| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BbuZS7_0867 |
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| Symbol | |
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| ID | 7106108 |
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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 | Borrelia burgdorferi ZS7 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011728 |
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| Strand | + |
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| Start bp | 889139 |
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| End bp | 892579 |
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| Gene Length | 3441 bp |
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| Protein Length | 1146 aa |
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| Translation table | 11 |
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| GC content | 27% |
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| IMG OID | 643478272 |
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| Product | hypothetical protein |
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| Protein accession | YP_002375334 |
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| Protein GI | 218249517 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG1452] Organic solvent tolerance protein OstA |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | ATGCGAGAAT TCCTATACAG GAATGTTTTT AAAAAATCTT TTATAGTATT TTTAATTTTT
TTAACATTTT CTAATGCAAT TTTTGCCCAG ACTATAGATG ATGAAAATTC TAAAAAAAGG
GATAAGCTAA CTTTAAGTCA AAAATCTTAT TTAAGAGAAC TTGAGCTTTC AACCGATGAG
GATTTAAAAA AATGGGCCTT AAAAGAGGGT TTAAAAGAAA CAGATGTTTC AAAAATACGA
GAATTGCTTT TAAAAAAGTT TGGAATAGAT CCTGAGCTTT TTATCAAAGG AAAGGGACTT
GCCGGATCTG GTAGATATAA AATAATCATT GAAACTGCAG ATAATCTTGA AAATTTCACT
TATGGACTTA TTAAAGATGA AAGTATTATT TTTGAAGGAA GAGTTAATAT CTTGGTTGAA
GATATTAAAG AAAATAAAAA GCACAATATT AAAGGCGACA GAATAGTCCT TAATAAGAAC
TCTAAAAAAC TTTATGCTAT TGGAAATGTT GAATATATTC TTGATATGGA TACCAATGAA
AAGCTTTATT TTTATGGCAA TGAATTTCTT GTCGATTTTG ATTCTCAAAA TTTTTTATTA
AAAAATGGTA TTCTTCAAAA AAAAATGCAA AAAAATCAAA TAGATCATAT TCTTTCGTTT
GGAGGAAAGG TTTTAAAAAA GATAGACAAT GATGTTACCA TTTTGGAACA AGCTTTTGCA
ACAACTAGTA AAATTCCAGA ACCTTACTAT TCAATCAAGG CTTCTAAAAT ATGGGCATTG
CCCTCGGGAG ATTTTGGGTT TTTAAATGCC ATATTTTACA TGGGAAGAGT TCCGGTATTT
TATATTCCTT TTTTTTTCAG ACCGGGAGAT AGTTTGTTTT TTAATCCATC TTTAGGTCTA
AATCCACGAA AAGGTTTTTC TGTTTTTAAC ACCGTTTATC TTTTTGGTAA TAAATCTTCA
AGTGAAGATT CTTCTTTTTT GGATTTTGAT TTCAATTCTG TTTATAATTC GGGTAAAAAA
CCTTATATAA GAAATGGATA TTTAACTTAT TTTTTTGCAG AAAATTTAGC ACCCAGTGTT
AATAAAGATT ATGTTAAGCT TATTTTTGAC ATTTATGCTA ATCTGGGATT TTATTCTGGA
ATTGATTTTA ATTTGGGCAA TACTTTGGGG CATTTTAAAA CTTTGGAAGG AAATTTTGGA
TTGGGTTTTA CCAGGAATGT TTATAGTTAC GATGGAGGAT ATTATCCTTT TGATAATAGG
ACTTTAAAAC AATCTCTTTT TAGTTTTTCC AATCTTAACA AAGGAGATGT ATTTGGGTTT
GAAGTTCCTT TTAGATATTT ATTTAAATTT AAAACAGAAT TTCTTTTAAG TGATGCACTT
TTTTCGGTTG TTTTAGAGCA CTATTCTGAC CCGTATGTTA ATATTGATTT TAGAGATAGG
ATAGAAAGCG CTACATTTTT TTCTCTTTTA AATTTAGATA AAGATTCGGT TAAAGAGCAA
ACTAGCATTA GCACTTTTGA TTGGAATTTA TCTTCTTTTT ATAAGCGAAC ATTTAATGAC
GGTTCGATTT TAGATTATAA ATTAAATAAT TTGGGCTTAA ATTTTAAATT GTCAGACTAT
GAAAATCTTT ATGTTAAATC TCCTTTAGAG AAACCAAAAG ATGTTAATGA TCCTACAAGA
AAATGGTTTT ATTTGGAGAG AATTTATGCT CCATATATTG ATTTAAATTT TCAAAAAGAC
CTTTACAATA ATCAGTGGAC TTTTTCAACT GATACTAAAG AAATGATAAT GCGCCCAGAA
ATTAAAAATC TAGAAGATAA AGATAATGAT AAAAAGAGTG TGAAGGAAAA AAATACTAAA
AAAACAACAG AATTAACCAA AGATTTATAT ATTCCTCCAG AACCAATTAC TTTAAAAAAT
ATTGATCAAT CCGATTCTTT TTTTATTAGG TTTGGCATTA ACCCTTATTT AAGAAATAAT
GTTTTTTTTG ATAATTATGG CATAACAAGT CCAAAGGACT TTAATTATCA AATAAAAAAT
TATTTGTTTG ATATAAAAAA TAAAACGGAT ATAAAAATTC ATGCTGATTT TTACAATCGT
TTAATTACTT TTGAAAATTT ATTATATCTT AATACTATTG AGTATAGTCC TTTAAATAAA
GATTTTAAAG TTGAAGATAA AGATAAAAAA AGTGAGCACT CTATTATTAA CCAAATAAAT
TTAAACTTGC TTCCTTTTAT TAGATATCCT TTATTTTCTA GAAGTACTTT AAAGTTTGAA
AATAAGGCTA CTTTATATTC ATTTAATAAA AAATATGATT CTGATGTAAA ATCTTTGGTT
AATAAGAATA GTAGTATTTT TTTATCTGAT CCGGAAACTT TTTATCAAAG TTTAACAGCC
TCTTTAATTT ATGATTATGA TTATTTTACT ACTGAGCTTT CAGGTGAATT AAAAAATAGT
TTTGAAGATA TTAAAGCTTC TTCTGAGCTT AAACTTTCTT TAGATTTTCC TTATTTGCTA
CAAGAAGCTG GGATTGGAAT TAAATATTAT AAAAAGTTTA AAGAAGATGC TATGAAAAAC
TCTGGAATTT CTGCTGTTCA AAGTCCTTTG GAGCCTCAAA AACCATCATC GCCTTATAAA
AATTTAGAAA TGTCTCCTGC TTTGTATTAT AAAATTGAGC CGAGATATTT GGATTATTTT
AAATTTAGTT TTTTAGTCGC CTATGATCCT TTGATAAATA GAGTTTCTGA ACTTTCTTTT
AAGCTTAATG TTTTTGATTT TCAATTTTTG TTTGCTATGA AAGACGACTT TGAATATAAT
TATGATCCTT TAAAAGGAGA TTTTTCCAAG ATTGGTACTA CAACCAAACT TGTTCCATAT
TCTTTAGATT CTAGTTACAA AAAGGAATTG TACGTTTTAA CTTTTTTTGA CAATAAGCTT
TCTTTTACCT TGGGGGTAGA TGTTGGTTGG AAAATAAATT TGCAGAAATT TACGGACAAT
GAACTTCGAT CCGCATTGAC TTTGAAGCTT AAATACACAG AGTTTTTAGA AATTTACTTT
TCTACTTTGT CTATTAATAC TAAGACTTTT AAATACTTTA AAGGATATAT GGACCAAATT
GGTCTAGAAC CTGTTAATGT CTTTGTTGAT TTATCAAAAT CTTTCAATTT CTTTAATTCT
CAAGACAGAA AAGATTCACT TTTTAAAATT AAAAAATTTT CATCAGGCTT TAAATTCAAT
TTTTATGATT GGAAATTTGT TGGAGAATAT AATTTAGAAC CAGATTTATT AAGGGGATCT
GATGGGATTT ATTCTCCTAT TTGGAGAAAT AATTTTACAA TTTATATTTC TTGGAACTTT
TTTGCTCCTA TAAAAGCGTC ATTTGAAAAC AACAAAGATA CAAACTACGA GCTTATTATT
AATAGAAAAA CAAAAAAATA A
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| Protein sequence | MREFLYRNVF KKSFIVFLIF LTFSNAIFAQ TIDDENSKKR DKLTLSQKSY LRELELSTDE
DLKKWALKEG LKETDVSKIR ELLLKKFGID PELFIKGKGL AGSGRYKIII ETADNLENFT
YGLIKDESII FEGRVNILVE DIKENKKHNI KGDRIVLNKN SKKLYAIGNV EYILDMDTNE
KLYFYGNEFL VDFDSQNFLL KNGILQKKMQ KNQIDHILSF GGKVLKKIDN DVTILEQAFA
TTSKIPEPYY SIKASKIWAL PSGDFGFLNA IFYMGRVPVF YIPFFFRPGD SLFFNPSLGL
NPRKGFSVFN TVYLFGNKSS SEDSSFLDFD FNSVYNSGKK PYIRNGYLTY FFAENLAPSV
NKDYVKLIFD IYANLGFYSG IDFNLGNTLG HFKTLEGNFG LGFTRNVYSY DGGYYPFDNR
TLKQSLFSFS NLNKGDVFGF EVPFRYLFKF KTEFLLSDAL FSVVLEHYSD PYVNIDFRDR
IESATFFSLL NLDKDSVKEQ TSISTFDWNL SSFYKRTFND GSILDYKLNN LGLNFKLSDY
ENLYVKSPLE KPKDVNDPTR KWFYLERIYA PYIDLNFQKD LYNNQWTFST DTKEMIMRPE
IKNLEDKDND KKSVKEKNTK KTTELTKDLY IPPEPITLKN IDQSDSFFIR FGINPYLRNN
VFFDNYGITS PKDFNYQIKN YLFDIKNKTD IKIHADFYNR LITFENLLYL NTIEYSPLNK
DFKVEDKDKK SEHSIINQIN LNLLPFIRYP LFSRSTLKFE NKATLYSFNK KYDSDVKSLV
NKNSSIFLSD PETFYQSLTA SLIYDYDYFT TELSGELKNS FEDIKASSEL KLSLDFPYLL
QEAGIGIKYY KKFKEDAMKN SGISAVQSPL EPQKPSSPYK NLEMSPALYY KIEPRYLDYF
KFSFLVAYDP LINRVSELSF KLNVFDFQFL FAMKDDFEYN YDPLKGDFSK IGTTTKLVPY
SLDSSYKKEL YVLTFFDNKL SFTLGVDVGW KINLQKFTDN ELRSALTLKL KYTEFLEIYF
STLSINTKTF KYFKGYMDQI GLEPVNVFVD LSKSFNFFNS QDRKDSLFKI KKFSSGFKFN
FYDWKFVGEY NLEPDLLRGS DGIYSPIWRN NFTIYISWNF FAPIKASFEN NKDTNYELII
NRKTKK
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