| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_0797 |
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| Symbol | |
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| ID | 4477008 |
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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. ANA-3 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008577 |
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| Strand | - |
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| Start bp | 916978 |
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| End bp | 921159 |
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| Gene Length | 4182 bp |
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| Protein Length | 1393 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 639725333 |
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| Product | protease domain-containing protein |
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| Protein accession | YP_868441 |
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| Protein GI | 117919249 |
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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 | 9 |
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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 | 33 |
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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 | GTGAAGACAA AACTATCTAT CGCTATCTCC GCGGCACTAC TATCAAGTGC TGCTGTTGCA
GACAATAATA CTCTGCGTAT ACATCAAATC AGTAATAACT TAGCCAAAAA TCAGCATAGC
CAGAGCGTAA CTTCAGTCAG TGGTATGAAA GATCAATATG ATCAAGAAAC TGGAGAAGCC
ACTTTTCAAT GGGCAAAATC AGATCAAAGA ACTCCCGATA TGGGGGCCCT TGATTCACAA
TATAAACTTG CCTTTGCAGC CGATTACTAT CTGAACCAAG TAACGGGTCT ATCAACTAGC
AAAAATGCTA GTTTGAAACC AGTGCTAACC AACTTGCACG ATACAGGCCG TGGGGCAAAA
ATTGCTAAAT ACCAGCAAGA ATATCAAGGC GTTGAGGTTT TCAACCGTAA TTTCAATGTG
TTGATGAATA GTAATTTTGA ACTCGTGGCA ACTTCTGGAA GCTTATTACC CTCAAGTACA
GCTAACACAA CTGAGCTCAA AGGGATTAAA ACGACTTTTA ATGATCCTTT AAATGCGGTG
AAAGCGGCTT CAAAGGCAAT GGGTGTTTCC GATGCCAATA TCAGCGCATC GACAACGTCA
GGTAAATTTC AATCTTTTAA CGTAACAGCT TCTGGTAATT CGAAAATACT TAAAGGTGAA
CCACGTTCTA AACCCGTATT TTTTGAATTG AAAGGTTCGC TCGTACCTGC TCATTACGTG
GAGATTGAGG TCGCAGATAA CGACAGTGTT GACTCTGAAT TTTATTCATT TGTTATTAGC
GACTTAGATA ATAAAGTCCT TTTTAAACAT AACCTGACAG CACAAGAAGC CGCGTTTAAT
TATCGTATAT ATGCTGATGA GCAAGGTGTG CCTTGGGATG GTCCACATGG CAATGTTATT
CCAGCTATGA GTGAAGACCA AGTCGACGCA ACTGAGTATT TAGATGCTCC AATGGTTACT
ATCACCACTG GCCCCATCAG TACAATGGAT CCATGGTTAG CGGAAGATGC CACCACAACA
TCGGGTAATA ACGTCTTTGC CTATGTAGAC GCTCTAGCCC CAGATGGCTT TACCAATGGT
GACTTCACAG CAGAAATCAC TAGCGATAAA ACTTTTGACT ATCAATATAA TACAAATCAA
GTCGAAAGCT CTGTTAACAA CCGCAAAGCA TCTATTGTTA ACCTGTTCTA TATGAACAAC
TATTTACATG ATTTATTTTA TGATCATGGC TTTGATGAAG CCTCTGGTAA TGCTCAAGCT
CAAAACTACG GGCGTGGCGG TGAAGAGGGA GATGCAATTA GAGCTGAAGT TCAAGATAAC
TCAGGCTTTA ACAATGCAAA CATGAGCACT CCAGCTGATG GCCGCTCACC GAGAATGCAA
ATGTATCTTT GGGATAGTAA AGATGCAGTC AATGGTGAAG ACTATGGTGT AACCGTAACC
TCTGATGCTG CGATTGGTCT ACTCCCGTCG ACACAACGCG CAAGCTTTGG TCAAGGTCAA
TTTGAAATCA GTGGTGAAGT GGTTCGTCTT GTTGATGGTG TAGCCCCTGT GAATGATGGA
TGTACGACAC CAACAAATGC AGCAGATTTA GCAGGCAAAA TAGCCATTAT TGACCGTGGT
GTTTGCGGCT TTACCGTGAA AGCTAAATTC GCCCAAACTG CAGGAGCAAT TGGCGTACTC
ATAGCTAACA ACTCGGGTAC CACAGAGCCA GCGCCAATGG GCGGCAGCGA CGATACGGTA
AAAATTCCAA GCATCGGCTT ATCAAAAAAT GACGGTGCGT TGATTTATGC CCAGCTCGAT
GCAGCCAAAC CTGTCAGTGT CACCATGTTC AACAAAAAGC CGTTTAAAGA CAGCTCTTGG
GATAATGCTA TTGTTGCCCA TGAATGGGGA CATTACATCA GTAACCGTTT AGTGGGTAAC
TCTTCGGGTT TAATCAACCA ACAAGGCCGT TCTATGGGCG AAGGTTGGGG GGACTTCCAT
GCATTGCTCG TGATATCAGA AGCAGACGAT GCATTAATCC CAGGTAACGA GCTATTCCAA
AAGCCTTATG CTGCAATTAC TTATGTAGCC TCTTTCTATT CTGGCATCCG CAATTACCCT
TACAGCACAA ATATGGACGT GAATCCTCTC ACTTTCGGTA ATGTCGAGTT AAATAAAGGA
ACTAGTGCTG ACCAGTATGG CAATGCGGAA GTCCATGATG CAGGTGAACC ATGGGCCGCT
ATGCTATGGG ATTGTTATGT CTCTTTAATC AATGATGAAC GCTATACCTT TGCAGAAGCG
CGCAGCATGA TGATGAGTTA TCTCGTTGCA GCCTATAAAA TGACACCTAT TGCACCAACT
TATACCGAAG CCCGTGATGC CTTGTTAGCC GCAGCGTATG CAAATGAGCC TAAGGACTAT
GAACTATTCC TAAAAGCCTT TGCTCGTAGA GGTATGGGCC TTGGAGCCGT TTCACCTGAA
CGGTATGACA CCAAACACCG TGGTGTGGTC GAATCTTATA AAACTGAATT ATCCACCTTT
AATGTGACTA ACCATGAAAT CAATGCAGAC TATGAAGGAT TAACTGTCGG TTATTGCAGT
AAAGACGGCA TTTTAGATAA AGGCGAAACG GGGACTGTCA GCTTCACGAT AACTAACCGA
GGAAGTAAAA CTTTTGAAAG GCTAGAAGGA AAAGTTGAAG TTGTCAGCGG CCAAGATATT
ACGCTGGCAA ACGACGGTAA AGTCACCTTT GGAGCTCTAG ACTTATTTGC AGAAGTTACT
AGTACTCCGA TAGAGATGAC TCTTAACGAA GCTACAACAG CCGATACTGT AGAGTTAAAA
CTGACGTTCC CAACTTTAGA GGGAACCGAT GTAAACGAAT ATAGCTTTAC AACTGTCGTT
AACATGGACT TTAAAGACAA AGCGCCTGAA GGCAATAAGT CTACGAGTAA TATGGAAAGC
CAAGCTGGGC GAGTTGACTT TAAGGAACAT GTGCTTGGAG GCGGTGACAT GGCCAAGGGC
ACTGCGAAAC TTGAAAGCCA ATATGCCGAT TACTTCCCTG TTGACACTCA ATATCTACGT
ATTGCCAATA ATGGCTTTGC ATCAGATGTC GCTTATGAAA CTAAACCTGT AACTGTTGGT
TACGGTGGTG ATTTCAAAAT CAGCTGGTTC CAATATTTTG AAATTGAAGA AAACTACGAC
GGTGGTGTAG TTGAAATTAG CGTCAACGGA GGGGATTGGG CAGATGTAAC TCAAATGGGC
GGTGTCTTTG AAGGTGCTGG CTATACTGGT GAGTTAGCGG ATCTGCTACC TGGTCGCCAA
GCATTTACTG GCTTTATGGA TTTCCCTGGT GATATTGAAA CAGTAAACTT TGGAACTAAG
TTAAATGGTA ACGAAGTTCG TTTCCGTTTC CGTATTGTCT CAGATACCAA TTCGAATGAG
TTTGGTTGGA TTATTGATAA CGTCACCTTT ACAAATATTG TGACTAGTGT CTTCCATGAG
CAAACGGCAG GTGATGTAAA TCCATGCGTT AACCGTTTAC CCAATGTTAG CTTAGTCACC
AGCGCAACAG AGGTAAAAGA AGGCGAAGCT GTGAGCATCA CTGCTGCTGC TATTGATGCG
AATGCAGGTG ATACTCTCAC TTATACTTGG GTTCAAACGT CAGGCACTGC AGCGACACTT
ACAGGCAAAG ATACTGCTTC GTTAAGTTTT ACAGCTCCAA ATGTTGATGC TGATGAAGTT
TTAGAATTCG CGTTAACTGT AAATGATGGA ACAGATGATG TTGTAAGCAC TGTGTTGATA
ACAGTAAAAA ATAATAACAT TCCTGTTGTC AGTTTGACTC CAAGTGCAAC TGAAGTAAAA
GAGGGTGAAG ATGTTAGCAT AACGGCTGTT GCGATTGATG CAGATTCTGA TGATATACTC
ACCTATTCTT GGGCACAAAC TTCAGGTACT GCAGTCACCC TGACTGGGGC AGATACGGCA
TCATTAAGCT TCACAGCCCC GCAAGTTAGT GCAAATGAGA CTCTTGAATT TACGTTAACC
GTGAATGATG GAACTGATGA TGCTGTAAGC ACTATATCAG TGAAGGTAAA TGATGTACCT
GCTCCTACAC CAACTCCTAC GCCTACTAAA TCTTCTGGGG GTAGTTTAGG TTGGTTAACG
TTTATCTTAT TGCCTTTAGC TGCATTACGT CGCCGTAAAT AA
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| Protein sequence | MKTKLSIAIS AALLSSAAVA DNNTLRIHQI SNNLAKNQHS QSVTSVSGMK DQYDQETGEA
TFQWAKSDQR TPDMGALDSQ YKLAFAADYY LNQVTGLSTS KNASLKPVLT NLHDTGRGAK
IAKYQQEYQG VEVFNRNFNV LMNSNFELVA TSGSLLPSST ANTTELKGIK TTFNDPLNAV
KAASKAMGVS DANISASTTS GKFQSFNVTA SGNSKILKGE PRSKPVFFEL KGSLVPAHYV
EIEVADNDSV DSEFYSFVIS DLDNKVLFKH NLTAQEAAFN YRIYADEQGV PWDGPHGNVI
PAMSEDQVDA TEYLDAPMVT ITTGPISTMD PWLAEDATTT SGNNVFAYVD ALAPDGFTNG
DFTAEITSDK TFDYQYNTNQ VESSVNNRKA SIVNLFYMNN YLHDLFYDHG FDEASGNAQA
QNYGRGGEEG DAIRAEVQDN SGFNNANMST PADGRSPRMQ MYLWDSKDAV NGEDYGVTVT
SDAAIGLLPS TQRASFGQGQ FEISGEVVRL VDGVAPVNDG CTTPTNAADL AGKIAIIDRG
VCGFTVKAKF AQTAGAIGVL IANNSGTTEP APMGGSDDTV KIPSIGLSKN DGALIYAQLD
AAKPVSVTMF NKKPFKDSSW DNAIVAHEWG HYISNRLVGN SSGLINQQGR SMGEGWGDFH
ALLVISEADD ALIPGNELFQ KPYAAITYVA SFYSGIRNYP YSTNMDVNPL TFGNVELNKG
TSADQYGNAE VHDAGEPWAA MLWDCYVSLI NDERYTFAEA RSMMMSYLVA AYKMTPIAPT
YTEARDALLA AAYANEPKDY ELFLKAFARR GMGLGAVSPE RYDTKHRGVV ESYKTELSTF
NVTNHEINAD YEGLTVGYCS KDGILDKGET GTVSFTITNR GSKTFERLEG KVEVVSGQDI
TLANDGKVTF GALDLFAEVT STPIEMTLNE ATTADTVELK LTFPTLEGTD VNEYSFTTVV
NMDFKDKAPE GNKSTSNMES QAGRVDFKEH VLGGGDMAKG TAKLESQYAD YFPVDTQYLR
IANNGFASDV AYETKPVTVG YGGDFKISWF QYFEIEENYD GGVVEISVNG GDWADVTQMG
GVFEGAGYTG ELADLLPGRQ AFTGFMDFPG DIETVNFGTK LNGNEVRFRF RIVSDTNSNE
FGWIIDNVTF TNIVTSVFHE QTAGDVNPCV NRLPNVSLVT SATEVKEGEA VSITAAAIDA
NAGDTLTYTW VQTSGTAATL TGKDTASLSF TAPNVDADEV LEFALTVNDG TDDVVSTVLI
TVKNNNIPVV SLTPSATEVK EGEDVSITAV AIDADSDDIL TYSWAQTSGT AVTLTGADTA
SLSFTAPQVS ANETLEFTLT VNDGTDDAVS TISVKVNDVP APTPTPTPTK SSGGSLGWLT
FILLPLAALR RRK
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