| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mevan_1575 |
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| Symbol | leuS |
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| ID | 5325458 |
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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 | Methanococcus vannielii SB |
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| Kingdom | Archaea |
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| Replicon accession | NC_009634 |
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| Strand | + |
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| Start bp | 1589529 |
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| End bp | 1592387 |
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| Gene Length | 2859 bp |
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| Protein Length | 952 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 640787267 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_001324079 |
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| Protein GI | 150400312 |
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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 | [TIGR00395] leucyl-tRNA synthetase, archaeal and cytosolic family |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | ATGGTTGAAA ACATGGAAAC TTCTTTTAAA TCAATTGATT TAATCCAAAT AATGGATAAA
TGGCAAAGAA AATGGGATGA ATCAAAAATT TTTGAAACAA AACATGATAA TCGTGAAAAA
TTCTTTATTT CTGCAGCATT TCCTTATCTT AATGGGGTTT TACATGCAGG ACATTTAAGA
ACATTTACAA TCCCTGAAAC CATTGCAAGG TACCAGAGAA TGAAAAATAA AAATGTTCTA
TGGACTTTTG GGTTTCATGT TACTGGAACT CCAATTTTAG GGTTAGCAAA CCAGATAAAA
GAAAAAAAAG AGGATATAAT CTGGGCATAT ACTAATTTAC ACAATATTCC AATGGATGAA
CTTTTAAAAC TAGATACTCC TGAAGCAATT GTTGAATGTT TTTCAAAAAA AGCAACAGAT
GCATTTAAAA AAATGGGATT TTCTCTTGAT TGGAGAAGAA ATTTTAAAAC TGATGATAAG
GTATTTAGTA AATTCATAGA GTGGCAGTTT TATAAGTTAA AAGACCTTGG ACTTATTAAA
AAAGGCTCTC ACCCTGTAAG GTACTGTCCA AAATGTGAAA ATCCAGTAGA GGATCATGAT
TTACTTCACG GCGAAGAATC AACAACAGTT GAATACAATT TAATTAAATT TACATCTACG
TTTGATGAAA AAGATGTAAT TATTCCAATG GCAACATTAA GGCCAGAAAC CGTATTTGGG
GTAACCAATG CATGGGTAAA TCCAGATGAA ATTTATGTTT TAGCGGAAGT TTATGATGAA
ATCCAAAAAT TAGACAGTGA AGATGTAGAT TTAAAGTACA ACGGGTTATG GATTGTTGGA
AAAGAATGTG CAGATAAATT AAAAGAACAA GACAAAAACA TTAAAATTTT AAAAGAATTT
AAGGGAAGCG AATTAATTGG CTTAAAAATT AAAAATCCAG TTACAAACTT AAAAGTTCCA
ATTTTTCCAG CAGAATTCGT TGAAATGAAT ATTGGAACAG GTTGTGTAAT GAGTGTTCCA
GCTCATGCAC CATACGATTA CGTTGCATTA AGGGATTTAG AAAAAGTTGA AGAAGTAGGG
CTTATTTCAT TAATCGAAAT TGAAGGATAC GGTAAATACC CTGCAAAAGA AATTGTAGAA
AAGATGAATA TAAAAAATCA AAAAGATGAG GCCCTGTTAG AGGAAGCAAC AAGTAAAATC
TATAAGGATG AATTTCACAA GGGTAAATTG AACGAAAACT GTCCAGAATA CAAAGGAACT
TCTGTAAAGG ATATTAAAGA AAAATTAATA AAGGATTACA TGAATTTCGG CATTTCTGAA
ATAATGTACG AATTTTCAGA ACCAAAAGTT GTATGTAGAT GCGGTGAAAA GTGCATTATA
AAAACTGTTA AAGGACAGTG GTTTATTACT TATTCTGACG AAAATTGGAA AAGACTTGCA
CATGAGTGCA TTGATAGCAT GGAATTTGCA CCTGAAAATT TACGGCATGA ATTTCACAAC
AAAATCGACT GGATGAAGGA TAAGGCCTGT GCAAGGAGAA AAGGACTTGG AACCAAGTTA
CCATTTGATA CAAACTGGAT GATTGAGTCA TTATCTGACA GTACAATCTA CATGGCATAT
TATACAATTG CAAGATTTAT AAATGCGGGA ATAAATGAAA ATCAACTTAC CTCTGAATTA
TTTGAATACG TCTTCTCAGG AAATGGAAAT TTAGCTGAAA TTTCTAATGT ATCAGAAGTT
TCAATCGAAA TAATTGAAGA AATGAGAAAA GAATTCTTAT ATTTCTACCC TCTTGATTGG
AGATGTTCTG CAAAAGATTT AATTCCAAAT CACCTATCAT TTATGATATT TAACCATGTA
GCACTATTTA AAAAGGAACA CTGGCCAAGA GGGATTGAAA TAAATGGCTA TGTTACAATT
GAAGGCAAAA AACTTTCAAA GTCAAAGGGG CCAGTTTTGC CCGTTTTAGA AGTTTCTGAA
ACTTTTGGGG CAGATGTAGC AAGATTTTAT ATTACAACAT GTGCCGAACT TCCGCAGGAT
GCAGATGTTA AATTTAAAGA AATGGAAAAG GCAAGAGATA ATTTAATAAA ACTTTATGAA
CTTGCAGTTT TAGTAACTAA AGAAGGGATT ATCGAAAAAG AACTTTCAAT AATTGATAAA
TGGTTATTAC ATAAAACCCA TTCTTCAATT AATTTTGCAG AAAAAGCTTA TGAAGAGTTC
CATTTAAGAA AAATCGGACT CATGTTTTAC GAGTTAATAA ATGATTTAAG ATGGTACAAA
AGAAGAGGTG GGGATAACAA TGGCGTTTTA AAAGAAGTCG TTGAAATATG GACTAAGTTA
CTTTCTCCTG TAACGCCCCA CCTTTGCGAA GAAATATGGG AACTATTGGG ACATAATGGA
TTTATTTCGA AAGAAATATT CCCAAATGTT AAAATAGAAT ATATTAATGA AGAGTTGGAA
TTAGGGGAGG AATTTATCCG GTTTACAATG GAAGATATAC GAAATATCAA AAATGTTGCA
AAAATAAATC CTGAAAAAAT GTATTTATAT ACTGCAGACG ATTGGAAATA TGAACTTCTT
GAATTTATGA ATAAAAACAG TGAAAAAAAC GTTAAAGAGT TAATCCCCAT CGTAATGAAA
GAAGAAAGGT TTAAAAGACA TGGAAAAGAC GTCATGAAAT TAATTAACGA TTTAATGAAA
GTTGGCGTTA AGAAAGCAAT AGCTGAAGTA GAAATACTTG AAAATGCTAA AACATTTATT
GAAAAGGAAT TTGAATGCAA TGTAATTATT GGCGGGGAAG ACTTTAATGG CAAAAAGAAA
TTTGCAATTC CCTATAAGCC TGCAATATAC ATGGAATAA
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| Protein sequence | MVENMETSFK SIDLIQIMDK WQRKWDESKI FETKHDNREK FFISAAFPYL NGVLHAGHLR
TFTIPETIAR YQRMKNKNVL WTFGFHVTGT PILGLANQIK EKKEDIIWAY TNLHNIPMDE
LLKLDTPEAI VECFSKKATD AFKKMGFSLD WRRNFKTDDK VFSKFIEWQF YKLKDLGLIK
KGSHPVRYCP KCENPVEDHD LLHGEESTTV EYNLIKFTST FDEKDVIIPM ATLRPETVFG
VTNAWVNPDE IYVLAEVYDE IQKLDSEDVD LKYNGLWIVG KECADKLKEQ DKNIKILKEF
KGSELIGLKI KNPVTNLKVP IFPAEFVEMN IGTGCVMSVP AHAPYDYVAL RDLEKVEEVG
LISLIEIEGY GKYPAKEIVE KMNIKNQKDE ALLEEATSKI YKDEFHKGKL NENCPEYKGT
SVKDIKEKLI KDYMNFGISE IMYEFSEPKV VCRCGEKCII KTVKGQWFIT YSDENWKRLA
HECIDSMEFA PENLRHEFHN KIDWMKDKAC ARRKGLGTKL PFDTNWMIES LSDSTIYMAY
YTIARFINAG INENQLTSEL FEYVFSGNGN LAEISNVSEV SIEIIEEMRK EFLYFYPLDW
RCSAKDLIPN HLSFMIFNHV ALFKKEHWPR GIEINGYVTI EGKKLSKSKG PVLPVLEVSE
TFGADVARFY ITTCAELPQD ADVKFKEMEK ARDNLIKLYE LAVLVTKEGI IEKELSIIDK
WLLHKTHSSI NFAEKAYEEF HLRKIGLMFY ELINDLRWYK RRGGDNNGVL KEVVEIWTKL
LSPVTPHLCE EIWELLGHNG FISKEIFPNV KIEYINEELE LGEEFIRFTM EDIRNIKNVA
KINPEKMYLY TADDWKYELL EFMNKNSEKN VKELIPIVMK EERFKRHGKD VMKLINDLMK
VGVKKAIAEV EILENAKTFI EKEFECNVII GGEDFNGKKK FAIPYKPAIY ME
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