| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | UUR10_0263 |
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| Symbol | valS |
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| ID | 6983986 |
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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 | Ureaplasma urealyticum serovar 10 str. ATCC 33699 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011374 |
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| Strand | + |
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| Start bp | 289432 |
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| End bp | 292056 |
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| Gene Length | 2625 bp |
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| Protein Length | 874 aa |
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| Translation table | 4 |
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| GC content | 24% |
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| IMG OID | 643399837 |
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| Product | valyl-tRNA synthetase |
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| Protein accession | YP_002284667 |
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| Protein GI | 209554355 |
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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 | 7 |
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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 | GTGAAGAAGA AATTAAATAA AAATTATTTA TTTAAAGAAG TTGAATCTAA TAAACTTCTA
TTTTGACAAG AAAATAATTT ATTTAAAGCT CAAGCAAATA GTACAAAACC ACCTTTTGCA
ATTGTTTTAC CACCACCTAA TGTTACAGGA CATTTACATA TTGGGCATGC TTACGATTTT
ACCTTGCCAG ACATTTTAAT GCGTTATAAA AAACTACAAG GATATGATGC TTTTATCGTT
CCTGGAACTG ATCATGCTGG AATTGCAACT CAAACTAAAT TTGAAAAAAT TTTAAAAACA
AACGAACAAG TTGATCGTTT TGTTTTAGGA AGAAAAGCTT TTTTAGAAAA ATTAAAAATT
TGAAAAGATG AACAAACTTA TTATATTCAT AAACAATGAA ATGCCTTAGG ATTAGGATTA
GATTATAACA ATTATTTATT TACATTAGAT GAACCTGTTG TTCAAACTGT GCGTGAAGTT
TTTGTAAAAA TGTTTAATGA AAACATTATT TATCGAGCTA AAAAATTAGT TAACTGAGAT
ATTCAACTAA AAACTGCAAT TAGTAATATT GAAGTAATTC ACAAAGAAAT CGAACAAAAA
CTATATTATA TTAAATATTC TAGTGAAGAC CAAAAAGATT TTGTTATTGT AGCAACTTCA
CGACCAGAAA CAATGTTTGG TGATAAACAT CTAATTATGA ATCCTAATGA TCAACGTTAC
GTTCATTTGC ATAATAAAAT TTTTATTAAC CCAATTAATA ATGCAAAAAT GTCAGTTATT
TTAGATGACT ATATTGATAT TGAATTTGGT ACAGGGGTAA TGAAATGTAC ACCTGCACAC
GATTTTAATG ATTATGAATT AGCTAAAAAA CATAATTTAG AATTAATCAA TATTATGAAT
GAAGATGGTA CTTTAAATGA AAAATGTGCT GAATTTAAAG GTTTAGATCG TTTACAAGCT
CGTGCTTTAA TTGTTGATAA ATTACAAAAA AGTAATCATT TAGTTAAAAT TGAAAATTAT
CAATCTAACG TTGGTTTTAG TGAAAGAACT AATGAAATTG TTGAACCATA TTTATCATAT
CAATGATTTA TTAAAATGGA TAATTTAGTA AAAAACACAA TTAAAATGCA AAATGATTTT
AATGATAAAG TAGATTTTTA TCCAAATCGT TTTAATAAAA CTTTACTAAC ATGATTAGAA
AATACTGAAG ATTGATGTAT TTCAAGACAA TTATGATGAG GACACCAAAT TCCTGTTTGA
TATCATAAAA AAACTAATGA AATATATTGC AATACAACAC CACCAAAAGA TTTAGAAAAT
TGAATTCAAG ATGAAGATGT TTTAGACACT TGATTTTCAA GTGGAATGTG ACCATTACTA
ACAACAAAAT GAAATAGTAA TGATCAATTC TTTAAGCGCT ATTTCCCTAC AGCTTTAATG
GTTACTGGTA TGGATATTTT ATTTTTTTGA GTTTCAAGAA TGATGAATTT TAGCCAATAT
CTAGTTCAAA AAAGACCATT TAAAGATGTT TTAATTCATG GTTTAATTAG AGATGCACAA
GGTAAAAAAA TGTCAAAATC ATTAGGAAAT GGTATTGATC CTTTTGATAT TATTAACGAA
TATGGTTTAG ATACTATGCG TTTATTTTTT GCATCATCTA CAACAGTTGG TGAAGATTTA
AACTTTTCAA CAGAACGTTT GGGTGCTAAT TGAAATTATT TAAATAAAAT TTGAAACATT
GCTAAATATA TTGAAAATTT AGATGAAATT AATGAAAGTT TTAGTATTCA AGATGTTCAT
GAGTTTTGTG ATGTTAATAA ATGGATAATT GCTGAATTAT CAAAATTAAG TGTTGAAATG
AATAAAAATA TGGATAAATA TAATCTAGTT GTTGCTACAA AAGATTTATA TGATTTTATT
TGAAATACTT TCGCAAGCAA CTATTTAGAA TATACAAAAG TTTTATTACA AGATACAACA
TTTAAGAATG AAACCATTAA AACAATTCGT TATGTATTTA ATCAAATTTT AATTATGTTA
CATCCTTTTG CTCCTAATAT TAGTGAAGAG ATTTGATTAA ATCTAAATCA AACAAATGAA
TCAATTTTAT TACAAAAATA TCCAATGGTT AATTTCGAAT TTGAATCAAT CATTATTAAT
AAAATTGCAA AAATTATTTT AGAAATTAGA AAATTACGTT TACAAGAAAA TATTAATAAT
AAAACAAATC TTTGTTTTGA ATTAGTATCA GCTAATGATG AATTTTATAA TTCGAATATA
AAATTAATTA ACTTACTATT AGTTTTAGTA AACGCTAAAG TAAGTGAAAT TAAAAAAAGT
AGTGTAAATA GTTGCACTTA TGAACTTGTT ATTGATGATT TTATTCTTAA AACTTGATAT
GAAAAATCTA TTGATTATGA TACACAAATT AAAAAGGTTA GCGAACAATT AAAATATTTA
GAAAACGAAA TTAAACGCGC AACTAATTTA TTAAACAATC AAGGTTTTGT CAATAAAGCT
CCAACAGAAC TAATTGCTAA AGAAAAAGAT AAGTTAAATA ATTTAGAGAA AGAACAAGCA
AATTTATTAA AAATTTTTGC TGATTTAAAA CAAAAGGTGA ATTAA
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| Protein sequence | MKKKLNKNYL FKEVESNKLL FWQENNLFKA QANSTKPPFA IVLPPPNVTG HLHIGHAYDF
TLPDILMRYK KLQGYDAFIV PGTDHAGIAT QTKFEKILKT NEQVDRFVLG RKAFLEKLKI
WKDEQTYYIH KQWNALGLGL DYNNYLFTLD EPVVQTVREV FVKMFNENII YRAKKLVNWD
IQLKTAISNI EVIHKEIEQK LYYIKYSSED QKDFVIVATS RPETMFGDKH LIMNPNDQRY
VHLHNKIFIN PINNAKMSVI LDDYIDIEFG TGVMKCTPAH DFNDYELAKK HNLELINIMN
EDGTLNEKCA EFKGLDRLQA RALIVDKLQK SNHLVKIENY QSNVGFSERT NEIVEPYLSY
QWFIKMDNLV KNTIKMQNDF NDKVDFYPNR FNKTLLTWLE NTEDWCISRQ LWWGHQIPVW
YHKKTNEIYC NTTPPKDLEN WIQDEDVLDT WFSSGMWPLL TTKWNSNDQF FKRYFPTALM
VTGMDILFFW VSRMMNFSQY LVQKRPFKDV LIHGLIRDAQ GKKMSKSLGN GIDPFDIINE
YGLDTMRLFF ASSTTVGEDL NFSTERLGAN WNYLNKIWNI AKYIENLDEI NESFSIQDVH
EFCDVNKWII AELSKLSVEM NKNMDKYNLV VATKDLYDFI WNTFASNYLE YTKVLLQDTT
FKNETIKTIR YVFNQILIML HPFAPNISEE IWLNLNQTNE SILLQKYPMV NFEFESIIIN
KIAKIILEIR KLRLQENINN KTNLCFELVS ANDEFYNSNI KLINLLLVLV NAKVSEIKKS
SVNSCTYELV IDDFILKTWY EKSIDYDTQI KKVSEQLKYL ENEIKRATNL LNNQGFVNKA
PTELIAKEKD KLNNLEKEQA NLLKIFADLK QKVN
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