| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_3041 |
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| Symbol | |
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| ID | 6117356 |
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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 woodyi ATCC 51908 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010506 |
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| Strand | + |
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| Start bp | 3725835 |
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| End bp | 3728258 |
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| Gene Length | 2424 bp |
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| Protein Length | 807 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 641634583 |
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| Product | peptidase S8/S53 subtilisin kexin sedolisin |
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| Protein accession | YP_001761407 |
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| Protein GI | 170727381 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.022997 |
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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 | 9 |
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| Fosmid unclonability p-value | 0.0310863 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACAAGTA CCAAACCAAA GACTGTGGCG CTAAGCTTAT CAGCATTAGC GATGGCAATC
TCTGCCAGTG TATCTGCTGC TCCCGCCTTT ACCCCTGGAG TCCAGTCACT CAATTCAGGT
ATCGAGCAAG CATCGCCACT GCCTAAGCGT TATATCGTAA AATTTAGAAA TTCAAATGCA
GCAGCTAGCT TTCAATCTCA ATCAAACGAG ATGAATGAAG CGCTTTATGA GCCAAGATCG
AACGAGGTTT TCTCTCACCA CAGAGCCATG AACAGTGTTT CAGCAAAAGA GATGAAGCGT
ATTGGTCGCA GTAACAGTTA CACAGCGAAA CTTAACTCCA AAGGTATTCA ATCACTTAGA
TTGCGCCCTG ACGTAGAATA CGTTGAGGAA GATGTACCAA GAAGATTATT GAGCGAAACC
ACACCTTGGG GACAAACCTA TGTTGGTGCC ACTAGCTTAA GTGACTCACA AGCAGGTAAT
CGTACCATCT GTATTATTGA CTCTGGCTAT GACCGTGACC ACAGTGACCT CAGTGGTAAC
AATGTCACAG GTACCAATAA CTCAGGGACT GGCAACTGGT ATGATCCAGG TAACAACAAT
GCTCACGGTA CTCACGTAGC AGGAACCATC GCCGCGATTG CAAACAATAG TGGTGTTGTT
GGCGTTATGC CAAACCAAAA TGCCAATATT CACGTGATCA AGGTATTTAA TGAATCAGGA
TGGGGATACT CATCATCACT GGTTTCTGCC ATTGATACCT GTGTCAACAA CGGTGCTAAT
GTCGTTACCA TGAGTCTTGG TGGCTCTTCA TCAAGCACGA CTGAGCGTAA CGCACTTAAT
GCCCACGAAA GTAACGGCGT ACTGCTTATT GCAGCAGCGG GTAATGATGG TGATAACACC
CATAGCTACC CAGCATCCTA TGATGCTGTT ATGTCTGTCG CTGCGGTTGA CAGCAACAAA
GATCATGCAG CTTTTTCTCA ATACACAAAT CAGGTTGAAA TCTCTGGTCC TGGTGAAGCT
ATCCTCTCAA CTGTCACTGC TGGCGAAGGA CGCCTAGCTG ATATCACAGT TGGAGGACAG
TCTTACTTTG ATCAAGGGGT TGTTCCACAT AACCGTTATG TGAAATCAGG TACCAACCAT
GTACCAACAC CCGTTATAGG TAACGTTACT GCTGAACTCG CTGAGTGTAC TGTATCAGGC
ACAACATTTA ATTGTGGCAA TATGAGCAAC AGAATTTGTC TAGTTGAACG TATTGGTAAC
CAAGGCGCTA CATACCCTGA AATTGATGCA GTAAAAGCGT GTAACAGTGC TGGCGCAAGT
GGTGTCATTG TTTACAGTAA TACTGACTTA CCCGGTCTAC AAAATCCATT CCTTGTTGAT
ACTAACAATG AAGCAGCTCT AGTCTCCGTC TCTGTTGACC GTGCTACTGG TCAGGCTCTT
CAAGGCCAAA TAGGCTCCAC AGTTACAGTG GCAAATACAG ACAATGAAGA TTACGAGTAC
TATAACGGTA CATCTATGGC GACACCCCAT GTTTCAGGTG TAGCAACACT AGTTTGGAGT
CACCACACTC AATGTAGTGC AGCGCAAATT CGTGCAGCAC TTCATGCTAC AGCCGAAGAT
CTAGATGCAG CAGGCCGTGA TGATAAGACA GGTTACGGTC TTGTCGATGC TGTCGCAGCA
AAAGCTTATC TTGATGAGTC ATGTGACGGT CCAACAGATC CAGGCACAGG ACCAGGAGAC
AATGTACTGG TTAACGGCAC AGCTAAAACT AGCCTTGCAG GCGCTAAAGA TGCTGAGCTT
CACTACTCAA TTGACGTACC AGCAGGTGCA ACTGACCTAA GCTTTACCAT GAGCGGTGGC
ACAGGTGATG CCGATCTTTA TGTGCAGTAT GGCGCAGCAC CAACAACTGG CAGCTATGAC
TGTCGTCCAT GGAAAAGTGG TAATAGCGAA TCTTGCCCCA TTAGCAATGT TCAAACCGGT
ACTTACTATG TCATGGTTCA AGGTTACAGC GCATTTAGTG GTGTCAGCTT AGTAGCTAAC
TATACAGAGT CTAACGGTGG TGGAAATCCT GGTGGCGGTG CAGCAAGCTA CACCAACAAT
ACCACCTATG CGATCCCTGA TAACAGATCA GCTGGTATCA GCAGTGCAAT CTCTGCAACG
CGCACAGGTG ATTCAGGTTC TGTATCGGTT GCGGTTGATA TTTCACATAC CTATATTGGT
GATTTGCAAG TAGAACTACA CAGCCCTAGC GGTCAAGTAG CGATACTTCA TGACAACACT
GGCGGCAGTG CTAACGACAT CAACAAAACT TACACTGTTG ATATGTCAGG TGTAGAGTCT
GCAGGCCAAT GGACACTTAA AGCGGTAGAT AGCGCAAGAC GTGATACCGG TACAATCAAC
TCTTGGACAC TGTCTTTTCA GTAA
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| Protein sequence | MTSTKPKTVA LSLSALAMAI SASVSAAPAF TPGVQSLNSG IEQASPLPKR YIVKFRNSNA
AASFQSQSNE MNEALYEPRS NEVFSHHRAM NSVSAKEMKR IGRSNSYTAK LNSKGIQSLR
LRPDVEYVEE DVPRRLLSET TPWGQTYVGA TSLSDSQAGN RTICIIDSGY DRDHSDLSGN
NVTGTNNSGT GNWYDPGNNN AHGTHVAGTI AAIANNSGVV GVMPNQNANI HVIKVFNESG
WGYSSSLVSA IDTCVNNGAN VVTMSLGGSS SSTTERNALN AHESNGVLLI AAAGNDGDNT
HSYPASYDAV MSVAAVDSNK DHAAFSQYTN QVEISGPGEA ILSTVTAGEG RLADITVGGQ
SYFDQGVVPH NRYVKSGTNH VPTPVIGNVT AELAECTVSG TTFNCGNMSN RICLVERIGN
QGATYPEIDA VKACNSAGAS GVIVYSNTDL PGLQNPFLVD TNNEAALVSV SVDRATGQAL
QGQIGSTVTV ANTDNEDYEY YNGTSMATPH VSGVATLVWS HHTQCSAAQI RAALHATAED
LDAAGRDDKT GYGLVDAVAA KAYLDESCDG PTDPGTGPGD NVLVNGTAKT SLAGAKDAEL
HYSIDVPAGA TDLSFTMSGG TGDADLYVQY GAAPTTGSYD CRPWKSGNSE SCPISNVQTG
TYYVMVQGYS AFSGVSLVAN YTESNGGGNP GGGAASYTNN TTYAIPDNRS AGISSAISAT
RTGDSGSVSV AVDISHTYIG DLQVELHSPS GQVAILHDNT GGSANDINKT YTVDMSGVES
AGQWTLKAVD SARRDTGTIN SWTLSFQ
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