| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_4307 |
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| Symbol | |
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| ID | 4476081 |
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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_008573 |
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| Strand | - |
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| Start bp | 195317 |
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| End bp | 198304 |
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| Gene Length | 2988 bp |
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| Protein Length | 995 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 639720664 |
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| Product | transposase Tn3 family protein |
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| Protein accession | YP_863822 |
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| Protein GI | 117676246 |
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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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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | 28 |
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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 | ATGGCCGCTA TCTATCAGAC AGCTTATCCA CGAATTAAAT CTGATATCAC CGAAAATGAG
TTAGGGGATG TCTATACACC TACGCAGGAA GATCAGAAGT TTGCACTGCG TCACTGTAAA
CGAACCAGCA CATCCTTTTT GGGGCTCCTG ATTCAGCTAA AAATCACGCA GCGATTGGGC
CGGTTCGTAA ACCTGGATGA AATACCAAAG GTGATCATCA CGCACATTAA AAATCAGTGC
CGTTCGCGGG TGACACTGAA GGATCTCCAA ACCTATTACA CATCGGGCGC GAAGGATCGT
CACGTAAAGC TGATTCGGCG CCATCTTAAT ATAAAAGCCT ACGATGCGGC CAAGACCTCT
GAATTGGCAC AGATTTGGGC ACTTGAGGCA GCGACTACCA AAGAAGCATT ACCGGATATC
ATCAATGTCA CGTTGGAATA TTTGGTCAAA GAGCGATACG AGTTACCGGC GTTCAGTGTA
CTTGAGCGGA TATGTCAGGC GGCCAGGGCC GAAGTCAACA CTCGGTATTA CGATCAATTG
TGTGGCTTTT TAGAGTCTGA AAGTCGCCAA TGCATCAACG ATATTCTTCG ATCTAGCACA
GGACTGAATG GTTTTGGTTG GAGCACGCTG AAAAATGAAC CCAAACGCCC GACCCCTCGC
AATATCCATG CGTACATCCA ATACCTGGAA TGGCTTACAT CCCTGCAAAC ACTTTTGCCC
ACGGATTTGG GGTTGCCGCC AGTTAAACAC CAGCAGTTTA TCAACGAGGC CAAGGCCCTG
GATTACGCCG AATTGATGAA ACTAAAGCTG AACAAGCGAC TCGCACTCGT CATCGTTTTA
ATCCGGCACC AATACGCACA AACACTGGAT AACGCCGCCG ATATTTTTAT CAAGATGTTG
TTAAAAATGG ATCGCTCGGC GCAGAAGCTG TTGGAGAAGT ACCTTGCAGA CCATCAAAAG
CAAACCGATC ATTTGATTTC TGTGTTGTCT GGGACGGTCA AGGTGTATCT TGATAAACCC
GATTCGGAGG CAGCTTTTGT TCCGATACTG GGAAAGAACA GTGATCAGCT AATGCAAATG
TGCGAACAAT ATATGGCATT CGCAGGCAAC AACTATTTGC CGTTTATGGT TCGACTCTAT
AAAAAGCAAC GATCCACCTT GTTTCGTACG ATTGAAATAC TCAACCTGGC ATCGGCCACG
GAAGACAAGG ACTTGCTCAA TGCGTTCCAG TTTATTTTGA CGCACAAAAA GCGTCGCACG
GAGTTCCTGT CAATTCAAAG CGATCCGAAC GATCCCTCTT CCAGAAATGT CATTAATATT
CGCTGGATTC GCGAAAGCTG GTGGAAATTA GTCACGGGAA AATCAACCAA ATCAGCACAG
GTGTCGGAGG TTAATAAAAC CTGTTTTGAG CTGTGTGTGT TTGAACGGAT CGCTGAAGAA
CTAAGTACCG GTGACTTGTT CATTCCCTAC AGTGAAACCT TCGATGATTA CCGGGAGCAG
ATGATCACCT GGGAAGAATA CGAAGCGCAG TTGCCTACCT ATTGCGAGGA GGTAGGGCTC
GTCGCCGGTG ATACTGAATT TACAACAACG CTGAAGAAGT CCATGGAAAC GAGCTGCCGG
AAAGCTGACA GCCAATTCCC GGAGGACGAA CTGGTTCGTA TTGAAAACGG GAATCTGATT
ATCGGTAAAC CAAAGCCTGA TCAACCCTTA CCTGAAGTCG AAGAAATTGG AGCGCTTTTG
CGCGATCGGT TGGACAAAAT CAACCTGCTT GATGTGATTA TCAATGTCGA AAAGTGGCTG
AACCTGAATA AACATTTTGG CCCGTTGTCG GGCTTCGAAT CACGTATCAG CGACCCGGAG
TTACGTTTTG TCCTGACCGT GTTTTGTTAC GGTACCAACA TTGGTCCCAC CGAAACCGTG
CGATCTGTGC AGGGCGTTTC TCGCAAGCAA GTCGCCTGGC TTAACTTAAA ACGCACGACG
GAAGCGCGTC TCGATAAAGC TATTGCGAAG ATCAATAGCG AGTATAAGAA ATACCGGCTC
ATTGAGTGTT GGGGAGCAGG CAGCAGTGTG TCCGCTGATG GAAAGCTTTG GGATCTCTAC
GAAGATAATT TGCTATCTGA ATACCATATT CGGTATGGCA GCTATGGCGG CATTGCCTAT
TACCACGTCT CGGACACCTA TATTGCATTG TTCAGCCGGT TTATTCCCTG CGGTGTCTAC
GAGGCGATTT ATATCTTGGA CGGCCTACTC AACGATGAAT CTGATTTTAA TCCGGACACC
GTTCACGGCG ATACACAGGC GCAATCCACA CCCGTCTTTG GCCTGGCGTA CTTGCTGGGC
ATAAAGCTCA TGCCCCGTAT CCGAAATATC AAAGATCTCA GCTTTTATAA GCCTGATCGC
TCCATGGTAC TCAAGCATAT TCAGTCTTTG TTCAAGGAGC CGATCAAGTG GGATCTCATT
GAAAAGCACT ATGCGGATAT GATGCGAACG GCCATGTCAG TTAAAGCAGG GAAAATCACC
GCTTCGACAA TCCTGCGCCG GTTCGGCACC AAGAACCGGA AAAACAAGCT GTACTTTGCG
TTCCGTGAAC TCGGGCGCGT GGTCAGAACC ATGTTTTTGC TGGAATACAT TACCGACGTT
GATCTGCGCA AAACAATCCA GGCAGCGACC TGTAAGAGCG AAGAGTTCAA TGAGTTTGCC
CGGTGGTTGT TTTTTGCTAA TGGCGGGAAA ATTCCTGCAA ACTTGAGACA CGAACAAAGC
AAAATCGTTA AATACAATCA TTTGCTGGCC AACTTCGCGA TCTTATACAA CGTAAACGCG
ATGACCGAAG TGTTCAATCA ATTGAAGTCG GAAGGGTACA ATATTACCCG CGACATTATG
GCCGAATTCT CACCGTATCA TACCGAGCAT TTGGGGCGGC TAGGAAGTTT TGAGCTGGAT
CTAACCAAGC AGGTTAAGCC CATGACTTTT GAACTGCTGG TTGATTAA
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| Protein sequence | MAAIYQTAYP RIKSDITENE LGDVYTPTQE DQKFALRHCK RTSTSFLGLL IQLKITQRLG
RFVNLDEIPK VIITHIKNQC RSRVTLKDLQ TYYTSGAKDR HVKLIRRHLN IKAYDAAKTS
ELAQIWALEA ATTKEALPDI INVTLEYLVK ERYELPAFSV LERICQAARA EVNTRYYDQL
CGFLESESRQ CINDILRSST GLNGFGWSTL KNEPKRPTPR NIHAYIQYLE WLTSLQTLLP
TDLGLPPVKH QQFINEAKAL DYAELMKLKL NKRLALVIVL IRHQYAQTLD NAADIFIKML
LKMDRSAQKL LEKYLADHQK QTDHLISVLS GTVKVYLDKP DSEAAFVPIL GKNSDQLMQM
CEQYMAFAGN NYLPFMVRLY KKQRSTLFRT IEILNLASAT EDKDLLNAFQ FILTHKKRRT
EFLSIQSDPN DPSSRNVINI RWIRESWWKL VTGKSTKSAQ VSEVNKTCFE LCVFERIAEE
LSTGDLFIPY SETFDDYREQ MITWEEYEAQ LPTYCEEVGL VAGDTEFTTT LKKSMETSCR
KADSQFPEDE LVRIENGNLI IGKPKPDQPL PEVEEIGALL RDRLDKINLL DVIINVEKWL
NLNKHFGPLS GFESRISDPE LRFVLTVFCY GTNIGPTETV RSVQGVSRKQ VAWLNLKRTT
EARLDKAIAK INSEYKKYRL IECWGAGSSV SADGKLWDLY EDNLLSEYHI RYGSYGGIAY
YHVSDTYIAL FSRFIPCGVY EAIYILDGLL NDESDFNPDT VHGDTQAQST PVFGLAYLLG
IKLMPRIRNI KDLSFYKPDR SMVLKHIQSL FKEPIKWDLI EKHYADMMRT AMSVKAGKIT
ASTILRRFGT KNRKNKLYFA FRELGRVVRT MFLLEYITDV DLRKTIQAAT CKSEEFNEFA
RWLFFANGGK IPANLRHEQS KIVKYNHLLA NFAILYNVNA MTEVFNQLKS EGYNITRDIM
AEFSPYHTEH LGRLGSFELD LTKQVKPMTF ELLVD
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