| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewmr7_2326 |
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| Symbol | |
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| ID | 4256915 |
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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. MR-7 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008322 |
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| Strand | - |
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| Start bp | 2762713 |
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| End bp | 2765850 |
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| Gene Length | 3138 bp |
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| Protein Length | 1045 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 638122996 |
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| Product | DNA polymerase III, subunits gamma and tau |
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| Protein accession | YP_738370 |
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| Protein GI | 114047820 |
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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 | 0.00214919 |
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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 | 1 |
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| Fosmid unclonability p-value | 0.000897105 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGTCATATC AGGTGTTAGC CAGAAAATGG CGCCCTGCCA CATTCGAACA GATGGTCGGC
CAAAGCCACG TGTTGCACGC GCTCACGAAT GCGTTAACGC AACAACGTTT ACACCATGCT
TATCTTTTTA CGGGTACTCG CGGTGTGGGC AAGACCAGTT TGGCGCGCCT GTTCGCCAAA
GGCCTCAACT GTGAAAAGGG CGTAACGGCT TCCCCCTGTG GTGTGTGTGG CAGCTGTGTC
GAAATTGCCC AAGGCCGCTT TGTTGACTTG ATCGAAGTCG ATGCCGCCTC GCGCACTAAG
GTCGATGACA CCCGTGAACT CTTAGATAAT GTGCAATATC GTCCGACCCG TGGCCGTTTT
AAGGTCTACC TGATTGACGA AGTACACATG CTCTCCCGCA GCAGTTTTAA TGCACTGCTA
AAAACCCTCG AAGAACCGCC AGAGCATGTG AAATTTTTGC TGGCGACGAC CGATCCGCAA
AAGCTGCCGG TGACTGTGTT ATCCCGCTGT CTGCAATTTA ATTTAAAGAG CTTAACCCAG
CAGGAAATTG GCACTCAGCT ACAGCATATT TTAACCCAAG AGCAATTACC CTTTGAGCAC
GAAGCCTTAA CTCTGCTCGC CAAAGCGGCC AATGGCAGTA TGCGCGATGC CTTAAGTTTG
ACCGATCAAG CTATTGCCTT CGGTGGTGGC ACAGTAATGC TCAATCAAGT GCAATCTATG
CTGGGTAGCA TCGATGAGCA GCATGTGCTG CGCTTACTCA AAGCCTTAAC CGATGCCGAT
ATTGGCGTTT TGATGCAAAG CTGCGCACAG GTGCTCGCCT ATGGCGCGGA CGCCCAAGAA
GTGCTGCGCA GTTTACTGGA ATTATTGCAT CAAATTACCC TGACTCAATT TGCACCTGCT
GCGGCGCAGC AATCCCTTTA TAGCGCGCAA ATTCAAGCCT TTGCCGAGCA GTTAGCGCCG
GAACAAGTGC AGTTGTATTA CCAGATTTTA CTCACTGGCC GTAAAGACTT ACCCCATGCG
CCGGATCCTA AATCGGGCCT CGAAATGGCG TTGCTACGGG CAGTGGCATT TGTTCCCGAA
AAGCCAGTAA AACGTTGGCA GGTTGAAGAT GCTGCTAAGG TGAGCTTGCC AGCTCAGCAG
CCAATGTCTG CTACGTCCGT ATCGAATATG CCCGCGGCAG AACAGGTAAA GCAGGTAGAA
CAAACAGTTA ATCAGGCTGT GGCTGAAAAA AAAACTCCGC TAACCGCTGA GCGTGACTCA
CAGGCTCTGC CACAAGCTGC AATCTCTGAG TCTATAGCTG AATCGAATGA ATCTTCAGCT
TCTCAAGCCG AAGCCGCAGA GCAAGCTGTA TCTGAGGATG CTTTAGTTTG CGAGGATGCA
CTTGATGAAG AATCTACACT CAACGCGGCA TTGATTGCCG AGCAGCAAGT GATCTTAAGC
CAAGCCCAAA GCCAAGGCTT TGGCGCAAGT ACCGAGGTGA TATCGCGTAC TGAGGCTGTC
TTAATTTCAG AATCAAGCCC TGAACTGAGC TCTGTTTCTA CGCCTGCATC GAATCTTTAT
GCTGAGCATA ATCAAGCGGC GATGGTGGAT TCCGAAAGCT CTGGCCAGAA ACCTTCTCCT
GCGGTGTTAA CAGAACCCGT TGCCTTATCT CATGATGATA TCGAGGACGA TACTCAAGCG
AGTGTTAATC AGAGTGCAGA TGCGCTAGCG CCAGATGAAT ATTCTGCAGA GGATTTCGGA
CAATACGATT ATGCCGCCGC GCCGCTCGAT GCCTATCAGG ATGATTATTC GCAATTTATA
GCTGAGGAGC AGGGCGGGTT CTCTGGCATG GAAGATAGCT CGTTGATGAG CGACAGTGCT
CAGTCTATCG ACCACACGGA TGTTGTGCAT GAGTCCGCCG CTGACCCCAA ATCGCAGTCT
TTTGCCGACA ATTCAGCTTC AACAACTCCT CCGGTTTCAA CAGCTACAGT GTCCCTCGAG
GATGACGATA TTTTATCGGC GGTATTAGCG GCGCGCGACT CCTTACTCTC CGATCTCGAT
GCGCTCAGCA CCAAGGAAGA TGATGGAAAA AAGCCAGCAG CGGAAGTTAA GCTTAAAACC
CCGAGCCAGA ACGTGCATAC TGCGCCAGCA ACTAAAGCGT CTGCCAGTAC ACCTTCAGAG
ACGAAAACCG CCAGTGGTGA GGCCGAGAAT GATTTTGAGC TGCCCTTTGA CGATGATTTT
GAGGTCGAGA GCCATTTTGA AGCTCAGGCA GGAGTAATAA ACGCTTCACT ACCCGCTCAT
GTTGCGCCTG CGCCACATCC GCAGTTCGAT CCCAATGATC GTCCGCCATG GGAGGAGGCG
CCAGTGGATA CTCTAGCTGA TGTCGAACCC GTAGCAACTT CTTATCAAGG GAGTGAAACC
GCGCGCGCGC CGCAAGTCAG CCAGACACCA CAGCCAATTA TCGCGCCTCA AGAGCCTGAA
TTGGCGACTG GAATTGCGCA TTCTGCCTCA ATTCCTACTC TGCCTACTGA TACCGGGGCG
GCTAATACCA AGACGGCTAA TAGTGAAGAG ACTCGGGTTG AGCAAGCGAT AGCGCCTCAT
CCACAAAGAG ATACGGCGGC GCAGCCCGTG ACTCAAACCC AGACCCCGCC ACAGTCAAGC
GAGGAGACGC AACAATCTGC ACCATCCACA GCATTAACCT TGGCGCAATC GATTACCGGT
CATCCTTTAG ACTTGCACTG GTATAAGCTC ATGGCGAGCC TAGAGATTGG CGGCCGTGTG
CGACAGTTGG CGGTAAACTC GATTTGTCAG CTGCAGGCTA ACCCTTTGCC TTTGTTGCTA
AAACCTGATC AAAAACACTT GTCGGCGCCA GTAGCAATTG AGCAGCTGGA GCAAGCATTG
ACGGCCGCAT TGGGGAACCC AAGGCAAGTC GAGGTGGTCA TAGGAATCGA TCCCACACGG
GAAACGCCCT TAGAGCTACG TAAGCGGTTC CATCAAGAGT TGCTGCAACA GGCGCGTCAA
TCCCTGATGA TGGACGATAA TGTACAGTGG CTGATTAACC GATTTGGGGC CGAGCTTGAT
CAGGACACTT TGGTCTATCC GCCAGAATTG TTAAATCAGC GCAGCGGGCT GATCCCAGCA
TTACCAGAGC CAGAGTGA
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| Protein sequence | MSYQVLARKW RPATFEQMVG QSHVLHALTN ALTQQRLHHA YLFTGTRGVG KTSLARLFAK
GLNCEKGVTA SPCGVCGSCV EIAQGRFVDL IEVDAASRTK VDDTRELLDN VQYRPTRGRF
KVYLIDEVHM LSRSSFNALL KTLEEPPEHV KFLLATTDPQ KLPVTVLSRC LQFNLKSLTQ
QEIGTQLQHI LTQEQLPFEH EALTLLAKAA NGSMRDALSL TDQAIAFGGG TVMLNQVQSM
LGSIDEQHVL RLLKALTDAD IGVLMQSCAQ VLAYGADAQE VLRSLLELLH QITLTQFAPA
AAQQSLYSAQ IQAFAEQLAP EQVQLYYQIL LTGRKDLPHA PDPKSGLEMA LLRAVAFVPE
KPVKRWQVED AAKVSLPAQQ PMSATSVSNM PAAEQVKQVE QTVNQAVAEK KTPLTAERDS
QALPQAAISE SIAESNESSA SQAEAAEQAV SEDALVCEDA LDEESTLNAA LIAEQQVILS
QAQSQGFGAS TEVISRTEAV LISESSPELS SVSTPASNLY AEHNQAAMVD SESSGQKPSP
AVLTEPVALS HDDIEDDTQA SVNQSADALA PDEYSAEDFG QYDYAAAPLD AYQDDYSQFI
AEEQGGFSGM EDSSLMSDSA QSIDHTDVVH ESAADPKSQS FADNSASTTP PVSTATVSLE
DDDILSAVLA ARDSLLSDLD ALSTKEDDGK KPAAEVKLKT PSQNVHTAPA TKASASTPSE
TKTASGEAEN DFELPFDDDF EVESHFEAQA GVINASLPAH VAPAPHPQFD PNDRPPWEEA
PVDTLADVEP VATSYQGSET ARAPQVSQTP QPIIAPQEPE LATGIAHSAS IPTLPTDTGA
ANTKTANSEE TRVEQAIAPH PQRDTAAQPV TQTQTPPQSS EETQQSAPST ALTLAQSITG
HPLDLHWYKL MASLEIGGRV RQLAVNSICQ LQANPLPLLL KPDQKHLSAP VAIEQLEQAL
TAALGNPRQV EVVIGIDPTR ETPLELRKRF HQELLQQARQ SLMMDDNVQW LINRFGAELD
QDTLVYPPEL LNQRSGLIPA LPEPE
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