| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tmel_0256 |
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| Symbol | leuS |
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| ID | 5297116 |
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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 | Thermosipho melanesiensis BI429 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009616 |
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| Strand | - |
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| Start bp | 258214 |
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| End bp | 260685 |
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| Gene Length | 2472 bp |
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| Protein Length | 823 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 640768512 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_001305515 |
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| Protein GI | 150020161 |
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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 | 14 |
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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 | ATGAAAGAAT ATATTCCTGG AGAAATAGAA CCTAAATGGC AAAAAGTTTG GGCGGAATCT
AAAGTATTTG AAACGCCTCA GCGTTCAGAC AAAAAAAAAT TTTATAATTT AGTTATGTTT
CCATATCCTT CAGGTACATT ACATGTAGGA CATGTTAAAA ATTACGTTAT TGGCGATATA
GTTGCAAGGT ATAAAAGGAT GAAAGGATAT AACGTTTTGC ATCCATTTGG ATATGATGCA
TTTGGTCTTC CTGCGGAGAA TGCGGCTATA AAGAATAAGA TCCATCCAGA GGTTTGGACG
TTTAAGAATA TAGATATAAT AAGAAATCAA ATAAAAAAGA TAGGAATTAG TTATGACTGG
TCTAGAGAAG TAATTACTTG TACTGAGGAA TATTACAAAT GGACTCAATG GATTTTTTTG
AAACTTTATG AAAATGGACT TGCGTACAAA AAGAAAGCAG CGGTAAATTG GTGTCCAAGT
TGTCAAACGG TGTTGGCAAA CGAACAAGTT GTAGATGGTA AATGCGAAAG ATGTGGTACG
GAAGTAACTA TGAAACATCT TGAACAATGG TATTTTAAAA TTACTGATTA TGCTGAAAAA
CTATTAAATG ACATAGATAA GTTAAGAGGT TGGCCTGAAA ACGTAAAAAT AATGCAAAAA
AATTGGATAG GAAAAAGCAC AGGTGCAGAA ATAGATTTTC CTGTAGATAG ACTTGATATG
AAAATAAAAG TTTTTACTAC AAGACCTGAT ACTATTTGGG GAGTAACATT CATGGCAATT
GCTCCCGAGT CACCTTTAGT AGAAATGTTG GTTACTGATG AGAGAAAAGA TGAACTTTCG
CAATTTTTAA AGAAGGTTTC TTTGGAAGAT AGGTTTAAAA GAACAAGTTT AGAGGCTGAA
AAGGAAGGAT TTTTCTTGGG AAGGTATGCC ATTAACCCTG TAACAGGTGA AAAAATACCA
ATATACGTTG CAAACTACAT TTTATACGAA TACGGAACAG GTGCAATAAT GGCAGTTCCT
GCTCATGATC AGAGGGATTT TGACTTTGCA AAAAAATATG GTATTTCTAT TCGCGTAGTT
ATAGATAATC CAGAAGAATC AATTGATGTT GAAAAAATGG AAAAAGCATA CGAAGAAGAA
GGAATAATGG TCAATTCGGG ACCTTTTAAT GGTATGAGAA GCACTTTGGC GCTTGAGAAA
ATAATAGAAT ATCTTGAGGA AAAAGGTATA GGAAAAAGAA GTGTACAATA CAAACTAAGG
GATTGGCTTA TTTCAAGACA AAGGTATTGG GGTGCTCCAA TTCCCATTGT ATATTGTGAA
AAGTGTGGTA TTGTTCCTGT GCCTGAAAAG GATTTACCTG TAAAGTTACC AAAAGATGTG
GAGTTTTTAC CTACGGGACA ATCTCCTCTT TCGTTAGATG AACAATTTTT AAATACAACA
TGTCCAAAAT GTGGTGGCCC CGCAAAAAGA GAAGCAGATA CAATGGATAC ATTTGTAGAT
AGTTCATGGT ATTATCTAAG GTATATAAAT CCAAAACTTG AAGATAAACC ATTTGATACA
GAAGATATAA ATTATTGGAT GCCAGTTGAT CAGTATATAG GTGGTGTTGA ACACGCCGTT
TTACACTTGC TATATTCGAG GTTTATTACC AAAGTTTTAT ATGATTTAGG GTATTTAAAA
TTTGAGGAAC CATTTGAAAA TTTATTTACT CAAGGTATGA TTTACAAAGA TGGTTGGAAG
ATGAGTAAAT CAAAAGGGAA TGTAGTTTCA CCAGATGAAA TGATTGAAAA GTACGGTGCA
GATACGTTAA GAACTTACAT ACTTTTTATG GCTCCACCTG AAAAGGATGC AGAATGGAGT
GATGCGGGAA TAGAAGGGGT AAATAGATTT TTAAAGAGGC TTTGGAATAA TATTTATTCT
ATTTTACCAA GGATAAAAGA TGTGAAAGTA GAAAAAATAG AATTGAAAAA TAAACAAGAA
AAAGATTTAA GAAGAAAATT ACATCAGTCT ATTAAAAAGA TTACCGAGGA TATAGAAGGA
GGATTCAAGT TTAACACGGC TATAGCAGGA TTAATGGAAT TAAATAATAA TTTGTCTGAA
TATTTAAATA GTGCAAAAGA TTTAAATTTA CCATTACTTA GAGAACTTGT GGAGAAGTTA
ACACTTATTT TATCACCATT TGCGCCACAT ATGGCTGAGG AAATTTGGCA TGATTTGGGG
AATGATACAC TTGTTGTTAA TGAGGAATGG CCAGCTTATG ATGAAAATGC CCTTAAGGTT
GATGAAGTTA CAGTTATTAT CCAAATTAAT GGAAAGGTAA GGGGAAAAAT TCAAACAAAG
GTTGATGTAA GTGAAGGGGA AATAAAGAAA TTGGCATTTG AAAATGCAAA AATAGCTTCT
TACGTTGATG GCAGGGAAAT TGTTAAAGTA ATCTATGTGA AAAATAAATT ACTCAATATT
GTTGTAAAGT AG
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| Protein sequence | MKEYIPGEIE PKWQKVWAES KVFETPQRSD KKKFYNLVMF PYPSGTLHVG HVKNYVIGDI
VARYKRMKGY NVLHPFGYDA FGLPAENAAI KNKIHPEVWT FKNIDIIRNQ IKKIGISYDW
SREVITCTEE YYKWTQWIFL KLYENGLAYK KKAAVNWCPS CQTVLANEQV VDGKCERCGT
EVTMKHLEQW YFKITDYAEK LLNDIDKLRG WPENVKIMQK NWIGKSTGAE IDFPVDRLDM
KIKVFTTRPD TIWGVTFMAI APESPLVEML VTDERKDELS QFLKKVSLED RFKRTSLEAE
KEGFFLGRYA INPVTGEKIP IYVANYILYE YGTGAIMAVP AHDQRDFDFA KKYGISIRVV
IDNPEESIDV EKMEKAYEEE GIMVNSGPFN GMRSTLALEK IIEYLEEKGI GKRSVQYKLR
DWLISRQRYW GAPIPIVYCE KCGIVPVPEK DLPVKLPKDV EFLPTGQSPL SLDEQFLNTT
CPKCGGPAKR EADTMDTFVD SSWYYLRYIN PKLEDKPFDT EDINYWMPVD QYIGGVEHAV
LHLLYSRFIT KVLYDLGYLK FEEPFENLFT QGMIYKDGWK MSKSKGNVVS PDEMIEKYGA
DTLRTYILFM APPEKDAEWS DAGIEGVNRF LKRLWNNIYS ILPRIKDVKV EKIELKNKQE
KDLRRKLHQS IKKITEDIEG GFKFNTAIAG LMELNNNLSE YLNSAKDLNL PLLRELVEKL
TLILSPFAPH MAEEIWHDLG NDTLVVNEEW PAYDENALKV DEVTVIIQIN GKVRGKIQTK
VDVSEGEIKK LAFENAKIAS YVDGREIVKV IYVKNKLLNI VVK
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