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>A1DRD5_LOOPS
28-60, 84-118, 176-195, 200-241, 246-283, 294-304, 315-370, 385-449, 466-489, 500-536, 542-563, 569-598, 617-641, 660-727
mnlskitiat faaltlvqat navaankKYL NQQPTINNMV QSNSASLLSV SPNQLIGLSV gnelvvlkef tsnngevtrr yqqTYQGIPV IGDTVSLTFN NGMLKKAHGA AVYNIDEDls dvsakltkkd ailkgsktgi aaksvglkkh neqsrlaiwv ddqnkahlvy evsyvTYGKS PSRPYLIIDA NTGEVllsyD NLQHANATGP GGNLKTGKYL YGTDFDSLDV SQSGNTCSMN NanvrTINLN GGTSGSSAYS FTCPENTFKE INGAYSPLND AHFfgnvifn mynDWLGTAP LSFQlqmrvh yssnYENAFW DGSAMTFGDG QNTFYPLVSL DVSAHEVSHG FTEQNSGLIY NGKPGGLNEA fsdmageaae fymkGSNDWL VGKDIFKGNG ALRYMNNPTQ DGRSIDNQSN YYSGMDVHYS SGVYNKAFYN LATTPGWDTq kafivmaran qlywsAGVGW DLAGNGVMDA ACDLNYDPNd vkaalaavgV NSNLSSGSDC ATPQPPTDDE VLTNGVTRTG ISGAEKeqlf fTLEVPDGAT NLQFNTMGGS GDAdlyvkFA SRPSLNNYDC NSTTSTSTES CNISNAQAgt yyvmveawsa isgvllTGSY SDGNGGVTPI NRTESNINVT Tnnwsrftqd lsegystlnI SIAGGNGDAD LYVNFGSPSS TSSYLCRPYK NGNNEECTFD NPQAGTWYID LRGYSLASGV TLNVTAN
>A1DRD5_HOTLOOPS
128-152, 176-184, 205-214, 714-727
mnlskitiat faaltlvqat navaankkyl nqqptinnmv qsnsasllsv spnqliglsv gnelvvlkef tsnngevtrr yqqtyqgipv igdtvsltfn ngmlkkahga avynidedls dvsakltKKD AILKGSKTGI AAKSVGLKKH NEqsrlaiwv ddqnkahlvy evsyvTYGKS PSRPyliida ntgevllsyd nlqhANATGP GGNLktgkyl ygtdfdsldv sqsgntcsmn nanvrtinln ggtsgssays ftcpentfke ingaysplnd ahffgnvifn myndwlgtap lsfqlqmrvh yssnyenafw dgsamtfgdg qntfyplvsl dvsahevshg fteqnsgliy ngkpgglnea fsdmageaae fymkgsndwl vgkdifkgng alrymnnptq dgrsidnqsn yysgmdvhys sgvynkafyn lattpgwdtq kafivmaran qlywsagvgw dlagngvmda acdlnydpnd vkaalaavgv nsnlssgsdc atpqpptdde vltngvtrtg isgaekeqlf ftlevpdgat nlqfntmggs gdadlyvkfa srpslnnydc nsttststes cnisnaqagt yyvmveawsa isgvlltgsy sdgnggvtpi nrtesninvt tnnwsrftqd lsegystlni siaggngdad lyvnfgspss tssylcrpyk ngnneectfd npqagtwyid lrgYSLASGV TLNVTAN
>A1DRD5_REM465
503-516, 581-589
mnlskitiat faaltlvqat navaankkyl nqqptinnmv qsnsasllsv spnqliglsv gnelvvlkef tsnngevtrr yqqtyqgipv igdtvsltfn ngmlkkahga avynidedls dvsakltkkd ailkgsktgi aaksvglkkh neqsrlaiwv ddqnkahlvy evsyvtygks psrpyliida ntgevllsyd nlqhanatgp ggnlktgkyl ygtdfdsldv sqsgntcsmn nanvrtinln ggtsgssays ftcpentfke ingaysplnd ahffgnvifn myndwlgtap lsfqlqmrvh yssnyenafw dgsamtfgdg qntfyplvsl dvsahevshg fteqnsgliy ngkpgglnea fsdmageaae fymkgsndwl vgkdifkgng alrymnnptq dgrsidnqsn yysgmdvhys sgvynkafyn lattpgwdtq kafivmaran qlywsagvgw dlagngvmda acdlnydpnd vkaalaavgv nsNLSSGSDC ATPQPPtdde vltngvtrtg isgaekeqlf ftlevpdgat nlqfntmggs gdadlyvkfa srpslnnydc NSTTSTSTEs cnisnaqagt yyvmveawsa isgvlltgsy sdgnggvtpi nrtesninvt tnnwsrftqd lsegystlni siaggngdad lyvnfgspss tssylcrpyk ngnneectfd npqagtwyid lrgyslasgv tlnvtan
| JOB-ID | A1DRD5_030344ZuEIkH8AAQEAAEnYkCIAAAAC |
|---|---|
| Frames used | smooth=8 peak=8 join=4 |
| Thresholds used | coils=0.516 rem465=0.6 hot loops=0.1204 |
| Name | A1DRD5 |
| Description | tr|A1DRD5|A1DRD5_PSEU9 Secreted metalloprotease Mcp02 OS=Pseudoalteromonas sp. (strain SM9913) OX=234831 GN=mcp02 PE=1 SV=1 |
| Title/ID | none |
| Sequence length | 727 |
| Download predictions | smoothed scores raw scores |