| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_1508 |
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| Symbol | |
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| ID | 5661905 |
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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 pealeana ATCC 700345 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009901 |
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| Strand | + |
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| Start bp | 1827540 |
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| End bp | 1830386 |
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| Gene Length | 2847 bp |
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| Protein Length | 948 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 641236096 |
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| Product | DNA polymerase III, subunits gamma and tau |
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| Protein accession | YP_001501368 |
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| Protein GI | 157961334 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG2812] DNA polymerase III, gamma/tau subunits |
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| TIGRFAM ID | [TIGR00678] DNA polymerase III, delta' subunit
[TIGR02397] DNA polymerase III, subunit gamma and tau |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.00000466847 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | ATGTCATATC AGGTGTTGGC CAGAAAATGG CGCCCTGCCA CTTTTGAGCA AATGGTTGGT
CAATCTCATG TTTTACATGC ATTAACCAAT GCGCTTACTC AGCAAAGATT GCACCATGCT
TATCTGTTTT CCGGTACTCG CGGTGTGGGT AAAACCAGTC TTGCACGTCT TTTTGCTAAG
GGTTTAAACT GCGAACAAGG TGTCACAGCC ACGCCATGTG GCCAATGTTC AGCGTGCGTT
GAAATTGCCG AAGGCCGTTT TGTCGACTTG ATTGAAGTAG ATGCCGCCTC AAGAACTAAA
GTCGATGACA CCCGAGAACT GCTCGATAAC GTGCAGTATA GACCGAGCCG TGGTCGCTAT
AAGGTGTACC TAATCGATGA AGTGCACATG CTTTCTCGCA GCAGTTTTAA TGCCTTGCTT
AAGACGCTTG AAGAACCCCC TGAGCACGTA AAATTCTTAC TGGCGACAAC CGATCCACAG
CGCTTGCCTG TGACGGTTCT CTCTCGTTGT TTACAGTTTA ATCTTAAGAG TCTGACTCAA
GATGAGATTG GCGCGCAGCT AAACCATATT TTAACGGCAG AGCAACTGAC TTTTGAAGAG
TCAGCTTTAA CCTTGCTTGC TAAAGCGGCG AACGGCAGTA TGCGTGATGC CTTGAGCTTG
ACCGATCAAG CCATTGCATT CGGTGCCGGA CAAGTCAAAC TTGAGCAAGT GCAAACCATG
CTCGGTAGCA TCGATGAAAA GCATGTTATT GCACTGCTTG AAGCACTCGC TAAAGCCGAT
GTGATGGACT TGATGCGAGT GACGGCCAAA GTGCTGTCAT TTGGCGCAGA ACCAGAAGAG
GTACTGCGCA GCTTACTTGA GTTGTTGCAC CAAATTACCT TAACTCAATT TGCACCAGCA
GCCGCGCAAA TGTCACTGTA TAGCGAGCAG ATAAAAGCGT TTGCACAGCA GCTATCAGCA
GAGCAGGTAC AGCTTTACTA TCAGTTGCTA CTGACAGGGC GTAAAGACTT ACCCCATGCG
CCTGATCCAA AGTCAGGACT CGAAATGGCA CTGCTTCGAG CGGTGACCTT CGTACCAGAA
AAGCCTGTGA CGCGCTGGGC AGTGGAGTCG AAAGCTGAGG TGAGTATACC GAAAGCCGAT
AAGACTCAAG CTTTAGCCGC TCAAGCTGCT GTAGCTGTTG CGCCAGTTAA TCCAGTATCA
ACAAGTCACG CTCAAGCGGC GGTAGACTCA GCTCCTGCTG CTTTAAACCC AGTAGTCTCA
ACTTCGGCGA ACGCTTCAGC TCATGTGACG GAGCCGAACA GCGAGCAATT AGCCCAAGAT
AGTGCGGCGT TAGAAGAGCC TGATGCAAGC CTTAACAGCG AGATGGCCAT GATAATGAGC
CAGGCTCAGA GTCAGGGCTT TAATCAAGCT GAAATGACGA CAGTGGTTGA TACAGAGGTA
GCTACCGCAG ATGTTCCTGA AGTAGCTGAT AATGTTGAAA AGGCGAGTGA GACTTCAACA
CTAAAAGAGC CTTCAGCGCA ATTAGAGTCT TCACTTCAGG TTGAGCCTTC AGCTCAATCA
GCTCAATCAG AGCATTCACA TCAAGCAAAG TCTGAGCCTC AAAGTCTTAC TGAGACTGAG
ACTACTCCAG CTCCTGAATT TAAGTCTGAG TCTGAGAATT TTACAGCCAG AGAACAAGAT
AGCACTTCCA GCGATAACGC GAGCTATGCA GATTACAGCG ATGATGATTT AGCATCATAT
GCCGATTATG CCGGAGCCTT CGATGGCTCT AGCCATGATT ACAGTTTCGA TAATGGTAAC
GATCTCAGTT ATCAGGTCAA TCAAGACCCA TCTGCGCTAT CTCAAGGTGA TGAAGCCGTT
GAGCAGACTC AATCAGCGAC TTTGCCTGTT AGCTCAACGA CCGATGCAAG TTCTGTTTCG
AGTGATGACA TTTTGGACGC AGTGCTAGCA GCCAGAGCCA GTTTACTCGA TGGACTAGGA
GAGGATGATC CTAAGGAGGA ATCCTCAAAA AAGTCTTTAG AGGTTCGTAA ACCTTTTTCA
CCTCCGGCGC GAAAGCAGCC TGATGTAAAG AGTAGCGATA TCTCTTCGCC TGATAGCCTT
GAATCTAGAG AAGATCAAAT TCAGGATCTA GCTGAGGACA ATGAGTCTGA AATTATCGAC
AGGCCGCCTT GGGAAGAGCC CCACGAGCAG GATCCTTGTG CGCGATTTGA TGACCCGAAT
GCTGAGACCC AGGTCAGTGA GGCTAAAACC ACACATGAAG AAGTAAAGCA TGCCGAATTT
AATTCTGAGC AAGATGAGGC GAGGGCTGAG CAAACAGCAG TTGATTCATC TCCTGTTCAG
GATGCTGAGC TAAACTTACC AGTATTACCC AGTGGTGAAT TGACAGGAAA TGAAGTGGAC
CTTAAATGGT ATCGCTTTAT GTCAGAGCTT GAAGTTGGCG GCCGAGTGCG TCAGTTGGCG
GTGAACTCAG TCTGCCATCA GTTTGCGCAA CCCTTGTCAC TCTTGCTTAA ACCCGATCAG
AAGCATTTAG CTGCGGATGT GGCTATTAAG CAGTTAGAAG AGGCTATGAG TGACTCTCTA
GGTGAGCAAT GCAGTGTGAG TGTGACAGTT GGCGCCGATC ACGATAGAGA AACGCCACTT
GAAGTCAGGC GACGCTTCAA CAAAGAGATC TTAGTGCAGG CACATCACGA TCTTATGACC
GATGATAATG TGCGCTGGCT AACCCAGAAT ATGGGGGCTC AGATGACGGA CGATTCGTTA
ACTTATGCAC CAGAGCTATT AGTACAGAAA GGAAAACAGA TTGAGTTGAT CGATATTGCG
AACTTTAAGC GGTTAACTGA GTCATAA
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| Protein sequence | MSYQVLARKW RPATFEQMVG QSHVLHALTN ALTQQRLHHA YLFSGTRGVG KTSLARLFAK
GLNCEQGVTA TPCGQCSACV EIAEGRFVDL IEVDAASRTK VDDTRELLDN VQYRPSRGRY
KVYLIDEVHM LSRSSFNALL KTLEEPPEHV KFLLATTDPQ RLPVTVLSRC LQFNLKSLTQ
DEIGAQLNHI LTAEQLTFEE SALTLLAKAA NGSMRDALSL TDQAIAFGAG QVKLEQVQTM
LGSIDEKHVI ALLEALAKAD VMDLMRVTAK VLSFGAEPEE VLRSLLELLH QITLTQFAPA
AAQMSLYSEQ IKAFAQQLSA EQVQLYYQLL LTGRKDLPHA PDPKSGLEMA LLRAVTFVPE
KPVTRWAVES KAEVSIPKAD KTQALAAQAA VAVAPVNPVS TSHAQAAVDS APAALNPVVS
TSANASAHVT EPNSEQLAQD SAALEEPDAS LNSEMAMIMS QAQSQGFNQA EMTTVVDTEV
ATADVPEVAD NVEKASETST LKEPSAQLES SLQVEPSAQS AQSEHSHQAK SEPQSLTETE
TTPAPEFKSE SENFTAREQD STSSDNASYA DYSDDDLASY ADYAGAFDGS SHDYSFDNGN
DLSYQVNQDP SALSQGDEAV EQTQSATLPV SSTTDASSVS SDDILDAVLA ARASLLDGLG
EDDPKEESSK KSLEVRKPFS PPARKQPDVK SSDISSPDSL ESREDQIQDL AEDNESEIID
RPPWEEPHEQ DPCARFDDPN AETQVSEAKT THEEVKHAEF NSEQDEARAE QTAVDSSPVQ
DAELNLPVLP SGELTGNEVD LKWYRFMSEL EVGGRVRQLA VNSVCHQFAQ PLSLLLKPDQ
KHLAADVAIK QLEEAMSDSL GEQCSVSVTV GADHDRETPL EVRRRFNKEI LVQAHHDLMT
DDNVRWLTQN MGAQMTDDSL TYAPELLVQK GKQIELIDIA NFKRLTES
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