| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MmarC6_0187 |
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| Symbol | leuS |
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| ID | 5738006 |
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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 maripaludis C6 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009975 |
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| Strand | - |
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| Start bp | 166739 |
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| End bp | 169606 |
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| Gene Length | 2868 bp |
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| Protein Length | 955 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 641282653 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_001548242 |
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| Protein GI | 159904580 |
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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 | 20 |
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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 | ATGGATCAAA ATGGAGTAAA CGAGGGAACT GGACATAAAT CTGTTGATTT AATTCAAATA
ATGGATAAAT GGCAGAAAAA ATGGACGGAA GCTAAAATTT TTGAAGCTGA ACACGATTCA
AGGGACAAAT TTTTCATAAC TGCTGCATTC CCATACCTTA ACGGGGTACT TCATGCGGGA
CACTTAAGAA CATTTACAAT TCCTGAAACA ATTGCAAGAT ACCAGAGAAT GAAAAATAAA
AACGTGCTCT GGACATTTGG ATTTCACGTT ACAGGAACTC CGATTTTGGG GCTAGCAAAC
CAGATTAAAG AGAGAAAAGA AGATATCATC TGGGCTTACA ACAATTTACA CAACATTCCA
ATGGACGAAC TCTTAAAATT AAACACTCCT GAGGCAATAG TTGAATGTTT TTCAAAAAAA
GCAACAGAAG CATTTAAAAG AATGGGATTT TCACTCGACT GGAGAAGGAA CTTCAAAACT
GACGATAAAG TTTTCAGTAA GTTCATAGAA TGGCAGTTTT ACAAATTAAA AGAAATGGGC
CACATTACAA AAGGTTCACA CCCTGTAAGG TACTGTCCTA AATGTGAAAA CCCTGTAGAA
GACCACGACT TACTCCACGG AGAAGAATCA ACAACCGTAG AATACAGTTT AATCAAATTT
ACTTCTGAAT TTGATGGAAA AGAAATAATA ATGCCAATGG CAACTTTAAG ACCCGAAACA
CTCTTTGGTG TAACCAATGC ATGGGTTAAT CCAAATGAAA TTTATGTAAT GGCCGAAGTA
CACGATGAAA TCCAGAAATT AGATAGTGAA GACGTAGATT TAAAATACAA CGGAATCTGG
ATTGTTGGAA AAGAATGTGC AGATAAATTA AAAGAGCAGG ATAGAAAAAT TGAAATTTTA
AAAGAAATTA AAGGAAGCGA ATTACTTGGT TTAAAAATCA AAAACCCTGT TACTAAAAAA
GAAGTTCCAC TTCTTCCCGC AGATTTCGTT GAAATGGGTA TTGGAACAGG ATGCGTAATG
AGTGTTCCAG CACACGCCCC ATATGACTAC GTTGCTTTAA GGGACCTTGG AAAAATTGAA
GAAGTGGGCC TTATTCCATT AATCGAAATT GAAGGATACG ATAAATACCC TGCAAAAGAA
ATTGTGGAAA AATTGGGGGT TAAAAACCAA AATGATGATG AATTGCTCGA ACAAGCAACG
AGTAAAATCT ACAAAGACGA ATTCCACAAG GGAAAATTAA ATGAAAACTG CGGAGAATAC
GCAGGAATTT CTGTAAAAGA CATTAAGGAA AAATTAACAA AAGATTACCT AAATTCAAAC
GTTGCAGAAA TAATGTACGA GTTTTCAGAG CAGAAGGTTG TCTGCAGGTG CGGTGAAAAG
TGTATTATAA AAACCGTAAA AGGACAGTGG TTTATTAACT ATTCTGACGA AAATTGGAAG
AAACTCGCAC ACGAATGTAT CGACAGCATG AACTTTGCAC CTGAGAATAT AAGGCAAGAA
TTCCACAACA AAGTCGATTG GATGAAGGAT AAAGCCTGTG CAAGGAAAAA AGGGCTTGGA
ACAATACTGC CATTTGATGA AAACTGGATT ATCGAGTCTT TATCGGACAG TACAATTTAC
ATGGCATATT ACACGATCGC AAGATTTATA AATGAAGGAT TAACTCCTGA ACAGCTTATT
CCAGAATTAT TCGAGTATGT ATATCTTGGA AATGGAAATG TTGAAGAAAT AGCTAAAAAT
TCAAACATTT CAAAAGAAAC GATCGAAGAA ATGAGAAAAG AGTTCTTATA CTACTATCCG
CTTGACTGGA GATGTTCTGC AAAAGATTTA ATTCCAAATC ACCTCACATT CATGATATTC
AACCACGTTG CACTATTTGG AAGAGAACAC TGGCCAAGGG GAATTGAAAT AAACGGATAT
GTTACAATTG AGGGTAAAAA ACTTTCAAAA TCAAAAGGTC CGGTTTTACC AGTTTCAGAA
GTTGCAGAAA ACTTTGGCGC AGACGTTGCA AGGTTTTACA TCACAACATG TGCTGAACTT
CCGCAAGATG CAGACGTTAA ATTCAAAGAA ATGGAAAAAG CAAGAGATAA TTTAATAAAA
TTGTATGAAC TTGCAGTATC CGTCATGGAA GAAGAAAGCA CTGAAAAAGA ATTATCTTTA
ATTGATAAGT GGCTTTTACA CAAAACCTAC AGTTCAATAA AAGGTGCTGA AACTGCATAC
GAAGAATTCC AGCTCAGAAA AATTGGTTTG ATGTTTTATG AACTGATTAA TGATTTAAGA
TGGTATAAAA GAAGAGGCGG AGAAAACGAC AATGTTTTAA AAGAAGTCGT TGAAATCTGG
ACGAAATTAC TCTCTCCAGT AACCCCTCAC CTCTGTGAAG AAATCTGGGA AAAATTAGGA
TACATCGGAT TTATTTCACA AGAAATGTAT CCAAAAATCA AGTTAGAATT AATAAATGAA
GATTTAGAAC TCGGAGAAGA ATTTATCAAA TCAGCAATGG AAGATATCCG AAATATTAAA
GGAGTTGCAA AAATCAACCC TGAAAAAATG TATTTATACA CTGCAGATGA CTGGAAATAC
GACCTCCTTG AATTTATGAA TGAAAACTCT GAGAAAAACG TAAAAGCACT TATTCCGCTT
GTAATGAAAG AAGATAAATT CAAAAAACAC GGAAAAGAAG TAATGAAATT AATCAATGAA
ATAATGAAAA TAGGTGTCAA AAAGGCAATA GCGGAAGTAG AAATACTAGA AAATGCCAAA
ACATTTATTG AAAGTGAATT TGATTGCGAG GTTATTGTAA ATGGTGAAGA TGTAAAAGGC
AAAAAGAAAT TTGCAATACC TTATAAACCT GCAATATACA TGGAATAA
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| Protein sequence | MDQNGVNEGT GHKSVDLIQI MDKWQKKWTE AKIFEAEHDS RDKFFITAAF PYLNGVLHAG
HLRTFTIPET IARYQRMKNK NVLWTFGFHV TGTPILGLAN QIKERKEDII WAYNNLHNIP
MDELLKLNTP EAIVECFSKK ATEAFKRMGF SLDWRRNFKT DDKVFSKFIE WQFYKLKEMG
HITKGSHPVR YCPKCENPVE DHDLLHGEES TTVEYSLIKF TSEFDGKEII MPMATLRPET
LFGVTNAWVN PNEIYVMAEV HDEIQKLDSE DVDLKYNGIW IVGKECADKL KEQDRKIEIL
KEIKGSELLG LKIKNPVTKK EVPLLPADFV EMGIGTGCVM SVPAHAPYDY VALRDLGKIE
EVGLIPLIEI EGYDKYPAKE IVEKLGVKNQ NDDELLEQAT SKIYKDEFHK GKLNENCGEY
AGISVKDIKE KLTKDYLNSN VAEIMYEFSE QKVVCRCGEK CIIKTVKGQW FINYSDENWK
KLAHECIDSM NFAPENIRQE FHNKVDWMKD KACARKKGLG TILPFDENWI IESLSDSTIY
MAYYTIARFI NEGLTPEQLI PELFEYVYLG NGNVEEIAKN SNISKETIEE MRKEFLYYYP
LDWRCSAKDL IPNHLTFMIF NHVALFGREH WPRGIEINGY VTIEGKKLSK SKGPVLPVSE
VAENFGADVA RFYITTCAEL PQDADVKFKE MEKARDNLIK LYELAVSVME EESTEKELSL
IDKWLLHKTY SSIKGAETAY EEFQLRKIGL MFYELINDLR WYKRRGGEND NVLKEVVEIW
TKLLSPVTPH LCEEIWEKLG YIGFISQEMY PKIKLELINE DLELGEEFIK SAMEDIRNIK
GVAKINPEKM YLYTADDWKY DLLEFMNENS EKNVKALIPL VMKEDKFKKH GKEVMKLINE
IMKIGVKKAI AEVEILENAK TFIESEFDCE VIVNGEDVKG KKKFAIPYKP AIYME
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