| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | WD0464 |
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| Symbol | valS |
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| ID | 2738033 |
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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 | Wolbachia endosymbiont of Drosophila melanogaster |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002978 |
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| Strand | - |
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| Start bp | 445370 |
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| End bp | 447964 |
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| Gene Length | 2595 bp |
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| Protein Length | 864 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637172665 |
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| Product | valyl-tRNA synthetase |
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| Protein accession | NP_966250 |
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| Protein GI | 42520335 |
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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
[TIGR02697] Wolbachia palindromic element (WPE) domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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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 | ATGTTAAAAG AAAAATACGG CTTTAAAGAA GTTGAAGACA AATGCAACAT ATTGTGGGAA
GGCAGTAAAG TTTACAGGTG GAATGGTGAA AAGGATAACA CTTTCACTAT AGACACACCT
CCACCGACAA TATCGGGTAA ATTGCATATT GGCCATATAT TTAGCTATTG CCACACGGAC
TTTATTGCAA GGTTTCAGCG CATGCTGGGA AAAGATGTGT TTTACCCAAT TGGGTTTGAT
GATAATGGGC TTCCCACTGA AAGATTGGTT GAGCAAACCT ATAAAACCCG CGCAAAAGAA
GTTGGCAGGG AAAAATTGAT AGAGATGTGC CATGAGGTTA TTGAAAAATC AAAGCAAGAA
TTCAAGGAAC TATTTAAATC GGTCGGCATT AGTTATGACT GGGATTTGGA ATATCACACG
ATCAGCAAGG AAACTGTGAC GCTTTCACAG ATGTCGTTTA TTGATCTATA TAATAAAGGA
TATGCATATA GAAAAATGCA GCCCATCCTT TGGGACCCGG TTGATAAAAC AGCAATTGCG
CAAGCAGAAA TAGAAGATAA AGTTTTTGAG TCATCCTTAA ATACGATAGT TTTCTCTACT
GAAGAAAATG AGCAGATCAA CATTGCAACT ACGCGACCTG AGTTACTTCC AGCATGTGTT
GCAGTTTTTT GTCATCCAGA GGATGCGCGC TACACCCATC TGATCGGAAA AACAACCGTG
GTGCCGATCA CAGAGACAAA AGTTCCAATA ATAGCTGATG ATAAGGTTAA AATAGATAAA
GGCACTGGGC TTGTTATGTG CTGTACGTTT GGTGATGAAC TCGACATATA TTGGCAGCAA
AAGCATAATC TACCGATGAA AATTATCATC GATCAGGATG GGAGGATGAG CCTTCATTCA
GTACATGGTC AGAAGGAAGA AATATGGATC CCAGTGTCTG GGCACTGGGA TGACACCATA
GGGGCTACTG GGATGACAGG AGAAAGGGCT ACTCAGATGA CAAAGGAAGG TGGGTGTGAT
CAGAAAGAAG AATGGATCCC AGTGTCAGCT ACTCGGATGA CAGACGATAT ACTAAATGAA
ATAAATGGAT TGAAAGTTAC AGCAGCAAGA AAGCGGATAA TCGAAATCCT AACTGAAAAA
GGACTTTTGG TAGAAAGCAC TAACATTTCT CATTCTGTTA AGTGTGCAGA AAGATCTGGT
GCACCACTTG AGATATTGCC TACTTATCAA TGGTTTATCA AGACCTTAGA GCAAAAAGCT
CAAATATTAG ATAAAGTAAA AGAATGCAAT TGGCACCCAA GCAATATGCG TAAACGCATG
GAAGTGTGGA TAGAAGGGCT AAATTGGGAC TGGTGCATCT CAAGGCAGCG CTATTTTGGT
GTGCCATTTC CAGCGTGGTA TTCCAAGCGT AAAGGAGAAG AGGGCAAAAT CATCCTAGCT
GAAATAAAGG CCCTACCTAT AGATCCATCG AAAGATTTAC CAAAAGGGTA TAGCAAAGAA
GAGATTATCC CAGATCAAGA TGTAATGGAT ACTTGGGCCA CAAGTTCAAT TACTCCTCAA
CTAAGTGCAC TGGCAGTAAA CAGTGAGTTT AGCTTACCAA ATCATCGCTA TGATACGATA
TTTCCTGCAG ATCTGCGCAG CCAGAGCCAT GAGATAATAA GAACTTGGGC TTTTTATACT
ATTTTAAAGG CACATTATCA TGCAAATTCT TTACCTTGGA AAAACATTAT GATCAGCGGT
TGGTGTTTAG CAGATGATAA GAAAAAGATG AGTAAATCAA AGGGTAACAT CATCACTCCT
CATATAATAC TTGAAACTTA TGGAGCTGAT GTAGTGCGCT ATTGGGCAGC GAACTCAAGG
CTTGGAGTTG ATACAGTCTA CTCTGAAAAT ACATTCAAAA TTGGCAAGCG CCTCGTTACA
AAACTTTGGA ACGCTAGCAA GTTCGTTTCC ATGTTCATGG AAAAGCATCA AGTGATGAGC
ATAAATTCTG CTCACGAGAC AATGGATAAG TGGATATTGT CTAAGTTATA CAAAGTTATA
GAAAGAGCAA CAAATAACCT ATTACAGTTT GAATACTGCG AAGCTTTGGG CGCAATAGAG
GAATTTTTTT GGAAGGATTT TTGTGATAGT TACTTGGAGT TAGTAAAAAA ACGTGCGTAC
GGAAGCAGTG AAGCAACCTT AAGCGCAAAA CAAAGCTTGG CGTATGTGTT AAATGTTATT
TTGCGGTTAT TTGCACCTTT CTTGCCATAC ATTACAGAAG AGATATACCA CCAGTTGTAT
AGTTATAATT CTGTACACAA TCAAAGTAAT TGGCCAAGCA AAGAAGAACT TATCTACGAT
AAATATTCAG AGGAAATGGG AGATAATGTT ATTCAGATAT TAAACATTAT CAGAAAGATA
AAGGCAGATA ATAATGTATC AGTTAAGCAT CTGATAAAAA AGTTGATGAT AAAAGCAGAT
CTACGAAAGG ATAAGTTGGA TCAATCCGCA CAGAATGATT TGCAGGCAGT TTGCAATGCG
GAAACGATAG AGTGGATGCA GTCTGAGCTT GAAACTGAAG ACGAGAAATA CATAGTGAAT
ATAGATTTAT ATTGA
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| Protein sequence | MLKEKYGFKE VEDKCNILWE GSKVYRWNGE KDNTFTIDTP PPTISGKLHI GHIFSYCHTD
FIARFQRMLG KDVFYPIGFD DNGLPTERLV EQTYKTRAKE VGREKLIEMC HEVIEKSKQE
FKELFKSVGI SYDWDLEYHT ISKETVTLSQ MSFIDLYNKG YAYRKMQPIL WDPVDKTAIA
QAEIEDKVFE SSLNTIVFST EENEQINIAT TRPELLPACV AVFCHPEDAR YTHLIGKTTV
VPITETKVPI IADDKVKIDK GTGLVMCCTF GDELDIYWQQ KHNLPMKIII DQDGRMSLHS
VHGQKEEIWI PVSGHWDDTI GATGMTGERA TQMTKEGGCD QKEEWIPVSA TRMTDDILNE
INGLKVTAAR KRIIEILTEK GLLVESTNIS HSVKCAERSG APLEILPTYQ WFIKTLEQKA
QILDKVKECN WHPSNMRKRM EVWIEGLNWD WCISRQRYFG VPFPAWYSKR KGEEGKIILA
EIKALPIDPS KDLPKGYSKE EIIPDQDVMD TWATSSITPQ LSALAVNSEF SLPNHRYDTI
FPADLRSQSH EIIRTWAFYT ILKAHYHANS LPWKNIMISG WCLADDKKKM SKSKGNIITP
HIILETYGAD VVRYWAANSR LGVDTVYSEN TFKIGKRLVT KLWNASKFVS MFMEKHQVMS
INSAHETMDK WILSKLYKVI ERATNNLLQF EYCEALGAIE EFFWKDFCDS YLELVKKRAY
GSSEATLSAK QSLAYVLNVI LRLFAPFLPY ITEEIYHQLY SYNSVHNQSN WPSKEELIYD
KYSEEMGDNV IQILNIIRKI KADNNVSVKH LIKKLMIKAD LRKDKLDQSA QNDLQAVCNA
ETIEWMQSEL ETEDEKYIVN IDLY
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