| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbur_1356 |
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| Symbol | leuS |
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| ID | 3997572 |
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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 | Methanococcoides burtonii DSM 6242 |
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| Kingdom | Archaea |
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| Replicon accession | NC_007955 |
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| Strand | + |
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| Start bp | 1445652 |
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| End bp | 1448540 |
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| Gene Length | 2889 bp |
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| Protein Length | 962 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 637959122 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_566024 |
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| Protein GI | 91773332 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | ATGCAACAGG ATTATAATTC AAGCAATATT GAACAGAAAT GGCAACAAAA ATGGAATGAG
AGCAAGGTCT TTGAAGCTGA AGCCGATGAC CGCGACAAGT ATTTCATAAC TATCCCATAC
CCATACCTGA ACGGAAATCT CCATGCCGGG CATACAAGGA CATTCACCAT CGGTGATGTC
GTTGCAAGGT ACAAGAGGAT GATGGGCAAC AATGTCCTCT ACCCAATGGG ATTCCATGTG
ACAGGAACAC CGATAGTCGG GCTTGCAGAG CTCATACAGA ATCGGGACCC GGAAACTATG
AAGGTGTATA CCGAGTTCCA CGGGATACCA GTGGAAACGC TCAAGGGCAT GGACACTCCT
GAAAAGATAG TGGATTATTT CAGTGTGGAA GCTGAAAGGT CCATGCGCTC CATTGGATAT
TCCATCGACT GGAGACGCAA GTTCACGACC ACCGATCCAA ATTATAAGAA GTTCATCGAA
TGGCAGTTCA ATCTGCTTTA TGAAAAGGAC CTCATCGTCA AGGGTTCACA TCCTGTCAAA
TGGTGCCCTA ATGACGACAA TCCAGTGGAA GACCATGATA TCCTCCACGG AGAAGAAGCT
ACGATCATCG ATTACACTCT TGTCAAATTC AAGTATGATG GCATGATTAT CCCATGTGCC
ACATTGAGAC CTGAAACGGT CTTCGGTGTG ACAAATCTGT GGATCAATCC AGATCTGGAG
CATGTTAAGA TAAAAGTGAC CTTTGAAGGC AGGGAAGAGG TATGGGTCGT AAGCAAGGAA
GCATATCGTA AACTTATTTT CACGGACAGA GAGGTAGAGT TCATCGAGGA TGTCGATGCC
AGTTCATTGA TAGGCATCAA GGTCACTAAC CCCCTGAACG ACGCACAGGT CATTACCTTG
CCTGCATCCT TTGTTAAGGG AGAGAACGGA AGCGGTATCG TAATGAGCGT GCCTTCACAT
GCACCATACG ATTATCTTGC TTTGAGAGAC CTCTATGACA AGGACCTGAG GGAATATGGA
ATCACTGAAG ACCTGCGGGA ACTTAAGTTC ATTTCATTGA TCAAAGTGAA AGAATTCGGG
GAATTCCCTG CGATTGAGGC TGTGGAACAG TTCGGAGTAA AGGACCAGGA CGATCCCAAG
GCAGAAGAGG CGACAAAGAT CGTCTATCGC CGCGAGTTCC ATGGTGGTGT GCTTAAGGAA
AATACCGGAA AGTATTCCGG AATGGCTGTT TCCAAGATCA AGGATGTTCT TACAAGGGAC
CTCATCGAGA TGGGGATCGG CGAAGTATTC TACGAGTTCA GTGAACCGGT CGTCTGCCGT
TGCGGAACAC CATGTGTTGT AAATATGGTT AAAGGACAGT GGTTCCTCAA CTATTCCAAC
CCTGAATGGA AGGACAAGGT TTACCGCTGT ATAGAGAACA TGGACATCAT CCCTGAAGAC
CTCAGGGTAG AGTTCAACAA CAAAGTGGAC TGGCTCAAGG ACAAGGCATG TGCAAGGAAG
AAAGGGCTTG GGACACTTCT GCCTTTCGAT AACCAGTGGC TTATTGAATC CCTTGGGGAT
TCCACTATCT ACATGTCATA TTATATCATT GCGAAGTTCA TTGCAATGGG AATTGAGACC
GAGCAGCTAG TACCGGAACT GTTCGACCAT GTGCTCCTTA AAAAATGTTC ATTGGAGACT
GCTGCTGAAA GGAGCGGTAT CGATGCAAAC ATTATCGAAC AGATCAGCAG CGATTTCGAG
TACTGGTACC CTGTTGACCT GAGGTCTTCA GGAAAGGACC TGATACCGAA CCACCTTTTG
TTCTTCCTCT TCCACCACGT AGCTATCTTC GATGAGGATA AATGGCCACG TGCAATAGCC
ATCAATGGTT TTGTGTCACT CGAAGGGAAG AAGATGAGTA AATCAAAGGG TCCCCTTCTT
ACACTGAATG ATGCCATCAC AAATTATGGT GCGGACATTT CCAGGATGTA TATCCTTTCC
AGTGCGGAAC AGATGCAGGA TGCTGACTGG AAGAACTCCG GAATCGAAAC TGCCAGAAAG
CAGATAGAAA GGTTCTATAA TTTCTCAAAG GATATTATCG GATCCGGCAT CCCAACCTGT
AACGTGGAGA ACCTGAAAGG CATCGACAAA TGGATGCTCA GCAGATTGCA GCAGCGCATA
CTTGAAACAA ATGAAGCGCT TGATACGATC AGAACCCGAA ATGCATTACA GAATGCATAC
TTCCTGCTGT TCAATGATAT AAGATGGTAT CAGAAACGTG GCGGAAACGC TCTTCTTTGC
GAAGTACTGG ATGTCTGGAT AAGACTCATG GCGCCATTCA CCCCACATAT CTGTGAAGAG
ATATGGGAAG CAATAGGCCA TACGGACAAT GATCTTATTT CATTGGCAGA CTATCCGCAG
TATGATGAAA GTCTCGTGGA CACTCAGGCA GAATTTACAG AGGAGCTTAT CGGCGGCACC
CTTTCAGATG TTGATGAGAT TATAAGGGTT ACGAAGCTCA CACCAAAGAA GGCCATATTG
TATACTTCAC CTGAATGGAA GATGGAGACC TTCAAGAAAG CCCTTTCAAT GCAAAAGGAA
GGAAACCTGA ACCCTGGTAT ACTTATAAAA GACCTTATGA GAGATCCGGA AATGAGGAGC
CATGGAAAGG AAGTTCCTAA GTTCGCGCAG AAGGTCGTTT CGGACATAAC GGCCATGAAC
GAGGAAAAGT TCGATACCCT TTCGAACTTC GATCTTGATG AGAAGATCGC ACTTGAGGAA
AATCTAGAAT TTTTTAAGAA CGAACTTGGA TGCTCTGTGG AAATATATTC AGCAGATAAT
GCAGAGTATG ACCCCGAAAA TAAGGCAAGG TTCGCATATC CGCTCAGACC GGCCATCTAT
CTTGAATGA
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| Protein sequence | MQQDYNSSNI EQKWQQKWNE SKVFEAEADD RDKYFITIPY PYLNGNLHAG HTRTFTIGDV
VARYKRMMGN NVLYPMGFHV TGTPIVGLAE LIQNRDPETM KVYTEFHGIP VETLKGMDTP
EKIVDYFSVE AERSMRSIGY SIDWRRKFTT TDPNYKKFIE WQFNLLYEKD LIVKGSHPVK
WCPNDDNPVE DHDILHGEEA TIIDYTLVKF KYDGMIIPCA TLRPETVFGV TNLWINPDLE
HVKIKVTFEG REEVWVVSKE AYRKLIFTDR EVEFIEDVDA SSLIGIKVTN PLNDAQVITL
PASFVKGENG SGIVMSVPSH APYDYLALRD LYDKDLREYG ITEDLRELKF ISLIKVKEFG
EFPAIEAVEQ FGVKDQDDPK AEEATKIVYR REFHGGVLKE NTGKYSGMAV SKIKDVLTRD
LIEMGIGEVF YEFSEPVVCR CGTPCVVNMV KGQWFLNYSN PEWKDKVYRC IENMDIIPED
LRVEFNNKVD WLKDKACARK KGLGTLLPFD NQWLIESLGD STIYMSYYII AKFIAMGIET
EQLVPELFDH VLLKKCSLET AAERSGIDAN IIEQISSDFE YWYPVDLRSS GKDLIPNHLL
FFLFHHVAIF DEDKWPRAIA INGFVSLEGK KMSKSKGPLL TLNDAITNYG ADISRMYILS
SAEQMQDADW KNSGIETARK QIERFYNFSK DIIGSGIPTC NVENLKGIDK WMLSRLQQRI
LETNEALDTI RTRNALQNAY FLLFNDIRWY QKRGGNALLC EVLDVWIRLM APFTPHICEE
IWEAIGHTDN DLISLADYPQ YDESLVDTQA EFTEELIGGT LSDVDEIIRV TKLTPKKAIL
YTSPEWKMET FKKALSMQKE GNLNPGILIK DLMRDPEMRS HGKEVPKFAQ KVVSDITAMN
EEKFDTLSNF DLDEKIALEE NLEFFKNELG CSVEIYSADN AEYDPENKAR FAYPLRPAIY
LE
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