| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BbuZS7_0762 |
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| Symbol | valS |
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| ID | 7106112 |
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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 | 774760 |
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| End bp | 777387 |
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| Gene Length | 2628 bp |
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| Protein Length | 875 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 643478170 |
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| Product | valyl-tRNA synthetase |
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| Protein accession | YP_002375236 |
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| Protein GI | 218249873 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0525] Valyl-tRNA synthetase |
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| TIGRFAM ID | [TIGR00422] valyl-tRNA synthetase |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | ATGAATTGTA GACCTCTTGA AAAATATGAT CCTAAGGCAT TTGAAGATGA AATTTACACT
AAGTGGCTTA AAAACAATGT TTTTTTGCCA GATAATTCTT TATTTGAAAA ATTTAGTATG
GTTGCGCCTC CTCCTAATGT TACTGGCGTG TTGCACATGG GGCATGCTCT TAATTTTGTT
TTGCAAGATG TTCTTGTAAG GTATAAAAGA ATGAAAAGAC ACAATACTTT GTGGCTTTTT
GGCACAGATC ATGCAGGAAT AGCAACGCAG GCTGTTTTTG AAAGACATCT TAAAAAGATT
GGTAAAAGCA AAGATGATTT TGAAAGAGAA GAGCTTGTTC AAGAAATTTT TAAATTAAAA
GATAGGCATA GAGGGATAAT TGTTAATCAG ATAAACAAAC TTGGGGCGTC TTATGATCAC
TCAAGAGAAA GGTTTACTCT TGATGAGAAT CTTTGTAAGG CTGTTAACAA GGTTTTTAAG
GACTTGTATT TTAAGGGGTT GATTTATAGG GGTGAGTATC TTGTTAATCT TGATCCTGGA
TCTGGGAGTG TTGTTAGCGA TGAAGAGATT GAATACAAAG AAGTTGATGG TAAGCTTTAT
TTTGTTAAGT ATTTTATTGA TAACTCTTCT TTTATTGAGG TTGCAACAAC TAGGCCTGAG
ACAATGTTTG GGGATACTGC TATTGCTGTT AATCCTAATG ATGAGAGATA TAAGTCTTTA
GTTGGCAAAG AAGTTACAAT TCCTTTGACA ACTAAAAAGA TAAAAGTTAT TGCAGATTTT
TATGTTGACA GCGCTTTTGG CACTGGGGCT TTAAAAGTTA CTCCTGCACA CGATCCTAAT
GATTTTGAAA TTTCAAAAAG GCACAATATT TCTAAGGTCA ATATTTTAAC TCAAGATGGA
AAACTTAATA AAAATGTTCC TTTGCAATAC CAAGGATTAA GTGCGAAAGA TGCAAGATTT
AAAATTGAAA CAGAATTAAT GGAAAAGGGT TTTTTGCAAG ATGTTAAGAA GCATAAACAA
CAGGTTGGGC ATTGTTATCG GTCAGGTGAG GTTATTGAAC CTTATTTGTC TACTCAGTGG
TTTGTGAGAA TGAAGCCTTT AGCAGACAAA GCTTTAAAGG CTTTAGAGAA TGGCGAATTA
AAATTTTATC CTAAAAAGTG GGAAAATACA TATAAATATT GGTTATCAAA TATTAGAGAT
TGGTGTATAT CAAGACAGCT TGTTTGGGGA CATAGAATAC CGGTTTGGTA CAATGTTGAT
ACATCTGAAC TTATTGTTAG TGATACTGAT CCTTCTTTAG ATGAAAAGAA TATGGGGAAG
AGGTTTGTTC AAGATCCAGA TGTTCTTGAT ACTTGGTTTT CTTCTTGGCT ATGGCCCTTT
TCTTCGCTTG GATGGCCCAA TGTTGATGTT GATTTTAAAA ATTATTATCC AACAAATACC
TTGATAACAG CTTACGATAT AATATTTTTT TGGGTTGCAA GAATGGTGAT GGCAGGATTA
GAATTTACAG GGCAAGTTCC TTTCAAAGAT GTTTATATAA CACCTCTTTT GCGTGACAAA
CAAGGTAAAA AAATGTCAAA GTCTTTAGGC AATGGAATAG ACCCTCTTGA TATTATTGAT
GAGTATGGAA GTGATTCTTT GCGGTTTACT TTATCCTTTT TGTCTGTTCA GGGTCAAGAT
TTAAATATTG ACGCTAAAGA TTTTATGTTT GGGGCTAAGT TTGCAAACAA AGTTTTTAAT
GCTTCCAAAT TTATTCTTTT AAATTTAAAA AATAGAAAAA TATTAAATGA TTTGAAATTT
AACGACATTG ACAAATGGCT GCTTACAAGC TTAAATTCGA CTATTCTTGG TGTAGAGTCT
TCTTTTGCAA ATTATAAATA TAACGAAGCT TCAAAATTTG TTTATGAGTT TTTTTGGAAT
GATTTTTGTG ATTGGTATAT TGAAATTAGC AAAATTGATT TAAATAATGA AAATGTTGAT
ATTCAAAATA TGGCTATTTC TAAGTTGCTA TTTTTTCTTA AAAAATCATT GTTAATTTTG
CATCCGTTTA TTCCTTTTGT TACAGAAAAA ATTTATTCTG AATTTGCAGA AAAGGAAGAT
ATTTTAGCTT TAAATGAATA TCCAAATTTT GATATTGCCA ATAATTTTCA AGAAGAATTT
GAAATTTTTA AAGTATTGAA AACTTTTATT ATAGCTATTA GAACACTTAA GAGTGAATTT
AATATACCTG CTAGTGTTGA AATTGATGTT GCTTTGAAGT TTGATGCTGA TTTTAAATAT
GAGGCATACT TTAAGGCTAA TGAAAGCATT GTAAAAAGAA TGATTAATTT TAAAAATATA
TTTTACAATG AAAATTATGA TGGTATGCTT GGTGTAGCTG CAGTTGGTTT TGAAATTTAT
GCAGATGTTA AGTCATTGAT AGATAAAACC AAAGAGTTGA TAAGGCTTGA AAAGCAGCTT
GAAAAGTATA AAATGCTCAA TATTTCTGTT TCAAAGAAAC TTGAAAATGA AAATTTTTTA
ATGAATGCTC CCAAGGAAAT TGTTGAATCT GAAAAATTAA AATTTGTAGA ATTTTCTTCT
TTAATTAATA AAATAAATAA TTATATTATT AATTTAAAAA ATCTGTAA
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| Protein sequence | MNCRPLEKYD PKAFEDEIYT KWLKNNVFLP DNSLFEKFSM VAPPPNVTGV LHMGHALNFV
LQDVLVRYKR MKRHNTLWLF GTDHAGIATQ AVFERHLKKI GKSKDDFERE ELVQEIFKLK
DRHRGIIVNQ INKLGASYDH SRERFTLDEN LCKAVNKVFK DLYFKGLIYR GEYLVNLDPG
SGSVVSDEEI EYKEVDGKLY FVKYFIDNSS FIEVATTRPE TMFGDTAIAV NPNDERYKSL
VGKEVTIPLT TKKIKVIADF YVDSAFGTGA LKVTPAHDPN DFEISKRHNI SKVNILTQDG
KLNKNVPLQY QGLSAKDARF KIETELMEKG FLQDVKKHKQ QVGHCYRSGE VIEPYLSTQW
FVRMKPLADK ALKALENGEL KFYPKKWENT YKYWLSNIRD WCISRQLVWG HRIPVWYNVD
TSELIVSDTD PSLDEKNMGK RFVQDPDVLD TWFSSWLWPF SSLGWPNVDV DFKNYYPTNT
LITAYDIIFF WVARMVMAGL EFTGQVPFKD VYITPLLRDK QGKKMSKSLG NGIDPLDIID
EYGSDSLRFT LSFLSVQGQD LNIDAKDFMF GAKFANKVFN ASKFILLNLK NRKILNDLKF
NDIDKWLLTS LNSTILGVES SFANYKYNEA SKFVYEFFWN DFCDWYIEIS KIDLNNENVD
IQNMAISKLL FFLKKSLLIL HPFIPFVTEK IYSEFAEKED ILALNEYPNF DIANNFQEEF
EIFKVLKTFI IAIRTLKSEF NIPASVEIDV ALKFDADFKY EAYFKANESI VKRMINFKNI
FYNENYDGML GVAAVGFEIY ADVKSLIDKT KELIRLEKQL EKYKMLNISV SKKLENENFL
MNAPKEIVES EKLKFVEFSS LINKINNYII NLKNL
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