314 2467 2310 281 18 -176 C \ ATOM 37222 O PRO P 207 -16.581 -10.087-187.333 1.00 14.77 O \ ANISOU37222 O PRO P 207 1209 2260 2141 264 11 -165 O \ ATOM 37223 CB PRO P 207 -19.074 -8.691-188.815 1.00 15.22 C \ ANISOU37223 CB PRO P 207 1173 2366 2244 376 -26 -168 C \ ATOM 37224 CG PRO P 207 -20.322 -8.831-189.635 1.00 15.59 C \ ANISOU37224 CG PRO P 207 1157 2461 2304 400 -47 -164 C \ ATOM 37225 CD PRO P 207 -21.020 -10.070-189.120 1.00 17.61 C \ ANISOU37225 CD PRO P 207 1360 2777 2552 355 -25 -175 C \ ATOM 37226 N LYS P 208 -18.453 -10.408-186.118 1.00 16.31 N \ ANISOU37226 N LYS P 208 1319 2539 2339 280 54 -199 N \ ATOM 37227 CA LYS P 208 -17.717 -10.466-184.855 1.00 16.54 C \ ANISOU37227 CA LYS P 208 1384 2554 2347 260 83 -213 C \ ATOM 37228 C LYS P 208 -16.714 -11.625-184.826 1.00 15.28 C \ ANISOU37228 C LYS P 208 1256 2382 2166 197 82 -194 C \ ATOM 37229 O LYS P 208 -15.731 -11.580-184.092 1.00 14.90 O \ ANISOU37229 O LYS P 208 1252 2306 2101 182 92 -198 O \ ATOM 37230 CB LYS P 208 -18.666 -10.478-183.640 1.00 19.36 C \ ANISOU37230 CB LYS P 208 1700 2958 2695 272 125 -241 C \ ATOM 37231 CG LYS P 208 -19.385 -11.783-183.361 1.00 22.36 C \ ANISOU37231 CG LYS P 208 2033 3396 3065 226 146 -234 C \ ATOM 37232 CD LYS P 208 -20.427 -11.617-182.233 1.00 31.52 C \ ANISOU37232 CD LYS P 208 3148 4608 4220 245 189 -261 C \ ATOM 37233 CE LYS P 208 -21.609 -10.756-182.678 1.00 34.22 C \ ANISOU37233 CE LYS P 208 3436 4976 4590 305 183 -277 C \ ATOM 37234 NZ LYS P 208 -22.612 -10.490-181.598 1.00 40.63 N \ ANISOU37234 NZ LYS P 208 4201 5839 5396 331 227 -306 N \ ATOM 37235 N ASN P 209 -16.942 -12.640-185.657 1.00 13.70 N \ ANISOU37235 N ASN P 209 1033 2202 1967 163 66 -173 N \ ATOM 37236 CA ASN P 209 -16.014 -13.772-185.740 1.00 12.83 C \ ANISOU37236 CA ASN P 209 953 2078 1840 108 61 -155 C \ ATOM 37237 C ASN P 209 -14.717 -13.512-186.513 1.00 12.04 C \ ANISOU37237 C ASN P 209 907 1926 1740 105 33 -139 C \ ATOM 37238 O ASN P 209 -13.843 -14.386-186.573 1.00 12.26 O \ ANISOU37238 O ASN P 209 962 1941 1755 64 29 -125 O \ ATOM 37239 CB ASN P 209 -16.728 -15.024-186.235 1.00 12.57 C \ ANISOU37239 CB ASN P 209 879 2084 1810 69 57 -144 C \ ATOM 37240 CG ASN P 209 -17.842 -15.440-185.299 1.00 14.55 C \ ANISOU37240 CG ASN P 209 1080 2386 2059 59 92 -157 C \ ATOM 37241 OD1 ASN P 209 -19.013 -15.469-185.678 1.00 13.88 O \ ANISOU37241 OD1 ASN P 209 939 2342 1991 70 90 -162 O \ ATOM 37242 ND2 ASN P 209 -17.484 -15.712-184.048 1.00 11.47 N \ ANISOU37242 ND2 ASN P 209 710 1998 1648 40 125 -162 N \ ATOM 37243 N GLN P 210 -14.591 -12.311-187.078 1.00 11.52 N \ ANISOU37243 N GLN P 210 855 1831 1689 148 16 -139 N \ ATOM 37244 CA GLN P 210 -13.292 -11.837-187.590 1.00 11.23 C \ ANISOU37244 CA GLN P 210 871 1742 1651 147 -2 -125 C \ ATOM 37245 C GLN P 210 -12.435 -11.281-186.452 1.00 11.61 C \ ANISOU37245 C GLN P 210 959 1760 1692 148 15 -142 C \ ATOM 37246 O GLN P 210 -11.227 -11.091-186.600 1.00 12.26 O \ ANISOU37246 O GLN P 210 1084 1803 1771 135 5 -133 O \ ATOM 37247 CB GLN P 210 -13.474 -10.829-188.721 1.00 10.96 C \ ANISOU37247 CB GLN P 210 840 1686 1636 189 -29 -113 C \ ATOM 37248 CG GLN P 210 -13.872 -11.519-190.027 1.00 10.13 C \ ANISOU37248 CG GLN P 210 712 1604 1530 178 -55 -93 C \ ATOM 37249 CD GLN P 210 -14.417 -10.594-191.115 1.00 11.99 C \ ANISOU37249 CD GLN P 210 938 1835 1781 225 -82 -80 C \ ATOM 37250 OE1 GLN P 210 -14.973 -11.079-192.098 1.00 10.85 O \ ANISOU37250 OE1 GLN P 210 768 1719 1636 223 -104 -69 O \ ATOM 37251 NE2 GLN P 210 -14.237 -9.276-190.960 1.00 10.65 N \ ANISOU37251 NE2 GLN P 210 792 1626 1625 267 -82 -83 N \ ATOM 37252 N GLY P 211 -13.076 -11.035-185.315 1.00 12.12 N \ ANISOU37252 N GLY P 211 1005 1846 1752 163 42 -167 N \ ATOM 37253 CA GLY P 211 -12.363 -10.725-184.077 1.00 11.67 C \ ANISOU37253 CA GLY P 211 981 1772 1679 159 61 -187 C \ ATOM 37254 C GLY P 211 -12.610 -11.828-183.071 1.00 12.22 C \ ANISOU37254 C GLY P 211 1035 1882 1723 125 88 -192 C \ ATOM 37255 O GLY P 211 -12.988 -12.958-183.437 1.00 11.92 O \ ANISOU37255 O GLY P 211 973 1874 1681 93 88 -174 O \ ATOM 37256 N LEU P 212 -12.403 -11.506-181.796 1.00 13.14 N \ ANISOU37256 N LEU P 212 1168 2001 1821 131 111 -215 N \ ATOM 37257 CA LEU P 212 -12.574 -12.483-180.725 1.00 12.48 C \ ANISOU37257 CA LEU P 212 1076 1955 1707 100 139 -217 C \ ATOM 37258 C LEU P 212 -14.005 -12.436-180.211 1.00 13.14 C \ ANISOU37258 C LEU P 212 1111 2091 1791 120 169 -233 C \ ATOM 37259 O LEU P 212 -14.418 -11.475-179.556 1.00 14.02 O \ ANISOU37259 O LEU P 212 1217 2206 1901 159 185 -262 O \ ATOM 37260 CB LEU P 212 -11.567 -12.231-179.584 1.00 12.85 C \ ANISOU37260 CB LEU P 212 1168 1985 1729 95 148 -234 C \ ATOM 37261 CG LEU P 212 -11.293 -13.342-178.560 1.00 13.73 C \ ANISOU37261 CG LEU P 212 1289 2124 1803 57 168 -227 C \ ATOM 37262 CD1 LEU P 212 -10.068 -12.999-177.704 1.00 10.55 C \ ANISOU37262 CD1 LEU P 212 934 1695 1377 54 163 -241 C \ ATOM 37263 CD2 LEU P 212 -12.518 -13.611-177.671 1.00 17.23 C \ ANISOU37263 CD2 LEU P 212 1694 2622 2228 62 208 -238 C \ ATOM 37264 N ASP P 213 -14.751 -13.487-180.531 1.00 13.20 N \ ANISOU37264 N ASP P 213 1079 2136 1800 91 176 -214 N \ ATOM 37265 CA ASP P 213 -16.088 -13.726-180.006 1.00 14.02 C \ ANISOU37265 CA ASP P 213 1128 2295 1900 97 208 -224 C \ ATOM 37266 C ASP P 213 -15.959 -14.771-178.900 1.00 13.00 C \ ANISOU37266 C ASP P 213 1007 2194 1737 54 240 -216 C \ ATOM 37267 O ASP P 213 -15.607 -15.916-179.173 1.00 12.97 O \ ANISOU37267 O ASP P 213 1010 2187 1728 7 233 -189 O \ ATOM 37268 CB ASP P 213 -17.000 -14.226-181.140 1.00 14.57 C \ ANISOU37268 CB ASP P 213 1148 2389 1997 88 193 -208 C \ ATOM 37269 CG ASP P 213 -18.375 -14.725-180.657 1.00 20.04 C \ ANISOU37269 CG ASP P 213 1778 3146 2691 80 227 -214 C \ ATOM 37270 OD1 ASP P 213 -18.761 -14.497-179.486 1.00 16.30 O \ ANISOU37270 OD1 ASP P 213 1294 2700 2196 92 265 -232 O \ ATOM 37271 OD2 ASP P 213 -19.080 -15.355-181.483 1.00 21.31 O \ ANISOU37271 OD2 ASP P 213 1896 3329 2870 61 215 -201 O \ ATOM 37272 N PRO P 214 -16.232 -14.374-177.642 1.00 14.73 N \ ANISOU37272 N PRO P 214 1226 2439 1931 71 275 -239 N \ ATOM 37273 CA PRO P 214 -16.151 -15.269-176.475 1.00 16.11 C \ ANISOU37273 CA PRO P 214 1410 2643 2066 36 308 -230 C \ ATOM 37274 C PRO P 214 -16.971 -16.554-176.605 1.00 16.58 C \ ANISOU37274 C PRO P 214 1428 2742 2129 -9 327 -203 C \ ATOM 37275 O PRO P 214 -16.673 -17.535-175.932 1.00 17.66 O \ ANISOU37275 O PRO P 214 1583 2889 2238 -50 344 -182 O \ ATOM 37276 CB PRO P 214 -16.727 -14.431-175.336 1.00 16.75 C \ ANISOU37276 CB PRO P 214 1479 2756 2125 74 345 -265 C \ ATOM 37277 CG PRO P 214 -16.638 -13.034-175.783 1.00 20.52 C \ ANISOU37277 CG PRO P 214 1965 3202 2628 129 323 -294 C \ ATOM 37278 CD PRO P 214 -16.617 -13.002-177.269 1.00 14.51 C \ ANISOU37278 CD PRO P 214 1193 2411 1909 130 284 -276 C \ ATOM 37279 N GLN P 215 -18.000 -16.551-177.450 1.00 15.42 N \ ANISOU37279 N GLN P 215 1226 2618 2015 -3 322 -203 N \ ATOM 37280 CA GLN P 215 -18.824 -17.746-177.622 1.00 16.43 C \ ANISOU37280 CA GLN P 215 1310 2782 2150 -50 337 -180 C \ ATOM 37281 C GLN P 215 -18.220 -18.744-178.612 1.00 16.26 C \ ANISOU37281 C GLN P 215 1308 2726 2144 -93 302 -151 C \ ATOM 37282 O GLN P 215 -18.603 -19.910-178.632 1.00 15.04 O \ ANISOU37282 O GLN P 215 1133 2588 1990 -142 313 -129 O \ ATOM 37283 CB GLN P 215 -20.264 -17.374-177.984 1.00 17.92 C \ ANISOU37283 CB GLN P 215 1424 3018 2365 -27 349 -195 C \ ATOM 37284 CG GLN P 215 -20.953 -16.598-176.870 1.00 18.84 C \ ANISOU37284 CG GLN P 215 1516 3177 2464 11 393 -224 C \ ATOM 37285 CD GLN P 215 -22.405 -16.266-177.157 1.00 23.38 C \ ANISOU37285 CD GLN P 215 2011 3805 3065 36 407 -240 C \ ATOM 37286 OE1 GLN P 215 -23.137 -17.063-177.738 1.00 24.48 O \ ANISOU37286 OE1 GLN P 215 2102 3972 3227 1 405 -223 O \ ATOM 37287 NE2 GLN P 215 -22.832 -15.088-176.727 1.00 23.70 N \ ANISOU37287 NE2 GLN P 215 2038 3861 3106 97 423 -274 N \ ATOM 37288 N ALA P 216 -17.252 -18.286-179.405 1.00 15.16 N \ ANISOU37288 N ALA P 216 1207 2536 2014 -76 262 -151 N \ ATOM 37289 CA ALA P 216 -16.625 -19.125-180.417 1.00 14.91 C \ ANISOU37289 CA ALA P 216 1195 2472 1996 -110 228 -128 C \ ATOM 37290 C ALA P 216 -15.467 -19.906-179.786 1.00 15.08 C \ ANISOU37290 C ALA P 216 1272 2465 1989 -143 230 -110 C \ ATOM 37291 O ALA P 216 -14.299 -19.559-179.960 1.00 14.75 O \ ANISOU37291 O ALA P 216 1277 2383 1942 -131 207 -110 O \ ATOM 37292 CB ALA P 216 -16.136 -18.265-181.586 1.00 12.69 C \ ANISOU37292 CB ALA P 216 928 2155 1736 -75 186 -135 C \ ATOM 37293 N LYS P 217 -15.809 -20.943-179.026 1.00 15.19 N \ ANISOU37293 N LYS P 217 1279 2503 1987 -183 259 -93 N \ ATOM 37294 CA LYS P 217 -14.822 -21.738-178.295 1.00 14.27 C \ ANISOU37294 CA LYS P 217 1213 2365 1842 -213 265 -73 C \ ATOM 37295 C LYS P 217 -15.074 -23.224-178.501 1.00 14.36 C \ ANISOU37295 C LYS P 217 1217 2376 1860 -268 268 -44 C \ ATOM 37296 O LYS P 217 -16.201 -23.644-178.788 1.00 14.92 O \ ANISOU37296 O LYS P 217 1239 2477 1951 -290 281 -41 O \ ATOM 37297 CB LYS P 217 -14.846 -21.402-176.796 1.00 16.27 C \ ANISOU37297 CB LYS P 217 1479 2644 2055 -201 303 -80 C \ ATOM 37298 CG LYS P 217 -14.298 -20.015-176.442 1.00 17.73 C \ ANISOU37298 CG LYS P 217 1688 2819 2229 -150 296 -111 C \ ATOM 37299 CD LYS P 217 -14.113 -19.884-174.941 1.00 22.47 C \ ANISOU37299 CD LYS P 217 2311 3441 2783 -144 328 -117 C \ ATOM 37300 CE LYS P 217 -13.964 -18.444-174.504 1.00 25.13 C \ ANISOU37300 CE LYS P 217 2658 3778 3111 -92 329 -156 C \ ATOM 37301 NZ LYS P 217 -12.769 -17.793-175.084 1.00 21.94 N \ ANISOU37301 NZ LYS P 217 2293 3321 2720 -74 288 -166 N \ ATOM 37302 N ALA P 218 -14.020 -24.019-178.361 1.00 14.14 N \ ANISOU37302 N ALA P 218 1240 2314 1819 -292 256 -23 N \ ATOM 37303 CA ALA P 218 -14.124 -25.465-178.529 1.00 14.83 C \ ANISOU37303 CA ALA P 218 1330 2390 1914 -344 257 4 C \ ATOM 37304 C ALA P 218 -12.974 -26.163-177.810 1.00 14.67 C \ ANISOU37304 C ALA P 218 1368 2339 1864 -359 255 27 C \ ATOM 37305 O ALA P 218 -12.051 -25.516-177.326 1.00 13.28 O \ ANISOU37305 O ALA P 218 1228 2151 1665 -329 248 19 O \ ATOM 37306 CB ALA P 218 -14.126 -25.829-180.014 1.00 13.31 C \ ANISOU37306 CB ALA P 218 1125 2173 1758 -355 219 2 C \ ATOM 37307 N LYS P 219 -13.047 -27.485-177.732 1.00 15.69 N \ ANISOU37307 N LYS P 219 1508 2456 1997 -405 261 56 N \ ATOM 37308 CA LYS P 219 -11.955 -28.275-177.161 1.00 16.31 C \ ANISOU37308 CA LYS P 219 1643 2501 2052 -418 255 81 C \ ATOM 37309 C LYS P 219 -11.338 -29.136-178.245 1.00 15.51 C \ ANISOU37309 C LYS P 219 1561 2352 1978 -436 219 89 C \ ATOM 37310 O LYS P 219 -12.049 -29.726-179.063 1.00 15.25 O \ ANISOU37310 O LYS P 219 1500 2317 1976 -464 213 90 O \ ATOM 37311 CB LYS P 219 -12.461 -29.150-176.008 1.00 17.74 C \ ANISOU37311 CB LYS P 219 1830 2701 2209 -454 295 112 C \ ATOM 37312 CG LYS P 219 -12.902 -28.359-174.778 1.00 20.77 C \ ANISOU37312 CG LYS P 219 2203 3133 2554 -434 334 105 C \ ATOM 37313 CD LYS P 219 -13.489 -29.281-173.725 1.00 31.45 C \ ANISOU37313 CD LYS P 219 3558 4508 3882 -474 377 140 C \ ATOM 37314 CE LYS P 219 -14.104 -28.491-172.574 1.00 34.86 C \ ANISOU37314 CE LYS P 219 3971 4997 4275 -454 420 129 C \ ATOM 37315 NZ LYS P 219 -14.891 -29.380-171.666 1.00 40.25 N \ ANISOU37315 NZ LYS P 219 4645 5710 4938 -497 468 165 N \ ATOM 37316 N LEU P 220 -10.012 -29.212-178.254 1.00 14.31 N \ ANISOU37316 N LEU P 220 1456 2165 1813 -419 194 93 N \ ATOM 37317 CA LEU P 220 -9.314 -29.982-179.277 1.00 14.38 C \ ANISOU37317 CA LEU P 220 1487 2131 1846 -430 160 98 C \ ATOM 37318 C LEU P 220 -9.348 -31.461-178.902 1.00 14.69 C \ ANISOU37318 C LEU P 220 1549 2146 1885 -472 169 131 C \ ATOM 37319 O LEU P 220 -8.408 -31.983-178.302 1.00 14.15 O \ ANISOU37319 O LEU P 220 1526 2053 1796 -469 164 151 O \ ATOM 37320 CB LEU P 220 -7.886 -29.456-179.478 1.00 10.97 C \ ANISOU37320 CB LEU P 220 1090 1673 1403 -394 131 88 C \ ATOM 37321 CG LEU P 220 -6.995 -30.158-180.512 1.00 10.56 C \ ANISOU37321 CG LEU P 220 1061 1578 1371 -396 97 90 C \ ATOM 37322 CD1 LEU P 220 -7.678 -30.246-181.892 1.00 9.64 C \ ANISOU37322 CD1 LEU P 220 913 1460 1289 -407 82 74 C \ ATOM 37323 CD2 LEU P 220 -5.634 -29.472-180.611 1.00 10.55 C \ ANISOU37323 CD2 LEU P 220 1086 1561 1358 -360 73 79 C \ ATOM 37324 N ASP P 221 -10.452 -32.126-179.252 1.00 17.12 N \ ANISOU37324 N ASP P 221 1824 2460 2217 -511 182 136 N \ ATOM 37325 CA ASP P 221 -10.688 -33.503-178.809 1.00 18.41 C \ ANISOU37325 CA ASP P 221 2007 2602 2384 -558 196 169 C \ ATOM 37326 C ASP P 221 -10.748 -34.549-179.930 1.00 18.84 C \ ANISOU37326 C ASP P 221 2063 2615 2477 -588 171 168 C \ ATOM 37327 O ASP P 221 -11.118 -35.698-179.686 1.00 19.81 O \ ANISOU37327 O ASP P 221 2196 2716 2611 -633 183 193 O \ ATOM 37328 CB ASP P 221 -11.953 -33.580-177.929 1.00 19.88 C \ ANISOU37328 CB ASP P 221 2159 2831 2562 -589 242 184 C \ ATOM 37329 CG ASP P 221 -13.229 -33.129-178.652 1.00 22.01 C \ ANISOU37329 CG ASP P 221 2362 3136 2862 -599 248 159 C \ ATOM 37330 OD1 ASP P 221 -13.220 -32.893-179.883 1.00 23.08 O \ ANISOU37330 OD1 ASP P 221 2480 3262 3026 -588 216 133 O \ ATOM 37331 OD2 ASP P 221 -14.267 -33.012-177.968 1.00 26.40 O \ ANISOU37331 OD2 ASP P 221 2881 3735 3412 -618 287 166 O \ ATOM 37332 N LYS P 222 -10.402 -34.147-181.150 1.00 17.07 N \ ANISOU37332 N LYS P 222 1830 2380 2272 -566 137 139 N \ ATOM 37333 CA LYS P 222 -10.494 -35.022-182.318 1.00 17.61 C \ ANISOU37333 CA LYS P 222 1898 2416 2375 -590 110 129 C \ ATOM 37334 C LYS P 222 -9.357 -34.748-183.292 1.00 16.03 C \ ANISOU37334 C LYS P 222 1723 2190 2177 -553 72 109 C \ ATOM 37335 O LYS P 222 -9.126 -33.601-183.694 1.00 14.71 O \ ANISOU37335 O LYS P 222 1541 2046 2003 -515 62 88 O \ ATOM 37336 CB LYS P 222 -11.835 -34.845-183.040 1.00 18.89 C \ ANISOU37336 CB LYS P 222 2001 2610 2565 -613 112 109 C \ ATOM 37337 CG LYS P 222 -13.004 -35.554-182.402 1.00 26.85 C \ ANISOU37337 CG LYS P 222 2982 3633 3585 -665 145 128 C \ ATOM 37338 CD LYS P 222 -14.320 -34.950-182.869 1.00 37.19 C \ ANISOU37338 CD LYS P 222 4222 4993 4913 -673 151 105 C \ ATOM 37339 CE LYS P 222 -15.460 -35.301-181.919 1.00 41.80 C \ ANISOU37339 CE LYS P 222 4773 5610 5500 -717 196 126 C \ ATOM 37340 NZ LYS P 222 -16.740 -34.658-182.344 1.00 45.21 N \ ANISOU37340 NZ LYS P 222 5130 6096 5950 -720 202 102 N \ ATOM 37341 N ASP P 223 -8.649 -35.809-183.664 1.00 15.49 N \ ANISOU37341 N ASP P 223 1692 2072 2119 -564 53 115 N \ ATOM 37342 CA ASP P 223 -7.529 -35.708-184.591 1.00 16.28 C \ ANISOU37342 CA ASP P 223 1816 2148 2221 -531 20 97 C \ ATOM 37343 C ASP P 223 -8.033 -35.378-185.996 1.00 15.55 C \ ANISOU37343 C ASP P 223 1689 2068 2149 -528 -1 65 C \ ATOM 37344 O ASP P 223 -8.961 -36.018-186.492 1.00 14.79 O \ ANISOU37344 O ASP P 223 1571 1971 2076 -564 -4 57 O \ ATOM 37345 CB ASP P 223 -6.732 -37.016-184.591 1.00 16.31 C \ ANISOU37345 CB ASP P 223 1867 2096 2232 -542 7 111 C \ ATOM 37346 CG ASP P 223 -5.520 -36.969-185.507 1.00 19.38 C \ ANISOU37346 CG ASP P 223 2280 2462 2622 -506 -24 92 C \ ATOM 37347 OD1 ASP P 223 -4.558 -36.225-185.207 1.00 17.92 O \ ANISOU37347 OD1 ASP P 223 2107 2286 2415 -468 -27 93 O \ ATOM 37348 OD2 ASP P 223 -5.520 -37.692-186.531 1.00 19.81 O \ ANISOU37348 OD2 ASP P 223 2338 2489 2697 -517 -44 74 O \ ATOM 37349 N GLY P 224 -7.436 -34.355-186.603 1.00 15.60 N \ ANISOU37349 N GLY P 224 1692 2090 2145 -487 -17 47 N \ ATOM 37350 CA GLY P 224 -7.686 -33.997-188.002 1.00 16.01 C \ ANISOU37350 CA GLY P 224 1720 2152 2209 -477 -41 19 C \ ATOM 37351 C GLY P 224 -9.038 -33.373-188.317 1.00 17.75 C \ ANISOU37351 C GLY P 224 1887 2415 2440 -486 -36 6 C \ ATOM 37352 O GLY P 224 -9.452 -33.353-189.479 1.00 17.64 O \ ANISOU37352 O GLY P 224 1853 2410 2438 -487 -58 -14 O \ ATOM 37353 N ASN P 225 -9.708 -32.839-187.295 1.00 17.88 N \ ANISOU37353 N ASN P 225 1881 2461 2450 -490 -8 19 N \ ATOM 37354 CA ASN P 225 -11.081 -32.326-187.423 1.00 16.70 C \ ANISOU37354 CA ASN P 225 1677 2354 2311 -499 0 9 C \ ATOM 37355 C ASN P 225 -11.268 -30.829-187.163 1.00 14.52 C \ ANISOU37355 C ASN P 225 1378 2116 2023 -459 10 2 C \ ATOM 37356 O ASN P 225 -12.305 -30.267-187.524 1.00 12.89 O \ ANISOU37356 O ASN P 225 1125 1945 1827 -455 10 -9 O \ ATOM 37357 CB ASN P 225 -12.022 -33.101-186.490 1.00 18.98 C \ ANISOU37357 CB ASN P 225 1949 2652 2610 -546 30 26 C \ ATOM 37358 CG ASN P 225 -12.750 -34.239-187.187 1.00 27.03 C \ ANISOU37358 CG ASN P 225 2952 3659 3659 -593 17 18 C \ ATOM 37359 OD1 ASN P 225 -13.978 -34.315-187.136 1.00 37.79 O \ ANISOU37359 OD1 ASN P 225 4267 5053 5038 -622 29 14 O \ ATOM 37360 ND2 ASN P 225 -12.003 -35.128-187.836 1.00 30.10 N \ ANISOU37360 ND2 ASN P 225 3378 4003 4055 -601 -6 13 N \ ATOM 37361 N TYR P 226 -10.297 -30.189-186.510 1.00 12.11 N \ ANISOU37361 N TYR P 226 1104 1802 1696 -429 18 10 N \ ATOM 37362 CA TYR P 226 -10.385 -28.759-186.214 1.00 11.10 C \ ANISOU37362 CA TYR P 226 960 1700 1556 -390 26 2 C \ ATOM 37363 C TYR P 226 -9.416 -27.972-187.098 1.00 11.48 C \ ANISOU37363 C TYR P 226 1027 1733 1601 -353 0 -7 C \ ATOM 37364 O TYR P 226 -8.200 -28.052-186.896 1.00 12.04 O \ ANISOU37364 O TYR P 226 1137 1777 1659 -342 -5 -1 O \ ATOM 37365 CB TYR P 226 -10.083 -28.493-184.728 1.00 11.53 C \ ANISOU37365 CB TYR P 226 1032 1760 1588 -385 56 16 C \ ATOM 37366 CG TYR P 226 -11.138 -29.047-183.799 1.00 14.00 C \ ANISOU37366 CG TYR P 226 1322 2096 1900 -418 88 28 C \ ATOM 37367 CD1 TYR P 226 -11.110 -30.388-183.399 1.00 11.97 C \ ANISOU37367 CD1 TYR P 226 1084 1818 1645 -459 97 49 C \ ATOM 37368 CD2 TYR P 226 -12.168 -28.235-183.326 1.00 12.06 C \ ANISOU37368 CD2 TYR P 226 1033 1893 1653 -407 112 19 C \ ATOM 37369 CE1 TYR P 226 -12.093 -30.905-182.548 1.00 13.43 C \ ANISOU37369 CE1 TYR P 226 1247 2025 1829 -494 130 64 C \ ATOM 37370 CE2 TYR P 226 -13.152 -28.740-182.472 1.00 12.83 C \ ANISOU37370 CE2 TYR P 226 1106 2018 1750 -439 146 31 C \ ATOM 37371 CZ TYR P 226 -13.106 -30.074-182.092 1.00 13.86 C \ ANISOU37371 CZ TYR P 226 1256 2128 1881 -484 155 55 C \ ATOM 37372 OH TYR P 226 -14.071 -30.581-181.254 1.00 16.84 O \ ANISOU37372 OH TYR P 226 1609 2532 2257 -519 192 70 O \ ATOM 37373 N PRO P 227 -9.946 -27.217-188.085 1.00 12.52 N \ ANISOU37373 N PRO P 227 1130 1884 1742 -332 -15 -22 N \ ATOM 37374 CA PRO P 227 -9.046 -26.513-189.004 1.00 11.57 C \ ANISOU37374 CA PRO P 227 1029 1749 1617 -300 -38 -27 C \ ATOM 37375 C PRO P 227 -8.178 -25.469-188.314 1.00 11.11 C \ ANISOU37375 C PRO P 227 993 1681 1544 -271 -29 -24 C \ ATOM 37376 O PRO P 227 -8.654 -24.714-187.464 1.00 10.96 O \ ANISOU37376 O PRO P 227 960 1680 1523 -258 -9 -26 O \ ATOM 37377 CB PRO P 227 -9.998 -25.836-189.994 1.00 11.78 C \ ANISOU37377 CB PRO P 227 1018 1803 1655 -284 -53 -39 C \ ATOM 37378 CG PRO P 227 -11.236 -26.692-189.957 1.00 12.88 C \ ANISOU37378 CG PRO P 227 1120 1964 1809 -318 -49 -43 C \ ATOM 37379 CD PRO P 227 -11.356 -27.096-188.504 1.00 12.44 C \ ANISOU37379 CD PRO P 227 1069 1908 1748 -340 -16 -32 C \ ATOM 37380 N ILE P 228 -6.910 -25.441-188.694 1.00 9.94 N \ ANISOU37380 N ILE P 228 879 1508 1390 -260 -42 -21 N \ ATOM 37381 CA ILE P 228 -5.963 -24.442-188.198 1.00 10.35 C \ ANISOU37381 CA ILE P 228 951 1548 1431 -234 -38 -21 C \ ATOM 37382 C ILE P 228 -6.407 -23.015-188.530 1.00 10.60 C \ ANISOU37382 C ILE P 228 965 1593 1469 -203 -40 -28 C \ ATOM 37383 O ILE P 228 -6.277 -22.121-187.700 1.00 11.06 O \ ANISOU37383 O ILE P 228 1027 1651 1522 -186 -27 -32 O \ ATOM 37384 CB ILE P 228 -4.543 -24.721-188.735 1.00 9.86 C \ ANISOU37384 CB ILE P 228 921 1458 1364 -230 -54 -17 C \ ATOM 37385 CG1 ILE P 228 -4.009 -26.021-188.105 1.00 10.69 C \ ANISOU37385 CG1 ILE P 228 1050 1548 1464 -254 -51 -9 C \ ATOM 37386 CG2 ILE P 228 -3.600 -23.518-188.476 1.00 10.72 C \ ANISOU37386 CG2 ILE P 228 1046 1558 1468 -205 -54 -18 C \ ATOM 37387 CD1 ILE P 228 -2.966 -26.732-188.917 1.00 9.32 C \ ANISOU37387 CD1 ILE P 228 898 1352 1290 -255 -68 -8 C \ ATOM 37388 N GLU P 229 -6.949 -22.801-189.730 1.00 10.66 N \ ANISOU37388 N GLU P 229 953 1609 1486 -194 -57 -31 N \ ATOM 37389 CA GLU P 229 -7.353 -21.445-190.143 1.00 10.51 C \ ANISOU37389 CA GLU P 229 919 1598 1473 -161 -61 -35 C \ ATOM 37390 C GLU P 229 -8.575 -20.895-189.392 1.00 10.77 C \ ANISOU37390 C GLU P 229 920 1657 1512 -150 -44 -43 C \ ATOM 37391 O GLU P 229 -8.916 -19.714-189.531 1.00 10.96 O \ ANISOU37391 O GLU P 229 935 1685 1543 -118 -45 -47 O \ ATOM 37392 CB GLU P 229 -7.559 -21.373-191.662 1.00 9.29 C \ ANISOU37392 CB GLU P 229 756 1449 1322 -151 -86 -33 C \ ATOM 37393 CG GLU P 229 -8.902 -21.875-192.162 1.00 10.92 C \ ANISOU37393 CG GLU P 229 924 1686 1537 -160 -94 -40 C \ ATOM 37394 CD GLU P 229 -9.070 -21.641-193.651 1.00 15.08 C \ ANISOU37394 CD GLU P 229 1444 2221 2061 -145 -122 -38 C \ ATOM 37395 OE1 GLU P 229 -8.094 -21.869-194.401 1.00 15.68 O \ ANISOU37395 OE1 GLU P 229 1548 2280 2127 -145 -134 -33 O \ ATOM 37396 OE2 GLU P 229 -10.168 -21.223-194.069 1.00 15.83 O \ ANISOU37396 OE2 GLU P 229 1506 2343 2164 -129 -131 -43 O \ ATOM 37397 N VAL P 230 -9.216 -21.750-188.601 1.00 10.67 N \ ANISOU37397 N VAL P 230 892 1661 1498 -176 -27 -45 N \ ATOM 37398 CA VAL P 230 -10.394 -21.370-187.819 1.00 10.79 C \ ANISOU37398 CA VAL P 230 873 1707 1518 -170 -6 -53 C \ ATOM 37399 C VAL P 230 -10.104 -21.328-186.309 1.00 11.41 C \ ANISOU37399 C VAL P 230 968 1785 1582 -174 22 -54 C \ ATOM 37400 O VAL P 230 -10.637 -20.473-185.599 1.00 11.75 O \ ANISOU37400 O VAL P 230 995 1844 1623 -152 40 -65 O \ ATOM 37401 CB VAL P 230 -11.605 -22.319-188.083 1.00 11.66 C \ ANISOU37401 CB VAL P 230 942 1847 1639 -198 -4 -54 C \ ATOM 37402 CG1 VAL P 230 -12.807 -21.943-187.207 1.00 9.62 C \ ANISOU37402 CG1 VAL P 230 643 1625 1385 -191 22 -62 C \ ATOM 37403 CG2 VAL P 230 -12.005 -22.304-189.565 1.00 10.62 C \ ANISOU37403 CG2 VAL P 230 792 1723 1520 -190 -35 -57 C \ ATOM 37404 N TRP P 231 -9.266 -22.246-185.833 1.00 10.97 N \ ANISOU37404 N TRP P 231 942 1712 1513 -201 25 -43 N \ ATOM 37405 CA TRP P 231 -9.058 -22.428-184.391 1.00 12.05 C \ ANISOU37405 CA TRP P 231 1094 1852 1630 -210 51 -41 C \ ATOM 37406 C TRP P 231 -7.610 -22.162-183.974 1.00 12.57 C \ ANISOU37406 C TRP P 231 1204 1889 1681 -201 43 -39 C \ ATOM 37407 O TRP P 231 -6.680 -22.660-184.608 1.00 11.62 O \ ANISOU37407 O TRP P 231 1106 1744 1563 -209 23 -31 O \ ATOM 37408 CB TRP P 231 -9.459 -23.847-183.974 1.00 11.84 C \ ANISOU37408 CB TRP P 231 1063 1833 1599 -251 64 -26 C \ ATOM 37409 CG TRP P 231 -10.885 -24.202-184.279 1.00 12.13 C \ ANISOU37409 CG TRP P 231 1054 1902 1653 -268 73 -28 C \ ATOM 37410 CD1 TRP P 231 -11.328 -25.000-185.290 1.00 10.65 C \ ANISOU37410 CD1 TRP P 231 847 1713 1483 -291 56 -26 C \ ATOM 37411 CD2 TRP P 231 -12.054 -23.761-183.570 1.00 11.67 C \ ANISOU37411 CD2 TRP P 231 956 1882 1593 -262 101 -36 C \ ATOM 37412 NE1 TRP P 231 -12.703 -25.096-185.253 1.00 11.81 N \ ANISOU37412 NE1 TRP P 231 945 1897 1643 -303 70 -31 N \ ATOM 37413 CE2 TRP P 231 -13.174 -24.343-184.208 1.00 11.83 C \ ANISOU37413 CE2 TRP P 231 933 1926 1636 -285 99 -36 C \ ATOM 37414 CE3 TRP P 231 -12.262 -22.940-182.449 1.00 12.68 C \ ANISOU37414 CE3 TRP P 231 1081 2030 1705 -240 128 -45 C \ ATOM 37415 CZ2 TRP P 231 -14.487 -24.126-183.771 1.00 12.10 C \ ANISOU37415 CZ2 TRP P 231 916 2003 1676 -286 124 -44 C \ ATOM 37416 CZ3 TRP P 231 -13.574 -22.719-182.013 1.00 12.30 C \ ANISOU37416 CZ3 TRP P 231 986 2026 1662 -238 155 -53 C \ ATOM 37417 CH2 TRP P 231 -14.669 -23.316-182.675 1.00 13.38 C \ ANISOU37417 CH2 TRP P 231 1075 2185 1821 -261 153 -51 C \ ATOM 37418 N CYS P 232 -7.435 -21.375-182.910 1.00 12.45 N \ ANISOU37418 N CYS P 232 1199 1879 1650 -183 58 -49 N \ ATOM 37419 CA CYS P 232 -6.129 -21.145-182.290 1.00 12.06 C \ ANISOU37419 CA CYS P 232 1187 1808 1584 -178 52 -51 C \ ATOM 37420 C CYS P 232 -6.217 -21.495-180.796 1.00 13.39 C \ ANISOU37420 C CYS P 232 1367 1995 1725 -187 76 -49 C \ ATOM 37421 O CYS P 232 -7.318 -21.583-180.260 1.00 12.88 O \ ANISOU37421 O CYS P 232 1279 1960 1654 -191 101 -51 O \ ATOM 37422 CB CYS P 232 -5.723 -19.673-182.455 1.00 12.45 C \ ANISOU37422 CB CYS P 232 1243 1843 1642 -145 43 -69 C \ ATOM 37423 SG CYS P 232 -6.817 -18.492-181.614 1.00 16.52 S \ ANISOU37423 SG CYS P 232 1737 2384 2155 -116 67 -93 S \ ATOM 37424 N PRO P 233 -5.066 -21.682-180.115 1.00 13.34 N \ ANISOU37424 N PRO P 233 1395 1974 1697 -189 69 -46 N \ ATOM 37425 CA PRO P 233 -5.147 -21.918-178.661 1.00 13.98 C \ ANISOU37425 CA PRO P 233 1489 2076 1745 -194 91 -44 C \ ATOM 37426 C PRO P 233 -5.789 -20.739-177.914 1.00 14.71 C \ ANISOU37426 C PRO P 233 1569 2191 1827 -169 111 -70 C \ ATOM 37427 O PRO P 233 -5.507 -19.575-178.219 1.00 14.63 O \ ANISOU37427 O PRO P 233 1559 2167 1830 -143 99 -92 O \ ATOM 37428 CB PRO P 233 -3.684 -22.089-178.238 1.00 13.46 C \ ANISOU37428 CB PRO P 233 1461 1990 1663 -193 71 -41 C \ ATOM 37429 CG PRO P 233 -2.943 -22.421-179.499 1.00 13.35 C \ ANISOU37429 CG PRO P 233 1451 1946 1675 -198 44 -33 C \ ATOM 37430 CD PRO P 233 -3.670 -21.695-180.597 1.00 13.03 C \ ANISOU37430 CD PRO P 233 1381 1904 1662 -187 42 -43 C \ ATOM 37431 N ASP P 234 -6.660 -21.048-176.954 1.00 14.26 N \ ANISOU37431 N ASP P 234 1501 2167 1747 -176 142 -67 N \ ATOM 37432 CA ASP P 234 -7.368 -20.022-176.185 1.00 14.50 C \ ANISOU37432 CA ASP P 234 1517 2225 1765 -150 165 -94 C \ ATOM 37433 C ASP P 234 -6.519 -19.611-174.975 1.00 14.70 C \ ANISOU37433 C ASP P 234 1578 2253 1753 -138 165 -108 C \ ATOM 37434 O ASP P 234 -6.372 -20.389-174.039 1.00 15.56 O \ ANISOU37434 O ASP P 234 1704 2379 1827 -154 178 -92 O \ ATOM 37435 CB ASP P 234 -8.735 -20.573-175.743 1.00 14.26 C \ ANISOU37435 CB ASP P 234 1455 2236 1726 -165 202 -84 C \ ATOM 37436 CG ASP P 234 -9.579 -19.561-174.971 1.00 17.31 C \ ANISOU37436 CG ASP P 234 1820 2656 2099 -135 230 -113 C \ ATOM 37437 OD1 ASP P 234 -9.145 -18.403-174.753 1.00 16.88 O \ ANISOU37437 OD1 ASP P 234 1780 2589 2042 -102 221 -143 O \ ATOM 37438 OD2 ASP P 234 -10.706 -19.942-174.577 1.00 17.61 O \ ANISOU37438 OD2 ASP P 234 1827 2733 2130 -146 263 -107 O \ ATOM 37439 N PRO P 235 -5.964 -18.384-174.986 1.00 14.50 N \ ANISOU37439 N PRO P 235 1564 2209 1734 -110 150 -138 N \ ATOM 37440 CA PRO P 235 -5.093 -17.995-173.871 1.00 14.67 C \ ANISOU37440 CA PRO P 235 1619 2232 1720 -101 145 -156 C \ ATOM 37441 C PRO P 235 -5.857 -17.674-172.585 1.00 15.36 C \ ANISOU37441 C PRO P 235 1704 2361 1770 -87 178 -175 C \ ATOM 37442 O PRO P 235 -5.244 -17.534-171.529 1.00 14.69 O \ ANISOU37442 O PRO P 235 1647 2286 1646 -82 177 -188 O \ ATOM 37443 CB PRO P 235 -4.371 -16.747-174.402 1.00 14.88 C \ ANISOU37443 CB PRO P 235 1655 2223 1774 -79 118 -184 C \ ATOM 37444 CG PRO P 235 -5.320 -16.152-175.391 1.00 16.50 C \ ANISOU37444 CG PRO P 235 1828 2422 2017 -64 124 -189 C \ ATOM 37445 CD PRO P 235 -6.102 -17.311-175.990 1.00 14.94 C \ ANISOU37445 CD PRO P 235 1606 2242 1829 -87 135 -157 C \ ATOM 37446 N SER P 236 -7.183 -17.558-172.678 1.00 15.14 N \ ANISOU37446 N SER P 236 1641 2360 1751 -80 208 -178 N \ ATOM 37447 CA SER P 236 -8.007 -17.279-171.506 1.00 16.30 C \ ANISOU37447 CA SER P 236 1779 2551 1861 -66 246 -197 C \ ATOM 37448 C SER P 236 -8.295 -18.543-170.697 1.00 16.15 C \ ANISOU37448 C SER P 236 1764 2567 1802 -96 272 -163 C \ ATOM 37449 O SER P 236 -8.815 -18.467-169.585 1.00 16.31 O \ ANISOU37449 O SER P 236 1786 2629 1782 -89 305 -173 O \ ATOM 37450 CB SER P 236 -9.319 -16.586-171.899 1.00 16.84 C \ ANISOU37450 CB SER P 236 1803 2638 1955 -43 268 -216 C \ ATOM 37451 OG SER P 236 -10.226 -17.498-172.501 1.00 16.92 O \ ANISOU37451 OG SER P 236 1777 2666 1985 -68 283 -185 O \ ATOM 37452 N LYS P 237 -7.967 -19.701-171.264 1.00 13.27 N \ ANISOU37452 N LYS P 237 1405 2186 1451 -129 259 -124 N \ ATOM 37453 CA LYS P 237 -8.142 -20.971-170.567 1.00 13.41 C \ ANISOU37453 CA LYS P 237 1432 2226 1435 -161 281 -86 C \ ATOM 37454 C LYS P 237 -6.798 -21.696-170.517 1.00 12.93 C \ ANISOU37454 C LYS P 237 1415 2135 1363 -175 248 -63 C \ ATOM 37455 O LYS P 237 -5.780 -21.058-170.233 1.00 12.71 O \ ANISOU37455 O LYS P 237 1414 2092 1322 -156 222 -85 O \ ATOM 37456 CB LYS P 237 -9.231 -21.805-171.237 1.00 12.93 C \ ANISOU37456 CB LYS P 237 1334 2175 1403 -190 301 -59 C \ ATOM 37457 CG LYS P 237 -10.646 -21.260-171.039 1.00 19.29 C \ ANISOU37457 CG LYS P 237 2092 3024 2212 -178 339 -78 C \ ATOM 37458 CD LYS P 237 -11.639 -22.007-171.928 1.00 23.64 C \ ANISOU37458 CD LYS P 237 2599 3580 2801 -207 349 -56 C \ ATOM 37459 CE LYS P 237 -13.087 -21.796-171.511 1.00 32.78 C \ ANISOU37459 CE LYS P 237 3707 4791 3955 -205 395 -65 C \ ATOM 37460 NZ LYS P 237 -13.477 -20.357-171.507 1.00 38.15 N \ ANISOU37460 NZ LYS P 237 4367 5485 4643 -155 399 -110 N \ ATOM 37461 N ASN P 238 -6.791 -23.007-170.780 1.00 12.03 N \ ANISOU37461 N ASN P 238 1306 2010 1254 -209 248 -22 N \ ATOM 37462 CA ASN P 238 -5.551 -23.798-170.861 1.00 11.86 C \ ANISOU37462 CA ASN P 238 1322 1957 1227 -220 216 1 C \ ATOM 37463 C ASN P 238 -4.608 -23.698-169.655 1.00 12.90 C \ ANISOU37463 C ASN P 238 1494 2100 1307 -206 206 -1 C \ ATOM 37464 O ASN P 238 -3.381 -23.786-169.793 1.00 11.00 O \ ANISOU37464 O ASN P 238 1279 1832 1066 -200 170 0 O \ ATOM 37465 CB ASN P 238 -4.783 -23.445-172.140 1.00 11.62 C \ ANISOU37465 CB ASN P 238 1288 1883 1242 -212 176 -11 C \ ATOM 37466 CG ASN P 238 -5.448 -23.982-173.369 1.00 12.29 C \ ANISOU37466 CG ASN P 238 1344 1953 1372 -231 176 3 C \ ATOM 37467 OD1 ASN P 238 -5.751 -25.170-173.441 1.00 10.21 O \ ANISOU37467 OD1 ASN P 238 1082 1685 1110 -261 185 35 O \ ATOM 37468 ND2 ASN P 238 -5.689 -23.109-174.356 1.00 9.91 N \ ANISOU37468 ND2 ASN P 238 1017 1640 1107 -216 165 -20 N \ ATOM 37469 N GLU P 239 -5.188 -23.535-168.472 1.00 15.30 N \ ANISOU37469 N GLU P 239 1802 2446 1563 -201 239 -4 N \ ATOM 37470 CA GLU P 239 -4.403 -23.491-167.249 1.00 16.64 C \ ANISOU37470 CA GLU P 239 2011 2634 1676 -188 232 -6 C \ ATOM 37471 C GLU P 239 -3.695 -24.823-166.984 1.00 15.90 C \ ANISOU37471 C GLU P 239 1951 2526 1564 -208 217 41 C \ ATOM 37472 O GLU P 239 -2.657 -24.854-166.320 1.00 15.94 O \ ANISOU37472 O GLU P 239 1990 2531 1533 -195 192 41 O \ ATOM 37473 CB GLU P 239 -5.282 -23.040-166.076 1.00 19.56 C \ ANISOU37473 CB GLU P 239 2376 3057 1996 -177 275 -21 C \ ATOM 37474 CG GLU P 239 -5.546 -21.522-166.111 1.00 30.15 C \ ANISOU37474 CG GLU P 239 3698 4408 3347 -144 276 -79 C \ ATOM 37475 CD GLU P 239 -6.972 -21.137-165.744 1.00 39.54 C \ ANISOU37475 CD GLU P 239 4855 5641 4528 -138 327 -93 C \ ATOM 37476 OE1 GLU P 239 -7.772 -20.862-166.668 1.00 42.40 O \ ANISOU37476 OE1 GLU P 239 5176 5995 4939 -139 336 -100 O \ ATOM 37477 OE2 GLU P 239 -7.295 -21.105-164.536 1.00 46.30 O \ ANISOU37477 OE2 GLU P 239 5723 6543 5326 -130 357 -96 O \ ATOM 37478 N ASN P 240 -4.231 -25.907-167.551 1.00 14.09 N \ ANISOU37478 N ASN P 240 1711 2281 1359 -239 230 80 N \ ATOM 37479 CA ASN P 240 -3.675 -27.253-167.358 1.00 13.95 C \ ANISOU37479 CA ASN P 240 1727 2243 1330 -259 219 128 C \ ATOM 37480 C ASN P 240 -2.985 -27.837-168.614 1.00 13.26 C \ ANISOU37480 C ASN P 240 1639 2102 1295 -267 182 139 C \ ATOM 37481 O ASN P 240 -2.808 -29.057-168.732 1.00 13.59 O \ ANISOU37481 O ASN P 240 1701 2120 1343 -288 178 179 O \ ATOM 37482 CB ASN P 240 -4.772 -28.199-166.823 1.00 15.00 C \ ANISOU37482 CB ASN P 240 1857 2397 1443 -291 264 170 C \ ATOM 37483 CG ASN P 240 -4.209 -29.480-166.204 1.00 16.37 C \ ANISOU37483 CG ASN P 240 2076 2557 1586 -306 258 223 C \ ATOM 37484 OD1 ASN P 240 -3.130 -29.480-165.606 1.00 13.84 O \ ANISOU37484 OD1 ASN P 240 1792 2235 1232 -284 230 225 O \ ATOM 37485 ND2 ASN P 240 -4.944 -30.581-166.351 1.00 15.48 N \ ANISOU37485 ND2 ASN P 240 1960 2432 1487 -344 284 266 N \ ATOM 37486 N SER P 241 -2.610 -26.952-169.539 1.00 12.34 N \ ANISOU37486 N SER P 241 1503 1967 1216 -250 158 102 N \ ATOM 37487 CA SER P 241 -1.810 -27.279-170.724 1.00 12.02 C \ ANISOU37487 CA SER P 241 1462 1882 1221 -251 122 104 C \ ATOM 37488 C SER P 241 -0.662 -26.280-170.855 1.00 12.20 C \ ANISOU37488 C SER P 241 1490 1897 1246 -222 88 69 C \ ATOM 37489 O SER P 241 -0.699 -25.200-170.257 1.00 12.59 O \ ANISOU37489 O SER P 241 1537 1971 1275 -204 93 37 O \ ATOM 37490 CB SER P 241 -2.662 -27.214-171.996 1.00 11.32 C \ ANISOU37490 CB SER P 241 1336 1779 1184 -265 131 96 C \ ATOM 37491 OG SER P 241 -3.724 -28.154-171.969 1.00 15.05 O \ ANISOU37491 OG SER P 241 1798 2257 1660 -297 160 126 O \ ATOM 37492 N ARG P 242 0.363 -26.663-171.616 1.00 10.13 N \ ANISOU37492 N ARG P 242 1236 1601 1010 -219 54 74 N \ ATOM 37493 CA ARG P 242 1.409 -25.745-172.059 1.00 9.61 C \ ANISOU37493 CA ARG P 242 1166 1523 961 -199 22 42 C \ ATOM 37494 C ARG P 242 1.449 -25.810-173.574 1.00 10.19 C \ ANISOU37494 C ARG P 242 1218 1565 1087 -205 11 39 C \ ATOM 37495 O ARG P 242 1.531 -26.906-174.135 1.00 11.29 O \ ANISOU37495 O ARG P 242 1363 1682 1243 -218 6 65 O \ ATOM 37496 CB ARG P 242 2.780 -26.169-171.526 1.00 10.36 C \ ANISOU37496 CB ARG P 242 1290 1612 1034 -187 -9 51 C \ ATOM 37497 CG ARG P 242 2.844 -26.448-170.031 1.00 9.70 C \ ANISOU37497 CG ARG P 242 1234 1558 891 -181 -3 64 C \ ATOM 37498 CD ARG P 242 2.607 -25.209-169.196 1.00 12.25 C \ ANISOU37498 CD ARG P 242 1554 1915 1185 -167 5 27 C \ ATOM 37499 NE ARG P 242 2.717 -25.544-167.780 1.00 16.42 N \ ANISOU37499 NE ARG P 242 2112 2474 1650 -160 9 41 N \ ATOM 37500 CZ ARG P 242 1.692 -25.748-166.957 1.00 16.61 C \ ANISOU37500 CZ ARG P 242 2143 2530 1637 -168 47 56 C \ ATOM 37501 NH1 ARG P 242 0.439 -25.620-167.373 1.00 14.39 N \ ANISOU37501 NH1 ARG P 242 1836 2253 1377 -182 84 55 N \ ATOM 37502 NH2 ARG P 242 1.931 -26.070-165.698 1.00 16.78 N \ ANISOU37502 NH2 ARG P 242 2196 2581 1599 -160 47 70 N \ ATOM 37503 N TYR P 243 1.392 -24.655-174.235 1.00 9.41 N \ ANISOU37503 N TYR P 243 1097 1463 1014 -195 8 8 N \ ATOM 37504 CA TYR P 243 1.472 -24.616-175.709 1.00 9.37 C \ ANISOU37504 CA TYR P 243 1074 1432 1055 -199 -3 5 C \ ATOM 37505 C TYR P 243 2.486 -23.591-176.196 1.00 9.32 C \ ANISOU37505 C TYR P 243 1063 1412 1066 -183 -27 -19 C \ ATOM 37506 O TYR P 243 2.766 -22.608-175.507 1.00 8.79 O \ ANISOU37506 O TYR P 243 998 1355 983 -171 -30 -44 O \ ATOM 37507 CB TYR P 243 0.099 -24.401-176.363 1.00 9.25 C \ ANISOU37507 CB TYR P 243 1031 1422 1061 -208 20 3 C \ ATOM 37508 CG TYR P 243 -0.567 -23.070-176.077 1.00 9.96 C \ ANISOU37508 CG TYR P 243 1103 1530 1148 -193 35 -25 C \ ATOM 37509 CD1 TYR P 243 -0.274 -21.935-176.834 1.00 9.87 C \ ANISOU37509 CD1 TYR P 243 1081 1505 1164 -178 22 -49 C \ ATOM 37510 CD2 TYR P 243 -1.523 -22.960-175.069 1.00 12.94 C \ ANISOU37510 CD2 TYR P 243 1478 1939 1499 -194 64 -27 C \ ATOM 37511 CE1 TYR P 243 -0.900 -20.705-176.569 1.00 8.91 C \ ANISOU37511 CE1 TYR P 243 946 1394 1043 -161 35 -76 C \ ATOM 37512 CE2 TYR P 243 -2.160 -21.754-174.804 1.00 10.89 C \ ANISOU37512 CE2 TYR P 243 1203 1696 1239 -176 79 -56 C \ ATOM 37513 CZ TYR P 243 -1.838 -20.632-175.550 1.00 12.15 C \ ANISOU37513 CZ TYR P 243 1353 1835 1426 -159 63 -81 C \ ATOM 37514 OH TYR P 243 -2.478 -19.453-175.278 1.00 13.73 O \ ANISOU37514 OH TYR P 243 1541 2047 1628 -138 76 -110 O \ ATOM 37515 N TYR P 244 3.042 -23.850-177.378 1.00 7.71 N \ ANISOU37515 N TYR P 244 851 1184 892 -185 -43 -15 N \ ATOM 37516 CA TYR P 244 4.140 -23.065-177.938 1.00 9.74 C \ ANISOU37516 CA TYR P 244 1103 1428 1168 -175 -65 -32 C \ ATOM 37517 C TYR P 244 3.932 -23.081-179.434 1.00 10.48 C \ ANISOU37517 C TYR P 244 1180 1504 1297 -179 -66 -29 C \ ATOM 37518 O TYR P 244 3.770 -24.153-180.014 1.00 8.71 O \ ANISOU37518 O TYR P 244 957 1271 1080 -188 -66 -10 O \ ATOM 37519 CB TYR P 244 5.494 -23.724-177.629 1.00 9.56 C \ ANISOU37519 CB TYR P 244 1095 1399 1135 -171 -90 -24 C \ ATOM 37520 CG TYR P 244 5.659 -24.155-176.189 1.00 10.24 C \ ANISOU37520 CG TYR P 244 1204 1504 1180 -167 -92 -17 C \ ATOM 37521 CD1 TYR P 244 6.321 -23.338-175.271 1.00 17.12 C \ ANISOU37521 CD1 TYR P 244 2082 2390 2031 -157 -105 -39 C \ ATOM 37522 CD2 TYR P 244 5.147 -25.378-175.741 1.00 13.78 C \ ANISOU37522 CD2 TYR P 244 1669 1956 1611 -175 -81 11 C \ ATOM 37523 CE1 TYR P 244 6.469 -23.728-173.942 1.00 14.92 C \ ANISOU37523 CE1 TYR P 244 1826 2133 1710 -152 -108 -33 C \ ATOM 37524 CE2 TYR P 244 5.293 -25.780-174.408 1.00 14.55 C \ ANISOU37524 CE2 TYR P 244 1790 2073 1666 -171 -82 22 C \ ATOM 37525 CZ TYR P 244 5.949 -24.948-173.522 1.00 15.18 C \ ANISOU37525 CZ TYR P 244 1875 2170 1721 -158 -96 0 C \ ATOM 37526 OH TYR P 244 6.099 -25.330-172.209 1.00 15.77 O \ ANISOU37526 OH TYR P 244 1974 2267 1748 -151 -98 10 O \ ATOM 37527 N GLY P 245 3.932 -21.906-180.060 1.00 10.91 N \ ANISOU37527 N GLY P 245 1220 1551 1371 -173 -67 -46 N \ ATOM 37528 CA GLY P 245 3.702 -21.853-181.506 1.00 11.60 C \ ANISOU37528 CA GLY P 245 1293 1626 1488 -175 -67 -41 C \ ATOM 37529 C GLY P 245 4.216 -20.615-182.212 1.00 11.25 C \ ANISOU37529 C GLY P 245 1240 1569 1465 -167 -75 -55 C \ ATOM 37530 O GLY P 245 4.623 -19.648-181.574 1.00 11.54 O \ ANISOU37530 O GLY P 245 1281 1604 1499 -162 -78 -73 O \ ATOM 37531 N SER P 246 4.202 -20.658-183.543 1.00 10.35 N \ ANISOU37531 N SER P 246 1115 1444 1370 -168 -77 -47 N \ ATOM 37532 CA SER P 246 4.643 -19.530-184.354 1.00 10.63 C \ ANISOU37532 CA SER P 246 1145 1466 1427 -163 -82 -53 C \ ATOM 37533 C SER P 246 4.004 -19.634-185.724 1.00 10.08 C \ ANISOU37533 C SER P 246 1064 1394 1371 -161 -79 -42 C \ ATOM 37534 O SER P 246 3.583 -20.714-186.138 1.00 9.98 O \ ANISOU37534 O SER P 246 1049 1389 1354 -167 -78 -32 O \ ATOM 37535 CB SER P 246 6.168 -19.536-184.515 1.00 10.08 C \ ANISOU37535 CB SER P 246 1077 1388 1362 -166 -96 -54 C \ ATOM 37536 OG SER P 246 6.580 -20.723-185.180 1.00 12.03 O \ ANISOU37536 OG SER P 246 1324 1638 1608 -169 -102 -40 O \ ATOM 37537 N ILE P 247 3.937 -18.501-186.413 1.00 9.45 N \ ANISOU37537 N ILE P 247 979 1304 1308 -154 -78 -44 N \ ATOM 37538 CA ILE P 247 3.548 -18.481-187.814 1.00 9.31 C \ ANISOU37538 CA ILE P 247 952 1284 1299 -150 -79 -31 C \ ATOM 37539 C ILE P 247 4.608 -17.722-188.615 1.00 9.20 C \ ANISOU37539 C ILE P 247 941 1256 1299 -151 -84 -26 C \ ATOM 37540 O ILE P 247 5.353 -16.894-188.073 1.00 9.96 O \ ANISOU37540 O ILE P 247 1042 1338 1402 -153 -85 -35 O \ ATOM 37541 CB ILE P 247 2.154 -17.814-188.003 1.00 9.48 C \ ANISOU37541 CB ILE P 247 964 1310 1327 -138 -72 -33 C \ ATOM 37542 CG1 ILE P 247 1.524 -18.228-189.346 1.00 11.50 C \ ANISOU37542 CG1 ILE P 247 1209 1575 1585 -135 -75 -20 C \ ATOM 37543 CG2 ILE P 247 2.260 -16.293-187.830 1.00 9.62 C \ ANISOU37543 CG2 ILE P 247 985 1309 1358 -126 -70 -41 C \ ATOM 37544 CD1 ILE P 247 0.031 -17.824-189.517 1.00 13.19 C \ ANISOU37544 CD1 ILE P 247 1407 1800 1804 -122 -71 -21 C \ ATOM 37545 N GLN P 248 4.649 -18.011-189.911 1.00 9.19 N \ ANISOU37545 N GLN P 248 935 1257 1298 -149 -85 -12 N \ ATOM 37546 CA GLN P 248 5.450 -17.271-190.865 1.00 9.87 C \ ANISOU37546 CA GLN P 248 1022 1333 1394 -150 -86 -2 C \ ATOM 37547 C GLN P 248 4.616 -17.204-192.137 1.00 10.21 C \ ANISOU37547 C GLN P 248 1061 1382 1435 -140 -85 11 C \ ATOM 37548 O GLN P 248 4.251 -18.246-192.689 1.00 10.00 O \ ANISOU37548 O GLN P 248 1030 1371 1397 -140 -89 13 O \ ATOM 37549 CB GLN P 248 6.776 -18.005-191.108 1.00 10.02 C \ ANISOU37549 CB GLN P 248 1040 1356 1409 -159 -88 0 C \ ATOM 37550 CG GLN P 248 7.475 -17.686-192.420 1.00 10.73 C \ ANISOU37550 CG GLN P 248 1127 1447 1503 -160 -85 14 C \ ATOM 37551 CD GLN P 248 8.692 -18.559-192.646 1.00 12.20 C \ ANISOU37551 CD GLN P 248 1308 1643 1684 -165 -86 12 C \ ATOM 37552 OE1 GLN P 248 9.657 -18.493-191.886 1.00 13.75 O \ ANISOU37552 OE1 GLN P 248 1500 1836 1886 -172 -89 4 O \ ATOM 37553 NE2 GLN P 248 8.660 -19.369-193.705 1.00 8.26 N \ ANISOU37553 NE2 GLN P 248 807 1157 1172 -160 -85 18 N \ ATOM 37554 N THR P 249 4.276 -15.990-192.575 1.00 11.16 N \ ANISOU37554 N THR P 249 1183 1489 1566 -130 -83 20 N \ ATOM 37555 CA THR P 249 3.540 -15.827-193.840 1.00 13.25 C \ ANISOU37555 CA THR P 249 1445 1761 1825 -117 -86 36 C \ ATOM 37556 C THR P 249 4.499 -15.500-194.994 1.00 14.66 C \ ANISOU37556 C THR P 249 1630 1937 2002 -121 -83 55 C \ ATOM 37557 O THR P 249 5.713 -15.614-194.837 1.00 17.44 O \ ANISOU37557 O THR P 249 1983 2284 2357 -134 -78 54 O \ ATOM 37558 CB THR P 249 2.354 -14.817-193.731 1.00 13.16 C \ ANISOU37558 CB THR P 249 1432 1743 1825 -98 -87 37 C \ ATOM 37559 OG1 THR P 249 2.853 -13.496-193.512 1.00 10.25 O \ ANISOU37559 OG1 THR P 249 1075 1344 1474 -96 -83 42 O \ ATOM 37560 CG2 THR P 249 1.419 -15.203-192.589 1.00 11.96 C \ ANISOU37560 CG2 THR P 249 1270 1600 1673 -96 -86 18 C \ ATOM 37561 N GLY P 250 3.961 -15.103-196.143 1.00 18.36 N \ ANISOU37561 N GLY P 250 2100 2410 2464 -108 -86 73 N \ ATOM 37562 CA GLY P 250 4.760 -14.935-197.367 1.00 17.63 C \ ANISOU37562 CA GLY P 250 2013 2322 2361 -110 -81 95 C \ ATOM 37563 C GLY P 250 4.649 -16.140-198.286 1.00 18.91 C \ ANISOU37563 C GLY P 250 2170 2514 2498 -108 -86 93 C \ ATOM 37564 O GLY P 250 4.394 -17.256-197.833 1.00 20.24 O \ ANISOU37564 O GLY P 250 2332 2694 2661 -112 -91 73 O \ ATOM 37565 N SER P 251 4.847 -15.917-199.585 1.00 17.79 N \ ANISOU37565 N SER P 251 2035 2384 2340 -101 -83 113 N \ ATOM 37566 CA SER P 251 4.619 -16.952-200.594 1.00 17.87 C \ ANISOU37566 CA SER P 251 2043 2424 2322 -95 -90 109 C \ ATOM 37567 C SER P 251 5.782 -17.926-200.749 1.00 16.78 C \ ANISOU37567 C SER P 251 1904 2298 2174 -106 -82 98 C \ ATOM 37568 O SER P 251 5.576 -19.125-200.894 1.00 16.06 O \ ANISOU37568 O SER P 251 1809 2221 2070 -106 -90 79 O \ ATOM 37569 CB SER P 251 4.299 -16.302-201.946 1.00 18.98 C \ ANISOU37569 CB SER P 251 2192 2577 2442 -80 -93 136 C \ ATOM 37570 OG SER P 251 5.349 -15.440-202.353 1.00 21.51 O \ ANISOU37570 OG SER P 251 2522 2885 2764 -86 -75 160 O \ ATOM 37571 N GLN P 252 7.003 -17.403-200.734 1.00 16.23 N \ ANISOU37571 N GLN P 252 1834 2218 2111 -116 -66 109 N \ ATOM 37572 CA GLN P 252 8.198 -18.225-200.944 1.00 16.46 C \ ANISOU37572 CA GLN P 252 1858 2262 2133 -123 -56 100 C \ ATOM 37573 C GLN P 252 9.230 -17.999-199.845 1.00 14.37 C \ ANISOU37573 C GLN P 252 1586 1980 1894 -138 -49 93 C \ ATOM 37574 O GLN P 252 10.419 -18.252-200.036 1.00 13.48 O \ ANISOU37574 O GLN P 252 1464 1876 1779 -145 -37 92 O \ ATOM 37575 CB GLN P 252 8.824 -17.931-202.316 1.00 18.24 C \ ANISOU37575 CB GLN P 252 2087 2506 2335 -119 -42 121 C \ ATOM 37576 CG GLN P 252 8.284 -18.795-203.433 1.00 24.86 C \ ANISOU37576 CG GLN P 252 2931 3374 3140 -104 -50 114 C \ ATOM 37577 CD GLN P 252 8.938 -18.514-204.776 1.00 27.20 C \ ANISOU37577 CD GLN P 252 3232 3694 3407 -99 -33 134 C \ ATOM 37578 OE1 GLN P 252 10.168 -18.520-204.906 1.00 27.87 O \ ANISOU37578 OE1 GLN P 252 3309 3786 3493 -107 -13 138 O \ ATOM 37579 NE2 GLN P 252 8.113 -18.287-205.787 1.00 26.29 N \ ANISOU37579 NE2 GLN P 252 3128 3595 3264 -85 -41 148 N \ ATOM 37580 N THR P 253 8.762 -17.515-198.699 1.00 12.94 N \ ANISOU37580 N THR P 253 1406 1777 1734 -143 -56 87 N \ ATOM 37581 CA THR P 253 9.606 -17.309-197.527 1.00 11.46 C \ ANISOU37581 CA THR P 253 1212 1575 1568 -157 -54 76 C \ ATOM 37582 C THR P 253 10.358 -18.599-197.170 1.00 10.99 C \ ANISOU37582 C THR P 253 1143 1529 1502 -157 -57 57 C \ ATOM 37583 O THR P 253 9.757 -19.677-197.108 1.00 11.31 O \ ANISOU37583 O THR P 253 1187 1577 1531 -149 -67 44 O \ ATOM 37584 CB THR P 253 8.763 -16.847-196.327 1.00 11.75 C \ ANISOU37584 CB THR P 253 1253 1592 1620 -157 -64 66 C \ ATOM 37585 OG1 THR P 253 7.861 -15.809-196.748 1.00 12.97 O \ ANISOU37585 OG1 THR P 253 1415 1733 1777 -149 -63 81 O \ ATOM 37586 CG2 THR P 253 9.659 -16.321-195.194 1.00 10.31 C \ ANISOU37586 CG2 THR P 253 1067 1393 1458 -171 -63 56 C \ ATOM 37587 N PRO P 254 11.677 -18.493-196.932 1.00 11.55 N \ ANISOU37587 N PRO P 254 1202 1602 1583 -167 -50 55 N \ ATOM 37588 CA PRO P 254 12.460 -19.693-196.628 1.00 11.60 C \ ANISOU37588 CA PRO P 254 1199 1621 1585 -163 -54 38 C \ ATOM 37589 C PRO P 254 11.887 -20.469-195.445 1.00 11.90 C \ ANISOU37589 C PRO P 254 1244 1650 1625 -159 -70 21 C \ ATOM 37590 O PRO P 254 11.555 -19.879-194.408 1.00 11.66 O \ ANISOU37590 O PRO P 254 1218 1606 1606 -166 -76 18 O \ ATOM 37591 CB PRO P 254 13.839 -19.129-196.264 1.00 11.23 C \ ANISOU37591 CB PRO P 254 1134 1575 1556 -176 -47 39 C \ ATOM 37592 CG PRO P 254 13.902 -17.820-196.945 1.00 14.36 C \ ANISOU37592 CG PRO P 254 1532 1965 1960 -189 -33 60 C \ ATOM 37593 CD PRO P 254 12.507 -17.277-196.925 1.00 12.30 C \ ANISOU37593 CD PRO P 254 1290 1686 1696 -183 -39 68 C \ ATOM 37594 N THR P 255 11.744 -21.778-195.614 1.00 11.22 N \ ANISOU37594 N THR P 255 1163 1573 1527 -148 -76 11 N \ ATOM 37595 CA THR P 255 11.438 -22.641-194.490 1.00 10.14 C \ ANISOU37595 CA THR P 255 1032 1427 1391 -145 -90 0 C \ ATOM 37596 C THR P 255 12.729 -22.918-193.729 1.00 10.07 C \ ANISOU37596 C THR P 255 1014 1421 1391 -144 -94 -8 C \ ATOM 37597 O THR P 255 13.711 -23.429-194.289 1.00 7.65 O \ ANISOU37597 O THR P 255 696 1126 1082 -136 -90 -11 O \ ATOM 37598 CB THR P 255 10.747 -23.923-194.946 1.00 9.80 C \ ANISOU37598 CB THR P 255 1001 1386 1336 -137 -95 -7 C \ ATOM 37599 OG1 THR P 255 9.455 -23.584-195.464 1.00 9.11 O \ ANISOU37599 OG1 THR P 255 920 1299 1243 -139 -95 -2 O \ ATOM 37600 CG2 THR P 255 10.587 -24.894-193.791 1.00 10.50 C \ ANISOU37600 CG2 THR P 255 1098 1462 1426 -136 -107 -15 C \ ATOM 37601 N VAL P 256 12.728 -22.546-192.454 1.00 10.04 N \ ANISOU37601 N VAL P 256 1011 1408 1394 -151 -102 -11 N \ ATOM 37602 CA VAL P 256 13.935 -22.586-191.643 1.00 10.75 C \ ANISOU37602 CA VAL P 256 1089 1502 1492 -151 -110 -19 C \ ATOM 37603 C VAL P 256 13.623 -23.333-190.359 1.00 11.42 C \ ANISOU37603 C VAL P 256 1187 1580 1569 -146 -126 -25 C \ ATOM 37604 O VAL P 256 12.881 -22.840-189.510 1.00 11.02 O \ ANISOU37604 O VAL P 256 1147 1522 1517 -154 -128 -25 O \ ATOM 37605 CB VAL P 256 14.445 -21.166-191.332 1.00 12.38 C \ ANISOU37605 CB VAL P 256 1283 1706 1713 -167 -107 -18 C \ ATOM 37606 CG1 VAL P 256 15.585 -21.207-190.286 1.00 14.57 C \ ANISOU37606 CG1 VAL P 256 1546 1990 1997 -169 -121 -30 C \ ATOM 37607 CG2 VAL P 256 14.887 -20.471-192.611 1.00 10.68 C \ ANISOU37607 CG2 VAL P 256 1055 1497 1504 -174 -90 -7 C \ ATOM 37608 N LEU P 257 14.168 -24.538-190.237 1.00 11.84 N \ ANISOU37608 N LEU P 257 1242 1637 1618 -131 -134 -28 N \ ATOM 37609 CA LEU P 257 13.814 -25.431-189.132 1.00 12.62 C \ ANISOU37609 CA LEU P 257 1358 1727 1707 -125 -148 -28 C \ ATOM 37610 C LEU P 257 15.060 -26.064-188.534 1.00 13.92 C \ ANISOU37610 C LEU P 257 1515 1898 1873 -110 -163 -32 C \ ATOM 37611 O LEU P 257 16.020 -26.350-189.250 1.00 12.06 O \ ANISOU37611 O LEU P 257 1264 1674 1645 -98 -162 -37 O \ ATOM 37612 CB LEU P 257 12.839 -26.509-189.611 1.00 13.08 C \ ANISOU37612 CB LEU P 257 1435 1773 1758 -121 -145 -24 C \ ATOM 37613 CG LEU P 257 11.494 -26.035-190.185 1.00 15.58 C \ ANISOU37613 CG LEU P 257 1757 2086 2074 -134 -133 -20 C \ ATOM 37614 CD1 LEU P 257 10.804 -27.162-190.934 1.00 14.59 C \ ANISOU37614 CD1 LEU P 257 1644 1953 1944 -131 -133 -21 C \ ATOM 37615 CD2 LEU P 257 10.584 -25.473-189.086 1.00 18.44 C \ ANISOU37615 CD2 LEU P 257 2128 2445 2432 -146 -133 -17 C \ ATOM 37616 N GLN P 258 15.042 -26.265-187.218 1.00 12.51 N \ ANISOU37616 N GLN P 258 1348 1718 1685 -108 -177 -31 N \ ATOM 37617 CA GLN P 258 16.150 -26.910-186.522 1.00 13.03 C \ ANISOU37617 CA GLN P 258 1409 1792 1750 -90 -196 -34 C \ ATOM 37618 C GLN P 258 15.711 -28.266-185.980 1.00 10.81 C \ ANISOU37618 C GLN P 258 1155 1495 1456 -76 -206 -23 C \ ATOM 37619 O GLN P 258 14.514 -28.531-185.833 1.00 11.06 O \ ANISOU37619 O GLN P 258 1209 1512 1479 -87 -197 -14 O \ ATOM 37620 CB GLN P 258 16.684 -26.029-185.380 1.00 14.05 C \ ANISOU37620 CB GLN P 258 1528 1934 1875 -97 -210 -41 C \ ATOM 37621 CG GLN P 258 17.239 -24.654-185.823 1.00 20.16 C \ ANISOU37621 CG GLN P 258 2274 2718 2666 -114 -203 -52 C \ ATOM 37622 CD GLN P 258 16.147 -23.614-186.011 1.00 26.58 C \ ANISOU37622 CD GLN P 258 3096 3520 3480 -135 -187 -51 C \ ATOM 37623 OE1 GLN P 258 15.196 -23.550-185.230 1.00 27.78 O \ ANISOU37623 OE1 GLN P 258 3270 3665 3619 -139 -187 -49 O \ ATOM 37624 NE2 GLN P 258 16.277 -22.790-187.050 1.00 27.05 N \ ANISOU37624 NE2 GLN P 258 3141 3580 3557 -147 -171 -51 N \ ATOM 37625 N PHE P 259 16.691 -29.116-185.694 1.00 11.04 N \ ANISOU37625 N PHE P 259 1183 1526 1486 -52 -222 -22 N \ ATOM 37626 CA PHE P 259 16.450 -30.425-185.090 1.00 11.90 C \ ANISOU37626 CA PHE P 259 1321 1616 1584 -36 -234 -9 C \ ATOM 37627 C PHE P 259 17.674 -30.869-184.305 1.00 13.64 C \ ANISOU37627 C PHE P 259 1533 1846 1800 -9 -259 -8 C \ ATOM 37628 O PHE P 259 18.809 -30.710-184.753 1.00 12.18 O \ ANISOU37628 O PHE P 259 1319 1679 1628 4 -265 -21 O \ ATOM 37629 CB PHE P 259 16.025 -31.481-186.130 1.00 11.06 C \ ANISOU37629 CB PHE P 259 1229 1486 1486 -28 -225 -8 C \ ATOM 37630 CG PHE P 259 16.978 -31.640-187.298 1.00 11.64 C \ ANISOU37630 CG PHE P 259 1278 1569 1574 -10 -222 -23 C \ ATOM 37631 CD1 PHE P 259 16.897 -30.791-188.401 1.00 11.30 C \ ANISOU37631 CD1 PHE P 259 1214 1540 1538 -24 -203 -33 C \ ATOM 37632 CD2 PHE P 259 17.919 -32.676-187.315 1.00 15.34 C \ ANISOU37632 CD2 PHE P 259 1747 2032 2048 22 -236 -26 C \ ATOM 37633 CE1 PHE P 259 17.756 -30.941-189.492 1.00 12.63 C \ ANISOU37633 CE1 PHE P 259 1361 1721 1716 -7 -196 -46 C \ ATOM 37634 CE2 PHE P 259 18.787 -32.842-188.403 1.00 14.56 C \ ANISOU37634 CE2 PHE P 259 1624 1944 1961 42 -230 -42 C \ ATOM 37635 CZ PHE P 259 18.702 -31.966-189.497 1.00 12.14 C \ ANISOU37635 CZ PHE P 259 1296 1656 1659 25 -208 -52 C \ ATOM 37636 N SER P 260 17.422 -31.399-183.113 1.00 14.33 N \ ANISOU37636 N SER P 260 1647 1926 1869 -3 -274 6 N \ ATOM 37637 CA SER P 260 18.466 -31.847-182.210 1.00 14.04 C \ ANISOU37637 CA SER P 260 1609 1900 1823 23 -302 11 C \ ATOM 37638 C SER P 260 17.825 -32.652-181.095 1.00 15.23 C \ ANISOU37638 C SER P 260 1801 2034 1950 27 -311 36 C \ ATOM 37639 O SER P 260 16.806 -32.236-180.539 1.00 16.03 O \ ANISOU37639 O SER P 260 1920 2135 2035 3 -298 43 O \ ATOM 37640 CB SER P 260 19.205 -30.659-181.592 1.00 13.70 C \ ANISOU37640 CB SER P 260 1537 1891 1776 16 -315 -3 C \ ATOM 37641 OG SER P 260 20.186 -31.122-180.677 1.00 13.11 O \ ANISOU37641 OG SER P 260 1460 1831 1690 44 -346 0 O \ ATOM 37642 N ASN P 261 18.433 -33.784-180.752 1.00 13.83 N \ ANISOU37642 N ASN P 261 1639 1844 1770 59 -331 49 N \ ATOM 37643 CA ASN P 261 17.956 -34.595-179.633 1.00 12.61 C \ ANISOU37643 CA ASN P 261 1527 1673 1591 65 -341 79 C \ ATOM 37644 C ASN P 261 18.480 -34.119-178.273 1.00 12.90 C \ ANISOU37644 C ASN P 261 1563 1740 1598 74 -365 83 C \ ATOM 37645 O ASN P 261 18.423 -34.857-177.287 1.00 13.32 O \ ANISOU37645 O ASN P 261 1648 1785 1626 88 -380 110 O \ ATOM 37646 CB ASN P 261 18.262 -36.091-179.869 1.00 11.95 C \ ANISOU37646 CB ASN P 261 1467 1553 1518 96 -352 95 C \ ATOM 37647 CG ASN P 261 19.757 -36.414-179.835 1.00 14.55 C \ ANISOU37647 CG ASN P 261 1774 1896 1855 140 -382 87 C \ ATOM 37648 OD1 ASN P 261 20.608 -35.542-180.028 1.00 11.71 O \ ANISOU37648 OD1 ASN P 261 1372 1573 1502 144 -389 64 O \ ATOM 37649 ND2 ASN P 261 20.078 -37.685-179.594 1.00 11.07 N \ ANISOU37649 ND2 ASN P 261 1361 1426 1416 174 -399 107 N \ ATOM 37650 N THR P 262 18.973 -32.883-178.222 1.00 12.94 N \ ANISOU37650 N THR P 262 1532 1779 1604 63 -369 58 N \ ATOM 37651 CA THR P 262 19.564 -32.341-176.992 1.00 15.42 C \ ANISOU37651 CA THR P 262 1841 2127 1891 70 -396 55 C \ ATOM 37652 C THR P 262 18.709 -31.235-176.378 1.00 16.70 C \ ANISOU37652 C THR P 262 2009 2304 2032 38 -381 46 C \ ATOM 37653 O THR P 262 19.075 -30.667-175.352 1.00 17.91 O \ ANISOU37653 O THR P 262 2159 2485 2159 40 -401 38 O \ ATOM 37654 CB THR P 262 20.987 -31.765-177.231 1.00 14.08 C \ ANISOU37654 CB THR P 262 1622 1987 1738 85 -419 28 C \ ATOM 37655 OG1 THR P 262 20.901 -30.625-178.098 1.00 13.34 O \ ANISOU37655 OG1 THR P 262 1497 1901 1669 56 -397 2 O \ ATOM 37656 CG2 THR P 262 21.913 -32.810-177.835 1.00 11.95 C \ ANISOU37656 CG2 THR P 262 1342 1708 1491 123 -433 33 C \ ATOM 37657 N LEU P 263 17.585 -30.924-177.020 1.00 17.91 N \ ANISOU37657 N LEU P 263 2169 2440 2197 10 -348 45 N \ ATOM 37658 CA LEU P 263 16.709 -29.850-176.554 1.00 20.30 C \ ANISOU37658 CA LEU P 263 2474 2755 2483 -17 -331 34 C \ ATOM 37659 C LEU P 263 15.481 -30.358-175.794 1.00 19.75 C \ ANISOU37659 C LEU P 263 2444 2676 2385 -27 -314 59 C \ ATOM 37660 O LEU P 263 14.724 -31.184-176.304 1.00 18.20 O \ ANISOU37660 O LEU P 263 2265 2452 2198 -33 -296 79 O \ ATOM 37661 CB LEU P 263 16.296 -28.941-177.714 1.00 21.99 C \ ANISOU37661 CB LEU P 263 2663 2962 2728 -41 -306 14 C \ ATOM 37662 CG LEU P 263 17.364 -28.010-178.318 1.00 26.32 C \ ANISOU37662 CG LEU P 263 3171 3526 3302 -42 -316 -12 C \ ATOM 37663 CD1 LEU P 263 16.723 -27.066-179.322 1.00 30.06 C \ ANISOU37663 CD1 LEU P 263 3631 3991 3799 -67 -289 -25 C \ ATOM 37664 CD2 LEU P 263 18.111 -27.211-177.255 1.00 31.01 C \ ANISOU37664 CD2 LEU P 263 3754 4149 3879 -41 -341 -31 C \ ATOM 37665 N THR P 264 15.305 -29.836-174.580 1.00 19.23 N \ ANISOU37665 N THR P 264 2390 2633 2281 -30 -320 57 N \ ATOM 37666 CA THR P 264 14.210 -30.208-173.688 1.00 20.83 C \ ANISOU37666 CA THR P 264 2628 2836 2450 -40 -303 81 C \ ATOM 37667 C THR P 264 13.384 -28.971-173.328 1.00 20.41 C \ ANISOU37667 C THR P 264 2568 2801 2383 -62 -282 58 C \ ATOM 37668 O THR P 264 13.936 -27.921-173.028 1.00 20.55 O \ ANISOU37668 O THR P 264 2568 2841 2398 -61 -296 28 O \ ATOM 37669 CB THR P 264 14.736 -30.851-172.379 1.00 22.32 C \ ANISOU37669 CB THR P 264 2843 3040 2594 -16 -329 103 C \ ATOM 37670 OG1 THR P 264 15.556 -31.986-172.686 1.00 21.49 O \ ANISOU37670 OG1 THR P 264 2744 2916 2503 9 -351 123 O \ ATOM 37671 CG2 THR P 264 13.587 -31.303-171.481 1.00 24.11 C \ ANISOU37671 CG2 THR P 264 3109 3269 2783 -28 -306 132 C \ ATOM 37672 N THR P 265 12.062 -29.112-173.369 1.00 18.86 N \ ANISOU37672 N THR P 265 2386 2596 2183 -81 -249 71 N \ ATOM 37673 CA THR P 265 11.153 -28.083-172.891 1.00 18.01 C \ ANISOU37673 CA THR P 265 2275 2507 2058 -96 -227 54 C \ ATOM 37674 C THR P 265 10.664 -28.469-171.491 1.00 17.26 C \ ANISOU37674 C THR P 265 2212 2433 1910 -94 -222 74 C \ ATOM 37675 O THR P 265 10.049 -29.519-171.313 1.00 17.20 O \ ANISOU37675 O THR P 265 2228 2414 1892 -99 -207 110 O \ ATOM 37676 CB THR P 265 9.959 -27.936-173.845 1.00 18.22 C \ ANISOU37676 CB THR P 265 2292 2517 2114 -118 -194 53 C \ ATOM 37677 OG1 THR P 265 10.435 -27.526-175.132 1.00 20.14 O \ ANISOU37677 OG1 THR P 265 2507 2744 2400 -119 -199 36 O \ ATOM 37678 CG2 THR P 265 8.956 -26.909-173.327 1.00 21.10 C \ ANISOU37678 CG2 THR P 265 2652 2900 2462 -130 -170 35 C \ ATOM 37679 N VAL P 266 10.968 -27.634-170.502 1.00 16.68 N \ ANISOU37679 N VAL P 266 2142 2391 1803 -87 -234 52 N \ ATOM 37680 CA VAL P 266 10.457 -27.828-169.147 1.00 16.55 C \ ANISOU37680 CA VAL P 266 2155 2401 1729 -84 -225 67 C \ ATOM 37681 C VAL P 266 8.995 -27.370-169.100 1.00 15.56 C \ ANISOU37681 C VAL P 266 2029 2283 1600 -104 -181 63 C \ ATOM 37682 O VAL P 266 8.676 -26.274-169.560 1.00 14.29 O \ ANISOU37682 O VAL P 266 1844 2122 1461 -111 -171 28 O \ ATOM 37683 CB VAL P 266 11.313 -27.080-168.093 1.00 17.58 C \ ANISOU37683 CB VAL P 266 2289 2567 1822 -67 -256 39 C \ ATOM 37684 CG1 VAL P 266 10.663 -27.154-166.716 1.00 18.32 C \ ANISOU37684 CG1 VAL P 266 2414 2694 1851 -64 -242 51 C \ ATOM 37685 CG2 VAL P 266 12.732 -27.668-168.039 1.00 19.40 C \ ANISOU37685 CG2 VAL P 266 2518 2797 2054 -45 -300 47 C \ ATOM 37686 N LEU P 267 8.123 -28.229-168.562 1.00 14.91 N \ ANISOU37686 N LEU P 267 1970 2203 1489 -112 -156 99 N \ ATOM 37687 CA LEU P 267 6.667 -28.006-168.570 1.00 14.56 C \ ANISOU37687 CA LEU P 267 1920 2166 1443 -133 -111 101 C \ ATOM 37688 C LEU P 267 6.111 -27.452-167.252 1.00 15.54 C \ ANISOU37688 C LEU P 267 2060 2334 1511 -129 -93 92 C \ ATOM 37689 O LEU P 267 4.904 -27.202-167.128 1.00 14.48 O \ ANISOU37689 O LEU P 267 1918 2212 1370 -143 -54 91 O \ ATOM 37690 CB LEU P 267 5.933 -29.304-168.949 1.00 12.93 C \ ANISOU37690 CB LEU P 267 1726 1935 1251 -151 -89 147 C \ ATOM 37691 CG LEU P 267 6.200 -29.807-170.374 1.00 13.46 C \ ANISOU37691 CG LEU P 267 1777 1961 1376 -157 -99 150 C \ ATOM 37692 CD1 LEU P 267 5.684 -31.231-170.554 1.00 12.18 C \ ANISOU37692 CD1 LEU P 267 1634 1771 1222 -173 -86 195 C \ ATOM 37693 CD2 LEU P 267 5.593 -28.861-171.414 1.00 9.69 C \ ANISOU37693 CD2 LEU P 267 1263 1478 939 -168 -84 117 C \ ATOM 37694 N LEU P 268 6.990 -27.244-166.279 1.00 16.16 N \ ANISOU37694 N LEU P 268 2156 2436 1546 -109 -121 83 N \ ATOM 37695 CA LEU P 268 6.578 -26.705-164.984 1.00 18.30 C \ ANISOU37695 CA LEU P 268 2444 2751 1756 -103 -108 70 C \ ATOM 37696 C LEU P 268 6.218 -25.222-165.090 1.00 19.67 C \ ANISOU37696 C LEU P 268 2593 2937 1941 -102 -98 14 C \ ATOM 37697 O LEU P 268 6.863 -24.473-165.829 1.00 18.77 O \ ANISOU37697 O LEU P 268 2458 2804 1870 -99 -121 -18 O \ ATOM 37698 CB LEU P 268 7.682 -26.918-163.944 1.00 18.39 C \ ANISOU37698 CB LEU P 268 2483 2788 1718 -80 -147 74 C \ ATOM 37699 CG LEU P 268 8.274 -28.327-163.800 1.00 19.73 C \ ANISOU37699 CG LEU P 268 2678 2941 1875 -72 -167 127 C \ ATOM 37700 CD1 LEU P 268 9.379 -28.325-162.741 1.00 20.62 C \ ANISOU37700 CD1 LEU P 268 2813 3085 1936 -45 -210 123 C \ ATOM 37701 CD2 LEU P 268 7.205 -29.383-163.479 1.00 16.46 C \ ANISOU37701 CD2 LEU P 268 2289 2525 1440 -89 -126 181 C \ ATOM 37702 N ASP P 269 5.175 -24.810-164.369 1.00 21.93 N \ ANISOU37702 N ASP P 269 2884 3254 2192 -104 -61 5 N \ ATOM 37703 CA ASP P 269 4.824 -23.391-164.261 1.00 24.44 C \ ANISOU37703 CA ASP P 269 3186 3586 2514 -97 -52 -49 C \ ATOM 37704 C ASP P 269 5.703 -22.704-163.211 1.00 26.13 C \ ANISOU37704 C ASP P 269 3417 3828 2680 -77 -84 -86 C \ ATOM 37705 O ASP P 269 6.678 -23.292-162.737 1.00 24.95 O \ ANISOU37705 O ASP P 269 3288 3687 2505 -69 -118 -69 O \ ATOM 37706 CB ASP P 269 3.325 -23.194-163.971 1.00 24.29 C \ ANISOU37706 CB ASP P 269 3159 3589 2478 -104 0 -49 C \ ATOM 37707 CG ASP P 269 2.882 -23.758-162.612 1.00 26.07 C \ ANISOU37707 CG ASP P 269 3415 3860 2629 -101 23 -24 C \ ATOM 37708 OD1 ASP P 269 3.716 -24.027-161.719 1.00 24.91 O \ ANISOU37708 OD1 ASP P 269 3298 3733 2433 -88 -3 -18 O \ ATOM 37709 OD2 ASP P 269 1.661 -23.932-162.436 1.00 28.39 O \ ANISOU37709 OD2 ASP P 269 3701 4172 2911 -112 71 -10 O \ ATOM 37710 N GLU P 270 5.358 -21.466-162.858 1.00 29.55 N \ ANISOU37710 N GLU P 270 3843 4276 3105 -69 -75 -137 N \ ATOM 37711 CA GLU P 270 6.162 -20.664-161.924 1.00 33.15 C \ ANISOU37711 CA GLU P 270 4314 4757 3521 -52 -107 -182 C \ ATOM 37712 C GLU P 270 6.184 -21.235-160.501 1.00 34.47 C \ ANISOU37712 C GLU P 270 4517 4974 3604 -40 -107 -165 C \ ATOM 37713 O GLU P 270 7.103 -20.952-159.724 1.00 36.14 O \ ANISOU37713 O GLU P 270 4745 5208 3777 -26 -145 -189 O \ ATOM 37714 CB GLU P 270 5.713 -19.189-161.925 1.00 35.09 C \ ANISOU37714 CB GLU P 270 4547 5001 3782 -46 -96 -244 C \ ATOM 37715 CG GLU P 270 4.353 -18.902-161.267 1.00 40.43 C \ ANISOU37715 CG GLU P 270 5229 5710 4421 -38 -45 -254 C \ ATOM 37716 CD GLU P 270 3.169 -18.980-162.228 1.00 47.56 C \ ANISOU37716 CD GLU P 270 6104 6592 5372 -50 -3 -236 C \ ATOM 37717 OE1 GLU P 270 3.275 -19.634-163.293 1.00 50.76 O \ ANISOU37717 OE1 GLU P 270 6493 6964 5827 -66 -7 -200 O \ ATOM 37718 OE2 GLU P 270 2.116 -18.381-161.911 1.00 50.23 O \ ANISOU37718 OE2 GLU P 270 6436 6951 5698 -41 34 -259 O \ ATOM 37719 N ASN P 271 5.183 -22.051-160.178 1.00 33.30 N \ ANISOU37719 N ASN P 271 4381 4844 3426 -46 -64 -121 N \ ATOM 37720 CA ASN P 271 5.097 -22.697-158.871 1.00 32.90 C \ ANISOU37720 CA ASN P 271 4366 4841 3292 -37 -56 -94 C \ ATOM 37721 C ASN P 271 5.740 -24.085-158.844 1.00 31.56 C \ ANISOU37721 C ASN P 271 4218 4661 3112 -40 -78 -31 C \ ATOM 37722 O ASN P 271 5.746 -24.753-157.807 1.00 30.92 O \ ANISOU37722 O ASN P 271 4170 4614 2962 -32 -75 1 O \ ATOM 37723 CB ASN P 271 3.635 -22.770-158.410 1.00 34.77 C \ ANISOU37723 CB ASN P 271 4605 5108 3498 -43 6 -81 C \ ATOM 37724 CG ASN P 271 2.972 -21.397-158.340 1.00 37.29 C \ ANISOU37724 CG ASN P 271 4905 5440 3823 -33 28 -145 C \ ATOM 37725 OD1 ASN P 271 3.547 -20.439-157.817 1.00 39.99 O \ ANISOU37725 OD1 ASN P 271 5254 5795 4142 -15 1 -200 O \ ATOM 37726 ND2 ASN P 271 1.758 -21.300-158.872 1.00 37.95 N \ ANISOU37726 ND2 ASN P 271 4963 5517 3938 -45 76 -140 N \ ATOM 37727 N GLY P 272 6.274 -24.514-159.988 1.00 28.47 N \ ANISOU37727 N GLY P 272 3807 4221 2786 -49 -99 -14 N \ ATOM 37728 CA GLY P 272 6.954 -25.804-160.089 1.00 26.23 C \ ANISOU37728 CA GLY P 272 3543 3921 2503 -48 -123 40 C \ ATOM 37729 C GLY P 272 6.018 -26.972-160.358 1.00 24.47 C \ ANISOU37729 C GLY P 272 3328 3681 2287 -68 -82 101 C \ ATOM 37730 O GLY P 272 6.347 -28.116-160.050 1.00 24.16 O \ ANISOU37730 O GLY P 272 3316 3635 2226 -66 -92 154 O \ ATOM 37731 N VAL P 273 4.856 -26.679-160.939 1.00 22.31 N \ ANISOU37731 N VAL P 273 3031 3399 2047 -88 -37 94 N \ ATOM 37732 CA VAL P 273 3.826 -27.683-161.207 1.00 21.01 C \ ANISOU37732 CA VAL P 273 2868 3220 1892 -113 4 146 C \ ATOM 37733 C VAL P 273 3.586 -27.795-162.714 1.00 19.54 C \ ANISOU37733 C VAL P 273 2648 2985 1790 -131 8 144 C \ ATOM 37734 O VAL P 273 3.341 -26.789-163.391 1.00 17.96 O \ ANISOU37734 O VAL P 273 2415 2777 1628 -132 11 100 O \ ATOM 37735 CB VAL P 273 2.485 -27.341-160.508 1.00 21.84 C \ ANISOU37735 CB VAL P 273 2970 3367 1958 -123 61 143 C \ ATOM 37736 CG1 VAL P 273 1.485 -28.485-160.670 1.00 21.48 C \ ANISOU37736 CG1 VAL P 273 2929 3311 1921 -153 104 202 C \ ATOM 37737 CG2 VAL P 273 2.700 -27.043-159.021 1.00 23.48 C \ ANISOU37737 CG2 VAL P 273 3210 3630 2079 -102 59 135 C \ ATOM 37738 N GLY P 274 3.667 -29.018-163.231 1.00 18.22 N \ ANISOU37738 N GLY P 274 2492 2783 1648 -145 5 193 N \ ATOM 37739 CA GLY P 274 3.375 -29.283-164.643 1.00 16.71 C \ ANISOU37739 CA GLY P 274 2271 2546 1529 -164 9 195 C \ ATOM 37740 C GLY P 274 1.914 -29.642-164.843 1.00 16.52 C \ ANISOU37740 C GLY P 274 2234 2524 1517 -194 61 216 C \ ATOM 37741 O GLY P 274 1.166 -29.730-163.863 1.00 16.98 O \ ANISOU37741 O GLY P 274 2305 2618 1527 -201 95 232 O \ ATOM 37742 N PRO P 275 1.486 -29.842-166.111 1.00 15.41 N \ ANISOU37742 N PRO P 275 2066 2348 1440 -213 67 214 N \ ATOM 37743 CA PRO P 275 0.111 -30.297-166.359 1.00 15.46 C \ ANISOU37743 CA PRO P 275 2055 2354 1462 -245 112 236 C \ ATOM 37744 C PRO P 275 -0.220 -31.575-165.591 1.00 16.00 C \ ANISOU37744 C PRO P 275 2157 2423 1496 -265 133 295 C \ ATOM 37745 O PRO P 275 0.599 -32.490-165.540 1.00 15.68 O \ ANISOU37745 O PRO P 275 2150 2354 1454 -260 106 327 O \ ATOM 37746 CB PRO P 275 0.100 -30.571-167.868 1.00 14.19 C \ ANISOU37746 CB PRO P 275 1870 2148 1371 -258 99 230 C \ ATOM 37747 CG PRO P 275 1.134 -29.623-168.418 1.00 14.32 C \ ANISOU37747 CG PRO P 275 1876 2157 1409 -230 60 187 C \ ATOM 37748 CD PRO P 275 2.217 -29.582-167.368 1.00 13.69 C \ ANISOU37748 CD PRO P 275 1828 2093 1280 -205 33 190 C \ ATOM 37749 N LEU P 276 -1.411 -31.623-164.999 1.00 14.83 N \ ANISOU37749 N LEU P 276 2002 2308 1324 -286 181 310 N \ ATOM 37750 CA LEU P 276 -1.858 -32.791-164.239 1.00 16.06 C \ ANISOU37750 CA LEU P 276 2188 2465 1447 -311 209 370 C \ ATOM 37751 C LEU P 276 -2.896 -33.582-165.029 1.00 16.47 C \ ANISOU37751 C LEU P 276 2218 2489 1549 -354 238 394 C \ ATOM 37752 O LEU P 276 -3.912 -33.031-165.467 1.00 15.13 O \ ANISOU37752 O LEU P 276 2005 2338 1404 -370 267 370 O \ ATOM 37753 CB LEU P 276 -2.418 -32.373-162.877 1.00 15.75 C \ ANISOU37753 CB LEU P 276 2160 2488 1337 -307 246 374 C \ ATOM 37754 CG LEU P 276 -1.450 -31.643-161.939 1.00 16.91 C \ ANISOU37754 CG LEU P 276 2332 2668 1425 -266 218 350 C \ ATOM 37755 CD1 LEU P 276 -2.209 -31.004-160.788 1.00 17.22 C \ ANISOU37755 CD1 LEU P 276 2371 2772 1400 -261 260 339 C \ ATOM 37756 CD2 LEU P 276 -0.382 -32.585-161.406 1.00 15.65 C \ ANISOU37756 CD2 LEU P 276 2224 2489 1234 -253 183 393 C \ ATOM 37757 N CYS P 277 -2.636 -34.877-165.190 1.00 17.15 N \ ANISOU37757 N CYS P 277 2335 2531 1650 -373 228 442 N \ ATOM 37758 CA CYS P 277 -3.396 -35.708-166.115 1.00 19.17 C \ ANISOU37758 CA CYS P 277 2573 2747 1962 -414 243 461 C \ ATOM 37759 C CYS P 277 -4.688 -36.264-165.515 1.00 21.20 C \ ANISOU37759 C CYS P 277 2824 3025 2203 -458 299 499 C \ ATOM 37760 O CYS P 277 -4.682 -37.278-164.804 1.00 21.55 O \ ANISOU37760 O CYS P 277 2909 3056 2221 -477 312 555 O \ ATOM 37761 CB CYS P 277 -2.506 -36.815-166.671 1.00 18.88 C \ ANISOU37761 CB CYS P 277 2570 2645 1956 -413 205 488 C \ ATOM 37762 SG CYS P 277 -1.147 -36.150-167.647 1.00 20.08 S \ ANISOU37762 SG CYS P 277 2713 2773 2140 -368 146 438 S \ ATOM 37763 N LYS P 278 -5.793 -35.586-165.815 1.00 22.81 N \ ANISOU37763 N LYS P 278 2976 3263 2424 -475 332 470 N \ ATOM 37764 CA LYS P 278 -7.118 -35.985-165.337 1.00 25.25 C \ ANISOU37764 CA LYS P 278 3267 3601 2725 -519 389 500 C \ ATOM 37765 C LYS P 278 -7.536 -37.298-165.975 1.00 25.59 C \ ANISOU37765 C LYS P 278 3315 3590 2817 -568 394 539 C \ ATOM 37766 O LYS P 278 -7.408 -37.475-167.191 1.00 25.91 O \ ANISOU37766 O LYS P 278 3337 3587 2916 -573 365 518 O \ ATOM 37767 CB LYS P 278 -8.147 -34.895-165.635 1.00 26.51 C \ ANISOU37767 CB LYS P 278 3364 3808 2898 -519 418 453 C \ ATOM 37768 CG LYS P 278 -7.927 -33.616-164.837 1.00 30.36 C \ ANISOU37768 CG LYS P 278 3849 4352 3335 -474 423 416 C \ ATOM 37769 CD LYS P 278 -8.771 -32.467-165.362 1.00 34.64 C \ ANISOU37769 CD LYS P 278 4330 4928 3903 -464 439 362 C \ ATOM 37770 CE LYS P 278 -8.619 -31.243-164.465 1.00 38.37 C \ ANISOU37770 CE LYS P 278 4804 5453 4321 -422 448 325 C \ ATOM 37771 NZ LYS P 278 -9.141 -30.012-165.119 1.00 41.19 N \ ANISOU37771 NZ LYS P 278 5109 5829 4711 -400 449 267 N \ ATOM 37772 N GLY P 279 -8.014 -38.221-165.146 1.00 26.65 N \ ANISOU37772 N GLY P 279 3475 3726 2924 -603 430 597 N \ ATOM 37773 CA GLY P 279 -8.406 -39.548-165.603 1.00 26.93 C \ ANISOU37773 CA GLY P 279 3522 3706 3004 -655 436 639 C \ ATOM 37774 C GLY P 279 -7.271 -40.333-166.235 1.00 26.42 C \ ANISOU37774 C GLY P 279 3501 3566 2969 -640 383 650 C \ ATOM 37775 O GLY P 279 -7.510 -41.179-167.094 1.00 26.38 O \ ANISOU37775 O GLY P 279 3494 3508 3021 -673 374 658 O \ ATOM 37776 N ASP P 280 -6.038 -40.048-165.807 1.00 25.26 N \ ANISOU37776 N ASP P 280 3393 3419 2785 -588 347 646 N \ ATOM 37777 CA ASP P 280 -4.825 -40.710-166.313 1.00 24.04 C \ ANISOU37777 CA ASP P 280 3280 3201 2654 -564 294 654 C \ ATOM 37778 C ASP P 280 -4.698 -40.642-167.843 1.00 23.30 C \ ANISOU37778 C ASP P 280 3153 3067 2631 -564 263 608 C \ ATOM 37779 O ASP P 280 -4.284 -41.611-168.493 1.00 23.47 O \ ANISOU37779 O ASP P 280 3200 3024 2692 -572 237 623 O \ ATOM 37780 CB ASP P 280 -4.724 -42.165-165.818 1.00 25.46 C \ ANISOU37780 CB ASP P 280 3516 3329 2828 -590 300 724 C \ ATOM 37781 CG ASP P 280 -4.684 -42.274-164.300 1.00 30.03 C \ ANISOU37781 CG ASP P 280 4134 3946 3330 -584 325 773 C \ ATOM 37782 OD1 ASP P 280 -4.114 -41.373-163.646 1.00 28.24 O \ ANISOU37782 OD1 ASP P 280 3910 3769 3050 -540 314 752 O \ ATOM 37783 OD2 ASP P 280 -5.221 -43.271-163.760 1.00 30.32 O \ ANISOU37783 OD2 ASP P 280 4200 3962 3358 -624 356 834 O \ ATOM 37784 N GLY P 281 -5.062 -39.491-168.404 1.00 21.10 N \ ANISOU37784 N GLY P 281 2823 2827 2367 -553 265 554 N \ ATOM 37785 CA GLY P 281 -4.921 -39.249-169.830 1.00 19.82 C \ ANISOU37785 CA GLY P 281 2629 2638 2263 -548 235 509 C \ ATOM 37786 C GLY P 281 -4.015 -38.061-170.100 1.00 18.79 C \ ANISOU37786 C GLY P 281 2486 2530 2122 -495 203 461 C \ ATOM 37787 O GLY P 281 -4.173 -36.993-169.497 1.00 18.50 O \ ANISOU37787 O GLY P 281 2431 2546 2050 -476 217 440 O \ ATOM 37788 N LEU P 282 -3.060 -38.251-171.005 1.00 17.50 N \ ANISOU37788 N LEU P 282 2333 2325 1991 -473 160 443 N \ ATOM 37789 CA LEU P 282 -2.153 -37.182-171.411 1.00 16.18 C \ ANISOU37789 CA LEU P 282 2152 2173 1822 -428 129 398 C \ ATOM 37790 C LEU P 282 -2.520 -36.739-172.820 1.00 15.71 C \ ANISOU37790 C LEU P 282 2050 2105 1815 -434 120 356 C \ ATOM 37791 O LEU P 282 -2.545 -37.561-173.739 1.00 14.39 O \ ANISOU37791 O LEU P 282 1885 1894 1688 -451 107 359 O \ ATOM 37792 CB LEU P 282 -0.696 -37.668-171.361 1.00 16.16 C \ ANISOU37792 CB LEU P 282 2189 2136 1813 -394 87 408 C \ ATOM 37793 CG LEU P 282 0.405 -36.741-171.886 1.00 16.41 C \ ANISOU37793 CG LEU P 282 2208 2176 1851 -351 50 365 C \ ATOM 37794 CD1 LEU P 282 0.540 -35.496-171.007 1.00 14.85 C \ ANISOU37794 CD1 LEU P 282 2000 2033 1608 -328 57 345 C \ ATOM 37795 CD2 LEU P 282 1.739 -37.493-171.992 1.00 15.19 C \ ANISOU37795 CD2 LEU P 282 2088 1981 1700 -322 11 379 C \ ATOM 37796 N PHE P 283 -2.803 -35.446-172.984 1.00 13.76 N \ ANISOU37796 N PHE P 283 1764 1898 1563 -419 126 318 N \ ATOM 37797 CA PHE P 283 -3.178 -34.907-174.287 1.00 13.37 C \ ANISOU37797 CA PHE P 283 1675 1846 1558 -421 117 280 C \ ATOM 37798 C PHE P 283 -2.010 -34.246-174.987 1.00 13.21 C \ ANISOU37798 C PHE P 283 1655 1816 1549 -383 80 249 C \ ATOM 37799 O PHE P 283 -1.336 -33.382-174.424 1.00 13.37 O \ ANISOU37799 O PHE P 283 1680 1859 1541 -353 71 235 O \ ATOM 37800 CB PHE P 283 -4.364 -33.945-174.181 1.00 13.41 C \ ANISOU37800 CB PHE P 283 1635 1898 1560 -430 148 260 C \ ATOM 37801 CG PHE P 283 -5.688 -34.645-174.082 1.00 17.76 C \ ANISOU37801 CG PHE P 283 2167 2455 2123 -476 183 282 C \ ATOM 37802 CD1 PHE P 283 -6.154 -35.107-172.858 1.00 18.81 C \ ANISOU37802 CD1 PHE P 283 2317 2607 2221 -496 217 318 C \ ATOM 37803 CD2 PHE P 283 -6.455 -34.869-175.219 1.00 21.15 C \ ANISOU37803 CD2 PHE P 283 2563 2873 2599 -500 181 267 C \ ATOM 37804 CE1 PHE P 283 -7.387 -35.761-172.762 1.00 20.68 C \ ANISOU37804 CE1 PHE P 283 2534 2851 2472 -543 252 340 C \ ATOM 37805 CE2 PHE P 283 -7.683 -35.525-175.132 1.00 24.68 C \ ANISOU37805 CE2 PHE P 283 2988 3326 3060 -547 212 286 C \ ATOM 37806 CZ PHE P 283 -8.145 -35.967-173.902 1.00 20.63 C \ ANISOU37806 CZ PHE P 283 2489 2832 2515 -570 248 322 C \ ATOM 37807 N ILE P 284 -1.778 -34.668-176.223 1.00 11.88 N \ ANISOU37807 N ILE P 284 1481 1613 1420 -386 58 237 N \ ATOM 37808 CA ILE P 284 -0.679 -34.162-177.021 1.00 13.15 C \ ANISOU37808 CA ILE P 284 1639 1762 1594 -353 25 210 C \ ATOM 37809 C ILE P 284 -1.232 -33.653-178.353 1.00 13.97 C \ ANISOU37809 C ILE P 284 1706 1867 1733 -359 22 179 C \ ATOM 37810 O ILE P 284 -1.927 -34.381-179.062 1.00 13.35 O \ ANISOU37810 O ILE P 284 1619 1770 1682 -386 26 182 O \ ATOM 37811 CB ILE P 284 0.403 -35.245-177.200 1.00 14.71 C \ ANISOU37811 CB ILE P 284 1873 1916 1798 -343 0 227 C \ ATOM 37812 CG1 ILE P 284 1.021 -35.562-175.827 1.00 17.84 C \ ANISOU37812 CG1 ILE P 284 2305 2317 2154 -329 -1 257 C \ ATOM 37813 CG2 ILE P 284 1.485 -34.784-178.177 1.00 13.44 C \ ANISOU37813 CG2 ILE P 284 1704 1745 1656 -312 -31 197 C \ ATOM 37814 CD1 ILE P 284 1.784 -36.849-175.752 1.00 25.22 C \ ANISOU37814 CD1 ILE P 284 3280 3207 3093 -323 -21 285 C \ ATOM 37815 N SER P 285 -0.925 -32.397-178.665 1.00 12.78 N \ ANISOU37815 N SER P 285 1534 1739 1581 -334 15 150 N \ ATOM 37816 CA SER P 285 -1.475 -31.712-179.837 1.00 13.72 C \ ANISOU37816 CA SER P 285 1619 1866 1728 -334 13 123 C \ ATOM 37817 C SER P 285 -0.367 -31.011-180.608 1.00 12.50 C \ ANISOU37817 C SER P 285 1462 1703 1581 -305 -12 101 C \ ATOM 37818 O SER P 285 0.628 -30.577-180.014 1.00 12.22 O \ ANISOU37818 O SER P 285 1442 1672 1528 -283 -23 99 O \ ATOM 37819 CB SER P 285 -2.497 -30.658-179.398 1.00 12.81 C \ ANISOU37819 CB SER P 285 1473 1789 1602 -335 37 112 C \ ATOM 37820 OG SER P 285 -3.396 -31.171-178.430 1.00 18.71 O \ ANISOU37820 OG SER P 285 2221 2552 2334 -360 66 133 O \ ATOM 37821 N CYS P 286 -0.532 -30.894-181.928 1.00 12.45 N \ ANISOU37821 N CYS P 286 1438 1690 1602 -305 -23 85 N \ ATOM 37822 CA CYS P 286 0.437 -30.157-182.746 1.00 10.97 C \ ANISOU37822 CA CYS P 286 1246 1498 1422 -280 -43 66 C \ ATOM 37823 C CYS P 286 -0.052 -29.832-184.161 1.00 11.89 C \ ANISOU37823 C CYS P 286 1338 1616 1562 -281 -49 49 C \ ATOM 37824 O CYS P 286 -1.083 -30.345-184.618 1.00 11.51 O \ ANISOU37824 O CYS P 286 1276 1569 1527 -302 -43 49 O \ ATOM 37825 CB CYS P 286 1.771 -30.920-182.825 1.00 11.38 C \ ANISOU37825 CB CYS P 286 1324 1524 1473 -267 -63 72 C \ ATOM 37826 SG CYS P 286 1.657 -32.479-183.723 1.00 13.39 S \ ANISOU37826 SG CYS P 286 1593 1744 1750 -283 -73 79 S \ ATOM 37827 N ALA P 287 0.711 -28.963-184.826 1.00 11.52 N \ ANISOU37827 N ALA P 287 1286 1572 1520 -259 -61 34 N \ ATOM 37828 CA ALA P 287 0.543 -28.631-186.239 1.00 11.52 C \ ANISOU37828 CA ALA P 287 1267 1571 1535 -254 -70 21 C \ ATOM 37829 C ALA P 287 1.905 -28.210-186.764 1.00 11.32 C \ ANISOU37829 C ALA P 287 1250 1539 1510 -233 -85 14 C \ ATOM 37830 O ALA P 287 2.609 -27.464-186.093 1.00 11.57 O \ ANISOU37830 O ALA P 287 1286 1575 1533 -220 -84 13 O \ ATOM 37831 CB ALA P 287 -0.443 -27.476-186.404 1.00 10.98 C \ ANISOU37831 CB ALA P 287 1172 1527 1470 -251 -60 12 C \ ATOM 37832 N ASP P 288 2.270 -28.699-187.949 1.00 10.06 N \ ANISOU37832 N ASP P 288 1092 1369 1361 -230 -96 8 N \ ATOM 37833 CA ASP P 288 3.549 -28.369-188.575 1.00 9.53 C \ ANISOU37833 CA ASP P 288 1028 1298 1294 -210 -107 2 C \ ATOM 37834 C ASP P 288 3.440 -28.233-190.084 1.00 10.13 C \ ANISOU37834 C ASP P 288 1093 1378 1377 -206 -113 -7 C \ ATOM 37835 O ASP P 288 3.815 -29.137-190.829 1.00 9.39 O \ ANISOU37835 O ASP P 288 1008 1273 1285 -204 -121 -13 O \ ATOM 37836 CB ASP P 288 4.632 -29.388-188.199 1.00 8.79 C \ ANISOU37836 CB ASP P 288 955 1186 1197 -204 -116 6 C \ ATOM 37837 CG ASP P 288 4.981 -29.321-186.732 1.00 13.32 C \ ANISOU37837 CG ASP P 288 1540 1760 1759 -203 -114 17 C \ ATOM 37838 OD1 ASP P 288 5.679 -28.358-186.333 1.00 12.28 O \ ANISOU37838 OD1 ASP P 288 1403 1640 1622 -191 -115 13 O \ ATOM 37839 OD2 ASP P 288 4.515 -30.203-185.978 1.00 13.96 O \ ANISOU37839 OD2 ASP P 288 1636 1832 1835 -214 -110 29 O \ ATOM 37840 N ILE P 289 2.939 -27.083-190.517 1.00 10.12 N \ ANISOU37840 N ILE P 289 1075 1392 1376 -201 -109 -10 N \ ATOM 37841 CA ILE P 289 2.880 -26.740-191.934 1.00 8.95 C \ ANISOU37841 CA ILE P 289 918 1252 1229 -194 -114 -15 C \ ATOM 37842 C ILE P 289 4.250 -26.182-192.311 1.00 9.22 C \ ANISOU37842 C ILE P 289 956 1285 1261 -179 -115 -15 C \ ATOM 37843 O ILE P 289 4.748 -25.263-191.659 1.00 8.58 O \ ANISOU37843 O ILE P 289 872 1204 1181 -174 -110 -11 O \ ATOM 37844 CB ILE P 289 1.771 -25.690-192.197 1.00 9.00 C \ ANISOU37844 CB ILE P 289 906 1274 1238 -192 -110 -14 C \ ATOM 37845 CG1 ILE P 289 0.399 -26.246-191.776 1.00 9.84 C \ ANISOU37845 CG1 ILE P 289 1002 1387 1349 -209 -108 -16 C \ ATOM 37846 CG2 ILE P 289 1.761 -25.270-193.665 1.00 8.76 C \ ANISOU37846 CG2 ILE P 289 870 1254 1205 -181 -118 -16 C \ ATOM 37847 CD1 ILE P 289 -0.725 -25.221-191.805 1.00 10.06 C \ ANISOU37847 CD1 ILE P 289 1007 1432 1380 -204 -103 -16 C \ ATOM 37848 N VAL P 290 4.862 -26.759-193.344 1.00 9.10 N \ ANISOU37848 N VAL P 290 945 1269 1243 -172 -121 -20 N \ ATOM 37849 CA VAL P 290 6.258 -26.435-193.701 1.00 9.22 C \ ANISOU37849 CA VAL P 290 960 1286 1256 -159 -119 -20 C \ ATOM 37850 C VAL P 290 6.425 -25.686-195.034 1.00 10.90 C \ ANISOU37850 C VAL P 290 1165 1513 1462 -150 -116 -18 C \ ATOM 37851 O VAL P 290 7.554 -25.437-195.482 1.00 11.20 O \ ANISOU37851 O VAL P 290 1201 1556 1498 -142 -111 -17 O \ ATOM 37852 CB VAL P 290 7.158 -27.693-193.691 1.00 10.13 C \ ANISOU37852 CB VAL P 290 1086 1390 1370 -152 -125 -27 C \ ATOM 37853 CG1 VAL P 290 7.321 -28.203-192.272 1.00 9.31 C \ ANISOU37853 CG1 VAL P 290 992 1272 1270 -157 -128 -23 C \ ATOM 37854 CG2 VAL P 290 6.612 -28.785-194.635 1.00 10.05 C \ ANISOU37854 CG2 VAL P 290 1084 1376 1356 -153 -132 -39 C \ ATOM 37855 N GLY P 291 5.302 -25.323-195.652 1.00 10.59 N \ ANISOU37855 N GLY P 291 1121 1483 1419 -153 -118 -16 N \ ATOM 37856 CA GLY P 291 5.323 -24.542-196.882 1.00 10.31 C \ ANISOU37856 CA GLY P 291 1080 1462 1374 -143 -116 -10 C \ ATOM 37857 C GLY P 291 4.515 -25.122-198.020 1.00 10.06 C \ ANISOU37857 C GLY P 291 1048 1443 1328 -141 -126 -18 C \ ATOM 37858 O GLY P 291 3.758 -26.080-197.839 1.00 9.35 O \ ANISOU37858 O GLY P 291 960 1349 1241 -150 -135 -30 O \ ATOM 37859 N PHE P 292 4.708 -24.540-199.206 1.00 10.11 N \ ANISOU37859 N PHE P 292 1054 1466 1321 -130 -124 -11 N \ ATOM 37860 CA PHE P 292 3.989 -24.935-200.411 1.00 11.29 C \ ANISOU37860 CA PHE P 292 1204 1633 1451 -125 -136 -19 C \ ATOM 37861 C PHE P 292 4.828 -25.843-201.295 1.00 11.83 C \ ANISOU37861 C PHE P 292 1282 1710 1502 -118 -136 -34 C \ ATOM 37862 O PHE P 292 6.036 -25.632-201.454 1.00 11.04 O \ ANISOU37862 O PHE P 292 1184 1611 1398 -110 -122 -28 O \ ATOM 37863 CB PHE P 292 3.634 -23.711-201.261 1.00 10.73 C \ ANISOU37863 CB PHE P 292 1129 1579 1367 -113 -136 0 C \ ATOM 37864 CG PHE P 292 2.663 -22.758-200.619 1.00 9.99 C \ ANISOU37864 CG PHE P 292 1025 1479 1288 -114 -138 11 C \ ATOM 37865 CD1 PHE P 292 1.298 -23.040-200.592 1.00 10.86 C \ ANISOU37865 CD1 PHE P 292 1124 1598 1401 -117 -153 2 C \ ATOM 37866 CD2 PHE P 292 3.113 -21.546-200.094 1.00 12.29 C \ ANISOU37866 CD2 PHE P 292 1318 1758 1593 -111 -126 29 C \ ATOM 37867 CE1 PHE P 292 0.394 -22.139-200.024 1.00 11.88 C \ ANISOU37867 CE1 PHE P 292 1241 1726 1545 -113 -154 12 C \ ATOM 37868 CE2 PHE P 292 2.223 -20.644-199.521 1.00 13.72 C \ ANISOU37868 CE2 PHE P 292 1491 1932 1787 -107 -127 37 C \ ATOM 37869 CZ PHE P 292 0.855 -20.946-199.486 1.00 12.92 C \ ANISOU37869 CZ PHE P 292 1377 1842 1688 -106 -141 29 C \ ATOM 37870 N LEU P 293 4.164 -26.840-201.876 1.00 12.24 N \ ANISOU37870 N LEU P 293 1338 1767 1545 -120 -151 -55 N \ ATOM 37871 CA LEU P 293 4.683 -27.534-203.038 1.00 12.42 C \ ANISOU37871 CA LEU P 293 1370 1804 1544 -108 -153 -72 C \ ATOM 37872 C LEU P 293 4.200 -26.758-204.251 1.00 13.09 C \ ANISOU37872 C LEU P 293 1452 1918 1601 -97 -158 -62 C \ ATOM 37873 O LEU P 293 2.994 -26.675-204.503 1.00 13.08 O \ ANISOU37873 O LEU P 293 1444 1926 1596 -101 -175 -65 O \ ATOM 37874 CB LEU P 293 4.182 -28.976-203.092 1.00 12.12 C \ ANISOU37874 CB LEU P 293 1340 1753 1509 -117 -170 -102 C \ ATOM 37875 CG LEU P 293 4.690 -29.848-204.252 1.00 15.02 C \ ANISOU37875 CG LEU P 293 1720 2132 1852 -103 -174 -128 C \ ATOM 37876 CD1 LEU P 293 6.174 -30.203-204.095 1.00 13.26 C \ ANISOU37876 CD1 LEU P 293 1505 1901 1632 -89 -157 -132 C \ ATOM 37877 CD2 LEU P 293 3.859 -31.102-204.341 1.00 15.12 C \ ANISOU37877 CD2 LEU P 293 1741 2130 1872 -116 -195 -158 C \ ATOM 37878 N PHE P 294 5.146 -26.172-204.978 1.00 11.69 N \ ANISOU37878 N PHE P 294 1279 1758 1404 -84 -142 -49 N \ ATOM 37879 CA PHE P 294 4.850 -25.409-206.184 1.00 13.07 C \ ANISOU37879 CA PHE P 294 1456 1962 1548 -71 -144 -34 C \ ATOM 37880 C PHE P 294 4.832 -26.319-207.410 1.00 13.01 C \ ANISOU37880 C PHE P 294 1458 1978 1505 -60 -154 -60 C \ ATOM 37881 O PHE P 294 5.863 -26.876-207.793 1.00 12.59 O \ ANISOU37881 O PHE P 294 1412 1931 1439 -51 -141 -74 O \ ATOM 37882 CB PHE P 294 5.902 -24.317-206.386 1.00 13.37 C \ ANISOU37882 CB PHE P 294 1493 2005 1579 -65 -119 -4 C \ ATOM 37883 CG PHE P 294 5.816 -23.191-205.394 1.00 13.77 C \ ANISOU37883 CG PHE P 294 1537 2034 1660 -74 -112 21 C \ ATOM 37884 CD1 PHE P 294 6.457 -23.277-204.160 1.00 13.84 C \ ANISOU37884 CD1 PHE P 294 1540 2017 1699 -85 -103 18 C \ ATOM 37885 CD2 PHE P 294 5.108 -22.033-205.704 1.00 14.83 C \ ANISOU37885 CD2 PHE P 294 1671 2173 1790 -68 -116 48 C \ ATOM 37886 CE1 PHE P 294 6.386 -22.226-203.248 1.00 14.17 C \ ANISOU37886 CE1 PHE P 294 1576 2039 1765 -93 -97 38 C \ ATOM 37887 CE2 PHE P 294 5.028 -20.981-204.800 1.00 15.57 C \ ANISOU37887 CE2 PHE P 294 1761 2243 1912 -75 -109 68 C \ ATOM 37888 CZ PHE P 294 5.672 -21.079-203.565 1.00 13.82 C \ ANISOU37888 CZ PHE P 294 1533 1997 1719 -88 -100 61 C \ ATOM 37889 N LYS P 295 3.660 -26.457-208.021 1.00 13.16 N \ ANISOU37889 N LYS P 295 1477 2014 1509 -59 -178 -70 N \ ATOM 37890 CA LYS P 295 3.503 -27.287-209.211 1.00 13.76 C \ ANISOU37890 CA LYS P 295 1563 2116 1549 -49 -193 -100 C \ ATOM 37891 C LYS P 295 3.727 -26.507-210.510 1.00 13.96 C \ ANISOU37891 C LYS P 295 1595 2179 1527 -29 -187 -80 C \ ATOM 37892 O LYS P 295 3.522 -25.287-210.563 1.00 15.65 O \ ANISOU37892 O LYS P 295 1806 2401 1739 -24 -182 -43 O \ ATOM 37893 CB LYS P 295 2.128 -27.958-209.207 1.00 13.59 C \ ANISOU37893 CB LYS P 295 1535 2093 1535 -61 -225 -125 C \ ATOM 37894 CG LYS P 295 1.919 -28.883-208.008 1.00 16.06 C \ ANISOU37894 CG LYS P 295 1843 2367 1889 -84 -229 -144 C \ ATOM 37895 CD LYS P 295 0.469 -28.986-207.620 1.00 19.45 C \ ANISOU37895 CD LYS P 295 2256 2795 2338 -102 -253 -150 C \ ATOM 37896 CE LYS P 295 0.292 -29.815-206.353 1.00 17.73 C \ ANISOU37896 CE LYS P 295 2035 2539 2161 -127 -251 -161 C \ ATOM 37897 NZ LYS P 295 -1.091 -30.360-206.300 1.00 13.50 N \ ANISOU37897 NZ LYS P 295 1485 2006 1639 -148 -276 -180 N \ ATOM 37898 N THR P 296 4.124 -27.230-211.558 1.00 14.11 N \ ANISOU37898 N THR P 296 1627 2223 1509 -16 -189 -106 N \ ATOM 37899 CA THR P 296 4.441 -26.647-212.868 1.00 15.15 C \ ANISOU37899 CA THR P 296 1769 2396 1588 4 -180 -90 C \ ATOM 37900 C THR P 296 3.420 -25.615-213.354 1.00 15.54 C \ ANISOU37900 C THR P 296 1817 2468 1619 10 -198 -60 C \ ATOM 37901 O THR P 296 3.796 -24.534-213.811 1.00 16.31 O \ ANISOU37901 O THR P 296 1919 2580 1695 21 -181 -19 O \ ATOM 37902 CB THR P 296 4.596 -27.757-213.948 1.00 15.75 C \ ANISOU37902 CB THR P 296 1861 2500 1623 17 -190 -134 C \ ATOM 37903 OG1 THR P 296 5.548 -28.728-213.495 1.00 19.18 O \ ANISOU37903 OG1 THR P 296 2298 2912 2077 16 -174 -163 O \ ATOM 37904 CG2 THR P 296 5.073 -27.180-215.274 1.00 19.62 C \ ANISOU37904 CG2 THR P 296 2363 3037 2053 39 -176 -116 C \ ATOM 37905 N SER P 297 2.136 -25.964-213.251 1.00 15.01 N \ ANISOU37905 N SER P 297 1741 2400 1561 4 -233 -79 N \ ATOM 37906 CA SER P 297 1.035 -25.127-213.740 1.00 15.73 C \ ANISOU37906 CA SER P 297 1827 2515 1635 14 -257 -57 C \ ATOM 37907 C SER P 297 0.911 -23.778-213.046 1.00 14.61 C \ ANISOU37907 C SER P 297 1676 2353 1521 15 -245 -9 C \ ATOM 37908 O SER P 297 0.296 -22.852-213.580 1.00 13.71 O \ ANISOU37908 O SER P 297 1562 2258 1386 31 -257 19 O \ ATOM 37909 CB SER P 297 -0.290 -25.867-213.569 1.00 16.39 C \ ANISOU37909 CB SER P 297 1893 2598 1733 2 -296 -91 C \ ATOM 37910 OG SER P 297 -0.543 -26.105-212.191 1.00 17.17 O \ ANISOU37910 OG SER P 297 1976 2657 1888 -20 -292 -96 O \ ATOM 37911 N GLY P 298 1.476 -23.679-211.848 1.00 13.41 N \ ANISOU37911 N GLY P 298 1518 2163 1413 0 -223 -2 N \ ATOM 37912 CA GLY P 298 1.240 -22.533-210.988 1.00 13.93 C \ ANISOU37912 CA GLY P 298 1575 2204 1513 -3 -214 32 C \ ATOM 37913 C GLY P 298 0.452 -22.914-209.746 1.00 14.31 C \ ANISOU37913 C GLY P 298 1603 2225 1607 -20 -226 13 C \ ATOM 37914 O GLY P 298 0.447 -22.169-208.765 1.00 13.92 O \ ANISOU37914 O GLY P 298 1547 2150 1591 -26 -214 33 O \ ATOM 37915 N LYS P 299 -0.209 -24.074-209.783 1.00 14.09 N \ ANISOU37915 N LYS P 299 1568 2205 1580 -31 -248 -24 N \ ATOM 37916 CA LYS P 299 -0.963 -24.559-208.622 1.00 13.52 C \ ANISOU37916 CA LYS P 299 1477 2108 1549 -51 -257 -41 C \ ATOM 37917 C LYS P 299 -0.031 -24.771-207.414 1.00 13.18 C \ ANISOU37917 C LYS P 299 1437 2028 1539 -67 -230 -40 C \ ATOM 37918 O LYS P 299 1.160 -25.084-207.566 1.00 12.46 O \ ANISOU37918 O LYS P 299 1362 1932 1440 -65 -212 -43 O \ ATOM 37919 CB LYS P 299 -1.756 -25.832-208.939 1.00 13.86 C \ ANISOU37919 CB LYS P 299 1513 2163 1589 -65 -284 -83 C \ ATOM 37920 CG LYS P 299 -2.751 -25.725-210.116 1.00 18.13 C \ ANISOU37920 CG LYS P 299 2046 2744 2097 -51 -317 -91 C \ ATOM 37921 CD LYS P 299 -4.161 -25.389-209.685 1.00 19.11 C \ ANISOU37921 CD LYS P 299 2140 2876 2244 -56 -339 -89 C \ ATOM 37922 CE LYS P 299 -5.119 -25.293-210.874 1.00 16.06 C \ ANISOU37922 CE LYS P 299 1743 2534 1823 -40 -375 -97 C \ ATOM 37923 NZ LYS P 299 -5.783 -26.588-211.234 1.00 17.55 N \ ANISOU37923 NZ LYS P 299 1922 2735 2009 -61 -404 -145 N \ ATOM 37924 N MET P 300 -0.584 -24.561-206.224 1.00 10.49 N \ ANISOU37924 N MET P 300 1083 1667 1235 -79 -228 -36 N \ ATOM 37925 CA MET P 300 0.180 -24.612-204.987 1.00 11.07 C \ ANISOU37925 CA MET P 300 1159 1709 1338 -92 -206 -31 C \ ATOM 37926 C MET P 300 -0.606 -25.385-203.932 1.00 11.92 C \ ANISOU37926 C MET P 300 1253 1799 1474 -113 -213 -50 C \ ATOM 37927 O MET P 300 -1.799 -25.153-203.757 1.00 12.57 O \ ANISOU37927 O MET P 300 1317 1892 1567 -116 -226 -50 O \ ATOM 37928 CB MET P 300 0.452 -23.189-204.483 1.00 11.83 C \ ANISOU37928 CB MET P 300 1253 1793 1446 -82 -190 0 C \ ATOM 37929 CG MET P 300 1.430 -22.408-205.356 1.00 13.28 C \ ANISOU37929 CG MET P 300 1452 1986 1607 -67 -176 24 C \ ATOM 37930 SD MET P 300 1.386 -20.643-205.065 1.00 13.17 S \ ANISOU37930 SD MET P 300 1438 1959 1605 -56 -165 63 S \ ATOM 37931 CE MET P 300 1.886 -20.530-203.328 1.00 12.99 C \ ANISOU37931 CE MET P 300 1410 1899 1624 -74 -148 58 C \ ATOM 37932 N ALA P 301 0.067 -26.295-203.235 1.00 11.51 N \ ANISOU37932 N ALA P 301 1211 1724 1437 -127 -203 -63 N \ ATOM 37933 CA ALA P 301 -0.550 -27.033-202.135 1.00 11.21 C \ ANISOU37933 CA ALA P 301 1164 1667 1425 -150 -205 -74 C \ ATOM 37934 C ALA P 301 0.315 -26.915-200.885 1.00 10.63 C \ ANISOU37934 C ALA P 301 1099 1568 1371 -154 -185 -62 C \ ATOM 37935 O ALA P 301 1.544 -26.912-200.978 1.00 10.70 O \ ANISOU37935 O ALA P 301 1121 1569 1373 -145 -174 -59 O \ ATOM 37936 CB ALA P 301 -0.739 -28.494-202.519 1.00 11.85 C \ ANISOU37936 CB ALA P 301 1254 1743 1506 -164 -220 -104 C \ ATOM 37937 N LEU P 302 -0.314 -26.819-199.716 1.00 9.13 N \ ANISOU37937 N LEU P 302 899 1367 1203 -168 -180 -57 N \ ATOM 37938 CA LEU P 302 0.453 -26.799-198.464 1.00 9.61 C \ ANISOU37938 CA LEU P 302 968 1405 1277 -172 -163 -49 C \ ATOM 37939 C LEU P 302 0.898 -28.206-198.067 1.00 10.11 C \ ANISOU37939 C LEU P 302 1046 1447 1346 -186 -165 -62 C \ ATOM 37940 O LEU P 302 0.251 -29.192-198.414 1.00 10.40 O \ ANISOU37940 O LEU P 302 1083 1482 1385 -199 -177 -78 O \ ATOM 37941 CB LEU P 302 -0.347 -26.148-197.334 1.00 9.66 C \ ANISOU37941 CB LEU P 302 960 1411 1299 -179 -155 -39 C \ ATOM 37942 CG LEU P 302 -0.422 -24.617-197.328 1.00 12.25 C \ ANISOU37942 CG LEU P 302 1279 1747 1626 -162 -149 -23 C \ ATOM 37943 CD1 LEU P 302 -1.402 -24.162-196.258 1.00 15.59 C \ ANISOU37943 CD1 LEU P 302 1687 2172 2064 -167 -142 -20 C \ ATOM 37944 CD2 LEU P 302 0.952 -23.967-197.106 1.00 14.03 C \ ANISOU37944 CD2 LEU P 302 1520 1960 1851 -152 -137 -12 C \ ATOM 37945 N HIS P 303 2.004 -28.281-197.331 1.00 10.13 N \ ANISOU37945 N HIS P 303 1061 1434 1354 -181 -154 -56 N \ ATOM 37946 CA HIS P 303 2.617 -29.557-196.950 1.00 10.16 C \ ANISOU37946 CA HIS P 303 1082 1413 1362 -187 -156 -65 C \ ATOM 37947 C HIS P 303 2.921 -29.515-195.458 1.00 10.41 C \ ANISOU37947 C HIS P 303 1118 1430 1406 -193 -146 -52 C \ ATOM 37948 O HIS P 303 3.256 -28.459-194.911 1.00 10.37 O \ ANISOU37948 O HIS P 303 1107 1432 1400 -186 -137 -39 O \ ATOM 37949 CB HIS P 303 3.896 -29.770-197.776 1.00 9.13 C \ ANISOU37949 CB HIS P 303 962 1284 1220 -167 -155 -73 C \ ATOM 37950 CG HIS P 303 4.630 -31.050-197.499 1.00 11.65 C \ ANISOU37950 CG HIS P 303 1300 1579 1546 -165 -158 -84 C \ ATOM 37951 ND1 HIS P 303 4.002 -32.275-197.383 1.00 10.03 N \ ANISOU37951 ND1 HIS P 303 1106 1353 1350 -180 -169 -97 N \ ATOM 37952 CD2 HIS P 303 5.958 -31.300-197.384 1.00 10.56 C \ ANISOU37952 CD2 HIS P 303 1169 1433 1406 -148 -154 -85 C \ ATOM 37953 CE1 HIS P 303 4.909 -33.214-197.171 1.00 9.67 C \ ANISOU37953 CE1 HIS P 303 1079 1283 1309 -170 -170 -104 C \ ATOM 37954 NE2 HIS P 303 6.105 -32.650-197.176 1.00 10.68 N \ ANISOU37954 NE2 HIS P 303 1204 1422 1431 -149 -162 -98 N \ ATOM 37955 N GLY P 304 2.779 -30.663-194.809 1.00 10.20 N \ ANISOU37955 N GLY P 304 1104 1381 1388 -207 -148 -54 N \ ATOM 37956 CA GLY P 304 3.082 -30.804-193.391 1.00 10.07 C \ ANISOU37956 CA GLY P 304 1097 1351 1377 -212 -141 -40 C \ ATOM 37957 C GLY P 304 4.040 -31.959-193.118 1.00 10.66 C \ ANISOU37957 C GLY P 304 1195 1399 1455 -205 -146 -42 C \ ATOM 37958 O GLY P 304 4.199 -32.865-193.944 1.00 10.50 O \ ANISOU37958 O GLY P 304 1185 1367 1437 -202 -155 -57 O \ ATOM 37959 N LEU P 305 4.666 -31.916-191.942 1.00 10.22 N \ ANISOU37959 N LEU P 305 1147 1335 1398 -200 -142 -29 N \ ATOM 37960 CA LEU P 305 5.583 -32.946-191.496 1.00 10.11 C \ ANISOU37960 CA LEU P 305 1156 1298 1388 -190 -148 -26 C \ ATOM 37961 C LEU P 305 5.129 -33.513-190.136 1.00 10.98 C \ ANISOU37961 C LEU P 305 1280 1390 1499 -206 -145 -8 C \ ATOM 37962 O LEU P 305 4.430 -32.826-189.383 1.00 11.19 O \ ANISOU37962 O LEU P 305 1298 1433 1521 -219 -135 2 O \ ATOM 37963 CB LEU P 305 7.000 -32.370-191.403 1.00 8.63 C \ ANISOU37963 CB LEU P 305 963 1120 1195 -165 -149 -26 C \ ATOM 37964 CG LEU P 305 7.775 -32.105-192.704 1.00 9.64 C \ ANISOU37964 CG LEU P 305 1080 1261 1319 -146 -150 -42 C \ ATOM 37965 CD1 LEU P 305 9.183 -31.558-192.387 1.00 9.82 C \ ANISOU37965 CD1 LEU P 305 1095 1295 1341 -126 -150 -39 C \ ATOM 37966 CD2 LEU P 305 7.878 -33.337-193.574 1.00 11.53 C \ ANISOU37966 CD2 LEU P 305 1335 1483 1563 -139 -159 -58 C \ ATOM 37967 N PRO P 306 5.518 -34.769-189.826 1.00 11.13 N \ ANISOU37967 N PRO P 306 1325 1379 1525 -203 -153 -3 N \ ATOM 37968 CA PRO P 306 5.184 -35.404-188.545 1.00 11.23 C \ ANISOU37968 CA PRO P 306 1357 1373 1536 -217 -149 19 C \ ATOM 37969 C PRO P 306 5.978 -34.810-187.387 1.00 10.85 C \ ANISOU37969 C PRO P 306 1311 1338 1473 -201 -148 34 C \ ATOM 37970 O PRO P 306 7.017 -34.168-187.597 1.00 10.55 O \ ANISOU37970 O PRO P 306 1261 1314 1430 -178 -154 25 O \ ATOM 37971 CB PRO P 306 5.593 -36.868-188.745 1.00 11.60 C \ ANISOU37971 CB PRO P 306 1433 1378 1595 -212 -161 18 C \ ATOM 37972 CG PRO P 306 5.873 -37.017-190.213 1.00 13.20 C \ ANISOU37972 CG PRO P 306 1628 1580 1805 -199 -169 -10 C \ ATOM 37973 CD PRO P 306 6.292 -35.675-190.689 1.00 11.78 C \ ANISOU37973 CD PRO P 306 1420 1439 1614 -185 -165 -19 C \ ATOM 37974 N ARG P 307 5.481 -35.034-186.174 1.00 10.69 N \ ANISOU37974 N ARG P 307 1303 1314 1443 -216 -141 56 N \ ATOM 37975 CA ARG P 307 6.160 -34.595-184.966 1.00 10.31 C \ ANISOU37975 CA ARG P 307 1261 1278 1376 -202 -142 70 C \ ATOM 37976 C ARG P 307 6.275 -35.733-183.957 1.00 11.73 C \ ANISOU37976 C ARG P 307 1474 1432 1549 -203 -146 97 C \ ATOM 37977 O ARG P 307 5.320 -36.480-183.728 1.00 12.16 O \ ANISOU37977 O ARG P 307 1542 1468 1608 -229 -136 111 O \ ATOM 37978 CB ARG P 307 5.436 -33.400-184.347 1.00 10.42 C \ ANISOU37978 CB ARG P 307 1257 1325 1377 -215 -126 71 C \ ATOM 37979 CG ARG P 307 6.187 -32.779-183.167 1.00 11.57 C \ ANISOU37979 CG ARG P 307 1407 1489 1500 -199 -130 79 C \ ATOM 37980 CD ARG P 307 5.458 -31.557-182.640 1.00 11.41 C \ ANISOU37980 CD ARG P 307 1369 1498 1468 -209 -114 73 C \ ATOM 37981 NE ARG P 307 5.761 -30.338-183.380 1.00 9.32 N \ ANISOU37981 NE ARG P 307 1079 1249 1212 -199 -116 51 N \ ATOM 37982 CZ ARG P 307 6.750 -29.503-183.076 1.00 12.77 C \ ANISOU37982 CZ ARG P 307 1511 1699 1643 -183 -126 42 C \ ATOM 37983 NH1 ARG P 307 7.560 -29.767-182.059 1.00 12.75 N \ ANISOU37983 NH1 ARG P 307 1523 1698 1623 -171 -137 50 N \ ATOM 37984 NH2 ARG P 307 6.932 -28.400-183.786 1.00 11.09 N \ ANISOU37984 NH2 ARG P 307 1276 1496 1440 -179 -125 25 N \ ATOM 37985 N TYR P 308 7.456 -35.855-183.361 1.00 11.43 N \ ANISOU37985 N TYR P 308 1448 1392 1500 -176 -161 104 N \ ATOM 37986 CA TYR P 308 7.718 -36.856-182.348 1.00 11.02 C \ ANISOU37986 CA TYR P 308 1430 1318 1438 -170 -168 132 C \ ATOM 37987 C TYR P 308 7.712 -36.202-180.968 1.00 10.40 C \ ANISOU37987 C TYR P 308 1354 1267 1327 -170 -163 149 C \ ATOM 37988 O TYR P 308 8.074 -35.036-180.832 1.00 9.19 O \ ANISOU37988 O TYR P 308 1178 1147 1164 -161 -164 133 O \ ATOM 37989 CB TYR P 308 9.065 -37.528-182.622 1.00 12.30 C \ ANISOU37989 CB TYR P 308 1603 1460 1608 -133 -192 129 C \ ATOM 37990 CG TYR P 308 9.613 -38.333-181.464 1.00 11.28 C \ ANISOU37990 CG TYR P 308 1508 1314 1464 -116 -205 159 C \ ATOM 37991 CD1 TYR P 308 9.217 -39.658-181.254 1.00 17.06 C \ ANISOU37991 CD1 TYR P 308 2276 2001 2204 -124 -205 184 C \ ATOM 37992 CD2 TYR P 308 10.530 -37.771-180.582 1.00 19.33 C \ ANISOU37992 CD2 TYR P 308 2521 2361 2459 -92 -219 164 C \ ATOM 37993 CE1 TYR P 308 9.722 -40.398-180.182 1.00 17.55 C \ ANISOU37993 CE1 TYR P 308 2371 2045 2250 -106 -218 216 C \ ATOM 37994 CE2 TYR P 308 11.044 -38.503-179.511 1.00 18.24 C \ ANISOU37994 CE2 TYR P 308 2415 2211 2303 -72 -234 193 C \ ATOM 37995 CZ TYR P 308 10.639 -39.809-179.322 1.00 20.43 C \ ANISOU37995 CZ TYR P 308 2730 2442 2587 -78 -233 221 C \ ATOM 37996 OH TYR P 308 11.160 -40.515-178.259 1.00 22.87 O \ ANISOU37996 OH TYR P 308 3072 2738 2876 -57 -250 255 O \ ATOM 37997 N PHE P 309 7.301 -36.970-179.958 1.00 10.92 N \ ANISOU37997 N PHE P 309 1450 1319 1378 -180 -158 181 N \ ATOM 37998 CA PHE P 309 7.296 -36.519-178.563 1.00 11.52 C \ ANISOU37998 CA PHE P 309 1535 1422 1417 -179 -153 200 C \ ATOM 37999 C PHE P 309 7.836 -37.592-177.627 1.00 13.21 C \ ANISOU37999 C PHE P 309 1789 1614 1614 -163 -167 235 C \ ATOM 38000 O PHE P 309 7.510 -38.780-177.767 1.00 11.46 O \ ANISOU38000 O PHE P 309 1594 1351 1407 -174 -165 256 O \ ATOM 38001 CB PHE P 309 5.885 -36.194-178.086 1.00 11.28 C \ ANISOU38001 CB PHE P 309 1500 1410 1376 -214 -123 209 C \ ATOM 38002 CG PHE P 309 5.155 -35.209-178.936 1.00 11.33 C \ ANISOU38002 CG PHE P 309 1470 1437 1399 -229 -108 180 C \ ATOM 38003 CD1 PHE P 309 4.500 -35.624-180.094 1.00 14.56 C \ ANISOU38003 CD1 PHE P 309 1868 1825 1840 -248 -103 169 C \ ATOM 38004 CD2 PHE P 309 5.070 -33.879-178.553 1.00 14.05 C \ ANISOU38004 CD2 PHE P 309 1792 1820 1726 -224 -101 162 C \ ATOM 38005 CE1 PHE P 309 3.798 -34.719-180.877 1.00 11.52 C \ ANISOU38005 CE1 PHE P 309 1448 1460 1467 -259 -92 144 C \ ATOM 38006 CE2 PHE P 309 4.367 -32.967-179.329 1.00 12.79 C \ ANISOU38006 CE2 PHE P 309 1600 1676 1582 -235 -89 138 C \ ATOM 38007 CZ PHE P 309 3.729 -33.395-180.492 1.00 12.32 C \ ANISOU38007 CZ PHE P 309 1529 1598 1553 -251 -85 131 C \ ATOM 38008 N ASN P 310 8.648 -37.149-176.666 1.00 12.47 N \ ANISOU38008 N ASN P 310 1700 1546 1489 -139 -182 240 N \ ATOM 38009 CA ASN P 310 9.028 -37.962-175.524 1.00 14.26 C \ ANISOU38009 CA ASN P 310 1965 1764 1688 -124 -194 277 C \ ATOM 38010 C ASN P 310 8.744 -37.143-174.270 1.00 13.60 C \ ANISOU38010 C ASN P 310 1883 1725 1559 -129 -184 284 C \ ATOM 38011 O ASN P 310 9.442 -36.170-173.982 1.00 13.96 O \ ANISOU38011 O ASN P 310 1909 1806 1588 -110 -199 261 O \ ATOM 38012 CB ASN P 310 10.510 -38.355-175.595 1.00 15.88 C \ ANISOU38012 CB ASN P 310 2176 1959 1898 -80 -230 275 C \ ATOM 38013 CG ASN P 310 10.870 -39.469-174.620 1.00 23.51 C \ ANISOU38013 CG ASN P 310 3187 2902 2842 -61 -246 318 C \ ATOM 38014 OD1 ASN P 310 10.454 -39.464-173.455 1.00 24.48 O \ ANISOU38014 OD1 ASN P 310 3333 3042 2926 -70 -237 347 O \ ATOM 38015 ND2 ASN P 310 11.653 -40.431-175.095 1.00 27.47 N \ ANISOU38015 ND2 ASN P 310 3704 3366 3368 -33 -268 324 N \ ATOM 38016 N VAL P 311 7.700 -37.527-173.545 1.00 14.00 N \ ANISOU38016 N VAL P 311 1955 1775 1588 -156 -158 315 N \ ATOM 38017 CA VAL P 311 7.247 -36.782-172.376 1.00 15.13 C \ ANISOU38017 CA VAL P 311 2099 1963 1685 -163 -142 321 C \ ATOM 38018 C VAL P 311 7.638 -37.532-171.104 1.00 15.85 C \ ANISOU38018 C VAL P 311 2234 2053 1732 -148 -152 364 C \ ATOM 38019 O VAL P 311 7.402 -38.734-170.985 1.00 15.31 O \ ANISOU38019 O VAL P 311 2200 1948 1670 -156 -148 404 O \ ATOM 38020 CB VAL P 311 5.703 -36.543-172.407 1.00 15.48 C \ ANISOU38020 CB VAL P 311 2132 2018 1732 -205 -99 323 C \ ATOM 38021 CG1 VAL P 311 5.247 -35.706-171.215 1.00 15.74 C \ ANISOU38021 CG1 VAL P 311 2163 2100 1714 -209 -80 323 C \ ATOM 38022 CG2 VAL P 311 5.286 -35.857-173.705 1.00 14.09 C \ ANISOU38022 CG2 VAL P 311 1914 1840 1597 -218 -91 283 C \ ATOM 38023 N THR P 312 8.252 -36.809-170.173 1.00 16.21 N \ ANISOU38023 N THR P 312 2280 2141 1735 -125 -168 356 N \ ATOM 38024 CA THR P 312 8.583 -37.336-168.856 1.00 17.38 C \ ANISOU38024 CA THR P 312 2468 2301 1831 -108 -179 395 C \ ATOM 38025 C THR P 312 7.502 -36.904-167.871 1.00 17.35 C \ ANISOU38025 C THR P 312 2472 2335 1782 -133 -142 407 C \ ATOM 38026 O THR P 312 7.140 -35.728-167.816 1.00 15.08 O \ ANISOU38026 O THR P 312 2156 2086 1486 -140 -128 370 O \ ATOM 38027 CB THR P 312 9.964 -36.815-168.378 1.00 18.13 C \ ANISOU38027 CB THR P 312 2558 2425 1902 -66 -222 375 C \ ATOM 38028 OG1 THR P 312 10.975 -37.222-169.307 1.00 18.21 O \ ANISOU38028 OG1 THR P 312 2557 2405 1956 -42 -254 363 O \ ATOM 38029 CG2 THR P 312 10.313 -37.348-166.987 1.00 19.25 C \ ANISOU38029 CG2 THR P 312 2743 2584 1984 -45 -237 417 C \ ATOM 38030 N LEU P 313 6.987 -37.861-167.099 1.00 17.54 N \ ANISOU38030 N LEU P 313 2538 2349 1778 -146 -124 460 N \ ATOM 38031 CA LEU P 313 5.962 -37.568-166.104 1.00 18.62 C \ ANISOU38031 CA LEU P 313 2683 2523 1867 -169 -85 478 C \ ATOM 38032 C LEU P 313 6.343 -38.148-164.748 1.00 19.47 C \ ANISOU38032 C LEU P 313 2839 2647 1910 -151 -95 525 C \ ATOM 38033 O LEU P 313 7.095 -39.124-164.675 1.00 19.23 O \ ANISOU38033 O LEU P 313 2841 2581 1882 -130 -124 559 O \ ATOM 38034 CB LEU P 313 4.590 -38.101-166.536 1.00 19.36 C \ ANISOU38034 CB LEU P 313 2772 2594 1988 -217 -39 498 C \ ATOM 38035 CG LEU P 313 4.015 -37.647-167.884 1.00 20.37 C \ ANISOU38035 CG LEU P 313 2854 2706 2177 -239 -27 457 C \ ATOM 38036 CD1 LEU P 313 4.339 -38.686-168.950 1.00 20.29 C \ ANISOU38036 CD1 LEU P 313 2852 2633 2222 -242 -45 468 C \ ATOM 38037 CD2 LEU P 313 2.515 -37.443-167.780 1.00 19.79 C \ ANISOU38037 CD2 LEU P 313 2762 2653 2102 -281 23 462 C \ ATOM 38038 N ARG P 314 5.832 -37.536-163.685 1.00 19.21 N \ ANISOU38038 N ARG P 314 2812 2667 1818 -156 -71 526 N \ ATOM 38039 CA ARG P 314 6.056 -38.022-162.321 1.00 21.01 C \ ANISOU38039 CA ARG P 314 3087 2919 1975 -140 -75 573 C \ ATOM 38040 C ARG P 314 4.735 -38.053-161.554 1.00 21.98 C \ ANISOU38040 C ARG P 314 3221 3072 2058 -176 -18 602 C \ ATOM 38041 O ARG P 314 3.801 -37.320-161.883 1.00 19.75 O \ ANISOU38041 O ARG P 314 2902 2810 1791 -202 17 570 O \ ATOM 38042 CB ARG P 314 7.080 -37.151-161.581 1.00 21.03 C \ ANISOU38042 CB ARG P 314 3089 2971 1929 -99 -115 541 C \ ATOM 38043 CG ARG P 314 6.558 -35.774-161.188 1.00 21.51 C \ ANISOU38043 CG ARG P 314 3120 3089 1961 -106 -92 491 C \ ATOM 38044 CD ARG P 314 7.601 -34.913-160.495 1.00 22.21 C \ ANISOU38044 CD ARG P 314 3209 3224 2007 -68 -135 454 C \ ATOM 38045 NE ARG P 314 7.154 -33.520-160.450 1.00 21.64 N \ ANISOU38045 NE ARG P 314 3102 3192 1927 -75 -117 395 N \ ATOM 38046 CZ ARG P 314 7.948 -32.467-160.280 1.00 22.93 C \ ANISOU38046 CZ ARG P 314 3247 3384 2080 -51 -152 341 C \ ATOM 38047 NH1 ARG P 314 9.257 -32.619-160.117 1.00 21.44 N \ ANISOU38047 NH1 ARG P 314 3066 3195 1885 -20 -206 338 N \ ATOM 38048 NH2 ARG P 314 7.424 -31.249-160.273 1.00 21.33 N \ ANISOU38048 NH2 ARG P 314 3017 3210 1876 -60 -131 289 N \ ATOM 38049 N LYS P 315 4.668 -38.904-160.535 1.00 23.01 N \ ANISOU38049 N LYS P 315 3401 3205 2135 -175 -10 664 N \ ATOM 38050 CA LYS P 315 3.476 -39.012-159.699 1.00 24.75 C \ ANISOU38050 CA LYS P 315 3635 3459 2310 -209 46 698 C \ ATOM 38051 C LYS P 315 3.403 -37.846-158.711 1.00 24.38 C \ ANISOU38051 C LYS P 315 3580 3490 2194 -191 55 664 C \ ATOM 38052 O LYS P 315 4.391 -37.506-158.057 1.00 24.04 O \ ANISOU38052 O LYS P 315 3555 3475 2105 -151 14 652 O \ ATOM 38053 CB LYS P 315 3.459 -40.350-158.959 1.00 26.52 C \ ANISOU38053 CB LYS P 315 3919 3656 2500 -215 53 780 C \ ATOM 38054 CG LYS P 315 3.382 -41.566-159.868 1.00 29.33 C \ ANISOU38054 CG LYS P 315 4287 3929 2925 -237 50 816 C \ ATOM 38055 CD LYS P 315 3.454 -42.849-159.063 1.00 33.67 C \ ANISOU38055 CD LYS P 315 4903 4450 3440 -240 53 900 C \ ATOM 38056 CE LYS P 315 3.518 -44.066-159.964 1.00 35.47 C \ ANISOU38056 CE LYS P 315 5148 4588 3738 -256 43 930 C \ ATOM 38057 NZ LYS P 315 3.678 -45.317-159.183 1.00 38.12 N \ ANISOU38057 NZ LYS P 315 5552 4888 4043 -254 42 1014 N \ ATOM 38058 N ARG P 316 2.227 -37.237-158.615 1.00 23.31 N \ ANISOU38058 N ARG P 316 3416 3389 2051 -221 107 645 N \ ATOM 38059 CA ARG P 316 2.005 -36.094-157.738 1.00 22.93 C \ ANISOU38059 CA ARG P 316 3357 3413 1940 -206 123 607 C \ ATOM 38060 C ARG P 316 0.767 -36.330-156.870 1.00 23.39 C \ ANISOU38060 C ARG P 316 3426 3510 1948 -237 188 645 C \ ATOM 38061 O ARG P 316 -0.283 -36.714-157.383 1.00 22.85 O \ ANISOU38061 O ARG P 316 3337 3423 1920 -279 232 663 O \ ATOM 38062 CB ARG P 316 1.831 -34.824-158.584 1.00 22.43 C \ ANISOU38062 CB ARG P 316 3236 3359 1925 -204 121 529 C \ ATOM 38063 CG ARG P 316 1.458 -33.570-157.803 1.00 23.52 C \ ANISOU38063 CG ARG P 316 3360 3566 2010 -190 141 481 C \ ATOM 38064 CD ARG P 316 2.651 -32.998-157.045 1.00 24.05 C \ ANISOU38064 CD ARG P 316 3448 3664 2023 -146 91 453 C \ ATOM 38065 NE ARG P 316 3.467 -32.137-157.896 1.00 23.27 N \ ANISOU38065 NE ARG P 316 3317 3545 1976 -127 47 392 N \ ATOM 38066 CZ ARG P 316 4.124 -31.061-157.473 1.00 25.67 C \ ANISOU38066 CZ ARG P 316 3615 3885 2253 -99 17 337 C \ ATOM 38067 NH1 ARG P 316 4.072 -30.699-156.199 1.00 23.18 N \ ANISOU38067 NH1 ARG P 316 3325 3627 1855 -82 24 331 N \ ATOM 38068 NH2 ARG P 316 4.826 -30.337-158.334 1.00 22.75 N \ ANISOU38068 NH2 ARG P 316 3214 3492 1938 -88 -19 286 N \ ATOM 38069 N TRP P 317 0.894 -36.106-155.562 1.00 21.87 N \ ANISOU38069 N TRP P 317 3267 3376 1666 -216 194 657 N \ ATOM 38070 CA TRP P 317 -0.258 -36.131-154.658 1.00 22.28 C \ ANISOU38070 CA TRP P 317 3325 3479 1659 -241 260 685 C \ ATOM 38071 C TRP P 317 -1.120 -34.889-154.872 1.00 22.92 C \ ANISOU38071 C TRP P 317 3352 3603 1753 -248 295 618 C \ ATOM 38072 O TRP P 317 -0.599 -33.771-154.965 1.00 23.29 O \ ANISOU38072 O TRP P 317 3378 3670 1798 -216 265 551 O \ ATOM 38073 CB TRP P 317 0.185 -36.197-153.189 1.00 21.73 C \ ANISOU38073 CB TRP P 317 3307 3464 1483 -212 253 714 C \ ATOM 38074 CG TRP P 317 0.704 -37.540-152.743 1.00 22.96 C \ ANISOU38074 CG TRP P 317 3523 3587 1613 -211 235 797 C \ ATOM 38075 CD1 TRP P 317 1.997 -37.859-152.442 1.00 21.69 C \ ANISOU38075 CD1 TRP P 317 3400 3412 1427 -169 172 811 C \ ATOM 38076 CD2 TRP P 317 -0.064 -38.732-152.532 1.00 24.33 C \ ANISOU38076 CD2 TRP P 317 3725 3735 1784 -252 281 879 C \ ATOM 38077 NE1 TRP P 317 2.085 -39.178-152.062 1.00 26.45 N \ ANISOU38077 NE1 TRP P 317 4056 3981 2011 -178 174 897 N \ ATOM 38078 CE2 TRP P 317 0.836 -39.739-152.109 1.00 24.96 C \ ANISOU38078 CE2 TRP P 317 3865 3782 1837 -231 241 941 C \ ATOM 38079 CE3 TRP P 317 -1.425 -39.050-152.666 1.00 25.84 C \ ANISOU38079 CE3 TRP P 317 3895 3927 1994 -306 352 906 C \ ATOM 38080 CZ2 TRP P 317 0.419 -41.042-151.806 1.00 29.20 C \ ANISOU38080 CZ2 TRP P 317 4445 4282 2364 -262 271 1031 C \ ATOM 38081 CZ3 TRP P 317 -1.840 -40.351-152.367 1.00 29.47 C \ ANISOU38081 CZ3 TRP P 317 4395 4353 2446 -341 382 994 C \ ATOM 38082 CH2 TRP P 317 -0.917 -41.330-151.947 1.00 27.74 C \ ANISOU38082 CH2 TRP P 317 4240 4096 2201 -319 341 1057 C \ ATOM 38083 N VAL P 318 -2.433 -35.091-154.963 1.00 24.22 N \ ANISOU38083 N VAL P 318 3492 3778 1931 -289 359 637 N \ ATOM 38084 CA VAL P 318 -3.390 -33.997-155.180 1.00 25.89 C \ ANISOU38084 CA VAL P 318 3649 4030 2156 -295 398 579 C \ ATOM 38085 C VAL P 318 -4.614 -34.194-154.279 1.00 28.87 C \ ANISOU38085 C VAL P 318 4025 4463 2478 -323 472 613 C \ ATOM 38086 O VAL P 318 -5.058 -35.320-154.064 1.00 29.78 O \ ANISOU38086 O VAL P 318 4164 4563 2589 -359 503 684 O \ ATOM 38087 CB VAL P 318 -3.824 -33.895-156.669 1.00 25.18 C \ ANISOU38087 CB VAL P 318 3507 3891 2170 -319 397 551 C \ ATOM 38088 CG1 VAL P 318 -4.865 -32.797-156.868 1.00 25.91 C \ ANISOU38088 CG1 VAL P 318 3543 4025 2276 -323 437 495 C \ ATOM 38089 CG2 VAL P 318 -2.622 -33.623-157.569 1.00 22.49 C \ ANISOU38089 CG2 VAL P 318 3163 3500 1880 -292 328 515 C \ ATOM 38090 N LYS P 319 -5.147 -33.097-153.747 1.00 30.89 N \ ANISOU38090 N LYS P 319 4257 4784 2694 -306 503 562 N \ ATOM 38091 CA LYS P 319 -6.298 -33.166-152.850 1.00 34.34 C \ ANISOU38091 CA LYS P 319 4688 5284 3074 -327 576 587 C \ ATOM 38092 C LYS P 319 -7.567 -32.636-153.525 1.00 34.21 C \ ANISOU38092 C LYS P 319 4603 5281 3113 -351 625 552 C \ ATOM 38093 O LYS P 319 -7.549 -31.581-154.158 1.00 34.47 O \ ANISOU38093 O LYS P 319 4596 5312 3186 -328 606 481 O \ ATOM 38094 CB LYS P 319 -5.990 -32.416-151.541 1.00 35.91 C \ ANISOU38094 CB LYS P 319 4916 5556 3169 -285 579 560 C \ ATOM 38095 CG LYS P 319 -7.199 -31.984-150.710 1.00 40.57 C \ ANISOU38095 CG LYS P 319 5485 6225 3702 -293 656 553 C \ ATOM 38096 CD LYS P 319 -7.716 -33.092-149.810 1.00 47.67 C \ ANISOU38096 CD LYS P 319 6421 7151 4539 -326 708 640 C \ ATOM 38097 CE LYS P 319 -8.874 -32.594-148.948 1.00 49.26 C \ ANISOU38097 CE LYS P 319 6599 7439 4678 -331 786 628 C \ ATOM 38098 NZ LYS P 319 -9.429 -33.676-148.093 1.00 53.51 N \ ANISOU38098 NZ LYS P 319 7170 8005 5156 -368 843 717 N \ ATOM 21508 N GLU J 41 3.823 -41.450-143.597 1.00 42.71 N \ ANISOU21508 N GLU J 41 8425 3497 4304 -773 41 -397 N \ ATOM 21509 CA GLU J 41 4.236 -40.759-144.856 1.00 41.70 C \ ANISOU21509 CA GLU J 41 8005 3610 4229 -556 117 -481 C \ ATOM 21510 C GLU J 41 3.975 -39.249-144.784 1.00 36.51 C \ ANISOU21510 C GLU J 41 6696 3438 3735 -555 87 -381 C \ ATOM 21511 O GLU J 41 2.827 -38.808-144.694 1.00 35.83 O \ ANISOU21511 O GLU J 41 6385 3630 3598 -889 -17 -364 O \ ATOM 21512 CB GLU J 41 3.520 -41.380-146.055 1.00 45.78 C \ ANISOU21512 CB GLU J 41 8865 4055 4474 -898 119 -640 C \ ATOM 21513 CG GLU J 41 4.239 -41.190-147.384 1.00 50.38 C \ ANISOU21513 CG GLU J 41 9477 4659 5003 -624 242 -762 C \ ATOM 21514 CD GLU J 41 3.635 -42.018-148.509 1.00 57.55 C \ ANISOU21514 CD GLU J 41 10865 5406 5593 -948 235 -940 C \ ATOM 21515 OE1 GLU J 41 2.882 -42.978-148.227 1.00 62.53 O \ ANISOU21515 OE1 GLU J 41 11917 5797 6042 -1352 161 -994 O \ ATOM 21516 OE2 GLU J 41 3.918 -41.708-149.685 1.00 60.80 O \ ANISOU21516 OE2 GLU J 41 11281 5925 5895 -854 317 -1036 O \ ATOM 21517 N VAL J 42 5.051 -38.465-144.823 1.00 32.84 N \ ANISOU21517 N VAL J 42 5947 3085 3445 -175 181 -347 N \ ATOM 21518 CA VAL J 42 4.969 -37.011-144.667 1.00 27.84 C \ ANISOU21518 CA VAL J 42 4843 2797 2937 -155 166 -243 C \ ATOM 21519 C VAL J 42 4.856 -36.336-146.031 1.00 26.29 C \ ANISOU21519 C VAL J 42 4638 2751 2599 -192 210 -291 C \ ATOM 21520 O VAL J 42 5.709 -36.528-146.895 1.00 25.98 O \ ANISOU21520 O VAL J 42 4745 2634 2490 -52 379 -391 O \ ATOM 21521 CB VAL J 42 6.195 -36.450-143.899 1.00 27.40 C \ ANISOU21521 CB VAL J 42 4519 2794 3096 158 250 -190 C \ ATOM 21522 CG1 VAL J 42 6.075 -34.940-143.704 1.00 24.20 C \ ANISOU21522 CG1 VAL J 42 3758 2662 2773 114 244 -87 C \ ATOM 21523 CG2 VAL J 42 6.360 -37.162-142.546 1.00 27.97 C \ ANISOU21523 CG2 VAL J 42 4688 2686 3253 246 154 -131 C \ ATOM 21524 N LEU J 43 3.798 -35.552-146.215 1.00 24.08 N \ ANISOU21524 N LEU J 43 4204 2699 2244 -353 51 -238 N \ ATOM 21525 CA LEU J 43 3.566 -34.865-147.481 1.00 23.90 C \ ANISOU21525 CA LEU J 43 4275 2785 2019 -362 14 -255 C \ ATOM 21526 C LEU J 43 3.955 -33.395-147.377 1.00 22.91 C \ ANISOU21526 C LEU J 43 3994 2764 1946 -210 42 -131 C \ ATOM 21527 O LEU J 43 4.894 -33.053-146.666 1.00 21.92 O \ ANISOU21527 O LEU J 43 3718 2605 2003 -105 197 -84 O \ ATOM 21528 CB LEU J 43 2.114 -35.047-147.956 1.00 26.16 C \ ANISOU21528 CB LEU J 43 4571 3258 2110 -581 -247 -323 C \ ATOM 21529 CG LEU J 43 1.536 -36.471-148.018 1.00 26.37 C \ ANISOU21529 CG LEU J 43 4798 3193 2026 -890 -280 -467 C \ ATOM 21530 CD1 LEU J 43 0.127 -36.453-148.587 1.00 31.19 C \ ANISOU21530 CD1 LEU J 43 5299 4131 2418 -1147 -553 -582 C \ ATOM 21531 CD2 LEU J 43 2.423 -37.439-148.801 1.00 29.24 C \ ANISOU21531 CD2 LEU J 43 5614 3218 2275 -861 -85 -567 C \ ATOM 21532 N SER J 44 3.238 -32.526-148.079 1.00 22.90 N \ ANISOU21532 N SER J 44 4076 2874 1750 -197 -132 -90 N \ ATOM 21533 CA SER J 44 3.612 -31.120-148.140 1.00 24.24 C \ ANISOU21533 CA SER J 44 4308 3025 1875 -76 -105 31 C \ ATOM 21534 C SER J 44 3.163 -30.315-146.919 1.00 23.29 C \ ANISOU21534 C SER J 44 3903 3002 1942 47 -234 115 C \ ATOM 21535 O SER J 44 2.189 -30.655-146.244 1.00 22.38 O \ ANISOU21535 O SER J 44 3519 3063 1920 51 -412 69 O \ ATOM 21536 CB SER J 44 3.083 -30.484-149.426 1.00 26.51 C \ ANISOU21536 CB SER J 44 4963 3301 1805 -41 -275 57 C \ ATOM 21537 OG SER J 44 1.687 -30.676-149.532 1.00 29.14 O \ ANISOU21537 OG SER J 44 5168 3850 2053 20 -639 -1 O \ ATOM 21538 N VAL J 45 3.909 -29.252-146.645 1.00 25.35 N \ ANISOU21538 N VAL J 45 4246 3160 2227 95 -106 209 N \ ATOM 21539 CA VAL J 45 3.523 -28.227-145.687 1.00 26.92 C \ ANISOU21539 CA VAL J 45 4323 3384 2519 236 -223 284 C \ ATOM 21540 C VAL J 45 2.240 -27.547-146.176 1.00 30.63 C \ ANISOU21540 C VAL J 45 4922 3931 2782 476 -563 289 C \ ATOM 21541 O VAL J 45 2.097 -27.261-147.369 1.00 32.49 O \ ANISOU21541 O VAL J 45 5542 4075 2727 523 -664 314 O \ ATOM 21542 CB VAL J 45 4.670 -27.196-145.526 1.00 27.92 C \ ANISOU21542 CB VAL J 45 4648 3334 2625 149 2 362 C \ ATOM 21543 CG1 VAL J 45 4.240 -25.998-144.685 1.00 28.55 C \ ANISOU21543 CG1 VAL J 45 4767 3354 2726 306 -129 432 C \ ATOM 21544 CG2 VAL J 45 5.904 -27.871-144.928 1.00 25.39 C \ ANISOU21544 CG2 VAL J 45 4049 3069 2528 -11 276 298 C \ ATOM 21545 N VAL J 46 1.304 -27.313-145.260 1.00 30.98 N \ ANISOU21545 N VAL J 46 4642 4176 2951 652 -749 241 N \ ATOM 21546 CA VAL J 46 0.029 -26.690-145.617 1.00 36.57 C \ ANISOU21546 CA VAL J 46 5343 5066 3486 989 -1112 178 C \ ATOM 21547 C VAL J 46 0.200 -25.186-145.853 1.00 40.00 C \ ANISOU21547 C VAL J 46 6272 5205 3722 1292 -1211 298 C \ ATOM 21548 O VAL J 46 0.745 -24.473-145.013 1.00 39.04 O \ ANISOU21548 O VAL J 46 6226 4898 3706 1293 -1058 364 O \ ATOM 21549 CB VAL J 46 -1.065 -26.956-144.545 1.00 36.57 C \ ANISOU21549 CB VAL J 46 4757 5470 3665 1074 -1237 15 C \ ATOM 21550 CG1 VAL J 46 -2.375 -26.263-144.908 1.00 40.85 C \ ANISOU21550 CG1 VAL J 46 5177 6310 4033 1519 -1636 -119 C \ ATOM 21551 CG2 VAL J 46 -1.293 -28.450-144.368 1.00 35.37 C \ ANISOU21551 CG2 VAL J 46 4278 5539 3618 683 -1136 -97 C \ ATOM 21552 N THR J 47 -0.249 -24.718-147.014 1.00 45.69 N \ ANISOU21552 N THR J 47 7413 5839 4106 1527 -1479 327 N \ ATOM 21553 CA THR J 47 -0.293 -23.284-147.295 1.00 50.93 C \ ANISOU21553 CA THR J 47 8700 6157 4492 1882 -1655 441 C \ ATOM 21554 C THR J 47 -1.678 -22.752-146.945 1.00 55.15 C \ ANISOU21554 C THR J 47 8980 6973 5002 2489 -2093 297 C \ ATOM 21555 O THR J 47 -2.687 -23.421-147.185 1.00 57.36 O \ ANISOU21555 O THR J 47 8766 7729 5296 2627 -2356 116 O \ ATOM 21556 CB THR J 47 0.023 -22.962-148.776 1.00 54.37 C \ ANISOU21556 CB THR J 47 9900 6275 4482 1845 -1732 570 C \ ATOM 21557 OG1 THR J 47 -0.848 -23.717-149.626 1.00 56.19 O \ ANISOU21557 OG1 THR J 47 9938 6831 4578 1964 -2040 458 O \ ATOM 21558 CG2 THR J 47 1.478 -23.295-149.115 1.00 52.57 C \ ANISOU21558 CG2 THR J 47 9926 5804 4244 1255 -1237 663 C \ ATOM 21559 N GLY J 48 -1.724 -21.554-146.375 1.00 57.73 N \ ANISOU21559 N GLY J 48 9630 7032 5273 2844 -2165 339 N \ ATOM 21560 CA GLY J 48 -2.991 -20.938-145.991 1.00 63.00 C \ ANISOU21560 CA GLY J 48 10059 7967 5908 3537 -2572 157 C \ ATOM 21561 C GLY J 48 -2.814 -19.809-144.996 1.00 64.48 C \ ANISOU21561 C GLY J 48 10527 7834 6136 3803 -2497 176 C \ ATOM 21562 O GLY J 48 -1.692 -19.498-144.588 1.00 62.36 O \ ANISOU21562 O GLY J 48 10632 7145 5915 3380 -2135 338 O \ ATOM 21563 N GLU J 49 -3.931 -19.206-144.598 1.00 68.74 N \ ANISOU21563 N GLU J 49 10853 8618 6645 4509 -2843 -30 N \ ATOM 21564 CA GLU J 49 -3.913 -18.037-143.722 1.00 70.65 C \ ANISOU21564 CA GLU J 49 11461 8518 6863 4894 -2829 -53 C \ ATOM 21565 C GLU J 49 -3.466 -18.356-142.290 1.00 65.33 C \ ANISOU21565 C GLU J 49 10266 7992 6562 4454 -2398 -118 C \ ATOM 21566 O GLU J 49 -2.542 -17.726-141.772 1.00 64.54 O \ ANISOU21566 O GLU J 49 10682 7390 6447 4191 -2136 26 O \ ATOM 21567 CB GLU J 49 -5.281 -17.343-143.718 1.00 77.28 C \ ANISOU21567 CB GLU J 49 12167 9639 7556 5887 -3340 -319 C \ ATOM 21568 CG GLU J 49 -5.241 -15.902-143.228 1.00 82.90 C \ ANISOU21568 CG GLU J 49 13666 9760 8069 6457 -3435 -305 C \ ATOM 21569 CD GLU J 49 -6.624 -15.304-143.051 1.00 91.72 C \ ANISOU21569 CD GLU J 49 14490 11263 9096 7542 -3922 -650 C \ ATOM 21570 OE1 GLU J 49 -7.380 -15.792-142.182 1.00 92.07 O \ ANISOU21570 OE1 GLU J 49 13472 12063 9445 7644 -3848 -988 O \ ATOM 21571 OE2 GLU J 49 -6.951 -14.338-143.773 1.00 98.38 O \ ANISOU21571 OE2 GLU J 49 16187 11659 9532 8303 -4378 -602 O \ ATOM 21572 N ASP J 50 -4.119 -19.331-141.662 1.00 62.29 N \ ANISOU21572 N ASP J 50 8908 8293 6464 4324 -2329 -342 N \ ATOM 21573 CA ASP J 50 -3.851 -19.652-140.261 1.00 57.72 C \ ANISOU21573 CA ASP J 50 7868 7883 6177 3961 -1969 -419 C \ ATOM 21574 C ASP J 50 -3.110 -20.978-140.107 1.00 50.80 C \ ANISOU21574 C ASP J 50 6634 7143 5522 3178 -1642 -308 C \ ATOM 21575 O ASP J 50 -3.449 -21.798-139.254 1.00 49.23 O \ ANISOU21575 O ASP J 50 5800 7374 5528 2908 -1478 -451 O \ ATOM 21576 CB ASP J 50 -5.155 -19.648-139.454 1.00 61.45 C \ ANISOU21576 CB ASP J 50 7600 8998 6750 4393 -2083 -788 C \ ATOM 21577 CG ASP J 50 -5.771 -18.261-139.346 1.00 69.78 C \ ANISOU21577 CG ASP J 50 9033 9870 7607 5265 -2371 -935 C \ ATOM 21578 OD1 ASP J 50 -5.137 -17.374-138.732 1.00 71.60 O \ ANISOU21578 OD1 ASP J 50 9859 9556 7790 5302 -2220 -832 O \ ATOM 21579 OD2 ASP J 50 -6.888 -18.061-139.870 1.00 74.45 O \ ANISOU21579 OD2 ASP J 50 9343 10869 8072 5933 -2768 -1178 O \ ATOM 21580 N SER J 51 -2.083 -21.169-140.929 1.00 46.94 N \ ANISOU21580 N SER J 51 6613 6266 4954 2824 -1539 -67 N \ ATOM 21581 CA SER J 51 -1.329 -22.419-140.945 1.00 41.43 C \ ANISOU21581 CA SER J 51 5656 5654 4431 2208 -1273 19 C \ ATOM 21582 C SER J 51 -0.234 -22.490-139.869 1.00 36.27 C \ ANISOU21582 C SER J 51 5002 4814 3963 1806 -940 110 C \ ATOM 21583 O SER J 51 0.301 -23.564-139.606 1.00 32.35 O \ ANISOU21583 O SER J 51 4232 4429 3628 1403 -755 141 O \ ATOM 21584 CB SER J 51 -0.740 -22.670-142.338 1.00 42.09 C \ ANISOU21584 CB SER J 51 6159 5497 4334 2041 -1295 171 C \ ATOM 21585 OG SER J 51 0.329 -21.781-142.614 1.00 44.52 O \ ANISOU21585 OG SER J 51 7136 5289 4489 1921 -1150 350 O \ ATOM 21586 N ILE J 52 0.087 -21.352-139.255 1.00 35.71 N \ ANISOU21586 N ILE J 52 5281 4450 3837 1941 -897 137 N \ ATOM 21587 CA ILE J 52 1.086 -21.292-138.182 1.00 32.48 C \ ANISOU21587 CA ILE J 52 4866 3908 3566 1575 -633 191 C \ ATOM 21588 C ILE J 52 0.425 -20.939-136.848 1.00 31.47 C \ ANISOU21588 C ILE J 52 4481 3956 3518 1766 -628 35 C \ ATOM 21589 O ILE J 52 -0.466 -20.087-136.798 1.00 32.84 O \ ANISOU21589 O ILE J 52 4774 4127 3574 2255 -799 -91 O \ ATOM 21590 CB ILE J 52 2.229 -20.284-138.517 1.00 34.82 C \ ANISOU21590 CB ILE J 52 5828 3711 3692 1380 -514 332 C \ ATOM 21591 CG1 ILE J 52 3.096 -20.820-139.664 1.00 36.12 C \ ANISOU21591 CG1 ILE J 52 6134 3794 3793 1045 -400 448 C \ ATOM 21592 CG2 ILE J 52 3.108 -19.999-137.287 1.00 31.99 C \ ANISOU21592 CG2 ILE J 52 5437 3277 3438 1056 -306 327 C \ ATOM 21593 CD1 ILE J 52 3.955 -19.758-140.352 1.00 40.96 C \ ANISOU21593 CD1 ILE J 52 7485 3954 4121 834 -288 555 C \ ATOM 21594 N THR J 53 0.853 -21.606-135.777 1.00 27.48 N \ ANISOU21594 N THR J 53 3650 3607 3182 1419 -443 28 N \ ATOM 21595 CA THR J 53 0.368 -21.299-134.429 1.00 27.82 C \ ANISOU21595 CA THR J 53 3504 3802 3261 1502 -381 -116 C \ ATOM 21596 C THR J 53 1.517 -21.307-133.420 1.00 25.16 C \ ANISOU21596 C THR J 53 3266 3308 2986 1106 -203 -29 C \ ATOM 21597 O THR J 53 2.570 -21.918-133.666 1.00 20.42 O \ ANISOU21597 O THR J 53 2667 2635 2456 770 -134 106 O \ ATOM 21598 CB THR J 53 -0.785 -22.255-133.980 1.00 28.38 C \ ANISOU21598 CB THR J 53 2973 4403 3407 1505 -376 -297 C \ ATOM 21599 OG1 THR J 53 -1.580 -21.610-132.979 1.00 32.85 O \ ANISOU21599 OG1 THR J 53 3393 5157 3928 1758 -339 -514 O \ ATOM 21600 CG2 THR J 53 -0.242 -23.572-133.415 1.00 26.51 C \ ANISOU21600 CG2 THR J 53 2517 4274 3279 995 -220 -208 C \ ATOM 21601 N BGLN J 54 1.307 -20.614-132.304 0.60 26.11 N \ ANISOU21601 N BGLN J 54 3452 3408 3059 1186 -147 -139 N \ ATOM 21602 CA BGLN J 54 2.280 -20.549-131.221 0.60 26.08 C \ ANISOU21602 CA BGLN J 54 3534 3303 3070 832 -25 -93 C \ ATOM 21603 C BGLN J 54 1.688 -21.191-129.974 0.60 25.64 C \ ANISOU21603 C BGLN J 54 3130 3569 3039 744 56 -205 C \ ATOM 21604 O BGLN J 54 0.505 -21.015-129.682 0.60 27.79 O \ ANISOU21604 O BGLN J 54 3214 4077 3266 1012 73 -395 O \ ATOM 21605 CB BGLN J 54 2.663 -19.095-130.911 0.60 28.70 C \ ANISOU21605 CB BGLN J 54 4396 3261 3246 899 -7 -132 C \ ATOM 21606 CG BGLN J 54 3.062 -18.251-132.121 0.60 31.17 C \ ANISOU21606 CG BGLN J 54 5235 3180 3426 971 -65 -40 C \ ATOM 21607 CD BGLN J 54 4.444 -18.585-132.648 0.60 29.19 C \ ANISOU21607 CD BGLN J 54 5030 2851 3208 476 26 106 C \ ATOM 21608 OE1BGLN J 54 5.374 -18.827-131.879 0.60 29.55 O \ ANISOU21608 OE1BGLN J 54 4921 2992 3314 98 111 109 O \ ATOM 21609 NE2BGLN J 54 4.587 -18.589-133.967 0.60 28.38 N \ ANISOU21609 NE2BGLN J 54 5125 2617 3041 493 0 199 N \ ATOM 21610 N ILE J 55 2.515 -21.937-129.248 1.00 23.43 N \ ANISOU21610 N ILE J 55 2775 3326 2800 376 104 -107 N \ ATOM 21611 CA ILE J 55 2.126 -22.506-127.964 1.00 23.52 C \ ANISOU21611 CA ILE J 55 2625 3556 2753 207 190 -177 C \ ATOM 21612 C ILE J 55 3.110 -22.013-126.911 1.00 22.45 C \ ANISOU21612 C ILE J 55 2730 3263 2537 0 195 -146 C \ ATOM 21613 O ILE J 55 4.320 -22.215-127.046 1.00 20.48 O \ ANISOU21613 O ILE J 55 2544 2902 2336 -191 114 -18 O \ ATOM 21614 CB ILE J 55 2.101 -24.060-128.015 1.00 23.07 C \ ANISOU21614 CB ILE J 55 2358 3664 2742 -31 185 -79 C \ ATOM 21615 CG1 ILE J 55 0.905 -24.561-128.846 1.00 25.61 C \ ANISOU21615 CG1 ILE J 55 2408 4230 3091 80 202 -178 C \ ATOM 21616 CG2 ILE J 55 2.110 -24.680-126.609 1.00 24.86 C \ ANISOU21616 CG2 ILE J 55 2627 3984 2832 -313 255 -79 C \ ATOM 21617 CD1 ILE J 55 -0.485 -24.109-128.361 1.00 26.56 C \ ANISOU21617 CD1 ILE J 55 2281 4690 3118 234 312 -446 C \ ATOM 21618 N GLU J 56 2.575 -21.365-125.876 1.00 23.62 N \ ANISOU21618 N GLU J 56 2975 3453 2547 43 291 -305 N \ ATOM 21619 CA GLU J 56 3.353 -20.838-124.760 1.00 24.59 C \ ANISOU21619 CA GLU J 56 3353 3451 2538 -172 293 -317 C \ ATOM 21620 C GLU J 56 3.037 -21.604-123.492 1.00 24.94 C \ ANISOU21620 C GLU J 56 3325 3709 2440 -389 364 -347 C \ ATOM 21621 O GLU J 56 1.873 -21.930-123.232 1.00 24.11 O \ ANISOU21621 O GLU J 56 3041 3845 2274 -329 516 -482 O \ ATOM 21622 CB GLU J 56 3.006 -19.375-124.511 1.00 28.34 C \ ANISOU21622 CB GLU J 56 4151 3726 2890 43 363 -499 C \ ATOM 21623 CG GLU J 56 3.889 -18.380-125.213 1.00 35.33 C \ ANISOU21623 CG GLU J 56 5411 4244 3768 12 292 -442 C \ ATOM 21624 CD GLU J 56 3.855 -17.014-124.542 1.00 41.42 C \ ANISOU21624 CD GLU J 56 6679 4724 4332 67 354 -611 C \ ATOM 21625 OE1 GLU J 56 3.038 -16.818-123.617 1.00 43.71 O \ ANISOU21625 OE1 GLU J 56 6969 5129 4510 237 456 -795 O \ ATOM 21626 OE2 GLU J 56 4.650 -16.135-124.937 1.00 44.19 O \ ANISOU21626 OE2 GLU J 56 7459 4728 4601 -96 327 -581 O \ ATOM 21627 N ALEU J 57 4.066 -21.863-122.696 0.70 15.60 N \ ANISOU21627 N ALEU J 57 1461 2530 1936 429 -14 23 N \ ATOM 21628 CA ALEU J 57 3.867 -22.473-121.391 0.70 16.60 C \ ANISOU21628 CA ALEU J 57 1554 2682 2069 407 32 13 C \ ATOM 21629 C ALEU J 57 5.116 -22.350-120.542 0.70 16.34 C \ ANISOU21629 C ALEU J 57 1583 2597 2029 402 65 12 C \ ATOM 21630 O ALEU J 57 6.196 -22.026-121.037 0.70 16.05 O \ ANISOU21630 O ALEU J 57 1610 2504 1982 402 54 20 O \ ATOM 21631 CB ALEU J 57 3.461 -23.951-121.510 0.70 16.73 C \ ANISOU21631 CB ALEU J 57 1535 2733 2088 334 38 15 C \ ATOM 21632 CG ALEU J 57 4.502 -24.945-122.029 0.70 16.02 C \ ANISOU21632 CG ALEU J 57 1500 2599 1986 273 38 22 C \ ATOM 21633 CD1ALEU J 57 4.224 -26.356-121.522 0.70 18.78 C \ ANISOU21633 CD1ALEU J 57 1822 2972 2341 206 63 22 C \ ATOM 21634 CD2ALEU J 57 4.551 -24.908-123.547 0.70 15.96 C \ ANISOU21634 CD2ALEU J 57 1514 2581 1969 267 -9 28 C \ ATOM 21635 N TYR J 58 4.938 -22.603-119.255 1.00 16.93 N \ ANISOU21635 N TYR J 58 1634 2692 2104 398 106 4 N \ ATOM 21636 CA TYR J 58 6.045 -22.765-118.315 1.00 17.08 C \ ANISOU21636 CA TYR J 58 1704 2672 2114 382 138 3 C \ ATOM 21637 C TYR J 58 5.829 -24.070-117.549 1.00 16.83 C \ ANISOU21637 C TYR J 58 1644 2670 2079 325 171 6 C \ ATOM 21638 O TYR J 58 4.695 -24.540-117.410 1.00 16.34 O \ ANISOU21638 O TYR J 58 1518 2665 2025 311 179 4 O \ ATOM 21639 CB TYR J 58 6.180 -21.568-117.363 1.00 17.55 C \ ANISOU21639 CB TYR J 58 1778 2719 2171 442 155 -10 C \ ATOM 21640 CG TYR J 58 4.983 -21.355-116.464 1.00 21.50 C \ ANISOU21640 CG TYR J 58 2214 3279 2674 472 181 -25 C \ ATOM 21641 CD1 TYR J 58 4.905 -21.967-115.205 1.00 20.36 C \ ANISOU21641 CD1 TYR J 58 2053 3161 2519 448 225 -30 C \ ATOM 21642 CD2 TYR J 58 3.923 -20.543-116.872 1.00 22.45 C \ ANISOU21642 CD2 TYR J 58 2289 3432 2809 527 161 -33 C \ ATOM 21643 CE1 TYR J 58 3.789 -21.777-114.381 1.00 19.00 C \ ANISOU21643 CE1 TYR J 58 1820 3050 2349 475 254 -44 C \ ATOM 21644 CE2 TYR J 58 2.815 -20.343-116.055 1.00 22.49 C \ ANISOU21644 CE2 TYR J 58 2229 3497 2819 559 187 -49 C \ ATOM 21645 CZ TYR J 58 2.754 -20.962-114.818 1.00 22.54 C \ ANISOU21645 CZ TYR J 58 2219 3531 2813 531 236 -55 C \ ATOM 21646 OH TYR J 58 1.647 -20.759-114.027 1.00 22.42 O \ ANISOU21646 OH TYR J 58 2137 3580 2800 562 267 -71 O \ ATOM 21647 N LEU J 59 6.922 -24.654-117.071 1.00 15.69 N \ ANISOU21647 N LEU J 59 1548 2487 1925 291 190 13 N \ ATOM 21648 CA LEU J 59 6.871 -25.833-116.224 1.00 15.60 C \ ANISOU21648 CA LEU J 59 1524 2494 1909 240 222 19 C \ ATOM 21649 C LEU J 59 7.695 -25.570-114.978 1.00 15.94 C \ ANISOU21649 C LEU J 59 1605 2514 1938 253 251 17 C \ ATOM 21650 O LEU J 59 8.882 -25.253-115.067 1.00 15.94 O \ ANISOU21650 O LEU J 59 1660 2461 1932 260 242 19 O \ ATOM 21651 CB LEU J 59 7.408 -27.072-116.955 1.00 15.61 C \ ANISOU21651 CB LEU J 59 1549 2469 1913 179 210 32 C \ ATOM 21652 CG LEU J 59 6.565 -27.664-118.089 1.00 16.00 C \ ANISOU21652 CG LEU J 59 1562 2544 1974 150 184 33 C \ ATOM 21653 CD1 LEU J 59 7.359 -28.729-118.823 1.00 17.63 C \ ANISOU21653 CD1 LEU J 59 1809 2709 2178 98 172 40 C \ ATOM 21654 CD2 LEU J 59 5.249 -28.242-117.554 1.00 19.98 C \ ANISOU21654 CD2 LEU J 59 1994 3111 2484 124 202 33 C \ ATOM 21655 N ASN J 60 7.054 -25.695-113.819 1.00 15.43 N \ ANISOU21655 N ASN J 60 1507 2490 1864 255 286 14 N \ ATOM 21656 CA ASN J 60 7.734 -25.507-112.550 1.00 14.55 C \ ANISOU21656 CA ASN J 60 1431 2365 1733 264 314 11 C \ ATOM 21657 C ASN J 60 8.515 -26.763-112.207 1.00 13.91 C \ ANISOU21657 C ASN J 60 1380 2259 1643 207 325 31 C \ ATOM 21658 O ASN J 60 8.099 -27.859-112.581 1.00 15.42 O \ ANISOU21658 O ASN J 60 1550 2464 1843 158 326 44 O \ ATOM 21659 CB ASN J 60 6.731 -25.160-111.448 1.00 15.59 C \ ANISOU21659 CB ASN J 60 1517 2553 1851 289 349 0 C \ ATOM 21660 CG ASN J 60 6.468 -23.672-111.353 1.00 15.91 C \ ANISOU21660 CG ASN J 60 1554 2596 1892 362 343 -25 C \ ATOM 21661 OD1 ASN J 60 7.398 -22.866-111.394 1.00 18.08 O \ ANISOU21661 OD1 ASN J 60 1882 2821 2164 391 327 -33 O \ ATOM 21662 ND2 ASN J 60 5.199 -23.296-111.207 1.00 17.57 N \ ANISOU21662 ND2 ASN J 60 1702 2863 2109 393 357 -38 N \ ATOM 21663 N PRO J 61 9.647 -26.615-111.496 1.00 13.32 N \ ANISOU21663 N PRO J 61 1359 2148 1554 212 330 32 N \ ATOM 21664 CA PRO J 61 10.506 -27.778-111.263 1.00 13.01 C \ ANISOU21664 CA PRO J 61 1353 2078 1510 164 334 52 C \ ATOM 21665 C PRO J 61 9.908 -28.783-110.272 1.00 14.94 C \ ANISOU21665 C PRO J 61 1577 2359 1740 126 368 68 C \ ATOM 21666 O PRO J 61 9.125 -28.407-109.388 1.00 14.10 O \ ANISOU21666 O PRO J 61 1441 2299 1617 143 396 61 O \ ATOM 21667 CB PRO J 61 11.792 -27.157-110.709 1.00 13.49 C \ ANISOU21667 CB PRO J 61 1468 2099 1559 189 328 47 C \ ATOM 21668 CG PRO J 61 11.367 -25.898-110.081 1.00 13.03 C \ ANISOU21668 CG PRO J 61 1400 2061 1488 239 337 25 C \ ATOM 21669 CD PRO J 61 10.208 -25.389-110.900 1.00 13.27 C \ ANISOU21669 CD PRO J 61 1383 2123 1535 262 330 14 C \ ATOM 21670 N ARG J 62 10.279 -30.052-110.437 1.00 15.02 N \ ANISOU21670 N ARG J 62 1604 2347 1755 75 367 90 N \ ATOM 21671 CA ARG J 62 9.778 -31.128-109.586 1.00 16.14 C \ ANISOU21671 CA ARG J 62 1734 2513 1885 30 397 111 C \ ATOM 21672 C ARG J 62 10.953 -31.805-108.895 1.00 16.13 C \ ANISOU21672 C ARG J 62 1788 2469 1869 12 399 130 C \ ATOM 21673 O ARG J 62 11.334 -32.925-109.244 1.00 16.04 O \ ANISOU21673 O ARG J 62 1797 2426 1870 -27 391 149 O \ ATOM 21674 CB ARG J 62 8.960 -32.145-110.394 1.00 15.97 C \ ANISOU21674 CB ARG J 62 1678 2504 1885 -20 393 121 C \ ATOM 21675 CG ARG J 62 7.724 -31.576-111.099 1.00 17.72 C \ ANISOU21675 CG ARG J 62 1836 2773 2121 -6 387 103 C \ ATOM 21676 CD ARG J 62 6.791 -30.841-110.135 1.00 20.73 C \ ANISOU21676 CD ARG J 62 2172 3216 2486 23 420 94 C \ ATOM 21677 NE ARG J 62 5.653 -30.227-110.818 1.00 24.11 N \ ANISOU21677 NE ARG J 62 2537 3690 2931 45 411 77 N \ ATOM 21678 CZ ARG J 62 5.167 -29.021-110.529 1.00 27.12 C \ ANISOU21678 CZ ARG J 62 2891 4105 3308 105 418 55 C \ ATOM 21679 NH1 ARG J 62 5.728 -28.285-109.578 1.00 28.65 N \ ANISOU21679 NH1 ARG J 62 3118 4288 3478 145 435 46 N \ ATOM 21680 NH2 ARG J 62 4.125 -28.543-111.197 1.00 27.66 N \ ANISOU21680 NH2 ARG J 62 2899 4214 3394 126 406 42 N \ ATOM 21681 N MET J 63 11.503 -31.114-107.900 1.00 16.02 N \ ANISOU21681 N MET J 63 1799 2456 1830 45 407 125 N \ ATOM 21682 CA MET J 63 12.744 -31.522-107.241 1.00 16.23 C \ ANISOU21682 CA MET J 63 1880 2444 1843 40 401 140 C \ ATOM 21683 C MET J 63 12.561 -32.563-106.141 1.00 16.70 C \ ANISOU21683 C MET J 63 1950 2516 1877 2 428 170 C \ ATOM 21684 O MET J 63 13.534 -33.163-105.692 1.00 15.75 O \ ANISOU21684 O MET J 63 1874 2361 1748 -7 419 189 O \ ATOM 21685 CB MET J 63 13.472 -30.295-106.675 1.00 15.36 C \ ANISOU21685 CB MET J 63 1795 2326 1715 89 393 120 C \ ATOM 21686 CG MET J 63 13.957 -29.300-107.731 1.00 16.30 C \ ANISOU21686 CG MET J 63 1917 2416 1857 122 363 96 C \ ATOM 21687 SD MET J 63 15.252 -29.979-108.800 1.00 17.11 S \ ANISOU21687 SD MET J 63 2054 2458 1989 103 331 107 S \ ATOM 21688 CE MET J 63 14.322 -30.413-110.274 1.00 17.85 C \ ANISOU21688 CE MET J 63 2111 2558 2111 81 324 106 C \ ATOM 21689 N GLY J 64 11.325 -32.773-105.705 1.00 17.27 N \ ANISOU21689 N GLY J 64 1982 2640 1938 -16 460 175 N \ ATOM 21690 CA GLY J 64 11.067 -33.672-104.582 1.00 18.42 C \ ANISOU21690 CA GLY J 64 2139 2804 2054 -53 491 206 C \ ATOM 21691 C GLY J 64 9.968 -33.133-103.694 1.00 19.90 C \ ANISOU21691 C GLY J 64 2287 3061 2213 -43 532 197 C \ ATOM 21692 O GLY J 64 9.051 -33.868-103.319 1.00 18.96 O \ ANISOU21692 O GLY J 64 2140 2978 2085 -86 564 218 O \ ATOM 21693 N VAL J 65 10.069 -31.851-103.345 1.00 20.07 N \ ANISOU21693 N VAL J 65 2308 3100 2217 11 532 167 N \ ATOM 21694 CA VAL J 65 8.949 -31.132-102.752 1.00 20.51 C \ ANISOU21694 CA VAL J 65 2318 3223 2253 34 570 147 C \ ATOM 21695 C VAL J 65 8.270 -30.452-103.937 1.00 21.29 C \ ANISOU21695 C VAL J 65 2366 3332 2390 59 554 121 C \ ATOM 21696 O VAL J 65 8.704 -29.389-104.400 1.00 19.73 O \ ANISOU21696 O VAL J 65 2179 3113 2204 109 528 93 O \ ATOM 21697 CB VAL J 65 9.392 -30.105-101.679 1.00 21.11 C \ ANISOU21697 CB VAL J 65 2423 3309 2286 83 579 125 C \ ATOM 21698 CG1 VAL J 65 8.181 -29.502-100.990 1.00 20.64 C \ ANISOU21698 CG1 VAL J 65 2317 3321 2202 105 625 106 C \ ATOM 21699 CG2 VAL J 65 10.319 -30.756-100.652 1.00 21.21 C \ ANISOU21699 CG2 VAL J 65 2496 3300 2262 61 580 153 C \ ATOM 21700 N ASN J 66 7.216 -31.090-104.434 1.00 23.43 N \ ANISOU21700 N ASN J 66 2584 3637 2682 22 567 131 N \ ATOM 21701 CA ASN J 66 6.694 -30.797-105.771 1.00 24.87 C \ ANISOU21701 CA ASN J 66 2723 3819 2905 31 540 115 C \ ATOM 21702 C ASN J 66 5.497 -29.848-105.821 1.00 27.49 C \ ANISOU21702 C ASN J 66 2989 4213 3242 72 557 88 C \ ATOM 21703 O ASN J 66 5.157 -29.335-106.890 1.00 28.79 O \ ANISOU21703 O ASN J 66 3123 4376 3436 96 529 71 O \ ATOM 21704 CB ASN J 66 6.389 -32.105-106.515 1.00 25.15 C \ ANISOU21704 CB ASN J 66 2744 3843 2966 -35 531 140 C \ ATOM 21705 CG ASN J 66 7.646 -32.906-106.833 1.00 24.17 C \ ANISOU21705 CG ASN J 66 2686 3647 2850 -61 504 159 C \ ATOM 21706 OD1 ASN J 66 8.762 -32.394-106.743 1.00 18.03 O \ ANISOU21706 OD1 ASN J 66 1957 2829 2065 -27 484 152 O \ ATOM 21707 ND2 ASN J 66 7.466 -34.167-107.216 1.00 22.65 N \ ANISOU21707 ND2 ASN J 66 2493 3439 2673 -122 502 182 N \ ATOM 21708 N SER J 67 4.873 -29.612-104.669 1.00 28.29 N \ ANISOU21708 N SER J 67 3067 4369 3312 83 603 83 N \ ATOM 21709 CA SER J 67 3.699 -28.748-104.582 1.00 28.57 C \ ANISOU21709 CA SER J 67 3035 4469 3351 126 625 56 C \ ATOM 21710 C SER J 67 3.934 -27.558-103.650 1.00 27.78 C \ ANISOU21710 C SER J 67 2958 4377 3218 193 643 27 C \ ATOM 21711 O SER J 67 4.542 -27.714-102.588 1.00 26.63 O \ ANISOU21711 O SER J 67 2861 4224 3033 186 663 34 O \ ATOM 21712 CB SER J 67 2.480 -29.551-104.118 1.00 29.73 C \ ANISOU21712 CB SER J 67 3116 4686 3492 78 671 73 C \ ATOM 21713 OG SER J 67 1.413 -28.696-103.736 1.00 31.95 O \ ANISOU21713 OG SER J 67 3334 5037 3769 125 703 46 O \ ATOM 21714 N PRO J 68 3.459 -26.364-104.052 1.00 28.21 N \ ANISOU21714 N PRO J 68 2982 4445 3288 258 633 -6 N \ ATOM 21715 CA PRO J 68 3.504 -25.182-103.191 1.00 29.22 C \ ANISOU21715 CA PRO J 68 3127 4586 3389 325 652 -40 C \ ATOM 21716 C PRO J 68 2.280 -25.051-102.275 1.00 30.91 C \ ANISOU21716 C PRO J 68 3279 4884 3580 340 712 -54 C \ ATOM 21717 O PRO J 68 2.232 -24.135-101.459 1.00 29.90 O \ ANISOU21717 O PRO J 68 3165 4772 3424 395 735 -85 O \ ATOM 21718 CB PRO J 68 3.514 -24.030-104.196 1.00 28.89 C \ ANISOU21718 CB PRO J 68 3081 4513 3381 387 611 -68 C \ ATOM 21719 CG PRO J 68 2.725 -24.549-105.347 1.00 28.80 C \ ANISOU21719 CG PRO J 68 3008 4523 3410 361 592 -53 C \ ATOM 21720 CD PRO J 68 2.978 -26.035-105.408 1.00 27.33 C \ ANISOU21720 CD PRO J 68 2829 4331 3223 276 596 -15 C \ ATOM 21721 N ASP J 69 1.323 -25.971-102.395 1.00 33.99 N \ ANISOU21721 N ASP J 69 3604 5329 3981 290 737 -32 N \ ATOM 21722 CA ASP J 69 -0.000 -25.811-101.769 1.00 38.73 C \ ANISOU21722 CA ASP J 69 4125 6017 4570 305 792 -45 C \ ATOM 21723 C ASP J 69 -0.240 -26.659-100.520 1.00 41.56 C \ ANISOU21723 C ASP J 69 4483 6423 4882 253 853 -23 C \ ATOM 21724 O ASP J 69 -1.383 -26.983-100.193 1.00 42.64 O \ ANISOU21724 O ASP J 69 4545 6637 5017 234 900 -19 O \ ATOM 21725 CB ASP J 69 -1.107 -26.057-102.800 1.00 38.74 C \ ANISOU21725 CB ASP J 69 4037 6061 4620 292 781 -42 C \ ATOM 21726 CG ASP J 69 -1.055 -25.074-103.948 1.00 40.90 C \ ANISOU21726 CG ASP J 69 4304 6300 4933 354 726 -66 C \ ATOM 21727 OD1 ASP J 69 -1.015 -23.852-103.689 1.00 44.74 O \ ANISOU21727 OD1 ASP J 69 4803 6781 5412 433 726 -101 O \ ATOM 21728 OD2 ASP J 69 -1.047 -25.525-105.114 1.00 44.04 O \ ANISOU21728 OD2 ASP J 69 4690 6675 5368 323 682 -50 O \ ATOM 21729 N LEU J 70 0.836 -27.001 -99.819 1.00 44.36 N \ ANISOU21729 N LEU J 70 4921 6735 5199 231 851 -6 N \ ATOM 21730 CA LEU J 70 0.739 -27.780 -98.588 1.00 48.00 C \ ANISOU21730 CA LEU J 70 5396 7233 5608 183 905 19 C \ ATOM 21731 C LEU J 70 1.270 -26.961 -97.413 1.00 49.86 C \ ANISOU21731 C LEU J 70 5688 7469 5787 234 926 -7 C \ ATOM 21732 O LEU J 70 2.483 -26.792 -97.270 1.00 49.70 O \ ANISOU21732 O LEU J 70 5748 7384 5751 242 891 -6 O \ ATOM 21733 CB LEU J 70 1.495 -29.111 -98.719 1.00 47.93 C \ ANISOU21733 CB LEU J 70 5436 7174 5599 103 884 69 C \ ATOM 21734 CG LEU J 70 1.101 -30.045 -99.872 1.00 49.21 C \ ANISOU21734 CG LEU J 70 5557 7325 5814 45 859 95 C \ ATOM 21735 CD1 LEU J 70 2.096 -31.187 -99.996 1.00 50.07 C \ ANISOU21735 CD1 LEU J 70 5734 7367 5923 -16 831 137 C \ ATOM 21736 CD2 LEU J 70 -0.324 -30.577 -99.708 1.00 51.86 C \ ANISOU21736 CD2 LEU J 70 5803 7744 6156 4 909 106 C \ ATOM 21737 N PRO J 71 0.360 -26.448 -96.563 1.00 52.49 N \ ANISOU21737 N PRO J 71 5978 7877 6088 267 985 -32 N \ ATOM 21738 CA PRO J 71 0.733 -25.572 -95.441 1.00 53.67 C \ ANISOU21738 CA PRO J 71 6178 8034 6180 321 1009 -67 C \ ATOM 21739 C PRO J 71 1.802 -26.149 -94.501 1.00 53.54 C \ ANISOU21739 C PRO J 71 6249 7984 6106 283 1008 -39 C \ ATOM 21740 O PRO J 71 2.388 -25.402 -93.713 1.00 54.47 O \ ANISOU21740 O PRO J 71 6425 8090 6180 326 1009 -68 O \ ATOM 21741 CB PRO J 71 -0.592 -25.373 -94.685 1.00 54.78 C \ ANISOU21741 CB PRO J 71 6244 8274 6294 339 1085 -85 C \ ATOM 21742 CG PRO J 71 -1.518 -26.432 -95.206 1.00 55.87 C \ ANISOU21742 CG PRO J 71 6303 8458 6466 271 1104 -47 C \ ATOM 21743 CD PRO J 71 -1.097 -26.667 -96.617 1.00 53.76 C \ ANISOU21743 CD PRO J 71 6037 8124 6264 255 1034 -33 C \ ATOM 21744 N THR J 72 2.059 -27.454 -94.600 1.00 52.46 N \ ANISOU21744 N THR J 72 6126 7832 5972 204 1002 14 N \ ATOM 21745 CA THR J 72 3.002 -28.136 -93.705 1.00 51.32 C \ ANISOU21745 CA THR J 72 6063 7661 5775 164 1001 48 C \ ATOM 21746 C THR J 72 4.430 -28.284 -94.251 1.00 48.98 C \ ANISOU21746 C THR J 72 5838 7271 5499 159 930 61 C \ ATOM 21747 O THR J 72 5.394 -28.065 -93.511 1.00 49.49 O \ ANISOU21747 O THR J 72 5975 7308 5521 172 914 58 O \ ATOM 21748 CB THR J 72 2.472 -29.526 -93.252 1.00 52.51 C \ ANISOU21748 CB THR J 72 6195 7850 5905 81 1044 104 C \ ATOM 21749 OG1 THR J 72 1.999 -30.263 -94.387 1.00 52.87 O \ ANISOU21749 OG1 THR J 72 6187 7884 6015 35 1026 128 O \ ATOM 21750 CG2 THR J 72 1.336 -29.372 -92.238 1.00 54.09 C \ ANISOU21750 CG2 THR J 72 6347 8147 6055 84 1125 94 C \ ATOM 21751 N THR J 73 4.566 -28.638 -95.533 1.00 44.78 N \ ANISOU21751 N THR J 73 5286 6695 5033 140 887 74 N \ ATOM 21752 CA THR J 73 5.878 -28.988 -96.108 1.00 41.29 C \ ANISOU21752 CA THR J 73 4904 6168 4613 125 825 92 C \ ATOM 21753 C THR J 73 6.326 -28.136 -97.313 1.00 36.70 C \ ANISOU21753 C THR J 73 4321 5536 4086 169 771 61 C \ ATOM 21754 O THR J 73 7.437 -28.312 -97.824 1.00 35.27 O \ ANISOU21754 O THR J 73 4187 5288 3925 162 722 72 O \ ATOM 21755 CB THR J 73 5.932 -30.484 -96.514 1.00 42.07 C \ ANISOU21755 CB THR J 73 5005 6246 4734 48 818 147 C \ ATOM 21756 OG1 THR J 73 4.804 -30.798 -97.342 1.00 45.42 O \ ANISOU21756 OG1 THR J 73 5351 6703 5202 24 833 150 O \ ATOM 21757 CG2 THR J 73 5.925 -31.387 -95.281 1.00 43.52 C \ ANISOU21757 CG2 THR J 73 5220 6456 4859 0 857 188 C \ ATOM 21758 N SER J 74 5.477 -27.203 -97.741 1.00 32.29 N \ ANISOU21758 N SER J 74 3707 5008 3550 217 781 23 N \ ATOM 21759 CA SER J 74 5.697 -26.468 -98.990 1.00 28.28 C \ ANISOU21759 CA SER J 74 3191 4458 3096 254 733 0 C \ ATOM 21760 C SER J 74 6.769 -25.382 -98.953 1.00 25.10 C \ ANISOU21760 C SER J 74 2848 4000 2688 306 696 -30 C \ ATOM 21761 O SER J 74 7.102 -24.820 -99.994 1.00 22.83 O \ ANISOU21761 O SER J 74 2562 3669 2442 330 654 -43 O \ ATOM 21762 CB SER J 74 4.380 -25.901 -99.524 1.00 28.41 C \ ANISOU21762 CB SER J 74 3126 4526 3142 287 753 -24 C \ ATOM 21763 OG SER J 74 3.639 -26.914-100.179 1.00 28.54 O \ ANISOU21763 OG SER J 74 3086 4567 3189 232 759 5 O \ ATOM 21764 N ASN J 75 7.295 -25.071 -97.769 1.00 23.66 N \ ANISOU21764 N ASN J 75 2715 3821 2453 320 710 -41 N \ ATOM 21765 CA AASN J 75 8.398 -24.118 -97.652 0.50 22.56 C \ ANISOU21765 CA AASN J 75 2637 3627 2306 359 672 -69 C \ ATOM 21766 C ASN J 75 9.628 -24.559 -98.463 1.00 21.27 C \ ANISOU21766 C ASN J 75 2513 3392 2175 330 616 -45 C \ ATOM 21767 O ASN J 75 10.448 -23.732 -98.855 1.00 20.23 O \ ANISOU21767 O ASN J 75 2414 3210 2059 360 577 -67 O \ ATOM 21768 CB AASN J 75 8.767 -23.883 -96.180 0.50 22.85 C \ ANISOU21768 CB AASN J 75 2722 3683 2274 370 694 -83 C \ ATOM 21769 CG AASN J 75 7.614 -23.297 -95.368 0.50 22.17 C \ ANISOU21769 CG AASN J 75 2602 3668 2153 407 751 -115 C \ ATOM 21770 OD1AASN J 75 6.534 -23.023 -95.897 0.50 21.56 O \ ANISOU21770 OD1AASN J 75 2460 3625 2105 429 773 -128 O \ ATOM 21771 ND2AASN J 75 7.842 -23.111 -94.073 0.50 21.55 N \ ANISOU21771 ND2AASN J 75 2565 3613 2008 416 776 -128 N \ ATOM 21772 N TRP J 76 9.738 -25.864 -98.722 1.00 20.21 N \ ANISOU21772 N TRP J 76 2373 3253 2051 272 615 0 N \ ATOM 21773 CA TRP J 76 10.865 -26.419 -99.492 1.00 18.19 C \ ANISOU21773 CA TRP J 76 2149 2933 1826 245 568 23 C \ ATOM 21774 C TRP J 76 10.551 -26.722-100.964 1.00 18.15 C \ ANISOU21774 C TRP J 76 2107 2909 1879 231 547 32 C \ ATOM 21775 O TRP J 76 11.318 -27.413-101.647 1.00 16.57 O \ ANISOU21775 O TRP J 76 1926 2663 1704 200 517 55 O \ ATOM 21776 CB TRP J 76 11.481 -27.633 -98.783 1.00 18.55 C \ ANISOU21776 CB TRP J 76 2232 2972 1844 196 570 64 C \ ATOM 21777 CG TRP J 76 12.279 -27.220 -97.596 1.00 17.47 C \ ANISOU21777 CG TRP J 76 2149 2831 1655 213 566 54 C \ ATOM 21778 CD1 TRP J 76 12.037 -27.537 -96.287 1.00 22.00 C \ ANISOU21778 CD1 TRP J 76 2741 3446 2169 202 600 65 C \ ATOM 21779 CD2 TRP J 76 13.434 -26.371 -97.599 1.00 21.06 C \ ANISOU21779 CD2 TRP J 76 2648 3240 2111 244 524 30 C \ ATOM 21780 NE1 TRP J 76 12.983 -26.946 -95.475 1.00 19.92 N \ ANISOU21780 NE1 TRP J 76 2533 3168 1869 226 579 48 N \ ATOM 21781 CE2 TRP J 76 13.849 -26.224 -96.253 1.00 20.92 C \ ANISOU21781 CE2 TRP J 76 2673 3240 2033 250 532 25 C \ ATOM 21782 CE3 TRP J 76 14.163 -25.722 -98.609 1.00 20.68 C \ ANISOU21782 CE3 TRP J 76 2607 3140 2108 263 482 12 C \ ATOM 21783 CZ2 TRP J 76 14.965 -25.461 -95.891 1.00 18.92 C \ ANISOU21783 CZ2 TRP J 76 2468 2954 1767 273 495 1 C \ ATOM 21784 CZ3 TRP J 76 15.268 -24.959 -98.247 1.00 23.61 C \ ANISOU21784 CZ3 TRP J 76 3024 3478 2467 285 449 -8 C \ ATOM 21785 CH2 TRP J 76 15.658 -24.837 -96.896 1.00 20.85 C \ ANISOU21785 CH2 TRP J 76 2715 3147 2060 289 454 -15 C \ ATOM 21786 N TYR J 77 9.429 -26.187-101.442 1.00 16.35 N \ ANISOU21786 N TYR J 77 1823 2716 1670 255 563 12 N \ ATOM 21787 CA TYR J 77 9.066 -26.249-102.852 1.00 15.53 C \ ANISOU21787 CA TYR J 77 1683 2598 1617 251 539 14 C \ ATOM 21788 C TYR J 77 10.201 -25.722-103.743 1.00 14.57 C \ ANISOU21788 C TYR J 77 1603 2410 1523 268 490 6 C \ ATOM 21789 O TYR J 77 10.766 -24.647-103.486 1.00 12.89 O \ ANISOU21789 O TYR J 77 1422 2173 1301 310 476 -20 O \ ATOM 21790 CB TYR J 77 7.774 -25.460-103.064 1.00 16.57 C \ ANISOU21790 CB TYR J 77 1755 2780 1760 291 559 -12 C \ ATOM 21791 CG TYR J 77 7.344 -25.256-104.492 1.00 15.88 C \ ANISOU21791 CG TYR J 77 1630 2682 1720 300 530 -16 C \ ATOM 21792 CD1 TYR J 77 7.051 -26.335-105.326 1.00 17.42 C \ ANISOU21792 CD1 TYR J 77 1798 2878 1941 248 520 10 C \ ATOM 21793 CD2 TYR J 77 7.196 -23.969-104.996 1.00 18.71 C \ ANISOU21793 CD2 TYR J 77 1984 3029 2096 361 510 -47 C \ ATOM 21794 CE1 TYR J 77 6.634 -26.125-106.642 1.00 20.96 C \ ANISOU21794 CE1 TYR J 77 2214 3321 2429 256 491 6 C \ ATOM 21795 CE2 TYR J 77 6.788 -23.751-106.287 1.00 18.71 C \ ANISOU21795 CE2 TYR J 77 1952 3020 2134 371 481 -48 C \ ATOM 21796 CZ TYR J 77 6.505 -24.824-107.105 1.00 19.26 C \ ANISOU21796 CZ TYR J 77 1994 3096 2226 319 471 -21 C \ ATOM 21797 OH TYR J 77 6.104 -24.569-108.389 1.00 25.81 O \ ANISOU21797 OH TYR J 77 2796 3920 3089 331 439 -24 O \ ATOM 21798 N THR J 78 10.514 -26.506-104.777 1.00 13.10 N \ ANISOU21798 N THR J 78 1414 2193 1368 232 465 28 N \ ATOM 21799 CA THR J 78 11.661 -26.311-105.702 1.00 13.97 C \ ANISOU21799 CA THR J 78 1562 2241 1505 235 422 28 C \ ATOM 21800 C THR J 78 13.004 -26.799-105.136 1.00 14.33 C \ ANISOU21800 C THR J 78 1661 2247 1534 215 410 44 C \ ATOM 21801 O THR J 78 14.067 -26.507-105.699 1.00 13.00 O \ ANISOU21801 O THR J 78 1524 2031 1382 221 378 41 O \ ATOM 21802 CB THR J 78 11.793 -24.869-106.285 1.00 14.23 C \ ANISOU21802 CB THR J 78 1600 2252 1552 288 399 -1 C \ ATOM 21803 OG1 THR J 78 12.413 -24.004-105.324 1.00 14.79 O \ ANISOU21803 OG1 THR J 78 1709 2311 1597 319 400 -22 O \ ATOM 21804 CG2 THR J 78 10.425 -24.307-106.712 1.00 15.56 C \ ANISOU21804 CG2 THR J 78 1714 2463 1734 318 411 -17 C \ ATOM 21805 N TYR J 79 12.946 -27.541-104.030 1.00 13.81 N \ ANISOU21805 N TYR J 79 1605 2204 1436 191 434 62 N \ ATOM 21806 CA TYR J 79 14.140 -28.150-103.431 1.00 12.60 C \ ANISOU21806 CA TYR J 79 1501 2019 1267 171 420 82 C \ ATOM 21807 C TYR J 79 13.915 -29.622-103.123 1.00 13.91 C \ ANISOU21807 C TYR J 79 1665 2193 1425 121 437 120 C \ ATOM 21808 O TYR J 79 12.769 -30.101-103.077 1.00 14.61 O \ ANISOU21808 O TYR J 79 1716 2322 1512 99 467 130 O \ ATOM 21809 CB TYR J 79 14.536 -27.443-102.123 1.00 12.57 C \ ANISOU21809 CB TYR J 79 1528 2027 1218 197 427 66 C \ ATOM 21810 CG TYR J 79 14.899 -25.975-102.252 1.00 11.75 C \ ANISOU21810 CG TYR J 79 1437 1906 1118 245 408 28 C \ ATOM 21811 CD1 TYR J 79 16.231 -25.576-102.353 1.00 11.39 C \ ANISOU21811 CD1 TYR J 79 1432 1815 1081 252 372 21 C \ ATOM 21812 CD2 TYR J 79 13.907 -24.985-102.261 1.00 10.47 C \ ANISOU21812 CD2 TYR J 79 1248 1775 955 282 427 -2 C \ ATOM 21813 CE1 TYR J 79 16.567 -24.233-102.459 1.00 9.10 C \ ANISOU21813 CE1 TYR J 79 1157 1504 795 290 355 -12 C \ ATOM 21814 CE2 TYR J 79 14.232 -23.646-102.375 1.00 12.55 C \ ANISOU21814 CE2 TYR J 79 1529 2015 1223 326 409 -37 C \ ATOM 21815 CZ TYR J 79 15.565 -23.278-102.472 1.00 12.14 C \ ANISOU21815 CZ TYR J 79 1520 1913 1178 326 373 -41 C \ ATOM 21816 OH TYR J 79 15.893 -21.949-102.579 1.00 11.73 O \ ANISOU21816 OH TYR J 79 1490 1835 1132 364 354 -74 O \ ATOM 21817 N THR J 80 15.016 -30.338-102.905 1.00 13.44 N \ ANISOU21817 N THR J 80 1647 2096 1363 102 418 143 N \ ATOM 21818 CA THR J 80 14.953 -31.646-102.276 1.00 14.08 C \ ANISOU21818 CA THR J 80 1742 2180 1427 61 433 181 C \ ATOM 21819 C THR J 80 14.958 -31.417-100.766 1.00 14.89 C \ ANISOU21819 C THR J 80 1868 2315 1474 70 453 185 C \ ATOM 21820 O THR J 80 15.111 -30.278-100.306 1.00 16.07 O \ ANISOU21820 O THR J 80 2024 2478 1602 109 451 155 O \ ATOM 21821 CB THR J 80 16.174 -32.528-102.643 1.00 13.56 C \ ANISOU21821 CB THR J 80 1713 2057 1382 44 401 205 C \ ATOM 21822 OG1 THR J 80 17.375 -31.933-102.127 1.00 15.87 O \ ANISOU21822 OG1 THR J 80 2041 2329 1660 73 375 195 O \ ATOM 21823 CG2 THR J 80 16.298 -32.665-104.144 1.00 12.49 C \ ANISOU21823 CG2 THR J 80 1560 1888 1296 39 381 196 C \ ATOM 21824 N TYR J 81 14.793 -32.498-100.008 1.00 15.95 N \ ANISOU21824 N TYR J 81 2018 2459 1582 33 472 223 N \ ATOM 21825 CA TYR J 81 15.183 -32.508 -98.601 1.00 18.40 C \ ANISOU21825 CA TYR J 81 2367 2786 1837 38 479 235 C \ ATOM 21826 C TYR J 81 16.701 -32.672 -98.534 1.00 18.57 C \ ANISOU21826 C TYR J 81 2435 2756 1863 49 433 244 C \ ATOM 21827 O TYR J 81 17.390 -32.529 -99.546 1.00 18.77 O \ ANISOU21827 O TYR J 81 2457 2739 1932 59 401 233 O \ ATOM 21828 CB TYR J 81 14.473 -33.625 -97.838 1.00 18.99 C \ ANISOU21828 CB TYR J 81 2445 2888 1881 -6 515 277 C \ ATOM 21829 CG TYR J 81 13.044 -33.303 -97.438 1.00 20.56 C \ ANISOU21829 CG TYR J 81 2600 3154 2056 -12 568 266 C \ ATOM 21830 CD1 TYR J 81 12.490 -32.040 -97.676 1.00 20.01 C \ ANISOU21830 CD1 TYR J 81 2494 3116 1991 29 578 220 C \ ATOM 21831 CD2 TYR J 81 12.260 -34.253 -96.780 1.00 23.14 C \ ANISOU21831 CD2 TYR J 81 2922 3513 2355 -58 608 304 C \ ATOM 21832 CE1 TYR J 81 11.176 -31.745 -97.293 1.00 21.99 C \ ANISOU21832 CE1 TYR J 81 2699 3432 2222 28 627 208 C \ ATOM 21833 CE2 TYR J 81 10.952 -33.970 -96.389 1.00 22.69 C \ ANISOU21833 CE2 TYR J 81 2819 3524 2277 -65 660 294 C \ ATOM 21834 CZ TYR J 81 10.416 -32.716 -96.651 1.00 24.53 C \ ANISOU21834 CZ TYR J 81 3011 3791 2517 -19 669 245 C \ ATOM 21835 OH TYR J 81 9.122 -32.431 -96.271 1.00 24.98 O \ ANISOU21835 OH TYR J 81 3016 3917 2555 -20 721 233 O \ ATOM 21836 N ASP J 82 17.229 -32.975 -97.357 1.00 18.20 N \ ANISOU21836 N ASP J 82 2429 2715 1769 46 429 266 N \ ATOM 21837 CA ASP J 82 18.674 -33.060 -97.204 1.00 19.13 C \ ANISOU21837 CA ASP J 82 2586 2791 1890 60 383 273 C \ ATOM 21838 C ASP J 82 19.251 -34.351 -97.777 1.00 18.60 C \ ANISOU21838 C ASP J 82 2532 2675 1858 35 363 311 C \ ATOM 21839 O ASP J 82 18.792 -35.445 -97.453 1.00 18.84 O \ ANISOU21839 O ASP J 82 2573 2706 1877 1 382 350 O \ ATOM 21840 CB ASP J 82 19.061 -32.857 -95.742 1.00 19.76 C \ ANISOU21840 CB ASP J 82 2706 2897 1904 71 380 280 C \ ATOM 21841 CG ASP J 82 18.685 -31.474 -95.243 1.00 23.06 C \ ANISOU21841 CG ASP J 82 3117 3354 2290 103 394 233 C \ ATOM 21842 OD1 ASP J 82 18.223 -31.357 -94.092 1.00 26.97 O \ ANISOU21842 OD1 ASP J 82 3630 3893 2724 103 420 235 O \ ATOM 21843 OD2 ASP J 82 18.836 -30.504 -96.014 1.00 23.70 O \ ANISOU21843 OD2 ASP J 82 3178 3420 2405 129 379 194 O \ ATOM 21844 N LEU J 83 20.243 -34.201 -98.652 1.00 16.62 N \ ANISOU21844 N LEU J 83 2281 2381 1652 52 326 298 N \ ATOM 21845 CA LEU J 83 20.858 -35.336 -99.330 1.00 13.61 C \ ANISOU21845 CA LEU J 83 1910 1949 1310 36 306 325 C \ ATOM 21846 C LEU J 83 22.112 -35.740 -98.579 1.00 14.27 C \ ANISOU21846 C LEU J 83 2033 2010 1377 49 270 348 C \ ATOM 21847 O LEU J 83 23.083 -34.990 -98.507 1.00 12.99 O \ ANISOU21847 O LEU J 83 1875 1842 1218 77 238 327 O \ ATOM 21848 CB LEU J 83 21.190 -34.990-100.787 1.00 12.70 C \ ANISOU21848 CB LEU J 83 1768 1804 1252 47 290 298 C \ ATOM 21849 CG LEU J 83 19.983 -34.690-101.680 1.00 14.59 C \ ANISOU21849 CG LEU J 83 1967 2062 1512 35 318 278 C \ ATOM 21850 CD1 LEU J 83 20.385 -33.776-102.827 1.00 14.74 C \ ANISOU21850 CD1 LEU J 83 1965 2065 1568 59 300 242 C \ ATOM 21851 CD2 LEU J 83 19.364 -35.976-102.190 1.00 15.21 C \ ANISOU21851 CD2 LEU J 83 2042 2124 1613 -4 333 305 C \ ATOM 21852 N GLN J 84 22.075 -36.932 -98.005 1.00 13.76 N \ ANISOU21852 N GLN J 84 1998 1933 1297 26 273 394 N \ ATOM 21853 CA GLN J 84 23.146 -37.378 -97.146 1.00 16.77 C \ ANISOU21853 CA GLN J 84 2419 2297 1655 39 239 422 C \ ATOM 21854 C GLN J 84 23.349 -38.886 -97.281 1.00 18.04 C \ ANISOU21854 C GLN J 84 2605 2411 1835 18 232 469 C \ ATOM 21855 O GLN J 84 22.458 -39.657 -96.927 1.00 21.80 O \ ANISOU21855 O GLN J 84 3095 2894 2293 -15 262 501 O \ ATOM 21856 CB GLN J 84 22.813 -36.991 -95.697 1.00 18.07 C \ ANISOU21856 CB GLN J 84 2609 2510 1747 39 251 431 C \ ATOM 21857 CG GLN J 84 23.756 -37.549 -94.660 1.00 21.65 C \ ANISOU21857 CG GLN J 84 3108 2952 2164 48 216 468 C \ ATOM 21858 CD GLN J 84 23.310 -37.235 -93.232 1.00 24.31 C \ ANISOU21858 CD GLN J 84 3474 3341 2421 44 233 478 C \ ATOM 21859 OE1 GLN J 84 22.772 -38.099 -92.537 1.00 31.55 O \ ANISOU21859 OE1 GLN J 84 4419 4267 3301 17 255 523 O \ ATOM 21860 NE2 GLN J 84 23.525 -36.002 -92.799 1.00 16.97 N \ ANISOU21860 NE2 GLN J 84 2539 2444 1462 69 223 437 N \ ATOM 21861 N PRO J 85 24.529 -39.313 -97.776 1.00 17.95 N \ ANISOU21861 N PRO J 85 2602 2353 1864 40 193 474 N \ ATOM 21862 CA PRO J 85 24.900 -40.738 -97.765 1.00 17.65 C \ ANISOU21862 CA PRO J 85 2597 2265 1843 30 180 519 C \ ATOM 21863 C PRO J 85 24.762 -41.331 -96.359 1.00 18.41 C \ ANISOU21863 C PRO J 85 2739 2374 1880 18 180 568 C \ ATOM 21864 O PRO J 85 25.312 -40.785 -95.398 1.00 16.87 O \ ANISOU21864 O PRO J 85 2560 2207 1642 39 158 569 O \ ATOM 21865 CB PRO J 85 26.367 -40.719 -98.196 1.00 17.81 C \ ANISOU21865 CB PRO J 85 2615 2251 1901 70 134 509 C \ ATOM 21866 CG PRO J 85 26.463 -39.497 -99.067 1.00 20.39 C \ ANISOU21866 CG PRO J 85 2897 2596 2254 84 137 454 C \ ATOM 21867 CD PRO J 85 25.574 -38.479 -98.396 1.00 18.61 C \ ANISOU21867 CD PRO J 85 2663 2427 1979 75 162 436 C \ ATOM 21868 N LYS J 86 24.021 -42.430 -96.256 1.00 18.21 N \ ANISOU21868 N LYS J 86 2737 2328 1852 -19 205 608 N \ ATOM 21869 CA LYS J 86 23.663 -43.029 -94.976 1.00 19.87 C \ ANISOU21869 CA LYS J 86 2992 2553 2003 -41 215 659 C \ ATOM 21870 C LYS J 86 24.881 -43.593 -94.242 1.00 19.79 C \ ANISOU21870 C LYS J 86 3028 2513 1978 -11 165 697 C \ ATOM 21871 O LYS J 86 24.963 -43.526 -93.016 1.00 19.59 O \ ANISOU21871 O LYS J 86 3036 2517 1890 -9 158 724 O \ ATOM 21872 CB LYS J 86 22.599 -44.122 -95.195 1.00 21.46 C \ ANISOU21872 CB LYS J 86 3205 2732 2213 -95 253 694 C \ ATOM 21873 CG LYS J 86 21.957 -44.686 -93.917 1.00 26.23 C \ ANISOU21873 CG LYS J 86 3852 3359 2753 -130 278 748 C \ ATOM 21874 CD LYS J 86 20.527 -45.217 -94.156 1.00 33.31 C \ ANISOU21874 CD LYS J 86 4736 4267 3653 -192 332 762 C \ ATOM 21875 CE LYS J 86 20.497 -46.552 -94.918 1.00 35.35 C \ ANISOU21875 CE LYS J 86 5015 4449 3965 -221 327 791 C \ ATOM 21876 NZ LYS J 86 19.136 -47.190 -94.932 1.00 34.23 N \ ANISOU21876 NZ LYS J 86 4868 4317 3819 -291 377 815 N \ ATOM 21877 N GLY J 87 25.829 -44.135 -94.998 1.00 18.53 N \ ANISOU21877 N GLY J 87 2868 2296 1875 14 131 696 N \ ATOM 21878 CA GLY J 87 26.959 -44.837 -94.410 1.00 20.20 C \ ANISOU21878 CA GLY J 87 3120 2472 2082 45 82 735 C \ ATOM 21879 C GLY J 87 26.656 -46.309 -94.178 1.00 22.05 C \ ANISOU21879 C GLY J 87 3406 2653 2318 18 88 796 C \ ATOM 21880 O GLY J 87 27.534 -47.068 -93.768 1.00 24.34 O \ ANISOU21880 O GLY J 87 3734 2903 2611 45 47 834 O \ ATOM 21881 N SER J 88 25.411 -46.709 -94.429 1.00 21.71 N \ ANISOU21881 N SER J 88 3363 2609 2274 -33 137 805 N \ ATOM 21882 CA SER J 88 25.011 -48.115 -94.351 1.00 22.95 C \ ANISOU21882 CA SER J 88 3568 2710 2440 -68 147 859 C \ ATOM 21883 C SER J 88 24.073 -48.503 -95.502 1.00 21.37 C \ ANISOU21883 C SER J 88 3344 2485 2290 -111 184 839 C \ ATOM 21884 O SER J 88 23.328 -47.672 -96.009 1.00 19.60 O \ ANISOU21884 O SER J 88 3070 2307 2069 -128 216 795 O \ ATOM 21885 CB SER J 88 24.368 -48.426 -92.993 1.00 25.83 C \ ANISOU21885 CB SER J 88 3978 3104 2729 -103 167 915 C \ ATOM 21886 OG SER J 88 23.124 -47.756 -92.842 1.00 31.96 O \ ANISOU21886 OG SER J 88 4723 3946 3473 -145 221 895 O \ ATOM 21887 N SER J 89 24.127 -49.775 -95.894 1.00 21.95 N \ ANISOU21887 N SER J 89 3455 2484 2401 -127 178 870 N \ ATOM 21888 CA SER J 89 23.385 -50.304 -97.039 1.00 20.74 C \ ANISOU21888 CA SER J 89 3286 2295 2299 -167 205 851 C \ ATOM 21889 C SER J 89 22.113 -51.050 -96.598 1.00 20.47 C \ ANISOU21889 C SER J 89 3277 2259 2239 -241 246 894 C \ ATOM 21890 O SER J 89 22.060 -51.575 -95.487 1.00 19.92 O \ ANISOU21890 O SER J 89 3258 2186 2125 -257 246 951 O \ ATOM 21891 CB SER J 89 24.284 -51.272 -97.815 1.00 22.57 C \ ANISOU21891 CB SER J 89 3545 2439 2591 -137 171 853 C \ ATOM 21892 OG SER J 89 24.578 -52.421 -97.025 1.00 20.94 O \ ANISOU21892 OG SER J 89 3408 2176 2371 -141 152 918 O \ ATOM 21893 N PRO J 90 21.083 -51.096 -97.465 1.00 20.27 N \ ANISOU21893 N PRO J 90 3217 2239 2242 -289 281 867 N \ ATOM 21894 CA PRO J 90 20.985 -50.413 -98.750 1.00 20.22 C \ ANISOU21894 CA PRO J 90 3152 2246 2281 -276 284 801 C \ ATOM 21895 C PRO J 90 20.522 -48.971 -98.589 1.00 20.32 C \ ANISOU21895 C PRO J 90 3106 2350 2262 -266 305 762 C \ ATOM 21896 O PRO J 90 19.934 -48.608 -97.564 1.00 20.34 O \ ANISOU21896 O PRO J 90 3109 2408 2209 -286 329 783 O \ ATOM 21897 CB PRO J 90 19.903 -51.215 -99.482 1.00 20.72 C \ ANISOU21897 CB PRO J 90 3214 2281 2376 -343 312 802 C \ ATOM 21898 CG PRO J 90 19.009 -51.676 -98.386 1.00 19.53 C \ ANISOU21898 CG PRO J 90 3089 2152 2178 -400 344 857 C \ ATOM 21899 CD PRO J 90 19.937 -52.000 -97.247 1.00 20.14 C \ ANISOU21899 CD PRO J 90 3225 2208 2219 -365 317 907 C \ ATOM 21900 N ASP J 91 20.808 -48.157 -99.597 1.00 19.69 N \ ANISOU21900 N ASP J 91 2980 2282 2215 -235 295 705 N \ ATOM 21901 CA ASP J 91 20.214 -46.841 -99.700 1.00 18.96 C \ ANISOU21901 CA ASP J 91 2832 2267 2106 -230 317 663 C \ ATOM 21902 C ASP J 91 18.702 -46.990 -99.903 1.00 19.02 C \ ANISOU21902 C ASP J 91 2810 2306 2110 -293 361 663 C \ ATOM 21903 O ASP J 91 18.247 -47.803-100.706 1.00 18.74 O \ ANISOU21903 O ASP J 91 2777 2230 2112 -330 367 664 O \ ATOM 21904 CB ASP J 91 20.856 -46.088-100.860 1.00 19.75 C \ ANISOU21904 CB ASP J 91 2894 2360 2246 -188 295 607 C \ ATOM 21905 CG ASP J 91 20.374 -44.650-100.979 1.00 22.44 C \ ANISOU21905 CG ASP J 91 3182 2772 2570 -174 312 565 C \ ATOM 21906 OD1 ASP J 91 19.877 -44.067 -99.984 1.00 24.69 O \ ANISOU21906 OD1 ASP J 91 3460 3112 2806 -179 332 573 O \ ATOM 21907 OD2 ASP J 91 20.512 -44.102-102.089 1.00 23.45 O \ ANISOU21907 OD2 ASP J 91 3276 2898 2733 -157 304 521 O \ ATOM 21908 N GLN J 92 17.936 -46.210 -99.146 1.00 19.93 N \ ANISOU21908 N GLN J 92 2899 2494 2179 -303 392 662 N \ ATOM 21909 CA GLN J 92 16.474 -46.175 -99.249 1.00 20.28 C \ ANISOU21909 CA GLN J 92 2903 2584 2216 -357 437 658 C \ ATOM 21910 C GLN J 92 16.034 -44.717 -99.400 1.00 20.34 C \ ANISOU21910 C GLN J 92 2851 2664 2211 -329 451 609 C \ ATOM 21911 O GLN J 92 15.490 -44.129 -98.459 1.00 20.39 O \ ANISOU21911 O GLN J 92 2845 2733 2169 -330 480 614 O \ ATOM 21912 CB GLN J 92 15.829 -46.787 -97.998 1.00 21.64 C \ ANISOU21912 CB GLN J 92 3105 2778 2339 -403 469 714 C \ ATOM 21913 CG GLN J 92 15.867 -48.305 -97.921 1.00 23.47 C \ ANISOU21913 CG GLN J 92 3391 2938 2586 -450 465 766 C \ ATOM 21914 CD GLN J 92 15.290 -48.826 -96.616 1.00 27.90 C \ ANISOU21914 CD GLN J 92 3984 3523 3090 -495 498 825 C \ ATOM 21915 OE1 GLN J 92 15.462 -48.214 -95.562 1.00 29.34 O \ ANISOU21915 OE1 GLN J 92 4176 3755 3215 -470 506 835 O \ ATOM 21916 NE2 GLN J 92 14.606 -49.962 -96.682 1.00 31.61 N \ ANISOU21916 NE2 GLN J 92 4475 3959 3575 -563 518 863 N \ ATOM 21917 N PRO J 93 16.278 -44.120-100.582 1.00 19.73 N \ ANISOU21917 N PRO J 93 2740 2578 2176 -301 432 561 N \ ATOM 21918 CA PRO J 93 16.018 -42.687-100.725 1.00 18.93 C \ ANISOU21918 CA PRO J 93 2590 2536 2064 -265 439 516 C \ ATOM 21919 C PRO J 93 14.528 -42.405-100.635 1.00 19.83 C \ ANISOU21919 C PRO J 93 2654 2713 2165 -302 483 509 C \ ATOM 21920 O PRO J 93 13.710 -43.213-101.092 1.00 20.49 O \ ANISOU21920 O PRO J 93 2725 2789 2271 -354 499 522 O \ ATOM 21921 CB PRO J 93 16.562 -42.359-102.119 1.00 17.90 C \ ANISOU21921 CB PRO J 93 2442 2373 1985 -238 410 476 C \ ATOM 21922 CG PRO J 93 16.528 -43.650-102.860 1.00 18.89 C \ ANISOU21922 CG PRO J 93 2587 2439 2148 -276 402 493 C \ ATOM 21923 CD PRO J 93 16.711 -44.741-101.847 1.00 18.73 C \ ANISOU21923 CD PRO J 93 2620 2389 2106 -303 406 547 C \ ATOM 21924 N ILE J 94 14.186 -41.284-100.013 1.00 18.82 N \ ANISOU21924 N ILE J 94 2500 2648 2001 -274 502 489 N \ ATOM 21925 CA ILE J 94 12.795 -40.880 -99.872 1.00 18.69 C \ ANISOU21925 CA ILE J 94 2429 2700 1971 -298 545 478 C \ ATOM 21926 C ILE J 94 12.394 -40.110-101.124 1.00 18.52 C \ ANISOU21926 C ILE J 94 2353 2691 1991 -278 535 430 C \ ATOM 21927 O ILE J 94 13.269 -39.620-101.865 1.00 13.70 O \ ANISOU21927 O ILE J 94 1752 2047 1406 -238 499 403 O \ ATOM 21928 CB ILE J 94 12.578 -40.031 -98.598 1.00 19.46 C \ ANISOU21928 CB ILE J 94 2525 2859 2007 -273 573 475 C \ ATOM 21929 CG1 ILE J 94 13.466 -38.770 -98.619 1.00 18.91 C \ ANISOU21929 CG1 ILE J 94 2462 2791 1932 -205 544 435 C \ ATOM 21930 CG2 ILE J 94 12.821 -40.884 -97.354 1.00 22.21 C \ ANISOU21930 CG2 ILE J 94 2928 3202 2309 -300 586 528 C \ ATOM 21931 CD1 ILE J 94 13.167 -37.767 -97.517 1.00 19.98 C \ ANISOU21931 CD1 ILE J 94 2590 2988 2011 -176 571 419 C \ ATOM 21932 N LYS J 95 11.087 -39.998-101.366 1.00 17.80 N \ ANISOU21932 N LYS J 95 2206 2651 1906 -307 566 420 N \ ATOM 21933 CA LYS J 95 10.619 -39.359-102.594 1.00 19.08 C \ ANISOU21933 CA LYS J 95 2315 2824 2107 -292 554 380 C \ ATOM 21934 C LYS J 95 11.066 -37.909-102.704 1.00 18.04 C \ ANISOU21934 C LYS J 95 2174 2711 1970 -223 538 339 C \ ATOM 21935 O LYS J 95 11.326 -37.428-103.808 1.00 17.97 O \ ANISOU21935 O LYS J 95 2151 2681 1994 -198 510 310 O \ ATOM 21936 CB LYS J 95 9.102 -39.515-102.803 1.00 19.90 C \ ANISOU21936 CB LYS J 95 2355 2985 2220 -334 587 378 C \ ATOM 21937 CG LYS J 95 8.210 -38.970-101.712 1.00 25.89 C \ ANISOU21937 CG LYS J 95 3078 3820 2936 -331 635 379 C \ ATOM 21938 CD LYS J 95 6.747 -39.282-102.031 1.00 32.04 C \ ANISOU21938 CD LYS J 95 3787 4652 3732 -380 666 380 C \ ATOM 21939 CE LYS J 95 5.822 -38.928-100.874 1.00 39.35 C \ ANISOU21939 CE LYS J 95 4676 5657 4614 -385 722 387 C \ ATOM 21940 NZ LYS J 95 5.507 -37.472-100.829 1.00 42.27 N \ ANISOU21940 NZ LYS J 95 5003 6080 4974 -317 729 342 N \ ATOM 21941 N GLU J 96 11.191 -37.234-101.559 1.00 17.15 N \ ANISOU21941 N GLU J 96 2072 2631 1811 -193 557 337 N \ ATOM 21942 CA GLU J 96 11.603 -35.828-101.517 1.00 16.80 C \ ANISOU21942 CA GLU J 96 2023 2601 1756 -130 544 298 C \ ATOM 21943 C GLU J 96 13.065 -35.616-101.912 1.00 15.67 C \ ANISOU21943 C GLU J 96 1926 2398 1630 -98 498 290 C \ ATOM 21944 O GLU J 96 13.480 -34.485-102.108 1.00 16.26 O \ ANISOU21944 O GLU J 96 1997 2473 1705 -51 481 257 O \ ATOM 21945 CB GLU J 96 11.359 -35.218-100.132 1.00 18.11 C \ ANISOU21945 CB GLU J 96 2195 2818 1866 -109 576 296 C \ ATOM 21946 CG GLU J 96 9.883 -35.007 -99.784 1.00 21.52 C \ ANISOU21946 CG GLU J 96 2569 3323 2283 -123 625 290 C \ ATOM 21947 CD GLU J 96 9.207 -36.260 -99.254 1.00 27.37 C \ ANISOU21947 CD GLU J 96 3307 4081 3008 -190 660 335 C \ ATOM 21948 OE1 GLU J 96 9.886 -37.297 -99.076 1.00 23.05 O \ ANISOU21948 OE1 GLU J 96 2810 3486 2460 -223 645 373 O \ ATOM 21949 OE2 GLU J 96 7.983 -36.201 -99.015 1.00 30.96 O \ ANISOU21949 OE2 GLU J 96 3710 4599 3455 -209 703 333 O \ ATOM 21950 N ASN J 97 13.835 -36.699-102.020 1.00 14.94 N \ ANISOU21950 N ASN J 97 1874 2253 1549 -123 478 320 N \ ATOM 21951 CA ASN J 97 15.233 -36.613-102.442 1.00 14.62 C \ ANISOU21951 CA ASN J 97 1869 2157 1528 -94 437 314 C \ ATOM 21952 C ASN J 97 15.473 -37.110-103.870 1.00 14.42 C \ ANISOU21952 C ASN J 97 1837 2086 1554 -106 413 307 C \ ATOM 21953 O ASN J 97 16.616 -37.398-104.258 1.00 13.65 O \ ANISOU21953 O ASN J 97 1771 1939 1476 -93 383 309 O \ ATOM 21954 CB ASN J 97 16.142 -37.345-101.448 1.00 15.57 C \ ANISOU21954 CB ASN J 97 2043 2250 1621 -100 426 350 C \ ATOM 21955 CG ASN J 97 16.404 -36.530-100.192 1.00 17.49 C \ ANISOU21955 CG ASN J 97 2304 2528 1813 -70 432 345 C \ ATOM 21956 OD1 ASN J 97 16.163 -35.325-100.160 1.00 18.96 O \ ANISOU21956 OD1 ASN J 97 2467 2747 1990 -38 437 309 O \ ATOM 21957 ND2 ASN J 97 16.908 -37.183 -99.159 1.00 19.15 N \ ANISOU21957 ND2 ASN J 97 2557 2729 1989 -80 429 380 N \ ATOM 21958 N LEU J 98 14.392 -37.194-104.647 1.00 13.69 N \ ANISOU21958 N LEU J 98 1702 2015 1482 -130 427 296 N \ ATOM 21959 CA LEU J 98 14.450 -37.683-106.021 1.00 12.96 C \ ANISOU21959 CA LEU J 98 1603 1886 1433 -146 407 286 C \ ATOM 21960 C LEU J 98 13.882 -36.676-107.034 1.00 13.17 C \ ANISOU21960 C LEU J 98 1585 1939 1478 -124 401 250 C \ ATOM 21961 O LEU J 98 12.712 -36.783-107.430 1.00 13.86 O \ ANISOU21961 O LEU J 98 1631 2060 1574 -149 415 245 O \ ATOM 21962 CB LEU J 98 13.724 -39.027-106.128 1.00 13.43 C \ ANISOU21962 CB LEU J 98 1662 1935 1504 -206 421 313 C \ ATOM 21963 CG LEU J 98 14.232 -40.187-105.257 1.00 14.24 C \ ANISOU21963 CG LEU J 98 1814 2001 1592 -233 425 356 C \ ATOM 21964 CD1 LEU J 98 13.270 -41.357-105.329 1.00 16.60 C \ ANISOU21964 CD1 LEU J 98 2106 2297 1901 -299 445 381 C \ ATOM 21965 CD2 LEU J 98 15.644 -40.618-105.668 1.00 13.16 C \ ANISOU21965 CD2 LEU J 98 1725 1798 1477 -211 391 358 C \ ATOM 21966 N PRO J 99 14.704 -35.684-107.452 1.00 11.69 N \ ANISOU21966 N PRO J 99 1406 1737 1296 -78 378 225 N \ ATOM 21967 CA PRO J 99 14.282 -34.766-108.508 1.00 11.52 C \ ANISOU21967 CA PRO J 99 1352 1731 1293 -56 367 194 C \ ATOM 21968 C PRO J 99 13.797 -35.530-109.737 1.00 11.74 C \ ANISOU21968 C PRO J 99 1364 1745 1351 -90 358 193 C \ ATOM 21969 O PRO J 99 14.376 -36.555-110.111 1.00 13.13 O \ ANISOU21969 O PRO J 99 1570 1877 1542 -115 347 205 O \ ATOM 21970 CB PRO J 99 15.557 -33.988-108.830 1.00 10.05 C \ ANISOU21970 CB PRO J 99 1193 1511 1113 -15 342 179 C \ ATOM 21971 CG PRO J 99 16.325 -33.996-107.543 1.00 12.19 C \ ANISOU21971 CG PRO J 99 1496 1776 1358 -4 345 193 C \ ATOM 21972 CD PRO J 99 15.993 -35.286-106.857 1.00 10.80 C \ ANISOU21972 CD PRO J 99 1332 1599 1171 -45 362 226 C \ ATOM 21973 N ALA J 100 12.715 -35.041-110.325 1.00 11.69 N \ ANISOU21973 N ALA J 100 1312 1777 1351 -90 361 176 N \ ATOM 21974 CA ALA J 100 12.038 -35.739-111.399 1.00 11.71 C \ ANISOU21974 CA ALA J 100 1293 1778 1377 -128 351 173 C \ ATOM 21975 C ALA J 100 11.832 -34.803-112.575 1.00 12.38 C \ ANISOU21975 C ALA J 100 1355 1872 1474 -98 329 146 C \ ATOM 21976 O ALA J 100 11.853 -33.579-112.416 1.00 13.24 O \ ANISOU21976 O ALA J 100 1453 2001 1575 -53 327 131 O \ ATOM 21977 CB ALA J 100 10.701 -36.261-110.914 1.00 11.13 C \ ANISOU21977 CB ALA J 100 1177 1750 1299 -168 377 185 C \ ATOM 21978 N TYR J 101 11.621 -35.388-113.752 1.00 13.30 N \ ANISOU21978 N TYR J 101 1468 1974 1610 -125 310 139 N \ ATOM 21979 CA TYR J 101 11.308 -34.616-114.953 1.00 13.49 C \ ANISOU21979 CA TYR J 101 1471 2010 1643 -103 286 117 C \ ATOM 21980 C TYR J 101 9.965 -33.909-114.850 1.00 13.64 C \ ANISOU21980 C TYR J 101 1429 2091 1659 -92 292 109 C \ ATOM 21981 O TYR J 101 8.995 -34.469-114.333 1.00 14.71 O \ ANISOU21981 O TYR J 101 1529 2263 1795 -126 310 118 O \ ATOM 21982 CB TYR J 101 11.304 -35.528-116.183 1.00 13.16 C \ ANISOU21982 CB TYR J 101 1441 1942 1617 -140 265 111 C \ ATOM 21983 CG TYR J 101 12.666 -36.070-116.518 1.00 12.58 C \ ANISOU21983 CG TYR J 101 1424 1807 1548 -139 257 112 C \ ATOM 21984 CD1 TYR J 101 13.606 -35.275-117.192 1.00 11.23 C \ ANISOU21984 CD1 TYR J 101 1276 1614 1377 -100 242 99 C \ ATOM 21985 CD2 TYR J 101 13.031 -37.365-116.152 1.00 14.54 C \ ANISOU21985 CD2 TYR J 101 1702 2019 1804 -176 266 127 C \ ATOM 21986 CE1 TYR J 101 14.867 -35.765-117.501 1.00 10.80 C \ ANISOU21986 CE1 TYR J 101 1267 1509 1328 -98 238 99 C \ ATOM 21987 CE2 TYR J 101 14.305 -37.865-116.455 1.00 13.10 C \ ANISOU21987 CE2 TYR J 101 1568 1780 1628 -169 259 126 C \ ATOM 21988 CZ TYR J 101 15.209 -37.061-117.126 1.00 13.40 C \ ANISOU21988 CZ TYR J 101 1622 1804 1665 -129 247 111 C \ ATOM 21989 OH TYR J 101 16.457 -37.546-117.421 1.00 14.79 O \ ANISOU21989 OH TYR J 101 1838 1930 1849 -121 243 109 O \ ATOM 21990 N SER J 102 9.928 -32.673-115.348 1.00 13.99 N \ ANISOU21990 N SER J 102 1463 2148 1702 -44 276 92 N \ ATOM 21991 CA SER J 102 8.675 -31.969-115.596 1.00 13.40 C \ ANISOU21991 CA SER J 102 1330 2129 1631 -26 271 81 C \ ATOM 21992 C SER J 102 8.144 -32.366-116.970 1.00 13.99 C \ ANISOU21992 C SER J 102 1387 2208 1718 -52 241 74 C \ ATOM 21993 O SER J 102 8.931 -32.585-117.903 1.00 11.53 O \ ANISOU21993 O SER J 102 1116 1855 1410 -57 219 70 O \ ATOM 21994 CB SER J 102 8.886 -30.456-115.542 1.00 14.53 C \ ANISOU21994 CB SER J 102 1477 2277 1768 38 264 68 C \ ATOM 21995 OG SER J 102 9.478 -30.050-114.317 1.00 15.78 O \ ANISOU21995 OG SER J 102 1658 2426 1910 61 288 71 O \ ATOM 21996 N VAL J 103 6.818 -32.471-117.086 1.00 15.16 N \ ANISOU21996 N VAL J 103 1474 2410 1874 -68 240 70 N \ ATOM 21997 CA VAL J 103 6.150 -32.848-118.343 1.00 16.06 C \ ANISOU21997 CA VAL J 103 1562 2538 1999 -95 207 62 C \ ATOM 21998 C VAL J 103 4.801 -32.159-118.452 1.00 17.05 C \ ANISOU21998 C VAL J 103 1615 2732 2131 -73 199 54 C \ ATOM 21999 O VAL J 103 4.074 -32.062-117.466 1.00 17.96 O \ ANISOU21999 O VAL J 103 1684 2891 2247 -72 228 58 O \ ATOM 22000 CB VAL J 103 5.790 -34.360-118.405 1.00 18.54 C \ ANISOU22000 CB VAL J 103 1872 2849 2323 -171 212 69 C \ ATOM 22001 CG1 VAL J 103 5.788 -34.857-119.863 1.00 18.96 C \ ANISOU22001 CG1 VAL J 103 1939 2882 2381 -199 172 56 C \ ATOM 22002 CG2 VAL J 103 6.698 -35.188-117.545 1.00 22.50 C \ ANISOU22002 CG2 VAL J 103 2424 3304 2821 -196 239 85 C \ ATOM 22003 N ALA J 104 4.455 -31.700-119.650 1.00 16.01 N \ ANISOU22003 N ALA J 104 1469 2610 2002 -56 159 43 N \ ATOM 22004 CA ALA J 104 3.075 -31.347-119.942 1.00 17.79 C \ ANISOU22004 CA ALA J 104 1618 2903 2238 -48 142 36 C \ ATOM 22005 C ALA J 104 2.722 -31.862-121.320 1.00 17.95 C \ ANISOU22005 C ALA J 104 1632 2926 2262 -82 98 28 C \ ATOM 22006 O ALA J 104 3.566 -31.874-122.221 1.00 15.79 O \ ANISOU22006 O ALA J 104 1415 2605 1977 -80 74 25 O \ ATOM 22007 CB ALA J 104 2.852 -29.835-119.864 1.00 17.60 C \ ANISOU22007 CB ALA J 104 1575 2899 2211 31 135 29 C \ ATOM 22008 N ARG J 105 1.479 -32.312-121.466 1.00 18.04 N \ ANISOU22008 N ARG J 105 1573 2994 2287 -117 88 24 N \ ATOM 22009 CA ARG J 105 0.910 -32.579-122.778 1.00 18.55 C \ ANISOU22009 CA ARG J 105 1617 3076 2352 -140 38 14 C \ ATOM 22010 C ARG J 105 -0.013 -31.417-123.085 1.00 19.24 C \ ANISOU22010 C ARG J 105 1643 3220 2444 -81 11 9 C \ ATOM 22011 O ARG J 105 -0.965 -31.179-122.350 1.00 20.17 O \ ANISOU22011 O ARG J 105 1689 3396 2576 -70 31 9 O \ ATOM 22012 CB ARG J 105 0.130 -33.899-122.803 1.00 19.19 C \ ANISOU22012 CB ARG J 105 1660 3182 2448 -224 38 12 C \ ATOM 22013 CG ARG J 105 -0.533 -34.195-124.159 1.00 19.29 C \ ANISOU22013 CG ARG J 105 1648 3219 2460 -253 -18 -1 C \ ATOM 22014 CD ARG J 105 -1.635 -35.248-124.048 1.00 21.78 C \ ANISOU22014 CD ARG J 105 1899 3579 2796 -331 -19 -4 C \ ATOM 22015 NE ARG J 105 -2.181 -35.633-125.355 1.00 20.99 N \ ANISOU22015 NE ARG J 105 1784 3497 2693 -366 -77 -21 N \ ATOM 22016 CZ ARG J 105 -3.089 -34.937-126.041 1.00 22.72 C \ ANISOU22016 CZ ARG J 105 1941 3775 2914 -336 -121 -28 C \ ATOM 22017 NH1 ARG J 105 -3.570 -33.795-125.571 1.00 19.91 N \ ANISOU22017 NH1 ARG J 105 1533 3466 2566 -266 -113 -22 N \ ATOM 22018 NH2 ARG J 105 -3.514 -35.380-127.216 1.00 24.82 N \ ANISOU22018 NH2 ARG J 105 2200 4054 3173 -374 -175 -44 N \ ATOM 22019 N VAL J 106 0.285 -30.691-124.158 1.00 18.65 N \ ANISOU22019 N VAL J 106 1598 3129 2356 -40 -30 5 N \ ATOM 22020 CA VAL J 106 -0.535 -29.570-124.592 1.00 18.58 C \ ANISOU22020 CA VAL J 106 1541 3167 2351 21 -64 3 C \ ATOM 22021 C VAL J 106 -1.506 -30.036-125.673 1.00 20.43 C \ ANISOU22021 C VAL J 106 1726 3446 2588 -13 -116 -4 C \ ATOM 22022 O VAL J 106 -1.089 -30.620-126.686 1.00 19.36 O \ ANISOU22022 O VAL J 106 1637 3282 2437 -51 -147 -9 O \ ATOM 22023 CB VAL J 106 0.328 -28.414-125.149 1.00 18.75 C \ ANISOU22023 CB VAL J 106 1626 3143 2355 87 -84 7 C \ ATOM 22024 CG1 VAL J 106 -0.547 -27.215-125.514 1.00 18.92 C \ ANISOU22024 CG1 VAL J 106 1598 3207 2381 157 -118 8 C \ ATOM 22025 CG2 VAL J 106 1.406 -28.007-124.148 1.00 17.58 C \ ANISOU22025 CG2 VAL J 106 1532 2944 2203 114 -37 13 C \ ATOM 22026 N SER J 107 -2.794 -29.777-125.448 1.00 20.67 N \ ANISOU22026 N SER J 107 1662 3551 2638 0 -125 -7 N \ ATOM 22027 CA SER J 107 -3.838 -30.067-126.428 1.00 22.81 C \ ANISOU22027 CA SER J 107 1874 3876 2914 -25 -180 -15 C \ ATOM 22028 C SER J 107 -3.832 -28.972-127.487 1.00 23.38 C \ ANISOU22028 C SER J 107 1964 3948 2970 42 -235 -13 C \ ATOM 22029 O SER J 107 -3.928 -27.789-127.162 1.00 23.69 O \ ANISOU22029 O SER J 107 1992 3994 3014 121 -232 -7 O \ ATOM 22030 CB SER J 107 -5.212 -30.136-125.752 1.00 23.36 C \ ANISOU22030 CB SER J 107 1830 4032 3014 -32 -167 -19 C \ ATOM 22031 OG SER J 107 -5.249 -31.157-124.770 1.00 24.58 O \ ANISOU22031 OG SER J 107 1969 4188 3181 -99 -114 -17 O \ ATOM 22032 N LEU J 108 -3.710 -29.372-128.750 1.00 24.06 N \ ANISOU22032 N LEU J 108 2082 4021 3035 11 -286 -17 N \ ATOM 22033 CA LEU J 108 -3.600 -28.422-129.859 1.00 25.01 C \ ANISOU22033 CA LEU J 108 2235 4136 3133 68 -341 -11 C \ ATOM 22034 C LEU J 108 -4.939 -28.277-130.598 1.00 26.98 C \ ANISOU22034 C LEU J 108 2400 4461 3389 75 -403 -15 C \ ATOM 22035 O LEU J 108 -5.789 -29.163-130.505 1.00 26.69 O \ ANISOU22035 O LEU J 108 2295 4474 3369 15 -409 -27 O \ ATOM 22036 CB LEU J 108 -2.483 -28.858-130.820 1.00 23.77 C \ ANISOU22036 CB LEU J 108 2176 3914 2939 36 -355 -12 C \ ATOM 22037 CG LEU J 108 -1.080 -29.093-130.235 1.00 23.34 C \ ANISOU22037 CG LEU J 108 2206 3784 2878 25 -300 -9 C \ ATOM 22038 CD1 LEU J 108 -0.206 -29.821-131.228 1.00 20.93 C \ ANISOU22038 CD1 LEU J 108 1979 3431 2541 -20 -315 -17 C \ ATOM 22039 CD2 LEU J 108 -0.408 -27.805-129.783 1.00 20.11 C \ ANISOU22039 CD2 LEU J 108 1833 3341 2466 103 -279 5 C \ ATOM 22040 N PRO J 109 -5.136 -27.159-131.331 1.00 28.98 N \ ANISOU22040 N PRO J 109 2658 4724 3629 148 -451 -5 N \ ATOM 22041 CA PRO J 109 -6.397 -27.001-132.072 1.00 31.89 C \ ANISOU22041 CA PRO J 109 2946 5167 4002 159 -517 -7 C \ ATOM 22042 C PRO J 109 -6.625 -28.144-133.062 1.00 34.52 C \ ANISOU22042 C PRO J 109 3282 5516 4316 75 -561 -22 C \ ATOM 22043 O PRO J 109 -5.710 -28.505-133.811 1.00 33.67 O \ ANISOU22043 O PRO J 109 3264 5353 4173 45 -571 -23 O \ ATOM 22044 CB PRO J 109 -6.208 -25.672-132.819 1.00 31.68 C \ ANISOU22044 CB PRO J 109 2960 5122 3954 247 -562 10 C \ ATOM 22045 CG PRO J 109 -5.178 -24.931-132.027 1.00 30.11 C \ ANISOU22045 CG PRO J 109 2826 4857 3756 295 -506 21 C \ ATOM 22046 CD PRO J 109 -4.245 -25.995-131.513 1.00 28.86 C \ ANISOU22046 CD PRO J 109 2719 4651 3593 221 -450 11 C \ ATOM 22047 N MET J 110 -7.828 -28.721-133.040 1.00 37.18 N \ ANISOU22047 N MET J 110 3520 5927 4678 34 -586 -34 N \ ATOM 22048 CA MET J 110 -8.183 -29.828-133.933 1.00 40.50 C \ ANISOU22048 CA MET J 110 3935 6369 5084 -50 -631 -52 C \ ATOM 22049 C MET J 110 -8.138 -29.378-135.394 1.00 40.65 C \ ANISOU22049 C MET J 110 3996 6388 5060 -24 -709 -48 C \ ATOM 22050 O MET J 110 -8.473 -28.234-135.710 1.00 40.57 O \ ANISOU22050 O MET J 110 3969 6401 5045 58 -745 -31 O \ ATOM 22051 CB MET J 110 -9.568 -30.384-133.588 1.00 42.77 C \ ANISOU22051 CB MET J 110 4096 6744 5410 -94 -645 -64 C \ ATOM 22052 CG MET J 110 -9.789 -31.830-134.031 1.00 49.72 C \ ANISOU22052 CG MET J 110 4972 7630 6286 -207 -663 -86 C \ ATOM 22053 SD MET J 110 -11.512 -32.375-133.953 1.00 60.45 S \ ANISOU22053 SD MET J 110 6179 9101 7687 -261 -700 -100 S \ ATOM 22054 CE MET J 110 -12.274 -31.349-135.220 1.00 59.02 C \ ANISOU22054 CE MET J 110 5958 8982 7486 -187 -802 -95 C \ ATOM 22055 N LEU J 111 -7.717 -30.285-136.272 1.00 40.66 N \ ANISOU22055 N LEU J 111 4058 6363 5028 -93 -734 -64 N \ ATOM 22056 CA LEU J 111 -7.489 -29.957-137.679 1.00 40.62 C \ ANISOU22056 CA LEU J 111 4113 6350 4971 -76 -801 -61 C \ ATOM 22057 C LEU J 111 -8.385 -30.746-138.630 1.00 42.02 C \ ANISOU22057 C LEU J 111 4248 6583 5134 -140 -872 -83 C \ ATOM 22058 O LEU J 111 -8.674 -30.294-139.741 1.00 41.95 O \ ANISOU22058 O LEU J 111 4250 6600 5088 -113 -944 -79 O \ ATOM 22059 CB LEU J 111 -6.024 -30.208-138.046 1.00 39.27 C \ ANISOU22059 CB LEU J 111 4070 6091 4759 -92 -768 -62 C \ ATOM 22060 CG LEU J 111 -4.951 -29.417-137.298 1.00 36.97 C \ ANISOU22060 CG LEU J 111 3837 5736 4472 -33 -705 -41 C \ ATOM 22061 CD1 LEU J 111 -3.566 -29.968-137.611 1.00 35.88 C \ ANISOU22061 CD1 LEU J 111 3810 5519 4301 -68 -669 -49 C \ ATOM 22062 CD2 LEU J 111 -5.037 -27.939-137.639 1.00 37.38 C \ ANISOU22062 CD2 LEU J 111 3895 5795 4511 62 -736 -13 C \ ATOM 22063 N ASN J 112 -8.803 -31.928-138.188 1.00 43.30 N \ ANISOU22063 N ASN J 112 4364 6762 5324 -226 -854 -106 N \ ATOM 22064 CA ASN J 112 -9.575 -32.845-139.020 1.00 45.28 C \ ANISOU22064 CA ASN J 112 4580 7058 5564 -304 -917 -133 C \ ATOM 22065 C ASN J 112 -10.964 -33.106-138.449 1.00 46.58 C \ ANISOU22065 C ASN J 112 4607 7309 5781 -332 -931 -139 C \ ATOM 22066 O ASN J 112 -11.949 -32.548-138.925 1.00 48.99 O \ ANISOU22066 O ASN J 112 4834 7688 6089 -298 -996 -134 O \ ATOM 22067 CB ASN J 112 -8.817 -34.161-139.183 1.00 44.50 C \ ANISOU22067 CB ASN J 112 4561 6897 5449 -396 -889 -159 C \ ATOM 22068 CG ASN J 112 -7.351 -33.951-139.523 1.00 44.27 C \ ANISOU22068 CG ASN J 112 4662 6782 5377 -367 -857 -154 C \ ATOM 22069 OD1 ASN J 112 -7.015 -33.354-140.550 1.00 42.98 O \ ANISOU22069 OD1 ASN J 112 4554 6611 5164 -327 -900 -148 O \ ATOM 22070 ND2 ASN J 112 -6.470 -34.437-138.658 1.00 38.99 N \ ANISOU22070 ND2 ASN J 112 4039 6048 4726 -388 -780 -154 N \ ATOM 22071 N ASP J 118 -6.614 -41.660-142.667 1.00 51.99 N \ ANISOU22071 N ASP J 118 5912 7575 6265 -904 -938 -384 N \ ATOM 22072 CA ASP J 118 -6.166 -41.768-144.052 1.00 51.90 C \ ANISOU22072 CA ASP J 118 5989 7548 6184 -906 -985 -414 C \ ATOM 22073 C ASP J 118 -5.149 -40.666-144.399 1.00 50.28 C \ ANISOU22073 C ASP J 118 5851 7320 5934 -809 -963 -388 C \ ATOM 22074 O ASP J 118 -3.962 -40.782-144.071 1.00 49.64 O \ ANISOU22074 O ASP J 118 5846 7166 5849 -788 -898 -384 O \ ATOM 22075 CB ASP J 118 -7.368 -41.733-145.002 1.00 52.95 C \ ANISOU22075 CB ASP J 118 6062 7762 6292 -937 -1083 -432 C \ ATOM 22076 CG ASP J 118 -7.057 -42.326-146.364 1.00 55.55 C \ ANISOU22076 CG ASP J 118 6482 8070 6553 -976 -1133 -478 C \ ATOM 22077 OD1 ASP J 118 -7.997 -42.462-147.178 1.00 57.66 O \ ANISOU22077 OD1 ASP J 118 6710 8399 6797 -1013 -1216 -499 O \ ATOM 22078 OD2 ASP J 118 -5.880 -42.663-146.623 1.00 55.55 O \ ANISOU22078 OD2 ASP J 118 6590 7994 6520 -968 -1090 -494 O \ ATOM 22079 N THR J 119 -5.620 -39.614-145.066 1.00 48.56 N \ ANISOU22079 N THR J 119 5605 7163 5682 -753 -1020 -368 N \ ATOM 22080 CA THR J 119 -4.806 -38.438-145.349 1.00 46.69 C \ ANISOU22080 CA THR J 119 5421 6912 5407 -662 -1004 -336 C \ ATOM 22081 C THR J 119 -5.351 -37.265-144.545 1.00 44.58 C \ ANISOU22081 C THR J 119 5067 6691 5181 -591 -998 -290 C \ ATOM 22082 O THR J 119 -6.478 -36.812-144.766 1.00 45.01 O \ ANISOU22082 O THR J 119 5037 6821 5242 -580 -1060 -281 O \ ATOM 22083 CB THR J 119 -4.800 -38.087-146.854 1.00 47.60 C \ ANISOU22083 CB THR J 119 5591 7052 5442 -647 -1074 -348 C \ ATOM 22084 OG1 THR J 119 -4.450 -39.248-147.617 1.00 51.60 O \ ANISOU22084 OG1 THR J 119 6171 7522 5909 -718 -1085 -398 O \ ATOM 22085 CG2 THR J 119 -3.801 -36.975-147.148 1.00 46.35 C \ ANISOU22085 CG2 THR J 119 5503 6866 5242 -561 -1047 -314 C \ ATOM 22086 N LEU J 120 -4.551 -36.780-143.603 1.00 41.13 N \ ANISOU22086 N LEU J 120 4647 6209 4771 -542 -924 -263 N \ ATOM 22087 CA LEU J 120 -5.000 -35.709-142.721 1.00 39.06 C \ ANISOU22087 CA LEU J 120 4308 5982 4550 -475 -909 -223 C \ ATOM 22088 C LEU J 120 -3.884 -34.740-142.355 1.00 35.21 C \ ANISOU22088 C LEU J 120 3880 5444 4054 -397 -854 -191 C \ ATOM 22089 O LEU J 120 -2.721 -34.971-142.679 1.00 33.03 O \ ANISOU22089 O LEU J 120 3699 5105 3746 -400 -820 -199 O \ ATOM 22090 CB LEU J 120 -5.700 -36.269-141.465 1.00 40.09 C \ ANISOU22090 CB LEU J 120 4348 6132 4752 -516 -874 -224 C \ ATOM 22091 CG LEU J 120 -5.212 -37.423-140.567 1.00 42.46 C \ ANISOU22091 CG LEU J 120 4668 6375 5087 -581 -807 -240 C \ ATOM 22092 CD1 LEU J 120 -5.465 -38.793-141.195 1.00 44.04 C \ ANISOU22092 CD1 LEU J 120 4890 6564 5276 -679 -838 -283 C \ ATOM 22093 CD2 LEU J 120 -3.757 -37.295-140.107 1.00 43.13 C \ ANISOU22093 CD2 LEU J 120 4842 6377 5165 -546 -734 -229 C \ ATOM 22094 N GLN J 121 -4.264 -33.649-141.698 1.00 32.78 N \ ANISOU22094 N GLN J 121 3513 5165 3775 -328 -847 -158 N \ ATOM 22095 CA GLN J 121 -3.321 -32.640-141.247 1.00 29.54 C \ ANISOU22095 CA GLN J 121 3149 4710 3363 -255 -799 -127 C \ ATOM 22096 C GLN J 121 -2.862 -32.931-139.821 1.00 27.65 C \ ANISOU22096 C GLN J 121 2896 4432 3176 -262 -718 -122 C \ ATOM 22097 O GLN J 121 -3.647 -33.388-138.987 1.00 26.42 O \ ANISOU22097 O GLN J 121 2660 4308 3067 -292 -706 -128 O \ ATOM 22098 CB GLN J 121 -3.942 -31.243-141.321 1.00 30.15 C \ ANISOU22098 CB GLN J 121 3179 4832 3442 -171 -837 -93 C \ ATOM 22099 CG GLN J 121 -4.374 -30.804-142.719 1.00 33.17 C \ ANISOU22099 CG GLN J 121 3579 5253 3769 -152 -920 -89 C \ ATOM 22100 CD GLN J 121 -4.800 -29.341-142.779 1.00 36.70 C \ ANISOU22100 CD GLN J 121 3997 5729 4217 -59 -953 -51 C \ ATOM 22101 OE1 GLN J 121 -4.822 -28.640-141.767 1.00 38.54 O \ ANISOU22101 OE1 GLN J 121 4194 5956 4494 -7 -914 -31 O \ ATOM 22102 NE2 GLN J 121 -5.136 -28.874-143.976 1.00 38.71 N \ ANISOU22102 NE2 GLN J 121 4271 6013 4420 -36 -1027 -41 N \ ATOM 22103 N MET J 122 -1.578 -32.683-139.565 1.00 25.16 N \ ANISOU22103 N MET J 122 2659 4051 2851 -236 -663 -112 N \ ATOM 22104 CA MET J 122 -1.001 -32.751-138.224 1.00 22.55 C \ ANISOU22104 CA MET J 122 2324 3680 2562 -228 -589 -103 C \ ATOM 22105 C MET J 122 -0.224 -31.474-137.952 1.00 21.93 C \ ANISOU22105 C MET J 122 2282 3572 2477 -149 -562 -73 C \ ATOM 22106 O MET J 122 0.338 -30.867-138.878 1.00 20.61 O \ ANISOU22106 O MET J 122 2177 3387 2266 -118 -583 -63 O \ ATOM 22107 CB MET J 122 -0.050 -33.941-138.088 1.00 23.00 C \ ANISOU22107 CB MET J 122 2446 3676 2617 -287 -544 -126 C \ ATOM 22108 CG MET J 122 -0.718 -35.307-138.075 1.00 25.32 C \ ANISOU22108 CG MET J 122 2708 3983 2928 -372 -557 -155 C \ ATOM 22109 SD MET J 122 0.490 -36.647-137.969 1.00 29.87 S \ ANISOU22109 SD MET J 122 3372 4476 3501 -430 -506 -181 S \ ATOM 22110 CE MET J 122 0.884 -36.653-136.231 1.00 31.30 C \ ANISOU22110 CE MET J 122 3527 4627 3736 -417 -430 -158 C \ ATOM 22111 N TRP J 123 -0.179 -31.078-136.681 1.00 19.41 N \ ANISOU22111 N TRP J 123 1928 3246 2200 -119 -515 -58 N \ ATOM 22112 CA TRP J 123 0.694 -29.998-136.246 1.00 18.76 C \ ANISOU22112 CA TRP J 123 1885 3123 2116 -54 -480 -34 C \ ATOM 22113 C TRP J 123 2.151 -30.466-136.223 1.00 17.94 C \ ANISOU22113 C TRP J 123 1868 2949 1997 -75 -431 -39 C \ ATOM 22114 O TRP J 123 2.461 -31.531-135.683 1.00 17.65 O \ ANISOU22114 O TRP J 123 1837 2889 1979 -126 -395 -56 O \ ATOM 22115 CB TRP J 123 0.278 -29.498-134.863 1.00 18.78 C \ ANISOU22115 CB TRP J 123 1825 3142 2166 -19 -444 -21 C \ ATOM 22116 CG TRP J 123 -0.976 -28.666-134.888 1.00 20.47 C \ ANISOU22116 CG TRP J 123 1959 3421 2394 27 -487 -11 C \ ATOM 22117 CD1 TRP J 123 -2.200 -29.012-134.397 1.00 21.95 C \ ANISOU22117 CD1 TRP J 123 2051 3671 2615 9 -498 -20 C \ ATOM 22118 CD2 TRP J 123 -1.120 -27.353-135.439 1.00 22.02 C \ ANISOU22118 CD2 TRP J 123 2165 3626 2574 101 -525 9 C \ ATOM 22119 NE1 TRP J 123 -3.101 -27.995-134.605 1.00 22.91 N \ ANISOU22119 NE1 TRP J 123 2117 3843 2743 71 -540 -7 N \ ATOM 22120 CE2 TRP J 123 -2.464 -26.963-135.242 1.00 23.81 C \ ANISOU22120 CE2 TRP J 123 2297 3922 2827 130 -559 11 C \ ATOM 22121 CE3 TRP J 123 -0.243 -26.465-136.078 1.00 22.17 C \ ANISOU22121 CE3 TRP J 123 2263 3600 2559 145 -532 29 C \ ATOM 22122 CZ2 TRP J 123 -2.955 -25.724-135.662 1.00 24.59 C \ ANISOU22122 CZ2 TRP J 123 2380 4042 2919 207 -603 32 C \ ATOM 22123 CZ3 TRP J 123 -0.734 -25.229-136.498 1.00 24.90 C \ ANISOU22123 CZ3 TRP J 123 2597 3965 2897 217 -575 51 C \ ATOM 22124 CH2 TRP J 123 -2.082 -24.875-136.290 1.00 25.67 C \ ANISOU22124 CH2 TRP J 123 2602 4129 3022 249 -612 52 C \ ATOM 22125 N GLU J 124 3.027 -29.654-136.810 1.00 16.41 N \ ANISOU22125 N GLU J 124 1741 2722 1771 -35 -430 -24 N \ ATOM 22126 CA GLU J 124 4.462 -29.928-136.862 1.00 16.03 C \ ANISOU22126 CA GLU J 124 1772 2611 1708 -46 -385 -27 C \ ATOM 22127 C GLU J 124 5.214 -28.856-136.083 1.00 14.93 C \ ANISOU22127 C GLU J 124 1649 2438 1583 8 -346 -2 C \ ATOM 22128 O GLU J 124 5.114 -27.671-136.402 1.00 14.30 O \ ANISOU22128 O GLU J 124 1577 2364 1490 61 -369 20 O \ ATOM 22129 CB GLU J 124 4.927 -29.939-138.322 1.00 16.82 C \ ANISOU22129 CB GLU J 124 1938 2701 1750 -54 -414 -32 C \ ATOM 22130 CG GLU J 124 6.418 -30.172-138.539 1.00 16.19 C \ ANISOU22130 CG GLU J 124 1938 2563 1650 -63 -369 -36 C \ ATOM 22131 CD GLU J 124 6.836 -29.955-139.987 1.00 19.35 C \ ANISOU22131 CD GLU J 124 2403 2961 1989 -62 -395 -36 C \ ATOM 22132 OE1 GLU J 124 5.983 -29.590-140.833 1.00 17.82 O \ ANISOU22132 OE1 GLU J 124 2196 2809 1765 -53 -453 -30 O \ ATOM 22133 OE2 GLU J 124 8.030 -30.146-140.281 1.00 19.07 O \ ANISOU22133 OE2 GLU J 124 2429 2883 1932 -70 -358 -41 O \ ATOM 22134 N ALA J 125 5.957 -29.268-135.062 1.00 14.41 N \ ANISOU22134 N ALA J 125 1593 2335 1545 -3 -292 -6 N \ ATOM 22135 CA ALA J 125 6.751 -28.329-134.284 1.00 13.95 C \ ANISOU22135 CA ALA J 125 1554 2243 1501 41 -255 13 C \ ATOM 22136 C ALA J 125 8.029 -28.003-135.049 1.00 14.89 C \ ANISOU22136 C ALA J 125 1752 2318 1587 49 -242 20 C \ ATOM 22137 O ALA J 125 8.823 -28.899-135.348 1.00 14.89 O \ ANISOU22137 O ALA J 125 1792 2290 1575 11 -220 4 O \ ATOM 22138 CB ALA J 125 7.071 -28.903-132.907 1.00 13.53 C \ ANISOU22138 CB ALA J 125 1483 2172 1487 25 -205 7 C \ ATOM 22139 N ILE J 126 8.226 -26.726-135.366 1.00 14.13 N \ ANISOU22139 N ILE J 126 1678 2213 1476 97 -255 44 N \ ATOM 22140 CA ILE J 126 9.357 -26.331-136.212 1.00 14.82 C \ ANISOU22140 CA ILE J 126 1838 2264 1527 101 -245 55 C \ ATOM 22141 C ILE J 126 10.467 -25.601-135.472 1.00 13.89 C \ ANISOU22141 C ILE J 126 1749 2101 1426 126 -201 70 C \ ATOM 22142 O ILE J 126 11.626 -25.669-135.880 1.00 14.80 O \ ANISOU22142 O ILE J 126 1917 2182 1523 114 -174 71 O \ ATOM 22143 CB ILE J 126 8.912 -25.532-137.468 1.00 14.81 C \ ANISOU22143 CB ILE J 126 1859 2283 1483 126 -296 73 C \ ATOM 22144 CG1 ILE J 126 8.317 -24.162-137.083 1.00 16.34 C \ ANISOU22144 CG1 ILE J 126 2029 2485 1693 186 -318 100 C \ ATOM 22145 CG2 ILE J 126 7.944 -26.372-138.294 1.00 16.87 C \ ANISOU22145 CG2 ILE J 126 2098 2590 1722 93 -341 54 C \ ATOM 22146 CD1 ILE J 126 7.904 -23.290-138.278 1.00 18.92 C \ ANISOU22146 CD1 ILE J 126 2382 2825 1978 217 -371 125 C \ ATOM 22147 N SER J 127 10.112 -24.904-134.394 1.00 13.67 N \ ANISOU22147 N SER J 127 1685 2073 1433 161 -194 79 N \ ATOM 22148 CA SER J 127 11.088 -24.176-133.591 1.00 13.46 C \ ANISOU22148 CA SER J 127 1683 2005 1425 184 -156 91 C \ ATOM 22149 C SER J 127 10.563 -23.901-132.182 1.00 13.94 C \ ANISOU22149 C SER J 127 1694 2075 1527 209 -142 88 C \ ATOM 22150 O SER J 127 9.347 -23.939-131.935 1.00 13.71 O \ ANISOU22150 O SER J 127 1611 2087 1511 221 -166 84 O \ ATOM 22151 CB SER J 127 11.501 -22.863-134.275 1.00 14.38 C \ ANISOU22151 CB SER J 127 1846 2098 1518 220 -171 118 C \ ATOM 22152 OG SER J 127 10.439 -21.926-134.281 1.00 17.23 O \ ANISOU22152 OG SER J 127 2180 2481 1885 266 -210 133 O \ ATOM 22153 N VAL J 128 11.493 -23.636-131.268 1.00 12.42 N \ ANISOU22153 N VAL J 128 1519 1846 1353 215 -104 90 N \ ATOM 22154 CA VAL J 128 11.164 -23.306-129.888 1.00 12.97 C \ ANISOU22154 CA VAL J 128 1552 1919 1455 239 -86 86 C \ ATOM 22155 C VAL J 128 12.133 -22.251-129.335 1.00 13.67 C \ ANISOU22155 C VAL J 128 1677 1963 1552 267 -65 97 C \ ATOM 22156 O VAL J 128 13.340 -22.289-129.602 1.00 13.48 O \ ANISOU22156 O VAL J 128 1698 1903 1518 248 -46 101 O \ ATOM 22157 CB VAL J 128 11.114 -24.573-128.981 1.00 12.31 C \ ANISOU22157 CB VAL J 128 1437 1848 1391 201 -57 68 C \ ATOM 22158 CG1 VAL J 128 12.485 -25.253-128.876 1.00 13.79 C \ ANISOU22158 CG1 VAL J 128 1666 1996 1577 168 -24 64 C \ ATOM 22159 CG2 VAL J 128 10.561 -24.237-127.570 1.00 12.08 C \ ANISOU22159 CG2 VAL J 128 1364 1834 1389 226 -40 65 C \ ATOM 22160 N LYS J 129 11.579 -21.286-128.612 1.00 14.01 N \ ANISOU22160 N LYS J 129 1701 2010 1612 312 -71 100 N \ ATOM 22161 CA LYS J 129 12.364 -20.402-127.766 1.00 14.75 C \ ANISOU22161 CA LYS J 129 1820 2063 1720 335 -49 104 C \ ATOM 22162 C LYS J 129 12.124 -20.881-126.352 1.00 14.23 C \ ANISOU22162 C LYS J 129 1715 2013 1676 333 -21 86 C \ ATOM 22163 O LYS J 129 10.978 -20.948-125.895 1.00 14.73 O \ ANISOU22163 O LYS J 129 1728 2116 1750 351 -28 78 O \ ATOM 22164 CB LYS J 129 11.910 -18.954-127.889 1.00 16.02 C \ ANISOU22164 CB LYS J 129 1992 2210 1882 391 -74 116 C \ ATOM 22165 CG LYS J 129 12.320 -18.257-129.170 1.00 21.99 C \ ANISOU22165 CG LYS J 129 2799 2940 2614 397 -98 140 C \ ATOM 22166 CD LYS J 129 11.938 -16.786-129.084 1.00 27.50 C \ ANISOU22166 CD LYS J 129 3513 3614 3319 455 -120 153 C \ ATOM 22167 CE LYS J 129 12.778 -15.934-130.014 1.00 30.73 C \ ANISOU22167 CE LYS J 129 3990 3977 3709 454 -131 180 C \ ATOM 22168 NZ LYS J 129 12.364 -14.510-129.917 1.00 32.76 N \ ANISOU22168 NZ LYS J 129 4266 4204 3975 512 -155 194 N \ ATOM 22169 N THR J 130 13.198 -21.238-125.666 1.00 12.36 N \ ANISOU22169 N THR J 130 1500 1749 1446 309 10 81 N \ ATOM 22170 CA THR J 130 13.066 -21.733-124.309 1.00 12.89 C \ ANISOU22170 CA THR J 130 1537 1830 1529 304 36 68 C \ ATOM 22171 C THR J 130 14.097 -21.071-123.407 1.00 13.77 C \ ANISOU22171 C THR J 130 1679 1902 1647 316 57 66 C \ ATOM 22172 O THR J 130 15.190 -20.716-123.859 1.00 13.76 O \ ANISOU22172 O THR J 130 1721 1863 1641 307 58 74 O \ ATOM 22173 CB THR J 130 13.139 -23.291-124.240 1.00 12.45 C \ ANISOU22173 CB THR J 130 1465 1792 1474 254 52 62 C \ ATOM 22174 OG1 THR J 130 13.022 -23.713-122.879 1.00 13.00 O \ ANISOU22174 OG1 THR J 130 1510 1872 1554 249 78 53 O \ ATOM 22175 CG2 THR J 130 14.448 -23.830-124.821 1.00 12.20 C \ ANISOU22175 CG2 THR J 130 1476 1725 1433 221 62 65 C \ ATOM 22176 N GLU J 131 13.739 -20.903-122.138 1.00 13.09 N \ ANISOU22176 N GLU J 131 1571 1829 1571 334 72 55 N \ ATOM 22177 CA GLU J 131 14.565 -20.150-121.214 1.00 13.12 C \ ANISOU22177 CA GLU J 131 1602 1799 1580 350 86 49 C \ ATOM 22178 C GLU J 131 14.321 -20.618-119.794 1.00 12.47 C \ ANISOU22178 C GLU J 131 1495 1740 1502 348 111 36 C \ ATOM 22179 O GLU J 131 13.178 -20.880-119.403 1.00 13.02 O \ ANISOU22179 O GLU J 131 1521 1852 1573 359 116 29 O \ ATOM 22180 CB GLU J 131 14.241 -18.653-121.339 1.00 14.30 C \ ANISOU22180 CB GLU J 131 1770 1930 1733 400 68 49 C \ ATOM 22181 CG GLU J 131 15.063 -17.729-120.453 1.00 19.18 C \ ANISOU22181 CG GLU J 131 2421 2507 2356 416 78 41 C \ ATOM 22182 CD GLU J 131 14.895 -16.264-120.834 1.00 24.07 C \ ANISOU22182 CD GLU J 131 3071 3094 2980 460 56 44 C \ ATOM 22183 OE1 GLU J 131 14.999 -15.941-122.038 1.00 27.74 O \ ANISOU22183 OE1 GLU J 131 3557 3541 3439 458 35 63 O \ ATOM 22184 OE2 GLU J 131 14.664 -15.436-119.929 1.00 25.85 O \ ANISOU22184 OE2 GLU J 131 3300 3308 3211 496 59 28 O \ ATOM 22185 N VAL J 132 15.403 -20.708-119.029 1.00 10.92 N \ ANISOU22185 N VAL J 132 1324 1518 1305 333 128 33 N \ ATOM 22186 CA VAL J 132 15.328 -20.991-117.598 1.00 11.47 C \ ANISOU22186 CA VAL J 132 1380 1604 1373 334 150 22 C \ ATOM 22187 C VAL J 132 14.993 -19.687-116.882 1.00 11.71 C \ ANISOU22187 C VAL J 132 1417 1628 1403 382 149 6 C \ ATOM 22188 O VAL J 132 15.685 -18.671-117.035 1.00 12.95 O \ ANISOU22188 O VAL J 132 1611 1743 1563 398 137 4 O \ ATOM 22189 CB VAL J 132 16.648 -21.620-117.062 1.00 10.94 C \ ANISOU22189 CB VAL J 132 1338 1513 1305 301 162 25 C \ ATOM 22190 CG1 VAL J 132 16.536 -21.937-115.550 1.00 10.26 C \ ANISOU22190 CG1 VAL J 132 1240 1446 1209 302 183 16 C \ ATOM 22191 CG2 VAL J 132 16.991 -22.864-117.858 1.00 10.94 C \ ANISOU22191 CG2 VAL J 132 1334 1513 1307 261 163 37 C \ ATOM 22192 N VAL J 133 13.901 -19.728-116.125 1.00 12.01 N \ ANISOU22192 N VAL J 133 1418 1706 1437 403 162 -4 N \ ATOM 22193 CA VAL J 133 13.350 -18.560-115.460 1.00 12.66 C \ ANISOU22193 CA VAL J 133 1500 1790 1518 455 163 -23 C \ ATOM 22194 C VAL J 133 13.923 -18.414-114.047 1.00 12.21 C \ ANISOU22194 C VAL J 133 1463 1726 1449 456 184 -39 C \ ATOM 22195 O VAL J 133 14.149 -19.409-113.357 1.00 12.83 O \ ANISOU22195 O VAL J 133 1531 1824 1517 424 203 -35 O \ ATOM 22196 CB VAL J 133 11.805 -18.658-115.413 1.00 13.18 C \ ANISOU22196 CB VAL J 133 1509 1911 1586 482 169 -29 C \ ATOM 22197 CG1 VAL J 133 11.200 -17.480-114.664 1.00 13.96 C \ ANISOU22197 CG1 VAL J 133 1605 2013 1684 542 175 -52 C \ ATOM 22198 CG2 VAL J 133 11.238 -18.739-116.849 1.00 14.12 C \ ANISOU22198 CG2 VAL J 133 1610 2039 1716 482 141 -14 C \ ATOM 22199 N GLY J 134 14.174 -17.177-113.633 1.00 11.35 N \ ANISOU22199 N GLY J 134 1385 1586 1340 493 177 -56 N \ ATOM 22200 CA GLY J 134 14.587 -16.909-112.254 1.00 11.17 C \ ANISOU22200 CA GLY J 134 1382 1560 1301 500 194 -77 C \ ATOM 22201 C GLY J 134 16.052 -17.189-111.984 1.00 11.38 C \ ANISOU22201 C GLY J 134 1446 1551 1324 461 189 -71 C \ ATOM 22202 O GLY J 134 16.443 -17.464-110.849 1.00 11.20 O \ ANISOU22202 O GLY J 134 1433 1539 1284 451 203 -81 O \ ATOM 22203 N ILE J 135 16.871 -17.104-113.024 1.00 10.77 N \ ANISOU22203 N ILE J 135 1392 1438 1262 439 169 -55 N \ ATOM 22204 CA ILE J 135 18.315 -17.309-112.880 1.00 10.64 C \ ANISOU22204 CA ILE J 135 1405 1389 1247 403 163 -49 C \ ATOM 22205 C ILE J 135 18.934 -16.297-111.905 1.00 11.18 C \ ANISOU22205 C ILE J 135 1510 1428 1308 418 158 -72 C \ ATOM 22206 O ILE J 135 19.807 -16.651-111.109 1.00 11.69 O \ ANISOU22206 O ILE J 135 1586 1490 1363 395 160 -76 O \ ATOM 22207 CB ILE J 135 19.023 -17.267-114.258 1.00 11.40 C \ ANISOU22207 CB ILE J 135 1516 1453 1359 381 147 -28 C \ ATOM 22208 CG1 ILE J 135 18.657 -18.507-115.071 1.00 9.19 C \ ANISOU22208 CG1 ILE J 135 1206 1202 1082 356 153 -9 C \ ATOM 22209 CG2 ILE J 135 20.540 -17.141-114.090 1.00 11.10 C \ ANISOU22209 CG2 ILE J 135 1510 1380 1328 351 140 -27 C \ ATOM 22210 CD1 ILE J 135 19.108 -18.470-116.550 1.00 10.34 C \ ANISOU22210 CD1 ILE J 135 1364 1324 1238 339 139 9 C \ ATOM 22211 N SER J 136 18.463 -15.053-111.965 1.00 10.40 N \ ANISOU22211 N SER J 136 1429 1307 1214 458 149 -89 N \ ATOM 22212 CA SER J 136 18.955 -13.966-111.108 1.00 11.61 C \ ANISOU22212 CA SER J 136 1622 1425 1362 475 141 -116 C \ ATOM 22213 C SER J 136 18.714 -14.180-109.606 1.00 11.41 C \ ANISOU22213 C SER J 136 1592 1432 1309 486 159 -141 C \ ATOM 22214 O SER J 136 19.440 -13.633-108.782 1.00 10.72 O \ ANISOU22214 O SER J 136 1539 1321 1212 483 152 -162 O \ ATOM 22215 CB SER J 136 18.324 -12.638-111.532 1.00 11.51 C \ ANISOU22215 CB SER J 136 1630 1380 1361 522 129 -129 C \ ATOM 22216 OG SER J 136 16.948 -12.612-111.217 1.00 15.58 O \ ANISOU22216 OG SER J 136 2114 1935 1869 568 144 -142 O \ ATOM 22217 N SER J 137 17.711 -14.979-109.254 1.00 10.99 N \ ANISOU22217 N SER J 137 1499 1433 1242 496 183 -138 N \ ATOM 22218 CA SER J 137 17.460 -15.322-107.847 1.00 11.66 C \ ANISOU22218 CA SER J 137 1578 1555 1295 501 205 -157 C \ ATOM 22219 C SER J 137 18.694 -15.965-107.194 1.00 12.43 C \ ANISOU22219 C SER J 137 1695 1647 1379 458 199 -149 C \ ATOM 22220 O SER J 137 18.827 -15.975-105.969 1.00 12.83 O \ ANISOU22220 O SER J 137 1760 1714 1401 461 207 -167 O \ ATOM 22221 CB SER J 137 16.275 -16.279-107.735 1.00 11.73 C \ ANISOU22221 CB SER J 137 1536 1626 1295 504 233 -146 C \ ATOM 22222 OG SER J 137 16.634 -17.567-108.217 1.00 12.93 O \ ANISOU22222 OG SER J 137 1668 1790 1452 457 234 -113 O \ ATOM 22223 N LEU J 138 19.603 -16.481-108.017 1.00 11.58 N \ ANISOU22223 N LEU J 138 1589 1517 1292 420 183 -124 N \ ATOM 22224 CA LEU J 138 20.756 -17.224-107.498 1.00 11.28 C \ ANISOU22224 CA LEU J 138 1561 1477 1246 382 176 -113 C \ ATOM 22225 C LEU J 138 21.930 -16.342-107.058 1.00 12.01 C \ ANISOU22225 C LEU J 138 1693 1529 1339 374 152 -131 C \ ATOM 22226 O LEU J 138 22.956 -16.862-106.612 1.00 13.13 O \ ANISOU22226 O LEU J 138 1842 1670 1476 345 141 -124 O \ ATOM 22227 CB LEU J 138 21.215 -18.280-108.503 1.00 10.69 C \ ANISOU22227 CB LEU J 138 1466 1401 1192 347 173 -80 C \ ATOM 22228 CG LEU J 138 20.182 -19.311-108.988 1.00 11.95 C \ ANISOU22228 CG LEU J 138 1588 1599 1354 343 193 -61 C \ ATOM 22229 CD1 LEU J 138 20.825 -20.263-110.005 1.00 10.98 C \ ANISOU22229 CD1 LEU J 138 1455 1464 1251 309 187 -34 C \ ATOM 22230 CD2 LEU J 138 19.554 -20.093-107.828 1.00 11.37 C \ ANISOU22230 CD2 LEU J 138 1499 1570 1251 343 216 -60 C \ ATOM 22231 N ILE J 139 21.789 -15.017-107.181 1.00 11.65 N \ ANISOU22231 N ILE J 139 1674 1449 1300 400 141 -155 N \ ATOM 22232 CA ILE J 139 22.805 -14.104-106.628 1.00 12.43 C \ ANISOU22232 CA ILE J 139 1813 1509 1397 392 118 -178 C \ ATOM 22233 C ILE J 139 22.651 -13.934-105.113 1.00 13.09 C \ ANISOU22233 C ILE J 139 1915 1615 1443 407 123 -209 C \ ATOM 22234 O ILE J 139 23.511 -13.342-104.461 1.00 13.02 O \ ANISOU22234 O ILE J 139 1938 1581 1425 396 101 -230 O \ ATOM 22235 CB ILE J 139 22.830 -12.705-107.304 1.00 12.08 C \ ANISOU22235 CB ILE J 139 1801 1411 1377 409 102 -191 C \ ATOM 22236 CG1 ILE J 139 21.600 -11.875-106.914 1.00 11.99 C \ ANISOU22236 CG1 ILE J 139 1799 1401 1353 464 113 -220 C \ ATOM 22237 CG2 ILE J 139 22.967 -12.823-108.822 1.00 10.16 C \ ANISOU22237 CG2 ILE J 139 1545 1148 1166 393 97 -159 C \ ATOM 22238 CD1 ILE J 139 21.883 -10.382-106.865 1.00 13.53 C \ ANISOU22238 CD1 ILE J 139 2044 1535 1559 481 93 -249 C \ ATOM 22239 N ASN J 140 21.544 -14.443-104.573 1.00 13.19 N \ ANISOU22239 N ASN J 140 1905 1674 1430 432 151 -211 N \ ATOM 22240 CA ASN J 140 21.271 -14.397-103.131 1.00 13.68 C \ ANISOU22240 CA ASN J 140 1983 1767 1448 447 163 -239 C \ ATOM 22241 C ASN J 140 22.279 -15.233-102.337 1.00 13.51 C \ ANISOU22241 C ASN J 140 1967 1761 1403 409 151 -226 C \ ATOM 22242 O ASN J 140 22.290 -16.459-102.437 1.00 13.56 O \ ANISOU22242 O ASN J 140 1946 1798 1408 387 161 -193 O \ ATOM 22243 CB ASN J 140 19.838 -14.879-102.867 1.00 14.02 C \ ANISOU22243 CB ASN J 140 1992 1863 1472 476 201 -238 C \ ATOM 22244 CG ASN J 140 19.426 -14.764-101.400 1.00 16.41 C \ ANISOU22244 CG ASN J 140 2310 2201 1723 496 221 -267 C \ ATOM 22245 OD1 ASN J 140 20.263 -14.698-100.500 1.00 16.54 O \ ANISOU22245 OD1 ASN J 140 2358 2212 1712 480 205 -280 O \ ATOM 22246 ND2 ASN J 140 18.119 -14.756-101.162 1.00 17.90 N \ ANISOU22246 ND2 ASN J 140 2473 2431 1898 531 256 -278 N \ ATOM 22247 N VAL J 141 23.131 -14.558-101.561 1.00 13.13 N \ ANISOU22247 N VAL J 141 1957 1690 1339 403 126 -253 N \ ATOM 22248 CA VAL J 141 24.127 -15.233-100.725 1.00 13.68 C \ ANISOU22248 CA VAL J 141 2035 1775 1384 371 107 -245 C \ ATOM 22249 C VAL J 141 23.906 -14.919 -99.244 1.00 15.39 C \ ANISOU22249 C VAL J 141 2283 2018 1546 388 111 -278 C \ ATOM 22250 O VAL J 141 24.849 -14.896 -98.445 1.00 15.42 O \ ANISOU22250 O VAL J 141 2311 2020 1527 368 83 -288 O \ ATOM 22251 CB VAL J 141 25.587 -14.919-101.153 1.00 13.92 C \ ANISOU22251 CB VAL J 141 2077 1764 1446 336 67 -240 C \ ATOM 22252 CG1 VAL J 141 25.887 -15.537-102.534 1.00 13.15 C \ ANISOU22252 CG1 VAL J 141 1946 1653 1395 315 69 -202 C \ ATOM 22253 CG2 VAL J 141 25.872 -13.415-101.150 1.00 13.01 C \ ANISOU22253 CG2 VAL J 141 2000 1600 1341 345 46 -280 C \ ATOM 22254 N HIS J 142 22.642 -14.696 -98.894 1.00 15.59 N \ ANISOU22254 N HIS J 142 2305 2071 1548 426 146 -296 N \ ATOM 22255 CA HIS J 142 22.258 -14.335 -97.530 1.00 17.37 C \ ANISOU22255 CA HIS J 142 2560 2324 1716 448 159 -333 C \ ATOM 22256 C HIS J 142 20.982 -15.050 -97.105 1.00 17.45 C \ ANISOU22256 C HIS J 142 2542 2394 1694 469 207 -322 C \ ATOM 22257 O HIS J 142 20.196 -14.522 -96.315 1.00 18.50 O \ ANISOU22257 O HIS J 142 2689 2551 1790 504 233 -357 O \ ATOM 22258 CB HIS J 142 22.093 -12.814 -97.406 1.00 18.12 C \ ANISOU22258 CB HIS J 142 2693 2378 1813 482 150 -385 C \ ATOM 22259 CG HIS J 142 21.142 -12.235 -98.406 1.00 21.78 C \ ANISOU22259 CG HIS J 142 3138 2822 2315 517 169 -389 C \ ATOM 22260 ND1 HIS J 142 19.788 -12.143 -98.175 1.00 22.29 N \ ANISOU22260 ND1 HIS J 142 3183 2922 2362 562 210 -404 N \ ATOM 22261 CD2 HIS J 142 21.346 -11.747 -99.653 1.00 22.21 C \ ANISOU22261 CD2 HIS J 142 3186 2827 2423 515 152 -377 C \ ATOM 22262 CE1 HIS J 142 19.198 -11.614 -99.232 1.00 24.05 C \ ANISOU22262 CE1 HIS J 142 3389 3119 2628 589 214 -401 C \ ATOM 22263 NE2 HIS J 142 20.122 -11.361-100.142 1.00 21.62 N \ ANISOU22263 NE2 HIS J 142 3093 2759 2362 560 178 -384 N \ ATOM 22264 N TYR J 143 20.773 -16.257 -97.630 1.00 16.65 N \ ANISOU22264 N TYR J 143 2400 2318 1608 446 222 -275 N \ ATOM 22265 CA TYR J 143 19.747 -17.139 -97.088 1.00 15.95 C \ ANISOU22265 CA TYR J 143 2285 2289 1485 450 265 -258 C \ ATOM 22266 C TYR J 143 20.006 -17.231 -95.575 1.00 15.28 C \ ANISOU22266 C TYR J 143 2236 2235 1332 448 268 -274 C \ ATOM 22267 O TYR J 143 21.159 -17.349 -95.159 1.00 14.74 O \ ANISOU22267 O TYR J 143 2197 2150 1253 423 230 -270 O \ ATOM 22268 CB TYR J 143 19.817 -18.514 -97.764 1.00 15.56 C \ ANISOU22268 CB TYR J 143 2200 2251 1460 414 269 -204 C \ ATOM 22269 CG TYR J 143 19.013 -19.580 -97.060 1.00 16.43 C \ ANISOU22269 CG TYR J 143 2290 2419 1531 404 308 -180 C \ ATOM 22270 CD1 TYR J 143 17.629 -19.438 -96.886 1.00 18.63 C \ ANISOU22270 CD1 TYR J 143 2541 2740 1795 430 354 -193 C \ ATOM 22271 CD2 TYR J 143 19.630 -20.726 -96.560 1.00 17.14 C \ ANISOU22271 CD2 TYR J 143 2389 2522 1601 368 299 -143 C \ ATOM 22272 CE1 TYR J 143 16.880 -20.409 -96.226 1.00 18.79 C \ ANISOU22272 CE1 TYR J 143 2543 2816 1780 415 393 -168 C \ ATOM 22273 CE2 TYR J 143 18.893 -21.710 -95.902 1.00 18.85 C \ ANISOU22273 CE2 TYR J 143 2593 2788 1780 355 336 -116 C \ ATOM 22274 CZ TYR J 143 17.517 -21.541 -95.739 1.00 19.40 C \ ANISOU22274 CZ TYR J 143 2634 2900 1834 376 384 -129 C \ ATOM 22275 OH TYR J 143 16.785 -22.503 -95.090 1.00 20.38 O \ ANISOU22275 OH TYR J 143 2744 3075 1922 357 423 -102 O \ ATOM 22276 N TRP J 144 18.961 -17.140 -94.751 1.00 15.45 N \ ANISOU22276 N TRP J 144 2256 2304 1309 474 310 -294 N \ ATOM 22277 CA TRP J 144 19.179 -17.027 -93.297 1.00 16.82 C \ ANISOU22277 CA TRP J 144 2472 2506 1411 477 313 -317 C \ ATOM 22278 C TRP J 144 19.997 -18.182 -92.705 1.00 16.99 C \ ANISOU22278 C TRP J 144 2506 2546 1402 434 294 -275 C \ ATOM 22279 O TRP J 144 20.759 -17.986 -91.757 1.00 18.74 O \ ANISOU22279 O TRP J 144 2771 2769 1579 427 268 -291 O \ ATOM 22280 CB TRP J 144 17.868 -16.794 -92.517 1.00 17.77 C \ ANISOU22280 CB TRP J 144 2584 2681 1483 513 369 -344 C \ ATOM 22281 CG TRP J 144 16.974 -18.001 -92.406 1.00 20.17 C \ ANISOU22281 CG TRP J 144 2847 3044 1772 496 416 -301 C \ ATOM 22282 CD1 TRP J 144 15.912 -18.310 -93.207 1.00 21.51 C \ ANISOU22282 CD1 TRP J 144 2959 3233 1978 503 450 -284 C \ ATOM 22283 CD2 TRP J 144 17.063 -19.050 -91.435 1.00 21.50 C \ ANISOU22283 CD2 TRP J 144 3027 3257 1883 465 431 -268 C \ ATOM 22284 NE1 TRP J 144 15.340 -19.491 -92.802 1.00 22.75 N \ ANISOU22284 NE1 TRP J 144 3092 3444 2108 475 487 -244 N \ ATOM 22285 CE2 TRP J 144 16.026 -19.968 -91.715 1.00 24.92 C \ ANISOU22285 CE2 TRP J 144 3410 3733 2324 451 477 -232 C \ ATOM 22286 CE3 TRP J 144 17.929 -19.313 -90.360 1.00 22.39 C \ ANISOU22286 CE3 TRP J 144 3190 3378 1939 445 408 -264 C \ ATOM 22287 CZ2 TRP J 144 15.823 -21.128 -90.954 1.00 22.18 C \ ANISOU22287 CZ2 TRP J 144 3064 3432 1930 418 504 -190 C \ ATOM 22288 CZ3 TRP J 144 17.725 -20.465 -89.599 1.00 21.04 C \ ANISOU22288 CZ3 TRP J 144 3020 3254 1718 416 432 -222 C \ ATOM 22289 CH2 TRP J 144 16.681 -21.358 -89.906 1.00 23.93 C \ ANISOU22289 CH2 TRP J 144 3338 3658 2094 402 481 -184 C \ ATOM 22290 N ASP J 145 19.847 -19.374 -93.276 1.00 16.58 N \ ANISOU22290 N ASP J 145 2418 2505 1375 406 305 -222 N \ ATOM 22291 CA ASP J 145 20.541 -20.561 -92.772 1.00 17.14 C \ ANISOU22291 CA ASP J 145 2500 2590 1422 369 289 -177 C \ ATOM 22292 C ASP J 145 21.637 -21.073 -93.729 1.00 15.78 C \ ANISOU22292 C ASP J 145 2316 2372 1307 342 245 -145 C \ ATOM 22293 O ASP J 145 21.943 -22.266 -93.763 1.00 15.98 O \ ANISOU22293 O ASP J 145 2332 2402 1334 314 241 -98 O \ ATOM 22294 CB ASP J 145 19.530 -21.673 -92.455 1.00 16.19 C \ ANISOU22294 CB ASP J 145 2355 2521 1275 356 338 -139 C \ ATOM 22295 CG ASP J 145 20.101 -22.727 -91.523 1.00 19.29 C \ ANISOU22295 CG ASP J 145 2776 2935 1619 326 327 -100 C \ ATOM 22296 OD1 ASP J 145 21.007 -22.392 -90.732 1.00 19.47 O \ ANISOU22296 OD1 ASP J 145 2840 2950 1605 327 291 -115 O \ ATOM 22297 OD2 ASP J 145 19.655 -23.886 -91.584 1.00 23.52 O \ ANISOU22297 OD2 ASP J 145 3292 3491 2154 301 352 -53 O \ ATOM 22298 N MET J 146 22.231 -20.164 -94.493 1.00 16.70 N \ ANISOU22298 N MET J 146 2434 2442 1469 350 215 -170 N \ ATOM 22299 CA MET J 146 23.261 -20.526 -95.475 1.00 15.08 C \ ANISOU22299 CA MET J 146 2215 2195 1320 326 178 -145 C \ ATOM 22300 C MET J 146 24.608 -20.743 -94.798 1.00 16.47 C \ ANISOU22300 C MET J 146 2418 2362 1477 306 131 -138 C \ ATOM 22301 O MET J 146 25.039 -19.925 -93.974 1.00 16.09 O \ ANISOU22301 O MET J 146 2405 2313 1395 314 109 -174 O \ ATOM 22302 CB MET J 146 23.390 -19.413 -96.516 1.00 14.40 C \ ANISOU22302 CB MET J 146 2121 2063 1284 339 165 -173 C \ ATOM 22303 CG MET J 146 23.471 -19.884 -97.961 1.00 14.71 C \ ANISOU22303 CG MET J 146 2125 2078 1387 325 164 -144 C \ ATOM 22304 SD MET J 146 23.325 -18.467 -99.063 1.00 15.53 S \ ANISOU22304 SD MET J 146 2227 2136 1538 347 157 -177 S \ ATOM 22305 CE MET J 146 22.623 -19.240-100.525 1.00 12.75 C \ ANISOU22305 CE MET J 146 1827 1783 1232 340 180 -141 C \ ATOM 22306 N LYS J 147 25.271 -21.847 -95.142 1.00 16.10 N \ ANISOU22306 N LYS J 147 2355 2308 1452 282 115 -94 N \ ATOM 22307 CA LYS J 147 26.663 -22.068 -94.740 1.00 16.24 C \ ANISOU22307 CA LYS J 147 2388 2313 1467 266 64 -85 C \ ATOM 22308 C LYS J 147 27.555 -20.961 -95.316 1.00 16.66 C \ ANISOU22308 C LYS J 147 2442 2326 1561 264 29 -117 C \ ATOM 22309 O LYS J 147 27.432 -20.599 -96.487 1.00 17.38 O \ ANISOU22309 O LYS J 147 2510 2388 1704 264 37 -121 O \ ATOM 22310 CB LYS J 147 27.144 -23.450 -95.205 1.00 15.72 C \ ANISOU22310 CB LYS J 147 2300 2242 1429 247 56 -32 C \ ATOM 22311 CG LYS J 147 28.580 -23.778 -94.822 1.00 19.58 C \ ANISOU22311 CG LYS J 147 2797 2722 1920 234 4 -19 C \ ATOM 22312 CD LYS J 147 28.927 -25.228 -95.135 1.00 21.73 C \ ANISOU22312 CD LYS J 147 3051 2989 2213 223 0 32 C \ ATOM 22313 CE LYS J 147 30.405 -25.514 -94.892 1.00 21.52 C \ ANISOU22313 CE LYS J 147 3025 2953 2199 217 -54 44 C \ ATOM 22314 NZ LYS J 147 30.786 -25.383 -93.452 1.00 18.85 N \ ANISOU22314 NZ LYS J 147 2723 2642 1796 219 -85 39 N \ ATOM 22315 N ARG J 148 28.434 -20.415 -94.480 1.00 15.98 N \ ANISOU22315 N ARG J 148 2384 2239 1448 259 -11 -141 N \ ATOM 22316 CA ARG J 148 29.342 -19.356 -94.903 1.00 17.02 C \ ANISOU22316 CA ARG J 148 2519 2333 1615 249 -47 -172 C \ ATOM 22317 C ARG J 148 30.544 -19.917 -95.651 1.00 16.63 C \ ANISOU22317 C ARG J 148 2438 2262 1617 226 -79 -142 C \ ATOM 22318 O ARG J 148 30.984 -21.045 -95.380 1.00 17.91 O \ ANISOU22318 O ARG J 148 2589 2442 1772 219 -91 -105 O \ ATOM 22319 CB ARG J 148 29.831 -18.548 -93.699 1.00 16.86 C \ ANISOU22319 CB ARG J 148 2540 2319 1545 249 -81 -211 C \ ATOM 22320 CG ARG J 148 28.763 -17.754 -92.974 1.00 18.99 C \ ANISOU22320 CG ARG J 148 2845 2604 1764 275 -52 -253 C \ ATOM 22321 CD ARG J 148 29.371 -17.093 -91.752 1.00 22.08 C \ ANISOU22321 CD ARG J 148 3282 3004 2103 271 -91 -291 C \ ATOM 22322 NE ARG J 148 28.393 -16.469 -90.864 1.00 20.82 N \ ANISOU22322 NE ARG J 148 3160 2866 1883 299 -61 -332 N \ ATOM 22323 CZ ARG J 148 28.125 -15.165 -90.833 1.00 21.95 C \ ANISOU22323 CZ ARG J 148 3331 2981 2026 315 -60 -387 C \ ATOM 22324 NH1 ARG J 148 28.745 -14.328 -91.657 1.00 21.34 N \ ANISOU22324 NH1 ARG J 148 3250 2851 2007 302 -87 -404 N \ ATOM 22325 NH2 ARG J 148 27.237 -14.692 -89.969 1.00 20.05 N \ ANISOU22325 NH2 ARG J 148 3124 2765 1727 344 -30 -424 N \ ATOM 22326 N AVAL J 149 31.073 -19.130 -96.588 0.50 16.37 N \ ANISOU22326 N AVAL J 149 2392 2192 1636 215 -92 -158 N \ ATOM 22327 CA AVAL J 149 32.298 -19.498 -97.304 0.50 16.93 C \ ANISOU22327 CA AVAL J 149 2430 2244 1756 193 -121 -137 C \ ATOM 22328 C AVAL J 149 33.496 -19.539 -96.348 0.50 17.79 C \ ANISOU22328 C AVAL J 149 2547 2367 1845 178 -174 -142 C \ ATOM 22329 O AVAL J 149 34.425 -20.325 -96.545 0.50 17.27 O \ ANISOU22329 O AVAL J 149 2452 2305 1804 167 -197 -113 O \ ATOM 22330 CB AVAL J 149 32.597 -18.545 -98.491 0.50 17.78 C \ ANISOU22330 CB AVAL J 149 2524 2310 1919 180 -120 -153 C \ ATOM 22331 CG1AVAL J 149 31.332 -18.271 -99.306 0.50 14.02 C \ ANISOU22331 CG1AVAL J 149 2048 1822 1454 199 -74 -155 C \ ATOM 22332 CG2AVAL J 149 33.198 -17.252 -97.999 0.50 19.72 C \ ANISOU22332 CG2AVAL J 149 2798 2536 2159 167 -154 -196 C \ ATOM 22333 N HIS J 150 33.456 -18.688 -95.320 1.00 18.34 N \ ANISOU22333 N HIS J 150 2654 2443 1869 179 -193 -180 N \ ATOM 22334 CA HIS J 150 34.445 -18.678 -94.222 1.00 18.16 C \ ANISOU22334 CA HIS J 150 2647 2439 1813 166 -247 -189 C \ ATOM 22335 C HIS J 150 33.870 -17.802 -93.106 1.00 17.96 C \ ANISOU22335 C HIS J 150 2674 2425 1724 177 -249 -234 C \ ATOM 22336 O HIS J 150 32.826 -17.179 -93.304 1.00 17.31 O \ ANISOU22336 O HIS J 150 2611 2331 1635 195 -210 -257 O \ ATOM 22337 CB HIS J 150 35.841 -18.202 -94.680 1.00 18.09 C \ ANISOU22337 CB HIS J 150 2611 2408 1854 136 -293 -198 C \ ATOM 22338 CG HIS J 150 35.861 -16.850 -95.327 1.00 20.99 C \ ANISOU22338 CG HIS J 150 2986 2733 2255 121 -290 -236 C \ ATOM 22339 ND1 HIS J 150 36.479 -16.616 -96.538 1.00 22.64 N \ ANISOU22339 ND1 HIS J 150 3159 2911 2530 100 -289 -226 N \ ATOM 22340 CD2 HIS J 150 35.368 -15.654 -94.922 1.00 21.85 C \ ANISOU22340 CD2 HIS J 150 3139 2822 2339 125 -288 -282 C \ ATOM 22341 CE1 HIS J 150 36.355 -15.339 -96.856 1.00 24.20 C \ ANISOU22341 CE1 HIS J 150 3379 3071 2743 89 -288 -262 C \ ATOM 22342 NE2 HIS J 150 35.683 -14.734 -95.894 1.00 22.08 N \ ANISOU22342 NE2 HIS J 150 3160 2806 2422 105 -289 -297 N \ ATOM 22343 N ASP J 151 34.516 -17.756 -91.940 1.00 18.44 N \ ANISOU22343 N ASP J 151 2760 2509 1737 169 -294 -248 N \ ATOM 22344 CA ASP J 151 33.988 -16.963 -90.814 1.00 19.48 C \ ANISOU22344 CA ASP J 151 2946 2653 1800 180 -296 -294 C \ ATOM 22345 C ASP J 151 33.710 -15.506 -91.207 1.00 18.13 C \ ANISOU22345 C ASP J 151 2797 2440 1651 179 -288 -347 C \ ATOM 22346 O ASP J 151 34.558 -14.852 -91.814 1.00 16.25 O \ ANISOU22346 O ASP J 151 2544 2165 1463 153 -318 -360 O \ ATOM 22347 CB ASP J 151 34.941 -16.992 -89.608 1.00 20.16 C \ ANISOU22347 CB ASP J 151 3055 2766 1837 165 -357 -305 C \ ATOM 22348 CG ASP J 151 34.961 -18.337 -88.891 1.00 24.85 C \ ANISOU22348 CG ASP J 151 3647 3406 2385 175 -362 -257 C \ ATOM 22349 OD1 ASP J 151 34.113 -19.212 -89.176 1.00 28.95 O \ ANISOU22349 OD1 ASP J 151 4157 3938 2904 192 -314 -219 O \ ATOM 22350 OD2 ASP J 151 35.839 -18.516 -88.023 1.00 27.66 O \ ANISOU22350 OD2 ASP J 151 4015 3785 2707 163 -418 -256 O \ ATOM 22351 N TYR J 152 32.520 -15.021 -90.840 1.00 18.06 N \ ANISOU22351 N TYR J 152 2823 2435 1603 208 -247 -376 N \ ATOM 22352 CA TYR J 152 32.052 -13.643 -91.099 1.00 17.57 C \ ANISOU22352 CA TYR J 152 2790 2331 1554 219 -234 -428 C \ ATOM 22353 C TYR J 152 31.705 -13.362 -92.566 1.00 17.20 C \ ANISOU22353 C TYR J 152 2711 2242 1579 222 -204 -414 C \ ATOM 22354 O TYR J 152 31.242 -12.267 -92.896 1.00 16.64 O \ ANISOU22354 O TYR J 152 2663 2132 1524 235 -192 -451 O \ ATOM 22355 CB TYR J 152 33.033 -12.589 -90.562 1.00 19.20 C \ ANISOU22355 CB TYR J 152 3030 2511 1753 192 -291 -477 C \ ATOM 22356 CG TYR J 152 33.327 -12.746 -89.086 1.00 21.35 C \ ANISOU22356 CG TYR J 152 3340 2825 1946 190 -324 -497 C \ ATOM 22357 CD1 TYR J 152 34.525 -13.318 -88.648 1.00 24.99 C \ ANISOU22357 CD1 TYR J 152 3784 3308 2400 160 -381 -476 C \ ATOM 22358 CD2 TYR J 152 32.394 -12.350 -88.127 1.00 27.40 C \ ANISOU22358 CD2 TYR J 152 4156 3611 2641 221 -298 -536 C \ ATOM 22359 CE1 TYR J 152 34.793 -13.475 -87.285 1.00 27.23 C \ ANISOU22359 CE1 TYR J 152 4107 3634 2606 159 -415 -492 C \ ATOM 22360 CE2 TYR J 152 32.654 -12.503 -86.762 1.00 29.70 C \ ANISOU22360 CE2 TYR J 152 4488 3945 2852 219 -327 -554 C \ ATOM 22361 CZ TYR J 152 33.853 -13.066 -86.355 1.00 29.44 C \ ANISOU22361 CZ TYR J 152 4441 3933 2812 187 -388 -531 C \ ATOM 22362 OH TYR J 152 34.104 -13.216 -85.013 1.00 34.02 O \ ANISOU22362 OH TYR J 152 5062 4555 3308 185 -420 -547 O \ ATOM 22363 N GLY J 153 31.897 -14.362 -93.422 1.00 15.81 N \ ANISOU22363 N GLY J 153 2487 2074 1446 213 -193 -362 N \ ATOM 22364 CA GLY J 153 31.639 -14.215 -94.860 1.00 15.65 C \ ANISOU22364 CA GLY J 153 2435 2019 1491 213 -167 -344 C \ ATOM 22365 C GLY J 153 30.189 -14.366 -95.283 1.00 15.22 C \ ANISOU22365 C GLY J 153 2376 1973 1434 249 -110 -337 C \ ATOM 22366 O GLY J 153 29.300 -14.604 -94.454 1.00 14.27 O \ ANISOU22366 O GLY J 153 2273 1887 1260 275 -84 -345 O \ ATOM 22367 N ALA J 154 29.958 -14.211 -96.588 1.00 14.13 N \ ANISOU22367 N ALA J 154 2213 1804 1351 249 -92 -321 N \ ATOM 22368 CA ALA J 154 28.648 -14.445 -97.191 1.00 13.54 C \ ANISOU22368 CA ALA J 154 2123 1738 1284 280 -42 -308 C \ ATOM 22369 C ALA J 154 28.364 -15.937 -97.282 1.00 13.89 C \ ANISOU22369 C ALA J 154 2131 1824 1321 278 -20 -260 C \ ATOM 22370 O ALA J 154 29.264 -16.756 -97.086 1.00 14.63 O \ ANISOU22370 O ALA J 154 2212 1931 1417 254 -44 -234 O \ ATOM 22371 CB ALA J 154 28.597 -13.810 -98.578 1.00 12.72 C \ ANISOU22371 CB ALA J 154 2006 1587 1239 278 -36 -304 C \ ATOM 22372 N GLY J 155 27.117 -16.291 -97.588 1.00 13.99 N \ ANISOU22372 N GLY J 155 2129 1856 1330 302 23 -249 N \ ATOM 22373 CA GLY J 155 26.755 -17.690 -97.812 1.00 13.56 C \ ANISOU22373 CA GLY J 155 2041 1834 1275 296 46 -203 C \ ATOM 22374 C GLY J 155 27.406 -18.259 -99.065 1.00 14.12 C \ ANISOU22374 C GLY J 155 2079 1882 1404 274 37 -169 C \ ATOM 22375 O GLY J 155 27.706 -17.517-100.010 1.00 13.99 O \ ANISOU22375 O GLY J 155 2058 1828 1429 269 28 -178 O \ ATOM 22376 N ILE J 156 27.649 -19.569 -99.066 1.00 14.16 N \ ANISOU22376 N ILE J 156 2063 1908 1409 260 39 -130 N \ ATOM 22377 CA ILE J 156 28.068 -20.272-100.281 1.00 15.04 C \ ANISOU22377 CA ILE J 156 2141 2002 1570 244 39 -98 C \ ATOM 22378 C ILE J 156 26.903 -20.219-101.279 1.00 15.35 C \ ANISOU22378 C ILE J 156 2163 2038 1631 257 75 -94 C \ ATOM 22379 O ILE J 156 25.803 -20.688-100.963 1.00 16.41 O \ ANISOU22379 O ILE J 156 2291 2202 1740 270 106 -87 O \ ATOM 22380 CB ILE J 156 28.436 -21.753 -99.994 1.00 15.52 C \ ANISOU22380 CB ILE J 156 2189 2084 1624 231 36 -58 C \ ATOM 22381 CG1 ILE J 156 29.487 -21.851 -98.876 1.00 16.04 C \ ANISOU22381 CG1 ILE J 156 2272 2159 1661 223 -2 -60 C \ ATOM 22382 CG2 ILE J 156 28.917 -22.465-101.285 1.00 14.70 C \ ANISOU22382 CG2 ILE J 156 2052 1958 1572 217 37 -31 C \ ATOM 22383 CD1 ILE J 156 29.774 -23.278 -98.398 1.00 15.07 C \ ANISOU22383 CD1 ILE J 156 2144 2057 1524 217 -7 -20 C \ ATOM 22384 N PRO J 157 27.121 -19.626-102.478 1.00 15.33 N \ ANISOU22384 N PRO J 157 2150 2002 1672 253 72 -98 N \ ATOM 22385 CA PRO J 157 25.993 -19.527-103.416 1.00 13.93 C \ ANISOU22385 CA PRO J 157 1957 1824 1511 268 101 -94 C \ ATOM 22386 C PRO J 157 25.533 -20.878-103.949 1.00 11.72 C \ ANISOU22386 C PRO J 157 1648 1563 1240 259 122 -60 C \ ATOM 22387 O PRO J 157 26.271 -21.864-103.884 1.00 11.75 O \ ANISOU22387 O PRO J 157 1643 1569 1249 240 112 -36 O \ ATOM 22388 CB PRO J 157 26.532 -18.653-104.559 1.00 13.74 C \ ANISOU22388 CB PRO J 157 1934 1757 1528 262 87 -101 C \ ATOM 22389 CG PRO J 157 28.011 -18.680-104.417 1.00 17.09 C \ ANISOU22389 CG PRO J 157 2362 2165 1966 235 56 -98 C \ ATOM 22390 CD PRO J 157 28.326 -18.932-102.975 1.00 15.65 C \ ANISOU22390 CD PRO J 157 2194 2006 1744 235 42 -107 C \ ATOM 22391 N VAL J 158 24.306 -20.919-104.451 1.00 12.00 N \ ANISOU22391 N VAL J 158 1668 1613 1278 273 149 -58 N \ ATOM 22392 CA VAL J 158 23.800 -22.113-105.105 1.00 9.85 C \ ANISOU22392 CA VAL J 158 1369 1355 1019 261 167 -29 C \ ATOM 22393 C VAL J 158 24.804 -22.490-106.206 1.00 10.31 C \ ANISOU22393 C VAL J 158 1418 1382 1114 240 151 -12 C \ ATOM 22394 O VAL J 158 25.030 -21.722-107.145 1.00 11.31 O \ ANISOU22394 O VAL J 158 1546 1483 1266 242 144 -21 O \ ATOM 22395 CB VAL J 158 22.369 -21.903-105.648 1.00 10.63 C \ ANISOU22395 CB VAL J 158 1447 1470 1119 278 192 -34 C \ ATOM 22396 CG1 VAL J 158 21.929 -23.080-106.519 1.00 10.72 C \ ANISOU22396 CG1 VAL J 158 1431 1490 1149 259 206 -6 C \ ATOM 22397 CG2 VAL J 158 21.399 -21.715-104.486 1.00 9.42 C \ ANISOU22397 CG2 VAL J 158 1297 1355 927 298 214 -48 C \ ATOM 22398 N ASER J 159 25.392 -23.675-106.071 0.70 9.36 N \ ANISOU22398 N ASER J 159 1292 1265 997 222 148 10 N \ ATOM 22399 CA ASER J 159 26.446 -24.158-106.968 0.70 10.10 C \ ANISOU22399 CA ASER J 159 1377 1336 1125 205 135 24 C \ ATOM 22400 C ASER J 159 26.569 -25.670-106.839 0.70 10.01 C \ ANISOU22400 C ASER J 159 1357 1331 1113 193 141 52 C \ ATOM 22401 O ASER J 159 25.972 -26.273-105.947 0.70 10.65 O \ ANISOU22401 O ASER J 159 1443 1434 1166 193 151 63 O \ ATOM 22402 CB ASER J 159 27.786 -23.511-106.614 0.70 10.77 C \ ANISOU22402 CB ASER J 159 1472 1403 1216 201 107 13 C \ ATOM 22403 OG ASER J 159 28.092 -23.717-105.250 0.70 12.35 O \ ANISOU22403 OG ASER J 159 1686 1619 1385 203 93 13 O \ ATOM 22404 N GLY J 160 27.358 -26.277-107.722 1.00 10.58 N \ ANISOU22404 N GLY J 160 1418 1383 1216 182 136 64 N \ ATOM 22405 CA GLY J 160 27.552 -27.723-107.703 1.00 11.46 C \ ANISOU22405 CA GLY J 160 1526 1494 1334 173 139 89 C \ ATOM 22406 C GLY J 160 26.880 -28.450-108.850 1.00 12.62 C \ ANISOU22406 C GLY J 160 1661 1634 1499 163 159 97 C \ ATOM 22407 O GLY J 160 26.946 -28.013-109.995 1.00 13.51 O \ ANISOU22407 O GLY J 160 1766 1735 1632 162 162 87 O \ ATOM 22408 N VAL J 161 26.248 -29.577-108.534 1.00 12.52 N \ ANISOU22408 N VAL J 161 1650 1629 1476 154 171 116 N \ ATOM 22409 CA VAL J 161 25.615 -30.424-109.538 1.00 10.97 C \ ANISOU22409 CA VAL J 161 1445 1425 1296 140 187 123 C \ ATOM 22410 C VAL J 161 24.550 -29.654-110.330 1.00 11.20 C \ ANISOU22410 C VAL J 161 1462 1467 1326 141 199 108 C \ ATOM 22411 O VAL J 161 23.609 -29.109-109.756 1.00 9.35 O \ ANISOU22411 O VAL J 161 1223 1257 1069 147 208 102 O \ ATOM 22412 CB VAL J 161 25.003 -31.689-108.887 1.00 11.74 C \ ANISOU22412 CB VAL J 161 1551 1529 1381 126 198 147 C \ ATOM 22413 CG1 VAL J 161 24.065 -32.407-109.851 1.00 13.99 C \ ANISOU22413 CG1 VAL J 161 1826 1810 1679 107 215 150 C \ ATOM 22414 CG2 VAL J 161 26.122 -32.622-108.408 1.00 13.63 C \ ANISOU22414 CG2 VAL J 161 1805 1745 1628 128 183 166 C \ ATOM 22415 N ASN J 162 24.746 -29.585-111.646 1.00 10.26 N \ ANISOU22415 N ASN J 162 1336 1332 1229 138 199 101 N \ ATOM 22416 CA ASN J 162 23.733 -29.084-112.567 1.00 10.95 C \ ANISOU22416 CA ASN J 162 1411 1429 1316 137 207 90 C \ ATOM 22417 C ASN J 162 23.304 -30.188-113.522 1.00 11.26 C \ ANISOU22417 C ASN J 162 1446 1463 1368 118 215 97 C \ ATOM 22418 O ASN J 162 24.104 -31.061-113.889 1.00 10.17 O \ ANISOU22418 O ASN J 162 1317 1302 1246 110 214 103 O \ ATOM 22419 CB ASN J 162 24.265 -27.903-113.395 1.00 10.66 C \ ANISOU22419 CB ASN J 162 1377 1380 1290 149 198 76 C \ ATOM 22420 CG ASN J 162 24.054 -26.562-112.723 1.00 12.08 C \ ANISOU22420 CG ASN J 162 1562 1570 1458 168 192 64 C \ ATOM 22421 OD1 ASN J 162 23.276 -25.727-113.202 1.00 12.06 O \ ANISOU22421 OD1 ASN J 162 1555 1573 1451 180 193 54 O \ ATOM 22422 ND2 ASN J 162 24.761 -26.332-111.628 1.00 8.01 N \ ANISOU22422 ND2 ASN J 162 1056 1052 933 173 183 62 N \ ATOM 22423 N TYR J 163 22.039 -30.138-113.915 1.00 10.73 N \ ANISOU22423 N TYR J 163 1364 1417 1295 112 222 94 N \ ATOM 22424 CA TYR J 163 21.496 -31.019-114.930 1.00 11.20 C \ ANISOU22424 CA TYR J 163 1418 1472 1363 91 226 95 C \ ATOM 22425 C TYR J 163 20.394 -30.266-115.648 1.00 10.71 C \ ANISOU22425 C TYR J 163 1337 1433 1296 96 224 84 C \ ATOM 22426 O TYR J 163 19.406 -29.852-115.030 1.00 10.15 O \ ANISOU22426 O TYR J 163 1248 1392 1213 103 229 84 O \ ATOM 22427 CB TYR J 163 20.951 -32.298-114.298 1.00 12.33 C \ ANISOU22427 CB TYR J 163 1560 1619 1504 67 236 110 C \ ATOM 22428 CG TYR J 163 20.365 -33.269-115.296 1.00 10.80 C \ ANISOU22428 CG TYR J 163 1363 1419 1321 40 238 109 C \ ATOM 22429 CD1 TYR J 163 21.185 -34.153-116.002 1.00 10.24 C \ ANISOU22429 CD1 TYR J 163 1312 1313 1265 31 235 108 C \ ATOM 22430 CD2 TYR J 163 18.985 -33.303-115.537 1.00 11.92 C \ ANISOU22430 CD2 TYR J 163 1481 1591 1457 24 242 106 C \ ATOM 22431 CE1 TYR J 163 20.637 -35.060-116.921 1.00 11.95 C \ ANISOU22431 CE1 TYR J 163 1530 1521 1490 4 235 102 C \ ATOM 22432 CE2 TYR J 163 18.437 -34.197-116.447 1.00 12.32 C \ ANISOU22432 CE2 TYR J 163 1528 1635 1516 -4 239 103 C \ ATOM 22433 CZ TYR J 163 19.263 -35.073-117.132 1.00 11.01 C \ ANISOU22433 CZ TYR J 163 1388 1430 1363 -15 236 100 C \ ATOM 22434 OH TYR J 163 18.709 -35.959-118.034 1.00 13.92 O \ ANISOU22434 OH TYR J 163 1759 1791 1739 -45 232 93 O \ ATOM 22435 N HIS J 164 20.575 -30.080-116.951 1.00 10.98 N \ ANISOU22435 N HIS J 164 1376 1457 1339 95 216 77 N \ ATOM 22436 CA HIS J 164 19.656 -29.278-117.743 1.00 12.27 C \ ANISOU22436 CA HIS J 164 1526 1640 1496 104 208 69 C \ ATOM 22437 C HIS J 164 19.288 -30.011-119.008 1.00 12.58 C \ ANISOU22437 C HIS J 164 1563 1676 1538 83 203 65 C \ ATOM 22438 O HIS J 164 20.163 -30.467-119.751 1.00 12.27 O \ ANISOU22438 O HIS J 164 1544 1612 1504 74 203 63 O \ ATOM 22439 CB HIS J 164 20.272 -27.921-118.083 1.00 13.10 C \ ANISOU22439 CB HIS J 164 1643 1732 1600 129 199 63 C \ ATOM 22440 CG HIS J 164 20.577 -27.101-116.878 1.00 14.87 C \ ANISOU22440 CG HIS J 164 1871 1957 1820 150 201 62 C \ ATOM 22441 ND1 HIS J 164 19.621 -26.343-116.238 1.00 12.37 N \ ANISOU22441 ND1 HIS J 164 1539 1664 1494 170 201 56 N \ ATOM 22442 CD2 HIS J 164 21.714 -26.966-116.157 1.00 13.80 C \ ANISOU22442 CD2 HIS J 164 1751 1803 1688 153 201 63 C \ ATOM 22443 CE1 HIS J 164 20.163 -25.757-115.186 1.00 15.74 C \ ANISOU22443 CE1 HIS J 164 1978 2085 1916 185 202 52 C \ ATOM 22444 NE2 HIS J 164 21.434 -26.117-115.117 1.00 12.10 N \ ANISOU22444 NE2 HIS J 164 1535 1599 1463 173 200 57 N \ ATOM 22445 N MET J 165 17.988 -30.139-119.233 1.00 11.62 N \ ANISOU22445 N MET J 165 1417 1584 1412 74 198 64 N \ ATOM 22446 CA MET J 165 17.495 -30.758-120.450 1.00 11.58 C \ ANISOU22446 CA MET J 165 1410 1582 1406 52 188 58 C \ ATOM 22447 C MET J 165 16.106 -30.255-120.784 1.00 11.32 C \ ANISOU22447 C MET J 165 1345 1588 1367 57 175 54 C \ ATOM 22448 O MET J 165 15.333 -29.908-119.890 1.00 11.28 O \ ANISOU22448 O MET J 165 1313 1611 1362 68 181 57 O \ ATOM 22449 CB MET J 165 17.509 -32.297-120.321 1.00 12.65 C \ ANISOU22449 CB MET J 165 1551 1704 1550 16 197 60 C \ ATOM 22450 CG MET J 165 16.411 -32.891-119.472 1.00 18.65 C \ ANISOU22450 CG MET J 165 2283 2490 2310 -4 205 67 C \ ATOM 22451 SD MET J 165 14.933 -33.295-120.443 1.00 28.56 S \ ANISOU22451 SD MET J 165 3508 3778 3565 -33 189 58 S \ ATOM 22452 CE MET J 165 15.600 -34.595-121.475 1.00 21.35 C \ ANISOU22452 CE MET J 165 2632 2823 2657 -67 184 48 C \ ATOM 22453 N PHE J 166 15.797 -30.199-122.074 1.00 10.46 N \ ANISOU22453 N PHE J 166 1238 1484 1252 52 157 48 N \ ATOM 22454 CA PHE J 166 14.414 -30.022-122.505 1.00 10.48 C \ ANISOU22454 CA PHE J 166 1205 1525 1250 50 140 44 C \ ATOM 22455 C PHE J 166 14.159 -30.878-123.729 1.00 10.71 C \ ANISOU22455 C PHE J 166 1241 1554 1274 18 124 36 C \ ATOM 22456 O PHE J 166 15.098 -31.268-124.440 1.00 9.31 O \ ANISOU22456 O PHE J 166 1100 1344 1091 8 125 31 O \ ATOM 22457 CB PHE J 166 14.073 -28.539-122.758 1.00 9.28 C \ ANISOU22457 CB PHE J 166 1045 1387 1091 93 124 46 C \ ATOM 22458 CG PHE J 166 14.714 -27.953-123.998 1.00 12.26 C \ ANISOU22458 CG PHE J 166 1456 1744 1456 104 108 46 C \ ATOM 22459 CD1 PHE J 166 16.013 -27.436-123.959 1.00 13.77 C \ ANISOU22459 CD1 PHE J 166 1684 1899 1647 116 119 50 C \ ATOM 22460 CD2 PHE J 166 14.011 -27.900-125.197 1.00 12.64 C \ ANISOU22460 CD2 PHE J 166 1499 1812 1492 100 81 43 C \ ATOM 22461 CE1 PHE J 166 16.608 -26.894-125.109 1.00 13.61 C \ ANISOU22461 CE1 PHE J 166 1695 1862 1614 122 108 53 C \ ATOM 22462 CE2 PHE J 166 14.598 -27.360-126.352 1.00 14.50 C \ ANISOU22462 CE2 PHE J 166 1770 2029 1711 109 68 46 C \ ATOM 22463 CZ PHE J 166 15.895 -26.849-126.301 1.00 11.82 C \ ANISOU22463 CZ PHE J 166 1467 1653 1371 119 84 52 C \ ATOM 22464 N ALA J 167 12.887 -31.179-123.960 1.00 10.48 N \ ANISOU22464 N ALA J 167 1176 1562 1245 1 109 32 N \ ATOM 22465 CA ALA J 167 12.490 -32.003-125.084 1.00 10.74 C \ ANISOU22465 CA ALA J 167 1212 1598 1270 -33 89 21 C \ ATOM 22466 C ALA J 167 11.169 -31.504-125.606 1.00 11.17 C \ ANISOU22466 C ALA J 167 1223 1700 1318 -27 60 18 C \ ATOM 22467 O ALA J 167 10.307 -31.101-124.826 1.00 10.88 O \ ANISOU22467 O ALA J 167 1142 1698 1292 -13 63 24 O \ ATOM 22468 CB ALA J 167 12.361 -33.469-124.661 1.00 10.41 C \ ANISOU22468 CB ALA J 167 1168 1544 1240 -81 103 17 C \ ATOM 22469 N ILE J 168 11.025 -31.533-126.931 1.00 11.28 N \ ANISOU22469 N ILE J 168 1251 1718 1315 -34 32 9 N \ ATOM 22470 CA ILE J 168 9.764 -31.216-127.591 1.00 12.16 C \ ANISOU22470 CA ILE J 168 1323 1877 1420 -33 -3 6 C \ ATOM 22471 C ILE J 168 9.428 -32.413-128.473 1.00 12.33 C \ ANISOU22471 C ILE J 168 1351 1900 1433 -85 -22 -10 C \ ATOM 22472 O ILE J 168 10.250 -32.836-129.290 1.00 12.23 O \ ANISOU22472 O ILE J 168 1388 1855 1404 -98 -22 -19 O \ ATOM 22473 CB ILE J 168 9.886 -29.937-128.482 1.00 12.21 C \ ANISOU22473 CB ILE J 168 1346 1886 1405 11 -29 13 C \ ATOM 22474 CG1 ILE J 168 10.604 -28.783-127.752 1.00 13.06 C \ ANISOU22474 CG1 ILE J 168 1471 1972 1519 59 -8 27 C \ ATOM 22475 CG2 ILE J 168 8.520 -29.527-129.046 1.00 12.49 C \ ANISOU22475 CG2 ILE J 168 1335 1974 1436 21 -70 13 C \ ATOM 22476 CD1 ILE J 168 9.841 -28.166-126.550 1.00 13.38 C \ ANISOU22476 CD1 ILE J 168 1463 2041 1579 88 1 33 C \ ATOM 22477 N GLY J 169 8.231 -32.963-128.310 1.00 12.70 N \ ANISOU22477 N GLY J 169 1347 1985 1492 -116 -35 -15 N \ ATOM 22478 CA GLY J 169 7.846 -34.149-129.077 1.00 13.36 C \ ANISOU22478 CA GLY J 169 1436 2070 1570 -173 -55 -33 C \ ATOM 22479 C GLY J 169 6.378 -34.187-129.450 1.00 14.09 C \ ANISOU22479 C GLY J 169 1467 2220 1665 -192 -92 -39 C \ ATOM 22480 O GLY J 169 5.567 -33.424-128.921 1.00 12.70 O \ ANISOU22480 O GLY J 169 1235 2088 1500 -164 -96 -28 O \ ATOM 22481 N GLY J 170 6.043 -35.078-130.378 1.00 14.49 N \ ANISOU22481 N GLY J 170 1527 2273 1705 -240 -120 -58 N \ ATOM 22482 CA GLY J 170 4.658 -35.280-130.792 1.00 15.79 C \ ANISOU22482 CA GLY J 170 1632 2494 1873 -270 -160 -67 C \ ATOM 22483 C GLY J 170 4.030 -36.449-130.056 1.00 17.26 C \ ANISOU22483 C GLY J 170 1783 2687 2087 -333 -144 -72 C \ ATOM 22484 O GLY J 170 2.907 -36.846-130.349 1.00 18.40 O \ ANISOU22484 O GLY J 170 1877 2875 2238 -372 -174 -81 O \ ATOM 22485 N GLU J 171 4.783 -36.998-129.107 1.00 17.59 N \ ANISOU22485 N GLU J 171 1854 2683 2144 -344 -98 -64 N \ ATOM 22486 CA GLU J 171 4.347 -38.088-128.230 1.00 18.10 C \ ANISOU22486 CA GLU J 171 1896 2744 2236 -402 -75 -61 C \ ATOM 22487 C GLU J 171 5.272 -38.069-127.005 1.00 16.53 C \ ANISOU22487 C GLU J 171 1725 2505 2048 -379 -24 -41 C \ ATOM 22488 O GLU J 171 6.241 -37.292-126.986 1.00 14.80 O \ ANISOU22488 O GLU J 171 1543 2262 1818 -325 -12 -35 O \ ATOM 22489 CB GLU J 171 4.411 -39.436-128.964 1.00 18.62 C \ ANISOU22489 CB GLU J 171 2000 2774 2299 -469 -91 -84 C \ ATOM 22490 CG GLU J 171 5.802 -39.823-129.449 1.00 20.64 C \ ANISOU22490 CG GLU J 171 2342 2958 2539 -458 -79 -96 C \ ATOM 22491 CD GLU J 171 5.754 -40.849-130.554 1.00 26.43 C \ ANISOU22491 CD GLU J 171 3113 3666 3260 -509 -107 -128 C \ ATOM 22492 OE1 GLU J 171 6.044 -42.030-130.272 1.00 29.74 O \ ANISOU22492 OE1 GLU J 171 3567 4038 3695 -555 -91 -135 O \ ATOM 22493 OE2 GLU J 171 5.413 -40.478-131.699 1.00 24.64 O \ ANISOU22493 OE2 GLU J 171 2885 3468 3006 -504 -148 -145 O \ ATOM 22494 N PRO J 172 4.987 -38.915-125.983 1.00 16.57 N \ ANISOU22494 N PRO J 172 1715 2505 2076 -423 4 -30 N \ ATOM 22495 CA PRO J 172 5.823 -38.910-124.778 1.00 15.61 C \ ANISOU22495 CA PRO J 172 1620 2349 1961 -402 49 -9 C \ ATOM 22496 C PRO J 172 7.294 -39.211-125.076 1.00 15.40 C \ ANISOU22496 C PRO J 172 1673 2252 1926 -385 58 -15 C \ ATOM 22497 O PRO J 172 7.597 -40.012-125.967 1.00 15.74 O \ ANISOU22497 O PRO J 172 1756 2259 1964 -415 42 -34 O \ ATOM 22498 CB PRO J 172 5.224 -40.039-123.929 1.00 16.47 C \ ANISOU22498 CB PRO J 172 1709 2457 2091 -467 71 1 C \ ATOM 22499 CG PRO J 172 3.800 -40.129-124.375 1.00 17.68 C \ ANISOU22499 CG PRO J 172 1793 2672 2252 -506 43 -7 C \ ATOM 22500 CD PRO J 172 3.838 -39.839-125.845 1.00 17.11 C \ ANISOU22500 CD PRO J 172 1736 2601 2161 -493 -2 -33 C \ ATOM 22501 N LEU J 173 8.195 -38.563-124.342 1.00 13.72 N \ ANISOU22501 N LEU J 173 1480 2020 1710 -336 85 0 N \ ATOM 22502 CA LEU J 173 9.624 -38.860-124.456 1.00 13.39 C \ ANISOU22502 CA LEU J 173 1506 1915 1664 -319 98 -2 C \ ATOM 22503 C LEU J 173 9.896 -40.303-124.015 1.00 14.16 C \ ANISOU22503 C LEU J 173 1636 1966 1778 -368 114 0 C \ ATOM 22504 O LEU J 173 9.408 -40.752-122.964 1.00 15.02 O \ ANISOU22504 O LEU J 173 1723 2083 1901 -395 134 19 O \ ATOM 22505 CB LEU J 173 10.453 -37.883-123.618 1.00 12.31 C \ ANISOU22505 CB LEU J 173 1378 1774 1525 -262 121 14 C \ ATOM 22506 CG LEU J 173 11.984 -37.862-123.778 1.00 12.65 C \ ANISOU22506 CG LEU J 173 1478 1763 1563 -233 132 11 C \ ATOM 22507 CD1 LEU J 173 12.397 -37.238-125.118 1.00 13.33 C \ ANISOU22507 CD1 LEU J 173 1585 1848 1631 -208 110 -5 C \ ATOM 22508 CD2 LEU J 173 12.612 -37.084-122.622 1.00 12.23 C \ ANISOU22508 CD2 LEU J 173 1424 1709 1511 -191 155 31 C \ ATOM 22509 N ASP J 174 10.659 -41.022-124.832 1.00 12.82 N \ ANISOU22509 N ASP J 174 1519 1745 1605 -378 106 -18 N \ ATOM 22510 CA ASP J 174 11.074 -42.392-124.518 1.00 14.52 C \ ANISOU22510 CA ASP J 174 1777 1903 1837 -416 119 -17 C \ ATOM 22511 C ASP J 174 12.251 -42.364-123.564 1.00 13.69 C \ ANISOU22511 C ASP J 174 1702 1759 1738 -380 148 2 C \ ATOM 22512 O ASP J 174 13.221 -41.633-123.794 1.00 12.92 O \ ANISOU22512 O ASP J 174 1623 1653 1631 -330 152 0 O \ ATOM 22513 CB ASP J 174 11.462 -43.143-125.799 1.00 14.81 C \ ANISOU22513 CB ASP J 174 1860 1898 1867 -435 101 -50 C \ ATOM 22514 CG ASP J 174 10.288 -43.337-126.741 1.00 18.44 C \ ANISOU22514 CG ASP J 174 2294 2393 2320 -479 67 -72 C \ ATOM 22515 OD1 ASP J 174 9.264 -43.894-126.295 1.00 20.73 O \ ANISOU22515 OD1 ASP J 174 2550 2701 2625 -531 63 -64 O \ ATOM 22516 OD2 ASP J 174 10.384 -42.932-127.926 1.00 18.51 O \ ANISOU22516 OD2 ASP J 174 2314 2413 2306 -464 44 -96 O \ ATOM 22517 N LEU J 175 12.171 -43.172-122.504 1.00 13.11 N \ ANISOU22517 N LEU J 175 1636 1664 1681 -408 167 24 N \ ATOM 22518 CA LEU J 175 13.182 -43.170-121.442 1.00 12.76 C \ ANISOU22518 CA LEU J 175 1617 1588 1641 -375 191 48 C \ ATOM 22519 C LEU J 175 13.892 -44.507-121.348 1.00 12.61 C \ ANISOU22519 C LEU J 175 1654 1498 1638 -396 197 50 C \ ATOM 22520 O LEU J 175 13.294 -45.564-121.581 1.00 13.65 O \ ANISOU22520 O LEU J 175 1798 1606 1781 -450 190 44 O \ ATOM 22521 CB LEU J 175 12.551 -42.850-120.073 1.00 12.21 C \ ANISOU22521 CB LEU J 175 1511 1558 1571 -381 210 80 C \ ATOM 22522 CG LEU J 175 11.702 -41.587-119.890 1.00 13.79 C \ ANISOU22522 CG LEU J 175 1651 1830 1758 -361 210 81 C \ ATOM 22523 CD1 LEU J 175 10.963 -41.617-118.549 1.00 13.21 C \ ANISOU22523 CD1 LEU J 175 1544 1790 1684 -380 234 109 C \ ATOM 22524 CD2 LEU J 175 12.548 -40.313-119.999 1.00 12.15 C \ ANISOU22524 CD2 LEU J 175 1447 1631 1538 -295 208 76 C \ ATOM 22525 N GLN J 176 15.166 -44.442-120.991 1.00 11.27 N \ ANISOU22525 N GLN J 176 1517 1292 1470 -351 207 57 N \ ATOM 22526 CA GLN J 176 15.981 -45.614-120.692 1.00 11.76 C \ ANISOU22526 CA GLN J 176 1632 1285 1550 -356 214 64 C \ ATOM 22527 C GLN J 176 16.372 -45.549-119.220 1.00 11.84 C \ ANISOU22527 C GLN J 176 1643 1293 1562 -338 231 103 C \ ATOM 22528 O GLN J 176 16.789 -44.496-118.727 1.00 11.70 O \ ANISOU22528 O GLN J 176 1604 1308 1533 -296 237 112 O \ ATOM 22529 CB GLN J 176 17.239 -45.625-121.574 1.00 11.34 C \ ANISOU22529 CB GLN J 176 1614 1194 1499 -314 211 38 C \ ATOM 22530 CG GLN J 176 18.320 -46.634-121.162 1.00 11.55 C \ ANISOU22530 CG GLN J 176 1691 1152 1546 -297 219 46 C \ ATOM 22531 CD GLN J 176 17.911 -48.078-121.417 1.00 15.18 C \ ANISOU22531 CD GLN J 176 2188 1555 2021 -346 214 38 C \ ATOM 22532 OE1 GLN J 176 17.535 -48.440-122.535 1.00 15.60 O \ ANISOU22532 OE1 GLN J 176 2253 1599 2073 -371 202 4 O \ ATOM 22533 NE2 GLN J 176 17.981 -48.912-120.377 1.00 13.09 N \ ANISOU22533 NE2 GLN J 176 1948 1252 1772 -361 221 71 N \ ATOM 22534 N GLY J 177 16.233 -46.673-118.524 1.00 12.06 N \ ANISOU22534 N GLY J 177 1699 1281 1603 -373 238 126 N \ ATOM 22535 CA GLY J 177 16.632 -46.754-117.121 1.00 12.59 C \ ANISOU22535 CA GLY J 177 1775 1340 1667 -359 252 165 C \ ATOM 22536 C GLY J 177 18.072 -47.192-116.939 1.00 12.41 C \ ANISOU22536 C GLY J 177 1798 1259 1656 -315 250 170 C \ ATOM 22537 O GLY J 177 18.529 -48.145-117.583 1.00 14.23 O \ ANISOU22537 O GLY J 177 2070 1431 1906 -319 243 155 O \ ATOM 22538 N LEU J 178 18.788 -46.483-116.066 1.00 11.22 N \ ANISOU22538 N LEU J 178 1639 1127 1494 -271 254 189 N \ ATOM 22539 CA LEU J 178 20.153 -46.830-115.675 1.00 11.21 C \ ANISOU22539 CA LEU J 178 1674 1081 1505 -226 250 200 C \ ATOM 22540 C LEU J 178 20.436 -46.139-114.346 1.00 10.88 C \ ANISOU22540 C LEU J 178 1617 1071 1443 -201 255 232 C \ ATOM 22541 O LEU J 178 20.170 -44.942-114.203 1.00 10.37 O \ ANISOU22541 O LEU J 178 1514 1063 1360 -188 259 225 O \ ATOM 22542 CB LEU J 178 21.168 -46.379-116.742 1.00 11.00 C \ ANISOU22542 CB LEU J 178 1647 1045 1486 -181 244 164 C \ ATOM 22543 CG LEU J 178 22.629 -46.840-116.616 1.00 11.64 C \ ANISOU22543 CG LEU J 178 1759 1077 1586 -134 239 166 C \ ATOM 22544 CD1 LEU J 178 23.265 -46.881-117.993 1.00 10.91 C \ ANISOU22544 CD1 LEU J 178 1674 965 1505 -112 238 124 C \ ATOM 22545 CD2 LEU J 178 23.456 -45.959-115.664 1.00 10.10 C \ ANISOU22545 CD2 LEU J 178 1546 911 1381 -90 237 186 C \ ATOM 22546 N VAL J 179 20.969 -46.896-113.385 1.00 11.57 N \ ANISOU22546 N VAL J 179 1740 1121 1535 -195 253 265 N \ ATOM 22547 CA VAL J 179 21.229 -46.381-112.039 1.00 11.35 C \ ANISOU22547 CA VAL J 179 1706 1122 1484 -175 256 298 C \ ATOM 22548 C VAL J 179 22.683 -46.539-111.605 1.00 11.52 C \ ANISOU22548 C VAL J 179 1752 1109 1514 -123 240 309 C \ ATOM 22549 O VAL J 179 23.384 -47.474-112.019 1.00 12.40 O \ ANISOU22549 O VAL J 179 1897 1161 1651 -110 231 306 O \ ATOM 22550 CB VAL J 179 20.299 -47.035-110.959 1.00 11.40 C \ ANISOU22550 CB VAL J 179 1726 1131 1474 -223 268 339 C \ ATOM 22551 CG1 VAL J 179 18.838 -46.648-111.191 1.00 11.08 C \ ANISOU22551 CG1 VAL J 179 1646 1142 1422 -270 285 330 C \ ATOM 22552 CG2 VAL J 179 20.465 -48.572-110.929 1.00 11.49 C \ ANISOU22552 CG2 VAL J 179 1792 1067 1508 -247 263 361 C \ ATOM 22553 N LEU J 180 23.125 -45.617-110.755 1.00 12.34 N \ ANISOU22553 N LEU J 180 1838 1252 1596 -93 237 320 N \ ATOM 22554 CA LEU J 180 24.450 -45.697-110.157 1.00 12.63 C \ ANISOU22554 CA LEU J 180 1893 1267 1638 -46 219 334 C \ ATOM 22555 C LEU J 180 24.612 -46.999-109.365 1.00 13.57 C \ ANISOU22555 C LEU J 180 2060 1334 1761 -55 211 376 C \ ATOM 22556 O LEU J 180 25.662 -47.649-109.445 1.00 13.64 O \ ANISOU22556 O LEU J 180 2094 1295 1794 -21 195 380 O \ ATOM 22557 CB LEU J 180 24.711 -44.484-109.261 1.00 12.28 C \ ANISOU22557 CB LEU J 180 1823 1277 1564 -23 215 340 C \ ATOM 22558 CG LEU J 180 26.150 -44.267-108.789 1.00 14.61 C \ ANISOU22558 CG LEU J 180 2122 1563 1864 27 191 346 C \ ATOM 22559 CD1 LEU J 180 26.973 -43.633-109.903 1.00 15.91 C \ ANISOU22559 CD1 LEU J 180 2260 1729 2054 58 187 306 C \ ATOM 22560 CD2 LEU J 180 26.194 -43.402-107.543 1.00 17.12 C \ ANISOU22560 CD2 LEU J 180 2430 1927 2145 37 185 362 C \ ATOM 22561 N ASP J 181 23.564 -47.381-108.629 1.00 13.56 N \ ANISOU22561 N ASP J 181 2071 1343 1738 -101 225 406 N \ ATOM 22562 CA ASP J 181 23.605 -48.532-107.728 1.00 14.33 C \ ANISOU22562 CA ASP J 181 2216 1394 1831 -115 220 453 C \ ATOM 22563 C ASP J 181 22.305 -49.348-107.828 1.00 14.80 C \ ANISOU22563 C ASP J 181 2291 1439 1891 -183 240 468 C \ ATOM 22564 O ASP J 181 21.239 -48.887-107.412 1.00 15.24 O \ ANISOU22564 O ASP J 181 2322 1547 1919 -221 261 476 O \ ATOM 22565 CB ASP J 181 23.862 -48.046-106.292 1.00 14.99 C \ ANISOU22565 CB ASP J 181 2304 1515 1875 -99 214 489 C \ ATOM 22566 CG ASP J 181 23.917 -49.178-105.260 1.00 20.67 C \ ANISOU22566 CG ASP J 181 3077 2191 2583 -113 207 544 C \ ATOM 22567 OD1 ASP J 181 23.837 -50.379-105.618 1.00 18.45 O \ ANISOU22567 OD1 ASP J 181 2835 1844 2329 -132 205 558 O \ ATOM 22568 OD2 ASP J 181 24.036 -48.841-104.062 1.00 23.36 O \ ANISOU22568 OD2 ASP J 181 3426 2564 2885 -104 203 576 O \ ATOM 22569 N TYR J 182 22.406 -50.555-108.383 1.00 14.50 N \ ANISOU22569 N TYR J 182 2293 1329 1885 -198 234 470 N \ ATOM 22570 CA TYR J 182 21.233 -51.425-108.574 1.00 16.08 C \ ANISOU22570 CA TYR J 182 2511 1506 2091 -268 250 482 C \ ATOM 22571 C TYR J 182 20.613 -51.913-107.257 1.00 16.70 C \ ANISOU22571 C TYR J 182 2615 1588 2140 -309 262 539 C \ ATOM 22572 O TYR J 182 19.458 -52.343-107.231 1.00 16.10 O \ ANISOU22572 O TYR J 182 2538 1518 2061 -375 282 552 O \ ATOM 22573 CB TYR J 182 21.584 -52.619-109.468 1.00 15.96 C \ ANISOU22573 CB TYR J 182 2540 1405 2118 -272 238 467 C \ ATOM 22574 CG TYR J 182 22.039 -53.850-108.714 1.00 18.53 C \ ANISOU22574 CG TYR J 182 2932 1655 2453 -271 226 514 C \ ATOM 22575 CD1 TYR J 182 21.125 -54.843-108.343 1.00 19.63 C \ ANISOU22575 CD1 TYR J 182 3108 1757 2591 -338 237 549 C \ ATOM 22576 CD2 TYR J 182 23.378 -54.025-108.367 1.00 19.34 C \ ANISOU22576 CD2 TYR J 182 3060 1723 2565 -203 203 526 C \ ATOM 22577 CE1 TYR J 182 21.538 -55.977-107.649 1.00 21.79 C \ ANISOU22577 CE1 TYR J 182 3449 1957 2873 -337 225 597 C \ ATOM 22578 CE2 TYR J 182 23.805 -55.155-107.675 1.00 20.06 C \ ANISOU22578 CE2 TYR J 182 3213 1741 2664 -197 188 572 C \ ATOM 22579 CZ TYR J 182 22.878 -56.127-107.319 1.00 23.64 C \ ANISOU22579 CZ TYR J 182 3709 2154 3116 -264 199 608 C \ ATOM 22580 OH TYR J 182 23.293 -57.245-106.637 1.00 24.61 O \ ANISOU22580 OH TYR J 182 3900 2202 3248 -258 184 657 O \ ATOM 22581 N GLN J 183 21.387 -51.857-106.177 1.00 17.24 N \ ANISOU22581 N GLN J 183 2706 1655 2187 -272 250 575 N \ ATOM 22582 CA GLN J 183 20.915 -52.291-104.859 1.00 19.34 C \ ANISOU22582 CA GLN J 183 3003 1927 2418 -305 261 634 C \ ATOM 22583 C GLN J 183 20.021 -51.258-104.162 1.00 19.31 C \ ANISOU22583 C GLN J 183 2952 2015 2368 -329 289 638 C \ ATOM 22584 O GLN J 183 19.393 -51.563-103.140 1.00 19.85 O \ ANISOU22584 O GLN J 183 3038 2100 2403 -368 307 683 O \ ATOM 22585 CB GLN J 183 22.098 -52.661-103.959 1.00 19.89 C \ ANISOU22585 CB GLN J 183 3118 1960 2478 -255 234 673 C \ ATOM 22586 CG GLN J 183 22.836 -53.912-104.404 1.00 25.14 C \ ANISOU22586 CG GLN J 183 3839 2527 3186 -237 210 682 C \ ATOM 22587 CD GLN J 183 24.110 -54.169-103.620 1.00 30.16 C \ ANISOU22587 CD GLN J 183 4509 3131 3817 -174 177 715 C \ ATOM 22588 OE1 GLN J 183 24.223 -53.822-102.445 1.00 37.80 O \ ANISOU22588 OE1 GLN J 183 5483 4136 4741 -166 173 752 O \ ATOM 22589 NE2 GLN J 183 25.074 -54.783-104.271 1.00 34.21 N \ ANISOU22589 NE2 GLN J 183 5045 3577 4373 -128 153 699 N \ ATOM 22590 N THR J 184 19.964 -50.047-104.714 1.00 18.72 N \ ANISOU22590 N THR J 184 2821 1998 2292 -304 292 591 N \ ATOM 22591 CA THR J 184 19.135 -48.977-104.159 1.00 18.90 C \ ANISOU22591 CA THR J 184 2797 2107 2276 -317 317 586 C \ ATOM 22592 C THR J 184 17.672 -49.409-104.102 1.00 19.48 C \ ANISOU22592 C THR J 184 2855 2201 2342 -392 351 600 C \ ATOM 22593 O THR J 184 17.132 -49.941-105.080 1.00 18.57 O \ ANISOU22593 O THR J 184 2733 2060 2261 -428 353 581 O \ ATOM 22594 CB THR J 184 19.250 -47.689-104.986 1.00 19.16 C \ ANISOU22594 CB THR J 184 2775 2187 2318 -281 314 530 C \ ATOM 22595 OG1 THR J 184 20.624 -47.318-105.095 1.00 19.62 O \ ANISOU22595 OG1 THR J 184 2843 2224 2385 -218 284 516 O \ ATOM 22596 CG2 THR J 184 18.485 -46.546-104.333 1.00 18.64 C \ ANISOU22596 CG2 THR J 184 2665 2204 2210 -284 338 524 C \ ATOM 22597 N GLN J 185 17.051 -49.184-102.944 1.00 18.59 N \ ANISOU22597 N GLN J 185 2738 2139 2184 -415 377 633 N \ ATOM 22598 CA GLN J 185 15.636 -49.471-102.745 1.00 19.19 C \ ANISOU22598 CA GLN J 185 2791 2250 2249 -486 414 649 C \ ATOM 22599 C GLN J 185 14.816 -48.189-102.882 1.00 19.15 C \ ANISOU22599 C GLN J 185 2713 2334 2227 -480 437 611 C \ ATOM 22600 O GLN J 185 14.670 -47.418-101.929 1.00 18.01 O \ ANISOU22600 O GLN J 185 2554 2249 2039 -462 455 619 O \ ATOM 22601 CB GLN J 185 15.406 -50.136-101.380 1.00 21.17 C \ ANISOU22601 CB GLN J 185 3085 2500 2459 -520 434 712 C \ ATOM 22602 CG GLN J 185 16.116 -51.488-101.218 1.00 26.38 C \ ANISOU22602 CG GLN J 185 3821 3065 3135 -528 410 755 C \ ATOM 22603 CD GLN J 185 15.626 -52.531-102.214 1.00 29.34 C \ ANISOU22603 CD GLN J 185 4208 3378 3560 -582 409 749 C \ ATOM 22604 OE1 GLN J 185 14.492 -52.990-102.135 1.00 34.17 O \ ANISOU22604 OE1 GLN J 185 4807 4004 4169 -655 438 766 O \ ATOM 22605 NE2 GLN J 185 16.486 -52.907-103.153 1.00 33.65 N \ ANISOU22605 NE2 GLN J 185 4777 3857 4149 -547 375 722 N \ ATOM 22606 N TYR J 186 14.300 -47.956-104.084 1.00 19.46 N \ ANISOU22606 N TYR J 186 2709 2381 2301 -491 434 569 N \ ATOM 22607 CA TYR J 186 13.480 -46.775-104.346 1.00 19.45 C \ ANISOU22607 CA TYR J 186 2638 2459 2290 -483 451 533 C \ ATOM 22608 C TYR J 186 12.078 -46.947-103.753 1.00 20.58 C \ ANISOU22608 C TYR J 186 2747 2659 2413 -545 493 555 C \ ATOM 22609 O TYR J 186 11.611 -48.078-103.593 1.00 20.03 O \ ANISOU22609 O TYR J 186 2700 2558 2351 -607 505 589 O \ ATOM 22610 CB TYR J 186 13.428 -46.476-105.851 1.00 18.42 C \ ANISOU22610 CB TYR J 186 2476 2319 2201 -473 430 484 C \ ATOM 22611 CG TYR J 186 14.749 -45.999-106.411 1.00 15.93 C \ ANISOU22611 CG TYR J 186 2182 1970 1901 -407 397 457 C \ ATOM 22612 CD1 TYR J 186 15.127 -44.658-106.315 1.00 13.96 C \ ANISOU22612 CD1 TYR J 186 1905 1764 1635 -351 392 431 C \ ATOM 22613 CD2 TYR J 186 15.629 -46.889-107.026 1.00 14.70 C \ ANISOU22613 CD2 TYR J 186 2072 1736 1775 -401 371 458 C \ ATOM 22614 CE1 TYR J 186 16.340 -44.216-106.822 1.00 14.92 C \ ANISOU22614 CE1 TYR J 186 2042 1856 1770 -297 364 408 C \ ATOM 22615 CE2 TYR J 186 16.848 -46.454-107.546 1.00 15.13 C \ ANISOU22615 CE2 TYR J 186 2139 1763 1843 -341 344 433 C \ ATOM 22616 CZ TYR J 186 17.196 -45.120-107.440 1.00 13.78 C \ ANISOU22616 CZ TYR J 186 1938 1641 1657 -292 341 410 C \ ATOM 22617 OH TYR J 186 18.398 -44.689-107.943 1.00 14.99 O \ ANISOU22617 OH TYR J 186 2100 1769 1824 -240 317 387 O \ ATOM 22618 N PRO J 187 11.408 -45.830-103.412 1.00 23.31 N \ ANISOU22618 N PRO J 187 3036 3086 2733 -528 517 535 N \ ATOM 22619 CA PRO J 187 10.077 -45.943-102.805 1.00 26.46 C \ ANISOU22619 CA PRO J 187 3395 3547 3111 -582 562 554 C \ ATOM 22620 C PRO J 187 9.104 -46.650-103.737 1.00 29.91 C \ ANISOU22620 C PRO J 187 3798 3977 3588 -648 565 547 C \ ATOM 22621 O PRO J 187 9.206 -46.507-104.955 1.00 28.44 O \ ANISOU22621 O PRO J 187 3596 3771 3439 -636 536 510 O \ ATOM 22622 CB PRO J 187 9.646 -44.484-102.612 1.00 26.27 C \ ANISOU22622 CB PRO J 187 3311 3605 3065 -536 579 519 C \ ATOM 22623 CG PRO J 187 10.895 -43.688-102.666 1.00 24.05 C \ ANISOU22623 CG PRO J 187 3058 3300 2777 -461 546 497 C \ ATOM 22624 CD PRO J 187 11.826 -44.423-103.572 1.00 21.96 C \ ANISOU22624 CD PRO J 187 2836 2953 2552 -458 506 495 C \ ATOM 22625 N LYS J 188 8.179 -47.421-103.172 1.00 34.21 N \ ANISOU22625 N LYS J 188 4335 4539 4123 -720 599 583 N \ ATOM 22626 CA LYS J 188 7.122 -48.039-103.970 1.00 39.43 C \ ANISOU22626 CA LYS J 188 4955 5205 4819 -790 604 576 C \ ATOM 22627 C LYS J 188 6.257 -46.977-104.649 1.00 41.43 C \ ANISOU22627 C LYS J 188 5119 5535 5084 -772 608 529 C \ ATOM 22628 O LYS J 188 6.172 -45.837-104.180 1.00 41.61 O \ ANISOU22628 O LYS J 188 5107 5621 5079 -719 624 512 O \ ATOM 22629 CB LYS J 188 6.259 -48.971-103.117 1.00 40.85 C \ ANISOU22629 CB LYS J 188 5138 5398 4984 -874 646 627 C \ ATOM 22630 CG LYS J 188 6.877 -50.339-102.840 1.00 44.80 C \ ANISOU22630 CG LYS J 188 5726 5804 5491 -915 634 674 C \ ATOM 22631 CD LYS J 188 7.302 -51.060-104.125 1.00 47.38 C \ ANISOU22631 CD LYS J 188 6083 6047 5871 -926 589 650 C \ ATOM 22632 CE LYS J 188 6.932 -52.545-104.097 1.00 51.28 C \ ANISOU22632 CE LYS J 188 6621 6476 6386 -1016 594 689 C \ ATOM 22633 NZ LYS J 188 7.426 -53.265-102.886 1.00 51.43 N \ ANISOU22633 NZ LYS J 188 6714 6453 6373 -1029 609 753 N \ ATOM 22634 N THR J 189 5.630 -47.356-105.760 1.00 44.61 N \ ANISOU22634 N THR J 189 5490 5931 5528 -813 591 506 N \ ATOM 22635 CA THR J 189 4.798 -46.438-106.542 1.00 47.39 C \ ANISOU22635 CA THR J 189 5758 6351 5895 -797 586 462 C \ ATOM 22636 C THR J 189 3.429 -46.172-105.892 1.00 49.43 C \ ANISOU22636 C THR J 189 5938 6703 6138 -835 633 472 C \ ATOM 22637 O THR J 189 2.620 -45.411-106.427 1.00 50.70 O \ ANISOU22637 O THR J 189 6022 6929 6311 -821 632 439 O \ ATOM 22638 CB THR J 189 4.615 -46.951-107.995 1.00 47.90 C \ ANISOU22638 CB THR J 189 5815 6377 6004 -828 546 433 C \ ATOM 22639 OG1 THR J 189 5.820 -47.595-108.428 1.00 49.67 O \ ANISOU22639 OG1 THR J 189 6122 6507 6243 -813 513 435 O \ ATOM 22640 CG2 THR J 189 4.293 -45.801-108.950 1.00 47.43 C \ ANISOU22640 CG2 THR J 189 5694 6369 5957 -779 523 384 C \ ATOM 22641 N THR J 190 3.189 -46.782-104.731 1.00 51.33 N \ ANISOU22641 N THR J 190 6198 6952 6351 -880 674 519 N \ ATOM 22642 CA THR J 190 1.917 -46.655-104.010 1.00 53.33 C \ ANISOU22642 CA THR J 190 6381 7295 6587 -924 727 533 C \ ATOM 22643 C THR J 190 1.652 -45.240-103.487 1.00 53.84 C \ ANISOU22643 C THR J 190 6391 7444 6620 -851 752 508 C \ ATOM 22644 O THR J 190 2.550 -44.396-103.441 1.00 53.85 O \ ANISOU22644 O THR J 190 6422 7430 6605 -771 732 487 O \ ATOM 22645 CB THR J 190 1.835 -47.649-102.832 1.00 54.24 C \ ANISOU22645 CB THR J 190 6541 7395 6673 -988 768 594 C \ ATOM 22646 N GLY J 193 3.737 -42.377-105.783 1.00 33.78 N \ ANISOU22646 N GLY J 193 3867 4853 4114 -617 630 384 N \ ATOM 22647 CA GLY J 193 5.189 -42.344-105.655 1.00 30.36 C \ ANISOU22647 CA GLY J 193 3515 4350 3670 -572 604 388 C \ ATOM 22648 C GLY J 193 5.890 -42.437-106.998 1.00 29.04 C \ ANISOU22648 C GLY J 193 3373 4121 3539 -555 553 362 C \ ATOM 22649 O GLY J 193 5.234 -42.431-108.043 1.00 29.82 O \ ANISOU22649 O GLY J 193 3428 4234 3667 -574 535 339 O \ ATOM 22650 N PRO J 194 7.234 -42.521-106.981 1.00 26.79 N \ ANISOU22650 N PRO J 194 3157 3770 3249 -519 529 366 N \ ATOM 22651 CA PRO J 194 8.007 -42.543-108.224 1.00 24.76 C \ ANISOU22651 CA PRO J 194 2927 3457 3023 -497 484 340 C \ ATOM 22652 C PRO J 194 7.909 -43.852-109.003 1.00 23.27 C \ ANISOU22652 C PRO J 194 2762 3214 2865 -559 467 348 C \ ATOM 22653 O PRO J 194 7.723 -44.925-108.423 1.00 23.71 O \ ANISOU22653 O PRO J 194 2843 3245 2919 -614 484 383 O \ ATOM 22654 CB PRO J 194 9.444 -42.320-107.746 1.00 24.45 C \ ANISOU22654 CB PRO J 194 2951 3372 2968 -444 472 348 C \ ATOM 22655 CG PRO J 194 9.456 -42.845-106.349 1.00 26.29 C \ ANISOU22655 CG PRO J 194 3211 3608 3169 -467 502 390 C \ ATOM 22656 CD PRO J 194 8.107 -42.503-105.792 1.00 26.76 C \ ANISOU22656 CD PRO J 194 3208 3748 3211 -493 542 393 C \ ATOM 22657 N ILE J 195 8.021 -43.739-110.322 1.00 21.50 N \ ANISOU22657 N ILE J 195 2531 2970 2668 -549 434 315 N \ ATOM 22658 CA ILE J 195 8.105 -44.896-111.202 1.00 20.85 C \ ANISOU22658 CA ILE J 195 2479 2827 2613 -598 412 312 C \ ATOM 22659 C ILE J 195 9.588 -45.130-111.467 1.00 19.60 C \ ANISOU22659 C ILE J 195 2392 2594 2460 -557 389 309 C \ ATOM 22660 O ILE J 195 10.290 -44.242-111.960 1.00 18.43 O \ ANISOU22660 O ILE J 195 2245 2445 2309 -497 371 284 O \ ATOM 22661 CB ILE J 195 7.312 -44.672-112.520 1.00 20.47 C \ ANISOU22661 CB ILE J 195 2382 2806 2587 -614 387 275 C \ ATOM 22662 CG1 ILE J 195 5.814 -44.510-112.213 1.00 26.40 C \ ANISOU22662 CG1 ILE J 195 3056 3636 3337 -657 410 280 C \ ATOM 22663 CG2 ILE J 195 7.525 -45.840-113.496 1.00 20.49 C \ ANISOU22663 CG2 ILE J 195 2426 2740 2616 -660 361 265 C \ ATOM 22664 CD1 ILE J 195 5.027 -43.744-113.281 1.00 29.46 C \ ANISOU22664 CD1 ILE J 195 3379 4077 3737 -644 386 243 C \ ATOM 22665 N THR J 196 10.070 -46.313-111.104 1.00 20.13 N \ ANISOU22665 N THR J 196 2516 2596 2534 -588 390 336 N \ ATOM 22666 CA THR J 196 11.482 -46.652-111.280 1.00 19.59 C \ ANISOU22666 CA THR J 196 2513 2455 2473 -549 370 336 C \ ATOM 22667 C THR J 196 11.601 -47.968-112.039 1.00 19.92 C \ ANISOU22667 C THR J 196 2599 2425 2545 -593 353 333 C \ ATOM 22668 O THR J 196 10.594 -48.502-112.515 1.00 19.40 O \ ANISOU22668 O THR J 196 2511 2366 2493 -655 353 326 O \ ATOM 22669 CB THR J 196 12.237 -46.706-109.928 1.00 20.57 C \ ANISOU22669 CB THR J 196 2675 2566 2573 -523 384 374 C \ ATOM 22670 OG1 THR J 196 11.613 -47.658-109.058 1.00 20.35 O \ ANISOU22670 OG1 THR J 196 2662 2530 2538 -583 407 416 O \ ATOM 22671 CG2 THR J 196 12.251 -45.328-109.251 1.00 19.92 C \ ANISOU22671 CG2 THR J 196 2557 2551 2461 -472 397 369 C \ ATOM 22672 N ILE J 197 12.820 -48.485-112.168 1.00 18.17 N \ ANISOU22672 N ILE J 197 2437 2131 2333 -562 337 335 N \ ATOM 22673 CA ILE J 197 13.053 -49.699-112.958 1.00 18.20 C \ ANISOU22673 CA ILE J 197 2489 2058 2366 -593 320 325 C \ ATOM 22674 C ILE J 197 12.267 -50.916-112.435 1.00 19.68 C \ ANISOU22674 C ILE J 197 2698 2216 2562 -672 333 359 C \ ATOM 22675 O ILE J 197 11.655 -51.645-113.223 1.00 19.26 O \ ANISOU22675 O ILE J 197 2648 2137 2530 -727 323 342 O \ ATOM 22676 CB ILE J 197 14.564 -49.997-113.121 1.00 17.92 C \ ANISOU22676 CB ILE J 197 2512 1955 2342 -536 304 320 C \ ATOM 22677 CG1 ILE J 197 15.228 -48.873-113.933 1.00 15.47 C \ ANISOU22677 CG1 ILE J 197 2177 1672 2028 -473 290 281 C \ ATOM 22678 CG2 ILE J 197 14.781 -51.355-113.790 1.00 16.69 C \ ANISOU22678 CG2 ILE J 197 2412 1713 2215 -568 290 312 C \ ATOM 22679 CD1 ILE J 197 16.751 -48.947-114.017 1.00 11.82 C \ ANISOU22679 CD1 ILE J 197 1756 1159 1574 -411 278 276 C \ ATOM 22680 N GLU J 198 12.267 -51.110-111.116 1.00 20.47 N \ ANISOU22680 N GLU J 198 2813 2321 2643 -681 355 407 N \ ATOM 22681 CA GLU J 198 11.498 -52.183-110.479 1.00 22.65 C \ ANISOU22681 CA GLU J 198 3109 2574 2921 -758 372 447 C \ ATOM 22682 C GLU J 198 10.015 -52.112-110.850 1.00 22.96 C \ ANISOU22682 C GLU J 198 3085 2672 2966 -828 385 435 C \ ATOM 22683 O GLU J 198 9.381 -53.142-111.096 1.00 23.34 O \ ANISOU22683 O GLU J 198 3148 2683 3034 -901 384 443 O \ ATOM 22684 CB GLU J 198 11.673 -52.139-108.959 1.00 23.10 C \ ANISOU22684 CB GLU J 198 3183 2647 2946 -751 397 501 C \ ATOM 22685 CG GLU J 198 11.068 -53.327-108.222 1.00 30.41 C \ ANISOU22685 CG GLU J 198 4144 3538 3873 -828 416 551 C \ ATOM 22686 CD GLU J 198 11.449 -53.371-106.749 1.00 35.36 C \ ANISOU22686 CD GLU J 198 4803 4169 4463 -814 436 607 C \ ATOM 22687 OE1 GLU J 198 12.562 -52.916-106.399 1.00 36.00 O \ ANISOU22687 OE1 GLU J 198 4908 4239 4529 -740 422 608 O \ ATOM 22688 OE2 GLU J 198 10.632 -53.869-105.943 1.00 39.63 O \ ANISOU22688 OE2 GLU J 198 5344 4726 4988 -878 465 649 O \ ATOM 22689 N THR J 199 9.471 -50.897-110.901 1.00 23.47 N \ ANISOU22689 N THR J 199 3078 2825 3014 -803 394 415 N \ ATOM 22690 CA THR J 199 8.072 -50.692-111.293 1.00 24.28 C \ ANISOU22690 CA THR J 199 3108 2993 3122 -858 403 399 C \ ATOM 22691 C THR J 199 7.776 -51.267-112.678 1.00 24.89 C \ ANISOU22691 C THR J 199 3189 3036 3232 -896 372 361 C \ ATOM 22692 O THR J 199 6.803 -52.011-112.849 1.00 24.98 O \ ANISOU22692 O THR J 199 3183 3047 3258 -976 375 366 O \ ATOM 22693 CB THR J 199 7.683 -49.204-111.268 1.00 24.14 C \ ANISOU22693 CB THR J 199 3017 3070 3085 -808 411 377 C \ ATOM 22694 OG1 THR J 199 8.257 -48.577-110.115 1.00 20.33 O \ ANISOU22694 OG1 THR J 199 2545 2608 2571 -757 432 403 O \ ATOM 22695 CG2 THR J 199 6.165 -49.050-111.235 1.00 24.89 C \ ANISOU22695 CG2 THR J 199 3033 3242 3181 -866 430 376 C \ ATOM 22696 N VAL J 200 8.626 -50.941-113.654 1.00 24.32 N \ ANISOU22696 N VAL J 200 3138 2934 3167 -840 342 322 N \ ATOM 22697 CA VAL J 200 8.391 -51.360-115.039 1.00 25.34 C \ ANISOU22697 CA VAL J 200 3271 3036 3319 -868 311 280 C \ ATOM 22698 C VAL J 200 8.699 -52.841-115.273 1.00 26.04 C \ ANISOU22698 C VAL J 200 3434 3027 3433 -917 300 286 C \ ATOM 22699 O VAL J 200 7.990 -53.501-116.030 1.00 28.80 O \ ANISOU22699 O VAL J 200 3780 3361 3801 -980 284 265 O \ ATOM 22700 CB VAL J 200 9.106 -50.447-116.105 1.00 24.87 C \ ANISOU22700 CB VAL J 200 3207 2986 3256 -795 285 234 C \ ATOM 22701 CG1 VAL J 200 8.856 -48.978-115.819 1.00 21.39 C \ ANISOU22701 CG1 VAL J 200 2701 2632 2792 -745 295 231 C \ ATOM 22702 CG2 VAL J 200 10.599 -50.727-116.189 1.00 26.10 C \ ANISOU22702 CG2 VAL J 200 3434 3067 3415 -739 277 232 C \ ATOM 22703 N LEU J 201 9.739 -53.360-114.621 1.00 25.77 N \ ANISOU22703 N LEU J 201 3466 2925 3398 -886 306 313 N \ ATOM 22704 CA LEU J 201 10.107 -54.771-114.762 1.00 27.11 C \ ANISOU22704 CA LEU J 201 3713 2992 3592 -924 296 322 C \ ATOM 22705 C LEU J 201 9.177 -55.716-113.988 1.00 27.74 C \ ANISOU22705 C LEU J 201 3800 3058 3679 -1015 315 365 C \ ATOM 22706 O LEU J 201 9.055 -56.888-114.338 1.00 28.42 O \ ANISOU22706 O LEU J 201 3937 3069 3791 -1071 304 364 O \ ATOM 22707 CB LEU J 201 11.560 -55.010-114.322 1.00 26.97 C \ ANISOU22707 CB LEU J 201 3764 2908 3575 -855 293 339 C \ ATOM 22708 CG LEU J 201 12.740 -54.346-115.043 1.00 26.69 C \ ANISOU22708 CG LEU J 201 3737 2864 3538 -767 276 301 C \ ATOM 22709 CD1 LEU J 201 14.044 -54.847-114.446 1.00 28.99 C \ ANISOU22709 CD1 LEU J 201 4094 3084 3835 -714 274 326 C \ ATOM 22710 CD2 LEU J 201 12.725 -54.595-116.544 1.00 29.38 C \ ANISOU22710 CD2 LEU J 201 4087 3179 3896 -774 252 244 C \ ATOM 22711 N GLY J 202 8.536 -55.206-112.937 1.00 28.01 N \ ANISOU22711 N GLY J 202 3787 3163 3691 -1031 346 403 N \ ATOM 22712 CA GLY J 202 7.725 -56.032-112.039 1.00 29.30 C \ ANISOU22712 CA GLY J 202 3958 3319 3855 -1115 372 452 C \ ATOM 22713 C GLY J 202 8.560 -56.995-111.207 1.00 29.92 C \ ANISOU22713 C GLY J 202 4126 3308 3935 -1112 377 500 C \ ATOM 22714 O GLY J 202 8.072 -58.049-110.786 1.00 28.78 O \ ANISOU22714 O GLY J 202 4015 3117 3801 -1189 388 536 O \ ATOM 22715 N ARG J 203 9.821 -56.625-110.975 1.00 28.10 N \ ANISOU22715 N ARG J 203 3931 3050 3692 -1023 367 501 N \ ATOM 22716 CA ARG J 203 10.778 -57.445-110.221 1.00 29.59 C \ ANISOU22716 CA ARG J 203 4204 3154 3882 -1001 365 544 C \ ATOM 22717 C ARG J 203 11.985 -56.581-109.862 1.00 28.50 C \ ANISOU22717 C ARG J 203 4072 3033 3724 -898 359 542 C \ ATOM 22718 O ARG J 203 12.156 -55.493-110.419 1.00 28.13 O \ ANISOU22718 O ARG J 203 3974 3043 3669 -847 352 501 O \ ATOM 22719 CB ARG J 203 11.216 -58.679-111.026 1.00 30.84 C \ ANISOU22719 CB ARG J 203 4438 3199 4080 -1021 338 527 C \ ATOM 22720 CG ARG J 203 11.942 -58.346-112.325 1.00 33.88 C \ ANISOU22720 CG ARG J 203 4824 3565 4482 -960 309 462 C \ ATOM 22721 CD ARG J 203 12.290 -59.579-113.138 1.00 40.20 C \ ANISOU22721 CD ARG J 203 5697 4255 5319 -981 285 439 C \ ATOM 22722 NE ARG J 203 13.164 -59.228-114.259 1.00 47.30 N \ ANISOU22722 NE ARG J 203 6603 5138 6229 -910 262 381 N \ ATOM 22723 CZ ARG J 203 12.744 -58.827-115.459 1.00 49.88 C \ ANISOU22723 CZ ARG J 203 6892 5499 6560 -920 249 323 C \ ATOM 22724 NH1 ARG J 203 11.446 -58.729-115.728 1.00 51.56 N \ ANISOU22724 NH1 ARG J 203 7054 5765 6771 -997 252 314 N \ ATOM 22725 NH2 ARG J 203 13.628 -58.529-116.400 1.00 49.25 N \ ANISOU22725 NH2 ARG J 203 6823 5402 6484 -854 233 275 N \ ATOM 22726 N LYS J 204 12.813 -57.064-108.938 1.00 28.20 N \ ANISOU22726 N LYS J 204 4095 2943 3677 -870 358 588 N \ ATOM 22727 CA LYS J 204 13.986 -56.314-108.487 1.00 27.02 C \ ANISOU22727 CA LYS J 204 3951 2806 3507 -777 349 591 C \ ATOM 22728 C LYS J 204 15.002 -56.109-109.607 1.00 25.23 C \ ANISOU22728 C LYS J 204 3734 2544 3306 -709 320 538 C \ ATOM 22729 O LYS J 204 15.117 -56.928-110.520 1.00 25.51 O \ ANISOU22729 O LYS J 204 3805 2511 3375 -726 303 512 O \ ATOM 22730 CB LYS J 204 14.670 -56.995-107.295 1.00 28.86 C \ ANISOU22730 CB LYS J 204 4252 2987 3726 -762 349 653 C \ ATOM 22731 CG LYS J 204 13.987 -56.763-105.944 1.00 35.43 C \ ANISOU22731 CG LYS J 204 5068 3878 4513 -799 381 708 C \ ATOM 22732 CD LYS J 204 14.999 -56.818-104.795 1.00 37.51 C \ ANISOU22732 CD LYS J 204 5381 4120 4748 -744 373 756 C \ ATOM 22733 CE LYS J 204 14.385 -56.331-103.483 1.00 42.80 C \ ANISOU22733 CE LYS J 204 6029 4867 5365 -768 407 801 C \ ATOM 22734 NZ LYS J 204 15.347 -56.387-102.335 1.00 41.73 N \ ANISOU22734 NZ LYS J 204 5945 4714 5196 -718 396 848 N \ ATOM 22735 N MET J 205 15.721 -54.995-109.524 1.00 22.78 N \ ANISOU22735 N MET J 205 3392 2284 2978 -635 315 520 N \ ATOM 22736 CA MET J 205 16.860 -54.733-110.386 1.00 21.54 C \ ANISOU22736 CA MET J 205 3244 2097 2840 -564 292 479 C \ ATOM 22737 C MET J 205 17.946 -55.791-110.167 1.00 21.26 C \ ANISOU22737 C MET J 205 3285 1965 2826 -532 273 500 C \ ATOM 22738 O MET J 205 18.054 -56.372-109.085 1.00 18.85 O \ ANISOU22738 O MET J 205 3020 1632 2511 -542 276 555 O \ ATOM 22739 CB MET J 205 17.445 -53.348-110.092 1.00 19.75 C \ ANISOU22739 CB MET J 205 2972 1942 2588 -497 292 467 C \ ATOM 22740 CG MET J 205 16.637 -52.166-110.623 1.00 18.47 C \ ANISOU22740 CG MET J 205 2736 1866 2412 -505 303 432 C \ ATOM 22741 SD MET J 205 17.499 -50.589-110.410 1.00 19.31 S \ ANISOU22741 SD MET J 205 2802 2037 2496 -423 298 414 S \ ATOM 22742 CE MET J 205 17.281 -50.309-108.647 1.00 19.08 C \ ANISOU22742 CE MET J 205 2773 2050 2425 -427 318 469 C \ ATOM 22743 N THR J 206 18.742 -56.032-111.205 1.00 20.85 N \ ANISOU22743 N THR J 206 3252 1864 2804 -491 255 458 N \ ATOM 22744 CA THR J 206 19.935 -56.860-111.100 1.00 21.52 C \ ANISOU22744 CA THR J 206 3400 1865 2912 -440 236 469 C \ ATOM 22745 C THR J 206 21.143 -55.984-111.468 1.00 19.84 C \ ANISOU22745 C THR J 206 3159 1677 2700 -353 224 437 C \ ATOM 22746 O THR J 206 20.962 -54.828-111.860 1.00 20.38 O \ ANISOU22746 O THR J 206 3169 1822 2753 -342 232 407 O \ ATOM 22747 CB THR J 206 19.848 -58.108-112.014 1.00 22.68 C \ ANISOU22747 CB THR J 206 3601 1918 3097 -470 226 445 C \ ATOM 22748 OG1 THR J 206 19.703 -57.696-113.378 1.00 25.84 O \ ANISOU22748 OG1 THR J 206 3969 2340 3507 -468 224 380 O \ ATOM 22749 CG2 THR J 206 18.670 -59.002-111.613 1.00 25.63 C \ ANISOU22749 CG2 THR J 206 4003 2262 3472 -563 236 480 C \ ATOM 22750 N PRO J 207 22.376 -56.513-111.329 1.00 19.88 N \ ANISOU22750 N PRO J 207 3205 1621 2725 -292 207 445 N \ ATOM 22751 CA PRO J 207 23.548 -55.692-111.656 1.00 18.97 C \ ANISOU22751 CA PRO J 207 3059 1534 2612 -213 198 416 C \ ATOM 22752 C PRO J 207 23.539 -55.101-113.070 1.00 18.48 C \ ANISOU22752 C PRO J 207 2960 1499 2560 -204 203 351 C \ ATOM 22753 O PRO J 207 24.137 -54.044-113.288 1.00 16.54 O \ ANISOU22753 O PRO J 207 2671 1308 2306 -159 204 329 O \ ATOM 22754 CB PRO J 207 24.712 -56.671-111.499 1.00 19.28 C \ ANISOU22754 CB PRO J 207 3154 1489 2682 -158 178 429 C \ ATOM 22755 CG PRO J 207 24.235 -57.622-110.428 1.00 19.89 C \ ANISOU22755 CG PRO J 207 3285 1518 2753 -199 175 491 C \ ATOM 22756 CD PRO J 207 22.766 -57.806-110.723 1.00 19.56 C \ ANISOU22756 CD PRO J 207 3238 1490 2703 -290 194 487 C \ ATOM 22757 N LYS J 208 22.862 -55.759-114.010 1.00 18.33 N \ ANISOU22757 N LYS J 208 2962 1445 2557 -250 207 321 N \ ATOM 22758 CA LYS J 208 22.814 -55.254-115.387 1.00 20.03 C \ ANISOU22758 CA LYS J 208 3147 1684 2775 -244 211 260 C \ ATOM 22759 C LYS J 208 22.172 -53.862-115.496 1.00 18.20 C \ ANISOU22759 C LYS J 208 2847 1552 2513 -258 221 249 C \ ATOM 22760 O LYS J 208 22.431 -53.128-116.450 1.00 18.36 O \ ANISOU22760 O LYS J 208 2837 1606 2530 -233 222 206 O \ ATOM 22761 CB LYS J 208 22.165 -56.270-116.341 1.00 21.06 C \ ANISOU22761 CB LYS J 208 3317 1757 2925 -295 209 229 C \ ATOM 22762 CG LYS J 208 20.653 -56.356-116.290 1.00 25.16 C \ ANISOU22762 CG LYS J 208 3823 2304 3433 -382 215 238 C \ ATOM 22763 CD LYS J 208 20.130 -57.366-117.316 1.00 33.99 C \ ANISOU22763 CD LYS J 208 4981 3360 4572 -431 209 202 C \ ATOM 22764 CE LYS J 208 20.444 -58.799-116.916 1.00 39.93 C \ ANISOU22764 CE LYS J 208 5811 4007 5353 -439 201 225 C \ ATOM 22765 NZ LYS J 208 20.099 -59.771-117.996 1.00 47.81 N \ ANISOU22765 NZ LYS J 208 6854 4936 6373 -478 193 181 N \ ATOM 22766 N ASN J 209 21.365 -53.490-114.505 1.00 16.10 N \ ANISOU22766 N ASN J 209 2559 1332 2225 -294 228 287 N \ ATOM 22767 CA ASN J 209 20.770 -52.146-114.479 1.00 15.98 C \ ANISOU22767 CA ASN J 209 2480 1408 2181 -300 238 279 C \ ATOM 22768 C ASN J 209 21.733 -51.003-114.133 1.00 14.73 C \ ANISOU22768 C ASN J 209 2290 1295 2009 -234 236 278 C \ ATOM 22769 O ASN J 209 21.352 -49.835-114.173 1.00 14.44 O \ ANISOU22769 O ASN J 209 2205 1328 1952 -232 242 268 O \ ATOM 22770 CB ASN J 209 19.516 -52.112-113.607 1.00 16.16 C \ ANISOU22770 CB ASN J 209 2485 1470 2184 -361 251 314 C \ ATOM 22771 CG ASN J 209 18.448 -53.035-114.123 1.00 18.89 C \ ANISOU22771 CG ASN J 209 2847 1785 2543 -434 253 308 C \ ATOM 22772 OD1 ASN J 209 18.057 -53.981-113.445 1.00 18.38 O \ ANISOU22772 OD1 ASN J 209 2818 1680 2484 -477 257 344 O \ ATOM 22773 ND2 ASN J 209 18.003 -52.798-115.359 1.00 14.58 N \ ANISOU22773 ND2 ASN J 209 2279 1256 2003 -450 248 261 N \ ATOM 22774 N GLN J 210 22.978 -51.344-113.818 1.00 13.88 N \ ANISOU22774 N GLN J 210 2210 1146 1916 -181 225 288 N \ ATOM 22775 CA GLN J 210 24.046 -50.343-113.748 1.00 13.41 C \ ANISOU22775 CA GLN J 210 2121 1121 1851 -119 220 278 C \ ATOM 22776 C GLN J 210 24.609 -50.056-115.146 1.00 13.11 C \ ANISOU22776 C GLN J 210 2070 1080 1828 -91 221 226 C \ ATOM 22777 O GLN J 210 25.342 -49.090-115.342 1.00 12.68 O \ ANISOU22777 O GLN J 210 1983 1062 1769 -50 221 210 O \ ATOM 22778 CB GLN J 210 25.133 -50.770-112.757 1.00 14.10 C \ ANISOU22778 CB GLN J 210 2235 1175 1946 -74 206 312 C \ ATOM 22779 CG GLN J 210 24.690 -50.542-111.306 1.00 14.02 C \ ANISOU22779 CG GLN J 210 2224 1196 1906 -92 206 362 C \ ATOM 22780 CD GLN J 210 25.514 -51.278-110.256 1.00 18.75 C \ ANISOU22780 CD GLN J 210 2863 1750 2508 -62 189 406 C \ ATOM 22781 OE1 GLN J 210 25.086 -51.376-109.106 1.00 18.61 O \ ANISOU22781 OE1 GLN J 210 2859 1745 2464 -83 189 450 O \ ATOM 22782 NE2 GLN J 210 26.694 -51.783-110.633 1.00 14.85 N \ ANISOU22782 NE2 GLN J 210 2388 1207 2045 -9 173 394 N \ ATOM 22783 N GLY J 211 24.231 -50.893-116.112 1.00 12.45 N \ ANISOU22783 N GLY J 211 2014 954 1762 -118 223 199 N \ ATOM 22784 CA GLY J 211 24.506 -50.646-117.523 1.00 12.88 C \ ANISOU22784 CA GLY J 211 2059 1010 1822 -103 227 148 C \ ATOM 22785 C GLY J 211 23.204 -50.481-118.284 1.00 14.85 C \ ANISOU22785 C GLY J 211 2295 1288 2057 -161 231 126 C \ ATOM 22786 O GLY J 211 22.154 -50.210-117.696 1.00 14.97 O \ ANISOU22786 O GLY J 211 2291 1340 2058 -204 232 149 O \ ATOM 22787 N LEU J 212 23.261 -50.653-119.599 1.00 16.43 N \ ANISOU22787 N LEU J 212 2505 1475 2262 -162 232 81 N \ ATOM 22788 CA LEU J 212 22.065 -50.519-120.413 1.00 16.08 C \ ANISOU22788 CA LEU J 212 2447 1458 2204 -215 229 57 C \ ATOM 22789 C LEU J 212 21.364 -51.871-120.516 1.00 18.59 C \ ANISOU22789 C LEU J 212 2810 1716 2538 -268 223 56 C \ ATOM 22790 O LEU J 212 21.855 -52.794-121.174 1.00 18.89 O \ ANISOU22790 O LEU J 212 2892 1690 2593 -259 221 29 O \ ATOM 22791 CB LEU J 212 22.411 -49.966-121.801 1.00 16.57 C \ ANISOU22791 CB LEU J 212 2500 1541 2255 -193 231 9 C \ ATOM 22792 CG LEU J 212 21.263 -49.389-122.636 1.00 17.14 C \ ANISOU22792 CG LEU J 212 2543 1663 2304 -235 225 -12 C \ ATOM 22793 CD1 LEU J 212 21.827 -48.510-123.751 1.00 18.13 C \ ANISOU22793 CD1 LEU J 212 2655 1822 2412 -200 228 -46 C \ ATOM 22794 CD2 LEU J 212 20.356 -50.496-123.212 1.00 17.65 C \ ANISOU22794 CD2 LEU J 212 2640 1690 2375 -294 214 -32 C \ ATOM 22795 N ASP J 213 20.227 -51.971-119.836 1.00 18.95 N \ ANISOU22795 N ASP J 213 2841 1781 2577 -324 222 85 N \ ATOM 22796 CA ASP J 213 19.340 -53.125-119.922 1.00 19.23 C \ ANISOU22796 CA ASP J 213 2909 1770 2624 -390 216 86 C \ ATOM 22797 C ASP J 213 18.186 -52.707-120.828 1.00 19.66 C \ ANISOU22797 C ASP J 213 2930 1875 2664 -438 209 56 C \ ATOM 22798 O ASP J 213 17.398 -51.825-120.466 1.00 19.67 O \ ANISOU22798 O ASP J 213 2877 1948 2647 -456 212 71 O \ ATOM 22799 CB ASP J 213 18.849 -53.515-118.517 1.00 19.19 C \ ANISOU22799 CB ASP J 213 2908 1758 2621 -423 222 142 C \ ATOM 22800 CG ASP J 213 17.723 -54.556-118.531 1.00 21.03 C \ ANISOU22800 CG ASP J 213 3165 1957 2866 -505 218 149 C \ ATOM 22801 OD1 ASP J 213 17.462 -55.177-119.581 1.00 19.88 O \ ANISOU22801 OD1 ASP J 213 3044 1776 2732 -533 208 109 O \ ATOM 22802 OD2 ASP J 213 17.094 -54.751-117.466 1.00 21.71 O \ ANISOU22802 OD2 ASP J 213 3246 2054 2949 -544 227 195 O \ ATOM 22803 N PRO J 214 18.094 -53.320-122.021 1.00 21.68 N \ ANISOU22803 N PRO J 214 3216 2096 2926 -457 198 11 N \ ATOM 22804 CA PRO J 214 17.066 -52.959-123.006 1.00 22.47 C \ ANISOU22804 CA PRO J 214 3286 2242 3009 -501 185 -21 C \ ATOM 22805 C PRO J 214 15.628 -53.127-122.500 1.00 22.49 C \ ANISOU22805 C PRO J 214 3257 2275 3011 -576 180 1 C \ ATOM 22806 O PRO J 214 14.723 -52.505-123.044 1.00 21.47 O \ ANISOU22806 O PRO J 214 3082 2208 2866 -604 169 -13 O \ ATOM 22807 CB PRO J 214 17.352 -53.897-124.187 1.00 23.26 C \ ANISOU22807 CB PRO J 214 3441 2279 3117 -509 174 -71 C \ ATOM 22808 CG PRO J 214 18.189 -55.004-123.615 1.00 25.73 C \ ANISOU22808 CG PRO J 214 3813 2502 3458 -490 182 -56 C \ ATOM 22809 CD PRO J 214 18.998 -54.367-122.532 1.00 22.53 C \ ANISOU22809 CD PRO J 214 3388 2118 3054 -433 196 -14 C \ ATOM 22810 N GLN J 215 15.427 -53.944-121.464 1.00 22.91 N \ ANISOU22810 N GLN J 215 3332 2287 3082 -609 188 41 N \ ATOM 22811 CA GLN J 215 14.107 -54.080-120.835 1.00 23.66 C \ ANISOU22811 CA GLN J 215 3394 2417 3177 -682 190 69 C \ ATOM 22812 C GLN J 215 13.731 -52.906-119.920 1.00 22.20 C \ ANISOU22812 C GLN J 215 3144 2317 2973 -664 206 104 C \ ATOM 22813 O GLN J 215 12.548 -52.676-119.645 1.00 21.51 O \ ANISOU22813 O GLN J 215 3007 2284 2880 -716 208 116 O \ ATOM 22814 CB GLN J 215 13.996 -55.404-120.074 1.00 25.64 C \ ANISOU22814 CB GLN J 215 3697 2592 3451 -729 196 102 C \ ATOM 22815 CG GLN J 215 13.871 -56.623-120.983 1.00 29.42 C \ ANISOU22815 CG GLN J 215 4233 2991 3951 -773 178 66 C \ ATOM 22816 CD GLN J 215 13.405 -57.864-120.242 1.00 39.75 C \ ANISOU22816 CD GLN J 215 5586 4234 5283 -841 182 101 C \ ATOM 22817 OE1 GLN J 215 13.974 -58.247-119.215 1.00 37.59 O \ ANISOU22817 OE1 GLN J 215 5345 3919 5017 -820 195 146 O \ ATOM 22818 NE2 GLN J 215 12.361 -58.503-120.763 1.00 41.09 N \ ANISOU22818 NE2 GLN J 215 5755 4392 5462 -924 168 83 N \ ATOM 22819 N ALA J 216 14.731 -52.164-119.448 1.00 20.00 N \ ANISOU22819 N ALA J 216 2862 2051 2684 -593 216 116 N \ ATOM 22820 CA ALA J 216 14.477 -51.039-118.548 1.00 18.33 C \ ANISOU22820 CA ALA J 216 2596 1914 2453 -571 230 145 C \ ATOM 22821 C ALA J 216 14.062 -49.793-119.333 1.00 17.66 C \ ANISOU22821 C ALA J 216 2455 1904 2350 -551 222 116 C \ ATOM 22822 O ALA J 216 14.835 -48.854-119.480 1.00 16.19 O \ ANISOU22822 O ALA J 216 2258 1739 2152 -490 223 107 O \ ATOM 22823 CB ALA J 216 15.702 -50.764-117.680 1.00 17.64 C \ ANISOU22823 CB ALA J 216 2530 1808 2362 -507 240 171 C \ ATOM 22824 N LYS J 217 12.835 -49.792-119.839 1.00 19.09 N \ ANISOU22824 N LYS J 217 2600 2123 2530 -605 212 102 N \ ATOM 22825 CA LYS J 217 12.342 -48.685-120.656 1.00 19.80 C \ ANISOU22825 CA LYS J 217 2637 2280 2602 -589 199 74 C \ ATOM 22826 C LYS J 217 10.998 -48.171-120.160 1.00 20.40 C \ ANISOU22826 C LYS J 217 2646 2432 2673 -625 204 91 C \ ATOM 22827 O LYS J 217 10.186 -48.939-119.633 1.00 21.32 O \ ANISOU22827 O LYS J 217 2755 2545 2800 -687 212 110 O \ ATOM 22828 CB LYS J 217 12.234 -49.106-122.127 1.00 20.38 C \ ANISOU22828 CB LYS J 217 2732 2333 2678 -609 173 29 C \ ATOM 22829 CG LYS J 217 13.582 -49.317-122.820 1.00 23.31 C \ ANISOU22829 CG LYS J 217 3159 2647 3049 -559 171 3 C \ ATOM 22830 CD LYS J 217 13.425 -49.366-124.329 1.00 25.87 C \ ANISOU22830 CD LYS J 217 3494 2972 3363 -569 147 -44 C \ ATOM 22831 CE LYS J 217 14.652 -49.953-125.016 1.00 27.74 C \ ANISOU22831 CE LYS J 217 3794 3141 3603 -535 149 -72 C \ ATOM 22832 NZ LYS J 217 15.885 -49.176-124.763 1.00 28.33 N \ ANISOU22832 NZ LYS J 217 3872 3219 3672 -460 166 -63 N \ ATOM 22833 N ALA J 218 10.766 -46.871-120.337 1.00 19.52 N \ ANISOU22833 N ALA J 218 2484 2387 2543 -585 201 83 N \ ATOM 22834 CA ALA J 218 9.508 -46.246-119.926 1.00 19.47 C \ ANISOU22834 CA ALA J 218 2407 2458 2532 -607 206 94 C \ ATOM 22835 C ALA J 218 9.149 -45.081-120.833 1.00 20.44 C \ ANISOU22835 C ALA J 218 2486 2638 2641 -573 185 68 C \ ATOM 22836 O ALA J 218 9.931 -44.687-121.701 1.00 19.16 O \ ANISOU22836 O ALA J 218 2352 2457 2470 -532 170 45 O \ ATOM 22837 CB ALA J 218 9.589 -45.779-118.464 1.00 18.04 C \ ANISOU22837 CB ALA J 218 2209 2302 2342 -584 238 132 C \ ATOM 22838 N LYS J 219 7.957 -44.530-120.628 1.00 21.38 N \ ANISOU22838 N LYS J 219 2536 2827 2757 -590 185 73 N \ ATOM 22839 CA LYS J 219 7.538 -43.326-121.341 1.00 20.73 C \ ANISOU22839 CA LYS J 219 2409 2803 2662 -551 164 54 C \ ATOM 22840 C LYS J 219 7.318 -42.204-120.340 1.00 19.43 C \ ANISOU22840 C LYS J 219 2200 2692 2489 -507 187 74 C \ ATOM 22841 O LYS J 219 6.684 -42.405-119.303 1.00 20.22 O \ ANISOU22841 O LYS J 219 2269 2820 2593 -533 212 96 O \ ATOM 22842 CB LYS J 219 6.276 -43.602-122.165 1.00 21.03 C \ ANISOU22842 CB LYS J 219 2401 2882 2707 -603 136 35 C \ ATOM 22843 CG LYS J 219 6.525 -44.565-123.310 1.00 25.74 C \ ANISOU22843 CG LYS J 219 3046 3427 3306 -641 108 7 C \ ATOM 22844 CD LYS J 219 5.311 -44.715-124.198 1.00 34.54 C \ ANISOU22844 CD LYS J 219 4113 4586 4423 -689 73 -14 C \ ATOM 22845 CE LYS J 219 5.661 -45.496-125.452 1.00 36.00 C \ ANISOU22845 CE LYS J 219 4352 4721 4603 -716 42 -49 C \ ATOM 22846 NZ LYS J 219 4.431 -46.052-126.084 1.00 41.33 N \ ANISOU22846 NZ LYS J 219 4988 5428 5285 -787 9 -67 N \ ATOM 22847 N LEU J 220 7.870 -41.032-120.630 1.00 17.43 N \ ANISOU22847 N LEU J 220 1949 2452 2222 -441 180 65 N \ ATOM 22848 CA LEU J 220 7.711 -39.878-119.751 1.00 16.91 C \ ANISOU22848 CA LEU J 220 1846 2431 2147 -393 198 78 C \ ATOM 22849 C LEU J 220 6.301 -39.305-119.905 1.00 17.89 C \ ANISOU22849 C LEU J 220 1894 2630 2273 -400 189 72 C \ ATOM 22850 O LEU J 220 6.085 -38.323-120.618 1.00 18.61 O \ ANISOU22850 O LEU J 220 1961 2750 2357 -359 165 57 O \ ATOM 22851 CB LEU J 220 8.791 -38.819-120.021 1.00 13.95 C \ ANISOU22851 CB LEU J 220 1502 2038 1760 -324 192 71 C \ ATOM 22852 CG LEU J 220 8.818 -37.590-119.104 1.00 16.69 C \ ANISOU22852 CG LEU J 220 1825 2419 2096 -270 210 81 C \ ATOM 22853 CD1 LEU J 220 8.914 -37.971-117.618 1.00 15.48 C \ ANISOU22853 CD1 LEU J 220 1675 2264 1940 -281 246 106 C \ ATOM 22854 CD2 LEU J 220 9.944 -36.643-119.491 1.00 15.33 C \ ANISOU22854 CD2 LEU J 220 1689 2221 1915 -213 201 73 C \ ATOM 22855 N ASP J 221 5.347 -39.932-119.222 1.00 19.77 N \ ANISOU22855 N ASP J 221 2091 2899 2521 -450 207 86 N \ ATOM 22856 CA ASP J 221 3.929 -39.612-119.406 1.00 21.78 C \ ANISOU22856 CA ASP J 221 2265 3227 2782 -467 198 80 C \ ATOM 22857 C ASP J 221 3.274 -39.001-118.168 1.00 22.97 C \ ANISOU22857 C ASP J 221 2361 3437 2930 -448 235 96 C \ ATOM 22858 O ASP J 221 2.051 -38.830-118.127 1.00 23.18 O \ ANISOU22858 O ASP J 221 2312 3528 2964 -466 235 94 O \ ATOM 22859 CB ASP J 221 3.150 -40.851-119.894 1.00 22.91 C \ ANISOU22859 CB ASP J 221 2392 3369 2942 -552 184 75 C \ ATOM 22860 CG ASP J 221 3.308 -42.059-118.973 1.00 26.95 C \ ANISOU22860 CG ASP J 221 2934 3843 3462 -611 216 100 C \ ATOM 22861 OD1 ASP J 221 3.785 -41.908-117.824 1.00 23.11 O \ ANISOU22861 OD1 ASP J 221 2466 3348 2967 -588 252 123 O \ ATOM 22862 OD2 ASP J 221 2.942 -43.176-119.408 1.00 31.98 O \ ANISOU22862 OD2 ASP J 221 3580 4457 4114 -681 203 95 O \ ATOM 22863 N LYS J 222 4.090 -38.668-117.166 1.00 22.68 N \ ANISOU22863 N LYS J 222 2359 3377 2879 -412 265 112 N \ ATOM 22864 CA LYS J 222 3.585 -38.074-115.932 1.00 24.17 C \ ANISOU22864 CA LYS J 222 2507 3617 3058 -390 303 125 C \ ATOM 22865 C LYS J 222 4.584 -37.102-115.309 1.00 21.90 C \ ANISOU22865 C LYS J 222 2258 3310 2752 -319 316 126 C \ ATOM 22866 O LYS J 222 5.759 -37.431-115.122 1.00 21.33 O \ ANISOU22866 O LYS J 222 2253 3178 2673 -314 317 134 O \ ATOM 22867 CB LYS J 222 3.200 -39.177-114.934 1.00 26.24 C \ ANISOU22867 CB LYS J 222 2765 3882 3321 -456 340 151 C \ ATOM 22868 CG LYS J 222 1.932 -38.886-114.144 1.00 32.48 C \ ANISOU22868 CG LYS J 222 3475 4755 4110 -467 373 159 C \ ATOM 22869 CD LYS J 222 1.112 -40.166-113.941 1.00 41.25 C \ ANISOU22869 CD LYS J 222 4559 5877 5234 -560 389 177 C \ ATOM 22870 CE LYS J 222 0.318 -40.526-115.205 1.00 44.44 C \ ANISOU22870 CE LYS J 222 4921 6298 5664 -601 348 156 C \ ATOM 22871 NZ LYS J 222 -0.311 -41.870-115.137 1.00 46.60 N \ ANISOU22871 NZ LYS J 222 5185 6567 5954 -699 356 172 N \ ATOM 22872 N ASP J 223 4.095 -35.902-115.002 1.00 21.06 N \ ANISOU22872 N ASP J 223 2107 3254 2638 -266 323 116 N \ ATOM 22873 CA ASP J 223 4.868 -34.836-114.367 1.00 19.80 C \ ANISOU22873 CA ASP J 223 1977 3084 2461 -198 334 113 C \ ATOM 22874 C ASP J 223 5.306 -35.232-112.955 1.00 19.91 C \ ANISOU22874 C ASP J 223 2020 3088 2456 -210 375 135 C \ ATOM 22875 O ASP J 223 4.498 -35.708-112.162 1.00 19.72 O \ ANISOU22875 O ASP J 223 1960 3105 2427 -245 407 149 O \ ATOM 22876 CB ASP J 223 4.016 -33.562-114.326 1.00 20.18 C \ ANISOU22876 CB ASP J 223 1965 3192 2508 -143 335 96 C \ ATOM 22877 CG ASP J 223 4.768 -32.350-113.787 1.00 22.47 C \ ANISOU22877 CG ASP J 223 2287 3467 2781 -72 341 88 C \ ATOM 22878 OD1 ASP J 223 5.753 -31.923-114.424 1.00 19.61 O \ ANISOU22878 OD1 ASP J 223 1974 3055 2419 -44 314 81 O \ ATOM 22879 OD2 ASP J 223 4.351 -31.798-112.738 1.00 21.51 O \ ANISOU22879 OD2 ASP J 223 2141 3385 2647 -45 374 86 O \ ATOM 22880 N GLY J 224 6.590 -35.035-112.660 1.00 19.32 N \ ANISOU22880 N GLY J 224 2009 2961 2369 -181 372 138 N \ ATOM 22881 CA GLY J 224 7.159 -35.259-111.329 1.00 19.04 C \ ANISOU22881 CA GLY J 224 2008 2914 2311 -182 403 158 C \ ATOM 22882 C GLY J 224 7.140 -36.675-110.775 1.00 20.95 C \ ANISOU22882 C GLY J 224 2270 3137 2551 -248 422 187 C \ ATOM 22883 O GLY J 224 7.211 -36.865-109.553 1.00 21.86 O \ ANISOU22883 O GLY J 224 2398 3263 2643 -254 454 207 O \ ATOM 22884 N BASN J 225 7.042 -37.662-111.665 0.60 20.59 N \ ANISOU22884 N BASN J 225 2232 3063 2529 -296 402 190 N \ ATOM 22885 CA BASN J 225 6.910 -39.067-111.272 0.60 20.73 C \ ANISOU22885 CA BASN J 225 2268 3056 2549 -365 418 218 C \ ATOM 22886 C BASN J 225 8.091 -39.945-111.713 0.60 19.54 C \ ANISOU22886 C BASN J 225 2189 2823 2409 -378 395 225 C \ ATOM 22887 O BASN J 225 8.228 -41.080-111.250 0.60 19.51 O \ ANISOU22887 O BASN J 225 2218 2787 2407 -424 407 251 O \ ATOM 22888 CB BASN J 225 5.587 -39.652-111.802 0.60 22.03 C \ ANISOU22888 CB BASN J 225 2375 3259 2733 -424 418 216 C \ ATOM 22889 CG BASN J 225 4.354 -39.141-111.042 0.60 25.53 C \ ANISOU22889 CG BASN J 225 2746 3786 3166 -426 453 219 C \ ATOM 22890 OD1BASN J 225 4.405 -38.134-110.332 0.60 28.46 O \ ANISOU22890 OD1BASN J 225 3105 4191 3516 -372 471 213 O \ ATOM 22891 ND2BASN J 225 3.241 -39.846-111.196 0.60 27.09 N \ ANISOU22891 ND2BASN J 225 2894 4019 3379 -490 462 225 N \ ATOM 22892 N TYR J 226 8.929 -39.420-112.608 1.00 16.96 N \ ANISOU22892 N TYR J 226 1887 2465 2091 -335 365 203 N \ ATOM 22893 CA TYR J 226 10.085 -40.155-113.126 1.00 16.18 C \ ANISOU22893 CA TYR J 226 1850 2293 2003 -339 345 204 C \ ATOM 22894 C TYR J 226 11.400 -39.521-112.652 1.00 14.82 C \ ANISOU22894 C TYR J 226 1718 2092 1818 -282 343 205 C \ ATOM 22895 O TYR J 226 11.776 -38.442-113.123 1.00 16.57 O \ ANISOU22895 O TYR J 226 1934 2324 2038 -234 329 184 O \ ATOM 22896 CB TYR J 226 10.046 -40.233-114.661 1.00 15.49 C \ ANISOU22896 CB TYR J 226 1761 2188 1935 -345 313 176 C \ ATOM 22897 CG TYR J 226 8.929 -41.096-115.204 1.00 11.97 C \ ANISOU22897 CG TYR J 226 1286 1756 1505 -409 308 173 C \ ATOM 22898 CD1 TYR J 226 7.643 -40.580-115.384 1.00 14.38 C \ ANISOU22898 CD1 TYR J 226 1522 2129 1811 -420 309 164 C \ ATOM 22899 CD2 TYR J 226 9.154 -42.435-115.534 1.00 14.23 C \ ANISOU22899 CD2 TYR J 226 1612 1986 1806 -459 302 179 C \ ATOM 22900 CE1 TYR J 226 6.607 -41.373-115.885 1.00 15.09 C \ ANISOU22900 CE1 TYR J 226 1580 2235 1916 -484 302 161 C \ ATOM 22901 CE2 TYR J 226 8.123 -43.236-116.029 1.00 13.33 C \ ANISOU22901 CE2 TYR J 226 1473 1883 1707 -525 295 175 C \ ATOM 22902 CZ TYR J 226 6.855 -42.697-116.207 1.00 17.44 C \ ANISOU22902 CZ TYR J 226 1921 2475 2228 -538 294 166 C \ ATOM 22903 OH TYR J 226 5.829 -43.486-116.695 1.00 19.23 O \ ANISOU22903 OH TYR J 226 2118 2716 2471 -607 285 161 O \ ATOM 22904 N PRO J 227 12.100 -40.187-111.716 1.00 13.44 N \ ANISOU22904 N PRO J 227 1587 1885 1635 -289 354 232 N \ ATOM 22905 CA PRO J 227 13.344 -39.619-111.178 1.00 12.54 C \ ANISOU22905 CA PRO J 227 1507 1748 1508 -239 349 234 C \ ATOM 22906 C PRO J 227 14.450 -39.466-112.225 1.00 11.43 C \ ANISOU22906 C PRO J 227 1394 1563 1385 -209 322 214 C \ ATOM 22907 O PRO J 227 14.700 -40.372-113.019 1.00 12.97 O \ ANISOU22907 O PRO J 227 1611 1714 1599 -232 310 210 O \ ATOM 22908 CB PRO J 227 13.771 -40.640-110.114 1.00 11.69 C \ ANISOU22908 CB PRO J 227 1440 1609 1390 -262 362 270 C \ ATOM 22909 CG PRO J 227 12.475 -41.333-109.711 1.00 13.06 C \ ANISOU22909 CG PRO J 227 1587 1813 1560 -320 386 289 C \ ATOM 22910 CD PRO J 227 11.693 -41.413-110.994 1.00 13.38 C \ ANISOU22910 CD PRO J 227 1594 1863 1625 -345 373 264 C \ ATOM 22911 N ILE J 228 15.110 -38.320-112.194 1.00 12.09 N \ ANISOU22911 N ILE J 228 1477 1656 1461 -159 314 199 N \ ATOM 22912 CA ILE J 228 16.226 -38.028-113.085 1.00 10.68 C \ ANISOU22912 CA ILE J 228 1321 1440 1295 -129 293 182 C \ ATOM 22913 C ILE J 228 17.374 -39.048-112.895 1.00 11.95 C \ ANISOU22913 C ILE J 228 1528 1544 1467 -131 287 196 C \ ATOM 22914 O ILE J 228 17.975 -39.502-113.874 1.00 11.82 O \ ANISOU22914 O ILE J 228 1530 1489 1469 -131 275 184 O \ ATOM 22915 CB ILE J 228 16.685 -36.558-112.889 1.00 10.59 C \ ANISOU22915 CB ILE J 228 1300 1451 1272 -80 289 168 C \ ATOM 22916 CG1 ILE J 228 15.561 -35.600-113.319 1.00 9.55 C \ ANISOU22916 CG1 ILE J 228 1125 1367 1136 -72 290 151 C \ ATOM 22917 CG2 ILE J 228 17.968 -36.274-113.651 1.00 9.19 C \ ANISOU22917 CG2 ILE J 228 1146 1236 1107 -52 271 154 C \ ATOM 22918 CD1 ILE J 228 15.636 -34.210-112.686 1.00 10.54 C \ ANISOU22918 CD1 ILE J 228 1238 1519 1244 -29 293 142 C \ ATOM 22919 N GLU J 229 17.645 -39.444-111.650 1.00 10.86 N \ ANISOU22919 N GLU J 229 1409 1401 1316 -133 297 224 N \ ATOM 22920 CA GLU J 229 18.784 -40.329-111.367 1.00 10.08 C \ ANISOU22920 CA GLU J 229 1354 1249 1227 -127 288 240 C \ ATOM 22921 C GLU J 229 18.536 -41.783-111.817 1.00 10.99 C \ ANISOU22921 C GLU J 229 1492 1320 1362 -168 288 250 C \ ATOM 22922 O GLU J 229 19.452 -42.614-111.795 1.00 11.06 O \ ANISOU22922 O GLU J 229 1539 1278 1385 -160 279 260 O \ ATOM 22923 CB GLU J 229 19.172 -40.262-109.871 1.00 10.77 C \ ANISOU22923 CB GLU J 229 1456 1344 1289 -114 293 268 C \ ATOM 22924 CG GLU J 229 18.288 -41.129-108.941 1.00 11.43 C \ ANISOU22924 CG GLU J 229 1548 1436 1357 -156 312 302 C \ ATOM 22925 CD GLU J 229 18.818 -41.194-107.517 1.00 15.51 C \ ANISOU22925 CD GLU J 229 2091 1956 1845 -143 314 332 C \ ATOM 22926 OE1 GLU J 229 19.192 -40.126-106.989 1.00 16.32 O \ ANISOU22926 OE1 GLU J 229 2184 2088 1927 -108 311 322 O \ ATOM 22927 OE2 GLU J 229 18.872 -42.307-106.929 1.00 16.94 O \ ANISOU22927 OE2 GLU J 229 2305 2106 2023 -167 317 366 O \ ATOM 22928 N VAL J 230 17.302 -42.068-112.241 1.00 10.93 N \ ANISOU22928 N VAL J 230 1462 1332 1357 -210 297 246 N \ ATOM 22929 CA VAL J 230 16.916 -43.393-112.728 1.00 11.38 C \ ANISOU22929 CA VAL J 230 1540 1348 1432 -257 296 251 C \ ATOM 22930 C VAL J 230 16.747 -43.413-114.260 1.00 12.47 C \ ANISOU22930 C VAL J 230 1671 1478 1590 -264 282 215 C \ ATOM 22931 O VAL J 230 17.093 -44.403-114.921 1.00 12.58 O \ ANISOU22931 O VAL J 230 1717 1439 1623 -279 273 207 O \ ATOM 22932 CB VAL J 230 15.612 -43.901-112.034 1.00 11.70 C \ ANISOU22932 CB VAL J 230 1564 1417 1464 -312 316 275 C \ ATOM 22933 CG1 VAL J 230 15.160 -45.250-112.609 1.00 12.79 C \ ANISOU22933 CG1 VAL J 230 1724 1510 1624 -367 312 278 C \ ATOM 22934 CG2 VAL J 230 15.827 -44.039-110.533 1.00 10.90 C \ ANISOU22934 CG2 VAL J 230 1480 1320 1339 -308 331 314 C \ ATOM 22935 N TRP J 231 16.236 -42.314-114.811 1.00 11.54 N \ ANISOU22935 N TRP J 231 1511 1408 1463 -250 279 192 N \ ATOM 22936 CA TRP J 231 15.811 -42.286-116.212 1.00 12.22 C \ ANISOU22936 CA TRP J 231 1586 1497 1559 -263 265 161 C \ ATOM 22937 C TRP J 231 16.530 -41.214-117.027 1.00 11.51 C \ ANISOU22937 C TRP J 231 1490 1415 1465 -215 253 136 C \ ATOM 22938 O TRP J 231 16.689 -40.075-116.583 1.00 12.40 O \ ANISOU22938 O TRP J 231 1583 1561 1565 -181 256 138 O \ ATOM 22939 CB TRP J 231 14.293 -42.071-116.317 1.00 11.13 C \ ANISOU22939 CB TRP J 231 1399 1413 1416 -300 268 159 C \ ATOM 22940 CG TRP J 231 13.447 -43.081-115.588 1.00 11.73 C \ ANISOU22940 CG TRP J 231 1473 1488 1496 -356 283 183 C \ ATOM 22941 CD1 TRP J 231 12.809 -42.904-114.390 1.00 10.85 C \ ANISOU22941 CD1 TRP J 231 1337 1415 1369 -369 305 209 C \ ATOM 22942 CD2 TRP J 231 13.128 -44.416-116.021 1.00 11.26 C \ ANISOU22942 CD2 TRP J 231 1437 1385 1453 -411 277 184 C \ ATOM 22943 NE1 TRP J 231 12.121 -44.050-114.049 1.00 13.44 N \ ANISOU22943 NE1 TRP J 231 1671 1728 1705 -430 316 230 N \ ATOM 22944 CE2 TRP J 231 12.299 -44.989-115.031 1.00 10.97 C \ ANISOU22944 CE2 TRP J 231 1389 1364 1414 -458 297 214 C \ ATOM 22945 CE3 TRP J 231 13.458 -45.175-117.152 1.00 12.16 C \ ANISOU22945 CE3 TRP J 231 1584 1450 1584 -426 259 160 C \ ATOM 22946 CZ2 TRP J 231 11.797 -46.299-115.131 1.00 13.09 C \ ANISOU22946 CZ2 TRP J 231 1679 1596 1699 -523 298 224 C \ ATOM 22947 CZ3 TRP J 231 12.964 -46.481-117.254 1.00 12.88 C \ ANISOU22947 CZ3 TRP J 231 1698 1502 1691 -487 257 166 C \ ATOM 22948 CH2 TRP J 231 12.137 -47.027-116.244 1.00 13.17 C \ ANISOU22948 CH2 TRP J 231 1723 1552 1728 -537 276 199 C \ ATOM 22949 N CYS J 232 16.945 -41.592-118.233 1.00 12.12 N \ ANISOU22949 N CYS J 232 1588 1462 1552 -216 241 113 N \ ATOM 22950 CA CYS J 232 17.538 -40.669-119.197 1.00 11.87 C \ ANISOU22950 CA CYS J 232 1554 1438 1515 -180 231 89 C \ ATOM 22951 C CYS J 232 16.810 -40.849-120.537 1.00 11.08 C \ ANISOU22951 C CYS J 232 1448 1348 1414 -206 217 63 C \ ATOM 22952 O CYS J 232 16.125 -41.855-120.730 1.00 12.48 O \ ANISOU22952 O CYS J 232 1631 1511 1598 -251 213 61 O \ ATOM 22953 CB CYS J 232 19.037 -40.967-119.352 1.00 11.09 C \ ANISOU22953 CB CYS J 232 1492 1293 1427 -149 233 85 C \ ATOM 22954 SG CYS J 232 19.392 -42.591-120.078 1.00 16.80 S \ ANISOU22954 SG CYS J 232 2260 1952 2168 -175 231 71 S \ ATOM 22955 N PRO J 233 16.928 -39.871-121.460 1.00 11.94 N \ ANISOU22955 N PRO J 233 1546 1478 1510 -181 206 45 N \ ATOM 22956 CA PRO J 233 16.298 -40.104-122.766 1.00 12.44 C \ ANISOU22956 CA PRO J 233 1609 1549 1567 -205 189 21 C \ ATOM 22957 C PRO J 233 16.892 -41.320-123.476 1.00 12.99 C \ ANISOU22957 C PRO J 233 1724 1566 1646 -223 188 2 C \ ATOM 22958 O PRO J 233 18.100 -41.558-123.406 1.00 12.86 O \ ANISOU22958 O PRO J 233 1737 1511 1636 -197 200 1 O \ ATOM 22959 CB PRO J 233 16.593 -38.820-123.546 1.00 11.99 C \ ANISOU22959 CB PRO J 233 1543 1518 1493 -168 180 10 C \ ATOM 22960 CG PRO J 233 16.868 -37.785-122.492 1.00 12.90 C \ ANISOU22960 CG PRO J 233 1640 1653 1608 -134 191 30 C \ ATOM 22961 CD PRO J 233 17.533 -38.524-121.372 1.00 11.38 C \ ANISOU22961 CD PRO J 233 1464 1427 1429 -135 208 47 C \ ATOM 22962 N ASP J 234 16.025 -42.092-124.123 1.00 12.77 N \ ANISOU22962 N ASP J 234 1697 1535 1617 -268 174 -12 N \ ATOM 22963 CA ASP J 234 16.414 -43.288-124.859 1.00 13.52 C \ ANISOU22963 CA ASP J 234 1837 1578 1719 -289 172 -36 C \ ATOM 22964 C ASP J 234 16.808 -42.912-126.303 1.00 13.94 C \ ANISOU22964 C ASP J 234 1907 1636 1751 -272 161 -68 C \ ATOM 22965 O ASP J 234 15.955 -42.534-127.116 1.00 14.50 O \ ANISOU22965 O ASP J 234 1960 1743 1804 -290 140 -82 O \ ATOM 22966 CB ASP J 234 15.247 -44.281-124.844 1.00 12.92 C \ ANISOU22966 CB ASP J 234 1756 1498 1652 -352 160 -38 C \ ATOM 22967 CG ASP J 234 15.576 -45.607-125.511 1.00 16.86 C \ ANISOU22967 CG ASP J 234 2307 1936 2161 -379 156 -64 C \ ATOM 22968 OD1 ASP J 234 16.699 -45.782-126.045 1.00 17.61 O \ ANISOU22968 OD1 ASP J 234 2441 1994 2255 -345 164 -82 O \ ATOM 22969 OD2 ASP J 234 14.682 -46.488-125.509 1.00 18.18 O \ ANISOU22969 OD2 ASP J 234 2476 2092 2338 -435 146 -67 O \ ATOM 22970 N PRO J 235 18.104 -43.014-126.630 1.00 13.95 N \ ANISOU22970 N PRO J 235 1943 1602 1754 -238 176 -79 N \ ATOM 22971 CA PRO J 235 18.530 -42.602-127.976 1.00 13.39 C \ ANISOU22971 CA PRO J 235 1888 1539 1658 -221 171 -107 C \ ATOM 22972 C PRO J 235 18.158 -43.594-129.087 1.00 13.81 C \ ANISOU22972 C PRO J 235 1975 1570 1701 -256 158 -143 C \ ATOM 22973 O PRO J 235 18.288 -43.267-130.271 1.00 13.55 O \ ANISOU22973 O PRO J 235 1956 1551 1640 -250 151 -168 O \ ATOM 22974 CB PRO J 235 20.049 -42.482-127.835 1.00 13.79 C \ ANISOU22974 CB PRO J 235 1960 1561 1717 -176 196 -106 C \ ATOM 22975 CG PRO J 235 20.398 -43.478-126.769 1.00 14.54 C \ ANISOU22975 CG PRO J 235 2069 1611 1843 -179 207 -91 C \ ATOM 22976 CD PRO J 235 19.241 -43.433-125.789 1.00 13.27 C \ ANISOU22976 CD PRO J 235 1877 1474 1689 -210 197 -64 C \ ATOM 22977 N SER J 236 17.712 -44.791-128.701 1.00 13.96 N \ ANISOU22977 N SER J 236 2009 1552 1740 -295 154 -146 N \ ATOM 22978 CA SER J 236 17.309 -45.831-129.642 1.00 15.26 C \ ANISOU22978 CA SER J 236 2208 1689 1899 -334 139 -182 C \ ATOM 22979 C SER J 236 15.865 -45.652-130.077 1.00 15.66 C \ ANISOU22979 C SER J 236 2229 1785 1935 -381 108 -188 C \ ATOM 22980 O SER J 236 15.380 -46.373-130.955 1.00 15.96 O \ ANISOU22980 O SER J 236 2290 1811 1962 -419 88 -220 O \ ATOM 22981 CB SER J 236 17.480 -47.227-129.027 1.00 16.07 C \ ANISOU22981 CB SER J 236 2346 1725 2033 -358 147 -182 C \ ATOM 22982 OG SER J 236 16.477 -47.487-128.061 1.00 16.87 O \ ANISOU22982 OG SER J 236 2420 1837 2153 -400 140 -153 O \ ATOM 22983 N LYS J 237 15.168 -44.719-129.439 1.00 14.69 N \ ANISOU22983 N LYS J 237 2052 1716 1812 -378 102 -158 N \ ATOM 22984 CA LYS J 237 13.802 -44.391-129.845 1.00 16.02 C \ ANISOU22984 CA LYS J 237 2181 1938 1967 -414 71 -162 C \ ATOM 22985 C LYS J 237 13.734 -42.884-130.079 1.00 15.02 C \ ANISOU22985 C LYS J 237 2019 1868 1818 -372 64 -149 C \ ATOM 22986 O LYS J 237 14.673 -42.329-130.659 1.00 14.39 O \ ANISOU22986 O LYS J 237 1964 1783 1720 -332 73 -156 O \ ATOM 22987 CB LYS J 237 12.783 -44.917-128.827 1.00 16.98 C \ ANISOU22987 CB LYS J 237 2268 2067 2115 -460 69 -140 C \ ATOM 22988 CG LYS J 237 12.812 -46.441-128.659 1.00 19.90 C \ ANISOU22988 CG LYS J 237 2679 2373 2507 -508 73 -151 C \ ATOM 22989 CD LYS J 237 11.734 -46.951-127.689 1.00 26.23 C \ ANISOU22989 CD LYS J 237 3445 3186 3333 -562 72 -127 C \ ATOM 22990 CE LYS J 237 10.361 -47.039-128.354 1.00 29.36 C \ ANISOU22990 CE LYS J 237 3805 3628 3722 -617 38 -144 C \ ATOM 22991 NZ LYS J 237 9.298 -47.422-127.377 1.00 32.52 N \ ANISOU22991 NZ LYS J 237 4161 4049 4146 -670 42 -117 N \ ATOM 22992 N ASN J 238 12.652 -42.223-129.661 1.00 14.60 N \ ANISOU22992 N ASN J 238 1910 1869 1767 -381 49 -130 N \ ATOM 22993 CA ASN J 238 12.534 -40.763-129.787 1.00 14.85 C \ ANISOU22993 CA ASN J 238 1910 1951 1781 -337 42 -115 C \ ATOM 22994 C ASN J 238 12.707 -40.224-131.220 1.00 16.09 C \ ANISOU22994 C ASN J 238 2089 2122 1900 -321 19 -136 C \ ATOM 22995 O ASN J 238 13.231 -39.129-131.424 1.00 14.64 O \ ANISOU22995 O ASN J 238 1906 1953 1701 -276 24 -125 O \ ATOM 22996 CB ASN J 238 13.505 -40.057-128.821 1.00 14.17 C \ ANISOU22996 CB ASN J 238 1825 1851 1705 -289 73 -90 C \ ATOM 22997 CG ASN J 238 13.054 -40.146-127.383 1.00 15.92 C \ ANISOU22997 CG ASN J 238 2013 2083 1954 -297 89 -63 C \ ATOM 22998 OD1 ASN J 238 11.916 -39.807-127.068 1.00 14.53 O \ ANISOU22998 OD1 ASN J 238 1788 1952 1780 -311 77 -54 O \ ATOM 22999 ND2 ASN J 238 13.943 -40.610-126.498 1.00 12.02 N \ ANISOU22999 ND2 ASN J 238 1542 1547 1477 -287 117 -51 N \ ATOM 23000 N GLU J 239 12.251 -41.002-132.199 1.00 17.01 N \ ANISOU23000 N GLU J 239 2225 2235 2002 -361 -5 -166 N \ ATOM 23001 CA GLU J 239 12.253 -40.575-133.598 1.00 20.33 C \ ANISOU23001 CA GLU J 239 2667 2676 2381 -352 -30 -187 C \ ATOM 23002 C GLU J 239 11.377 -39.326-133.764 1.00 18.61 C \ ANISOU23002 C GLU J 239 2400 2521 2148 -331 -59 -168 C \ ATOM 23003 O GLU J 239 11.651 -38.478-134.612 1.00 18.67 O \ ANISOU23003 O GLU J 239 2424 2546 2122 -301 -71 -167 O \ ATOM 23004 CB GLU J 239 11.745 -41.713-134.495 1.00 23.08 C \ ANISOU23004 CB GLU J 239 3040 3011 2715 -405 -56 -225 C \ ATOM 23005 CG GLU J 239 11.848 -41.466-136.003 1.00 35.80 C \ ANISOU23005 CG GLU J 239 4687 4638 4277 -401 -82 -251 C \ ATOM 23006 CD GLU J 239 13.176 -41.923-136.612 1.00 45.94 C \ ANISOU23006 CD GLU J 239 6039 5874 5543 -383 -52 -276 C \ ATOM 23007 OE1 GLU J 239 13.292 -41.891-137.859 1.00 49.40 O \ ANISOU23007 OE1 GLU J 239 6512 6321 5935 -385 -68 -302 O \ ATOM 23008 OE2 GLU J 239 14.097 -42.316-135.855 1.00 49.15 O \ ANISOU23008 OE2 GLU J 239 6461 6234 5977 -367 -12 -270 O \ ATOM 23009 N ASN J 240 10.339 -39.214-132.935 1.00 17.84 N \ ANISOU23009 N ASN J 240 2245 2457 2076 -346 -69 -150 N \ ATOM 23010 CA ASN J 240 9.371 -38.123-133.048 1.00 15.99 C \ ANISOU23010 CA ASN J 240 1959 2284 1833 -325 -99 -135 C \ ATOM 23011 C ASN J 240 9.479 -37.075-131.926 1.00 16.13 C \ ANISOU23011 C ASN J 240 1942 2315 1871 -279 -76 -102 C \ ATOM 23012 O ASN J 240 8.510 -36.366-131.630 1.00 14.95 O \ ANISOU23012 O ASN J 240 1737 2214 1727 -266 -94 -88 O \ ATOM 23013 CB ASN J 240 7.951 -38.702-133.155 1.00 17.20 C \ ANISOU23013 CB ASN J 240 2062 2475 1995 -376 -134 -145 C \ ATOM 23014 CG ASN J 240 6.944 -37.709-133.716 1.00 15.63 C \ ANISOU23014 CG ASN J 240 1817 2341 1779 -356 -178 -138 C \ ATOM 23015 OD1 ASN J 240 7.248 -36.932-134.626 1.00 16.60 O \ ANISOU23015 OD1 ASN J 240 1965 2473 1868 -322 -197 -138 O \ ATOM 23016 ND2 ASN J 240 5.732 -37.741-133.178 1.00 15.42 N \ ANISOU23016 ND2 ASN J 240 1721 2361 1776 -377 -193 -131 N \ ATOM 23017 N SER J 241 10.662 -36.994-131.312 1.00 14.38 N \ ANISOU23017 N SER J 241 1752 2051 1658 -253 -36 -92 N \ ATOM 23018 CA SER J 241 11.000 -35.950-130.349 1.00 14.67 C \ ANISOU23018 CA SER J 241 1771 2094 1708 -207 -14 -66 C \ ATOM 23019 C SER J 241 12.401 -35.410-130.625 1.00 14.24 C \ ANISOU23019 C SER J 241 1764 2004 1640 -170 6 -63 C \ ATOM 23020 O SER J 241 13.217 -36.083-131.251 1.00 13.75 O \ ANISOU23020 O SER J 241 1748 1907 1567 -183 16 -80 O \ ATOM 23021 CB SER J 241 10.944 -36.487-128.913 1.00 15.76 C \ ANISOU23021 CB SER J 241 1886 2220 1879 -221 15 -53 C \ ATOM 23022 OG SER J 241 9.638 -36.932-128.580 1.00 17.50 O \ ANISOU23022 OG SER J 241 2056 2477 2113 -257 0 -53 O \ ATOM 23023 N ARG J 242 12.655 -34.182-130.173 1.00 13.08 N \ ANISOU23023 N ARG J 242 1606 1867 1494 -125 13 -42 N \ ATOM 23024 CA ARG J 242 14.001 -33.616-130.143 1.00 11.57 C \ ANISOU23024 CA ARG J 242 1453 1644 1299 -94 38 -35 C \ ATOM 23025 C ARG J 242 14.329 -33.332-128.689 1.00 12.56 C \ ANISOU23025 C ARG J 242 1560 1759 1451 -75 65 -17 C \ ATOM 23026 O ARG J 242 13.529 -32.702-127.997 1.00 12.63 O \ ANISOU23026 O ARG J 242 1531 1798 1470 -60 58 -5 O \ ATOM 23027 CB ARG J 242 14.068 -32.308-130.939 1.00 11.55 C \ ANISOU23027 CB ARG J 242 1460 1657 1270 -59 21 -24 C \ ATOM 23028 CG ARG J 242 13.460 -32.369-132.336 1.00 11.35 C \ ANISOU23028 CG ARG J 242 1446 1655 1212 -73 -14 -36 C \ ATOM 23029 CD ARG J 242 14.195 -33.321-133.280 1.00 11.37 C \ ANISOU23029 CD ARG J 242 1495 1630 1192 -100 -5 -60 C \ ATOM 23030 NE ARG J 242 13.501 -33.353-134.564 1.00 14.81 N \ ANISOU23030 NE ARG J 242 1941 2094 1592 -114 -43 -72 N \ ATOM 23031 CZ ARG J 242 12.684 -34.319-134.968 1.00 18.46 C \ ANISOU23031 CZ ARG J 242 2393 2569 2049 -154 -68 -94 C \ ATOM 23032 NH1 ARG J 242 12.470 -35.390-134.214 1.00 16.04 N \ ANISOU23032 NH1 ARG J 242 2072 2249 1774 -186 -55 -106 N \ ATOM 23033 NH2 ARG J 242 12.094 -34.221-136.151 1.00 19.82 N \ ANISOU23033 NH2 ARG J 242 2575 2770 2184 -164 -106 -104 N \ ATOM 23034 N TYR J 243 15.481 -33.809-128.220 1.00 11.82 N \ ANISOU23034 N TYR J 243 1494 1626 1369 -75 94 -18 N \ ATOM 23035 CA TYR J 243 15.912 -33.503-126.852 1.00 10.86 C \ ANISOU23035 CA TYR J 243 1361 1495 1269 -56 116 -2 C \ ATOM 23036 C TYR J 243 17.350 -32.990-126.802 1.00 11.00 C \ ANISOU23036 C TYR J 243 1409 1483 1287 -29 135 2 C \ ATOM 23037 O TYR J 243 18.178 -33.314-127.669 1.00 10.75 O \ ANISOU23037 O TYR J 243 1409 1429 1245 -33 142 -8 O \ ATOM 23038 CB TYR J 243 15.685 -34.692-125.900 1.00 10.21 C \ ANISOU23038 CB TYR J 243 1269 1401 1208 -85 130 -1 C \ ATOM 23039 CG TYR J 243 16.506 -35.932-126.203 1.00 10.45 C \ ANISOU23039 CG TYR J 243 1336 1388 1244 -107 142 -13 C \ ATOM 23040 CD1 TYR J 243 17.821 -36.046-125.746 1.00 10.85 C \ ANISOU23040 CD1 TYR J 243 1412 1404 1305 -88 164 -9 C \ ATOM 23041 CD2 TYR J 243 15.961 -36.995-126.926 1.00 9.78 C \ ANISOU23041 CD2 TYR J 243 1261 1297 1155 -146 130 -31 C \ ATOM 23042 CE1 TYR J 243 18.579 -37.176-126.013 1.00 9.87 C \ ANISOU23042 CE1 TYR J 243 1320 1240 1189 -101 175 -22 C \ ATOM 23043 CE2 TYR J 243 16.709 -38.136-127.202 1.00 12.26 C \ ANISOU23043 CE2 TYR J 243 1613 1567 1477 -162 141 -46 C \ ATOM 23044 CZ TYR J 243 18.014 -38.217-126.746 1.00 14.02 C \ ANISOU23044 CZ TYR J 243 1860 1756 1712 -137 165 -41 C \ ATOM 23045 OH TYR J 243 18.761 -39.331-127.015 1.00 16.66 O \ ANISOU23045 OH TYR J 243 2230 2046 2055 -146 176 -56 O \ ATOM 23046 N TYR J 244 17.618 -32.161-125.794 1.00 10.10 N \ ANISOU23046 N TYR J 244 1282 1370 1183 -3 145 17 N \ ATOM 23047 CA TYR J 244 18.894 -31.475-125.631 1.00 11.43 C \ ANISOU23047 CA TYR J 244 1472 1516 1354 20 160 23 C \ ATOM 23048 C TYR J 244 19.206 -31.399-124.147 1.00 11.66 C \ ANISOU23048 C TYR J 244 1488 1539 1401 30 174 33 C \ ATOM 23049 O TYR J 244 18.388 -30.916-123.362 1.00 10.65 O \ ANISOU23049 O TYR J 244 1336 1434 1275 40 169 40 O \ ATOM 23050 CB TYR J 244 18.812 -30.052-126.187 1.00 11.96 C \ ANISOU23050 CB TYR J 244 1541 1595 1406 45 147 30 C \ ATOM 23051 CG TYR J 244 18.138 -29.944-127.538 1.00 13.18 C \ ANISOU23051 CG TYR J 244 1702 1767 1536 38 125 24 C \ ATOM 23052 CD1 TYR J 244 18.894 -29.824-128.702 1.00 13.43 C \ ANISOU23052 CD1 TYR J 244 1766 1786 1548 36 127 20 C \ ATOM 23053 CD2 TYR J 244 16.741 -29.951-127.647 1.00 13.34 C \ ANISOU23053 CD2 TYR J 244 1694 1821 1553 33 101 23 C \ ATOM 23054 CE1 TYR J 244 18.281 -29.720-129.949 1.00 14.44 C \ ANISOU23054 CE1 TYR J 244 1904 1932 1648 29 105 16 C \ ATOM 23055 CE2 TYR J 244 16.117 -29.855-128.887 1.00 13.02 C \ ANISOU23055 CE2 TYR J 244 1659 1800 1489 27 75 18 C \ ATOM 23056 CZ TYR J 244 16.897 -29.736-130.030 1.00 15.82 C \ ANISOU23056 CZ TYR J 244 2051 2138 1819 25 76 15 C \ ATOM 23057 OH TYR J 244 16.290 -29.624-131.259 1.00 17.74 O \ ANISOU23057 OH TYR J 244 2304 2402 2032 19 49 11 O \ ATOM 23058 N GLY J 245 20.382 -31.865-123.753 1.00 11.08 N \ ANISOU23058 N GLY J 245 1433 1437 1340 31 190 34 N \ ATOM 23059 CA GLY J 245 20.713 -31.834-122.336 1.00 10.86 C \ ANISOU23059 CA GLY J 245 1396 1405 1325 41 200 45 C \ ATOM 23060 C GLY J 245 22.186 -31.838-122.014 1.00 10.96 C \ ANISOU23060 C GLY J 245 1424 1390 1348 52 211 47 C \ ATOM 23061 O GLY J 245 23.024 -32.044-122.888 1.00 10.28 O \ ANISOU23061 O GLY J 245 1354 1286 1263 52 218 39 O \ ATOM 23062 N SER J 246 22.488 -31.604-120.742 1.00 10.39 N \ ANISOU23062 N SER J 246 1345 1317 1283 64 215 57 N \ ATOM 23063 CA SER J 246 23.853 -31.650-120.246 1.00 10.35 C \ ANISOU23063 CA SER J 246 1350 1291 1291 75 221 60 C \ ATOM 23064 C SER J 246 23.837 -31.915-118.748 1.00 10.86 C \ ANISOU23064 C SER J 246 1408 1357 1359 78 221 72 C \ ATOM 23065 O SER J 246 22.808 -31.729-118.082 1.00 10.19 O \ ANISOU23065 O SER J 246 1312 1294 1264 76 220 77 O \ ATOM 23066 CB SER J 246 24.572 -30.323-120.534 1.00 11.38 C \ ANISOU23066 CB SER J 246 1482 1420 1419 91 219 58 C \ ATOM 23067 OG SER J 246 23.901 -29.238-119.914 1.00 12.98 O \ ANISOU23067 OG SER J 246 1677 1641 1614 103 210 62 O \ ATOM 23068 N ILE J 247 24.973 -32.378-118.239 1.00 9.97 N \ ANISOU23068 N ILE J 247 1303 1225 1259 85 224 77 N \ ATOM 23069 CA ILE J 247 25.192 -32.526-116.806 1.00 9.38 C \ ANISOU23069 CA ILE J 247 1227 1152 1184 91 221 90 C \ ATOM 23070 C ILE J 247 26.502 -31.824-116.457 1.00 9.94 C \ ANISOU23070 C ILE J 247 1298 1216 1263 109 214 88 C \ ATOM 23071 O ILE J 247 27.384 -31.652-117.309 1.00 9.75 O \ ANISOU23071 O ILE J 247 1274 1179 1250 112 217 80 O \ ATOM 23072 CB ILE J 247 25.241 -34.025-116.372 1.00 10.65 C \ ANISOU23072 CB ILE J 247 1399 1294 1353 80 224 101 C \ ATOM 23073 CG1 ILE J 247 24.929 -34.185-114.869 1.00 9.90 C \ ANISOU23073 CG1 ILE J 247 1305 1210 1246 80 221 119 C \ ATOM 23074 CG2 ILE J 247 26.581 -34.679-116.767 1.00 8.29 C \ ANISOU23074 CG2 ILE J 247 1110 966 1075 90 225 98 C \ ATOM 23075 CD1 ILE J 247 24.796 -35.624-114.423 1.00 14.23 C \ ANISOU23075 CD1 ILE J 247 1868 1738 1799 65 224 135 C \ ATOM 23076 N GLN J 248 26.618 -31.436-115.193 1.00 9.77 N \ ANISOU23076 N GLN J 248 1275 1203 1233 117 206 96 N \ ATOM 23077 CA GLN J 248 27.835 -30.899-114.635 1.00 10.31 C \ ANISOU23077 CA GLN J 248 1342 1266 1309 130 196 96 C \ ATOM 23078 C GLN J 248 27.915 -31.454-113.217 1.00 11.62 C \ ANISOU23078 C GLN J 248 1514 1436 1465 134 187 110 C \ ATOM 23079 O GLN J 248 27.019 -31.204-112.411 1.00 10.47 O \ ANISOU23079 O GLN J 248 1371 1309 1298 132 188 114 O \ ATOM 23080 CB GLN J 248 27.745 -29.372-114.615 1.00 11.80 C \ ANISOU23080 CB GLN J 248 1528 1466 1489 136 190 85 C \ ATOM 23081 CG GLN J 248 28.714 -28.684-113.670 1.00 12.75 C \ ANISOU23081 CG GLN J 248 1647 1586 1609 144 174 84 C \ ATOM 23082 CD GLN J 248 28.484 -27.194-113.611 1.00 13.44 C \ ANISOU23082 CD GLN J 248 1739 1678 1688 149 168 71 C \ ATOM 23083 OE1 GLN J 248 28.682 -26.491-114.600 1.00 13.01 O \ ANISOU23083 OE1 GLN J 248 1685 1615 1643 145 171 65 O \ ATOM 23084 NE2 GLN J 248 28.075 -26.696-112.440 1.00 7.90 N \ ANISOU23084 NE2 GLN J 248 1044 989 967 157 160 68 N \ ATOM 23085 N THR J 249 28.961 -32.218-112.911 1.00 11.42 N \ ANISOU23085 N THR J 249 1490 1395 1454 141 179 119 N \ ATOM 23086 CA THR J 249 29.120 -32.707-111.540 1.00 14.52 C \ ANISOU23086 CA THR J 249 1891 1791 1834 146 167 137 C \ ATOM 23087 C THR J 249 30.116 -31.846-110.744 1.00 17.56 C \ ANISOU23087 C THR J 249 2271 2185 2217 159 146 133 C \ ATOM 23088 O THR J 249 30.467 -30.748-111.173 1.00 20.17 O \ ANISOU23088 O THR J 249 2591 2519 2552 159 143 116 O \ ATOM 23089 CB THR J 249 29.419 -34.222-111.486 1.00 12.86 C \ ANISOU23089 CB THR J 249 1692 1556 1638 147 167 154 C \ ATOM 23090 OG1 THR J 249 30.734 -34.480-111.985 1.00 11.20 O \ ANISOU23090 OG1 THR J 249 1471 1328 1455 162 160 149 O \ ATOM 23091 CG2 THR J 249 28.391 -35.002-112.326 1.00 13.03 C \ ANISOU23091 CG2 THR J 249 1720 1567 1661 129 186 153 C \ ATOM 23092 N GLY J 250 30.532 -32.310-109.573 1.00 21.44 N \ ANISOU23092 N GLY J 250 2770 2679 2697 166 129 149 N \ ATOM 23093 CA GLY J 250 31.284 -31.470-108.631 1.00 21.08 C \ ANISOU23093 CA GLY J 250 2722 2647 2641 175 104 144 C \ ATOM 23094 C GLY J 250 30.374 -30.900-107.553 1.00 21.71 C \ ANISOU23094 C GLY J 250 2818 2749 2681 172 104 143 C \ ATOM 23095 O GLY J 250 29.150 -30.832-107.728 1.00 23.05 O \ ANISOU23095 O GLY J 250 2993 2928 2836 164 126 141 O \ ATOM 23096 N SER J 251 30.964 -30.478-106.436 1.00 21.22 N \ ANISOU23096 N SER J 251 2763 2700 2600 179 80 143 N \ ATOM 23097 CA SER J 251 30.182 -30.049-105.270 1.00 21.02 C \ ANISOU23097 CA SER J 251 2756 2698 2530 179 80 142 C \ ATOM 23098 C SER J 251 29.922 -28.544-105.182 1.00 19.62 C \ ANISOU23098 C SER J 251 2580 2532 2340 180 79 112 C \ ATOM 23099 O SER J 251 28.834 -28.124-104.775 1.00 19.55 O \ ANISOU23099 O SER J 251 2582 2541 2304 182 96 105 O \ ATOM 23100 CB SER J 251 30.858 -30.533-103.990 1.00 22.18 C \ ANISOU23100 CB SER J 251 2918 2854 2654 186 53 160 C \ ATOM 23101 OG SER J 251 32.177 -30.025-103.899 1.00 26.41 O \ ANISOU23101 OG SER J 251 3441 3385 3206 193 21 149 O \ ATOM 23102 N GLN J 252 30.919 -27.739-105.549 1.00 18.63 N \ ANISOU23102 N GLN J 252 2444 2396 2237 180 60 96 N \ ATOM 23103 CA GLN J 252 30.783 -26.277-105.549 1.00 18.89 C \ ANISOU23103 CA GLN J 252 2482 2430 2264 180 57 67 C \ ATOM 23104 C GLN J 252 31.082 -25.672-106.921 1.00 16.15 C \ ANISOU23104 C GLN J 252 2120 2063 1954 173 65 56 C \ ATOM 23105 O GLN J 252 31.401 -24.486-107.034 1.00 14.97 O \ ANISOU23105 O GLN J 252 1973 1904 1809 169 55 36 O \ ATOM 23106 CB GLN J 252 31.688 -25.641-104.486 1.00 20.25 C \ ANISOU23106 CB GLN J 252 2664 2609 2420 181 23 55 C \ ATOM 23107 CG GLN J 252 31.050 -25.571-103.103 1.00 24.00 C \ ANISOU23107 CG GLN J 252 3165 3108 2844 188 19 52 C \ ATOM 23108 CD GLN J 252 31.911 -24.842-102.088 1.00 23.67 C \ ANISOU23108 CD GLN J 252 3137 3073 2783 187 -16 35 C \ ATOM 23109 OE1 GLN J 252 32.287 -23.684-102.285 1.00 26.90 O \ ANISOU23109 OE1 GLN J 252 3546 3469 3202 181 -29 8 O \ ATOM 23110 NE2 GLN J 252 32.215 -25.513-100.988 1.00 25.28 N \ ANISOU23110 NE2 GLN J 252 3352 3295 2955 191 -36 50 N \ ATOM 23111 N THR J 253 30.965 -26.498-107.954 1.00 14.66 N \ ANISOU23111 N THR J 253 1917 1864 1787 170 83 70 N \ ATOM 23112 CA THR J 253 31.214 -26.070-109.325 1.00 14.17 C \ ANISOU23112 CA THR J 253 1842 1785 1755 162 93 63 C \ ATOM 23113 C THR J 253 30.302 -24.899-109.672 1.00 14.28 C \ ANISOU23113 C THR J 253 1868 1797 1759 164 103 46 C \ ATOM 23114 O THR J 253 29.099 -24.953-109.400 1.00 13.31 O \ ANISOU23114 O THR J 253 1754 1687 1615 173 116 46 O \ ATOM 23115 CB THR J 253 30.959 -27.224-110.319 1.00 13.19 C \ ANISOU23115 CB THR J 253 1708 1654 1647 160 114 77 C \ ATOM 23116 OG1 THR J 253 31.616 -28.406-109.857 1.00 15.61 O \ ANISOU23116 OG1 THR J 253 2010 1960 1961 165 105 94 O \ ATOM 23117 CG2 THR J 253 31.473 -26.870-111.718 1.00 12.07 C \ ANISOU23117 CG2 THR J 253 1554 1497 1532 152 124 71 C \ ATOM 23118 N PRO J 254 30.868 -23.836-110.280 1.00 13.66 N \ ANISOU23118 N PRO J 254 1789 1702 1697 156 97 34 N \ ATOM 23119 CA PRO J 254 30.037 -22.677-110.586 1.00 13.50 C \ ANISOU23119 CA PRO J 254 1785 1675 1669 162 103 20 C \ ATOM 23120 C PRO J 254 28.839 -23.049-111.447 1.00 13.04 C \ ANISOU23120 C PRO J 254 1723 1621 1607 169 125 27 C \ ATOM 23121 O PRO J 254 28.965 -23.811-112.418 1.00 11.13 O \ ANISOU23121 O PRO J 254 1470 1377 1381 161 136 39 O \ ATOM 23122 CB PRO J 254 30.985 -21.753-111.358 1.00 12.57 C \ ANISOU23122 CB PRO J 254 1667 1534 1575 146 95 14 C \ ATOM 23123 CG PRO J 254 32.349 -22.142-110.893 1.00 13.83 C \ ANISOU23123 CG PRO J 254 1809 1695 1748 134 79 17 C \ ATOM 23124 CD PRO J 254 32.285 -23.611-110.626 1.00 15.01 C \ ANISOU23124 CD PRO J 254 1946 1862 1895 142 84 33 C \ ATOM 23125 N THR J 255 27.680 -22.528-111.062 1.00 11.66 N \ ANISOU23125 N THR J 255 1560 1457 1413 185 130 18 N \ ATOM 23126 CA THR J 255 26.506 -22.566-111.914 1.00 11.57 C \ ANISOU23126 CA THR J 255 1543 1451 1401 194 146 21 C \ ATOM 23127 C THR J 255 26.636 -21.429-112.918 1.00 10.81 C \ ANISOU23127 C THR J 255 1456 1330 1317 195 141 16 C \ ATOM 23128 O THR J 255 26.758 -20.256-112.541 1.00 11.92 O \ ANISOU23128 O THR J 255 1616 1456 1457 203 130 1 O \ ATOM 23129 CB THR J 255 25.229 -22.484-111.077 1.00 12.10 C \ ANISOU23129 CB THR J 255 1610 1543 1443 213 154 14 C \ ATOM 23130 OG1 THR J 255 25.145 -23.679-110.290 1.00 11.02 O \ ANISOU23130 OG1 THR J 255 1465 1427 1293 205 161 26 O \ ATOM 23131 CG2 THR J 255 23.980 -22.363-111.968 1.00 10.45 C \ ANISOU23131 CG2 THR J 255 1390 1343 1236 224 166 15 C \ ATOM 23132 N VAL J 256 26.657 -21.801-114.197 1.00 11.37 N \ ANISOU23132 N VAL J 256 1520 1396 1401 185 149 27 N \ ATOM 23133 CA VAL J 256 26.904 -20.871-115.302 1.00 12.00 C \ ANISOU23133 CA VAL J 256 1612 1453 1492 180 147 29 C \ ATOM 23134 C VAL J 256 25.760 -21.042-116.286 1.00 12.59 C \ ANISOU23134 C VAL J 256 1684 1538 1561 190 154 35 C \ ATOM 23135 O VAL J 256 25.629 -22.097-116.914 1.00 12.68 O \ ANISOU23135 O VAL J 256 1681 1561 1573 179 164 44 O \ ATOM 23136 CB VAL J 256 28.267 -21.153-115.992 1.00 13.08 C \ ANISOU23136 CB VAL J 256 1745 1577 1648 155 149 37 C \ ATOM 23137 CG1 VAL J 256 28.446 -20.297-117.254 1.00 12.98 C \ ANISOU23137 CG1 VAL J 256 1746 1543 1640 147 152 44 C \ ATOM 23138 CG2 VAL J 256 29.421 -20.910-115.032 1.00 11.45 C \ ANISOU23138 CG2 VAL J 256 1536 1362 1449 145 137 30 C \ ATOM 23139 N LEU J 257 24.921 -20.013-116.392 1.00 11.12 N \ ANISOU23139 N LEU J 257 1509 1345 1368 211 147 30 N \ ATOM 23140 CA LEU J 257 23.701 -20.083-117.192 1.00 13.75 C \ ANISOU23140 CA LEU J 257 1835 1693 1694 225 149 35 C \ ATOM 23141 C LEU J 257 23.497 -18.801-117.979 1.00 14.33 C \ ANISOU23141 C LEU J 257 1931 1742 1769 239 137 38 C \ ATOM 23142 O LEU J 257 23.848 -17.716-117.514 1.00 14.56 O \ ANISOU23142 O LEU J 257 1982 1745 1802 248 128 29 O \ ATOM 23143 CB LEU J 257 22.471 -20.335-116.301 1.00 12.76 C \ ANISOU23143 CB LEU J 257 1691 1598 1556 247 153 26 C \ ATOM 23144 CG LEU J 257 22.458 -21.591-115.413 1.00 14.60 C \ ANISOU23144 CG LEU J 257 1905 1856 1784 234 165 27 C \ ATOM 23145 CD1 LEU J 257 21.324 -21.524-114.378 1.00 15.98 C \ ANISOU23145 CD1 LEU J 257 2065 2060 1943 256 172 16 C \ ATOM 23146 CD2 LEU J 257 22.362 -22.861-116.245 1.00 14.31 C \ ANISOU23146 CD2 LEU J 257 1853 1831 1751 212 173 40 C \ ATOM 23147 N GLN J 258 22.908 -18.930-119.162 1.00 14.20 N \ ANISOU23147 N GLN J 258 1913 1732 1749 241 135 49 N \ ATOM 23148 CA GLN J 258 22.610 -17.767-119.988 1.00 16.60 C \ ANISOU23148 CA GLN J 258 2240 2013 2051 257 122 57 C \ ATOM 23149 C GLN J 258 21.110 -17.629-120.172 1.00 16.35 C \ ANISOU23149 C GLN J 258 2194 2004 2011 290 112 56 C \ ATOM 23150 O GLN J 258 20.364 -18.592-120.002 1.00 17.00 O \ ANISOU23150 O GLN J 258 2245 2123 2089 290 118 52 O \ ATOM 23151 CB GLN J 258 23.295 -17.859-121.357 1.00 17.51 C \ ANISOU23151 CB GLN J 258 2371 2115 2165 231 124 75 C \ ATOM 23152 CG GLN J 258 24.823 -17.799-121.310 1.00 23.53 C \ ANISOU23152 CG GLN J 258 3145 2855 2938 200 134 78 C \ ATOM 23153 CD GLN J 258 25.445 -19.155-121.041 1.00 28.77 C \ ANISOU23153 CD GLN J 258 3783 3540 3606 178 150 74 C \ ATOM 23154 OE1 GLN J 258 24.996 -20.174-121.575 1.00 29.38 O \ ANISOU23154 OE1 GLN J 258 3846 3640 3675 174 157 76 O \ ATOM 23155 NE2 GLN J 258 26.491 -19.175-120.214 1.00 28.30 N \ ANISOU23155 NE2 GLN J 258 3720 3471 3559 164 154 67 N \ ATOM 23156 N PHE J 259 20.684 -16.420-120.511 1.00 15.69 N \ ANISOU23156 N PHE J 259 2133 1898 1928 318 96 59 N \ ATOM 23157 CA PHE J 259 19.291 -16.134-120.840 1.00 17.02 C \ ANISOU23157 CA PHE J 259 2287 2087 2092 355 82 60 C \ ATOM 23158 C PHE J 259 19.210 -15.006-121.864 1.00 16.19 C \ ANISOU23158 C PHE J 259 2216 1948 1985 372 62 76 C \ ATOM 23159 O PHE J 259 19.877 -13.981-121.730 1.00 16.86 O \ ANISOU23159 O PHE J 259 2338 1988 2077 375 57 78 O \ ATOM 23160 CB PHE J 259 18.458 -15.808-119.583 1.00 17.04 C \ ANISOU23160 CB PHE J 259 2271 2105 2098 392 85 37 C \ ATOM 23161 CG PHE J 259 19.054 -14.739-118.697 1.00 15.95 C \ ANISOU23161 CG PHE J 259 2165 1928 1966 405 84 23 C \ ATOM 23162 CD1 PHE J 259 20.060 -15.053-117.779 1.00 15.06 C \ ANISOU23162 CD1 PHE J 259 2059 1808 1855 378 97 12 C \ ATOM 23163 CD2 PHE J 259 18.595 -13.424-118.763 1.00 17.34 C \ ANISOU23163 CD2 PHE J 259 2366 2073 2147 446 68 18 C \ ATOM 23164 CE1 PHE J 259 20.614 -14.068-116.951 1.00 16.46 C \ ANISOU23164 CE1 PHE J 259 2266 1949 2036 387 92 -4 C \ ATOM 23165 CE2 PHE J 259 19.138 -12.430-117.938 1.00 19.54 C \ ANISOU23165 CE2 PHE J 259 2680 2311 2432 457 65 1 C \ ATOM 23166 CZ PHE J 259 20.146 -12.752-117.030 1.00 18.17 C \ ANISOU23166 CZ PHE J 259 2511 2133 2258 425 77 -11 C \ ATOM 23167 N SER J 260 18.413 -15.220-122.907 1.00 16.14 N \ ANISOU23167 N SER J 260 2200 1963 1968 381 48 91 N \ ATOM 23168 CA SER J 260 18.166 -14.203-123.928 1.00 16.10 C \ ANISOU23168 CA SER J 260 2228 1931 1957 402 24 111 C \ ATOM 23169 C SER J 260 16.909 -14.551-124.702 1.00 16.88 C \ ANISOU23169 C SER J 260 2298 2068 2044 424 4 118 C \ ATOM 23170 O SER J 260 16.687 -15.725-125.016 1.00 19.34 O \ ANISOU23170 O SER J 260 2580 2419 2347 399 10 116 O \ ATOM 23171 CB SER J 260 19.344 -14.107-124.902 1.00 16.38 C \ ANISOU23171 CB SER J 260 2302 1937 1984 362 28 133 C \ ATOM 23172 OG SER J 260 19.054 -13.178-125.938 1.00 15.50 O \ ANISOU23172 OG SER J 260 2225 1800 1861 380 5 157 O \ ATOM 23173 N ASN J 261 16.101 -13.540-125.020 1.00 14.29 N \ ANISOU23173 N ASN J 261 1983 1729 1718 470 -21 127 N \ ATOM 23174 CA ASN J 261 14.894 -13.749-125.820 1.00 14.90 C \ ANISOU23174 CA ASN J 261 2032 1844 1785 495 -47 136 C \ ATOM 23175 C ASN J 261 15.169 -13.723-127.332 1.00 15.10 C \ ANISOU23175 C ASN J 261 2090 1859 1785 475 -66 165 C \ ATOM 23176 O ASN J 261 14.240 -13.621-128.129 1.00 16.07 O \ ANISOU23176 O ASN J 261 2203 2005 1896 499 -96 178 O \ ATOM 23177 CB ASN J 261 13.780 -12.747-125.439 1.00 14.48 C \ ANISOU23177 CB ASN J 261 1968 1789 1744 562 -69 130 C \ ATOM 23178 CG ASN J 261 14.145 -11.294-125.760 1.00 15.27 C \ ANISOU23178 CG ASN J 261 2128 1825 1848 591 -88 147 C \ ATOM 23179 OD1 ASN J 261 15.317 -10.947-125.897 1.00 14.20 O \ ANISOU23179 OD1 ASN J 261 2041 1644 1710 558 -77 158 O \ ATOM 23180 ND2 ASN J 261 13.131 -10.437-125.871 1.00 14.31 N \ ANISOU23180 ND2 ASN J 261 2004 1700 1733 652 -116 151 N \ ATOM 23181 N THR J 262 16.445 -13.814-127.711 1.00 15.21 N \ ANISOU23181 N THR J 262 2142 1844 1791 431 -48 176 N \ ATOM 23182 CA THR J 262 16.853 -13.805-129.120 1.00 16.46 C \ ANISOU23182 CA THR J 262 2336 1994 1922 407 -58 204 C \ ATOM 23183 C THR J 262 17.280 -15.196-129.611 1.00 18.03 C \ ANISOU23183 C THR J 262 2517 2227 2104 358 -38 197 C \ ATOM 23184 O THR J 262 17.623 -15.371-130.783 1.00 17.72 O \ ANISOU23184 O THR J 262 2505 2190 2037 335 -42 215 O \ ATOM 23185 CB THR J 262 18.024 -12.816-129.364 1.00 16.85 C \ ANISOU23185 CB THR J 262 2445 1985 1970 390 -49 224 C \ ATOM 23186 OG1 THR J 262 19.197 -13.281-128.682 1.00 12.32 O \ ANISOU23186 OG1 THR J 262 1868 1401 1410 350 -13 209 O \ ATOM 23187 CG2 THR J 262 17.673 -11.420-128.872 1.00 16.02 C \ ANISOU23187 CG2 THR J 262 2365 1836 1883 437 -68 229 C \ ATOM 23188 N LEU J 263 17.250 -16.181-128.717 1.00 19.47 N \ ANISOU23188 N LEU J 263 2658 2436 2302 344 -18 171 N \ ATOM 23189 CA LEU J 263 17.747 -17.521-129.027 1.00 20.69 C \ ANISOU23189 CA LEU J 263 2800 2614 2447 300 2 162 C \ ATOM 23190 C LEU J 263 16.631 -18.493-129.420 1.00 21.52 C \ ANISOU23190 C LEU J 263 2866 2767 2540 298 -14 152 C \ ATOM 23191 O LEU J 263 15.690 -18.703-128.661 1.00 21.97 O \ ANISOU23191 O LEU J 263 2881 2850 2613 318 -20 139 O \ ATOM 23192 CB LEU J 263 18.549 -18.082-127.851 1.00 21.87 C \ ANISOU23192 CB LEU J 263 2934 2757 2619 280 34 143 C \ ATOM 23193 CG LEU J 263 19.866 -17.391-127.467 1.00 27.24 C \ ANISOU23193 CG LEU J 263 3645 3394 3311 267 53 148 C \ ATOM 23194 CD1 LEU J 263 20.372 -17.909-126.123 1.00 31.03 C \ ANISOU23194 CD1 LEU J 263 4102 3875 3813 257 75 127 C \ ATOM 23195 CD2 LEU J 263 20.931 -17.569-128.545 1.00 29.88 C \ ANISOU23195 CD2 LEU J 263 4010 3715 3627 231 67 162 C \ ATOM 23196 N THR J 264 16.762 -19.084-130.605 1.00 21.20 N \ ANISOU23196 N THR J 264 2841 2740 2473 272 -19 159 N \ ATOM 23197 CA THR J 264 15.781 -20.030-131.143 1.00 22.23 C \ ANISOU23197 CA THR J 264 2942 2915 2589 263 -38 149 C \ ATOM 23198 C THR J 264 16.439 -21.371-131.466 1.00 21.74 C \ ANISOU23198 C THR J 264 2881 2859 2517 217 -14 133 C \ ATOM 23199 O THR J 264 17.532 -21.418-132.026 1.00 21.93 O \ ANISOU23199 O THR J 264 2941 2862 2527 195 5 139 O \ ATOM 23200 CB THR J 264 15.105 -19.477-132.426 1.00 23.47 C \ ANISOU23200 CB THR J 264 3118 3084 2714 280 -78 168 C \ ATOM 23201 OG1 THR J 264 14.307 -18.332-132.096 1.00 25.46 O \ ANISOU23201 OG1 THR J 264 3361 3331 2978 330 -105 181 O \ ATOM 23202 CG2 THR J 264 14.210 -20.526-133.083 1.00 24.75 C \ ANISOU23202 CG2 THR J 264 3251 3292 2858 262 -100 156 C \ ATOM 23203 N THR J 265 15.766 -22.457-131.106 1.00 19.04 N \ ANISOU23203 N THR J 265 2499 2547 2184 202 -15 114 N \ ATOM 23204 CA THR J 265 16.187 -23.787-131.511 1.00 18.36 C \ ANISOU23204 CA THR J 265 2417 2468 2089 161 0 97 C \ ATOM 23205 C THR J 265 15.262 -24.275-132.616 1.00 17.60 C \ ANISOU23205 C THR J 265 2317 2405 1966 149 -32 93 C \ ATOM 23206 O THR J 265 14.041 -24.328-132.436 1.00 16.75 O \ ANISOU23206 O THR J 265 2170 2329 1864 160 -59 89 O \ ATOM 23207 CB THR J 265 16.163 -24.772-130.324 1.00 18.97 C \ ANISOU23207 CB THR J 265 2461 2549 2197 145 22 79 C \ ATOM 23208 OG1 THR J 265 17.035 -24.292-129.294 1.00 22.47 O \ ANISOU23208 OG1 THR J 265 2909 2964 2662 156 48 83 O \ ATOM 23209 CG2 THR J 265 16.607 -26.161-130.759 1.00 18.84 C \ ANISOU23209 CG2 THR J 265 2453 2532 2173 105 38 62 C \ ATOM 23210 N VAL J 266 15.851 -24.618-133.758 1.00 17.21 N \ ANISOU23210 N VAL J 266 2305 2349 1883 127 -29 91 N \ ATOM 23211 CA VAL J 266 15.120 -25.207-134.875 1.00 16.97 C \ ANISOU23211 CA VAL J 266 2278 2349 1820 110 -59 82 C \ ATOM 23212 C VAL J 266 14.949 -26.699-134.600 1.00 16.55 C \ ANISOU23212 C VAL J 266 2203 2306 1779 74 -48 53 C \ ATOM 23213 O VAL J 266 15.917 -27.377-134.228 1.00 14.90 O \ ANISOU23213 O VAL J 266 2007 2072 1583 55 -11 41 O \ ATOM 23214 CB VAL J 266 15.865 -24.995-136.221 1.00 19.12 C \ ANISOU23214 CB VAL J 266 2605 2611 2045 100 -57 91 C \ ATOM 23215 CG1 VAL J 266 15.130 -25.683-137.369 1.00 17.75 C \ ANISOU23215 CG1 VAL J 266 2439 2471 1834 79 -90 77 C \ ATOM 23216 CG2 VAL J 266 16.039 -23.506-136.521 1.00 19.72 C \ ANISOU23216 CG2 VAL J 266 2710 2674 2109 131 -68 124 C \ ATOM 23217 N LEU J 267 13.720 -27.193-134.791 1.00 15.27 N \ ANISOU23217 N LEU J 267 2007 2179 1614 64 -81 43 N \ ATOM 23218 CA LEU J 267 13.337 -28.576-134.456 1.00 15.91 C \ ANISOU23218 CA LEU J 267 2064 2269 1711 26 -76 17 C \ ATOM 23219 C LEU J 267 13.249 -29.506-135.667 1.00 16.16 C \ ANISOU23219 C LEU J 267 2121 2309 1708 -9 -92 -4 C \ ATOM 23220 O LEU J 267 12.932 -30.696-135.532 1.00 15.43 O \ ANISOU23220 O LEU J 267 2015 2219 1626 -44 -91 -28 O \ ATOM 23221 CB LEU J 267 11.987 -28.585-133.716 1.00 15.11 C \ ANISOU23221 CB LEU J 267 1900 2203 1635 31 -99 17 C \ ATOM 23222 CG LEU J 267 11.954 -27.910-132.342 1.00 14.80 C \ ANISOU23222 CG LEU J 267 1830 2158 1632 62 -79 31 C \ ATOM 23223 CD1 LEU J 267 10.521 -27.794-131.823 1.00 11.16 C \ ANISOU23223 CD1 LEU J 267 1306 1742 1190 72 -104 31 C \ ATOM 23224 CD2 LEU J 267 12.839 -28.668-131.362 1.00 10.90 C \ ANISOU23224 CD2 LEU J 267 1344 1634 1164 43 -35 22 C \ ATOM 23225 N LEU J 268 13.511 -28.963-136.848 1.00 16.30 N \ ANISOU23225 N LEU J 268 2179 2331 1682 0 -108 3 N \ ATOM 23226 CA LEU J 268 13.487 -29.757-138.076 1.00 18.26 C \ ANISOU23226 CA LEU J 268 2459 2588 1888 -32 -123 -19 C \ ATOM 23227 C LEU J 268 14.633 -30.762-138.097 1.00 19.62 C \ ANISOU23227 C LEU J 268 2665 2725 2062 -57 -78 -43 C \ ATOM 23228 O LEU J 268 15.757 -30.436-137.706 1.00 19.32 O \ ANISOU23228 O LEU J 268 2645 2658 2036 -42 -38 -33 O \ ATOM 23229 CB LEU J 268 13.555 -28.838-139.299 1.00 18.16 C \ ANISOU23229 CB LEU J 268 2486 2588 1823 -14 -147 0 C \ ATOM 23230 CG LEU J 268 12.491 -27.735-139.337 1.00 20.26 C \ ANISOU23230 CG LEU J 268 2724 2885 2088 19 -194 26 C \ ATOM 23231 CD1 LEU J 268 12.658 -26.874-140.586 1.00 23.48 C \ ANISOU23231 CD1 LEU J 268 3180 3299 2440 35 -218 48 C \ ATOM 23232 CD2 LEU J 268 11.081 -28.325-139.262 1.00 19.87 C \ ANISOU23232 CD2 LEU J 268 2622 2877 2050 4 -238 10 C \ ATOM 23233 N ASP J 269 14.343 -31.984-138.538 1.00 21.36 N \ ANISOU23233 N ASP J 269 2893 2949 2273 -94 -87 -75 N \ ATOM 23234 CA ASP J 269 15.384 -32.999-138.719 1.00 23.49 C \ ANISOU23234 CA ASP J 269 3199 3183 2540 -114 -48 -103 C \ ATOM 23235 C ASP J 269 16.132 -32.771-140.041 1.00 25.00 C \ ANISOU23235 C ASP J 269 3447 3375 2676 -111 -39 -109 C \ ATOM 23236 O ASP J 269 15.927 -31.752-140.705 1.00 23.87 O \ ANISOU23236 O ASP J 269 3316 3254 2498 -93 -61 -86 O \ ATOM 23237 CB ASP J 269 14.809 -34.427-138.610 1.00 23.79 C \ ANISOU23237 CB ASP J 269 3228 3216 2592 -155 -58 -137 C \ ATOM 23238 CG ASP J 269 13.862 -34.791-139.758 1.00 24.67 C \ ANISOU23238 CG ASP J 269 3350 3360 2663 -182 -106 -158 C \ ATOM 23239 OD1 ASP J 269 13.747 -34.040-140.749 1.00 23.63 O \ ANISOU23239 OD1 ASP J 269 3240 3253 2484 -169 -130 -148 O \ ATOM 23240 OD2 ASP J 269 13.221 -35.855-139.662 1.00 27.89 O \ ANISOU23240 OD2 ASP J 269 3745 3766 3083 -220 -122 -184 O \ ATOM 23241 N GLU J 270 16.991 -33.717-140.420 1.00 28.42 N \ ANISOU23241 N GLU J 270 3915 3782 3099 -127 -7 -139 N \ ATOM 23242 CA GLU J 270 17.822 -33.568-141.622 1.00 32.07 C \ ANISOU23242 CA GLU J 270 4432 4245 3508 -125 11 -148 C \ ATOM 23243 C GLU J 270 17.014 -33.527-142.932 1.00 32.18 C \ ANISOU23243 C GLU J 270 4472 4294 3460 -141 -33 -158 C \ ATOM 23244 O GLU J 270 17.523 -33.080-143.963 1.00 33.81 O \ ANISOU23244 O GLU J 270 4722 4511 3612 -135 -25 -155 O \ ATOM 23245 CB GLU J 270 18.952 -34.617-141.665 1.00 33.21 C \ ANISOU23245 CB GLU J 270 4603 4354 3659 -133 60 -182 C \ ATOM 23246 CG GLU J 270 18.515 -36.058-141.942 1.00 39.28 C \ ANISOU23246 CG GLU J 270 5386 5111 4426 -166 48 -227 C \ ATOM 23247 CD GLU J 270 18.035 -36.818-140.704 1.00 45.09 C \ ANISOU23247 CD GLU J 270 6082 5824 5223 -179 43 -231 C \ ATOM 23248 OE1 GLU J 270 17.956 -36.228-139.599 1.00 46.03 O \ ANISOU23248 OE1 GLU J 270 6161 5943 5385 -162 47 -199 O \ ATOM 23249 OE2 GLU J 270 17.733 -38.025-140.847 1.00 46.74 O \ ANISOU23249 OE2 GLU J 270 6305 6016 5438 -208 36 -267 O \ ATOM 23250 N ASN J 271 15.761 -33.982-142.878 1.00 30.99 N \ ANISOU23250 N ASN J 271 4294 4164 3315 -162 -81 -170 N \ ATOM 23251 CA ASN J 271 14.853 -33.926-144.033 1.00 30.84 C \ ANISOU23251 CA ASN J 271 4293 4184 3241 -177 -134 -179 C \ ATOM 23252 C ASN J 271 13.872 -32.751-143.981 1.00 28.95 C \ ANISOU23252 C ASN J 271 4019 3982 2998 -155 -183 -140 C \ ATOM 23253 O ASN J 271 12.953 -32.666-144.800 1.00 28.75 O \ ANISOU23253 O ASN J 271 3995 3993 2933 -165 -236 -143 O \ ATOM 23254 CB ASN J 271 14.085 -35.247-144.188 1.00 32.26 C \ ANISOU23254 CB ASN J 271 4466 4366 3424 -220 -162 -223 C \ ATOM 23255 CG ASN J 271 15.006 -36.447-144.361 1.00 34.83 C \ ANISOU23255 CG ASN J 271 4833 4650 3748 -240 -119 -266 C \ ATOM 23256 OD1 ASN J 271 15.909 -36.438-145.196 1.00 38.34 O \ ANISOU23256 OD1 ASN J 271 5330 5088 4149 -232 -90 -279 O \ ATOM 23257 ND2 ASN J 271 14.776 -37.486-143.567 1.00 35.45 N \ ANISOU23257 ND2 ASN J 271 4890 4702 3877 -264 -113 -288 N \ ATOM 23258 N GLY J 272 14.066 -31.857-143.011 1.00 26.46 N \ ANISOU23258 N GLY J 272 3673 3657 2724 -122 -165 -104 N \ ATOM 23259 CA GLY J 272 13.223 -30.664-142.855 1.00 23.93 C \ ANISOU23259 CA GLY J 272 3320 3363 2406 -92 -206 -66 C \ ATOM 23260 C GLY J 272 11.861 -30.924-142.221 1.00 22.48 C \ ANISOU23260 C GLY J 272 3072 3209 2260 -100 -248 -70 C \ ATOM 23261 O GLY J 272 10.905 -30.179-142.461 1.00 21.25 O \ ANISOU23261 O GLY J 272 2891 3088 2093 -80 -296 -50 O \ ATOM 23262 N VAL J 273 11.774 -31.984-141.416 1.00 19.95 N \ ANISOU23262 N VAL J 273 2724 2874 1982 -128 -229 -96 N \ ATOM 23263 CA VAL J 273 10.523 -32.363-140.755 1.00 18.91 C \ ANISOU23263 CA VAL J 273 2528 2768 1887 -144 -260 -101 C \ ATOM 23264 C VAL J 273 10.684 -32.268-139.236 1.00 17.23 C \ ANISOU23264 C VAL J 273 2274 2536 1736 -130 -224 -87 C \ ATOM 23265 O VAL J 273 11.629 -32.821-138.665 1.00 16.01 O \ ANISOU23265 O VAL J 273 2138 2340 1603 -138 -176 -96 O \ ATOM 23266 CB VAL J 273 10.047 -33.803-141.143 1.00 19.42 C \ ANISOU23266 CB VAL J 273 2594 2837 1946 -200 -278 -144 C \ ATOM 23267 CG1 VAL J 273 8.641 -34.066-140.609 1.00 19.22 C \ ANISOU23267 CG1 VAL J 273 2498 2850 1954 -220 -317 -145 C \ ATOM 23268 CG2 VAL J 273 10.073 -34.018-142.658 1.00 20.07 C \ ANISOU23268 CG2 VAL J 273 2730 2934 1961 -217 -308 -165 C \ ATOM 23269 N GLY J 274 9.765 -31.554-138.595 1.00 16.13 N \ ANISOU23269 N GLY J 274 2078 2427 1623 -106 -246 -66 N \ ATOM 23270 CA GLY J 274 9.735 -31.463-137.136 1.00 14.28 C \ ANISOU23270 CA GLY J 274 1801 2182 1443 -94 -215 -54 C \ ATOM 23271 C GLY J 274 8.865 -32.546-136.525 1.00 13.68 C \ ANISOU23271 C GLY J 274 1677 2122 1399 -136 -221 -74 C \ ATOM 23272 O GLY J 274 8.214 -33.298-137.252 1.00 14.09 O \ ANISOU23272 O GLY J 274 1725 2194 1433 -175 -255 -96 O \ ATOM 23273 N PRO J 275 8.852 -32.646-135.179 1.00 13.98 N \ ANISOU23273 N PRO J 275 1680 2150 1481 -132 -189 -65 N \ ATOM 23274 CA PRO J 275 7.980 -33.623-134.527 1.00 13.71 C \ ANISOU23274 CA PRO J 275 1598 2133 1478 -175 -192 -78 C \ ATOM 23275 C PRO J 275 6.521 -33.423-134.933 1.00 15.09 C \ ANISOU23275 C PRO J 275 1714 2368 1648 -183 -244 -79 C \ ATOM 23276 O PRO J 275 6.058 -32.283-135.039 1.00 14.98 O \ ANISOU23276 O PRO J 275 1675 2386 1629 -137 -267 -60 O \ ATOM 23277 CB PRO J 275 8.158 -33.312-133.041 1.00 13.45 C \ ANISOU23277 CB PRO J 275 1535 2090 1484 -153 -152 -59 C \ ATOM 23278 CG PRO J 275 9.546 -32.745-132.950 1.00 12.53 C \ ANISOU23278 CG PRO J 275 1471 1929 1359 -119 -119 -49 C \ ATOM 23279 CD PRO J 275 9.685 -31.917-134.206 1.00 12.20 C \ ANISOU23279 CD PRO J 275 1461 1897 1277 -94 -148 -44 C \ ATOM 23280 N LEU J 276 5.820 -34.527-135.176 1.00 15.74 N \ ANISOU23280 N LEU J 276 1777 2466 1736 -240 -264 -102 N \ ATOM 23281 CA LEU J 276 4.428 -34.477-135.619 1.00 17.97 C \ ANISOU23281 CA LEU J 276 2001 2810 2016 -255 -317 -107 C \ ATOM 23282 C LEU J 276 3.512 -34.904-134.484 1.00 17.27 C \ ANISOU23282 C LEU J 276 1837 2749 1973 -282 -305 -103 C \ ATOM 23283 O LEU J 276 3.690 -35.974-133.898 1.00 17.71 O \ ANISOU23283 O LEU J 276 1900 2777 2051 -330 -275 -114 O \ ATOM 23284 CB LEU J 276 4.219 -35.371-136.841 1.00 18.54 C \ ANISOU23284 CB LEU J 276 2103 2884 2056 -306 -356 -137 C \ ATOM 23285 CG LEU J 276 5.111 -35.079-138.052 1.00 21.29 C \ ANISOU23285 CG LEU J 276 2529 3209 2351 -288 -366 -144 C \ ATOM 23286 CD1 LEU J 276 5.064 -36.246-139.024 1.00 22.38 C \ ANISOU23286 CD1 LEU J 276 2705 3336 2461 -346 -390 -183 C \ ATOM 23287 CD2 LEU J 276 4.702 -33.783-138.727 1.00 21.00 C \ ANISOU23287 CD2 LEU J 276 2481 3212 2285 -236 -408 -122 C \ ATOM 23288 N CYS J 277 2.533 -34.062-134.179 1.00 18.79 N \ ANISOU23288 N CYS J 277 1961 2997 2180 -249 -326 -88 N \ ATOM 23289 CA CYS J 277 1.754 -34.224-132.951 1.00 20.26 C \ ANISOU23289 CA CYS J 277 2074 3214 2410 -260 -302 -80 C \ ATOM 23290 C CYS J 277 0.595 -35.202-133.123 1.00 23.32 C \ ANISOU23290 C CYS J 277 2404 3643 2811 -328 -332 -97 C \ ATOM 23291 O CYS J 277 -0.462 -34.850-133.648 1.00 23.08 O \ ANISOU23291 O CYS J 277 2316 3674 2778 -323 -380 -100 O \ ATOM 23292 CB CYS J 277 1.290 -32.865-132.432 1.00 20.29 C \ ANISOU23292 CB CYS J 277 2028 3255 2424 -189 -304 -57 C \ ATOM 23293 SG CYS J 277 2.670 -31.750-132.044 1.00 19.99 S \ ANISOU23293 SG CYS J 277 2057 3162 2376 -118 -265 -37 S \ ATOM 23294 N LYS J 278 0.823 -36.437-132.678 1.00 25.62 N \ ANISOU23294 N LYS J 278 2713 3902 3119 -392 -303 -109 N \ ATOM 23295 CA LYS J 278 -0.165 -37.511-132.777 1.00 29.26 C \ ANISOU23295 CA LYS J 278 3128 4390 3596 -469 -325 -127 C \ ATOM 23296 C LYS J 278 -1.331 -37.250-131.835 1.00 30.24 C \ ANISOU23296 C LYS J 278 3152 4580 3756 -471 -317 -112 C \ ATOM 23297 O LYS J 278 -1.130 -36.929-130.659 1.00 31.23 O \ ANISOU23297 O LYS J 278 3261 4700 3903 -444 -267 -92 O \ ATOM 23298 CB LYS J 278 0.483 -38.869-132.490 1.00 29.79 C \ ANISOU23298 CB LYS J 278 3251 4394 3673 -533 -293 -140 C \ ATOM 23299 CG LYS J 278 1.360 -39.381-133.625 1.00 33.33 C \ ANISOU23299 CG LYS J 278 3786 4788 4086 -547 -310 -165 C \ ATOM 23300 CD LYS J 278 2.236 -40.548-133.188 1.00 37.41 C \ ANISOU23300 CD LYS J 278 4366 5230 4615 -588 -269 -174 C \ ATOM 23301 CE LYS J 278 3.133 -40.996-134.335 1.00 39.93 C \ ANISOU23301 CE LYS J 278 4771 5499 4898 -593 -282 -203 C \ ATOM 23302 NZ LYS J 278 4.353 -41.698-133.850 1.00 40.28 N \ ANISOU23302 NZ LYS J 278 4885 5467 4953 -595 -233 -205 N \ ATOM 23303 N GLY J 279 -2.543 -37.360-132.371 1.00 31.28 N \ ANISOU23303 N GLY J 279 3214 4775 3892 -500 -366 -123 N \ ATOM 23304 CA GLY J 279 -3.762 -37.058-131.626 1.00 31.77 C \ ANISOU23304 CA GLY J 279 3169 4911 3988 -500 -364 -111 C \ ATOM 23305 C GLY J 279 -3.822 -35.619-131.150 1.00 31.64 C \ ANISOU23305 C GLY J 279 3120 4925 3975 -405 -352 -90 C \ ATOM 23306 O GLY J 279 -4.423 -35.333-130.113 1.00 32.33 O \ ANISOU23306 O GLY J 279 3139 5053 4091 -391 -320 -77 O \ ATOM 23307 N ASP J 280 -3.191 -34.721-131.913 1.00 29.78 N \ ANISOU23307 N ASP J 280 2939 4669 3708 -342 -376 -86 N \ ATOM 23308 CA ASP J 280 -3.141 -33.276-131.622 1.00 28.52 C \ ANISOU23308 CA ASP J 280 2763 4524 3546 -248 -372 -67 C \ ATOM 23309 C ASP J 280 -2.565 -32.939-130.234 1.00 26.31 C \ ANISOU23309 C ASP J 280 2493 4217 3287 -217 -303 -51 C \ ATOM 23310 O ASP J 280 -3.047 -32.031-129.555 1.00 26.31 O \ ANISOU23310 O ASP J 280 2439 4253 3303 -160 -289 -39 O \ ATOM 23311 CB ASP J 280 -4.519 -32.619-131.828 1.00 29.71 C \ ANISOU23311 CB ASP J 280 2814 4760 3711 -218 -417 -64 C \ ATOM 23312 CG ASP J 280 -5.027 -32.746-133.259 1.00 32.18 C \ ANISOU23312 CG ASP J 280 3124 5103 3999 -236 -494 -77 C \ ATOM 23313 OD1 ASP J 280 -4.203 -32.781-134.198 1.00 31.94 O \ ANISOU23313 OD1 ASP J 280 3179 5026 3930 -236 -515 -82 O \ ATOM 23314 OD2 ASP J 280 -6.260 -32.804-133.445 1.00 35.55 O \ ANISOU23314 OD2 ASP J 280 3460 5602 4442 -251 -533 -83 O \ ATOM 23315 N GLY J 281 -1.531 -33.676-129.834 1.00 23.09 N \ ANISOU23315 N GLY J 281 2152 3744 2875 -251 -261 -52 N \ ATOM 23316 CA GLY J 281 -0.898 -33.495-128.535 1.00 21.78 C \ ANISOU23316 CA GLY J 281 2003 3548 2724 -229 -198 -38 C \ ATOM 23317 C GLY J 281 0.581 -33.184-128.664 1.00 20.26 C \ ANISOU23317 C GLY J 281 1905 3282 2509 -197 -179 -33 C \ ATOM 23318 O GLY J 281 1.324 -33.916-129.322 1.00 19.90 O \ ANISOU23318 O GLY J 281 1923 3190 2447 -233 -185 -43 O \ ATOM 23319 N LEU J 282 0.997 -32.085-128.043 1.00 18.32 N \ ANISOU23319 N LEU J 282 1667 3027 2264 -130 -156 -19 N \ ATOM 23320 CA LEU J 282 2.393 -31.672-128.035 1.00 16.25 C \ ANISOU23320 CA LEU J 282 1487 2701 1986 -98 -134 -13 C \ ATOM 23321 C LEU J 282 2.982 -31.965-126.659 1.00 16.07 C \ ANISOU23321 C LEU J 282 1477 2650 1979 -104 -77 -5 C \ ATOM 23322 O LEU J 282 2.444 -31.501-125.648 1.00 15.51 O \ ANISOU23322 O LEU J 282 1356 2610 1923 -79 -53 2 O \ ATOM 23323 CB LEU J 282 2.504 -30.175-128.373 1.00 16.03 C \ ANISOU23323 CB LEU J 282 1467 2676 1946 -20 -154 -3 C \ ATOM 23324 CG LEU J 282 3.889 -29.518-128.302 1.00 14.13 C \ ANISOU23324 CG LEU J 282 1303 2374 1692 17 -132 5 C \ ATOM 23325 CD1 LEU J 282 4.842 -30.089-129.366 1.00 12.18 C \ ANISOU23325 CD1 LEU J 282 1126 2081 1418 -13 -144 0 C \ ATOM 23326 CD2 LEU J 282 3.767 -27.991-128.431 1.00 12.79 C \ ANISOU23326 CD2 LEU J 282 1129 2211 1516 93 -150 17 C \ ATOM 23327 N PHE J 283 4.066 -32.746-126.620 1.00 13.49 N \ ANISOU23327 N PHE J 283 1214 2265 1646 -136 -55 -6 N \ ATOM 23328 CA PHE J 283 4.713 -33.084-125.352 1.00 15.03 C \ ANISOU23328 CA PHE J 283 1427 2430 1852 -142 -5 2 C \ ATOM 23329 C PHE J 283 5.951 -32.255-125.096 1.00 14.87 C \ ANISOU23329 C PHE J 283 1462 2365 1822 -91 12 10 C \ ATOM 23330 O PHE J 283 6.865 -32.195-125.928 1.00 14.82 O \ ANISOU23330 O PHE J 283 1511 2319 1800 -85 0 6 O \ ATOM 23331 CB PHE J 283 5.051 -34.574-125.266 1.00 15.49 C \ ANISOU23331 CB PHE J 283 1513 2453 1916 -210 8 -1 C \ ATOM 23332 CG PHE J 283 3.863 -35.435-124.976 1.00 18.03 C \ ANISOU23332 CG PHE J 283 1777 2816 2256 -268 7 -3 C \ ATOM 23333 CD1 PHE J 283 2.945 -35.731-125.976 1.00 20.85 C \ ANISOU23333 CD1 PHE J 283 2101 3209 2612 -299 -34 -17 C \ ATOM 23334 CD2 PHE J 283 3.641 -35.924-123.691 1.00 21.90 C \ ANISOU23334 CD2 PHE J 283 2245 3313 2762 -292 48 10 C \ ATOM 23335 CE1 PHE J 283 1.825 -36.527-125.710 1.00 23.08 C \ ANISOU23335 CE1 PHE J 283 2323 3531 2913 -358 -36 -19 C \ ATOM 23336 CE2 PHE J 283 2.522 -36.722-123.414 1.00 23.92 C \ ANISOU23336 CE2 PHE J 283 2444 3609 3034 -351 50 10 C \ ATOM 23337 CZ PHE J 283 1.616 -37.018-124.427 1.00 22.03 C \ ANISOU23337 CZ PHE J 283 2167 3404 2798 -385 8 -4 C \ ATOM 23338 N ILE J 284 5.964 -31.616-123.933 1.00 12.86 N \ ANISOU23338 N ILE J 284 1190 2120 1576 -57 41 20 N \ ATOM 23339 CA ILE J 284 7.060 -30.753-123.537 1.00 12.98 C \ ANISOU23339 CA ILE J 284 1250 2096 1584 -10 58 26 C \ ATOM 23340 C ILE J 284 7.577 -31.241-122.187 1.00 13.29 C \ ANISOU23340 C ILE J 284 1301 2117 1630 -23 101 34 C \ ATOM 23341 O ILE J 284 6.802 -31.372-121.234 1.00 12.53 O \ ANISOU23341 O ILE J 284 1160 2057 1542 -30 121 38 O \ ATOM 23342 CB ILE J 284 6.614 -29.271-123.510 1.00 14.72 C \ ANISOU23342 CB ILE J 284 1446 2342 1802 54 45 28 C \ ATOM 23343 CG1 ILE J 284 6.325 -28.804-124.942 1.00 16.98 C \ ANISOU23343 CG1 ILE J 284 1737 2637 2077 69 0 24 C \ ATOM 23344 CG2 ILE J 284 7.692 -28.387-122.891 1.00 12.08 C \ ANISOU23344 CG2 ILE J 284 1156 1968 1464 97 65 33 C \ ATOM 23345 CD1 ILE J 284 5.424 -27.633-125.041 1.00 24.20 C \ ANISOU23345 CD1 ILE J 284 2609 3590 2994 124 -23 26 C \ ATOM 23346 N SER J 285 8.880 -31.524-122.145 1.00 11.29 N \ ANISOU23346 N SER J 285 1107 1810 1373 -27 113 37 N \ ATOM 23347 CA SER J 285 9.547 -32.130-120.995 1.00 12.27 C \ ANISOU23347 CA SER J 285 1252 1908 1500 -43 147 46 C \ ATOM 23348 C SER J 285 10.810 -31.354-120.675 1.00 11.53 C \ ANISOU23348 C SER J 285 1203 1777 1401 -3 156 49 C \ ATOM 23349 O SER J 285 11.439 -30.794-121.583 1.00 11.28 O \ ANISOU23349 O SER J 285 1200 1721 1362 16 138 44 O \ ATOM 23350 CB SER J 285 9.943 -33.581-121.310 1.00 12.22 C \ ANISOU23350 CB SER J 285 1274 1868 1499 -98 149 45 C \ ATOM 23351 OG SER J 285 8.859 -34.298-121.881 1.00 17.10 O \ ANISOU23351 OG SER J 285 1858 2515 2123 -141 133 39 O \ ATOM 23352 N CYS J 286 11.204 -31.345-119.398 1.00 11.23 N \ ANISOU23352 N CYS J 286 1172 1732 1363 3 184 57 N \ ATOM 23353 CA CYS J 286 12.453 -30.689-119.004 1.00 10.41 C \ ANISOU23353 CA CYS J 286 1109 1592 1255 35 191 60 C \ ATOM 23354 C CYS J 286 12.926 -31.024-117.580 1.00 10.54 C \ ANISOU23354 C CYS J 286 1136 1600 1269 31 218 70 C \ ATOM 23355 O CYS J 286 12.188 -31.608-116.781 1.00 9.91 O \ ANISOU23355 O CYS J 286 1030 1546 1187 9 236 77 O \ ATOM 23356 CB CYS J 286 12.301 -29.171-119.162 1.00 10.60 C \ ANISOU23356 CB CYS J 286 1125 1627 1273 86 179 53 C \ ATOM 23357 SG CYS J 286 11.143 -28.451-117.971 1.00 14.35 S \ ANISOU23357 SG CYS J 286 1551 2153 1746 116 196 51 S \ ATOM 23358 N ALA J 287 14.164 -30.635-117.278 1.00 9.87 N \ ANISOU23358 N ALA J 287 1088 1479 1181 51 221 71 N \ ATOM 23359 CA ALA J 287 14.719 -30.717-115.927 1.00 10.57 C \ ANISOU23359 CA ALA J 287 1191 1561 1262 57 240 80 C \ ATOM 23360 C ALA J 287 15.793 -29.648-115.827 1.00 11.05 C \ ANISOU23360 C ALA J 287 1280 1596 1320 93 233 74 C \ ATOM 23361 O ALA J 287 16.590 -29.476-116.758 1.00 12.33 O \ ANISOU23361 O ALA J 287 1465 1730 1490 96 219 70 O \ ATOM 23362 CB ALA J 287 15.317 -32.102-115.662 1.00 9.92 C \ ANISOU23362 CB ALA J 287 1132 1450 1185 20 248 93 C \ ATOM 23363 N ASP J 288 15.806 -28.909-114.722 1.00 10.39 N \ ANISOU23363 N ASP J 288 1195 1525 1225 118 243 72 N \ ATOM 23364 CA ASP J 288 16.798 -27.850-114.543 1.00 10.00 C \ ANISOU23364 CA ASP J 288 1173 1451 1174 148 234 64 C \ ATOM 23365 C ASP J 288 17.246 -27.782-113.095 1.00 9.87 C \ ANISOU23365 C ASP J 288 1170 1437 1144 155 247 67 C \ ATOM 23366 O ASP J 288 16.757 -26.971-112.319 1.00 10.45 O \ ANISOU23366 O ASP J 288 1234 1531 1203 180 255 57 O \ ATOM 23367 CB ASP J 288 16.267 -26.494-115.042 1.00 8.77 C \ ANISOU23367 CB ASP J 288 1008 1305 1019 183 223 51 C \ ATOM 23368 CG ASP J 288 16.091 -26.463-116.550 1.00 12.34 C \ ANISOU23368 CG ASP J 288 1458 1749 1481 178 205 51 C \ ATOM 23369 OD1 ASP J 288 17.122 -26.433-117.264 1.00 11.24 O \ ANISOU23369 OD1 ASP J 288 1347 1577 1347 172 195 53 O \ ATOM 23370 OD2 ASP J 288 14.922 -26.490-117.019 1.00 12.08 O \ ANISOU23370 OD2 ASP J 288 1393 1747 1449 180 200 49 O \ ATOM 23371 N ILE J 289 18.168 -28.671-112.742 1.00 8.73 N \ ANISOU23371 N ILE J 289 1046 1269 1000 135 248 79 N \ ATOM 23372 CA ILE J 289 18.800 -28.652-111.436 1.00 8.22 C \ ANISOU23372 CA ILE J 289 999 1202 920 141 254 84 C \ ATOM 23373 C ILE J 289 19.933 -27.632-111.515 1.00 8.92 C \ ANISOU23373 C ILE J 289 1110 1264 1013 163 237 72 C \ ATOM 23374 O ILE J 289 20.771 -27.691-112.442 1.00 8.54 O \ ANISOU23374 O ILE J 289 1072 1187 983 158 225 72 O \ ATOM 23375 CB ILE J 289 19.333 -30.053-111.063 1.00 7.89 C \ ANISOU23375 CB ILE J 289 972 1145 880 112 257 105 C \ ATOM 23376 CG1 ILE J 289 18.166 -31.043-110.984 1.00 10.53 C \ ANISOU23376 CG1 ILE J 289 1286 1503 1211 83 275 117 C \ ATOM 23377 CG2 ILE J 289 20.105 -30.001-109.737 1.00 8.70 C \ ANISOU23377 CG2 ILE J 289 1096 1245 964 120 256 111 C \ ATOM 23378 CD1 ILE J 289 18.581 -32.486-110.765 1.00 10.02 C \ ANISOU23378 CD1 ILE J 289 1238 1415 1151 52 278 140 C \ ATOM 23379 N VAL J 290 19.948 -26.689-110.573 1.00 8.35 N \ ANISOU23379 N VAL J 290 1045 1201 923 186 237 60 N \ ATOM 23380 CA VAL J 290 20.886 -25.559-110.638 1.00 8.71 C \ ANISOU23380 CA VAL J 290 1111 1221 974 205 220 45 C \ ATOM 23381 C VAL J 290 21.972 -25.572-109.559 1.00 9.82 C \ ANISOU23381 C VAL J 290 1274 1352 1104 204 211 46 C \ ATOM 23382 O VAL J 290 22.791 -24.648-109.485 1.00 10.95 O \ ANISOU23382 O VAL J 290 1434 1475 1250 214 195 33 O \ ATOM 23383 CB VAL J 290 20.158 -24.187-110.656 1.00 9.02 C \ ANISOU23383 CB VAL J 290 1147 1269 1008 236 219 25 C \ ATOM 23384 CG1 VAL J 290 19.343 -24.022-111.947 1.00 10.73 C \ ANISOU23384 CG1 VAL J 290 1345 1490 1240 240 217 25 C \ ATOM 23385 CG2 VAL J 290 19.282 -23.996-109.420 1.00 8.75 C \ ANISOU23385 CG2 VAL J 290 1106 1270 947 252 236 15 C \ ATOM 23386 N GLY J 291 21.992 -26.620-108.736 1.00 9.73 N \ ANISOU23386 N GLY J 291 1264 1353 1078 189 219 63 N \ ATOM 23387 CA GLY J 291 23.015 -26.736-107.698 1.00 9.76 C \ ANISOU23387 CA GLY J 291 1289 1350 1068 189 206 67 C \ ATOM 23388 C GLY J 291 22.457 -26.905-106.294 1.00 10.41 C \ ANISOU23388 C GLY J 291 1379 1464 1113 192 219 70 C \ ATOM 23389 O GLY J 291 21.232 -27.054-106.102 1.00 9.59 O \ ANISOU23389 O GLY J 291 1260 1389 995 192 243 71 O \ ATOM 23390 N PHE J 292 23.367 -26.881-105.320 1.00 8.57 N \ ANISOU23390 N PHE J 292 1167 1227 862 194 203 71 N \ ATOM 23391 CA PHE J 292 23.024 -27.135-103.922 1.00 10.37 C \ ANISOU23391 CA PHE J 292 1409 1484 1047 195 212 78 C \ ATOM 23392 C PHE J 292 22.771 -25.872-103.126 1.00 11.05 C \ ANISOU23392 C PHE J 292 1507 1587 1104 218 213 47 C \ ATOM 23393 O PHE J 292 23.468 -24.866-103.299 1.00 10.64 O \ ANISOU23393 O PHE J 292 1466 1514 1063 230 191 25 O \ ATOM 23394 CB PHE J 292 24.152 -27.880-103.202 1.00 9.98 C \ ANISOU23394 CB PHE J 292 1379 1423 988 185 190 98 C \ ATOM 23395 CG PHE J 292 24.436 -29.253-103.732 1.00 9.69 C \ ANISOU23395 CG PHE J 292 1338 1368 975 166 190 130 C \ ATOM 23396 CD1 PHE J 292 23.602 -30.324-103.417 1.00 10.87 C \ ANISOU23396 CD1 PHE J 292 1487 1531 1109 149 212 155 C \ ATOM 23397 CD2 PHE J 292 25.585 -29.491-104.482 1.00 11.66 C \ ANISOU23397 CD2 PHE J 292 1585 1585 1260 165 167 133 C \ ATOM 23398 CE1 PHE J 292 23.888 -31.614-103.883 1.00 11.57 C \ ANISOU23398 CE1 PHE J 292 1577 1595 1221 131 210 183 C \ ATOM 23399 CE2 PHE J 292 25.881 -30.767-104.955 1.00 12.45 C \ ANISOU23399 CE2 PHE J 292 1683 1664 1381 153 167 158 C \ ATOM 23400 CZ PHE J 292 25.028 -31.832-104.653 1.00 11.00 C \ ANISOU23400 CZ PHE J 292 1505 1489 1185 136 187 183 C \ ATOM 23401 N LEU J 293 21.783 -25.946-102.238 1.00 11.84 N \ ANISOU23401 N LEU J 293 1607 1723 1166 223 239 46 N \ ATOM 23402 CA LEU J 293 21.665 -24.997-101.142 1.00 12.03 C \ ANISOU23402 CA LEU J 293 1652 1767 1151 244 241 19 C \ ATOM 23403 C LEU J 293 22.483 -25.548 -99.986 1.00 12.33 C \ ANISOU23403 C LEU J 293 1719 1812 1154 234 224 35 C \ ATOM 23404 O LEU J 293 22.186 -26.628 -99.468 1.00 13.33 O \ ANISOU23404 O LEU J 293 1847 1958 1259 216 239 65 O \ ATOM 23405 CB LEU J 293 20.203 -24.796-100.720 1.00 12.59 C \ ANISOU23405 CB LEU J 293 1706 1881 1195 257 280 9 C \ ATOM 23406 CG LEU J 293 19.979 -23.775 -99.587 1.00 14.69 C \ ANISOU23406 CG LEU J 293 1995 2169 1416 285 288 -25 C \ ATOM 23407 CD1 LEU J 293 20.356 -22.349-100.016 1.00 14.40 C \ ANISOU23407 CD1 LEU J 293 1970 2100 1400 312 266 -64 C \ ATOM 23408 CD2 LEU J 293 18.542 -23.813 -99.128 1.00 15.75 C \ ANISOU23408 CD2 LEU J 293 2107 2353 1523 296 333 -30 C \ ATOM 23409 N PHE J 294 23.521 -24.808 -99.600 1.00 12.36 N \ ANISOU23409 N PHE J 294 1746 1798 1152 242 191 15 N \ ATOM 23410 CA PHE J 294 24.411 -25.214 -98.514 1.00 12.24 C \ ANISOU23410 CA PHE J 294 1759 1789 1103 234 167 27 C \ ATOM 23411 C PHE J 294 23.915 -24.629 -97.192 1.00 12.39 C \ ANISOU23411 C PHE J 294 1804 1843 1060 249 179 5 C \ ATOM 23412 O PHE J 294 23.836 -23.402 -97.036 1.00 12.62 O \ ANISOU23412 O PHE J 294 1844 1868 1081 269 175 -35 O \ ATOM 23413 CB PHE J 294 25.834 -24.729 -98.793 1.00 11.95 C \ ANISOU23413 CB PHE J 294 1729 1718 1093 233 122 16 C \ ATOM 23414 CG PHE J 294 26.544 -25.489 -99.888 1.00 13.46 C \ ANISOU23414 CG PHE J 294 1897 1880 1336 218 109 41 C \ ATOM 23415 CD1 PHE J 294 26.348 -25.156-101.232 1.00 13.99 C \ ANISOU23415 CD1 PHE J 294 1941 1924 1450 218 118 34 C \ ATOM 23416 CD2 PHE J 294 27.431 -26.516 -99.570 1.00 14.41 C \ ANISOU23416 CD2 PHE J 294 2022 1995 1457 208 86 72 C \ ATOM 23417 CE1 PHE J 294 27.023 -25.849-102.249 1.00 13.57 C \ ANISOU23417 CE1 PHE J 294 1869 1845 1439 206 109 54 C \ ATOM 23418 CE2 PHE J 294 28.110 -27.216-100.571 1.00 14.42 C \ ANISOU23418 CE2 PHE J 294 2002 1969 1506 199 77 92 C \ ATOM 23419 CZ PHE J 294 27.904 -26.882-101.913 1.00 13.39 C \ ANISOU23419 CZ PHE J 294 1849 1818 1420 197 90 81 C \ ATOM 23420 N LYS J 295 23.568 -25.506 -96.255 1.00 12.98 N \ ANISOU23420 N LYS J 295 1892 1949 1090 239 195 31 N \ ATOM 23421 CA LYS J 295 23.009 -25.091 -94.960 1.00 13.66 C \ ANISOU23421 CA LYS J 295 2004 2076 1109 251 213 13 C \ ATOM 23422 C LYS J 295 24.066 -25.076 -93.867 1.00 14.77 C \ ANISOU23422 C LYS J 295 2183 2219 1206 249 174 14 C \ ATOM 23423 O LYS J 295 25.028 -25.851 -93.910 1.00 16.19 O \ ANISOU23423 O LYS J 295 2368 2382 1401 234 141 45 O \ ATOM 23424 CB LYS J 295 21.845 -26.004 -94.551 1.00 14.07 C \ ANISOU23424 CB LYS J 295 2047 2169 1131 239 261 43 C \ ATOM 23425 CG LYS J 295 20.703 -26.016 -95.562 1.00 14.72 C \ ANISOU23425 CG LYS J 295 2084 2254 1251 240 299 41 C \ ATOM 23426 CD LYS J 295 19.719 -27.140 -95.303 1.00 16.66 C \ ANISOU23426 CD LYS J 295 2315 2534 1478 216 340 78 C \ ATOM 23427 CE LYS J 295 18.621 -27.122 -96.365 1.00 18.97 C \ ANISOU23427 CE LYS J 295 2560 2833 1814 215 371 73 C \ ATOM 23428 NZ LYS J 295 17.579 -28.150 -96.117 1.00 20.40 N \ ANISOU23428 NZ LYS J 295 2721 3050 1978 187 414 107 N \ ATOM 23429 N THR J 296 23.868 -24.201 -92.878 1.00 16.66 N \ ANISOU23429 N THR J 296 2453 2484 1394 265 178 -22 N \ ATOM 23430 CA THR J 296 24.790 -24.041 -91.745 1.00 17.59 C \ ANISOU23430 CA THR J 296 2611 2610 1461 264 138 -29 C \ ATOM 23431 C THR J 296 25.231 -25.373 -91.134 1.00 17.15 C \ ANISOU23431 C THR J 296 2570 2568 1377 244 125 24 C \ ATOM 23432 O THR J 296 26.412 -25.553 -90.835 1.00 18.50 O \ ANISOU23432 O THR J 296 2756 2725 1546 238 74 34 O \ ATOM 23433 CB THR J 296 24.162 -23.169 -90.623 1.00 19.79 C \ ANISOU23433 CB THR J 296 2923 2926 1670 284 160 -71 C \ ATOM 23434 OG1 THR J 296 23.570 -22.000 -91.199 1.00 20.93 O \ ANISOU23434 OG1 THR J 296 3054 3056 1842 308 179 -119 O \ ATOM 23435 CG2 THR J 296 25.217 -22.747 -89.603 1.00 19.07 C \ ANISOU23435 CG2 THR J 296 2875 2836 1532 283 110 -91 C \ ATOM 23436 N SER J 297 24.290 -26.301 -90.964 1.00 17.92 N \ ANISOU23436 N SER J 297 2661 2691 1454 233 168 60 N \ ATOM 23437 CA SER J 297 24.593 -27.619 -90.377 1.00 20.49 C \ ANISOU23437 CA SER J 297 3006 3026 1752 214 159 116 C \ ATOM 23438 C SER J 297 25.627 -28.419 -91.174 1.00 19.94 C \ ANISOU23438 C SER J 297 2921 2912 1743 203 119 150 C \ ATOM 23439 O SER J 297 26.273 -29.332 -90.639 1.00 20.14 O \ ANISOU23439 O SER J 297 2968 2935 1749 195 92 191 O \ ATOM 23440 CB SER J 297 23.321 -28.449 -90.263 1.00 21.65 C \ ANISOU23440 CB SER J 297 3143 3201 1879 198 218 149 C \ ATOM 23441 OG SER J 297 22.799 -28.713 -91.555 1.00 22.34 O \ ANISOU23441 OG SER J 297 3186 3266 2035 191 240 155 O \ ATOM 23442 N GLY J 298 25.774 -28.070 -92.450 1.00 18.80 N \ ANISOU23442 N GLY J 298 2740 2733 1669 207 116 133 N \ ATOM 23443 CA GLY J 298 26.575 -28.848 -93.383 1.00 17.83 C \ ANISOU23443 CA GLY J 298 2596 2570 1607 199 90 161 C \ ATOM 23444 C GLY J 298 25.670 -29.622 -94.328 1.00 17.41 C \ ANISOU23444 C GLY J 298 2515 2507 1592 185 131 184 C \ ATOM 23445 O GLY J 298 26.128 -30.139 -95.352 1.00 18.08 O \ ANISOU23445 O GLY J 298 2579 2556 1734 180 120 198 O \ ATOM 23446 N LYS J 299 24.382 -29.698 -93.996 1.00 16.41 N \ ANISOU23446 N LYS J 299 2387 2412 1433 178 180 187 N \ ATOM 23447 CA LYS J 299 23.419 -30.388 -94.853 1.00 15.72 C \ ANISOU23447 CA LYS J 299 2271 2320 1379 161 218 206 C \ ATOM 23448 C LYS J 299 23.252 -29.654 -96.192 1.00 14.86 C \ ANISOU23448 C LYS J 299 2125 2189 1330 171 222 173 C \ ATOM 23449 O LYS J 299 23.470 -28.441 -96.285 1.00 15.10 O \ ANISOU23449 O LYS J 299 2154 2219 1364 191 210 131 O \ ATOM 23450 CB LYS J 299 22.074 -30.586 -94.146 1.00 16.75 C \ ANISOU23450 CB LYS J 299 2404 2498 1462 149 270 215 C \ ATOM 23451 CG LYS J 299 22.101 -31.679 -93.055 1.00 20.76 C \ ANISOU23451 CG LYS J 299 2947 3021 1917 129 275 264 C \ ATOM 23452 CD LYS J 299 20.830 -31.665 -92.237 1.00 26.13 C \ ANISOU23452 CD LYS J 299 3629 3755 2541 118 329 267 C \ ATOM 23453 CE LYS J 299 20.932 -32.522 -90.973 1.00 34.08 C \ ANISOU23453 CE LYS J 299 4681 4783 3482 100 332 312 C \ ATOM 23454 NZ LYS J 299 20.478 -33.919 -91.194 1.00 31.67 N \ ANISOU23454 NZ LYS J 299 4375 4464 3192 62 353 368 N \ ATOM 23455 N MET J 300 22.893 -30.406 -97.227 1.00 13.85 N \ ANISOU23455 N MET J 300 1972 2041 1247 155 235 192 N \ ATOM 23456 CA MET J 300 22.798 -29.864 -98.583 1.00 12.63 C \ ANISOU23456 CA MET J 300 1785 1864 1148 161 235 167 C \ ATOM 23457 C MET J 300 21.556 -30.390 -99.268 1.00 12.39 C \ ANISOU23457 C MET J 300 1726 1845 1136 144 273 178 C \ ATOM 23458 O MET J 300 21.261 -31.585 -99.197 1.00 13.11 O \ ANISOU23458 O MET J 300 1821 1934 1226 118 286 214 O \ ATOM 23459 CB MET J 300 24.030 -30.256 -99.405 1.00 12.05 C \ ANISOU23459 CB MET J 300 1709 1745 1121 160 199 177 C \ ATOM 23460 CG MET J 300 25.323 -29.623 -98.920 1.00 12.50 C \ ANISOU23460 CG MET J 300 1785 1792 1172 176 158 162 C \ ATOM 23461 SD MET J 300 26.796 -30.531 -99.404 1.00 14.85 S \ ANISOU23461 SD MET J 300 2081 2048 1510 173 118 188 S \ ATOM 23462 CE MET J 300 26.782 -30.363-101.199 1.00 14.09 C \ ANISOU23462 CE MET J 300 1951 1921 1480 171 128 172 C \ ATOM 23463 N ALA J 301 20.837 -29.483 -99.922 1.00 11.58 N \ ANISOU23463 N ALA J 301 1596 1752 1049 158 289 146 N \ ATOM 23464 CA ALA J 301 19.697 -29.835-100.757 1.00 12.26 C \ ANISOU23464 CA ALA J 301 1648 1850 1160 144 317 150 C \ ATOM 23465 C ALA J 301 19.894 -29.312-102.179 1.00 12.16 C \ ANISOU23465 C ALA J 301 1614 1808 1198 154 301 130 C \ ATOM 23466 O ALA J 301 20.383 -28.199-102.381 1.00 13.47 O \ ANISOU23466 O ALA J 301 1784 1961 1370 179 283 101 O \ ATOM 23467 CB ALA J 301 18.407 -29.264-100.168 1.00 9.76 C \ ANISOU23467 CB ALA J 301 1312 1583 810 153 355 133 C \ ATOM 23468 N LEU J 302 19.489 -30.109-103.161 1.00 12.75 N \ ANISOU23468 N LEU J 302 1668 1871 1305 132 308 145 N \ ATOM 23469 CA LEU J 302 19.456 -29.651-104.547 1.00 11.72 C \ ANISOU23469 CA LEU J 302 1516 1720 1215 139 298 128 C \ ATOM 23470 C LEU J 302 18.278 -28.714-104.789 1.00 12.07 C \ ANISOU23470 C LEU J 302 1531 1796 1257 158 317 103 C \ ATOM 23471 O LEU J 302 17.232 -28.833-104.138 1.00 11.59 O \ ANISOU23471 O LEU J 302 1454 1777 1173 154 346 106 O \ ATOM 23472 CB LEU J 302 19.424 -30.833-105.524 1.00 11.50 C \ ANISOU23472 CB LEU J 302 1479 1668 1219 110 297 149 C \ ATOM 23473 CG LEU J 302 20.781 -31.530-105.713 1.00 13.64 C \ ANISOU23473 CG LEU J 302 1777 1897 1508 104 272 165 C \ ATOM 23474 CD1 LEU J 302 20.623 -32.849-106.444 1.00 10.68 C \ ANISOU23474 CD1 LEU J 302 1399 1500 1157 74 275 186 C \ ATOM 23475 CD2 LEU J 302 21.804 -30.617-106.417 1.00 11.82 C \ ANISOU23475 CD2 LEU J 302 1549 1641 1300 126 247 142 C \ ATOM 23476 N HIS J 303 18.469 -27.800-105.742 1.00 10.92 N \ ANISOU23476 N HIS J 303 1379 1632 1138 178 300 81 N \ ATOM 23477 CA HIS J 303 17.510 -26.746-106.084 1.00 9.33 C \ ANISOU23477 CA HIS J 303 1153 1451 938 205 310 56 C \ ATOM 23478 C HIS J 303 17.295 -26.751-107.599 1.00 9.72 C \ ANISOU23478 C HIS J 303 1183 1484 1024 201 298 55 C \ ATOM 23479 O HIS J 303 18.237 -27.007-108.358 1.00 9.79 O \ ANISOU23479 O HIS J 303 1207 1456 1055 190 278 62 O \ ATOM 23480 CB HIS J 303 18.073 -25.393-105.627 1.00 11.23 C \ ANISOU23480 CB HIS J 303 1418 1681 1168 240 296 28 C \ ATOM 23481 CG HIS J 303 17.176 -24.220-105.894 1.00 10.94 C \ ANISOU23481 CG HIS J 303 1363 1657 1134 275 303 1 C \ ATOM 23482 ND1 HIS J 303 15.806 -24.268-105.736 1.00 11.27 N \ ANISOU23482 ND1 HIS J 303 1370 1744 1168 284 331 -2 N \ ATOM 23483 CD2 HIS J 303 17.466 -22.952-106.276 1.00 11.90 C \ ANISOU23483 CD2 HIS J 303 1499 1754 1268 306 285 -22 C \ ATOM 23484 CE1 HIS J 303 15.289 -23.086-106.027 1.00 11.23 C \ ANISOU23484 CE1 HIS J 303 1355 1740 1169 324 328 -28 C \ ATOM 23485 NE2 HIS J 303 16.275 -22.266-106.350 1.00 11.71 N \ ANISOU23485 NE2 HIS J 303 1450 1757 1242 337 301 -40 N \ ATOM 23486 N GLY J 304 16.060 -26.493-108.032 1.00 9.21 N \ ANISOU23486 N GLY J 304 1083 1449 965 210 311 48 N \ ATOM 23487 CA GLY J 304 15.736 -26.379-109.458 1.00 9.90 C \ ANISOU23487 CA GLY J 304 1152 1526 1082 209 297 45 C \ ATOM 23488 C GLY J 304 15.034 -25.067-109.794 1.00 11.54 C \ ANISOU23488 C GLY J 304 1344 1746 1294 251 293 22 C \ ATOM 23489 O GLY J 304 14.486 -24.400-108.908 1.00 11.74 O \ ANISOU23489 O GLY J 304 1362 1797 1301 279 308 7 O \ ATOM 23490 N LEU J 305 15.064 -24.691-111.072 1.00 10.13 N \ ANISOU23490 N LEU J 305 1162 1547 1138 258 272 20 N \ ATOM 23491 CA LEU J 305 14.370 -23.489-111.557 1.00 10.63 C \ ANISOU23491 CA LEU J 305 1212 1617 1208 299 263 3 C \ ATOM 23492 C LEU J 305 13.334 -23.871-112.619 1.00 11.00 C \ ANISOU23492 C LEU J 305 1219 1689 1270 291 257 9 C \ ATOM 23493 O LEU J 305 13.476 -24.921-113.259 1.00 11.32 O \ ANISOU23493 O LEU J 305 1256 1725 1319 252 253 25 O \ ATOM 23494 CB LEU J 305 15.380 -22.487-112.127 1.00 10.55 C \ ANISOU23494 CB LEU J 305 1241 1558 1208 317 238 -3 C \ ATOM 23495 CG LEU J 305 16.272 -21.724-111.145 1.00 9.79 C \ ANISOU23495 CG LEU J 305 1181 1438 1099 333 237 -17 C \ ATOM 23496 CD1 LEU J 305 17.228 -20.815-111.904 1.00 8.75 C \ ANISOU23496 CD1 LEU J 305 1083 1256 982 341 212 -21 C \ ATOM 23497 CD2 LEU J 305 15.434 -20.913-110.137 1.00 11.99 C \ ANISOU23497 CD2 LEU J 305 1450 1743 1360 372 253 -40 C \ ATOM 23498 N PRO J 306 12.286 -23.031-112.810 1.00 11.15 N \ ANISOU23498 N PRO J 306 1209 1734 1293 329 255 -3 N \ ATOM 23499 CA PRO J 306 11.287 -23.305-113.845 1.00 10.86 C \ ANISOU23499 CA PRO J 306 1132 1724 1271 324 243 1 C \ ATOM 23500 C PRO J 306 11.817 -22.994-115.243 1.00 10.41 C \ ANISOU23500 C PRO J 306 1098 1629 1226 325 210 8 C \ ATOM 23501 O PRO J 306 12.812 -22.273-115.397 1.00 10.26 O \ ANISOU23501 O PRO J 306 1124 1567 1207 338 199 6 O \ ATOM 23502 CB PRO J 306 10.137 -22.324-113.518 1.00 10.98 C \ ANISOU23502 CB PRO J 306 1109 1775 1285 376 249 -15 C \ ATOM 23503 CG PRO J 306 10.582 -21.535-112.313 1.00 13.19 C \ ANISOU23503 CG PRO J 306 1418 2042 1549 407 266 -32 C \ ATOM 23504 CD PRO J 306 12.058 -21.723-112.177 1.00 11.16 C \ ANISOU23504 CD PRO J 306 1217 1735 1287 382 258 -25 C \ ATOM 23505 N ARG J 307 11.125 -23.513-116.250 1.00 10.35 N \ ANISOU23505 N ARG J 307 1062 1642 1226 308 196 15 N \ ATOM 23506 CA ARG J 307 11.511 -23.287-117.635 1.00 10.74 C \ ANISOU23506 CA ARG J 307 1134 1664 1282 306 166 22 C \ ATOM 23507 C ARG J 307 10.309 -22.820-118.442 1.00 11.68 C \ ANISOU23507 C ARG J 307 1214 1814 1406 332 143 20 C \ ATOM 23508 O ARG J 307 9.198 -23.351-118.290 1.00 12.39 O \ ANISOU23508 O ARG J 307 1252 1954 1501 323 149 18 O \ ATOM 23509 CB ARG J 307 12.122 -24.557-118.239 1.00 10.41 C \ ANISOU23509 CB ARG J 307 1106 1606 1240 252 165 33 C \ ATOM 23510 CG ARG J 307 12.614 -24.398-119.685 1.00 11.39 C \ ANISOU23510 CG ARG J 307 1258 1703 1365 247 138 39 C \ ATOM 23511 CD ARG J 307 13.258 -25.673-120.201 1.00 9.92 C \ ANISOU23511 CD ARG J 307 1088 1501 1178 198 141 45 C \ ATOM 23512 NE ARG J 307 14.634 -25.844-119.733 1.00 9.61 N \ ANISOU23512 NE ARG J 307 1088 1422 1139 187 155 48 N \ ATOM 23513 CZ ARG J 307 15.710 -25.453-120.408 1.00 11.27 C \ ANISOU23513 CZ ARG J 307 1336 1596 1348 190 148 51 C \ ATOM 23514 NH1 ARG J 307 15.579 -24.855-121.590 1.00 11.16 N \ ANISOU23514 NH1 ARG J 307 1332 1577 1329 201 127 53 N \ ATOM 23515 NH2 ARG J 307 16.923 -25.666-119.905 1.00 9.16 N \ ANISOU23515 NH2 ARG J 307 1096 1300 1085 180 161 52 N \ ATOM 23516 N TYR J 308 10.555 -21.831-119.299 1.00 11.80 N \ ANISOU23516 N TYR J 308 1257 1802 1424 363 117 23 N \ ATOM 23517 CA TYR J 308 9.558 -21.280-120.204 1.00 13.36 C \ ANISOU23517 CA TYR J 308 1427 2022 1625 393 87 25 C \ ATOM 23518 C TYR J 308 9.749 -21.805-121.632 1.00 12.95 C \ ANISOU23518 C TYR J 308 1390 1963 1567 362 60 37 C \ ATOM 23519 O TYR J 308 10.881 -22.039-122.066 1.00 12.25 O \ ANISOU23519 O TYR J 308 1348 1834 1471 336 61 44 O \ ATOM 23520 CB TYR J 308 9.645 -19.748-120.185 1.00 14.29 C \ ANISOU23520 CB TYR J 308 1571 2111 1745 453 74 21 C \ ATOM 23521 CG TYR J 308 8.911 -19.074-121.320 1.00 15.56 C \ ANISOU23521 CG TYR J 308 1722 2280 1909 487 35 29 C \ ATOM 23522 CD1 TYR J 308 7.550 -18.792-121.221 1.00 19.59 C \ ANISOU23522 CD1 TYR J 308 2175 2839 2429 526 26 22 C \ ATOM 23523 CD2 TYR J 308 9.576 -18.729-122.496 1.00 16.65 C \ ANISOU23523 CD2 TYR J 308 1907 2379 2038 481 9 46 C \ ATOM 23524 CE1 TYR J 308 6.865 -18.184-122.273 1.00 20.73 C \ ANISOU23524 CE1 TYR J 308 2308 2992 2574 560 -14 31 C \ ATOM 23525 CE2 TYR J 308 8.903 -18.123-123.548 1.00 18.80 C \ ANISOU23525 CE2 TYR J 308 2174 2658 2308 512 -28 57 C \ ATOM 23526 CZ TYR J 308 7.549 -17.850-123.425 1.00 21.99 C \ ANISOU23526 CZ TYR J 308 2521 3109 2722 553 -42 50 C \ ATOM 23527 OH TYR J 308 6.886 -17.241-124.465 1.00 26.14 O \ ANISOU23527 OH TYR J 308 3041 3643 3245 588 -85 63 O \ ATOM 23528 N PHE J 309 8.640 -21.975-122.352 1.00 12.33 N \ ANISOU23528 N PHE J 309 1269 1924 1490 366 36 39 N \ ATOM 23529 CA PHE J 309 8.667 -22.412-123.752 1.00 13.02 C \ ANISOU23529 CA PHE J 309 1368 2010 1566 339 5 48 C \ ATOM 23530 C PHE J 309 7.726 -21.581-124.615 1.00 14.50 C \ ANISOU23530 C PHE J 309 1535 2220 1753 382 -34 54 C \ ATOM 23531 O PHE J 309 6.610 -21.263-124.196 1.00 13.36 O \ ANISOU23531 O PHE J 309 1336 2117 1620 414 -39 47 O \ ATOM 23532 CB PHE J 309 8.214 -23.869-123.883 1.00 12.05 C \ ANISOU23532 CB PHE J 309 1212 1921 1445 283 10 44 C \ ATOM 23533 CG PHE J 309 9.001 -24.841-123.055 1.00 14.44 C \ ANISOU23533 CG PHE J 309 1531 2204 1750 241 46 41 C \ ATOM 23534 CD1 PHE J 309 8.693 -25.042-121.710 1.00 13.82 C \ ANISOU23534 CD1 PHE J 309 1424 2146 1681 241 78 36 C \ ATOM 23535 CD2 PHE J 309 10.021 -25.589-123.630 1.00 15.82 C \ ANISOU23535 CD2 PHE J 309 1750 2343 1916 201 49 44 C \ ATOM 23536 CE1 PHE J 309 9.421 -25.953-120.943 1.00 13.10 C \ ANISOU23536 CE1 PHE J 309 1350 2035 1589 203 108 37 C \ ATOM 23537 CE2 PHE J 309 10.741 -26.509-122.877 1.00 13.60 C \ ANISOU23537 CE2 PHE J 309 1484 2042 1639 167 79 43 C \ ATOM 23538 CZ PHE J 309 10.435 -26.692-121.533 1.00 14.44 C \ ANISOU23538 CZ PHE J 309 1564 2166 1754 168 107 41 C \ ATOM 23539 N ASN J 310 8.181 -21.261-125.826 1.00 15.22 N \ ANISOU23539 N ASN J 310 1669 2285 1827 381 -63 67 N \ ATOM 23540 CA ASN J 310 7.321 -20.744-126.885 1.00 16.12 C \ ANISOU23540 CA ASN J 310 1769 2423 1933 410 -109 76 C \ ATOM 23541 C ASN J 310 7.588 -21.580-128.132 1.00 16.34 C \ ANISOU23541 C ASN J 310 1818 2451 1937 362 -129 81 C \ ATOM 23542 O ASN J 310 8.632 -21.434-128.777 1.00 16.55 O \ ANISOU23542 O ASN J 310 1905 2435 1945 349 -128 92 O \ ATOM 23543 CB ASN J 310 7.600 -19.253-127.142 1.00 16.65 C \ ANISOU23543 CB ASN J 310 1877 2451 1998 468 -126 90 C \ ATOM 23544 CG ASN J 310 6.678 -18.639-128.214 1.00 23.40 C \ ANISOU23544 CG ASN J 310 2719 3328 2843 505 -178 104 C \ ATOM 23545 OD1 ASN J 310 5.814 -19.304-128.781 1.00 25.76 O \ ANISOU23545 OD1 ASN J 310 2973 3675 3137 488 -204 101 O \ ATOM 23546 ND2 ASN J 310 6.876 -17.356-128.485 1.00 28.79 N \ ANISOU23546 ND2 ASN J 310 3442 3973 3524 556 -197 119 N \ ATOM 23547 N VAL J 311 6.661 -22.481-128.442 1.00 14.93 N \ ANISOU23547 N VAL J 311 1590 2322 1759 333 -146 73 N \ ATOM 23548 CA VAL J 311 6.825 -23.401-129.555 1.00 14.47 C \ ANISOU23548 CA VAL J 311 1550 2267 1677 284 -165 71 C \ ATOM 23549 C VAL J 311 6.045 -22.901-130.764 1.00 15.28 C \ ANISOU23549 C VAL J 311 1646 2398 1761 307 -220 82 C \ ATOM 23550 O VAL J 311 4.884 -22.513-130.648 1.00 15.18 O \ ANISOU23550 O VAL J 311 1575 2428 1761 340 -246 82 O \ ATOM 23551 CB VAL J 311 6.378 -24.845-129.187 1.00 14.30 C \ ANISOU23551 CB VAL J 311 1487 2277 1667 226 -150 54 C \ ATOM 23552 CG1 VAL J 311 6.679 -25.818-130.330 1.00 14.25 C \ ANISOU23552 CG1 VAL J 311 1511 2266 1636 174 -168 48 C \ ATOM 23553 CG2 VAL J 311 7.077 -25.316-127.923 1.00 12.91 C \ ANISOU23553 CG2 VAL J 311 1318 2077 1509 208 -99 48 C \ ATOM 23554 N THR J 312 6.697 -22.902-131.922 1.00 15.73 N \ ANISOU23554 N THR J 312 1760 2431 1785 292 -238 91 N \ ATOM 23555 CA THR J 312 6.038 -22.535-133.164 1.00 16.64 C \ ANISOU23555 CA THR J 312 1876 2570 1873 308 -294 102 C \ ATOM 23556 C THR J 312 5.700 -23.813-133.910 1.00 16.46 C \ ANISOU23556 C THR J 312 1841 2579 1832 249 -312 85 C \ ATOM 23557 O THR J 312 6.567 -24.675-134.109 1.00 15.95 O \ ANISOU23557 O THR J 312 1815 2488 1755 202 -286 74 O \ ATOM 23558 CB THR J 312 6.937 -21.602-134.012 1.00 18.05 C \ ANISOU23558 CB THR J 312 2132 2704 2020 331 -303 126 C \ ATOM 23559 OG1 THR J 312 7.123 -20.368-133.309 1.00 19.21 O \ ANISOU23559 OG1 THR J 312 2288 2820 2188 386 -292 141 O \ ATOM 23560 CG2 THR J 312 6.321 -21.304-135.377 1.00 16.81 C \ ANISOU23560 CG2 THR J 312 1986 2573 1827 343 -362 141 C \ ATOM 23561 N LEU J 313 4.434 -23.949-134.299 1.00 16.24 N \ ANISOU23561 N LEU J 313 1757 2607 1806 253 -357 81 N \ ATOM 23562 CA LEU J 313 4.001 -25.108-135.066 1.00 16.84 C \ ANISOU23562 CA LEU J 313 1819 2715 1863 196 -383 63 C \ ATOM 23563 C LEU J 313 3.370 -24.710-136.398 1.00 18.50 C \ ANISOU23563 C LEU J 313 2034 2955 2036 212 -449 74 C \ ATOM 23564 O LEU J 313 2.849 -23.600-136.544 1.00 18.35 O \ ANISOU23564 O LEU J 313 2002 2951 2019 272 -481 95 O \ ATOM 23565 CB LEU J 313 3.046 -25.999-134.259 1.00 17.18 C \ ANISOU23565 CB LEU J 313 1782 2802 1941 164 -375 43 C \ ATOM 23566 CG LEU J 313 3.507 -26.408-132.855 1.00 18.82 C \ ANISOU23566 CG LEU J 313 1979 2988 2184 149 -313 36 C \ ATOM 23567 CD1 LEU J 313 2.768 -25.583-131.824 1.00 17.80 C \ ANISOU23567 CD1 LEU J 313 1789 2886 2088 201 -303 43 C \ ATOM 23568 CD2 LEU J 313 3.286 -27.882-132.611 1.00 18.10 C \ ANISOU23568 CD2 LEU J 313 1863 2909 2104 77 -298 14 C \ ATOM 23569 N ARG J 314 3.436 -25.621-137.367 1.00 18.30 N \ ANISOU23569 N ARG J 314 2034 2940 1978 160 -470 59 N \ ATOM 23570 CA ARG J 314 2.778 -25.429-138.656 1.00 19.91 C \ ANISOU23570 CA ARG J 314 2242 3180 2141 166 -537 65 C \ ATOM 23571 C ARG J 314 1.967 -26.675-139.019 1.00 20.62 C \ ANISOU23571 C ARG J 314 2288 3316 2229 104 -567 35 C \ ATOM 23572 O ARG J 314 2.259 -27.772-138.547 1.00 19.62 O \ ANISOU23572 O ARG J 314 2159 3176 2119 50 -530 10 O \ ATOM 23573 CB ARG J 314 3.805 -25.103-139.753 1.00 19.98 C \ ANISOU23573 CB ARG J 314 2344 3150 2094 166 -541 78 C \ ATOM 23574 CG ARG J 314 4.735 -26.254-140.103 1.00 19.18 C \ ANISOU23574 CG ARG J 314 2294 3020 1970 103 -507 53 C \ ATOM 23575 CD ARG J 314 5.664 -25.923-141.253 1.00 19.77 C \ ANISOU23575 CD ARG J 314 2456 3067 1987 104 -509 65 C \ ATOM 23576 NE ARG J 314 6.707 -26.940-141.382 1.00 19.84 N \ ANISOU23576 NE ARG J 314 2513 3042 1982 54 -463 40 N \ ATOM 23577 CZ ARG J 314 7.890 -26.746-141.958 1.00 21.07 C \ ANISOU23577 CZ ARG J 314 2742 3159 2101 52 -434 47 C \ ATOM 23578 NH1 ARG J 314 8.198 -25.564-142.480 1.00 20.47 N \ ANISOU23578 NH1 ARG J 314 2707 3074 1997 92 -445 82 N \ ATOM 23579 NH2 ARG J 314 8.770 -27.741-142.015 1.00 19.28 N \ ANISOU23579 NH2 ARG J 314 2549 2906 1868 10 -391 20 N \ ATOM 23580 N LYS J 315 0.946 -26.503-139.852 1.00 21.71 N \ ANISOU23580 N LYS J 315 2394 3507 2347 113 -635 37 N \ ATOM 23581 CA LYS J 315 0.137 -27.630-140.307 1.00 22.73 C \ ANISOU23581 CA LYS J 315 2482 3682 2471 52 -671 8 C \ ATOM 23582 C LYS J 315 0.884 -28.406-141.402 1.00 22.28 C \ ANISOU23582 C LYS J 315 2506 3599 2359 1 -677 -9 C \ ATOM 23583 O LYS J 315 1.428 -27.812-142.334 1.00 22.21 O \ ANISOU23583 O LYS J 315 2564 3574 2301 25 -695 6 O \ ATOM 23584 CB LYS J 315 -1.224 -27.146-140.822 1.00 24.74 C \ ANISOU23584 CB LYS J 315 2669 4007 2723 81 -747 17 C \ ATOM 23585 CG LYS J 315 -2.028 -26.323-139.822 1.00 26.99 C \ ANISOU23585 CG LYS J 315 2871 4321 3060 139 -744 33 C \ ATOM 23586 CD LYS J 315 -3.361 -25.865-140.411 1.00 31.36 C \ ANISOU23586 CD LYS J 315 3355 4947 3611 172 -823 41 C \ ATOM 23587 CE LYS J 315 -4.104 -24.971-139.430 1.00 34.92 C \ ANISOU23587 CE LYS J 315 3726 5426 4114 240 -815 55 C \ ATOM 23588 NZ LYS J 315 -5.417 -24.498-139.939 1.00 36.39 N \ ANISOU23588 NZ LYS J 315 3836 5685 4305 279 -892 63 N \ ATOM 23589 N ARG J 316 0.911 -29.728-141.270 1.00 21.47 N \ ANISOU23589 N ARG J 316 2398 3492 2265 -68 -660 -44 N \ ATOM 23590 CA ARG J 316 1.547 -30.609-142.251 1.00 21.58 C \ ANISOU23590 CA ARG J 316 2484 3483 2231 -120 -664 -70 C \ ATOM 23591 C ARG J 316 0.578 -31.694-142.729 1.00 22.07 C \ ANISOU23591 C ARG J 316 2507 3588 2289 -184 -712 -104 C \ ATOM 23592 O ARG J 316 -0.105 -32.321-141.922 1.00 21.63 O \ ANISOU23592 O ARG J 316 2382 3552 2282 -218 -704 -117 O \ ATOM 23593 CB ARG J 316 2.805 -31.249-141.645 1.00 20.49 C \ ANISOU23593 CB ARG J 316 2397 3278 2107 -144 -588 -82 C \ ATOM 23594 CG ARG J 316 3.505 -32.290-142.524 1.00 22.10 C \ ANISOU23594 CG ARG J 316 2673 3454 2269 -197 -581 -115 C \ ATOM 23595 CD ARG J 316 4.366 -31.650-143.622 1.00 21.96 C \ ANISOU23595 CD ARG J 316 2738 3418 2188 -169 -585 -103 C \ ATOM 23596 NE ARG J 316 5.663 -31.220-143.101 1.00 20.35 N \ ANISOU23596 NE ARG J 316 2579 3158 1993 -140 -519 -86 N \ ATOM 23597 CZ ARG J 316 6.795 -31.214-143.802 1.00 22.86 C \ ANISOU23597 CZ ARG J 316 2976 3442 2267 -140 -491 -89 C \ ATOM 23598 NH1 ARG J 316 6.804 -31.626-145.066 1.00 21.62 N \ ANISOU23598 NH1 ARG J 316 2866 3298 2048 -166 -522 -110 N \ ATOM 23599 NH2 ARG J 316 7.925 -30.807-143.233 1.00 19.60 N \ ANISOU23599 NH2 ARG J 316 2591 2983 1870 -116 -432 -73 N \ ATOM 23600 N TRP J 317 0.521 -31.907-144.042 1.00 22.23 N \ ANISOU23600 N TRP J 317 2572 3623 2249 -204 -761 -118 N \ ATOM 23601 CA TRP J 317 -0.224 -33.024-144.609 1.00 23.73 C \ ANISOU23601 CA TRP J 317 2742 3845 2427 -274 -807 -157 C \ ATOM 23602 C TRP J 317 0.549 -34.314-144.382 1.00 24.31 C \ ANISOU23602 C TRP J 317 2862 3864 2508 -336 -755 -193 C \ ATOM 23603 O TRP J 317 1.760 -34.361-144.615 1.00 23.05 O \ ANISOU23603 O TRP J 317 2783 3651 2322 -327 -711 -196 O \ ATOM 23604 CB TRP J 317 -0.431 -32.833-146.113 1.00 24.54 C \ ANISOU23604 CB TRP J 317 2890 3979 2456 -274 -875 -162 C \ ATOM 23605 CG TRP J 317 -1.450 -31.813-146.492 1.00 26.11 C \ ANISOU23605 CG TRP J 317 3034 4240 2644 -225 -946 -133 C \ ATOM 23606 CD1 TRP J 317 -1.215 -30.606-147.087 1.00 27.47 C \ ANISOU23606 CD1 TRP J 317 3243 4415 2775 -159 -969 -95 C \ ATOM 23607 CD2 TRP J 317 -2.870 -31.915-146.334 1.00 27.93 C \ ANISOU23607 CD2 TRP J 317 3163 4540 2906 -237 -1005 -138 C \ ATOM 23608 NE1 TRP J 317 -2.400 -29.946-147.302 1.00 29.06 N \ ANISOU23608 NE1 TRP J 317 3376 4682 2982 -125 -1040 -76 N \ ATOM 23609 CE2 TRP J 317 -3.432 -30.726-146.850 1.00 29.15 C \ ANISOU23609 CE2 TRP J 317 3298 4738 3039 -170 -1063 -102 C \ ATOM 23610 CE3 TRP J 317 -3.723 -32.892-145.800 1.00 29.36 C \ ANISOU23610 CE3 TRP J 317 3267 4751 3135 -299 -1013 -167 C \ ATOM 23611 CZ2 TRP J 317 -4.809 -30.484-146.848 1.00 31.94 C \ ANISOU23611 CZ2 TRP J 317 3552 5166 3416 -159 -1131 -97 C \ ATOM 23612 CZ3 TRP J 317 -5.096 -32.652-145.801 1.00 32.30 C \ ANISOU23612 CZ3 TRP J 317 3539 5201 3531 -294 -1078 -162 C \ ATOM 23613 CH2 TRP J 317 -5.623 -31.455-146.321 1.00 33.40 C \ ANISOU23613 CH2 TRP J 317 3656 5385 3648 -221 -1136 -128 C \ ATOM 23614 N VAL J 318 -0.148 -35.351-143.918 1.00 26.82 N \ ANISOU23614 N VAL J 318 3129 4196 2865 -398 -761 -220 N \ ATOM 23615 CA VAL J 318 0.456 -36.675-143.707 1.00 29.34 C \ ANISOU23615 CA VAL J 318 3491 4460 3195 -461 -719 -256 C \ ATOM 23616 C VAL J 318 -0.465 -37.793-144.200 1.00 32.47 C \ ANISOU23616 C VAL J 318 3862 4884 3589 -540 -770 -297 C \ ATOM 23617 O VAL J 318 -1.663 -37.579-144.408 1.00 33.98 O \ ANISOU23617 O VAL J 318 3982 5143 3786 -549 -831 -294 O \ ATOM 23618 CB VAL J 318 0.835 -36.949-142.212 1.00 28.61 C \ ANISOU23618 CB VAL J 318 3372 4329 3169 -462 -647 -244 C \ ATOM 23619 CG1 VAL J 318 1.740 -35.861-141.646 1.00 25.17 C \ ANISOU23619 CG1 VAL J 318 2958 3865 2739 -388 -598 -207 C \ ATOM 23620 CG2 VAL J 318 -0.411 -37.115-141.365 1.00 31.24 C \ ANISOU23620 CG2 VAL J 318 3601 4711 3556 -486 -663 -238 C \ ATOM 23621 N LYS J 319 0.102 -38.985-144.372 1.00 35.02 N \ ANISOU23621 N LYS J 319 4244 5155 3905 -596 -746 -335 N \ ATOM 23622 CA LYS J 319 -0.652 -40.157-144.806 1.00 38.15 C \ ANISOU23622 CA LYS J 319 4629 5563 4301 -679 -789 -378 C \ ATOM 23623 C LYS J 319 -0.364 -41.361-143.910 1.00 38.17 C \ ANISOU23623 C LYS J 319 4639 5508 4355 -735 -737 -398 C \ ATOM 23624 O LYS J 319 -1.251 -41.843-143.202 1.00 39.06 O \ ANISOU23624 O LYS J 319 4680 5642 4518 -782 -744 -397 O \ ATOM 23625 CB LYS J 319 -0.347 -40.473-146.278 1.00 39.64 C \ ANISOU23625 CB LYS J 319 4899 5748 4414 -697 -831 -415 C \ ATOM 23626 CG LYS J 319 -0.787 -41.856-146.745 1.00 42.99 C \ ANISOU23626 CG LYS J 319 5340 6159 4833 -786 -862 -470 C \ ATOM 23627 CD LYS J 319 -0.850 -41.944-148.256 1.00 46.08 C \ ANISOU23627 CD LYS J 319 5790 6573 5143 -800 -924 -504 C \ ATOM 23628 CE LYS J 319 -2.229 -41.549-148.773 1.00 49.76 C \ ANISOU23628 CE LYS J 319 6181 7127 5596 -815 -1014 -499 C \ ATOM 23629 NZ LYS J 319 -3.236 -42.631-148.578 1.00 52.73 N \ ANISOU23629 NZ LYS J 319 6503 7519 6011 -904 -1051 -534 N \ """, "4fmh.interface.29") cmd.set('ignore_case', '0') cmd.set('retain_order', '1') cmd.set('cartoon_smooth_loops', 0) cmd.set('transparency', 0.6) cmd.set('surface_color', 'grey80') cmd.hide('everything', 'all') cmd.color('grey80', 'all') cmd.select('dom', 'c. P & i. 32-302') cmd.show('cartoon', 'dom') cmd.spectrum('count', 'rainbow', 'dom') cmd.create('partner', 'c. J & i. 32-302') cmd.show('cartoon', 'partner') cmd.select('inter_resi', 'c. J & i. 43 | c. J & i. 44 | c. J & i. 119') cmd.color('purple', 'inter_resi') cmd.orient('dom | inter_resi') cmd.select('ptn_inter_resi', 'byres (!(n. C+O+H+CA+N)&dom within 4 of inter)') cmd.set_bond('stick_radius', 0.1, 'ptn_inter_resi') cmd.color('atomic','!e. C & inter_resi & (!(n. C+O+H+CA|(n. N&!r. pro)))') cmd.color('grey70','e. C & inter_resi & (!(n. C+O+H+CA|(n. N&!r. pro)))') cmd.color('atomic', '!e. C & ptn_inter_resi & (!(n. C+O+H+CA|(n. N&!r. pro)))') cmd.color('grey70', 'e. C & ptn_inter_resi & (!(n. C+O+H+CA|(n. N&!r. pro)))') cmd.show('sticks', 'ptn_inter_resi & !(n;C,O,H|(n. N&!r. pro))') cmd.show('sticks', 'inter_resi & !(n;C,O,H|(n. N&!r. pro))') cmd.show('surface', 'partner') cmd.deselect()