| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SAG2057 |
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| Symbol | leuS |
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| ID | 1014868 |
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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 agalactiae 2603V/R |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004116 |
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| Strand | - |
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| Start bp | 2034681 |
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| End bp | 2037182 |
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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 | 637317223 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | NP_689043 |
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| Protein GI | 22538192 |
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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 | 0.00764641 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | ATGACATTCT ATAATCACAA AGAAATCGAA CCCAAATGGC AAGCTTTTTG GGCAGATAAT
CATACCTTTA AAACAGGAAC AGACGCATCA AAACCTAAGT TTTATGCCCT AGATATGTTC
CCATACCCAT CTGGAGCTGG TCTCCACGTT GGTCACCCAG AAGGCTATAC AGCAACGGAT
ATTCTCAGCC GTTTCAAACG TGCCCAAGGT CACAATGTCC TCCACCCAAT GGGTTGGGAT
GCTTTTGGAC TTCCTGCTGA GCAGTACGCT ATGGATACTG GTAATGACCC AGCTGAGTTT
ACAGCTGAAA ACATCGCTAA CTTCAAACGC CAGATTAATG CTCTTGGTTT CTCATACGAC
TGGGATCGTG AAGTTAACAC AACTGACCCT AACTACTACA AGTGGACACA GTGGATCTTT
ACCAAGCTTT ATGAAAAAGG TCTAGCTTAC GAAGCTGAAG TTCCAGTTAA CTGGGTTGAA
GAATTGGGAA CAGCTATCGC CAACGAAGAG GTTCTTCCAG ATGGTACATC AGAACGTGGT
GGCTACCCAG TTGTCAGAAA ACCAATGCGC CAATGGATGC TCAAAATCAC TGCCTATGCA
GAGCGCTTGC TGGAAGACTT GGAAGAAGTT GACTGGCCAG AGTCAATCAA GGACATGCAA
CGCAACTGGA TTGGTAAATC AACTGGTGCT AATGTAACCT TCAAGGTTAA GGATACAGAT
AAGGACTTCA CTGTCTTTAC AACACGTCCT GACACCCTTT TTGGTGCGAC TTACGCAGTT
CTTGCTCCTG AGCATGCCTT GGTTGATGCT ATTACAACAG CTGACCAAGC AGAAGCCGTT
GCCGAATACA AACGTCAAGC GAGTCTCAAA TCAGACCTTG CTCGTACAGA CCTTGCCAAA
GAAAAAACTG GTGTCTGGAC AGGTGCCTAT GCCATTAACC CAGTTAATGG TAAAGAAATT
CCAGTTTGGA TTGCGGACTA TGTCCTTGCT AGCTACGGTA CAGGTGCTAT CATGGCAGTT
CCAGCTCACG ATGAACGTGA CTGGGAATTC GCAAAACAAT TCAACCTAGA CATCATTCCA
GTTCTTGAAG GTGGGAATGT TGAAGAGGCT GCCTTTACAG AAGACGGTCT TCACATCAAC
TCAGACTTCC TAGATGGTCT CGACAAAGCG GCAGCTATTG CCAAAATGGT CGAGTGGCTT
GAAGCAGAAG GTGTTGGTAA TGAGAAAGTT ACTTACCGTC TTCGTGACTG GCTCTTCAGC
CGTCAGCGTT ACTGGGGTGA GCCAATCCCA ATCATCCACT GGGAAGATGG AACATCAACT
GCGGTTCCTG AGAGCGAATT GCCACTAGTT CTTCCAGTTA CTAAGGATAT CCGTCCTTCA
GGTACTGGTG AGAGCCCACT TGCTAACTTG ACAGACTGGT TGGAAGTCAC TCGTGAAGAT
GGCGTTAAAG GTCGTCGTGA GACCAACACC ATGCCACAAT GGGCAGGTTC AAGCTGGTAC
TATCTCCGCT ACATCGATCC ACACAACACT GAAAAACTAG CTGACGAGGA ACTCCTCAAA
CAATGGTTGC CAGTTGATAT CTATGTCGGT GGTGCAGAGC ATGCCGTGCT TCACCTTCTC
TATGCTCGCT TCTGGCACAA GGTTCTTTAT GATCTCGGTG TCGTACCTAC CAAAGAGCCA
TTCCAAAAAC TCTTTAACCA AGGGATGATT TTGGGAACAA GCTACCGCGA CAGCCGTGGT
GCTCTTGTGG CAACTGACAA GGTTGAAAAA CGTGATGGCA GCTTCTTCCA TGTGGAAACT
GGTGAAGAGC TTGAACAAGC ACCTGCTAAG ATGTCTAAAT CACTTAAGAA CGTTGTCAAT
CCAGATGATG TTGTTGAGCA GTACGGTGCT GACACCCTTC GTGTTTACGA GATGTTCATG
GGACCACTCG ATGCTTCAAT CGCTTGGTCT GAAGAAGGTC TTGAAGGCTC ACGTAAGTTC
TTGGACCGTG TTTACCGTTT GATCACGACT AAAGAGATCA CTGAGGAAAA TAGCGGAGCT
CTTGACAAGG TTTACAACGA AACTGTTAAG GCAGTTACTG AGCAAGTTGA CCAAATGAAA
TTCAACACAG CTATCGCTCA ACTCATGGTC TTTGTCAATG CAGCCAACAA GGAAGACAAA
CTCTTTAGCG ACTATGCCAA AGGCTTTGTT CAATTGATTG CACCATTCGC ACCGCACTTA
GGTGAAGAAC TCTGGCAAGT CTTGACAGCC TCAGGACAGT CAATCTCTTA CGTGCCATGG
CCAAGCTATG ACGAAAGCAA ATTGGTTGAA AACGAAATCG AAATCGTTGT CCAAATCAAA
GGTAAGGTCA AAGCTAAACT CGTCGTTGCT AAAGACCTTT CACGCGAAGA ATTGCAAGAT
CTTGCTCTTG CTAACGAAAA AGTCCAAGCC GAAATCGCAG GCAAAGACAT CATCAAAGTC
ATCGCAGTAC CAAACAAACT CGTTAATATT GTGGTGAAAT AA
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| Protein sequence | MTFYNHKEIE PKWQAFWADN HTFKTGTDAS KPKFYALDMF PYPSGAGLHV GHPEGYTATD
ILSRFKRAQG HNVLHPMGWD AFGLPAEQYA MDTGNDPAEF TAENIANFKR QINALGFSYD
WDREVNTTDP NYYKWTQWIF TKLYEKGLAY EAEVPVNWVE ELGTAIANEE VLPDGTSERG
GYPVVRKPMR QWMLKITAYA ERLLEDLEEV DWPESIKDMQ RNWIGKSTGA NVTFKVKDTD
KDFTVFTTRP DTLFGATYAV LAPEHALVDA ITTADQAEAV AEYKRQASLK SDLARTDLAK
EKTGVWTGAY AINPVNGKEI PVWIADYVLA SYGTGAIMAV PAHDERDWEF AKQFNLDIIP
VLEGGNVEEA AFTEDGLHIN SDFLDGLDKA AAIAKMVEWL EAEGVGNEKV TYRLRDWLFS
RQRYWGEPIP IIHWEDGTST AVPESELPLV LPVTKDIRPS GTGESPLANL TDWLEVTRED
GVKGRRETNT MPQWAGSSWY YLRYIDPHNT EKLADEELLK QWLPVDIYVG GAEHAVLHLL
YARFWHKVLY DLGVVPTKEP FQKLFNQGMI LGTSYRDSRG ALVATDKVEK RDGSFFHVET
GEELEQAPAK MSKSLKNVVN PDDVVEQYGA DTLRVYEMFM GPLDASIAWS EEGLEGSRKF
LDRVYRLITT KEITEENSGA LDKVYNETVK AVTEQVDQMK FNTAIAQLMV FVNAANKEDK
LFSDYAKGFV QLIAPFAPHL GEELWQVLTA SGQSISYVPW PSYDESKLVE NEIEIVVQIK
GKVKAKLVVA KDLSREELQD LALANEKVQA EIAGKDIIKV IAVPNKLVNI VVK
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