| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew_1752 |
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| Symbol | |
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| ID | 4921866 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Shewanella loihica PV-4 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009092 |
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| Strand | + |
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| Start bp | 2001262 |
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| End bp | 2005365 |
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| Gene Length | 4104 bp |
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| Protein Length | 1367 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 640163313 |
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| Product | proprotein convertase, P |
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| Protein accession | YP_001093877 |
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| Protein GI | 127512680 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG4935] Regulatory P domain of the subtilisin-like proprotein convertases and other proteases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 18 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAACAAGC TGATTTTAAG TATATTATTA GGTATCTTAG TTGCACTCTA TACTTTTAGT
GCTAGTTCAA TACCACAAAG CATACAGATT CATAAGTCAG GCGAGATTAT AAATGGTGAG
TTTTCAACAT CATTTTTGTC ACCTGCTCTT GACAAGTTTG TCATTTCGAT TCCTATGATT
TATGATACAA ATGTTAGCGA TATTCAGTTA ATTACGCCGA GTGGAGTTGT CATTAACTCC
AAGAATGCTT CAAGTTACAA TTGTAACTTT TTATTCTTTA CCCCATTGAC TCCGGAAGAA
CACTTAATTT CGTTAGAAAA TAGCCTTATC ATAGAGCTCA ATAATGTTGC CTCAGGTAAA
TATGTCATTA CAGGAAAGGC GAGTGACCCT CAAAATCTAA TTCCAATCAG AATAAAATTC
CCTACATCAA AAATAAATTT TGCATTAACA GTTGGTGAAG TTGGTCCAAA TAAAAAACCA
ATTAGCGTAG GAAATATGTT TCCTGTCTAT GTGCAACTGT ATGATGATAG CGTTCCACTG
GTTACAGCCG AAGCTTCTTT TGAATTTTTG AAAGATGGTG TTGTAGTCAG CAAGATTATA
GCTGTAGATG ATGGCTCTGG AATGGACTTC AAAGCTAGAG ATGGGAGTTA TCATGCATTT
TTCACCCCTG AGGCTGAGGG GGAGTACACT GTGCTTGTCA GAATTAATGG CACTAATTTA
AACGGTGAGA AGTTTGAAGT CAGTGTTGAC CAAAGCTTTA ACTCTATACT CCCACAAGTA
TATGTTACCG GCAGTGTTAA TGAGATATTG GTCGACTTGG ACAAAGACGG TTACATTGAT
GAACTCAGAT TGGAGTTTGA GACTGCTGGC CCATTTCAAT CGACAGGATT TTATTATAAC
AGGGTTACGT TAGAGACCGA AGATGGTACT GAAATTTTTG CTGGGCGCAA AATGGATGCT
ACAGAAAATA AAATTTCTGT AACGTTTAAA GGTGAGGAAA TCAGGAGGTT AGGATATTCA
GGTAAATTTA CAGTTTCAGA TTTCTGGCTT GATTATGGTT ATGTGAGGAT TCAAGATAAA
GATAATTTTT ACACTACTTC ATATTTTGAA AATGATTCCT GGGAGCGTGA CGATTTACTT
TATTTAGGTA ATGTGACATT CGAGTCTATT GACAGTGAGG ATGGACGTTT CATCGAAATG
ATAGACGTCT CTTTTGAGGT CGATACGCTT CCCGCAGCAG CAAAGTTTGG CTACTCGGCC
ACAATAACCA CCGTCGGTGA CGAACATGTT GGAGTATATG GCAATCCTGA CATCGAACTG
ATGAAAGGAA TTAACAGAAT TACATTCTCC ATTCCTGCAT TTGATTTTGC AAAACTACAA
TCAAACAAGG CGTTGAAAAT AAAGCAATTA ACCATGTATC CCTTGATAAA AGGAGGCAAT
GTTATATCTA AAAGGAATGT GGCAACCAGT GCATTATATT CCTGTTGGGA TTTTCAAGCT
TGTTCGACGG CCGAGAATGC CATTCCCGTT GCGGTAGACG ATGAGGTCAC TTCTACTGGA
AAAGCCATGT ATATACATGT GGCCCAAAAT GATTTTGATG ATGACGGTGA CTTGCTAAAG
GTAAACTCAG TCACACCCGC TCAGCATGGG ATAGCAGAAA TAGTCGGTAA TTCTATTCAA
TATACGCCAA ATTCAGGCTT TGAAGGTGAT GACGTTTTTC AATACGAAAT AGTTGATATT
CATCCAAGAA ATAATATTTT GAAGGGTGGT TCTGCAATTG GCACTGTGCG CGTATCGGTA
AAACCCAACC ATGCACCTAT TGCCAATGCA GATTCTTATC ATGTCCCCGA AAACATGACC
TCGTATTTCC AGGTGCTAGT TAATGATACT GATCCGGACG GCGACGGACT CTACATTTCT
TCGTTTACGC AACCCAGTCA CGGCACTCTT GTCAATTATG GCAATCAACT TGGATACACT
CCAAACCCTG GTTACCTCGG CAATGATAGT TTCAGTTACA CCATTATTGA CTATGATATT
GCCTCCAACA TCGCCAAGGG TGGAACAGCG ACATCTCAGG TGACAGTGCA GATAGGCAAC
GTGGTAAATC GTCCTCCAGT TGCAGTGAAT GACGCCTATT CACTGTCTCC TGGATCCCAA
TCAGTTTTGA ATGTGTTGGC AAACGACAGA GATCCTGATC AGGATGACTT GCGAATTTCA
GGTTATTCTT TGCCAGGCAA AGGCAGTCTA GTGGTAACAG ATAAGCTCAT CACTTACACT
GCCAATCTCA ATGCCAGTGG TACAGATACT TTTGCCTATT CGATTTCAGA TGGCAAAGGC
GGGTCTTCGA ATGCAATAGT TAATATTGAC TTTGTGTTTG CAAACAATCC GGCAGTGGCC
GTTGATGATG TGTTCGAAAC GACTCAAAAT ACCCCTCTAG TGATAGATGT GCTGCGCAAT
GATTATGATC TAGAAGGGGA TTCTTTCGAT GTTATCCGCT TTACTCAGCC TGATAATGGA
ACGGTGATAA GAGGTATAGC AAGCGAGCTG GTTTACTCCC CTGACGTTGA CTTTGTGGGT
GACGAAATCT TCTCATACAC AATTCAAGAT GCTCAGGGGA ATCTTTCTAC CGCGCTGGTG
CACGTGTCAG TGAAAAGTAA CGACCCCAAG GTTGTTGCTC TCGATGATAC GGTTTCCGTT
GCGGCCAATA CCTCAATCGA GATTGATGTC TTAAGCAACG ACTCGGCGTC ATCATCTCAA
GCATTGACTA TTTCTGATTA TACTCAGCCA GCACATGGGG CGGTCAGTCT TGCACACAAC
AAGTTAACCT ATACCCCACA TGTTGGCTTC TTTGGAGATG ATGTGTTCAC TTACAGGGTA
ATAGATACAC TTGGCAATAC AGCTTCTGCT TCTGTGTATG TTACCGTGAA TAAAGGCAAC
ACAGCTCCAG TTGCCATGGA TGATGTTGCC TTTACCCAGG TCAATGTTGC CGTTAGTATC
GATGTGCTTT CTAATGATAC TGACGCAGAT AACGATCCCA TTCAATTAAT CGACTTCAGC
CAGGGCGCTC ATGGTGGCAC TCTTTTGTCT GGCAGCAACA TAATCTACCA ACCAGAGTCT
GGTTATGTCG GCCAGGATTC TTTCACTTAC CTGATAGCCG ATCCATCAGG TGACAGATCT
CAGGCGACAG TCCTAGTGAG CATTGTTGAT GGAAATAGTG CCCCTTCAGC CGAAGACGAT
GCCATTAGGG TATATCAGGG CGCAAGTATC AAATATGACG TTCTGTCCAA CGATTCAGAT
CCCGATGGAG ACCTGCTGAC TATTGAGTCT GTCACTCAAG CAACTAACGG CTTCACGGAA
ATAGAAGACA ATAAGATTAA GTACACGGCT CCGACAAATT TTGTCGGTAC GACCCAATTT
ACTTATGAGA TCACAGATGG TCAGTTAAGG GCTACTGCTA GCGTCTTCGT CACTGTTGAG
CCAAACCCAA ACACTGCACC TTTTATCGAA ATTCATGCTC CAATCGATGG TCAACAATTT
GGTTTTGGAT CGTCAATCCA GCTAAATGCT AGCGCATGGG ATATTGAAGA CGGTGAGCTA
GGTAACTTTG TAACCTGGAG CTCCAATATC GATGGTGAAT TAGGGGAGGG GAAATTGCAG
GAAGTCATCT TGTCCCCTGG CCAACATACT ATAGAGGCAA CCATTGTCGA TTCCAGACAA
GAAGTGTCTT CAGATTCTGT GACAATTCTC ATTGTGCAAG CTGCTGGCCA GGTATTCACC
AACGTTTCTC AGTTCGAGAT ACCTGATAAT AAAGGTTATG GTGTGTCTTC AAGCATCACC
GTGCCCTCGG ATATCTATCC ATCGGGCATC ACAGTATCAG CCAAGATATT GCACCCCAAC
CTGGCCGACA TTGCGATTCA ATTAGTATCA CCTTCTGGTC GACATTATAA CTTGTCCAAC
CCTGGCAGCT ATGTTTTGAA TGAATCATGG ACTATTGACT CGAATATGAT TGAAACGGTG
AAGGGTGTTT GGACGCTCAA GGTTAGCGAT CAAAAGAAAG ATAATCTTGG CACATTAACA
CAGTGGAGCA TTCAGTTTGA TTAA
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| Protein sequence | MNKLILSILL GILVALYTFS ASSIPQSIQI HKSGEIINGE FSTSFLSPAL DKFVISIPMI
YDTNVSDIQL ITPSGVVINS KNASSYNCNF LFFTPLTPEE HLISLENSLI IELNNVASGK
YVITGKASDP QNLIPIRIKF PTSKINFALT VGEVGPNKKP ISVGNMFPVY VQLYDDSVPL
VTAEASFEFL KDGVVVSKII AVDDGSGMDF KARDGSYHAF FTPEAEGEYT VLVRINGTNL
NGEKFEVSVD QSFNSILPQV YVTGSVNEIL VDLDKDGYID ELRLEFETAG PFQSTGFYYN
RVTLETEDGT EIFAGRKMDA TENKISVTFK GEEIRRLGYS GKFTVSDFWL DYGYVRIQDK
DNFYTTSYFE NDSWERDDLL YLGNVTFESI DSEDGRFIEM IDVSFEVDTL PAAAKFGYSA
TITTVGDEHV GVYGNPDIEL MKGINRITFS IPAFDFAKLQ SNKALKIKQL TMYPLIKGGN
VISKRNVATS ALYSCWDFQA CSTAENAIPV AVDDEVTSTG KAMYIHVAQN DFDDDGDLLK
VNSVTPAQHG IAEIVGNSIQ YTPNSGFEGD DVFQYEIVDI HPRNNILKGG SAIGTVRVSV
KPNHAPIANA DSYHVPENMT SYFQVLVNDT DPDGDGLYIS SFTQPSHGTL VNYGNQLGYT
PNPGYLGNDS FSYTIIDYDI ASNIAKGGTA TSQVTVQIGN VVNRPPVAVN DAYSLSPGSQ
SVLNVLANDR DPDQDDLRIS GYSLPGKGSL VVTDKLITYT ANLNASGTDT FAYSISDGKG
GSSNAIVNID FVFANNPAVA VDDVFETTQN TPLVIDVLRN DYDLEGDSFD VIRFTQPDNG
TVIRGIASEL VYSPDVDFVG DEIFSYTIQD AQGNLSTALV HVSVKSNDPK VVALDDTVSV
AANTSIEIDV LSNDSASSSQ ALTISDYTQP AHGAVSLAHN KLTYTPHVGF FGDDVFTYRV
IDTLGNTASA SVYVTVNKGN TAPVAMDDVA FTQVNVAVSI DVLSNDTDAD NDPIQLIDFS
QGAHGGTLLS GSNIIYQPES GYVGQDSFTY LIADPSGDRS QATVLVSIVD GNSAPSAEDD
AIRVYQGASI KYDVLSNDSD PDGDLLTIES VTQATNGFTE IEDNKIKYTA PTNFVGTTQF
TYEITDGQLR ATASVFVTVE PNPNTAPFIE IHAPIDGQQF GFGSSIQLNA SAWDIEDGEL
GNFVTWSSNI DGELGEGKLQ EVILSPGQHT IEATIVDSRQ EVSSDSVTIL IVQAAGQVFT
NVSQFEIPDN KGYGVSSSIT VPSDIYPSGI TVSAKILHPN LADIAIQLVS PSGRHYNLSN
PGSYVLNESW TIDSNMIETV KGVWTLKVSD QKKDNLGTLT QWSIQFD
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