| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | OEOE_0544 |
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| Symbol | |
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| ID | 4416854 |
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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 | 521103 |
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| End bp | 525530 |
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| Gene Length | 4428 bp |
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| Protein Length | 1475 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 639668768 |
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| Product | YG repeat-containing glycosyl hydrolase |
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| Protein accession | YP_810155 |
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| Protein GI | 116490611 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG5263] FOG: Glucan-binding domain (YG repeat) |
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| TIGRFAM ID | |
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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 | ATGAGAGATG GGGATAAAAT TGTTCGGAAA AAACTGTATA AATCAGGCAA AAATTTTGTT
ATTGCCAGCA TTATTTCAGT AGTCGGAATC GGACTGACAA CTATTCCAGC CAGTGCCGAC
AGCAGCATCA ATAATGCAGC AACCATAAAC GCGGTACAAA TACAGGCAAC AAAACAGGAT
GATTCAAAAG TTGATACCAA TGGCCAAACA ACGGCCAATG GTAATCAAAA GAATACTGAC
ACAACAACGA CGCCAACGCA AGCGCTCACA AAAACCAGTC AAACAACTAC CGGCAATAAT
CAGACGACAG ACAACGATAA TCAGCAAAAC AGCAACAATA CAAAAACAGT GGCAGTAACC
GAACAAACAC AAGCGACAAA ACAGGCCGCT GATAGCAATA TCGCTAATCA GGCAAGTACC
GGCAGTACCA GACAGGATAG CATCGAGGAA AAAACAGACG TTTCCGAACA AACAAAAAAA
GTTGTTTCGA AAAGCGATGC CACAAATTCA GCAATAAACA CTAGTAGTCA ACAGGTTTAT
AGTTCAAAGA ACATAAAAGT TATCGACGGA AAAACTTACT ACGTTGATAA TAACGGACAG
ATAAAAAAGA ACTTCGCAAC GATCATCAAC GGCAAGGTAT TGTATTTCGA CAAGAACACA
GGCGAACTGC TTCCCACGAA TAGTTATCAG TTTAAAAGCG GGCTATCCAG TGAAAATAGC
GATTATACAA GCCACAATGC GGTTAATAGC ACACAGGCCG ATGATTATAC GGCTATTGAT
GGTTACCTGA CTGCAGATAG TTGGTATCGA CCAAAGGACA TTCTGGATAA CGGCCAAACT
TGGACAGCAG CCTCAAAAGA CGATTTACGC CCTCTTTTAA TGAGCTGGTG GCCGGACAAA
ACGACTCAAG TGAACTATTT AAACTATATG AAAAATTTAG GATTGAGCGA TAGCCCAACT
AATTTTACTA ATGATGAAAA TCAAGGCCGG CTAAGCAAAG CTGCTGAAAA TGTTCAAGTT
AAAATTGAAC GAAAAATAAC TCAAGAAGGT CAAACACAGT GGCTAAAAGA GGTCATCACG
AATTTTGTTA AAAGCCAACC GAATTGGAAT ATTAGTAGCG AATCGCAAAC AAGCGGGAAT
GGCAAAGACC ATTTGCAAGG TGGCGCTTTA TTGTATGTGA ACAACGATAA AACACCCGAT
GCGAATTCCG ACTATCGCTT GTTGAATCGG ACACCAACAA ATCAAACAGG GACGCCTTTA
TACAGTATCG ATCCGACTCA AGGCGGATAT GACTTCCTTT TAGCAAACGA TGTTGATAAT
TCGAATCCGG TTGTCCAAGC TGAGCAATTG AATTGGATGT ACTATCTATT AAATTTTGGT
TCAATTACCG GCAATGAAAG TAATGCCAAC TTTGATAGTA TTCGTGTCGA TGCCGTTGAT
AATGTAGATG CCGATTTATT GCAAATCGCC GCTGATTATT TCAAGGCAGC TTACGGCGTT
GACCAAAACG ATGCCAAGGC CGATCAACAT GTTTCCATTC TAGAAGACTG GAGCGACAAT
GACTCCGAGT ACGTTAAAGA CCAGGGCAGT AATCAGTTAT CAATGGATAA TAAAATGAGA
TTATCATTAA AGTATTCATT GACAATACCG GTTGTCGATA AAGAAAGCAA TAAAAGAAGC
GGCTTGGAGC CCTTAATAAG CAACAACCTG GTTAATCGAT CAGAAGACTC GTCTACAAAC
GGTGCACAGC CAAATTACTC TTTCGTTAGA GCTCACGATA GCGAAGTACA AACTGTTATC
GCTGAAATTA TTAAAGAAAA AATCGATCCG GATTCCGACA GTTTGACGCC AACAATTGAT
CAATTAACAG CCGCTTTTAA AATATACGAT GCTGACCAAT TAAAGACGCG AAAGGAATTT
ACGCAATATA ATATACCAAG CACTTATGCA ATGATCCTGA CTAACAAAGA TACAGTTCCC
CGTGTTTATT ACGGTGACTT ATATACAGAT GACGGACAAT ATATGGCAAA CAAATCACCA
TATTACGATT CGATTGATAA TCTGTTGAAA TCGCGTATTA AATACGTCAC AGGTGGGCAA
AGCATGTCGA TACAATATGT ACAAGGTGAC GGCAGTATGG CCAAAGACAG TTACCGTGGT
GTTTTGACAT CAGTTCGTTA TGGTAAAGAC GCAATGAATG AAAAGGATCA AGGAACTCAA
GAAACACGCA CAGAGGGCCT GGCAGTTATT GAAAGTAACA ATCCCGATTT GAAATTAAGC
AGCAGCGACC AAATAGTAAT CAATATGGGA GCGGCTCATA AAAATCAAGC ATATCGACCG
ATGCTCTTAA CAAAAACCAA CGGTCTCGCC AGTTATCAAT CCGACGAATC AGTCCCAGTC
AACGAGATTA GATACACGAA CGCCGATGGA CAACTCATTT TTACAAGCGA AGACATTATT
GGAACTGCTA ATCCTCAGGT TTCGGGCTAT TTAGCTGTCT GGGTCCCAGT CGATGCTAAA
GACACGCAAG ATGCCCGCAG TCAAAGCAGC GATCAGTCAA CAAATGACGG CCAGATTTTG
CATTCAAATG CAGCACTTGA TTCTCAGGTG ATTTATGAGA GTTTTTCCAA TTTTCAATCA
TTACCGACAA AAACGAGTGA ATATGCAAAT GTCAAAATTG CCGAAAATAC CGATTTATTT
AATAGCTGGG GAATCACGAA TTTTGAATTT CCACCACAAT ATCGATCAAG CACAGATAAT
AGTTTCCTAG ATTCTATTGT TCAAAACGGC TATGCTTTTA CAGATCGTTA TGATCTCGGT
TTTAACACTC CGACCAAATA CGGAACCGTC GACCAGTTGC GGACGTCACT TATAGCCCTG
CATAAAGCAG GTATCAAAGC GATGGCGGAT TGGGTTCCGG ACCAAATTTA TAATTTGACC
GGTATGCAGA TCGTGACTGC GAAGCGCGTT AACGATTCTG GTATCTATGA TCAAGATTCA
GTGATCAATG ATTCACTATA TGCAGCACAA ACCAAAGGCG GCGGAACTTA TCAGGCTATG
TACGGTGGTG CCTTTTTGGA TAAAATCAAA GAAATGTATC CGGATTTGTT TCAAATGAAT
CAAATTTCAA CCGGAGTTCC TATAGACCCC AACGAAAAAA TAAAAGAATG GTCGGCCAAA
TACTTCAACG GCAGCAATAT TCAAGGGCGT GGCGCTTATT ATGTTTTAAA AGATTGGGCT
AGTAATAGCT ACTTCAAAGT TGGTTCGGAT AACAGCACAG ATGTCTTTCT ACCAAAACAA
TTGTTAAACG AACCATCAAA CACAGGGTTT ATTTCCGACA GCCAAGGAAT AAATTATTAC
TCGACTAGCG GTTATGAGGC AAAGAACACT TTTATTGAAG ACGAAAATGA AAATTGGTAC
TACTTTGGCG AAGATGGATA TATGAAATAT GGTCTTCAAA CAGTCAATAA CAATCGTTAT
TATTTTTTGC CCAACGGAAT TGAACTGCAG GATGCTTATT TAGAAGACGG CGAGGGTAAT
ATTTATTATT TCAATCAACT GGGCAAAGAA GTAGAAAATG ATTATTTTAT GGATAAAGAA
AAACAATGGC GTTACTTTGA CAAAAACGGT GTGATGGCAA ATAAGGGCCT GGCCACCATT
GTAATCAATG GCATCGAGCA TACCCAATAC TTCGGTCAGG ATGGTATTCA AGCCAAAGGC
AAAGCCGTCA AAGACAACAA TGGCAAACTA CGGTATTTTG CCAGCGATTC CGGCGATATG
GTATTCAATC GTTTTGAAAA AATAGCAGAT AATACCTGGG CCTATTTTGC GGCTGATGGT
GTTGCAGTCA CAGGTCTTCA AAAGATTTCC GGTCAAACTC TGTATTTCGA TGAAGATGGT
CAGCAGATTA AGGGAAAAGA AGCCAAAGAT TCAGACGGCA AAATGCGTTA TTTTGATGCA
GATTCTGGAG AAATGATCAC TAATCGTTAC GAAAAATTAT CAGATGATTC TTGGGCCTAT
TTTGCAGCTG ATGGTGTTAC GTTAACCGGC GACCAACTAG TAGATGGCAT ACAAGTCCAT
TTTGATAACG ACGGCCGGCA GATCAAAGGC AAAGAAGTTA TCGATGCTGA TGAAAATTCC
GGTCAACTGG CCAAAAAACG TTTTGCTGAT CTGGGCAATA ACACTTGGGC ATATTTTAAT
GCCAATGGAA TTGCCGTTAC GGGTTCGCAA ATAATTAATG GTCAGCATCT TTATTTCCAA
AACAATAGTA ACCAAATTAA AGGGCACGAA TATACCGATG CCAACGGCAA AATGCGTTAT
TTTGATGCAG ATTCTGGAGA AATGATAGTC AACGTTTTGA AAGATTATCG GATGACTCCT
GGGCTTATTT TGGCGCTAAC GGAATTGCAG TTACAGGATC ACAATTAA
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| Protein sequence | MRDGDKIVRK KLYKSGKNFV IASIISVVGI GLTTIPASAD SSINNAATIN AVQIQATKQD
DSKVDTNGQT TANGNQKNTD TTTTPTQALT KTSQTTTGNN QTTDNDNQQN SNNTKTVAVT
EQTQATKQAA DSNIANQAST GSTRQDSIEE KTDVSEQTKK VVSKSDATNS AINTSSQQVY
SSKNIKVIDG KTYYVDNNGQ IKKNFATIIN GKVLYFDKNT GELLPTNSYQ FKSGLSSENS
DYTSHNAVNS TQADDYTAID GYLTADSWYR PKDILDNGQT WTAASKDDLR PLLMSWWPDK
TTQVNYLNYM KNLGLSDSPT NFTNDENQGR LSKAAENVQV KIERKITQEG QTQWLKEVIT
NFVKSQPNWN ISSESQTSGN GKDHLQGGAL LYVNNDKTPD ANSDYRLLNR TPTNQTGTPL
YSIDPTQGGY DFLLANDVDN SNPVVQAEQL NWMYYLLNFG SITGNESNAN FDSIRVDAVD
NVDADLLQIA ADYFKAAYGV DQNDAKADQH VSILEDWSDN DSEYVKDQGS NQLSMDNKMR
LSLKYSLTIP VVDKESNKRS GLEPLISNNL VNRSEDSSTN GAQPNYSFVR AHDSEVQTVI
AEIIKEKIDP DSDSLTPTID QLTAAFKIYD ADQLKTRKEF TQYNIPSTYA MILTNKDTVP
RVYYGDLYTD DGQYMANKSP YYDSIDNLLK SRIKYVTGGQ SMSIQYVQGD GSMAKDSYRG
VLTSVRYGKD AMNEKDQGTQ ETRTEGLAVI ESNNPDLKLS SSDQIVINMG AAHKNQAYRP
MLLTKTNGLA SYQSDESVPV NEIRYTNADG QLIFTSEDII GTANPQVSGY LAVWVPVDAK
DTQDARSQSS DQSTNDGQIL HSNAALDSQV IYESFSNFQS LPTKTSEYAN VKIAENTDLF
NSWGITNFEF PPQYRSSTDN SFLDSIVQNG YAFTDRYDLG FNTPTKYGTV DQLRTSLIAL
HKAGIKAMAD WVPDQIYNLT GMQIVTAKRV NDSGIYDQDS VINDSLYAAQ TKGGGTYQAM
YGGAFLDKIK EMYPDLFQMN QISTGVPIDP NEKIKEWSAK YFNGSNIQGR GAYYVLKDWA
SNSYFKVGSD NSTDVFLPKQ LLNEPSNTGF ISDSQGINYY STSGYEAKNT FIEDENENWY
YFGEDGYMKY GLQTVNNNRY YFLPNGIELQ DAYLEDGEGN IYYFNQLGKE VENDYFMDKE
KQWRYFDKNG VMANKGLATI VINGIEHTQY FGQDGIQAKG KAVKDNNGKL RYFASDSGDM
VFNRFEKIAD NTWAYFAADG VAVTGLQKIS GQTLYFDEDG QQIKGKEAKD SDGKMRYFDA
DSGEMITNRY EKLSDDSWAY FAADGVTLTG DQLVDGIQVH FDNDGRQIKG KEVIDADENS
GQLAKKRFAD LGNNTWAYFN ANGIAVTGSQ IINGQHLYFQ NNSNQIKGHE YTDANGKMRY
FDADSGEMIV NVLKDYRMTP GLILALTELQ LQDHN
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