| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BLD_1519 |
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| Symbol | |
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| ID | 6363779 |
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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 | Bifidobacterium longum DJO10A |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010816 |
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| Strand | + |
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| Start bp | 1791559 |
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| End bp | 1796100 |
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| Gene Length | 4542 bp |
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| Protein Length | 1513 aa |
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| Translation table | 11 |
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| GC content | 60% |
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| IMG OID | 642680709 |
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| Product | hypothetical protein |
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| Protein accession | YP_001955462 |
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| Protein GI | 189440381 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01167] LPXTG-motif cell wall anchor domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.44444 |
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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 | ATGAAGGTAC TGAGCAAATC GCTTGCTGCA ATGGTTGCGG CGGCAACACT AGTGGGAGGA
GGGGCGTTTG CGGTTGCCGG CACTGCGTAT GCGGCTGATA ACGATGCCAT TACCGTGACC
CCGAACCCGT GGTATGCCAA CAGTTTCGAT GGCTGGGGCA CCTCACTGGC TTGGTTCGCC
AACGCCACCG GCAGCCTCGG CGAGGAATCG GCCATCACCA CCAATCTCGG CGATGACGCT
TCCAAGGCTA AGGCTGTGGA ATACGGTAAA CAGCTGCGCG AACAGTTCTA CCAGTCCATC
TTCGGTGATG AAGGACTGGA CCTGAACATG GCCCGCTACA ACGTGGGCGG CGGCAATGCC
TCCGATGTTG CCTACGGCTA CCCATTCATG CGCCAAGGCG CTGCCGTGCC TGGCACGTGG
AAAGATGACG CCACCGGCTC CGGCACGTAT GGCAATGGCG TAACCACCAA GCAGGCCGAC
AAAGACAAGC TGGCTGCGGC ATTCGACCCG ACTGACGACA ACCAGTATGA CTTCTCCAAG
TCCGCCGCCC AAGACTGGTG GATTGAGCGC GGTGCCACCG GCGATAACCC TGACATCACC
GACGTAGAGG CCTTCGCCAA CTCCGCTCCG TGGTTCCTGA CCAACAGCGG TTACGCCACT
GGTGGACGCA ACTCCGGTAG CAATAATCTT GCAAACCCTG AGAAATTCGC TCAGTACATG
GCCAAGAACG TCGAGCACCT CGAAAGCCTT GGCGCAAACG TTGACACGGT CGAGCCGTTC
AACGAGTCCG AGACCAGTTA CTGGGGCACT CCGGGCGACA TGGCTTCGAA GTACACCGAT
GAGAGCGATG ACAACACCAA GCTCATTAAC AACTACTGGG ATAAGTACTA CTCCGACAAA
GATAGGTCCG TCACCCCATA CTCCAACGCG CTGAAGAAGC CGCAGGAGGG TATGCATGTC
AGCAACGCCC AGCAGCAGCA GACGATTACC GCACTCGCTG AGGCGCTCAA GGACAATGAT
GACACCACCA TCGCAGCCAC CGATGCCACG AACTCCGCCG ACTTCGTCAA GTCGTACAAC
CAGTACCCGC AGGCGATCAA GGACCTTATC GGCCAGTACA ACGTTCACGC CTACTCCGAC
AGCAACCAGA TGCAGTCGCG CGATATCGCT CAGGCAGACG GCAAGAAGCT GTCGATGAGC
GAGGTGGACG GCTCCTGGCA GTCTGGCTCC TACAACCCGT ACGGTTTCGA CAACGCGCTG
GGCATGATGA GCAAGATCAG CTCCAACGTC ACCCGCCTGC AGTCCAAGGA CTTCACCTTC
TGGCAGGTGG TCGAGGACCT CTACAACATG CAGATGGGCT CGAATGTGAA TCCGGCCGGC
GAGAACACCA ACTGGGGCAC CGTGCTCATC GACTTCGACT GCACCGTGGC TGGCATGGAC
GGCAAGCTCT ACTCCGAGCG CCGCGTGAAC AACAACGGCG GTACCACCGA TGGACTTGAA
CCGTGCACGG TTATTGCAAA CGCCAAGTAC AACGGCGTCA AGGCCATCAC CCACTTCATC
CACGCGGGCG ACAAGGTCAT CGCCAACAAC GATGAAGACA ACAACATGAC TGCCACCTCC
GACGATGGCA AGACACAGAC CGTCATCCAC CGCAACTCCG GCACCTCTGA CCAGACCTTC
GTCATCGACC TGTCGAAGTA CGGCGAGATT GCCGACAACG CTTACGGTGA GCTCTACCTG
ACCACCGAAA CCTCTGCCGA AGACAAGAAC GCGGGTGTCG ATTCCGCCAC TCCGGAAGTC
TTCGCCAAGA CCAGCAACGT CAAGCAAGCT GAAGGCTCTG TGATGATTGA CAAGGCTGCC
AAGACCGCTA CGGTCACTGT GCCCGCCCGT TCTATCGCCT CCATCCAGCT CACTGGCGTG
ACCGGCTACG CTAAGGATGC TGCCGTCGAG ACCGGCGACA CTTACCAGCT CGTTGGTAAG
CAGTCCGGCA AGGCCGTGGC TGATACCACT TCTGGTGATT CCGCGCTGTC CCTGGCCAAC
GTCGCTTCCG ATGCCGAGAA CGCCAAGAAG CAGACTTGGA CCTTTACCCA GATCGAGCAG
CCCGCCGACT CCGAGCGCCC TGATCTCAAG GCTTATGTGA TTACTAACGC CGAAGGCAAG
GTGCTGGTGT CCAAGGATGG CACGAACGCG CTTTCCAACG AAACGGTTGA GGCCGCTAAG
TCCGACCCGG CTGCCAAGTG GATTCTCAAC ACTTCCGATG GTTCGACCTA CCAGCTGCTC
AATGCCGCGA CTAAGACGAA CCTCGATGTG GATAACTCTG GTACCACAGT CGGCACGAAG
GTTGGCTTGT GGCAGTCACC GAGCGGCACT TCGCCGTCCG CCAACCAGAC ATGGACTCTA
CGCAATGTAA CGCCGACCAG CCAGAAGACC GTGAACGTGC AGACCGCCGT TAACGAGAAG
GCCGCGCTGC CGACCGAAGT CACGCTCTAC TACACCTGGG GCGAAGGCAA GGCCACGGTT
GCCAACTGGG ATACTTCCAA GGTCGATGTG GCCAAGGAAG GCACCTACGA AGCCACCGCT
ACCGCCACCG ATGTGTACGG CAACGAGTTC AATGTCGCCG CTACGGTCTA CGTTGGCGCG
CTCACCGTTT CCGATCCGGT ATCGGCTACA GTGCTGGCCG GCACCAGTGC GAGCGAGGCG
AAGGCCGCGC TTGAGGCTGC GCCGGTGTAT CTGCACGTCA AGGCATCGCC TGCATTCGAG
GGCGATGCGG CTAAGGTTAC GTGGAACTTC GATGGGCTTG ATACCAAGCT CGCCGATGCC
AAGGCTGGCG ACAACATTGC CGTGACCGGT ACGTACCAGC TGGACGACGC GACCACGATT
GCGCTGAAGG GCACGATCTA TGTCACCGCC GCCACGCCTG AGAATGTGGC CGACACTGCT
TCCAGCCTGA CCGTGACCAA CCAGCAGACG GAATACAGCA AGGGCGATCA GTGGAAGAAG
CTCACCGATG GTGACACGTC AGCTGAAGCC TGGGTGACGT GGAACTCTGC TGGTGACTAT
TCCGCCAGCC CGACCGCCAC GATTGACTTC GGCTCTGAGT GTGAGCTTAG CAGCGTGACC
ATTACGTATG GTGACAAGGC TCCGGCTTCC GCCAAGGCCG AGTACACCAC TGATGGCGAG
ACGTGGATGC AATTCGGTAG CGATGTTAAG CCTGCCGCAG GCCAGACGGT GACGTTCAAG
GCCGATAAGG GCACAGTGAA TGCCACGAAG GTGCGCATTG TGAACACCGT GAACAACGAC
TACATGAACG CCACCGAAAT TCAGGCATTC GTGACGCCGG TTCAGGGTGC TGCGAAGAAC
ATCGCCGCGG CCTCTGGCAC GAACTTCTCG GTGAACTTCC AGGAGGGTGC CTCCGCTTCC
AAGGCCATCG ATGGTGACAC TACGTCAAAG GGTTGGTCCA CTTGGGCTTC CACCGCCTCG
ACGGTGGACC CGGTCGCCAC GTTCACCTTC GACGAAGCTC AGACCATCAC CGAAGTGAAG
ACCTTCTTCT ACTACGATGG TCGTGCGTCT TGGCCGAAGA GCCAGACGCT GGAATACCAG
AATGAGGCTG GCGAATGGCA TGGAGTCGGT ACCAAGGATG GCTGGAAGAT ACAGGCCGGC
GATGCCGGCT CTGGCTCCGA CGGCATCACC GCCGCCGACA CCCCGACCGT TGACTTCGTG
CTCGGCACCC CGGTAAAGGC CAAGGCCATC CGCCTGACTA ACACATTGCA GGACACCAAG
GTGTACATCA ACGTGGCTGA GATCCAGGTG TTCGCACAAG ACAGCACGGT ACTCACCCCG
CAGCCAGCAT CCGATGCCAC GCTGGGCGAC CTGCGTCTTG ACGGCGAAAC CGTTGAAGGC
TTCGACCCGT CCAAGACCGA CTACACGGTT GATCTGCCGG TCGACGCCGA GGCAAACCCG
GTGCTGCAGG CCTTCGCCAC CGACAATGCC GCCGCCGTCA AGGTGACTGG CGACGCGGTT
GAGAACGGCA AGCTTGGCGG CAAGGCCGCC ATTACGGTGA CCTCAGCCGA CGAGTCTGAG
ACGAAGACCT ACACGGTGAC CTTCAACGCC TTCACTTTGG CTTCGCTCAA GGTGATCGGA
CCCACGAAGA CCGAGTACGC CATCGGCGAC AAGCTCGATA CCGCCGGTCT GAAGGTGACT
GCCGTCTACC AGAGTGTCGA CAAGACCAAG GAAGTGCCGG TCGCTCTTGA CGATCCGCAG
CTTGCGATTG GCTCGTTCGA CTCCACCACC GCAGGCAAGA AGGCGATTAC CGTCTCCTAC
CGTGGTGTGA CCGCGACCTT CAACGTCACG GTCAAGGCCA ACGCAGTCGC CCCTGGCCCT
GAAGAACAGA AGCCCGGCAA CACCAACAAG CCCGGTGCCA CCGGCAACGG CAACAAGAAC
ACGGTGGCCA ACACCGGTTC CAGTGTTGCC GCCATCGCTG GCGCTGTCGC TCTGCTGGCC
GCTGCCGCGG GTGCACTGTT CATGCTGCGC AAGCGTGCAT AG
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| Protein sequence | MKVLSKSLAA MVAAATLVGG GAFAVAGTAY AADNDAITVT PNPWYANSFD GWGTSLAWFA
NATGSLGEES AITTNLGDDA SKAKAVEYGK QLREQFYQSI FGDEGLDLNM ARYNVGGGNA
SDVAYGYPFM RQGAAVPGTW KDDATGSGTY GNGVTTKQAD KDKLAAAFDP TDDNQYDFSK
SAAQDWWIER GATGDNPDIT DVEAFANSAP WFLTNSGYAT GGRNSGSNNL ANPEKFAQYM
AKNVEHLESL GANVDTVEPF NESETSYWGT PGDMASKYTD ESDDNTKLIN NYWDKYYSDK
DRSVTPYSNA LKKPQEGMHV SNAQQQQTIT ALAEALKDND DTTIAATDAT NSADFVKSYN
QYPQAIKDLI GQYNVHAYSD SNQMQSRDIA QADGKKLSMS EVDGSWQSGS YNPYGFDNAL
GMMSKISSNV TRLQSKDFTF WQVVEDLYNM QMGSNVNPAG ENTNWGTVLI DFDCTVAGMD
GKLYSERRVN NNGGTTDGLE PCTVIANAKY NGVKAITHFI HAGDKVIANN DEDNNMTATS
DDGKTQTVIH RNSGTSDQTF VIDLSKYGEI ADNAYGELYL TTETSAEDKN AGVDSATPEV
FAKTSNVKQA EGSVMIDKAA KTATVTVPAR SIASIQLTGV TGYAKDAAVE TGDTYQLVGK
QSGKAVADTT SGDSALSLAN VASDAENAKK QTWTFTQIEQ PADSERPDLK AYVITNAEGK
VLVSKDGTNA LSNETVEAAK SDPAAKWILN TSDGSTYQLL NAATKTNLDV DNSGTTVGTK
VGLWQSPSGT SPSANQTWTL RNVTPTSQKT VNVQTAVNEK AALPTEVTLY YTWGEGKATV
ANWDTSKVDV AKEGTYEATA TATDVYGNEF NVAATVYVGA LTVSDPVSAT VLAGTSASEA
KAALEAAPVY LHVKASPAFE GDAAKVTWNF DGLDTKLADA KAGDNIAVTG TYQLDDATTI
ALKGTIYVTA ATPENVADTA SSLTVTNQQT EYSKGDQWKK LTDGDTSAEA WVTWNSAGDY
SASPTATIDF GSECELSSVT ITYGDKAPAS AKAEYTTDGE TWMQFGSDVK PAAGQTVTFK
ADKGTVNATK VRIVNTVNND YMNATEIQAF VTPVQGAAKN IAAASGTNFS VNFQEGASAS
KAIDGDTTSK GWSTWASTAS TVDPVATFTF DEAQTITEVK TFFYYDGRAS WPKSQTLEYQ
NEAGEWHGVG TKDGWKIQAG DAGSGSDGIT AADTPTVDFV LGTPVKAKAI RLTNTLQDTK
VYINVAEIQV FAQDSTVLTP QPASDATLGD LRLDGETVEG FDPSKTDYTV DLPVDAEANP
VLQAFATDNA AAVKVTGDAV ENGKLGGKAA ITVTSADESE TKTYTVTFNA FTLASLKVIG
PTKTEYAIGD KLDTAGLKVT AVYQSVDKTK EVPVALDDPQ LAIGSFDSTT AGKKAITVSY
RGVTATFNVT VKANAVAPGP EEQKPGNTNK PGATGNGNKN TVANTGSSVA AIAGAVALLA
AAAGALFMLR KRA
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