| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal223_4353 |
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| Symbol | |
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| ID | 7090140 |
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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 OS223 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011664 |
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| Strand | + |
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| Start bp | 21836 |
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| End bp | 24868 |
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| Gene Length | 3033 bp |
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| Protein Length | 1010 aa |
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| Translation table | 11 |
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| GC content | 56% |
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| IMG OID | 643463225 |
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| Product | transposase Tn3 family protein |
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| Protein accession | YP_002360237 |
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| Protein GI | 217975567 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG4644] Transposase and inactivated derivatives, TnpA family |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 22 |
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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 | 55 |
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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 | ATGGCGATTG CTAGAAGCGA GCGACTAACA GTTCTGTCGG ATGCCGAGCA GGAGGCGCTA
TATGGCTTGC CGGACTTTGA CGATGCGCAG CGGCTGGAAT ACCTGGCCTT GACCGAAAAT
GAGCTGGCGC TCGCCAGCAG CCGACCAAGC ATCCATGCTC AGCTCTATTG CATCCTGCAG
ATTGGTTACT TCAAAGCCAA GAACGATTTC TTCCGTTTCC ACTGGCGTGA CGTCGAGGAT
GATTGCGCTT TCGTGCTCAG CCGATATTTT CAAGGTGAGG CATTCGAGGC CAAGCAGATC
TCCAAACACG AGCACTACAG CCAGCGAGGT AAAATTGCCG CGCTATTTGG CTACCAGCCG
TGGGCCTCCA GCTACCTGCC ATCACTTGAG CAACAGGCCT CACTGATCGT GCGGCGCGAC
GTGACGCCCA GCTTTGTGGC CGCTGAGCTG ATCGTCTGGC TCAACGAACA CAAGATCATT
CGTCCCGGCT ATACCACCCT GCAAGCGTTG GTCAGCGAAG TCCTGTCAGT CGAACGTCGA
CGACTGGGAG CCCTGCTAGC ACAGGTGTTG GATGAACCGG CCAAGACTGC GCTGAGCCAG
CTCCTGGTGC GCGACGATAC GTTGTCACAA CTGGCGGCAC TCAAGCAAGA CGCCAAGGAT
TTCGGGTGGC GTCAGATGGC CAGAGAGCGT GAGAAACGTG CCCTGCTGGC GCCGTTGCAC
GAGATTGCCA AGGGGTTGCT GCCCAAACTG GGGATCTCTC AACAGAACCT GTTGTATTAC
GCGAGTCTGG CTAACTTCTA TACCGTCCAT GATTTGCGCA ACTTGAAGGC AGAACAGACC
CAGCTCTACC TGTTGTGCTA TGCCTGGGTA CGCTATCGGC AGCTCAGCGA TAACCTGGTC
GATGCGATGG CGTTCCACAT GGATCAACTT GATCACGAAA ACCGAGCAGG AGCCAGGGAC
ACTTTCGCAG AGGAACAGGT CAAACGGCAT CAGGAAACGC CCCAGGTTGG TCGCTTGCTG
TCCCTGTACG TGGACGACAG TGTTGCGGAT CCGACGCCAT TCGGCGAGGT ACGCCAACGA
GCCTACAAGA TCATGGCCAA AGACGTGCTG CAAAACACGG CGCAGCGCAT GAGCGTCAAG
CCACTGAATA AACTGACATT GCACTGGCAG GCGGTGGATG GCCAAGCCAA ACGTATCCGT
CGTCATCTCA GACCTTTGTT TGTTGCGCTG CAGTTCGCCG CCACCGATCC GGACAGCCAG
TGGCTGGCGG CACTGACCTG GGCCAAAAGC GTGTTTGCCA AGCAGCAGCG CCTGTCACAA
CGACCACTCG CTGAATGCCC GGTAGCCACA CTCCCCAAAC GCTTGCGGCC CTACCTGCTG
ACCTTTGATG CGGATGGTGA GCCGACAGGG CTACATGCTG ACCGCTACGA GTTCTGGTTG
TACCACCAAG TCAAAAAACG CTTCCAGTCT GGCGAGCTCT ATCTCGATGA CAGTTTGCAG
CACCGGCATT TCTCTGATGA GTTGGTGTCT ATGGAAGAGC ACGCCCAGGA GCTGGCACAG
ATGGACATCC CGTTTCTGCG CCAACCGATT GAAACACAGC TCGATGTCTT GGCCACCGAG
CTGCACAGGC AATGGCAGGC ATTCAACCGT GAACTGAAAC AGGGCAAGCT GACACACCTC
GAATACGACA AAGATGCGCA AAAACTGACC TGGCGCAAGC CCAAGAGGGA AAACCAAAAG
GCGCGGGAAC ATACGTTTTA CGAGCAATTA CCGTACTGCG ATGTCGCCGA TGTGTTCCGC
TTCGTCAACA ACCAGTGTCA GTTCCTATCG GCACTGACTC CGCTGCAACC ACGTTACGCC
AAGAAGGTGG CTGATACCGA CAGCCTGATT GCGGTCATCA TCGCCCAGGC CATGAACCAC
GGTAACCTGG TCATGGCGCG TACCAGCGAT ATTCCATACC ACATCCTGGA GAGCGCATAT
CAGCAGTACC TGCGGCAAGC ATCGCTACAC GAGGCCAATG ACTTCATCAG CAATGCCATT
GCTGCGCTGC CTATCTTCCC GTATTACTCG TTCGACCTCG ATGTGCTGTA CGGCGCTGTC
GATGGGCAGA AATTCAGCGT TGAGCGGCCA ACCGTGAAGG CGCGCTACTC GCGCAAGTAC
TTCGGGCGCG GCAAGGGTGT GGTGGCCTAT ACGCTCTTGT GTAACCACAT CCCGTTGAAC
GGCTACCTGA TTGGTGCCCA TGATTACGAG GCCCACCATG TGTTCGACAT CTGGTATCGC
AATACCTCTG ACATTGTGCC AGAGGTCATT ACTGGCGACA TGCACAGTAT TAACAAGGCC
AATTTCGCTA TTCTGCACTG GTTCGGGCGG CGTTTCGAAC CACGCTATAC CGACCTCAAC
CACCAGTTGC AGGCGTTGTA TTGTGTGGGC GACCCGGCGC GATACGAGAA GTGCCTGATC
CAGCCAGTTG GCCAAATAGA TAGGCAGTTG ATTGTCAGCG AAAAGGCGAA CATTGATCGG
ATCATCGCCA CACTGGGTTT GAAGGAGATG ACGCAGGGAA CGTTGATCCG CAAACTGTGC
ACCTACACCG CGCCAAACCC AACGCGGCGG GCCATCTTCG AGTTTGATAA GCTCGTGCGC
AGCATCTACA CGCTACGCTA CCTGCGCGAC CCCCAATTGG AACGTAACGT ACATCGCTCA
CAAAACCGGA TTGAGTCATA CCATCAGCTA CGTTCAAGTA TTGCGCAGGT GGGGGGCAAG
AAAGAATTGA CTGGGCGGAC CGACATTGAG ATCGAGATCA GCAACCAGTG CGCCAGGCTG
ATCGCCAACG CAGTCATCTA CTACAACTCG GCAATCCTGT CGCGGTTGCT AACGAAGTGC
GAAGCGGCAG GTAACGCCAA GGCCATCTCG GCGCTCACCC AAATATCGCC GGCAGCCTGG
CGGCACATTT TGCTGAACGG GCATTATACC TTTCAGAGTG ACGGTAAGGT GATTGACCTG
GACACGCTTG TGGCTGGGGT TGAACTGGTA TGA
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| Protein sequence | MAIARSERLT VLSDAEQEAL YGLPDFDDAQ RLEYLALTEN ELALASSRPS IHAQLYCILQ
IGYFKAKNDF FRFHWRDVED DCAFVLSRYF QGEAFEAKQI SKHEHYSQRG KIAALFGYQP
WASSYLPSLE QQASLIVRRD VTPSFVAAEL IVWLNEHKII RPGYTTLQAL VSEVLSVERR
RLGALLAQVL DEPAKTALSQ LLVRDDTLSQ LAALKQDAKD FGWRQMARER EKRALLAPLH
EIAKGLLPKL GISQQNLLYY ASLANFYTVH DLRNLKAEQT QLYLLCYAWV RYRQLSDNLV
DAMAFHMDQL DHENRAGARD TFAEEQVKRH QETPQVGRLL SLYVDDSVAD PTPFGEVRQR
AYKIMAKDVL QNTAQRMSVK PLNKLTLHWQ AVDGQAKRIR RHLRPLFVAL QFAATDPDSQ
WLAALTWAKS VFAKQQRLSQ RPLAECPVAT LPKRLRPYLL TFDADGEPTG LHADRYEFWL
YHQVKKRFQS GELYLDDSLQ HRHFSDELVS MEEHAQELAQ MDIPFLRQPI ETQLDVLATE
LHRQWQAFNR ELKQGKLTHL EYDKDAQKLT WRKPKRENQK AREHTFYEQL PYCDVADVFR
FVNNQCQFLS ALTPLQPRYA KKVADTDSLI AVIIAQAMNH GNLVMARTSD IPYHILESAY
QQYLRQASLH EANDFISNAI AALPIFPYYS FDLDVLYGAV DGQKFSVERP TVKARYSRKY
FGRGKGVVAY TLLCNHIPLN GYLIGAHDYE AHHVFDIWYR NTSDIVPEVI TGDMHSINKA
NFAILHWFGR RFEPRYTDLN HQLQALYCVG DPARYEKCLI QPVGQIDRQL IVSEKANIDR
IIATLGLKEM TQGTLIRKLC TYTAPNPTRR AIFEFDKLVR SIYTLRYLRD PQLERNVHRS
QNRIESYHQL RSSIAQVGGK KELTGRTDIE IEISNQCARL IANAVIYYNS AILSRLLTKC
EAAGNAKAIS ALTQISPAAW RHILLNGHYT FQSDGKVIDL DTLVAGVELV
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