>>4YLP:HELIX 85 AJ4 GLY D 640 MET D 644 5 5
GIDDM
Search OCA for entries with sequence similar to this one (with E=10)
HELIX 85 AJ4 GLY D 640 MET D 644 5 5
ATOM 19085 N GLY D 640 -61.952 29.335 236.594 1.00122.94 N
ANISOU19085 N GLY D 640 18933 8570 19208 -1125 9907 -969 N
ATOM 19086 CA GLY D 640 -62.847 29.679 235.507 1.00123.96 C
ANISOU19086 CA GLY D 640 18800 8780 19519 -959 9859 -850 C
ATOM 19087 C GLY D 640 -63.212 31.126 235.622 1.00125.79 C
ANISOU19087 C GLY D 640 19238 8914 19643 -657 10136 -841 C
ATOM 19088 O GLY D 640 -62.766 31.792 236.543 1.00126.31 O
ANISOU19088 O GLY D 640 19667 8833 19492 -599 10346 -946 O
ATOM 19089 N ILE D 641 -64.047 31.599 234.695 1.00127.09 N
ANISOU19089 N ILE D 641 19181 9152 19955 -460 10129 -711 N
ATOM 19090 CA ILE D 641 -64.565 32.967 234.702 1.00129.41 C
ANISOU19090 CA ILE D 641 19636 9348 20183 -115 10394 -663 C
ATOM 19091 C ILE D 641 -65.283 33.290 235.982 1.00132.30 C
ANISOU19091 C ILE D 641 20065 9732 20469 119 10773 -570 C
ATOM 19092 O ILE D 641 -65.235 34.415 236.458 1.00133.97 O
ANISOU19092 O ILE D 641 20638 9756 20508 359 11025 -643 O
ATOM 19093 CB ILE D 641 -65.709 33.180 233.687 1.00131.22 C
ANISOU19093 CB ILE D 641 19479 9747 20630 94 10362 -441 C
ATOM 19094 CG1 ILE D 641 -65.484 32.440 232.379 1.00129.19 C
ANISOU19094 CG1 ILE D 641 18962 9603 20518 -135 9967 -447 C
ATOM 19095 CG2 ILE D 641 -65.946 34.666 233.433 1.00133.17 C
ANISOU19095 CG2 ILE D 641 19964 9834 20799 439 10567 -427 C
ATOM 19096 CD1 ILE D 641 -66.729 32.456 231.518 1.00131.38 C
ANISOU19096 CD1 ILE D 641 18802 10104 21013 27 9918 -193 C
ATOM 19097 N ASP D 642 -66.019 32.312 236.490 1.00133.32 N
ANISOU19097 N ASP D 642 19835 10093 20725 64 10813 -391 N
ATOM 19098 CA ASP D 642 -66.888 32.538 237.634 1.00136.61 C
ANISOU19098 CA ASP D 642 20211 10615 21080 322 11190 -242 C
ATOM 19099 C ASP D 642 -66.101 32.600 238.934 1.00136.29 C
ANISOU19099 C ASP D 642 20590 10427 20765 241 11354 -424 C
ATOM 19100 O ASP D 642 -66.646 33.003 239.969 1.00139.20 O
ANISOU19100 O ASP D 642 21056 10836 20996 492 11704 -360 O
ATOM 19101 CB ASP D 642 -67.986 31.474 237.689 1.00138.21 C
ANISOU19101 CB ASP D 642 19842 11155 21517 264 11164 63 C
ATOM 19102 CG ASP D 642 -68.870 31.492 236.453 1.00139.23 C
ANISOU19102 CG ASP D 642 19545 11458 21895 353 11011 269 C
ATOM 19103 OD1 ASP D 642 -68.424 31.992 235.396 1.00137.63 O
ANISOU19103 OD1 ASP D 642 19464 11120 21708 353 10821 145 O
ATOM 19104 OD2 ASP D 642 -70.014 31.006 236.539 1.00141.85 O
ANISOU19104 OD2 ASP D 642 19409 12086 22399 412 11073 575 O
ATOM 19105 N ASP D 643 -64.819 32.234 238.861 1.00133.04 N
ANISOU19105 N ASP D 643 20428 9863 20257 -88 11104 -644 N
ATOM 19106 CA ASP D 643 -63.948 32.224 240.037 1.00132.57 C
ANISOU19106 CA ASP D 643 20759 9680 19930 -223 11200 -813 C
ATOM 19107 C ASP D 643 -63.475 33.632 240.403 1.00133.76 C
ANISOU19107 C ASP D 643 21460 9554 19809 -40 11392 -1008 C
ATOM 19108 O ASP D 643 -62.942 33.870 241.483 1.00134.43 O
ANISOU19108 O ASP D 643 21917 9530 19630 -85 11532 -1141 O
ATOM 19109 CB ASP D 643 -62.761 31.265 239.840 1.00129.04 C
ANISOU19109 CB ASP D 643 20337 9207 19482 -634 10857 -940 C
ATOM 19110 CG ASP D 643 -63.095 29.811 240.221 1.00128.77 C
ANISOU19110 CG ASP D 643 19936 9384 19606 -831 10758 -779 C
ATOM 19111 OD1 ASP D 643 -64.292 29.471 240.386 1.00131.06 O
ANISOU19111 OD1 ASP D 643 19870 9871 20055 -700 10893 -539 O
ATOM 19112 OD2 ASP D 643 -62.151 29.001 240.360 1.00126.53 O
ANISOU19112 OD2 ASP D 643 19717 9071 19287 -1121 10539 -872 O
ATOM 19113 N MET D 644 -63.695 34.561 239.497 1.00134.34 N
ATOM 19114 CA MET D 644 -63.329 35.923 239.741 1.00135.93 C
ATOM 19115 C MET D 644 -64.608 36.694 240.040 1.00140.10 C
ATOM 19116 O MET D 644 -65.446 36.873 239.174 1.00141.04 O
ATOM 19117 CB MET D 644 -62.657 36.440 238.490 1.00133.96 C
ATOM 19118 CG MET D 644 -61.997 35.313 237.721 1.00130.23 C
ATOM 19119 SD MET D 644 -62.699 35.155 236.069 1.00129.61 S
ATOM 19120 CE MET D 644 -61.972 36.573 235.242 1.00129.58 C