| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | STER_0513 |
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| Symbol | valS |
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| ID | 4437229 |
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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 | 460453 |
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| End bp | 463104 |
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| Gene Length | 2652 bp |
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| Protein Length | 883 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 639676230 |
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| Product | valyl-tRNA synthetase |
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| Protein accession | YP_819987 |
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| Protein GI | 116627368 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0525] Valyl-tRNA synthetase |
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| TIGRFAM ID | [TIGR00422] valyl-tRNA synthetase |
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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 | ATGTCTAAAG AACTTTCACC TAAATACAAT CCAGCTGAGG TTGAGGCTGG TCGTTACCAA
AAATGGCTTG ATGAAGATGT TTTCAAGCCT TCAGGCGATA AAAAGGCTAA GCCTTATTCC
ATCGTCATTC CACCACCAAA CGTAACCGGA AAACTTCACT TGGGTCACGC TTGGGATACA
ACTTTGCAGG ATATCATTAT CCGTCAAAAA CGTATGCAAG GTTTTGATAC GCTTTGGCTT
CCTGGTATGG ACCACGCTGG AATTGCCACT CAAGCTAAGG TTGAAGCTCG TTTGGCCGAA
AGTGGCATTT CTCGATATGA CCTTGGTCGT GAAAAATTCC TTGATAAAGT CTGGGAGTGG
AAAGACGAGT ATGCGGCAAC TATCAAGGAA CAATGGGGTA AGATGGGCCT CTCTGTAGAC
TACTCTCGTG AGCGTTTCAC CCTTGACGAG GGGTTGTCAA AAGCCGTTCG CAAGGTCTTT
GTAGAGCTTT ACAAAAAAGG TTGGATTTAC CGTGGTGAGT TTATCATCAA CTGGGATCCA
AAAGCCCGCA CAGCCCTTTC TGATATTGAG GTCATTCACA AGGATGTGGA AGGTGCCTTC
TACCACATGA ACTACATGTT AGAAGACGGT TCACGTGCCC TGGAAGTGGC AACAACTCGT
CCTGAAACCA TGTTTGGGGA TACTGCCGTA GCTGTTAACC CAAATGATGA TCGTTATAAA
GACTTGATTG GTAAAAATGT TATCTTGCCA ATTTTGAACA AGCCAATCCC AATCGTTGGC
GATGAACACG CAGACCCTGA ATTTGGTACT GGTGTGGTTA AAATCACTCC TGCTCATGAC
CCTAACGACT TCTTAGTTGG TCAACGCCAT AACTTGCCAC AAGTCAATGT CATGAATGAT
GATGGCACCA TGAATGAATT GGCTGGCGAA TTCAACGGTA TGGACCGCTT TGAAGCACGT
AAGGCCGTTG TTAAGAAATT GGAAGAAATC GGTGCCCTTG TCGAAATCGA AAAGATGACT
CACTCAGTTG GTCACTCAGA ACGTACAGGT GTGCCTGTTG AACCACGTTT GTCTACACAA
TGGTTCGTTA AGATGGACCA ACTGGCTAAA AATGCCATCG CTAACCAAGA CACAGACGAT
AAGGTTGATT TCTATCCACC TCGTTTCAAT GATACCTTCC TTCAATGGAT GGAAAATGTC
CACGACTGGG TTATCTCTCG TCAGCTTTGG TGGGGTCACC AAATCCCTGC TTGGTATAAT
ACTGAAGGTG AAATATACGT TGGCGAAGAA GCACCAGAAG GTGACGGCTG GAAACAAGAC
GAAGATGTCT TGGATACTTG GTTCAGTTCT GCCCTCTGGC CATTCTCAAC TATGGGCTGG
CCTGATGTCG ACTCAGAAGA CTTCAAGCGT TACTTCCCAA CCTCAACACT TGTCACTGGT
TATGACATCA TCTTCTTCTG GGTGTCTCGT ATGATCTTTC AATCATTGGA ATTCACAGGT
CGCCAACCAT TTAAGAATGT CCTTATCCAC GGTCTTATCC GTGACGAGCA AGGACGTAAG
ATGTCTAAGT CCCTTGGTAA CGGTATTGAC CCAATGGATG TTATCGAAAA ATACGGTGCT
GATGCCCTTC GTTGGTTCCT TTCAAACGGT TCTGCACCAG GTCAAGACGT GCGCTTCTCC
TACGAGAAAA TGGATGCTTC TTGGAACTTC ATTAACAAGA TTTGGAACAT CTCTCGTTAC
ATCCTTATGA ACAATGAAGG GTTGACCTTG GATGTGGCGC GTGAAAATGT AGCTAAAGTG
GCTGCTGGTC AAGCAGGTAA TGTCACAGAC CGTTGGATTC TCCACAATCT CAACGAAACT
ATCGGAAAAG TTACTGAAAA CTTTGACAAG TTTGAATTCG GTGTGGCTGG ACACATCCTT
TACAACTTTA TCTGGGATGA GTTTGCGGAC TGGTATGTTG AGTTGACTAA GGAAGTGCTT
TACAGCGATA ACGAGGACGA GAAAGTTATC ACTCGTTCTG TCCTACTTTA CACTTTGGAC
CAAATCTTGC GTCTCCTTCA CCCAATCATG CCATTCGTGA CAGAGGAAAT CTTTGGTCAA
ATCTCAGAAG GCTCTATCGT CACAGCTGAA TACCCAGTGG TTCGTCCAGA ATTTGAAAAT
GAAGAAGCGG CAGCTGGCGT TGAGGCCCTT AAAGACGTGA TTCGATCAGT TCGTAACTCA
CGTGCAGAAG TTAACGTAGC GCCAAGCAAG CCGATCACCA TCTTGATTAA GACTAGCGAC
AGCAAGCTCG ATGCCTTCTT TAATGACAAC ATCAATTACA TCAAACGCTT CACAAATCCA
GAACACTTGG AAATTGCAGC AGATGTCGAA GTACCTGACT TGGTTATGTC AAGCATCATC
ACAGGCGCAG AAATTTACTT GCCACTCGCA GACCTTCTCA ACGTCGAAGA AGAGTTGGCT
CGTCTTGAAA AAGAATTGGC CAAATGGCAA AAAGAACTTG ACATGGTTGG TAAGAAACTC
TCTAACGAGC GCTTCGTAGC CAATGCCAAA CCAGAAGTCG TCCAAAAAGA ACGCGACAAA
CAAAAAGATT ACCAAGCTAA ATACGATGCG ATAGTAGTGC GTATTAATGA GATGAAGAAA
TTGGTGAAAT AG
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| Protein sequence | MSKELSPKYN PAEVEAGRYQ KWLDEDVFKP SGDKKAKPYS IVIPPPNVTG KLHLGHAWDT
TLQDIIIRQK RMQGFDTLWL PGMDHAGIAT QAKVEARLAE SGISRYDLGR EKFLDKVWEW
KDEYAATIKE QWGKMGLSVD YSRERFTLDE GLSKAVRKVF VELYKKGWIY RGEFIINWDP
KARTALSDIE VIHKDVEGAF YHMNYMLEDG SRALEVATTR PETMFGDTAV AVNPNDDRYK
DLIGKNVILP ILNKPIPIVG DEHADPEFGT GVVKITPAHD PNDFLVGQRH NLPQVNVMND
DGTMNELAGE FNGMDRFEAR KAVVKKLEEI GALVEIEKMT HSVGHSERTG VPVEPRLSTQ
WFVKMDQLAK NAIANQDTDD KVDFYPPRFN DTFLQWMENV HDWVISRQLW WGHQIPAWYN
TEGEIYVGEE APEGDGWKQD EDVLDTWFSS ALWPFSTMGW PDVDSEDFKR YFPTSTLVTG
YDIIFFWVSR MIFQSLEFTG RQPFKNVLIH GLIRDEQGRK MSKSLGNGID PMDVIEKYGA
DALRWFLSNG SAPGQDVRFS YEKMDASWNF INKIWNISRY ILMNNEGLTL DVARENVAKV
AAGQAGNVTD RWILHNLNET IGKVTENFDK FEFGVAGHIL YNFIWDEFAD WYVELTKEVL
YSDNEDEKVI TRSVLLYTLD QILRLLHPIM PFVTEEIFGQ ISEGSIVTAE YPVVRPEFEN
EEAAAGVEAL KDVIRSVRNS RAEVNVAPSK PITILIKTSD SKLDAFFNDN INYIKRFTNP
EHLEIAADVE VPDLVMSSII TGAEIYLPLA DLLNVEEELA RLEKELAKWQ KELDMVGKKL
SNERFVANAK PEVVQKERDK QKDYQAKYDA IVVRINEMKK LVK
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