| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Maeo_0233 |
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| Symbol | leuS |
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| ID | 5326548 |
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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 aeolicus Nankai-3 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009635 |
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| Strand | - |
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| Start bp | 255593 |
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| End bp | 258502 |
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| Gene Length | 2910 bp |
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| Protein Length | 969 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 640787629 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_001324437 |
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| Protein GI | 150400671 |
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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 | ATGAGCGTTG ATTTTGTTAA GATTGCGGAA AAATGGCAAA AAAGATGGGA AGAAGATAAA
ATATTTGAAA ATCCATCTAA ATTAAAATAT ACGGAACAAG AAAAAAAAGA TAAATTTTTT
ATTACAGCAG CATTTCCTTA TTTAAATGGA GTGCTCCATG CTGGACATTT AAGAACTTTT
ACAATTCCCG AAATAACGGC AAGATACCAA AGAATGAATA ATAAAACAGT ATTATGGACT
TTTGGTTTTC ATGTTAGTGG AACCCCAATT ATTGGATTGG CGGAGCTCCT AAAAAAACAG
GCACCAGAAA CTATTTGGGC ATACAACAAA CTTCATAATA TTCCTATGGG GGAGCTCCAA
ACACTCACAA CACCAGAAAA TATAGTAAAT TATTTTTCAA AAAAGGCTAC GGAATCATTT
AAAAAAATGG GATTTGCTCT TGATTGGAGA AGGAACTTTA AAACAGATGA CGAAACATTT
AAAAAATTTG TAGAATGGCA ATTTTTAAAA TTAAAAGAGA AAAATTTAAT AGTAAAAGGT
TCGCACCCTG TTAGATATTG CCCAAGTTGT GATAATCCTG TGGAAGACCA CGATTTATTA
AAGGGGGAGG AGGCAACACT TCAAGAATAT ATATTGTTGA AATTTAAAAC AAAATTAAAT
ATCGAAATAG ACGGCGAAGA TAAAGAATAT GAATGTATAA TCCCAATGGC CACACTTAGA
CCAGAAACAA TATATGGAGT AGTCAATGCT TGGATAAATC CAAATGATAC ATACCACATA
ATAAAGGTTT ATGATGAAGT GCAAAGCCAA GAGGAAGGTA GCGACGAAAT ATCGTTAAAA
TATAATGGCA TTTGGATAGT AAGTAAAGAA GCCTCAGATA AACTTAAAAA TCAAGATAGA
ACAGTAGAAT TAATAAAAGA AATAAAGGGA GAGGAATTGG TAGGAAAAAT TGTAATAAAT
CCAGTAAATA ATAAGGAGGT TCCACTATAT CCTGCTGATT TTGTGAGCTC CGAAATGGGA
ACAGGCTGTG TAATGAGTGT TCCAGCACAT GCTCCAAAGG ATTTTGTAGC ACTTAGGGAT
TACTACAGTA GCATTAATAA AGAATTAACT GATGATGAAT TAATATCCCT TATAAAAATA
GATGGATATG GAAAATATCC TGCAAAGGAA ATTGTAGAAA AAATGGGCAT AACAAACCAA
AAGGACGAAA AATTAGAGGA TGCCACACAT ACAATTTATA AACAGGAATT TCACAAGGGG
ATATTAAATG AAAATTGTGG AGAATATGAG GGAATTGCCG TAAGGGACAT TAAAGACAAG
TTAGCAAGTG ATTTTATAAA TAACAATATG GCCGAAACAC TTCAAGAATT TTCCATTCCA
GAAGTGGTAT GTAGATGCGG TGAAAAATGT ATTGTAAAAA CTGTTAAAGG GCAATGGTTT
ATTACATATT CTGATTTAGA ATGGAAAAAA AAGGCACATA ATTGGGTAGA TAAAATGAAT
TTTGTGCCTG AAACTATAAG GATGGATTTC CACAATAAAA TTGATTGGAT GAAGGATAAA
GCCTGTGCAA GGAAAAAAGG ACTTGGAACA AGGTTTCCAT TTGATAAAGA TTGGGTTATT
GAAAGTCTTT CAGATAGTAC TCTATATATG GCATATTATA CAGTGGCAAA AACAATAAAT
ACCAACAATA TATTGCCAGA ACAACTTATT CCAGAGTTGT TTGACTATGT ATATTATGGA
AAAGGAGATA TAAACGAAAT ATCCAATAAT ACAAAAATAC CTGTTGAGTT AATAAATGAA
ATGAGAAATG AATTTGAATA TTATTATCCG CTTGATTGGA GATGTTCGGC AAAAGACCTT
GTTCCAAATC ATTTAACATT TATGATATTT AACCATGTGG CTTTATTTGA TGATGAAAAA
TACTACCCAA AGGGAATTGT TGTAAATGGC TATGTAACTA TTGAAGGTAA AAAATTGTCT
AAATCAAAAG GTCCTGTTCT TCCTATTGAG GAGGTTGCAA CAAATTATGG TCCTGATGTA
GGTAGGTTTT ACATTACAAC ATGTGCGGAG CTCCCCCACG ATGCAGATGT TAAATTTAAA
GAAATGGAAC ATGCAAGGGA TAATTTAATT AGATTTTATG AATTGGCAAC AGAGTTAAAG
GATACAGAAA AAACAATAAC AGAATTATCC ACCATTGATA AATGGCTATT GCATAAAGTT
CATTCTGATT TAAAAATAAT AAATGAATCA TATAATGAAT TCCAGCTTAG AAAAATAGGA
ACTTTATTTT ATGGTTTAAC TCATAATTTG AAGTGGTATA AAAGAAGAGG AGGAAATAAC
AACCAGCTAT TAAAATATGT TGTTGAAATA TGGACAAAGG TATTGGCACC AATTACACCC
CATTTATGCG AAGAAATTTG GGAGATGTTT GGATATAATA AAAATAATAA TTATATATCA
AATGAAACAT TCCCGCAACT AGATAATAGT TATATAAATG AAAATTGTGA ATTGGGGGAA
GAATTCATAA AAAACACAAT GGACGATATA AGAAATATAA TAAATATAGC AAATATCGCC
CCAAAAACTA TTTATTTATA TACTGCTGAT GACTGGAAAT TTGAAGTTTT AAAAATTATG
ATGGAAAATA AAGGAGCTCC CGTTAATAAA ATGATGCCAT TGATTATGAA AAATGCAGAA
TTAAGAAGAT ATGGAAAAGA AATTCCAAAA TTAATAAATG AAATAGTTAA AAATGGAATT
TCTAACCCAA TAGACGAAGA GAACATATTA AATGATGCAA AACAATTCCT TGAAAATGAA
TTCCAATGTA AAATAATTGT GAATGGGGAA GACATTGGAA ATAAAAAGAG ATTTGCAATT
CCAAATAAAG TTGCTATTTA TATTGAATAA
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| Protein sequence | MSVDFVKIAE KWQKRWEEDK IFENPSKLKY TEQEKKDKFF ITAAFPYLNG VLHAGHLRTF
TIPEITARYQ RMNNKTVLWT FGFHVSGTPI IGLAELLKKQ APETIWAYNK LHNIPMGELQ
TLTTPENIVN YFSKKATESF KKMGFALDWR RNFKTDDETF KKFVEWQFLK LKEKNLIVKG
SHPVRYCPSC DNPVEDHDLL KGEEATLQEY ILLKFKTKLN IEIDGEDKEY ECIIPMATLR
PETIYGVVNA WINPNDTYHI IKVYDEVQSQ EEGSDEISLK YNGIWIVSKE ASDKLKNQDR
TVELIKEIKG EELVGKIVIN PVNNKEVPLY PADFVSSEMG TGCVMSVPAH APKDFVALRD
YYSSINKELT DDELISLIKI DGYGKYPAKE IVEKMGITNQ KDEKLEDATH TIYKQEFHKG
ILNENCGEYE GIAVRDIKDK LASDFINNNM AETLQEFSIP EVVCRCGEKC IVKTVKGQWF
ITYSDLEWKK KAHNWVDKMN FVPETIRMDF HNKIDWMKDK ACARKKGLGT RFPFDKDWVI
ESLSDSTLYM AYYTVAKTIN TNNILPEQLI PELFDYVYYG KGDINEISNN TKIPVELINE
MRNEFEYYYP LDWRCSAKDL VPNHLTFMIF NHVALFDDEK YYPKGIVVNG YVTIEGKKLS
KSKGPVLPIE EVATNYGPDV GRFYITTCAE LPHDADVKFK EMEHARDNLI RFYELATELK
DTEKTITELS TIDKWLLHKV HSDLKIINES YNEFQLRKIG TLFYGLTHNL KWYKRRGGNN
NQLLKYVVEI WTKVLAPITP HLCEEIWEMF GYNKNNNYIS NETFPQLDNS YINENCELGE
EFIKNTMDDI RNIINIANIA PKTIYLYTAD DWKFEVLKIM MENKGAPVNK MMPLIMKNAE
LRRYGKEIPK LINEIVKNGI SNPIDEENIL NDAKQFLENE FQCKIIVNGE DIGNKKRFAI
PNKVAIYIE
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