| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal_0728 |
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| Symbol | |
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| ID | 4844602 |
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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 baltica OS155 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009052 |
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| Strand | - |
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| Start bp | 819476 |
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| End bp | 822583 |
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| Gene Length | 3108 bp |
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| Protein Length | 1035 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 640117949 |
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| Product | protease domain-containing protein |
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| Protein accession | YP_001049124 |
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| Protein GI | 126172975 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR03501] gammaproteobacterial enzyme C-terminal transmembrane domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAGCCCAC TCGGTTTTGG TGGTCATGGT ACTCACGTAG CAGGAACGGC TGTTGGTAAT
AAAGTATCAA CAACCTTCAA AGAAATTCCG GTTGAGTTAT CAGGTGTTGC TCCAGCTGCT
TACCTAATGG TTTATAAAGC TCTGTATAGT AAAGCTGACT GTACTGGTGG TAGTGGTTCC
AACATTATGT TGATGGAAGC ACTCGAACAT GCAGTGAATG ATGGCGCGGA TGTAATCAAC
AACTCTTGGG GGGGGGGCGC AGGTGGCGAC CCAGCCAGCA GCCCATACAA AACAATGTTT
GAAGCTGCAG AAGCTGCGGG TGTTGTTGTC GTTACGGCTG CGGGTAATGA TGGTAATGGC
CCTCAAACTA TTGGCTGTCC TGCTTGTATT GAATCAGGAA TTACCGTTGC TAACACTACA
ACTGGGCGTT TTTTCGCGAA TAGCTTTAAT GCCGGTGGTG ATGATTTACT TGCTATACCA
AGTTCTGATG CAGTCCTTTC AGAAGATATT ACAGCTCCAG TTATTGCCGC CGTTAATTTA
GACGCTGAAA ATGCCAATGG TTGTGATGCC TTTGCTGCTG ATTCGTTCAA AGATGGTATT
GCATTGATTT CTCGTGGAAC ATGTAACTTT TCATTAAAAG CAACAAACGC AAAAGCTGCA
GGCGCTAAAG CCCTTGTTGT TTATAACAAT GCGGCCGGCG CACCGACTAC TATGTCTATG
CCTGGTGAGC CATTCCCAGC TGTAATGATT ACTAAAGATG CAGGTTTAGC CGTAATTGAA
GCTATGGGAG ATACCGTAAC AACAGGCACC ATAGTTGCAA AAACTAAACG TATCATGGTT
TCTGAACTTG CTGATAATCT AAATAGCACC AGTTCACGCG GTCCCGATGG CAACCAAAAT
ATCCTTAAAC CGGATATCGC GGCACCTGGT ACCAACATTC TGTCTGCCTT TTCTCCTGAT
GATGGTGGTG AAGACTTCAA TATGATCTCT GGCACCAGTA TGGCAAGCCC CCATGTTGCA
GGTGCTGCAG CCCTAATGAG CCAATTACAC CCAGAGTGGA GTGCAAATGA CATTAAAACC
GCTCTTACCT CTACTGCCAA GTTTGAAGGT ATTCTCGATG ATGATGCGGT AACACCAGCA
ACTCCTTTTG ACATGGGCGC AGGTCGGATG GATTTAGATG CTGCAGCTAA GGCGGTATTA
ACCTTTGACA AACCTTCAAT AGCTTCAGAC TCTTGCGTTG GTCCATGCAC CTTCACTCGA
ACTGTCTATA ACAAAAGCGA TGCAACAACA TCTTGGAGCT TATCAACTTC ATCTGATAGT
ACAGGTATCA CAGTATCGCC CTCTACCTTA GAACTTGCCG CAGGAGCCTC AGCCACGTTT
ACTGTAACCG TTGACTCAAC TTTCGCTACG TATGGTGAGT GGATCTTCGG TAACGTATTG
ATAAACAGCA CTGAAGGATT ACAAAATGCT CACTTACCTC TAGCTATTTT GGCCAAAGAG
TCAAGTAACG CATCATTAAT CTCAACTCTG ACGACAAAAA CAGACATTAC AGCAAGTGAT
GTAATTCCAT TGGTCGCAAC TGTAAACAAT AACGTATTTG CAAACACAGT TACAGTTACA
GCACAAGCAC CTAAAGGAAC TAAGCTAACC TCAAAAGATG ATGTAAAAGT CACTTTAGCA
GGTGCAACAC AAAATGGACT GCAGGTGAAT GAAGATTTAG GGGCTGTCAC ATGGGTTGGT
CAACTAGATT TACCTAAAAT GGCAACAACC AAAGGTGCTC AAAGATTCCC GAGTATCGTA
GATTTAGGTG TTGTACCCGT TACTTGCCTT GAAGGCTGTG ATGAACAAGC CTTTACTTTT
ACAGTTCCTA GCTTCAAATA CAATGGTGTA AGCTACGGCA ACATAACAAT CTCAGACAAT
GGGTTAGCGA TTGTTGGTGG CGGAAGTGCA AGTGGAACTT ATACTAATAA ACAATTACCC
GATGGCAGTA ACCCAAATAA TATCCTTGCT CCATTCTGGT CAGATTTCGA CCTATCCGAT
AAGTCTGTCG GCGATACTGG CGGTGGTGAC TTAGCAGTTG GTGTATTCAC AGATGGCGCT
GGGGTGAAGT GGTTAGCATT AGAGTGGAAT AAAGGCCAAC TCTATGGCGA CACATCAGGT
ACATCTTATA CATTCAGTAT TTGGATTAGG ACCGGTGATA CTGAAGAGGT TGTCTTTAAC
TATATCGATA TTCCAAATAT GCCTGCAAAC GTCACTATTG GCGCTGAGAA CGTAGGCGGA
ACCATTGGGA CGACTTATAA CTTTAATGGT ACTGGTGGCA GTATTGCTAC TGGTGATGCA
TTAACGTTAA AAAATACAAC GGCAGGAAAT GTCACTATTA ACTATGATGT TAAAGCGACA
ACTCTCAATG TTGGACAAGC CGATGTAATT GAAACCAACG AAGAAGCTTT AGTCTCAATT
AATGTCTTAG AAAATGATAC TAAACCAGAC ATGAAAGTTG CTCGAGTATC GATTACAGGT
GATGGTATTA CAGCAAATGC CCAACGCATT ATTGATATCA TGCCAAAAGG AGCATTAGGC
AACTTAGCCA TTGTACAAGC TCCTTCACAC GGTACTGCTG TAATAAATTC AACAGGTGGA
ATTGATTACA CTCCATCGAA AGATTATTTC GGTTCAGATA TGCTTAGCTA TACATCTGCG
GACGAAGATG GCAATACAGG CGGAGCTGCA ACCGTAACAA TCGACGTAAA AAATGTGAAT
GATGCTCCAG TTGTTGCACC ACAGCCTCAA AGTGGTGTTG CAGGAAATGC AATCACACTA
AAACCCAATC CATTAGATGT TGATGGAGAT GTTTTGAGTT ATGTTTGGGC TCAAACAGGA
GGAGAGACCT TAGAATTTAC TCCAACAAAC GAAAACATAA CTGTTACTCC ATCATCAGCA
GGAACTTACA CGTTTACCGT AATAGCGAAT GACGGAAAGC TCCAAAGTAA TACAGGAGAA
CTAGTACTTA CCGTAAAAAG TAAACCTGAT ACTTCTAGTG GCGGTGCTCT AGGTTGGTTA
ACAGCCTTGT TGTTACCTCT GGCGGCAATG CGTCGTCGTA TGAAGTAA
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| Protein sequence | MSPLGFGGHG THVAGTAVGN KVSTTFKEIP VELSGVAPAA YLMVYKALYS KADCTGGSGS
NIMLMEALEH AVNDGADVIN NSWGGGAGGD PASSPYKTMF EAAEAAGVVV VTAAGNDGNG
PQTIGCPACI ESGITVANTT TGRFFANSFN AGGDDLLAIP SSDAVLSEDI TAPVIAAVNL
DAENANGCDA FAADSFKDGI ALISRGTCNF SLKATNAKAA GAKALVVYNN AAGAPTTMSM
PGEPFPAVMI TKDAGLAVIE AMGDTVTTGT IVAKTKRIMV SELADNLNST SSRGPDGNQN
ILKPDIAAPG TNILSAFSPD DGGEDFNMIS GTSMASPHVA GAAALMSQLH PEWSANDIKT
ALTSTAKFEG ILDDDAVTPA TPFDMGAGRM DLDAAAKAVL TFDKPSIASD SCVGPCTFTR
TVYNKSDATT SWSLSTSSDS TGITVSPSTL ELAAGASATF TVTVDSTFAT YGEWIFGNVL
INSTEGLQNA HLPLAILAKE SSNASLISTL TTKTDITASD VIPLVATVNN NVFANTVTVT
AQAPKGTKLT SKDDVKVTLA GATQNGLQVN EDLGAVTWVG QLDLPKMATT KGAQRFPSIV
DLGVVPVTCL EGCDEQAFTF TVPSFKYNGV SYGNITISDN GLAIVGGGSA SGTYTNKQLP
DGSNPNNILA PFWSDFDLSD KSVGDTGGGD LAVGVFTDGA GVKWLALEWN KGQLYGDTSG
TSYTFSIWIR TGDTEEVVFN YIDIPNMPAN VTIGAENVGG TIGTTYNFNG TGGSIATGDA
LTLKNTTAGN VTINYDVKAT TLNVGQADVI ETNEEALVSI NVLENDTKPD MKVARVSITG
DGITANAQRI IDIMPKGALG NLAIVQAPSH GTAVINSTGG IDYTPSKDYF GSDMLSYTSA
DEDGNTGGAA TVTIDVKNVN DAPVVAPQPQ SGVAGNAITL KPNPLDVDGD VLSYVWAQTG
GETLEFTPTN ENITVTPSSA GTYTFTVIAN DGKLQSNTGE LVLTVKSKPD TSSGGALGWL
TALLLPLAAM RRRMK
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