| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewmr4_1390 |
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| Symbol | |
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| ID | 4251409 |
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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 sp. MR-4 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008321 |
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| Strand | - |
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| Start bp | 1616676 |
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| End bp | 1619093 |
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| Gene Length | 2418 bp |
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| Protein Length | 805 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 638117989 |
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| Product | peptidase S8/S53 subtilisin kexin sedolisin |
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| Protein accession | YP_733525 |
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| Protein GI | 113969732 |
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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 | 0 |
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| Plasmid unclonability p-value | 0.00000278441 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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Fosmid Coverage information |
| Num covering fosmid clones | 2 |
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| Fosmid unclonability p-value | 0.0000000134181 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGACAATCA ATCGAACCAC TAAGATAGCC CTGAGTCTAT CCAGCCTAGC TATTGCAATC
TCGGCAGGTG TTCATGCCGC CCCCGACGCA CCGGGTTTCG CCGCAGCGAT GCAAGCACAG
ACCTCTCCTC TGCCTAAGCG CTATATCGTT AAATTTAAAA ATGCCGATGC GCCAGCCCTG
ATGTCAGAAA GCAGCGATCA GCTCGCCACT ACGATGAATT ATCAGCCTCA GGTAGCTGAA
ATTAGCGCCC AACACAGTGT GTTGAACAAG GCAAAAGCCA AAGAAATGAA GCGTATCGGC
CGCAGTAACA GCTACTCAGT TAAGCTGGAT AACAATGGCA TCAAGGCATT AAGAGCCCGC
GCCGATGTGG AATATGTGGA AGAAGACATG CCACGCCGCC TCTTAAGCGA AACAACGCCT
TGGGGACAAA CCTTTGTGGG TGCGACTCAA TTAAGCGACA GCCAAGCGGG CAACCGTACT
ATCTGTATTA TCGACTCTGG TTATGATCGT GGTCACAGCG ACTTAAGCGG TAACAATGTC
ACAGGTACCA ACAATTCAGG TACGGGCAAC TGGTACGATC CAGGCAATAA CAACGCCCAT
GGAACCCACG TGGCTGGTAC TATCGCGGCG ATCGCTAACA ACGACGGTGT TATTGGCGTA
ATGCCAAATC AAAATGCCAA TATCCATGTC ATTAAAGTCT TTAACGAGTC TGGCTGGGGC
TACTCCTCAT CACTCGTGTC AGCGGTCGAC ACCTGTGTGT CAAACGGTGC AAACGTTGTC
ACAATGAGCT TAGGTGGTTC AGGTTCTAGC ACCACAGAGC GTAATGCTTT GGCAGCCCAC
TACAATAACG GCGTGCTGTT GATTGCTGCG GCCGGTAACG CCGGTAACAA TACCCACAGC
TACCCCGCCT CTTACGATGC GGTGATGTCT GTAGCGTCGG TTGATAATCA CAAAGATCAC
TCAGCCTTCT CTCAGTACAC CAACCAAGTG GAAATCTCAG GCCCTGGTGA AGCGATTCTC
TCAACCGTTA CCCGCGGTGA AGGCCGTTTA GCCGATATTA CTATCGGCGG TCAATCTTAT
TTTAACTCTG GTGTTGTGCC ACACAATCGC TTAACGCCAT CGGGCACCAA CTACGCGCCC
AATCCATACA ATGGCACGGC AACTGCAACC TTGGCCGAAT GTACGGTCAG CGGCTCAACT
TTCAACTGCG GCAACATGTC TAACAAGGTG TGTTTAGTTG AACGTGTCGG TAACCAAGGC
TCTTCTTATC CAGAAATCAA TGCGGTAAAA GCCTGTAAAA ATGCGGGCGC CAGCGCCGTT
ATCGTTTACA GTAATAGCGC ATTACCTGGA TTACAAAACC CCTTCTTGGT CGATGCGAAC
AGCGAAATCA ACCTAGTGTC TGTCTCTGTT GACCGTGCAA CGGGTTTAGC ACTGCGCAAC
CAATTAGGCG CAACCGTTAC CGTCAGCAAC CAAGGCAATA AAGACTACGA GTACTACAAC
GGTACATCGA TGGCGACCCC ACACGTTTCT GGTGTGGCGA CCTTAGTCTG GAGCTACCAC
CCAGAATGTA GCGCGGCTCA GGTACGTAAC GCGCTCAAAC AAACCGCTGA AGACTTAGGC
ACAGCTGGCC GTGATGATTA CTATGGCTAT GGTCTGGTCA ATGCCGTTGC CGCGAAAACC
TTCTTAGATG CTTCCTGTAA TGGTCCAACG GATCCGGTTG ACCCGACACC AACTGACAGT
GTGTTAGTAA ACGGAGTGCC AAAAACGGGT CTAAGCGGCG CTGCCAGTGA AGAACTGCAT
TTCTCTTTTG AAGTGCCACA GGGCGCAACT AACTTAGGCT TTGTGATGAA CGGTGGCACG
GGTGATGCGG ATCTGTACGT ACAGTACGGC GCAGCGCCAA CGACCTCAAA CTACGATTGC
CGTCCATACA AAGGTGGTAA CAGTGAATCT TGCCCAATCA GCAACGTTCA ATCTGGTACT
TACTACGCGA TGGTGAAAGG CTATTCAGCC TTTAGCGGTG TATCGTTAAC TGCAAGCTAC
ACAGCCCAAA GCGGTGGTGG TACTCCTACC ACACCAGCAA GCTACACCAA TGCTGATAAC
TACAATATTC CTGATAACAA AACCACTGGT ATCACGAGCC CAATCACAGT GACCCGCACG
GGTAACTCAG GCACTGTGAC TGCCGTGGTG AATATTGTTC ACCCTTACAT TGGTGACTTA
AAAGTGCAGC TCGTCAGCCC TACAGGCCAA ACGGCAACAC TGCATAACAA CACTGGCGCA
GGCGCAGACA ATATCAACAA GAGCTACACA GTTGATATGA CTGGCGTGGA GTCAAGCGGT
GTGTGGAAAC TCAAAGCGGT TGATAGCGGC CGTGGCGACG TAGGCTATAT CGATAGCTGG
GAACTCAAAT TCCAATAA
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| Protein sequence | MTINRTTKIA LSLSSLAIAI SAGVHAAPDA PGFAAAMQAQ TSPLPKRYIV KFKNADAPAL
MSESSDQLAT TMNYQPQVAE ISAQHSVLNK AKAKEMKRIG RSNSYSVKLD NNGIKALRAR
ADVEYVEEDM PRRLLSETTP WGQTFVGATQ LSDSQAGNRT ICIIDSGYDR GHSDLSGNNV
TGTNNSGTGN WYDPGNNNAH GTHVAGTIAA IANNDGVIGV MPNQNANIHV IKVFNESGWG
YSSSLVSAVD TCVSNGANVV TMSLGGSGSS TTERNALAAH YNNGVLLIAA AGNAGNNTHS
YPASYDAVMS VASVDNHKDH SAFSQYTNQV EISGPGEAIL STVTRGEGRL ADITIGGQSY
FNSGVVPHNR LTPSGTNYAP NPYNGTATAT LAECTVSGST FNCGNMSNKV CLVERVGNQG
SSYPEINAVK ACKNAGASAV IVYSNSALPG LQNPFLVDAN SEINLVSVSV DRATGLALRN
QLGATVTVSN QGNKDYEYYN GTSMATPHVS GVATLVWSYH PECSAAQVRN ALKQTAEDLG
TAGRDDYYGY GLVNAVAAKT FLDASCNGPT DPVDPTPTDS VLVNGVPKTG LSGAASEELH
FSFEVPQGAT NLGFVMNGGT GDADLYVQYG AAPTTSNYDC RPYKGGNSES CPISNVQSGT
YYAMVKGYSA FSGVSLTASY TAQSGGGTPT TPASYTNADN YNIPDNKTTG ITSPITVTRT
GNSGTVTAVV NIVHPYIGDL KVQLVSPTGQ TATLHNNTGA GADNINKSYT VDMTGVESSG
VWKLKAVDSG RGDVGYIDSW ELKFQ
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