| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Nther_0537 |
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| Symbol | |
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| ID | 6314264 |
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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 | Natranaerobius thermophilus JW/NM-WN-LF |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010718 |
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| Strand | + |
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| Start bp | 557856 |
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| End bp | 560336 |
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| Gene Length | 2481 bp |
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| Protein Length | 826 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 642642921 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_001916721 |
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| Protein GI | 188585176 |
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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
[TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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| Plasmid unclonability p-value | 0.993969 |
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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 | 49 |
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| Fosmid unclonability p-value | 0.956377 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAAGAGT ATCAGCCACA AAAAATTGAA TCTAAATGGC AAAAACGTTG GCAAGATGAA
ATTTCCTATG AAACCGAAGT TGACCATAAT AAAGACAAAT ATTATGTACT AGAGATGTTT
CCTTATCCTT CTGGGAAACT TCATATGGGT CATATGAGGG TGTATTCAAT TGGAGATGTG
CTAGCCCGGT TTCAACGTAT GAGAGGTTAT AATGTACTCC ATCCTATGGG CTGGGATGCC
TTTGGTTTAC CAGCGGAAAA TGCGGCTATT GAAAATCAAG ATTTGCCATC AAGATGGACC
TACGCCAATA TTGATAATAT GAAAGATCAG TTACAAGCTC TTGGAACTAG TTACGATTGG
AAACGGGAAG TATCCACCTG TTCTCCCGAT TACTATAAAT GGACTCAGTG GATGTTTTTA
CAATTGTATA AAAATGGCCT AGCCTATAAG AAGAAAGCAC CCGTTAATTG GTGCCCAGAG
TGTGAAACAG TATTGGCCAA TGAACAGGTA GAAAATGGAG CTTGCTGGCG TTGTGATAGT
ATGGTAGAGC AAAAACAATT GTCTCAGTGG TTTTTTAAGA TCACGGAATA TGCCGATCGC
TTGGATCAAG ATTTAGAGCT GTTGGAAGAA TGGCCTGATC GGGTTAAGAC AATGCAAAAA
AATTGGATTG GCAAAAGTCA AGGAACTGAA ATTGACTTTC CGGTAAAAGG TTCTCGAGAA
AAAATCAGGG CATTTACTAC TCGTCCTGAT ACCATTTTTG GAGCTACTTA CATGGTGCTT
GCTCCGGAGC ACCCTATGAC AGAGCAATTG GTTCAAGGTA CCGATCAAGA GAAGGAAGTT
ATGGACTTTA TCAAAGGAGT CCACGAAATG GGGAAAGAAG CCAGGGAAGC AGAAGATCTT
GAAAAAGAAG GCGTCTTCAC TGGCAGATGG GCTATTAATC CCTTAAATGG TGAAGAGATC
CCTATTTTGG TAGGTAATTA CGTATTAATG GAATATGGAA CTGGTGCTAT TATGGCAGTT
CCAGCTCACG ATCAGAGGGA CTTCCAATTT GCTCACAAAT ATAATCTACC AATAAAGGAA
GTAGTTACAC CCCCAGAGGG AGAGGGTAAA ACAGAGTCAG AAACTCATGA CGAGCTCAAA
AAAGCTTATA CAGATCATGG TATTTTAATA AATTCTCCGG GATACAATGG CATGACATCT
GAGCAAGCTA TTGAACAGAT TACCAGAGAC ATAGAAAATA AAGGGATTGG AGCAGGTGTG
ACAACTTATC GGTTGAGAGA TTGGCTAGTC TCTAGGCAGA GATACTGGGG AGCGCCAATA
CCCGTTCTTT ACTGTGATCA ATGCGGAATT CTACCAGTCC CGGAAGATGA GTTGCCTGTT
CAGCTACCTG AAGATGTGGA CTTTAGTCAG GGAAGTCGTA ATGTACTGGC AGCTAGACAG
GATTTTGTTG AAACTAGTTG TCCCCAGTGC GGAGGTTCAG CCCAGAGGGA AACCGACACT
ATGGATACCT TTGTTTGTTC TTCATGGTAC TTCTTAAGGT ATACTACCCC CTGGGATAAT
GAAGTTCCTT TCCGTCAAGA AGATGTAAAT TACTGGATGC CTGTAGACCA GTATATCGGT
GGGATAGAAC ACGCTGTACT TCATCTACTT TATGCCAGAT TTTTTACTAA GGTAATGTAT
GATCAGGGCT ATACTAATTT CAAAGAACCC TTTTCACGTT TGTTAGCCCA AGGAATGGTC
AATAAAGATG GAGCCAAGAT GAGTAAATCA AAGGGCAATG TGGTATCACC TGATGAAATA
CTACGGACCT ACGGAGCAGA TACAGGTAGA CTATTTATAT TGTTTGCAGC TCCACCTGAA
AAAGATCTAG ACTGGAATGA TGAAGGTGTG GAAGGTTGTT ATCGCTTTCT ACAAAGATTG
TATCGATTGG TTAATGACAA CCAAAACTTA GTGGATCTGC AATTGGATGA TACAAAGTTT
ACCAAAGAGG ATAAAGAATA TCATCGCTTG ATTCATAAAA CAATTAAGAA GGTTACTGAC
GATATTTCTG AGAGACATAA CTTCAATACA GCTATTAGCG CTATTATGGA ATTAACAAAT
GCCAGCAGTA AATATAAAGA ACAAAAAGAG GTTAACGAAT CATTACTGCG TACTGGTTTG
GAAACTATCG TGATGTTGCT GGCTCCCTTT ACCCCTCATA TAGCAGAAGA ATTATGGGAA
ACTTTAGGTT ACCAAGATAG TGTACACAAA TTGAATTGGC CTAGCTATGA CGAAAAAGCA
ATGGTTGCTG AAGAAGCGGA GATGGTTGTT CAAGTAAATG GAAAAGTTAG GGATCATCTA
ACAGTACCTG CAGATTCCAG TGAAGAAACA ATTAAAGAAA AGGCGTTGGA AAGAGAAAAA
GTTCAAAAAT ATATATCAGG AGCTGAGATC AAAAAGGTAA TTGTGATTCC CCAAAAATTG
GTAAATATTG TTTGCAAATA A
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| Protein sequence | MKEYQPQKIE SKWQKRWQDE ISYETEVDHN KDKYYVLEMF PYPSGKLHMG HMRVYSIGDV
LARFQRMRGY NVLHPMGWDA FGLPAENAAI ENQDLPSRWT YANIDNMKDQ LQALGTSYDW
KREVSTCSPD YYKWTQWMFL QLYKNGLAYK KKAPVNWCPE CETVLANEQV ENGACWRCDS
MVEQKQLSQW FFKITEYADR LDQDLELLEE WPDRVKTMQK NWIGKSQGTE IDFPVKGSRE
KIRAFTTRPD TIFGATYMVL APEHPMTEQL VQGTDQEKEV MDFIKGVHEM GKEAREAEDL
EKEGVFTGRW AINPLNGEEI PILVGNYVLM EYGTGAIMAV PAHDQRDFQF AHKYNLPIKE
VVTPPEGEGK TESETHDELK KAYTDHGILI NSPGYNGMTS EQAIEQITRD IENKGIGAGV
TTYRLRDWLV SRQRYWGAPI PVLYCDQCGI LPVPEDELPV QLPEDVDFSQ GSRNVLAARQ
DFVETSCPQC GGSAQRETDT MDTFVCSSWY FLRYTTPWDN EVPFRQEDVN YWMPVDQYIG
GIEHAVLHLL YARFFTKVMY DQGYTNFKEP FSRLLAQGMV NKDGAKMSKS KGNVVSPDEI
LRTYGADTGR LFILFAAPPE KDLDWNDEGV EGCYRFLQRL YRLVNDNQNL VDLQLDDTKF
TKEDKEYHRL IHKTIKKVTD DISERHNFNT AISAIMELTN ASSKYKEQKE VNESLLRTGL
ETIVMLLAPF TPHIAEELWE TLGYQDSVHK LNWPSYDEKA MVAEEAEMVV QVNGKVRDHL
TVPADSSEET IKEKALEREK VQKYISGAEI KKVIVIPQKL VNIVCK
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