>>4YLO:HELIX 358 BN7 GLY P 640 MET P 644 5 5
GIDDM
Search OCA for entries with sequence similar to this one (with E=10)
HELIX 358 BN7 GLY P 640 MET P 644 5 5
ATOM 82169 N GLY P 640 -190.624 32.333 -14.876 1.00139.71 N
ANISOU82169 N GLY P 640 27973 7791 17318 1726 -3326 -282 N
ATOM 82170 CA GLY P 640 -191.669 32.158 -13.880 1.00141.20 C
ANISOU82170 CA GLY P 640 27727 8105 17814 1654 -3243 -184 C
ATOM 82171 C GLY P 640 -192.199 30.755 -13.917 1.00143.04 C
ANISOU82171 C GLY P 640 28026 8266 18055 1382 -3414 -101 C
ATOM 82172 O GLY P 640 -191.857 30.001 -14.809 1.00143.48 O
ANISOU82172 O GLY P 640 28483 8143 17887 1256 -3633 -136 O
ATOM 82173 N ILE P 641 -193.025 30.415 -12.937 1.00144.46 N
ANISOU82173 N ILE P 641 27831 8574 18483 1291 -3298 9 N
ATOM 82174 CA ILE P 641 -193.658 29.098 -12.851 1.00146.81 C
ANISOU82174 CA ILE P 641 28134 8800 18845 988 -3454 127 C
ATOM 82175 C ILE P 641 -194.463 28.729 -14.090 1.00149.95 C
ANISOU82175 C ILE P 641 28610 9058 19303 717 -3945 228 C
ATOM 82176 O ILE P 641 -194.468 27.571 -14.524 1.00151.44 O
ANISOU82176 O ILE P 641 29122 9053 19364 459 -4155 228 O
ATOM 82177 CB ILE P 641 -194.611 29.005 -11.645 1.00148.55 C
ANISOU82177 CB ILE P 641 27833 9229 19377 932 -3254 288 C
ATOM 82178 CG1 ILE P 641 -193.869 28.507 -10.413 1.00146.59 C
ANISOU82178 CG1 ILE P 641 27661 9053 18982 1022 -2858 223 C
ATOM 82179 CG2 ILE P 641 -195.767 28.052 -11.923 1.00152.49 C
ANISOU82179 CG2 ILE P 641 28167 9683 20089 558 -3565 498 C
ATOM 82180 CD1 ILE P 641 -194.791 27.843 -9.411 1.00149.10 C
ANISOU82180 CD1 ILE P 641 27610 9509 19531 851 -2729 420 C
ATOM 82181 N ASP P 642 -195.167 29.708 -14.644 1.00151.38 N
ANISOU82181 N ASP P 642 28509 9331 19677 771 -4138 321 N
ATOM 82182 CA ASP P 642 -196.042 29.434 -15.788 1.00154.96 C
ANISOU82182 CA ASP P 642 28970 9708 20200 497 -4646 453 C
ATOM 82183 C ASP P 642 -195.259 29.312 -17.096 1.00154.33 C
ANISOU82183 C ASP P 642 29489 9409 19740 485 -4900 305 C
ATOM 82184 O ASP P 642 -195.816 28.920 -18.125 1.00157.42 O
ANISOU82184 O ASP P 642 30030 9700 20080 227 -5347 369 O
ATOM 82185 CB ASP P 642 -197.171 30.473 -15.912 1.00157.47 C
ANISOU82185 CB ASP P 642 28722 10229 20880 567 -4784 662 C
ATOM 82186 CG ASP P 642 -198.401 30.102 -15.089 1.00160.69 C
ANISOU82186 CG ASP P 642 28547 10830 21676 389 -4761 901 C
ATOM 82187 OD1 ASP P 642 -198.259 29.310 -14.116 1.00160.06 O
ANISOU82187 OD1 ASP P 642 28452 10763 21598 301 -4499 885 O
ATOM 82188 OD2 ASP P 642 -199.505 30.604 -15.422 1.00164.14 O
ANISOU82188 OD2 ASP P 642 28525 11423 22416 347 -4999 1133 O
ATOM 82189 N ASP P 643 -193.971 29.644 -17.038 1.00150.71 N
ANISOU82189 N ASP P 643 29363 8895 19002 755 -4611 116 N
ATOM 82190 CA ASP P 643 -193.111 29.602 -18.220 1.00150.08 C
ANISOU82190 CA ASP P 643 29842 8642 18538 804 -4764 -14 C
ATOM 82191 C ASP P 643 -192.633 28.180 -18.515 1.00150.80 C
ANISOU82191 C ASP P 643 30460 8498 18338 625 -4835 -126 C
ATOM 82192 O ASP P 643 -192.083 27.899 -19.582 1.00151.39 O
ANISOU82192 O ASP P 643 31046 8401 18072 621 -5002 -232 O
ATOM 82193 CB ASP P 643 -191.927 30.571 -18.069 1.00146.46 C
ANISOU82193 CB ASP P 643 29486 8242 17918 1154 -4426 -132 C
ATOM 82194 CG ASP P 643 -192.309 32.011 -18.367 1.00146.67 C
ANISOU82194 CG ASP P 643 29215 8381 18131 1315 -4482 -41 C
ATOM 82195 OD1 ASP P 643 -193.464 32.263 -18.782 1.00149.66 O
ANISOU82195 OD1 ASP P 643 29313 8806 18744 1192 -4795 124 O
ATOM 82196 OD2 ASP P 643 -191.447 32.889 -18.190 1.00144.19 O
ANISOU82196 OD2 ASP P 643 28946 8103 17735 1561 -4221 -118 O
ATOM 82197 N MET P 644 -192.850 27.280 -17.568 1.00151.12 N
ATOM 82198 CA MET P 644 -192.546 25.892 -17.820 1.00152.56 C
ATOM 82199 C MET P 644 -193.829 25.209 -18.161 1.00157.00 C
ATOM 82200 O MET P 644 -194.718 25.095 -17.330 1.00158.27 O
ATOM 82201 CB MET P 644 -191.985 25.223 -16.592 1.00150.75 C
ATOM 82202 CG MET P 644 -190.976 26.058 -15.847 1.00146.67 C
ATOM 82203 SD MET P 644 -190.893 25.371 -14.189 1.00145.78 S
ATOM 82204 CE MET P 644 -190.816 23.604 -14.561 1.00148.59 C