>>4YLN:HELIX 363 BO3 GLY P 640 MET P 644 5 5
GIDDM
Search OCA for entries with sequence similar to this one (with E=10)
HELIX 363 BO3 GLY P 640 MET P 644 5 5
ATOM 82169 N GLY P 640 -109.651 71.812 66.958 1.00178.82 N
ANISOU82169 N GLY P 640 19011 14510 34419 -5519 1858 1155 N
ATOM 82170 CA GLY P 640 -109.542 71.793 65.510 1.00179.50 C
ANISOU82170 CA GLY P 640 19213 14615 34372 -5638 1556 1136 C
ATOM 82171 C GLY P 640 -109.755 73.194 65.012 1.00180.01 C
ANISOU82171 C GLY P 640 19107 14799 34489 -5308 1602 1277 C
ATOM 82172 O GLY P 640 -110.191 74.047 65.765 1.00180.51 O
ANISOU82172 O GLY P 640 18925 14945 34715 -5024 1847 1410 O
ATOM 82173 N ILE P 641 -109.439 73.435 63.748 1.00180.11 N
ANISOU82173 N ILE P 641 19265 14808 34360 -5337 1381 1248 N
ATOM 82174 CA ILE P 641 -109.569 74.773 63.176 1.00180.71 C
ANISOU82174 CA ILE P 641 19209 14973 34478 -5026 1407 1397 C
ATOM 82175 C ILE P 641 -111.011 75.255 63.161 1.00184.59 C
ANISOU82175 C ILE P 641 19168 15805 35160 -4952 1360 1762 C
ATOM 82176 O ILE P 641 -111.274 76.451 63.320 1.00185.25 O
ANISOU82176 O ILE P 641 19067 15935 35384 -4589 1539 1919 O
ATOM 82177 CB ILE P 641 -109.076 74.824 61.719 1.00180.71 C
ANISOU82177 CB ILE P 641 19433 14961 34265 -5128 1134 1336 C
ATOM 82178 CG1 ILE P 641 -107.676 74.228 61.590 1.00177.41 C
ANISOU82178 CG1 ILE P 641 19524 14239 33645 -5219 1161 992 C
ATOM 82179 CG2 ILE P 641 -109.097 76.255 61.199 1.00181.16 C
ANISOU82179 CG2 ILE P 641 19386 15074 34372 -4787 1186 1499 C
ATOM 82180 CD1 ILE P 641 -107.213 74.101 60.152 1.00177.79 C
ANISOU82180 CD1 ILE P 641 19808 14290 33451 -5360 897 912 C
ATOM 82181 N ASP P 642 -111.935 74.324 62.950 1.00187.44 N
ANISOU82181 N ASP P 642 19288 16400 35528 -5299 1119 1906 N
ATOM 82182 CA ASP P 642 -113.358 74.666 62.841 1.00191.67 C
ANISOU82182 CA ASP P 642 19269 17320 36235 -5277 1029 2294 C
ATOM 82183 C ASP P 642 -113.968 74.980 64.202 1.00192.37 C
ANISOU82183 C ASP P 642 19047 17483 36562 -5046 1368 2425 C
ATOM 82184 O ASP P 642 -115.091 75.502 64.288 1.00195.84 O
ANISOU82184 O ASP P 642 18998 18226 37183 -4900 1397 2762 O
ATOM 82185 CB ASP P 642 -114.148 73.525 62.190 1.00194.83 C
ANISOU82185 CB ASP P 642 19510 17966 36548 -5778 644 2413 C
ATOM 82186 CG ASP P 642 -113.635 73.167 60.811 1.00194.78 C
ANISOU82186 CG ASP P 642 19818 17914 36276 -6037 305 2278 C
ATOM 82187 OD1 ASP P 642 -112.402 73.161 60.606 1.00191.35 O
ANISOU82187 OD1 ASP P 642 19860 17159 35686 -5968 377 1967 O
ATOM 82188 OD2 ASP P 642 -114.475 72.878 59.934 1.00198.45 O
ANISOU82188 OD2 ASP P 642 20045 18682 36675 -6322 -34 2492 O
ATOM 82189 N ASP P 643 -113.216 74.650 65.254 1.00189.33 N
ANISOU82189 N ASP P 643 18938 16834 36164 -5012 1628 2167 N
ATOM 82190 CA ASP P 643 -113.663 74.821 66.637 1.00189.79 C
ANISOU82190 CA ASP P 643 18773 16940 36397 -4833 1969 2236 C
ATOM 82191 C ASP P 643 -113.548 76.291 67.065 1.00189.43 C
ANISOU82191 C ASP P 643 18680 16817 36475 -4317 2308 2273 C
ATOM 82192 O ASP P 643 -114.089 76.692 68.092 1.00190.71 O
ANISOU82192 O ASP P 643 18604 17060 36793 -4096 2614 2373 O
ATOM 82193 CB ASP P 643 -112.852 73.910 67.593 1.00186.85 C
ANISOU82193 CB ASP P 643 18735 16321 35938 -5007 2106 1955 C
ATOM 82194 CG ASP P 643 -113.303 72.426 67.562 1.00188.34 C
ANISOU82194 CG ASP P 643 18868 16608 36084 -5496 1857 1989 C
ATOM 82195 OD1 ASP P 643 -113.663 71.911 66.477 1.00190.18 O
ANISOU82195 OD1 ASP P 643 19062 16959 36239 -5789 1500 2065 O
ATOM 82196 OD2 ASP P 643 -113.282 71.766 68.634 1.00187.84 O
ANISOU82196 OD2 ASP P 643 18821 16495 36053 -5605 2018 1937 O
ATOM 82197 N MET P 644 -112.833 77.080 66.273 1.00187.91 N
ATOM 82198 CA MET P 644 -112.711 78.501 66.534 1.00187.94 C
ATOM 82199 C MET P 644 -113.703 79.208 65.620 1.00191.74 C
ATOM 82200 O MET P 644 -113.508 79.247 64.407 1.00191.88 O
ATOM 82201 CB MET P 644 -111.288 78.969 66.235 1.00184.18 C
ATOM 82202 CG MET P 644 -110.201 78.059 66.786 1.00180.53 C
ATOM 82203 SD MET P 644 -108.658 78.235 65.865 1.00176.97 S
ATOM 82204 CE MET P 644 -108.256 79.959 66.169 1.00176.56 C