| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | OEOE_0006 |
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| Symbol | |
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| ID | 4415398 |
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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 | Oenococcus oeni PSU-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008528 |
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| Strand | + |
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| Start bp | 6068 |
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| End bp | 8668 |
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| Gene Length | 2601 bp |
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| Protein Length | 866 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 639668280 |
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| Product | DNA gyrase subunit A |
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| Protein accession | YP_809657 |
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| Protein GI | 116490132 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0188] Type IIA topoisomerase (DNA gyrase/topo II, topoisomerase IV), A subunit |
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| TIGRFAM ID | [TIGR01063] DNA gyrase, A subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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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 | ATGGCCGATG AAGAAAACAA CAATTTCACA CCGGATTCCC GAATCAAGGA TACTGATTTA
AATAAAACAA TGCGGACAAG CTTTTTGTCC TATGCGATGT CGGTTATCGT TGCCCGAGCT
CTACCGGATG TCCGCGATGG TTTGAAACCT GTCCACCGTC GGATTTTATT TGGTATGAAC
GAATTAGGTG TTACGCCCGA CAAACCGCAT AAAAAGTCAG CTCGTATCGT CGGTGATGTC
ATGGGTAAAT TTCATCCCCA CGGGGATTCG GCAATCTATG AGTCCTTGGT TCGAATGGCC
CAGCCTTTTA GCTATCGCTA TCCATTAGTT GATGGACATG GAAACTTTGG TTCGGTCGAT
GGCGATCCAG CCGCGGCAAT GCGTTATACC GAAGCCCGTT TATCAAAAAT AGCCTTGGAA
ATGCTTCGCG ATATCAACAA GGGAACCGTT GATTTTCAAC CGAGTTATGA TGGCGATAAT
CGCGAACCAG TTGTTTTGCC TTCACGTTTT CCAAATCTTT TAGTTAACGG TGCACAGGGC
ATCGCCGTTG GAATGGCTAC AAATATTCCA ACTCATAATC TCCGTGAGGT AATTGCGGCA
ATCCATGTTT TGATGGCGAA TCCGGATGCG ACCGTTGCTG ATTTAATGGA AGCTCTGCCT
GGACCTGATT TTCCCACTGG AGCGATTGTT ATGGGGAAGT CGGGAATTCG CCGGGCCTAC
GAAACTGGTC GTGGTTCAGT GACTGTCCGT TCCAAAGTCG ATATTGAGAC ATCTTCGTCC
GGTCATGAAC GAATTTCCGT TTCCGAACTT CCTTATATGG TTAACAAAGC CAAATTAATT
GAGCGGATTC GTGAATTGGT TCTTGAAAAG AAGCTTGAAG GTATCACGGC GATTCGTGAT
GAATCCGATC AAAATGGTTT GCGGATTGCA ATTGATGTTG GTCGTGATGC CAACGCCAAC
GTGGTTTTAA ATAATTTATA TAAACAAACA CTGCTTCAAA CGAGTTTCTC CTTTAATATG
ATCGCTATTA ATCATGGCAA GCCGGAGACG ATGAGCTTAA AGCAAATTCT TGTAGCCTAT
TTGGAACACC AACGCGAAAT TATTCGCCGA CGGACAGAAT TTGATTTAAA GAAAGCTCAA
GATCGTGCTC ATATTCTTGA AGGCCTGCGA ATTGCTCTGG ATCACATTGA TGCAATTATT
GAACTGATTC GTTCCAGTAA TACCGCTGAA ATTGCTAAAA ATGAATTGAT TAATCGTTAT
CAATTATCCG ATAAGCAGGC TCAGGCAATT TTGGATATGC GTTTGGTTCG GCTAACCGGT
TTGGAACGCG GAAAAATCGA AACCGAATAT ACCGATTTAT TAAAATCGAT TGAAGACTTC
AAAGATATTT TGGCTAAACC CGAACGGATC GACCAAATTA TTTATCAGGA ACTTTTGGAC
ATTGCAAATA AATTTGGCGA TGAGCGTCGG ACGGAATTAC AGGTTGGCGA TGTTTCTTCA
ATTGAAGACG AAGATCTTAT TGATGAAGAA GAAGTTCTTA TTTCTCTTAC TCATAAGGGA
TATATAAAAC GTCTTTCGAC TAGCGAGTTT CATACACAGA ATCGTGGTGG CCGTGGTGTT
AAGGGAATGA ATACCCATGA TGATGATTTT GTCGAGCAAC TTGTTTCTAC AAGTACTCAT
GACACTTTGC TGTTCTTCTC CGACCAAGGA AAAGTCTACA AAATGAAGGG ATATGAGGTA
CCGGAATATG GTCGGCAAGC CAAAGGAATC CCGGTTATTA ACCTCCTTGG GCTTGATGCC
GGCGAACGCG TTCAGGCCGT TATAAATGTT CGCGGTGATG CGGCAACTTC CAAAGATTTC
CTTTTCTTTA CAACGAAGTT GGGAACTGTC AAACGGACAG CTGTTTCCGA GTTTACAAAT
ATTCGTCAAT TAGGATTAAG AGCAATCAAT CTTCGCGATG ACGATTCCTT GATTAGTGTC
TTATTAACTA ATGGGAAACA GAACATTGTG ATTGCATCAC ATTCCGGCTA TGCCGTTTCT
TTTGCCGAAA GCGATGTTCG AGCAATGGGC CGGACAGCAT CCGGCGTCCG TGGAATGAAT
TTGCGTGATA AGGATTATGT TGTTGGAGCC GATTTGTTAA TTCCTGGCGA CAATGTTTTG
ATTATTACCG AAAAAGGTTA TGGTAAGCAG ACTGCCGTTG AAGAATATCC GATTCGTGGT
CGTGGAGGAA AAGGTTACAA GACTTCCAAT ATTTCATCGA AAAACGGTCC TCTGGCCGGA
CTAGCGGTTG TTTCTGGAGA CGAAGATATT ATGATTACAA CTGATTCCGG AGTTATGATT
CGTTTTGCTG CTGCTGATGT TTCGATTACG GGCCGGGCAA CGCTTGGTGT TCATGTAATT
AAAATTGAAG AGGGTTCAAA AGTAGCTACT TTAGCCAAAG TCGAAAAAGA AGAAGACGAA
GAAATTCCGG CAACTGATCA AGAAGAAAAA GTTTCTCTGC CAACAAATCA GAGTGATGAT
CAGATTGCAG AAAAAATTAA AAAACTGGCT GATAACCAAT TAAAGAATTC AGATGATTCT
GATTCAAAAA CCAGTGAGTA A
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| Protein sequence | MADEENNNFT PDSRIKDTDL NKTMRTSFLS YAMSVIVARA LPDVRDGLKP VHRRILFGMN
ELGVTPDKPH KKSARIVGDV MGKFHPHGDS AIYESLVRMA QPFSYRYPLV DGHGNFGSVD
GDPAAAMRYT EARLSKIALE MLRDINKGTV DFQPSYDGDN REPVVLPSRF PNLLVNGAQG
IAVGMATNIP THNLREVIAA IHVLMANPDA TVADLMEALP GPDFPTGAIV MGKSGIRRAY
ETGRGSVTVR SKVDIETSSS GHERISVSEL PYMVNKAKLI ERIRELVLEK KLEGITAIRD
ESDQNGLRIA IDVGRDANAN VVLNNLYKQT LLQTSFSFNM IAINHGKPET MSLKQILVAY
LEHQREIIRR RTEFDLKKAQ DRAHILEGLR IALDHIDAII ELIRSSNTAE IAKNELINRY
QLSDKQAQAI LDMRLVRLTG LERGKIETEY TDLLKSIEDF KDILAKPERI DQIIYQELLD
IANKFGDERR TELQVGDVSS IEDEDLIDEE EVLISLTHKG YIKRLSTSEF HTQNRGGRGV
KGMNTHDDDF VEQLVSTSTH DTLLFFSDQG KVYKMKGYEV PEYGRQAKGI PVINLLGLDA
GERVQAVINV RGDAATSKDF LFFTTKLGTV KRTAVSEFTN IRQLGLRAIN LRDDDSLISV
LLTNGKQNIV IASHSGYAVS FAESDVRAMG RTASGVRGMN LRDKDYVVGA DLLIPGDNVL
IITEKGYGKQ TAVEEYPIRG RGGKGYKTSN ISSKNGPLAG LAVVSGDEDI MITTDSGVMI
RFAAADVSIT GRATLGVHVI KIEEGSKVAT LAKVEKEEDE EIPATDQEEK VSLPTNQSDD
QIAEKIKKLA DNQLKNSDDS DSKTSE
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