| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cla_0645 |
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| Symbol | valS |
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| ID | 7410711 |
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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 | Campylobacter lari RM2100 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_012039 |
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| Strand | - |
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| Start bp | 618811 |
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| End bp | 621423 |
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| Gene Length | 2613 bp |
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| Protein Length | 870 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 643717776 |
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| Product | valyl-tRNA synthetase |
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| Protein accession | YP_002575225 |
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| Protein GI | 222823651 |
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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 | 29 |
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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 | ATGTATGATA AATCATTAGA AAAAGAATAT TATAAAATTT GCGAAGATCG TGGATATTTT
GAAATCAATG GCAATGAAAA AATTCAAGAA AAAGATAAAA ACTTTTGCAT TATGATGCCA
CCACCTAATG TAACTGGGGT TTTACATATA GGCCATGCTC TAACTTGCAC TTTACAAGAT
ATCACAACGC GTTATAAAAG AATGGATGGA TATAAAACTC TTTATCAACC AGGGCTTGAT
CATGCAGGTA TTGCAACACA AAATGTTGTA GAAAAACAAC TTTTAGCTCA AGGTATTAAA
AAAGAAGAGC TTGGTAGAGA AGAATTTATA AAAAAAGTGT GGGAGTGGAA AGAACAAAGT
GGTGGTACTA TAGTTAAACA AATGCGAATT TTAGGCATCA CTCCTGCTTG GAGTCGTTTG
CGCTTTACCA TGGATGAGGG TTTAGTAAAT GCTGTAAAAA AAGCTTTTGT AGATCTTTAT
GATAAAAAGC TTATCGTGCG TGGAAATTAT ATGGTTAATT GGTGCACTCA TGATGGGGCA
TTAAGCGATA TAGAAGTAGA ACATAAGGAA AATAAAGGAA AATTATATCA TTTAAGATAT
TTCTTAGAAA ATTCTCAAGA ATACATAGTA GTAGCTACCA CAAGACCAGA AACTTATTTT
GGTGATAGTG CTGTTATGGT TAATCCAAAC GATGAAAGAT ATAAACACTT AATAGGAAAA
AATGTTATTT TACCTTTAAT AGATAGGAAA ATTCCAATCA TTGTAGATGA ACATGTAGAT
ATGGAATTTG GGACAGGTTT TGTAAAAGTA ACCCCAGCAC ATGATCATAA TGATTATGAA
GTAGGCTTAA GACATAATCT AGAATTTATC ACTATCTTTA ATGAAAAAGG AATTTTAAAC
GAGCATTGTT TAAATTTTAA AGGCAAGGAA AGATTAGAAG CTAGAGATGA GATCGTTAAA
AGTTTAGAAG ATAAAGGTTT TGTTGAAAAA ATAGAAGATT ATACCAATCA AGTTGGATAT
TGTTATCGTT GTAAAAATGT AGTTGAACCA TATATTTCTA AACAATGGTT TGTAAAAAAA
GAAATTGCCA AAGAAAGCAT CGAAAAAGTT AATCTTGGTG GAAGTAAATT TTACCCTGCT
CATTGGATAA ATAGTTTTAA TGCTTGGATG AGGGATTTAA AAGATTGGTG CATTTCAAGA
CAACTTTGGT GGGGACATCA AATTCCTGTG TATTATTGTG AGTGCTCTCA TGAATGGGCA
AGCGAAGAAA CTCCTACTTC TTGTCCAAAA TGCCAAAGTG CTAATTTTAA ACAAGACCCT
GATGTTTTAG ATACTTGGTT TTCTTCAGGG CTTTGGGCTA TGAGTACTTT GGGTTGGGGT
AATAAAGACT GGGGTAAAAA CACACTTTGG CATGAAGATG ATTTAAAAGA TTTTTATCCA
AATTCTTTAT TAATCACAGG ATTTGATATT TTATTTTTCT GGGTAGCTAG AATGATGTTT
CAAAGCACTA ATGCTTTAAA TGAACTTCCT TTTAAAGACA TATATTTACA CGCTCTTGTA
AAAGATGAGC AAGGTAGAAA AATGAGTAAA TCTTTAGGCA ATGTCATTGA TCCTGTGCAA
AGTGTTGATG AATACAGTGC TGATATCTTG CGTTTTACTC TAGCCTTACT TGCAATCCAA
GGAAGAGATA TCAAGCTAAG CAATGACAAA CTCATACAAG TTAGAAATTT TACCAATAAG
CTTTATAATG CAAGCAAATT TTTACTTTTA AATGAAGAAA AATTTGAAGA TTTAAATATA
GAAAATATAA AATCAACACT AGCAAAATAC ATGCTTTCGC GTTTTAATCT TTGCGTTAAA
GAAGTAAGAG AAAATTTAGA TAATTACCGC TTTAATGATG CAGCAAATAC TTTATATAGA
TTTTTTTGGG ATGAATTTTG TGATTGGGGC ATTGAACTTA GTAAAGCTGA AAAATCAAGC
ATAAAAGAAC TTGGAAGTAT TTTTAAAGAA GCATTAAAAC TTTTAAATCC TTTTATGCCA
TTTATTAGTG AGTATTTATA TCATGAATTA AGCAAAACTT CTATCCAAAC TCATGAGTCT
ATAATGATTT CAAAATACCC TAAAAACAAT GCCCAAGATG AAAAAATAGA ACAATTATTT
AAAATTATCA TCGAAGCTAT TGTTGGTATT CGCCGTGCAA AAAGCTTGAT TGAGCTTGGT
AATGCTAAAA TTCAAAAAGC ATTTATAAAA TTAAATAATG CCTCATTAAA AGATGATCTT
AGTATGTATT TAAATTTCAT AACCACTTTA GCAAAATGCG GTCAAATAGA ATTTATCGAG
TTAAATATAG AAAAGTCAAT TCGTGATGTG AGTGAAAATT TAGAAGTATT TATACCAACT
CAAGATCTTG ATTTAAGTGG AATTTTAAAT CGTTTAAATA ATCAAAAAGC AAAATTAGAA
AAAGAATTTA ATAAACTAGA TGCTATGATG AAAAATGAAA AATTTATTTC TAATGCACCT
GTAGCAGTGG TTGAGCAAAA TAAAACTCAA CTTGAAAGCA TTAAAGTACA GCTTGAAAAA
ATAAACGATG AGATTTCAAA TTTAAAAGGC TAA
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| Protein sequence | MYDKSLEKEY YKICEDRGYF EINGNEKIQE KDKNFCIMMP PPNVTGVLHI GHALTCTLQD
ITTRYKRMDG YKTLYQPGLD HAGIATQNVV EKQLLAQGIK KEELGREEFI KKVWEWKEQS
GGTIVKQMRI LGITPAWSRL RFTMDEGLVN AVKKAFVDLY DKKLIVRGNY MVNWCTHDGA
LSDIEVEHKE NKGKLYHLRY FLENSQEYIV VATTRPETYF GDSAVMVNPN DERYKHLIGK
NVILPLIDRK IPIIVDEHVD MEFGTGFVKV TPAHDHNDYE VGLRHNLEFI TIFNEKGILN
EHCLNFKGKE RLEARDEIVK SLEDKGFVEK IEDYTNQVGY CYRCKNVVEP YISKQWFVKK
EIAKESIEKV NLGGSKFYPA HWINSFNAWM RDLKDWCISR QLWWGHQIPV YYCECSHEWA
SEETPTSCPK CQSANFKQDP DVLDTWFSSG LWAMSTLGWG NKDWGKNTLW HEDDLKDFYP
NSLLITGFDI LFFWVARMMF QSTNALNELP FKDIYLHALV KDEQGRKMSK SLGNVIDPVQ
SVDEYSADIL RFTLALLAIQ GRDIKLSNDK LIQVRNFTNK LYNASKFLLL NEEKFEDLNI
ENIKSTLAKY MLSRFNLCVK EVRENLDNYR FNDAANTLYR FFWDEFCDWG IELSKAEKSS
IKELGSIFKE ALKLLNPFMP FISEYLYHEL SKTSIQTHES IMISKYPKNN AQDEKIEQLF
KIIIEAIVGI RRAKSLIELG NAKIQKAFIK LNNASLKDDL SMYLNFITTL AKCGQIEFIE
LNIEKSIRDV SENLEVFIPT QDLDLSGILN RLNNQKAKLE KEFNKLDAMM KNEKFISNAP
VAVVEQNKTQ LESIKVQLEK INDEISNLKG
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