| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal195_3286 |
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| Symbol | |
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| ID | 5755090 |
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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 OS195 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009997 |
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| Strand | + |
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| Start bp | 3869843 |
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| End bp | 3874612 |
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| Gene Length | 4770 bp |
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| Protein Length | 1589 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 641289619 |
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| Product | hypothetical protein |
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| Protein accession | YP_001555708 |
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| Protein GI | 160876392 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1112] Superfamily I DNA and RNA helicases and helicase subunits |
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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 | 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 | 7 |
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| Fosmid unclonability p-value | 0.268742 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTTGTTG AGCAGCAGCT GGAACGTGCG CGTCTGGAAT TACTTGATAT GGGTCTTCGA
TCCAACCCTC AGCTGAATTA CCGCAGTGGT AGTAAAGCCC TCGACATTAT TGATGAGCAA
TCTGCCAAGA TATTTGAAAT GCTGGTTGAG CAAGAAAACA CACTCAGCTT TTTACCATTG
CCAGAAGCTT ATCAACAAAA AATTGCCGAC AGCGAAGATG AAGGATCATT CTTTCAGACC
GACGATGAAT CGGAATTGCC ACCTCTTGAT TTATACCTCG AACAGAAAAA GGGAGCGGCC
CGCTTCACCG ACAAATACCT ACAAACCGGA TTAGTGCCCG CCAAGCTGGA TAAAGCCCTG
CTGAAACTGG AAACCGAAGC CCATACCATG CTGCAAGAGC AAGGTGTCGA GGTTCTGTAT
TTAGCACTTG GTTTTTTACA GTGGAATGAG CCAACAAACT CATCGGTTTC AAGATATGCG
CCTTTAATTC TGATCCCTGT TCAACTAATG CGCTCATCAG CCAGAGATAG CTTCAAATTA
CGCTACACAG GCGAAGAGCT GGGTTCAAAC CTGACCTTAG CAGCAAAACT AAGGACTGAG
TTTAAGTTAA TGCTTCCCGC CTATTCTGAT GAGATGGTCA TCACAGATTA TTATCAGGCG
GTAGCTGATG CGATTACAGC GCAACCTTCA TGGCGGGTGC ATCAAGATAA AATTGGTTTA
GGGCTGTTCT CTTTTGGCAA GTTTCAAATG TACATGGACT TGGACCCTAC AGGCTGGCCG
GAAGGAAAAA AACCATCACA GTTACCTTTG ATTGGCCGCT TATTTCGTGA TGGCTTTCCC
CACGATGCAG AGATCAATCC AGCAGATCTG AATCATCCAG AAAAACTCCA CTTGGTAAAA
GACGCCGATT CCAGCCAGAT TGAAGCAATC TTGGCGATGA AATCTGGCGC GGACCTGATC
ATTCAAGGGC CGCCAGGTAC AGGTAAATCC CAAACTATCA CCAACATTAT TGCCGAAGCG
GTTGCGCTGG GTAAAAAGGT GCTGTTTGTT GCACAAAAAA TGGCAGCACT TGAGGTGGTG
AAAAAACGCC TTGATGAAAC TCATATGGGC TACGCCGTAC TCGAACTACA TAGTCACAAA
AGTACCAAGA AATCTGTGCT TGGTTCTATT GCTGAGTCAC TTGAGCAAGG TCGGCCACAA
ACAGCAAACC GGGAGCAAGA GTTTTCAGAT TTAGCGGAAT CAAAAGCCTC GCTGGATGCT
TATGTGCATG CCATCCGAGC CCCTATTCTG TATAGCGGTA TCAATTACAT TGAAGCGTTG
GGCTCATTGC TGCAATTGAA GACAAAGGAT CCCGACAACT CCTTACCAGC CCTCCCCTTT
AGCTACTTCG AACAATGGAT AGCTGAGGAA TACAGTAATG CGAGGAAACT GGTTACGGAA
TTAGTACAGC AACTAGCACG CATTGGCATA CCTGCAGCGC ATCCATTTGC GATGTCTGGT
CGCACTGACT TTTCACCTGC ATTGCAGCAG GCACTAACCT CTACTTTGGT AGAAATAAGC
CAGTTGCTTA GCCAACTTGA TACGCAAACT CAAACCGTCA GTGTTTTTCT GCAGCTTGAT
AAACCACAAA GCTTGCAACA AGTCGCACCG CTGATTTCAA CAACGAGCTG GCTATCCGAA
GTACCGGATC TTAAAAGCGT TAAAGTAAAT ATCCCCATAT GGGCGTTAGA AAAAAAGCGG
ATCGATAACG GCCTGTCTTG TCTGGCCAAT TTCTTATCAC TCAAAGCCAG CTGCGAACAA
CAATTTATCA CGCAGGCGCT GGATGCCGAT TTGCTGAGTA TCCGCCAAGG CTTGATTGGC
AAAACAGATA AATGGTGGCG TTTCCTGTCG TCCAGCTATC GCCAAGCCAA AGCACAGCTA
GCAGGGCTTT GGCTTGGCGT TCTGCCCGCT TCGTCTACCG ACTGGCTTAC TGCATTAGAT
ACTGCTTTAA CTTACCAAAG CACGAAAAAA GAGCTAACTA GCTACCACCC CCTGTTATCT
GAAGCTTTTG GCGCGCAGTG GCAAGGCGAA TTTTCGGAGC ACAATGAATT AACGCAAATT
CACAGCTGGA TAAACACCTT TTATGCAAAG GTAAACCGTG TTGAATTGTC GCAGTCATTG
GCTGAACTGA TTGATAAAGG CGTTGATAAA AAGCTGCTGC GTGACCAGAC AAACTCACTG
ACAGCGCTTT GTAACGCTAT TGCAGTGCAG GCACAAACGC TGCAAGAGCT GATACAAATC
CCCGACAGCA ATCCAAACCA TGATTTAGCT GCAATGCAAT TTGCGCAACT AAATGCTTTG
TTAGAGGGCT GGAAAAACTC AGCCTTATTT TACGATTTTG CGCGCTACAA CCAGATTATT
AAGGCGTTTG AGCCTTATAA CATCAAGGAC TTCACTAAAC TGGCGTACTC ATGGCATGCA
GCCCCTAACT TGCTAATGAC GGTATTCGAA CTTAGCTATT ATTCTGGTCT GGTTAACAAT
GCCTATGACA GCTCAGAAGC AATACGGCAA TTTGACCGCA ATAAACATGA ACAAAGCCTA
CACGACTTTA AACGTATTGA TGGTAACAGT TTATTTTTCG CCCAAGAGTT TTTAGTAAAC
AGTCTGTACG AGCGCTTGCC GAAGAAAACA GCTAAAGGTG AAATGGAATT AGTACTGCGT
GAGCTAGGTA AGAAAAAACG TCATATTCCT ATTAGGAAAT TGCTGACTGA AGCAGGTAAC
GTGATCCAGC AAGTAAAACC TATTTTTATG ATGAGCCCTA TGTCCATCGC CACCTACCTA
AAACAAGGTG CGTTAGATTT TGACCTGGTG ATTTTTGACG AAGCGAGTCA AATTCCAGCA
CCCGATGCCT TAGGCGCAAT GCTGCGCGGG CAGCAAGTAA TTGTGGTAGG TGACAGTAAG
CAAATGCCAC CAAGCAACCT GTTTGGTAAA GCCGTTGAAC TGGAAGAGGA GGAACTGGAA
AGCAGCGCCA CCGCAGAAAT GGAAAGTATT CTGGCATTAA TGGAAGCCCG TGGTGCGGCA
AGCAAAATGC TGCGCTGGCA CTACCGCTCT CGCCACGATT CACTGATCGC AGTGTCCAAC
GACCAGTTTT ATAAAAACAA GTTAGTGGCC TTTCCAAGCC CAGGCTTTCA CCCCGATGCA
ACAGGGCTGA AGTTTCATTA TTTACCTGAA ACGCATTACG ACAAAGGCAG CTCTCGCACT
AATACAGGCG AAGTAAAAGC TGTGGTTGCA GCAGTACTGA ATCACGCTTT AACTAAACCT
CACCTATCGT TAGGCGTGGT TGCGTTTAGC CTTTCGCAGC GAGATGCTAT CTTGCTTGAG
CTGGAAAAAG AGCGGCGCTT ACAGCCAGAA ACTGACGAAT TCTTTGCACA ACATGCAGGT
GGTGATGAGT TTTTTGTAAA GAACCTGGAG AACGTGCAGG GTGACGAACG CGACGTTATT
TTGATCAGCA TTTGTTACGG CAAAACCAGC ACAGGCCAGC TGAGCCAGAA TTTTGGCCTT
CTGAACAAAC CAGGCGGCGA ACGGCGGTTA AACGTACTGA TTTCACGTGC GCGATTGGCA
ATGGAAGTGT TTGCCAACTT CAAAGGTGAT GAACTGAAAG TTGGCGCAGA CAGCCCTTTT
GGTGTGCGTT CACTGCAAAT CTTTTTGCAG TTTGCCGAAT CAGGCCAATT GAACAAAGCC
TATGAAAAAC AGCAGGAACA AAACTTTGCT TTTGGCGCCC TACTGCATCA GACAATCCAG
CGTTTAGGGT ATCAGGTAGC CACCCGAGTC GGCAGTCAAG GTTATTACAT CGACTTAGCC
ATCAAGCATC CTGAAGACCC CAGTAAATTT GTATTGGCGC TGGAATATGA CGGCGCTGGC
TATTATGGAG CAACTTCGGC ACGCGACCGC GAAAGGTTGC GGCAAAGTGT ACTGGAAGGC
CTTGGCTGGA GCTTTGAACG CATTTGGTCC ACTGACTGGT TTCGAGATCC AGAGGCAGAG
TTACATCGCC TGAAAGTACT CATAGACAAA GCCATAACCC AACATAACGA ACTGATGGTA
ACAATGGCAG CACAAGCCAC TAGCACCAGA CAAGTGAAAC ACAAAGTTGC TGCGCCAGAG
GCCATTGCAA CGCCAATAAT GCGGGTAGAA GAAGAGCAAC CAGAATTTGA AGCCTGCACT
ACGCCCTATA AAAAAGCTGA TGTGTCTAAG CTCAATATTC CGCATGTCGA TGATTTCAGC
GCCATCCCTT TAAGTATGTT GGTGTATGCA GTGGAGCGTA TTGTCGAAAC CGAATACCCA
ATATTCGCTA GCTTAGTGGC CACCCGCTTA GCTAATGCTG CTGGCTTAAC ACGAGTTGGT
GCCAAAATTA AACGCACTGT AGATCAAGCC ATCGAAAGTG CCGTAGCCAA AAGATTGATC
CAGTTAGATA AAGATGAAGT GTTATGGCCG CAAGGCCGCA ACACAGTCAA ATTAAGAAAC
TGGAACAGCA CCGACACAGC CACTCGCAAG CTAGAAAACG TTTGTGATGC AGAACTGACC
AACGCCCTAT TACTCACAGT ACAAGACGCC CACGCCATCA GCGTAACAGA CGCAGCTTCA
GCAGCTTTGG GCTTGTTGGG TTTTCAGCGC GCGACGGCGC AAGCGGCAGA TAGGATGGCT
AAGTTAGCAC AGATACAGTG TGATAAAGGT GTGTTGGTTT GTGAGAATGA GCGGTTGAAA
ATATCAATAG CCAAGCCTTC GTTGCCCTGA
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| Protein sequence | MVVEQQLERA RLELLDMGLR SNPQLNYRSG SKALDIIDEQ SAKIFEMLVE QENTLSFLPL
PEAYQQKIAD SEDEGSFFQT DDESELPPLD LYLEQKKGAA RFTDKYLQTG LVPAKLDKAL
LKLETEAHTM LQEQGVEVLY LALGFLQWNE PTNSSVSRYA PLILIPVQLM RSSARDSFKL
RYTGEELGSN LTLAAKLRTE FKLMLPAYSD EMVITDYYQA VADAITAQPS WRVHQDKIGL
GLFSFGKFQM YMDLDPTGWP EGKKPSQLPL IGRLFRDGFP HDAEINPADL NHPEKLHLVK
DADSSQIEAI LAMKSGADLI IQGPPGTGKS QTITNIIAEA VALGKKVLFV AQKMAALEVV
KKRLDETHMG YAVLELHSHK STKKSVLGSI AESLEQGRPQ TANREQEFSD LAESKASLDA
YVHAIRAPIL YSGINYIEAL GSLLQLKTKD PDNSLPALPF SYFEQWIAEE YSNARKLVTE
LVQQLARIGI PAAHPFAMSG RTDFSPALQQ ALTSTLVEIS QLLSQLDTQT QTVSVFLQLD
KPQSLQQVAP LISTTSWLSE VPDLKSVKVN IPIWALEKKR IDNGLSCLAN FLSLKASCEQ
QFITQALDAD LLSIRQGLIG KTDKWWRFLS SSYRQAKAQL AGLWLGVLPA SSTDWLTALD
TALTYQSTKK ELTSYHPLLS EAFGAQWQGE FSEHNELTQI HSWINTFYAK VNRVELSQSL
AELIDKGVDK KLLRDQTNSL TALCNAIAVQ AQTLQELIQI PDSNPNHDLA AMQFAQLNAL
LEGWKNSALF YDFARYNQII KAFEPYNIKD FTKLAYSWHA APNLLMTVFE LSYYSGLVNN
AYDSSEAIRQ FDRNKHEQSL HDFKRIDGNS LFFAQEFLVN SLYERLPKKT AKGEMELVLR
ELGKKKRHIP IRKLLTEAGN VIQQVKPIFM MSPMSIATYL KQGALDFDLV IFDEASQIPA
PDALGAMLRG QQVIVVGDSK QMPPSNLFGK AVELEEEELE SSATAEMESI LALMEARGAA
SKMLRWHYRS RHDSLIAVSN DQFYKNKLVA FPSPGFHPDA TGLKFHYLPE THYDKGSSRT
NTGEVKAVVA AVLNHALTKP HLSLGVVAFS LSQRDAILLE LEKERRLQPE TDEFFAQHAG
GDEFFVKNLE NVQGDERDVI LISICYGKTS TGQLSQNFGL LNKPGGERRL NVLISRARLA
MEVFANFKGD ELKVGADSPF GVRSLQIFLQ FAESGQLNKA YEKQQEQNFA FGALLHQTIQ
RLGYQVATRV GSQGYYIDLA IKHPEDPSKF VLALEYDGAG YYGATSARDR ERLRQSVLEG
LGWSFERIWS TDWFRDPEAE LHRLKVLIDK AITQHNELMV TMAAQATSTR QVKHKVAAPE
AIATPIMRVE EEQPEFEACT TPYKKADVSK LNIPHVDDFS AIPLSMLVYA VERIVETEYP
IFASLVATRL ANAAGLTRVG AKIKRTVDQA IESAVAKRLI QLDKDEVLWP QGRNTVKLRN
WNSTDTATRK LENVCDAELT NALLLTVQDA HAISVTDAAS AALGLLGFQR ATAQAADRMA
KLAQIQCDKG VLVCENERLK ISIAKPSLP
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