| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | STER_0268 |
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| Symbol | leuS |
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| ID | 4438392 |
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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 | Streptococcus thermophilus LMD-9 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008532 |
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| Strand | + |
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| Start bp | 227616 |
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| End bp | 230117 |
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| Gene Length | 2502 bp |
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| Protein Length | 833 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 639676008 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_819776 |
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| Protein GI | 116627157 |
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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 | 0 |
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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 | ATGAGTTTTT ACAATCATAA AGAAATCGAG CCTAAGTGGC AAAAATACTG GGCTGACCAT
CACACATTTA AGACAGGAAC AGATGCTTCA AAACCTAAGT TTTATGCGCT TGACATGTTC
CCTTACCCAT CTGGAGCGGG TCTTCACGTA GGACACCCAG AAGGCTACAC AGCGACAGAT
ATCCTTAGCC GTTTCAAGCG TGCCCAAGGC TATAACGTCC TTCACCCAAT GGGATGGGAT
GCTTTTGGTT TGCCTGCAGA GCAATATGCT ATGGATACTG GTAATGATCC AGCTGACTTT
ACAGCGGAAA ATATTGCCAA CTTCAAACGT CAAATCAACG CGCTTGGCTT CTCTTACGAC
TGGGATCGTG AAATCAACAC AACAGATCCA AACTACTATA AGTGGACGCA GTGGATTTTC
ACCAAGCTTT ACGAAAAAGG TTTGGCTTAT GAGGCGGAAG TACCAGTAAA CTGGGTTGAG
GAACTAGGAA CAGCTATCGC CAATGAAGAA GTCCTTCCGG ACGGAACTTC TGAGCGTGGT
GGCTATCCAG TTGTCCGTAA ACCAATGCGC CAATGGATGC TTAAAATCAC TGCTTATGCA
GAGCGATTGC TCAATGACTT GGATGAGTTG GATTGGCCAG AGTCTATCAA GGACATGCAA
CGCAACTGGA TTGGTAAATC AACTGGTGCC AATGTCACCT TCAAAGTGAA AGGTACTGAC
AAGGAATTCA CCGTCTTTAC GACACGTCCG GATACCCTTT TCGGTGCGAC CTTCACTGTT
TTGGCGCCTG AGCATGACTT AGTAGATGCT ATCACAAGTC CTGAACAAGC TGAGGCTGTA
GCTAACTACA AACACCAAGC TAGCCTTAAA TCAGACTTGG CTCGTACCGA CCTTGCCAAG
GAAAAAACAG GGGTTTGGAC TGGAGCTTAT GCTATAAACC CTGTTAACGG TAGAGAAATC
CCAATCTGGA TTGCGGACTA CGTTCTCGCT AGCTACGGAA CAGGTGCAGT TATGGCCGTA
CCTGCTCACG ATGAGCGTGA CTGGGAATTT GCTAAACAGT TTGGTCTTCC AATCGTAGAA
GTACTTGAAG GTGGCAACGT TGAAGAAGCA GCTTACACAG AAGACGGTCC TCATGTCAAC
TCTGACTTCT TGAACGGGCT TAACAAAGAA GAAGCTATTG CTAAAATTGT AGCTTGGTTG
GAAGAAAAAG GCTTTGGTCA AGAAAAAATC ACTTACCGTC TCCGCGACTG GCTCTTTAGC
CGTCAACGTT ACTGGGGTGA ACCAATCCCA ATCATTCATT GGGAAGATGG CACTTCAACA
GCCGTTCCAG AAAGCGAATT GCCACTTGTC TTGCCAGTAA CCAAGGACAT CCGTCCTTCA
GGTACTGGTG AAAGTCCATT GGCTAACTTG ACAGACTGGC TTGAAGTGAC TCGTGAAGAT
GGGGTCAAAG GTCGTCGTGA AACCAACACC ATGCCACAAT GGGCAGGTTC AAGCTGGTAC
TACCTTCGCT ATATCGACCC ACATAACACA GAAAAATTGG CAGATGAGGA CCTCCTCAAA
CAATGGTTGC CAGTCGATAT CTACGTGGGT GGTGCAGAAC ACGCCGTTCT TCACTTGCTT
TACGCTCGTT TCTGGCACAA ATTCCTCTAT GACCTCGGTG TCGTTCCAAC TAAAGAACCA
TTCCAAAAAC TCTTTAACCA AGGAATGATC TTGGGAACAA GCTACCGTGA CCACCGTGGT
GCTCTTGTGG CGACTGACAA GGTTGAAAAA CGTGATGGTT CCTTCTTCCA TGTGGAAACA
GGAGAAGAGT TGGAGCAAGC ACCAGCCAAG ATGTCTAAAT CCCTCAAGAA CGTGGTTAAC
CCAGACGATG TGGTGGAACA ATATGGTGCT GATACCCTTC GTGTCTATGA AATGTTCATG
GGACCACTCG ATGCTTCTAT CGCTTGGTCA GAAGAAGGCT TGGAGGGAAG TCGTAAATTC
CTTGATCGTG TTTACCGTTT GATTACAAGT AAAGAAATCG TTGCGGAAAA TAATGGTGGT
CTTGACAAAG TTTATAACGA AACCGTTAAA TCCGTCACTG AGCAAATTGA GTTGATGAAA
TTCAACACAG CCATTGCTCA ACTCATGGTC TTTGTTAACG CGGCTAACAA GGAAGACAAA
CTCTATGTGG ATTATGCCAA AGGCTTTGTC CAATTGATTG CCCCATTTGC ACCTCACTTG
GCAGAAGAAC TCTGGCAAAC TCTTACAGCA ACAGGTGAGT CAATCTCTTA TGTGGCTTGG
CCAACTTGGG ACGAAAGCAA ATTAGTTGAA GACGAAATCG AAATCGTCGT CCAAATCAAA
GGAAAAGTCC GTGCTAAACT CATGGTCGCT AAAGACCTTT CACGCGAAGA ATTGCAAGAA
GTGGCTCTGG CTGACGAAAA AGTCAAAGCA GAGATTGATG GCAAGGAAAT CGTGAAAGTA
ATTGCGGTAC CGAACAAGCT TGTGAACATT GTTGTGAAAT AA
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| Protein sequence | MSFYNHKEIE PKWQKYWADH HTFKTGTDAS KPKFYALDMF PYPSGAGLHV GHPEGYTATD
ILSRFKRAQG YNVLHPMGWD AFGLPAEQYA MDTGNDPADF TAENIANFKR QINALGFSYD
WDREINTTDP NYYKWTQWIF TKLYEKGLAY EAEVPVNWVE ELGTAIANEE VLPDGTSERG
GYPVVRKPMR QWMLKITAYA ERLLNDLDEL DWPESIKDMQ RNWIGKSTGA NVTFKVKGTD
KEFTVFTTRP DTLFGATFTV LAPEHDLVDA ITSPEQAEAV ANYKHQASLK SDLARTDLAK
EKTGVWTGAY AINPVNGREI PIWIADYVLA SYGTGAVMAV PAHDERDWEF AKQFGLPIVE
VLEGGNVEEA AYTEDGPHVN SDFLNGLNKE EAIAKIVAWL EEKGFGQEKI TYRLRDWLFS
RQRYWGEPIP IIHWEDGTST AVPESELPLV LPVTKDIRPS GTGESPLANL TDWLEVTRED
GVKGRRETNT MPQWAGSSWY YLRYIDPHNT EKLADEDLLK QWLPVDIYVG GAEHAVLHLL
YARFWHKFLY DLGVVPTKEP FQKLFNQGMI LGTSYRDHRG ALVATDKVEK RDGSFFHVET
GEELEQAPAK MSKSLKNVVN PDDVVEQYGA DTLRVYEMFM GPLDASIAWS EEGLEGSRKF
LDRVYRLITS KEIVAENNGG LDKVYNETVK SVTEQIELMK FNTAIAQLMV FVNAANKEDK
LYVDYAKGFV QLIAPFAPHL AEELWQTLTA TGESISYVAW PTWDESKLVE DEIEIVVQIK
GKVRAKLMVA KDLSREELQE VALADEKVKA EIDGKEIVKV IAVPNKLVNI VVK
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