| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | STER_1722 |
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| Symbol | uvrA |
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| ID | 4437646 |
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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 | Streptococcus thermophilus LMD-9 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008532 |
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| Strand | - |
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| Start bp | 1610393 |
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| End bp | 1613218 |
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| Gene Length | 2826 bp |
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| Protein Length | 941 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 639677310 |
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| Product | excinuclease ABC subunit A |
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| Protein accession | YP_821059 |
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| Protein GI | 116628440 |
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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 | 0 |
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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 | 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 | ATGCAAGATA AGTTAGTGAT TCGCGGAGCA AGAGCTCACA ATTTAAAAAA TATTGATGTA
GAGATTCCTC GTGACAAGCT CGTCGTCGTG ACGGGGTTGT CGGGGTCTGG TAAGTCTTCT
TTGGCTTTTG ATACAATTTA TGCAGAGGGT CAGCGCCGTT ATGTTGAAAG TCTCTCAGCT
TATGCCCGCC AATTCTTGGG AAATATGGAG AAACCTGATG TGGACTCGAT TGATGGCTTG
AGTCCTGCCA TCTCCATTGA TCAGAAAACA ACGAGTAAGA ACCCTCGTTC GACTGTGGGA
ACTGTAACGG AGATTAATGA CTATCTTCGT CTCCTTTATG CGCGTGTGGG TGTGCCTTAT
TGTATCAATG GGCATGGAGC CATTAAGTCG TCATCAGTGG AACAGATTGT AGATGAGGTT
TTAGCCCTTC CTGAACGGAC ACGTATGCAG ATTTTAGCGC CGATTGTCCG TCGTCGAAAG
GGGCAACACA AGGCGATTTT TGAGCGCGTG CAGAAGGACG GTTATGTTCG TGTTCGTGTG
GATGGTGAGA TATACGATGT GACGGAAGTC CCTGAGCTAT CCAAGTCGAA GATGCATAAT
ATTGAGGTGG TTGTGGACCG TTTGGTTAAT AAGGAAGGTA TCCGTAGTCG TCTCTTTGAC
TCAGTCGAGG CAGCGCTACG TTTAGCGGAT GGCTACTTGA TTGTGGATAC TATGGATGAT
AATGAATTGC TCTACTCGGA GCATTATTCT TGTCCAGTTT GTGGTTTTAC AGTGCCTGAG
TTGGAGCCGC GTCTCTTTTC CTTCAATGCG CCATTTGGTT CTTGTCCGAC CTGTGACGGT
TTAGGAAATA AACTAGAAGT TGATATTGAT TTGGTCATTC CTGACCCTAG TAAGACCTTG
CGTGAAGGTG CACTAGCGCC TTGGAATCCT ATCTCATCCA ACTACTATCC TGCCATGCTT
GAGCAGGCCA TGGAACAGTT TGGCGTGGAT ATGGATACGC CATTTGAAAA TCTTAAAAAA
GAAGAACAAG ATTTGATTCT CTACGGATCT GGTGACCGCG AGTTCCATTT CCATTATGTT
AATGATTTTG GTAGGGTGCG TGATATTGAC ATTCCTTTTG AAGGGGTTGT GACTAATATC
AATCGACGCT ATCATGAGAC TAACAGTGAT TTCACCCGCA ATGTCATGCG TGGTTATATG
AATGAACTGT CATGTCCAAC TTGTCATGGC TATCGTCTTA ACGAAGCAGC ACTCTCGGTT
CGTGTTGGTG GTGAGGATGG CTTAAATATT GGTCAAATTT CTGAGCTGTC TATTTCTGAT
CATCTTCAAG AAATAGATCG CCTTGAATTA GGTGAGAATG AAGAAATGAT TGCCCGTCCA
ATTATCAAGG AAATCAAGGA TCGTCTGACT TTCTTAAACA ATGTCGGCCT TAATTACTTG
ACTCTCTCTC GTATGGCCGG AACACTTTCA GGTGGTGAGA GTCAGCGTAT CCGTTTGGCG
ACACAGATTG GCTCCAACCT TTCTGGAGTC CTTTATGTTT TGGATGAGCC CTCTATAGGT
CTTCATCAGC GTGATAATGA TCGCTTGATT TCAAGTCTTA AAAAGATGCG TGATTTGGGC
AATACCTTAA TTGTGGTGGA GCATGATGAA GATACCATGC GTGAAGCTGA CTGGCTTATC
GATGTAGGAC CTGGCGCCGG TGCCTTTGGT GGACAAATCA TAGCTTCAGG AACCCCAGAA
GCAGTTGCTA GAAATAAGAA ATCAATTACT GGTCAGTACC TGTCAGGTGC TAAATCAATT
CCTGTACCGA CGGAACGCCG TGTAGGAAAC GGCTGTTTTA TCGAGGTTAA AGGAGCCAGT
GAAAATAATC TTAAAAATGT GTCTGTCAAG TTCCCACTTG GAAAATTAAT CGCAGTGACA
GGCGTTTCTG GTTCTGGAAA GTCAACTTTG GTTAACAGTA TTCTCAAGAA AAAGATTGCC
CAAGAGCTTA ATCGAAACAG TGAGAAACCT GGGAAACATA AATCGGTGAC TGGAATCGAG
AATATCGAGC GTTTGATTGA TATTGATCAA AGTCCAATCG GGCGTACTCC ACGTTCCAAC
CCTGCAACCT ACACAGGCGT CTTCGACGAT ATTCGCGATC TTTTTGCTCA AACCAATGAG
GCCAAGATTC GCGGTTATAA GAAGGGACGT TTCTCTTTCA ATGTCAAAGG TGGCCGTTGT
GAAGCCTGCT CTGGTGATGG GATTATCAAG ATTGAGATGC ACTTCTTGCC TGATGTTTAT
GTACCTTGTG AGGTTTGCCA TGGCACACGC TATAATTCTG AGACCTTAGA AGTTCGTTAT
AAAGGGAAGA ATATTGCTGA AATTCTGGAT ATGACAGTTG ATGACGCGGT TGATTTCTTT
GCGGCTATCC CTAAGATTGC TCGTAAGGTG CAGACAATCA AGGATGTGGG GCTCGGGTAT
GTGACTTTGG GGCAATCAGC AACAACCCTA TCAGGTGGTG AGGCACAGCG TATGAAACTG
GCTAGTGAAC TTCACAAACG CTCTACTGGG AAGTCTTTCT ACATTCTCGA TGAGCCTACG
ACTGGTCTCC ATACAGATGA TATTGCTCGT CTCTTGAAGG TGCTTCAGCG TTTTGTGGAC
GATGGTAACA CGGTTCTCGT GATTGAGCAC AATCTGGATG TTATTAAGAC AGCAGACCAT
ATCATTGATT TGGGTCCTGA AGGTGGTGTT GGTGGAGGTA CTATCGTAGC TACAGGGACT
CCAGAAGAGG TAGTAGCCGT TCCCAAAAGC TATACAGGAC AATATTTGAA AGAAAAATTG
AAATAA
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| Protein sequence | MQDKLVIRGA RAHNLKNIDV EIPRDKLVVV TGLSGSGKSS LAFDTIYAEG QRRYVESLSA
YARQFLGNME KPDVDSIDGL SPAISIDQKT TSKNPRSTVG TVTEINDYLR LLYARVGVPY
CINGHGAIKS SSVEQIVDEV LALPERTRMQ ILAPIVRRRK GQHKAIFERV QKDGYVRVRV
DGEIYDVTEV PELSKSKMHN IEVVVDRLVN KEGIRSRLFD SVEAALRLAD GYLIVDTMDD
NELLYSEHYS CPVCGFTVPE LEPRLFSFNA PFGSCPTCDG LGNKLEVDID LVIPDPSKTL
REGALAPWNP ISSNYYPAML EQAMEQFGVD MDTPFENLKK EEQDLILYGS GDREFHFHYV
NDFGRVRDID IPFEGVVTNI NRRYHETNSD FTRNVMRGYM NELSCPTCHG YRLNEAALSV
RVGGEDGLNI GQISELSISD HLQEIDRLEL GENEEMIARP IIKEIKDRLT FLNNVGLNYL
TLSRMAGTLS GGESQRIRLA TQIGSNLSGV LYVLDEPSIG LHQRDNDRLI SSLKKMRDLG
NTLIVVEHDE DTMREADWLI DVGPGAGAFG GQIIASGTPE AVARNKKSIT GQYLSGAKSI
PVPTERRVGN GCFIEVKGAS ENNLKNVSVK FPLGKLIAVT GVSGSGKSTL VNSILKKKIA
QELNRNSEKP GKHKSVTGIE NIERLIDIDQ SPIGRTPRSN PATYTGVFDD IRDLFAQTNE
AKIRGYKKGR FSFNVKGGRC EACSGDGIIK IEMHFLPDVY VPCEVCHGTR YNSETLEVRY
KGKNIAEILD MTVDDAVDFF AAIPKIARKV QTIKDVGLGY VTLGQSATTL SGGEAQRMKL
ASELHKRSTG KSFYILDEPT TGLHTDDIAR LLKVLQRFVD DGNTVLVIEH NLDVIKTADH
IIDLGPEGGV GGGTIVATGT PEEVVAVPKS YTGQYLKEKL K
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