| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BbuZS7_0257 |
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| Symbol | leuS |
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| ID | 7106292 |
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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 | 255828 |
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| End bp | 258350 |
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| Gene Length | 2523 bp |
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| Protein Length | 840 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 643477682 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_002374774 |
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| Protein GI | 218249906 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0495] Leucyl-tRNA synthetase |
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| TIGRFAM ID | [TIGR00396] leucyl-tRNA synthetase, eubacterial and mitochondrial family |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.847152 |
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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 | ATGTCTAAAT ACGAATTCAT AAAAATTGAA AAAAAATGGC AAGAATTTTG GGATAATAAC
AAAACATACA AAGTAGAAGA AGATCCAAGT ATTCCCAAGG AAAAAAGATT GTATATACTT
GACATGTTCC CCTATCCTTC TGCCAACGGG CTTCATGTTG GTCATCCAGA AGGATACACA
GCAACAGACA TATTTGGAAG ATACAAGCTT TTGAATGGAT TTCATGTACT TCACCCGATA
GGATTTGATA GCTTTGGACT TCCTGCTGAA AATTACGCAA TACAAACAGG AACTCACCCT
CAAAAAAGTA CAGAAGAAAA TATTAATAAG TTTAAAAAAC AAATAAAAGC TTTGGGGTTT
GCCTATGATT GGGATCGAGA AATTAGAACA CATGAGGAGA ATTACTATAA ATGGACACAG
TGGATTTTCC TGCAATTATA TAAAAAAGGG CTAGCTTATG TAAAAGAAAT GCCTGTATGG
TACTGCCCCG AGCTTGGAAC GGTACTAGCA AATGAAGAGA TTATTCAAAC TTCAGATGGA
CCAAAATCTG AGAGAGGATC TTACAGCGTC GAAAAAAAAT ATTTAAGACA GTGGGTTTTA
AAAATTACAA AGTATGCTGA AAGATTGCTA GACGACCTTG AAGAATTAGA ATGGCCTGAA
TCTGTAAAAG AAATGCAGCG AAATTGGATT GGCAAATCAA CAGGAGTTGA AATTGAATTT
GAAATTGAAG GCCACAGCGA TAAAATTAAA GTCTTTACAA CAAGGCCAGA CACAATCTTT
GGCATCACAT ATTTAGTGAT CGCACCAGAA AATAAACTAA TAGAAAAAAT AACAAAGAAC
AACTTTAAAC AAAATGTTTT AAAATATGTA AAGCACGAAG AACTCAAAAG CGATCTTAAT
AGGACTTCTC TTGAAAAAGA TAAATCGGGA GTTTTCACAG GATCTTACGC ATTTCATCCA
ATAACAAATG AAAAAATTCC AATTTGGGTT GGAAGCTACG TACTAGGAAC TTACGGAACC
GGAGCTGTAA TGGGTGTTCC AGCACATGAT GAAAGAGACT TTCAATTTGC CAAAAAGTAT
CAATTAAAAA TTTTACCCGT GATATCAAAA TCGGGGAAAA ATGAAATATT AGAAAAAGCA
TTTGTTGATG ATGGAATTTC AATAAATTCT CCCAATGAAT TTAATAATCT TAAAAATTCT
GAAGTAAAAG ACAAAGTAAT AAAATGGCTT ACTAAAAACA AAAAAGGGAA AGAAAAAGTT
GCCTACAAGC TTAGAGATTG GATTTTTTCA AGACAAAGAT ACTGGGGAGA GCCTATACCC
ATTTTGTTTG ATAAACTTGG AAATGCAATA CCTTTAGAGG AAAATGATCT TCCCTTAAAG
CTTCCAGAAA TTGCAAACTA TAAACCTTCT GGAACAGGTG AATCTCCTTT GTCAAGAATT
AAAGATTGGG TAAACGTAAA AGATATGGGC TTTACAAGAG AAACAAACAC AATGCCTCAA
TGGGCAGGCT CTTGTTGGTA TTATTTAAGA TACTTAGACC CCAAAAACTC AAAAGAGTTT
GCAAACAAAA AAAAAATTGA ATATTGGATG CCGGTTGATC TATACATAGG CGGAGCTGAA
CATACAGTAT TACACCTGCT TTACTCAAGG TTTTGGCACA AGGTTCTTTA TGATCTAGGA
TACGTAAATA CCAAAGAACC TTTTAAAAAG CTAATAAATC AAGGCATAAT AACATCATTT
TCTTATCAAA AAGAAAACGG GGTTTTAATA CCCAATGACC AAGTTATAGA AAAAGACAAT
AAATTTTTTG ATAAAAAAGA TAACAAAGAA GTAACCCAAG TAATTGCCAA AATGTCAAAA
TCTTTAAAAA ATGTAATAAA CCCAGACGAC ATCATTAAGG AATTTGGAGC AGACTCAATG
AGAATTTATG AAATGTTTAT GGGGCCACTA ACAGATTCTA AGCCTTGGAA CACTAAAGGA
ATTATTGGTG TTTTTCGATT TTTAAACAAA ATTTGGAACT TAAGAGAAAA AGAACTATCA
AAAGAGAATC CCCCAAGGGA AATAATATCT GAACTACATA AAGTAATAAA AAAAGTCACA
GAAGACACAG AAAAACTAAA TTTTAACACA GCAATCTCCG CCATGATGAT ATTTATAAAT
GAACTTCTAA AGTATGAAAA AAATTATTTA AACATATTTA AACCGTTTAT CATTATTTTA
TCTCCCTATG CACCCCATTT AGCAGAAGAG TTGTGGGAAT ATATTGGAGA GCTTCCTAGT
TTATTCAAAA ATTCAAAATG GCCAAAATTC GATGAAAGCC TTATTATTAA AGACAAAAAA
GAAATTGTCT TGCAAATAAA TGGAAAAATA AAAGACAAAA TTTTACTAAA CAAAGAGACA
GGCGAAAAAG AACTAAAAGA AATAGCAATG GAAAATAGCA AAATAAAATC AAACTTATTA
AATAAAAAAA TAGTAAAAAT AATTGTAATT AAAAACAAGC TTGTCAACAT AGTGATAAAG
TAA
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| Protein sequence | MSKYEFIKIE KKWQEFWDNN KTYKVEEDPS IPKEKRLYIL DMFPYPSANG LHVGHPEGYT
ATDIFGRYKL LNGFHVLHPI GFDSFGLPAE NYAIQTGTHP QKSTEENINK FKKQIKALGF
AYDWDREIRT HEENYYKWTQ WIFLQLYKKG LAYVKEMPVW YCPELGTVLA NEEIIQTSDG
PKSERGSYSV EKKYLRQWVL KITKYAERLL DDLEELEWPE SVKEMQRNWI GKSTGVEIEF
EIEGHSDKIK VFTTRPDTIF GITYLVIAPE NKLIEKITKN NFKQNVLKYV KHEELKSDLN
RTSLEKDKSG VFTGSYAFHP ITNEKIPIWV GSYVLGTYGT GAVMGVPAHD ERDFQFAKKY
QLKILPVISK SGKNEILEKA FVDDGISINS PNEFNNLKNS EVKDKVIKWL TKNKKGKEKV
AYKLRDWIFS RQRYWGEPIP ILFDKLGNAI PLEENDLPLK LPEIANYKPS GTGESPLSRI
KDWVNVKDMG FTRETNTMPQ WAGSCWYYLR YLDPKNSKEF ANKKKIEYWM PVDLYIGGAE
HTVLHLLYSR FWHKVLYDLG YVNTKEPFKK LINQGIITSF SYQKENGVLI PNDQVIEKDN
KFFDKKDNKE VTQVIAKMSK SLKNVINPDD IIKEFGADSM RIYEMFMGPL TDSKPWNTKG
IIGVFRFLNK IWNLREKELS KENPPREIIS ELHKVIKKVT EDTEKLNFNT AISAMMIFIN
ELLKYEKNYL NIFKPFIIIL SPYAPHLAEE LWEYIGELPS LFKNSKWPKF DESLIIKDKK
EIVLQINGKI KDKILLNKET GEKELKEIAM ENSKIKSNLL NKKIVKIIVI KNKLVNIVIK
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