| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal195_4668 |
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| Symbol | |
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| ID | 5756503 |
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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_010000 |
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| Strand | + |
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| Start bp | 230 |
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| End bp | 3463 |
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| Gene Length | 3234 bp |
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| Protein Length | 1077 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 641291025 |
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| Product | hypothetical protein |
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| Protein accession | YP_001557083 |
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| Protein GI | 160873078 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG4227] Antirestriction protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGAGTAAAC CCTTTCATGA GTTGGTCGCG GAACGACTCA TCGAGCAGTT AGAGAAAGGC
ACCGCCCCTT GGCAAAAACC ATGGACACCT GGACAAAGTG CCACGTCATT ACCTTACAAT
CCCAAAAGTG GAAAGCGCTA TAAAGGCATT AATACCCTTA ATTTAATGGC GCAAGGTTAT
GATGACCCGC GCTGGATGAC ATACGAACAA GCCAAAACGA TTAATGCTCA AGTCATGAAA
GGTGAGCGCA GTACACCAGT ACAATACTGG AAGTTTAAAG AAGAACATAA GGTATTAGAC
AGTAACGGTC AGCCCGTTCT TGACGCCAAC GGGCAACCTA AAATTGAAAT TGTGCCATTA
GAACGCCCAA AAGTGTTTTT TGCACGGGTA TTCAACGCAC AACAAATTGA CGGATTACCC
CCACTCGATA TTCCGCCACA AACCCAAGAA CAAAGCTGGG ATGCCATCCG TCGAGTTGAA
GATATTCTTA AAGCGTCTGC AGCCAACATA CACCACGTAT CCCAAGATAA AGCGTTCTAC
CGCCCCAGCA CAGACAGTAT TCACCTCCCA GAAAAAAATC AGTTCTCAGA AGCGAGTCAA
TATTATGCGA CCGCGCTACA TGAACTAGGT CATTGGACGG GCCATCCTAC GCGACTAAAC
AGAGATTTAT CTCATCCCTT TGGTAGTCAA GGATATGCAA AAGAGGAACT TCGCGCCGAA
ATATCATCAA TGATTTTAGG TGAGGAATTG GGGATTGGTC ATAACCCTGA GCAGCATGCC
GCTTATGTCA AAAGCTGGAT TAGTGTATTG AAAGAAGACC CGCTCGAAAT TTTCAGAGCG
GCGTCAGACG CTGAAAAAAT ACAATCTTTA GTATTGAGTT ACGAGCAGCA ACAAACCCTC
GTGACAGCGT TAGAAGATAC CTTAAGCTTA GAAGCGTTTG AATCATGGCG TAACTATCGA
TATATAGCAG AGGAATTAGG CTTAAAAGCG GAGTTGATAA CAAATGATAA CCGCAATGAA
GCTACCCCTG ACTATAAAAT CACTTACACC TTAAACAACA TTCCTCAGAC TTTCCATACT
GAGTTATTTG GCCATCAGGG GACGGCGGCA ACCTACCAAA GTAATCAACC GGTATGGGGT
GATCACTTCA GTGACAAAGA TAACGAATGG GTAAGCTCTC CCGAACTACA AGCTGACGCA
CTTGAAACCG CATTTCGCCG TATGGTACTC GCTTACGTTG ACACTGAGAT CTCAAAACTA
TCACTTGAGG CACCAGATAT TGAGGCCGAA AATCTCACAA GATTATCGGT GGCCATGTCT
GCAGTGAATG ATGGCCATTT ACCAGCAACA GCATTAAACA TCGTCGGTCA CTCACCGGCA
TTTTTATCGC AAATTGAGAA TGGCCTGACG ATCAGCCCAA AGTGGAACGG TGATACTTTC
ATCGTTAAAC CTAATCAGGG TAAAGAATCC GAGGACGCCC GATTTTATAA TGATTCTGAC
CGCTATATGT TGATGTTAAG CGAATCGAAA TCAGGAAAAG TGTGGAATAC TGCGGCAAAT
TTCAACACAT TACATGAAGC ACAAACTGTT GAGACGCTTC TCAAAACGGC TTATTCACTT
TCTCAGGAAA AGGCAGTTAA CATGAGCACA CCCCAAGTAG ATACCCCCCA GAATAAAGTT
TTCCTAAGCG TCCCTCATAG CGAAAAAGAG CAAGCCAAAG CCCTTGGAGC CAAGTGGGAC
AGACAACATA AACACTGGTA CACCTTTGAA TCTGAGTTAA TAAAATTTAA CGGCCAGTGG
CCAATAGTGA AGATTGAACC TAAAGTCGAA ACGAAGCTAT ATCTTGCCGT ACCTTATGCA
GAGAAAACGC AAGCTAAAGC GCTAGGAGCG CAATGGGATA AGCAGCAAAA ATCTTGGTAT
ATCGAACCTG GTATAGATAA AAAGTTATTC AACAAATGGT TGCCAGAAAA TAGACCTGCA
GAACAAGCTC CGGCAATCAA TCCACGGGAT GAATTAGCTT TAGTCATGAA AGAGATGGGC
TTTGAGCTCA GTGGTGATCA CCCGATTATG GATGGCGAGA AACATCGATG TCGATTAACG
ACCGATAAAG GCTCCATTAG TGATAAGAGC GGCAGCGGTA TGTATGTCAC GTTTACTGAC
GGGATACCCG CCGCTTATCT ATCCAATAAT CGGACAGGTG AAACGCAAAA TTGGTCATCA
AAAGGTTATG TTATCAGTGA TGCAGAAAAA GCCGCACTAC GGGCCGATTC AGCGAGAAAG
GTCCAAGCTC GGGAACAAGC TCAAGCCGAA GAACGTCAAT CTGTCGCTAC TGGTATTCAA
AATTTATTGG AGGTCTGTAG TATTCCGCTT GGAAATGAAA AGTACCTGAC CAATAAACAA
GCTCAAGTGG GTAATTTGTT ATTGGTGCCA CCACCAGACG CATTAAAAGA TGATCCTAAA
GTGCTAATTG GGGCAAATTG GAAAGAAAGC AAAACACTAC GTGAGGAGAA TCCATACCAC
ATTGTGTTTA CTGCAGGTGA AATTCTTATC CCCGCTTATG ATGCTCAAGG TAATATTTTG
ACCGCACAAA CGATTCAATC CAATGGTACA AAGATGTTCC CCAAAGGTTC ATCTAAAACA
GGGGCATTCC ATGTCGTAGG CGGCGATTTA AGCGCACTCG CTAAAGCACC CACGTTAATT
ATTGCAGAGG GGTACGCGAC TGCAGATACA GTGAGTGAAG CAGCTGCTCA ACCTGTGGTT
TCTGCATTTG ATGCTTCCAA CATGATTGCC GTGGCTAAAT CATTACGTGA AAAATATCCC
GATAAACCAA TCCTCATTGC CGGCGACGAT GATGCTCACT TAGTGATGAC TGAAGGTAAG
AACGTCGGCA GAGATAAAGC GATTGCAGCG GCAGAAGCGG TTAATGGAAT AGCCATATTC
CCGATTTTCG CCCCAAAAGA GCAACACTAT CCACCTGAGT TACCGATAGT CACACCGAGT
GCCTGGCGTG AAAACAACGT ATCCATAGAA CAAACTCAAG CGATTAATAG CATGAAGGGA
TTCACTGACT TTAATGATAT TAAAGTCAAA AGTGTTTTAG GCATTGATGG TGTGAAACTG
CAAGTAAAAA CAGCCATTAA GCAGTTGATT AAAAATCATA AATTACAGAA GGAACTAGAG
CAATCACAAG TCATTGACCA AGTTAAAAAG ACAGCTAGAG TGAATTCGAT ATGA
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| Protein sequence | MSKPFHELVA ERLIEQLEKG TAPWQKPWTP GQSATSLPYN PKSGKRYKGI NTLNLMAQGY
DDPRWMTYEQ AKTINAQVMK GERSTPVQYW KFKEEHKVLD SNGQPVLDAN GQPKIEIVPL
ERPKVFFARV FNAQQIDGLP PLDIPPQTQE QSWDAIRRVE DILKASAANI HHVSQDKAFY
RPSTDSIHLP EKNQFSEASQ YYATALHELG HWTGHPTRLN RDLSHPFGSQ GYAKEELRAE
ISSMILGEEL GIGHNPEQHA AYVKSWISVL KEDPLEIFRA ASDAEKIQSL VLSYEQQQTL
VTALEDTLSL EAFESWRNYR YIAEELGLKA ELITNDNRNE ATPDYKITYT LNNIPQTFHT
ELFGHQGTAA TYQSNQPVWG DHFSDKDNEW VSSPELQADA LETAFRRMVL AYVDTEISKL
SLEAPDIEAE NLTRLSVAMS AVNDGHLPAT ALNIVGHSPA FLSQIENGLT ISPKWNGDTF
IVKPNQGKES EDARFYNDSD RYMLMLSESK SGKVWNTAAN FNTLHEAQTV ETLLKTAYSL
SQEKAVNMST PQVDTPQNKV FLSVPHSEKE QAKALGAKWD RQHKHWYTFE SELIKFNGQW
PIVKIEPKVE TKLYLAVPYA EKTQAKALGA QWDKQQKSWY IEPGIDKKLF NKWLPENRPA
EQAPAINPRD ELALVMKEMG FELSGDHPIM DGEKHRCRLT TDKGSISDKS GSGMYVTFTD
GIPAAYLSNN RTGETQNWSS KGYVISDAEK AALRADSARK VQAREQAQAE ERQSVATGIQ
NLLEVCSIPL GNEKYLTNKQ AQVGNLLLVP PPDALKDDPK VLIGANWKES KTLREENPYH
IVFTAGEILI PAYDAQGNIL TAQTIQSNGT KMFPKGSSKT GAFHVVGGDL SALAKAPTLI
IAEGYATADT VSEAAAQPVV SAFDASNMIA VAKSLREKYP DKPILIAGDD DAHLVMTEGK
NVGRDKAIAA AEAVNGIAIF PIFAPKEQHY PPELPIVTPS AWRENNVSIE QTQAINSMKG
FTDFNDIKVK SVLGIDGVKL QVKTAIKQLI KNHKLQKELE QSQVIDQVKK TARVNSI
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