| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BbuZS7_G10 |
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| Symbol | |
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| ID | 7170268 |
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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_011779 |
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| Strand | - |
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| Start bp | 7526 |
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| End bp | 10789 |
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| Gene Length | 3264 bp |
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| Protein Length | 1087 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 643559733 |
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| Product | tape measure domain protein |
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| Protein accession | YP_002455237 |
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| Protein GI | 218868773 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR02675] tape measure domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.00000554511 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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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 | ATGTCGATCA GCAATAATCA AAAGCTGGAC GCAATAGCAG AAACTCTAAA AAAAATTGCC
GAACAAAAAT TTTCAAGTCT GGATGATTTG AAGTCAAAAT TAGAAAAATC TGCTAAATCT
GGATCCAACT TAGAGAAAGC GCTAAACAAA AGTTCGCAGA ATGCTATTAA AAACTTCAAA
TCTCTTGCAG ATTCTGTTGA TTCCGTAAAT TCCAAAGCTG GCAGCATGAA AAGTATAGGC
AAAGTTCTAA AAAGTGTTGG AAAAGGCTTA GGAGGTGTAA AGAATTTGGC AAACAAAACT
GGTGAGGCAT TCAACCAAAT GTTGGCGGCT TTTGCCCCAA TTATTATGGC TGTAAAGGCT
ATACAAGCAA TCGGCTCTAC AATAAGTGGA ATTTTTGATG GCGCTATGGA TGCTCTTGAT
GAATTCAACG AAGAAGTGTC AACGTTTTCT GACATGCTTG GAAACGAAGA CCTTGGAAAA
TCTTTAGCAG AATCCATGAG GGCTTTTGGC GATGAAACTC TTTTTACTAG AGACGCTATT
GCTAATGCTA CTAAAACAAT GCTTTCTTAT AGTGCAACTG CGAGTGAAGT TGAAGAGAGA
ATTAGAATGT TTGGGGAGGC TGCTGGTGGA AGTAGCGAGG GGCTTGAGAA ATTAGCCGAA
GTATATTCTC GTGTAGAATC GAGCAATCAA GTGAATTTAG AAGATTTGTA TGCACTTCGT
GACGCGGGTG TTGACATTAC AGACATTTTG GCAGAAGAAG CTGGTTTAGC TGGAGAGGCA
TTATATAAGG CAGCGAGCGA TGGAAAAATA GGATTCGACG CCCTAAATAA AGCTCTTTCC
AAAGCCACTA GCGAAGGTGG CAAATTTTAT GGGAACACCG CCAAAGAAGC AAAAACTTTA
GCTCAAGCTC AACAACAAAC TGCCAAAATG AGCGAAAAGC TTTTCTTAGA CATTGGAAAA
GCTCTAGAGC CAATGATGAT TGGATTTGAA AAAGTAAAAC AATTTCTTAT GGTAGCAATC
ATGGTTCCTT TGACCAAGGT GACTACAGCT ACAATATACT TAACTACCAA ATTGGGTGAG
CTTGTAGCAT ATCTTGCAGG CAAGTGGGTG CAAGGCATGA AAATGTTGTT CAAGGCCATT
ACCACGCCCT TTGTGAAGCT CTACGAGGGA ATCAAATACG TAATCGGCAA GCTAAAAGAA
CTTGCAACAT ATGTTTCTAG TGGATTTTTA GATCGTTTTA AGGGTGCGTT TGAGCCCATT
ATCAAATGGG TTCAAAAGTT GATAGATATG ATATCCAAAG CGTATACAAA ATTGAAAAAT
CTGGTTACTT TTTGGAAAAA AGCCGAAAAG GAAAAAGACA CTTCTGGTTC CGAACCCGAA
AGGGATAAAA AGTTTGATCC AAATGCAAAA ACCAATATTA ACAAGAAAAT GGCAGAAGAC
TATCAAAAGC TGCAAGACGA AATATTTAAT AGGCAGAGGG ACATCTATAA TAAGACCGGG
AAAGCACGAG AACAAGCCTT AAGGAATCTT GAAAAAACCA TAAATGAAAA AAACCAAAAG
TTTAAGGATG AATACTCCAA AATATTTGAT CAGTTAACTG ACGAGAACAA GAAAATTTTA
GTCGGAGTTG AAAAATCAGT AAATGAGTTC AATAACTCCA ATTATGATTT TGTGAATGAG
TACCAAAATT TACTAAAAGA AAAAGAAAGT CGTGAAAGGG AAATAATCAA AACTCTGCCC
CATACAGATC AAGTAAGCGC TTTACAGAAA CTTAATGATG AAATCAATGA AAAGAACAAA
GCGTTCGTAG AAAAATATGG AAAAAGTTTC GAAACTCTGA ACGAGTCTAA CAGGCAAGTT
GTAGTCGCAC TTGAAAAGCA GGTTAATGAA TATGAAAAAA CCGCTTTAGA TCGATCTTTT
GTCGAGGCTC AAAAAGCTCT GCAAAAAGAA ATAACCGACT TAGAGTGGGA AACAATGCTA
CTTCCAGCAA AAGAAAGAGC AAGTGCTGAA AAAAAGATGG CATCCAAAAT TCAAGCAATG
TATAAAAAAT TCGTGGATGA GCACAAATCG CAATTTAAAA AGCTAAATGA AACCAATAGA
AACACTATAA AACAATATGC TGAGAAAGCT CAAGATACGA CAAAAAGCTT ATATGACAGC
ATGATAGACG GCCTAAATGT CTTTAAGAAT GCCTTTATGA AAGATATAGC GGGCAAATTT
TTGAATAAGG ATACGGGAGA AAGTATTGGA GAAGAATTTC ATAATTTGAT TAATGGGAAG
GATGTGAATT GGGGTGAAGG TCTGGAAAAA ATGACAACAC AAATGTACGA ATCTTGGAAA
ACTGGATTAA AAACTGCTGC TGGAGCAGTT TTTGGACCTT GGGGAGAAGC TGTTGCGGAG
CTTATAAACG GATTGACCGA TTTTGTTTGG GGAATTTTGA AGGGGCAAGA AAAAGCGAGA
ATTAAAGCAA TTGAAAAAAA ACGGGACGAA GATTTGGAAG AACTTGAAAA ACGAAGTGAA
GTCGAACTTA AAAAGCTTGA AGATCGTTTT GATGAAGAAA TCAAAATGAG AAAAGAAAAA
TTGAGCGAAT TAGATGATGA ATACACTAAA GAAATAGAAT TTCTCAAACA AGCTCAAAGT
AAAGGACAAA TATCTGGTGA AGAATTTCAA AAAAGATTAC ACGATGTACA AACAGAATAT
AAAACAAAAA AAGATATAGA AACCACCCAA CTTACTAAGA CCGAAGAGGC TAAAAAACTA
GAAGTAGAAC GCAAAAACAA ACTTTCTAAA CTAGAGCCCG AACGAATAAA AGCACAGGCC
GAAGTTGATA AGGTAAATGC TGAAGATTGG TGGAATTTGG GCAAGCCCGA TAGGTTAAGA
AAAACACAAA AAATTTTAGA CGAAATACTA AAAAGAATTG CAAAAGTAAA ATCAGCTGGA
TCTATTGAAG AGATAAAACT TGCTCATGGC GGTGCACGAT TTGTTTCAAA TAAACCGACA
TATATGCCAA ACTCAGGTGT AATGTCTAGT GAGTTTGGTC AACCAGAATT AGTAAGAATA
ACTCCAGCAC CAATAGATGA AAATCTACGC AAACTTGAAG CTAAAATTAT TGCAGAAGAA
ATTACTAAAT TACAAAAAAC TCAAAGCAGT ACAGTTGTAA ATAATTTTTA CTATAACTTT
AATGGAGATG TGCTTGATGC TGAGAAATTA GTTAGAATGC TAAAATCAAA AGAACATTTA
ATGGGATTCA GAATGGCAGA GTAG
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| Protein sequence | MSISNNQKLD AIAETLKKIA EQKFSSLDDL KSKLEKSAKS GSNLEKALNK SSQNAIKNFK
SLADSVDSVN SKAGSMKSIG KVLKSVGKGL GGVKNLANKT GEAFNQMLAA FAPIIMAVKA
IQAIGSTISG IFDGAMDALD EFNEEVSTFS DMLGNEDLGK SLAESMRAFG DETLFTRDAI
ANATKTMLSY SATASEVEER IRMFGEAAGG SSEGLEKLAE VYSRVESSNQ VNLEDLYALR
DAGVDITDIL AEEAGLAGEA LYKAASDGKI GFDALNKALS KATSEGGKFY GNTAKEAKTL
AQAQQQTAKM SEKLFLDIGK ALEPMMIGFE KVKQFLMVAI MVPLTKVTTA TIYLTTKLGE
LVAYLAGKWV QGMKMLFKAI TTPFVKLYEG IKYVIGKLKE LATYVSSGFL DRFKGAFEPI
IKWVQKLIDM ISKAYTKLKN LVTFWKKAEK EKDTSGSEPE RDKKFDPNAK TNINKKMAED
YQKLQDEIFN RQRDIYNKTG KAREQALRNL EKTINEKNQK FKDEYSKIFD QLTDENKKIL
VGVEKSVNEF NNSNYDFVNE YQNLLKEKES REREIIKTLP HTDQVSALQK LNDEINEKNK
AFVEKYGKSF ETLNESNRQV VVALEKQVNE YEKTALDRSF VEAQKALQKE ITDLEWETML
LPAKERASAE KKMASKIQAM YKKFVDEHKS QFKKLNETNR NTIKQYAEKA QDTTKSLYDS
MIDGLNVFKN AFMKDIAGKF LNKDTGESIG EEFHNLINGK DVNWGEGLEK MTTQMYESWK
TGLKTAAGAV FGPWGEAVAE LINGLTDFVW GILKGQEKAR IKAIEKKRDE DLEELEKRSE
VELKKLEDRF DEEIKMRKEK LSELDDEYTK EIEFLKQAQS KGQISGEEFQ KRLHDVQTEY
KTKKDIETTQ LTKTEEAKKL EVERKNKLSK LEPERIKAQA EVDKVNAEDW WNLGKPDRLR
KTQKILDEIL KRIAKVKSAG SIEEIKLAHG GARFVSNKPT YMPNSGVMSS EFGQPELVRI
TPAPIDENLR KLEAKIIAEE ITKLQKTQSS TVVNNFYYNF NGDVLDAEKL VRMLKSKEHL
MGFRMAE
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