| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pmob_0120 |
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| Symbol | uvrA |
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| ID | 5757435 |
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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 | Petrotoga mobilis SJ95 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010003 |
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| Strand | - |
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| Start bp | 118117 |
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| End bp | 120963 |
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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 | 37% |
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| IMG OID | 641301321 |
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| Product | excinuclease ABC subunit A |
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| Protein accession | YP_001567192 |
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| Protein GI | 160901611 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0178] Excinuclease ATPase subunit |
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| TIGRFAM ID | [TIGR00630] excinuclease ABC, A subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.973474 |
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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 | 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 | ATGGATAACA AATGGATTAG AATAAAAGGT GCTCGAGAGC ATAATTTAAA AAATATAGAT
GTTGAGATAC CTAAGAATAC CCTTTCAGTC ATTACCGGCT TATCTGGTTC AGGAAAATCA
ACTTTAGCAC TTGATACTAT ATATGCGGAA GGTCAAAGAA GGTATTTAGA GTCTGTTTCT
TCCTATGCAA GACAGTTTTT AGGAAATTTG AAAAAACCCG ATGTAGAATT TATCGAGGGG
CTCTCACCTT CAATTGCTAT TGAACAAAAA TCTGTAAGTC ATAATCCAAG GTCAACGGTA
GGTACCATCA CAGAGATTTA TGATTATATT AGGGTGTTGT TTGCAAGGGT TGGTAAGGCT
TACTGCCCAA AGTGCAATAT CCCACTGCAA AGTTCTACTG TAGATGAAAT TGTGGATAAT
ATTTTTAAGA ATTTTAATGA GGATGCAAGA TTGTATATCT TTGCTCCAAT TGCCAAGGAA
AAGAAAGGTG AGTTTAAAAA GGAACTACAT AGTATGAAGC TGTCAGGTTT TAAAAGGGTG
GAAATCGATG GAGTGATATA CGATTTAGAT GAGATAGACT CACTTGAAAA GACCTACAGG
CATAATATAA ACCTACTTGT TGACAGAGTT AAGTTGAGAA AAGATAATTT TGAGAGAATC
TTCGAAGCCG TTGAATTGTG CCTTAAAGAA GGAGATGGCT TTGTAGAAAT TAGGGAAATG
GATAATGATG AGAACGTTAT TTCTTCTCAA ACTTATTCTG AGAATTTAGC TTGCCCTAAA
TGTGGTTACA GCTTTCCAGA AATTAATCCC AAATTGTTTT CATTTAATAG TCCTTATGGG
GCATGTTCGG AATGCCATGG ATTAGGTTTT AAGTTGGAGG TTGAGCCTGA ATATATATTT
GATATAAACA AGTCTTTGGA AGATGGCGCT GCTTTGAATA TGGGGAAAGA TACTTTTATG
GTGAGCATGA TGAAAGATGT TGTTCGAAGT TTGGGTGAGG ATCCATCAAA ACCTTTAAAA
AGTATGCCTT CAAAAGTTTT AAATACCTTG CTGTATGGGA CTGACAAAGA AATAGATTTT
TCCTTTTCAA AAAAGAACGG AGACAGTTAT GAGTTTACTA GAGGGTTTGA AGGAATGGTG
AATTGGTACG AAAGAAGGTA CAAGCAAACG GATTCCCGGG AAATAAAGGA ATGGATCGAA
AGAAATTTCA TGATTCAAAA GACATGTCAA GCCTGTAATG GCAAAAGGTT GAGGGAAGAA
GCCCTCAGCG TTAGGATAGA TGGATACAAT ATATATGATT TGACAGAAAT GCCAATTAGT
GAACTAAAAC TTTTCTTTGA TGCTTTAAAA CTGAGTGATT TTGAAATGGA AATTGCCCAC
GAACTTCTTA GAGAAATAAA GAGAAGGTTA ACTTTTTTGA TCGATGTAGG ACTTGATTAT
TTGACACTTG GAAGAAATGC GACAACTCTT TCTGGTGGAG AGTCCCAGAG GGTTAGATTG
GCTACACAGA TTGGATCGGG GTTAACAGGA GTGACATATG TTTTGGATGA GCCAACTATA
GGTCTTCACC AAAGAGATAA CGACAGGCTT ATAAATACTT TGAAAAAGTT GAGAGACCTC
GATAATACGG TAATAGTTGT CGAACATGAC GAGAACGTTA TTAGAGCCTC AGATTATATT
ATAGATCTTG GGCTCGGCGC AGGTGTCAAT GGGGGAAAAG TCATCTTTCA AGGTCCTACT
AGTAAGTTGT TAGAGAATTC TAATGGGTCC CTTACAGGGA AGTATTTAAG GGGAGAAACA
AGAATAGAAA TAATTGATAA AAAACGAGTA GAAAAGAACG CTAGTTTAAA GATAATCGGT
GCCAAACACA ACAATTTGAA AAATGTCACG GTTGAGATTC CCTTGGGGAA ATTTGTGGTT
ATAACAGGAG TTTCAGGCTC AGGTAAATCT TCGTTGATTA TGGATACGTT GTATCCGGCT
TTGCAAAAGG AGCTTTATAA TTCCAGGGTG AGACCCGGAG AGTATGAAAA GATCGAAGGT
TTAGAATATA TAGATAGCGT GATCTCTATC GATCAAAGTC CTATTGGTAG AACTCCAAGA
AGTAACCCAG CTACATATAC AGGAGTATTT GATTATATTC GTGAACTGTT CGCTGCAACA
CCTGAGGCTA AGATTAGAGG ATACGACAAG GGAAGATTTT CCTTCAACGT TAAGGGCGGA
AGGTGTGAAG CCTGTAAAGG CCATGGAGTT TTGAAGATTG AGATGCAATT TCTACCTGAT
GTGTATGTAA CCTGTGACGT ATGTAAAGGT AAGAGATACA ACAAAGAAAC GTTAAAGGTC
ACTTATAAAG GTAAAAATAT TTCTGATGTT TTAGATATGA CTGTGGATGA GGCTTTGGAC
TTTTTCAAGA ACTTACCTTT AATAAAAAAT GTTCTAGAAC TGCTGCAAGA TGTGGGTTTG
GGATACATAA GATTGGGTCA ATCCGCAACC ACCCTTTCTG GTGGAGAAGC TCAAAGGATC
AAATTAACTT CCGAGCTAAG GAAAAAAGCA ACGGGGAATA CCGTTTATAT ACTCGATGAA
CCTACTACGG GTCTTCATTT TGAAGATATA AAGAAATTAA TAAAAGTTCT CAATATTCTC
GTTGAAAAGG GTAATACCGT TATAGTAATA GAACACGAGA TGGACATTGT AAAAAACGCA
GATTACATTA TAGACTTAGG ACCAGAAGGC GGAGAAAATG GGGGTTACAT TGTGGCTACA
GGCACCCCAG AAGAAGTAGC TGAGAGCGGT ACTTACACCG GGTACTACTT GCAAGAGGTT
TTATCAAAAG AAAGAATTTC AAAGTAG
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| Protein sequence | MDNKWIRIKG AREHNLKNID VEIPKNTLSV ITGLSGSGKS TLALDTIYAE GQRRYLESVS
SYARQFLGNL KKPDVEFIEG LSPSIAIEQK SVSHNPRSTV GTITEIYDYI RVLFARVGKA
YCPKCNIPLQ SSTVDEIVDN IFKNFNEDAR LYIFAPIAKE KKGEFKKELH SMKLSGFKRV
EIDGVIYDLD EIDSLEKTYR HNINLLVDRV KLRKDNFERI FEAVELCLKE GDGFVEIREM
DNDENVISSQ TYSENLACPK CGYSFPEINP KLFSFNSPYG ACSECHGLGF KLEVEPEYIF
DINKSLEDGA ALNMGKDTFM VSMMKDVVRS LGEDPSKPLK SMPSKVLNTL LYGTDKEIDF
SFSKKNGDSY EFTRGFEGMV NWYERRYKQT DSREIKEWIE RNFMIQKTCQ ACNGKRLREE
ALSVRIDGYN IYDLTEMPIS ELKLFFDALK LSDFEMEIAH ELLREIKRRL TFLIDVGLDY
LTLGRNATTL SGGESQRVRL ATQIGSGLTG VTYVLDEPTI GLHQRDNDRL INTLKKLRDL
DNTVIVVEHD ENVIRASDYI IDLGLGAGVN GGKVIFQGPT SKLLENSNGS LTGKYLRGET
RIEIIDKKRV EKNASLKIIG AKHNNLKNVT VEIPLGKFVV ITGVSGSGKS SLIMDTLYPA
LQKELYNSRV RPGEYEKIEG LEYIDSVISI DQSPIGRTPR SNPATYTGVF DYIRELFAAT
PEAKIRGYDK GRFSFNVKGG RCEACKGHGV LKIEMQFLPD VYVTCDVCKG KRYNKETLKV
TYKGKNISDV LDMTVDEALD FFKNLPLIKN VLELLQDVGL GYIRLGQSAT TLSGGEAQRI
KLTSELRKKA TGNTVYILDE PTTGLHFEDI KKLIKVLNIL VEKGNTVIVI EHEMDIVKNA
DYIIDLGPEG GENGGYIVAT GTPEEVAESG TYTGYYLQEV LSKERISK
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