| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nmar_0367 |
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| Symbol | |
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| ID | 5773685 |
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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 | Nitrosopumilus maritimus SCM1 |
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| Kingdom | Archaea |
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| Replicon accession | NC_010085 |
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| Strand | - |
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| Start bp | 330772 |
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| End bp | 333639 |
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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 | 37% |
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| IMG OID | 641315996 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_001581701 |
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| Protein GI | 161527875 |
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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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 44 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACGATTA ACTGGACTGA TATTGAAACA AAGTGGAGAA ACAAGTGGCA AGAAAACAAA
GACTTTGAAA CAAATCCAAA TGACAAGCCA AAAAAATTCA TTACAGTAGC TTATCCATAT
CCAAACTCAC CACAACACAT TGGACATGGA AGAACTTACA CACTAGCTGA TGTTCATGCA
AGATTTTACA GGATGAAAGG ATACAATGTG TTGTTCCCAA TGGGATTCCA TTACACTGGA
ACTCCAGTAC TTGGTATGGC AAAGAGAATT GAAGCTGGGG AGAAAGAAAT TCTAGACGGT
TTACGAAATA TTTACCATGT TCCTGAAGAT GCAATCAAAA CATTTGTTGA ACCAATAAAG
ATTGCAGATT ATTTCCATGA AGAGATTAAA TCTGGAATGA TTGAGATGGG TTACTCTATT
GATTGGAGAC GAGAATTTAC CACGATAGTT CCAGGTTATC AAAAGTTCAT TGAATGGCAG
ATTACAACAC TCAAAGAAAA GGGTAGAATC ATTCAAGGTA GTCATCCAGT TGGGTGGTGT
CCCGTTGATC AAAACCCAGT ATCACAACAC GATACAATGG GTGATGTTGA ACCAAAAATT
GATGATAAGA ATTTCTTGAT TAAATTCAAG TTGGGTGATT CAATATTTCC AATTACAACA
TTACGTCCTG AAACAATCTT TGGCATTACG AATCTTTGGG TCAATCCAAA CACTGTTTAC
AAAAAAGTTT CAGTTGATGG AGAAGAGTGG ATTGTGTCTG AAGAATGTGC AAAAAAGATT
TCGTTCTTTG AGAAAAAAGT AGAGATTACA GGTGAAATTC CAGGTTCCGA GATTATTGGC
AAAACTGCAA CTAATCATGA TGGACGAGAG ATTCCAGTAT TGCCTGCTGA ATTTGTAGAG
CCTAGCATGG GTACAGGATT GGTAATGTCC GTGCCGGCAC ATGCACCTAA AGACTATCAA
GCACTAATGG ATTTGAAGGC CAAAAATCAC GAACTAGCCT CAAAATTAGA GCCTATTCCG
ATAATAGTTA CAGAAGGATA CGGTTCCATT CCTGCAAAAG AGATTTGTGA AAAGATGGGA
GTCTCTGACC AGTCTGATGA CAAGTTAGAA GAAGCCACCA AGGAATTGTA TCTTAAAGAA
TTCACTGACG GAAAACTCAA CGACAAATGT TTACAGTTTG ATGGAGAAAA AGTACAGTTT
GGACGAGACA AGATTAGAGC TTGGCTGCAA GAAAATAATC ATTTAGAAAA ATTCCCAGTA
TTAGAGAATG CGCCAGTTAG ATGTCGTTGT GGAGCTGAAT GTGTTGTTAA AGTATTGAAC
AATCAATGGT TCTTGAATTA CGGTGATGAA GAATGGAAAG AATTGGCTCG CAATTGTCTT
GATGAGATGA ATATTCTACC TAACAACATC AAGACAGAGT TTGTTGAAGT AATTGATTGG
TTGCATGAAC GAGCTTGTGC AAGACAACAG GGATTAGGTA CTAAACTTCC ATGGGATAAT
GATTGGATTG TTGAATCCCT TTCGGACTCT GTAATCTACA TGGCATATTA TACATTGTCT
AGATTTGTAA ATGATGGAAC AGTACAGCCA GAGAATCTTA CTAAGGAATT ATTTGATTAT
CTGTTGTTAG ATAAAGGAGA TGTTTCACTG GCTACAAGCA CATCAAAACT TTCTGAAGAC
ATAATCAATA CAATGAAAAA AGAATTTACA TATTTTTATC CAGTTGATTC AAGACATTCA
GGTCGTGATT TGGTTCAGAA TCACTTGTCA TTTTTTGTTT TAAATCATGT TGCAATATTT
GAAAAGAATT TGTGGCCACA AGAGATTGTT GTTAATGGTA GTGTAATGAT GGATGGAGCT
AAAATGTCAA AGAGTATGGG AAACATCATT CCATTACGAG CTGCAATCAA AGATCATGGT
GCAGACCCAA TCAGATTAGC TATAATTTCA TCAGCTGAAT TGCTCCAAGA TGCTGATTTT
AACATGGAAT CAGTTTCAGG TATTCAAAGC AAGCTTGAAT CGCTTTTAGA GGCATGTTCT
AGCCTCAAAA CAAGCGAAAT TGGTGAGTTG CAGGCTGAAG ACAGGTGGAT TCTCTCCAAA
ACTCAGAGCA AGATTGCAGA AATTACAGAA GCAGTTGAGA AGATGAGATT ACGTGAAGCA
CTACACGATA TCCTCTTTAC ATTTGAAACT GATTTGAGTT GGTATCAAAA GAGAATTGCA
GCTAAAGGTC GTGATGATGT TTCTGGAATT TTACATCAAA TCAACTCATC TCGAGTTGCA
ATGTTGTCTC CATTTGCACC GCATGTAGCC GAAGAGATGT GGAAAAATCT TGGAAACTCG
GAACTAGTTT CAAAATCACA GTGGCCGGAA TATTCAGCAG ACAAAGTAGA TGCTGCATCA
ATTCAAGCTG AAGAGTTATT GAAGAATACA ATTGACGATA TTGCAAACAT TATCAAAGTT
ACAAAAATTA CTCCAAAAAA GATTGTAATC TATGTAAATT CAGATGAAAC AAAGTCCAAA
ATCTATCGCA AGATGCTAAG CATTATGGTG GGAGGTCAAA ACAACATGGG AGTTGTAATG
AAAGAACTCA TTGCAGATCC AAATACTACA GATGCCAAGA AAATGCCAGA CTTTGTACAG
AAAACAATTA AGGATTTGCA TTCAGAGTCA GAGGAAATCA AAAAGATGAA GCTTGAAGCA
GAAAGCTTTG ATGAAAAAGA GTTCCTAAAA TCAGAAATTG CAAGTATGGG ACAAAAAGAG
TTTGGAGTAG ATATTGAAGT TTATTCAGAA AGTGATTCTA ACATTTATGA TCCTAAAGGA
AAAGCTAGAC ATGCAAGGCC TTTCAAACCA GCAATACTAA TTGAATAA
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| Protein sequence | MTINWTDIET KWRNKWQENK DFETNPNDKP KKFITVAYPY PNSPQHIGHG RTYTLADVHA
RFYRMKGYNV LFPMGFHYTG TPVLGMAKRI EAGEKEILDG LRNIYHVPED AIKTFVEPIK
IADYFHEEIK SGMIEMGYSI DWRREFTTIV PGYQKFIEWQ ITTLKEKGRI IQGSHPVGWC
PVDQNPVSQH DTMGDVEPKI DDKNFLIKFK LGDSIFPITT LRPETIFGIT NLWVNPNTVY
KKVSVDGEEW IVSEECAKKI SFFEKKVEIT GEIPGSEIIG KTATNHDGRE IPVLPAEFVE
PSMGTGLVMS VPAHAPKDYQ ALMDLKAKNH ELASKLEPIP IIVTEGYGSI PAKEICEKMG
VSDQSDDKLE EATKELYLKE FTDGKLNDKC LQFDGEKVQF GRDKIRAWLQ ENNHLEKFPV
LENAPVRCRC GAECVVKVLN NQWFLNYGDE EWKELARNCL DEMNILPNNI KTEFVEVIDW
LHERACARQQ GLGTKLPWDN DWIVESLSDS VIYMAYYTLS RFVNDGTVQP ENLTKELFDY
LLLDKGDVSL ATSTSKLSED IINTMKKEFT YFYPVDSRHS GRDLVQNHLS FFVLNHVAIF
EKNLWPQEIV VNGSVMMDGA KMSKSMGNII PLRAAIKDHG ADPIRLAIIS SAELLQDADF
NMESVSGIQS KLESLLEACS SLKTSEIGEL QAEDRWILSK TQSKIAEITE AVEKMRLREA
LHDILFTFET DLSWYQKRIA AKGRDDVSGI LHQINSSRVA MLSPFAPHVA EEMWKNLGNS
ELVSKSQWPE YSADKVDAAS IQAEELLKNT IDDIANIIKV TKITPKKIVI YVNSDETKSK
IYRKMLSIMV GGQNNMGVVM KELIADPNTT DAKKMPDFVQ KTIKDLHSES EEIKKMKLEA
ESFDEKEFLK SEIASMGQKE FGVDIEVYSE SDSNIYDPKG KARHARPFKP AILIE
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