| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | OEOE_1245 |
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| Symbol | |
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| ID | 4415347 |
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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 | 1162712 |
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| End bp | 1165354 |
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| Gene Length | 2643 bp |
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| Protein Length | 880 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 639669429 |
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| Product | hypothetical protein |
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| Protein accession | YP_810786 |
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| Protein GI | 116491242 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4485] Predicted membrane protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.816552 |
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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 | ATGCTTGAAA AAATTCGAAA AATTATCTTA AATCACTATT TCCTCAGTTT TGCTCTGCCG
GCATTAATAA TGCTTTTTTA CTTTTATTAT CGAAAAATGG CTCCTTTCGG CAATAGTTCG
ATTCTAACAG TCGATCTGGG TCAACAATAC GTAGATATGT TCTCCGGTAT GCGCGAAACA
ATTTTGCATC AGCCGAATCA GCTTTTTTAC AGTTTTGCAA AAAATTTTGG TGGTGAAATG
TTTTCCGAGT GGTCCTATTA TCTTTTTAGT CCACTAAATC TCTTACTGCT TTTTTTTAAT
CAAGCCAATC TTCCGAGCGG AATATTATTT TTGACAGTTG TTCGTTTCGG CCTTGCCGGG
CTTTCTATGC AATATTTGCT GGTAAGAAGA AATTTTACCG GCAAAGAAAT GGGTTTGCTT
ATATCCAGTT CTTATGCTCT GTCGGGCTGG TTTGTCGCTA ATCAGGTAAA TCTGTTGTGG
CAGGACCAAA TAATCTTGTT ACCGTTAATC ATTTATGCTG CGATCAAATT AATTAACGAG
CAAAAATATT TGCCTTTTGT TTTAATCTTC GCTTTTTCAA TTATCGATAA TTTTTATATT
GCCTACATGA TCGGTATCTT TTTACCAATG TTTGCTATTT GGCAGATTAG CCGATATTAT
TCAAAATTTC TAAACCAATC GTTAATATTT CTTCGATTTT TGTCATCGAT GCTGCTATCG
GTTTTAATTT CTTCGGTCGT TTTGATTCCG ACTGCTTTTC AACTCATACA GGGAAAAGGC
CAGGATACGA TTGCAAGCAT AGATTGGGGT TTCATTCAAA AACCTTATTT GGTAATTTTG
AAATTAATTC CCGGATCATT CAACTTCAGT CAGATGAAAA CAGGACTTGC CAATATCTTT
GTACCTTTCA TAATAATTAT TGGTTTAATC ACCTATTTTT CAATCAAACA AGAAAAAATA
TCCACGAAAA TTATCAGTGG ACTAATCATC GCTTTATACA GCTTGAGTTT TGTTTGGCAA
CCGCTAAATA TTTTATTCCA TATGATGCAA TATCCGGTTT GGTATCCATA TCGCTATAGT
TTCATTTTTA GTTTTTTTAT TCTTCTACTG GCAGCCATCG GCCTTGAAAA AAGCAAACAT
GCAAATTTTC CCAGTTTCGT CCTAAGTCTG CTCTTAATAG CTGTAATCAG CAGCGTCGCG
GTCTTCTTCA ACAAGAAAAT AAATTTCGTA AATTCTCAGC AGGTTCGTTT GTTCATCTTT
CTTTCTGTTT CGGCTCTTTT GGTTTACATG GTTCGTAGTT ATATGAAGCA TGATGTTTGG
GCCTACTTTC TTTTACTGAT TGGTTTAACG AGCTCAGCCC TAAATGCTTA TATATCGACA
AACAACTTTA GTTATTTAAC AAACAGCGAA TATCAAAGGA CCGTAAAAGC ATTACAACAA
TCAACAAGTG ATTTATCAAA AAAAGGTTTT TATCGAGTTG GTCAGACATT TTCCAGAACC
CGGGGCGATG CTTTTGCCAC CGGATACAAC GGAGGTATGC ATTTTTCCTC GACCGTCGAT
AAAACAACAC CAGAGTTATT TGGTGCCTTT GGTCAAGTGG CAAATGATTA CTATACTTCC
TACTCATTTG GAACAGTTTT GACAGACGCA ATTTTTGATA TGAAATATTT TATTTCTCCA
GTCTATGGCG GATCCAATGC AGCCGGTTCT CCTAAGGCAA TGGCGAACTC TTATCGTCCA
GATCTGACCA ACTACAGACT TTTGCAAAGT AGAAACCAAG TCATGACGAT TAAAAATAAA
AATGCACTGC CGATAATTTT TCCGACTTCC AGCAAAGTTT TAAAAAGTAA AATCATTCCG
GAAAATCCTA TTCTTACTTC CAACTCGCTT TGGGAAGGAA TAACCGGTAC AAAAAATTTG
GTCCAAAGCA ACGTTCCCTT TAGTTACAGT ACCGAAAATA TAAAAACTCC GATTAGTCTT
AATGGCCAAA CCGCTCAAAA AATTAATTCA GGTCAAGATG CAGTGATCAA CATCAGTTTC
AAACCAAATA CAAATGGTTC CTACTATTTG ACACTTCCGG TCTCATTTGC AAATAATGCT
ACCTGGATTA CGGTTAATGG AGAAACAATC CCACAATACG CAAATCGTGA GAACGTTGTC
GCCTTAAACG TTGCTAATCA CGATAAGAAC CTTCAAATAA CAATCGGGAT TCATTTAAAT
TATTCCGAGC TTTTCCTAAA CGATTTGGAA TTATATTCGA TTAATGATTC AAAACTTGCC
AAATCAGCAA ATAAGGTTCA AAAAACCGGA ATAAAAAACT TGAAATTCAA TCAAACCAGT
TTTACCGGTG AAGTGGACGT TAAAAAGAAT CAAAAGATTC TCATGACAAC GATTCCGGCG
GCACCGGGTT GGAAAATCAA AATAGATGGA AAAAACACTC CTGTAAAAAC AATTGACAAT
TATTTTATTG GCGCAAAAAT CAAGCAAGGC AGGCACAAAG TTCAAATATA TTATCAGGAA
CCTTACTTGG GAGTCGCTTC GGCTATTACA TTGATAAGCA TATTGCTAGT AACACTAATC
GAAATTAATA AAAGAAAAAA GTTCTTCACT ATTTCAAAAA TACTGAAAAA TAATAAGAAA
TAA
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| Protein sequence | MLEKIRKIIL NHYFLSFALP ALIMLFYFYY RKMAPFGNSS ILTVDLGQQY VDMFSGMRET
ILHQPNQLFY SFAKNFGGEM FSEWSYYLFS PLNLLLLFFN QANLPSGILF LTVVRFGLAG
LSMQYLLVRR NFTGKEMGLL ISSSYALSGW FVANQVNLLW QDQIILLPLI IYAAIKLINE
QKYLPFVLIF AFSIIDNFYI AYMIGIFLPM FAIWQISRYY SKFLNQSLIF LRFLSSMLLS
VLISSVVLIP TAFQLIQGKG QDTIASIDWG FIQKPYLVIL KLIPGSFNFS QMKTGLANIF
VPFIIIIGLI TYFSIKQEKI STKIISGLII ALYSLSFVWQ PLNILFHMMQ YPVWYPYRYS
FIFSFFILLL AAIGLEKSKH ANFPSFVLSL LLIAVISSVA VFFNKKINFV NSQQVRLFIF
LSVSALLVYM VRSYMKHDVW AYFLLLIGLT SSALNAYIST NNFSYLTNSE YQRTVKALQQ
STSDLSKKGF YRVGQTFSRT RGDAFATGYN GGMHFSSTVD KTTPELFGAF GQVANDYYTS
YSFGTVLTDA IFDMKYFISP VYGGSNAAGS PKAMANSYRP DLTNYRLLQS RNQVMTIKNK
NALPIIFPTS SKVLKSKIIP ENPILTSNSL WEGITGTKNL VQSNVPFSYS TENIKTPISL
NGQTAQKINS GQDAVINISF KPNTNGSYYL TLPVSFANNA TWITVNGETI PQYANRENVV
ALNVANHDKN LQITIGIHLN YSELFLNDLE LYSINDSKLA KSANKVQKTG IKNLKFNQTS
FTGEVDVKKN QKILMTTIPA APGWKIKIDG KNTPVKTIDN YFIGAKIKQG RHKVQIYYQE
PYLGVASAIT LISILLVTLI EINKRKKFFT ISKILKNNKK
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