| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_004015 |
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| Symbol | |
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| ID | 8557751 |
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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 | Vibrio sp. Ex25 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013456 |
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| Strand | - |
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| Start bp | 2665568 |
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| End bp | 2668609 |
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| Gene Length | 3042 bp |
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| Protein Length | 1013 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 646407113 |
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| Product | D-Tyr-tRNAtyr deacylase |
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| Protein accession | YP_003286640 |
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| Protein GI | 262394786 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.28935 |
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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 | ATGAACAGAA AATATTATTT GCTTTTTCTC GCGGCGTTAC TCGCTGGTTG TGGTGGTGGA
GGTGACTCTA AAACAAACAA TACAAACACA CCAACTACGA TAACAAAGCA GAGCCGTCCA
CAGTTAAAAG CTGAAGACAC GGTATTGAAG TTTGAGGGCG TGGGAACCGT TACAGAGGCA
AAATTGAGCA ATGTACATGG CTCGGTGTCT TATCAAGTCA TTGACTCTAA TCCGCTAAAT
GTTGTGAAAA TTAATGACTC TGGAATGCTA CAAATTTTGC GTCCAGGAAC GGCAACAATT
CTGGCTACGG ATAGCAGTTC TGCTTATGAA TCCTCTGAAG CACGATTTTC TATCACTGTG
GAACGAGGTA TTAACACAGA CCTTTCGGTT AGTGATCTAA ACTTTAATGC AATCGAATCT
GAAGGGAAAG CGCTGACCGT TCGTGGCCAA AAAGGTGAAC TGAGTTATGA AGTAGAAAGT
GGTCATAACT TGATTCGGGT TGATCAGAAC GGTTCGGTAT ATTCATTAGG CTCAGTTGGT
CAGGCGTCGG TACTGATTAC TGACTCAGGT AACGAGCTTT ATCTGCCGAA GCAAGTTCGC
GCAACGGTGA AGCTTCATGG AGTAGCATCC GGGCAACTTC AATTCGCCTT GCTGGAAGAC
GAATATAGAG AAGGGCTGAC GTTAGAACCT GCACGTTTAG ATAAAGCTCA AACGCAAAGC
ATCACATACA AAATCATTCG CAGCGAACCA GACAACAAAG TTGCCGAGTT ACTCAACCCG
GAGTCAGGTG TGCTCCTTGT TCATAATGTC GGGCAGCTAA CCGTTGAAGC GACAGCAACT
TACAGCGATG CTTTTTTAGA TAAGCAGCAA ACGGCGCAAT TTGTTGTGGA TGTAAAACAA
GGTCAACGCG AAGCAATCAG CGTAGCGGAC GTTGTGAAAA CTTATGAGGA AGGTGGCCGA
ATTTTCCCTA AGGTGACGAA TGCTCGCGGC GACTATTCAC TGCGAATTAT TAGCGGCACA
GATGTTATCG CTAAATCTAT GAGCAGTGAA GCACTGCTGA TCAAAGGTGT AGGTACGGCT
GAAGTTGAAA TCTACGAGCA TGAAATGCGT AATTATCCTG CAAGTAAAGC TCGCTTCAAT
GTTGAAGTCA ATCGCGCGCC TCATCCGGTG ATGAACGACA TTGAAATGTC GCTTATTTAT
CAGCCTAGCC TCTCAATTCC TTTGGCATTT TCAGGACAAA AAGGCAACGT AAGCCTAGTC
GGTAGTTTAC CGGACGGTTT AAGAATGACC GATGGCAAGT TAGAAGTAGA GACGGCTGGT
GAATATCGTC TTAAGTTTGA AGATGATGGT GGGGATTTAT ATCAACCAAT TCAGTTTAAT
GTAGTCATCA AAGTAGCGAA AGCTGCGGGA CAAGCCATGG TGACACAAGA TTATGAAATG
GTGTATAGCA AAGACTATAG CTTTGATCTT CGTCGTGACT TTGGTTTAAG TACAAGTAAC
GATCATGTAG AACTCGTTGA TAACACTGCT ACAGATGTTA TAGAGGTGAC TGCGGATGGA
CGTGCCTATG TTTACAAAGC GGGTAAAGCG ACGTTAACAG TTCGCAGACA GGAGAGCGCG
AATTACACTG CGGGTCCAGA TCAGAAAGTG TACGTTAATA TTCTGAGTGC GCCGAGTCGG
ATTGATGTGC AATCCGAAGT GGAAGAGACT TGGAAAACCA GCCAGCCTTA TGTTCAAAAA
CCGACCATCT CTGGTACGGT TGGCGAAGTT TCGTATCGAT TTGCAGAAAA TGCAGCAACG
GATGTGGTTT CCCTAGACAG CAAAACGGGC GAGATGCGTA TCCTCAATGC TGGCAGCACA
AGAGTTGTTG TATCGGATGC AGGGGACGAT AAATTTACTC CGGGTGAAAG CAGTTTCTCT
GTAACGATCA AACAGGGCAC AAACCCTGTA TCGATTGCTT ATCCAACGGT AGACTTTTCA
GCGGGTACTA TTATCTCACC AGTGATGAGT GGAGGAGAGG CGAAAGCCAG CTATCGTCTT
ATTAACCAAA AAGATCCTGT GGTTGAGTTA GTATCTTCTG AAACGGGGCG TTTGAAGATT
TTGCACGCAG GCGAGTACCA ATTAGAAGTG ACACTAACTG CACGTAACTA TACAACTAAA
ACCGTATTGG TTAACGGCAC CATTAATAAA GCGGATCATC CCGGTCTTAC CACGAAACTT
CAAACCGTTG AGTTTACGCC TTTCAAGGCA ATTGACTTAG ATTTCGGTAG AACGGTCGGT
ACTCGAACTT ACTCATTTGG CGATACTGTG AGCAAAGATC TTGCCACGTT AGACAATGCG
AATGCAGAGT TGACGCTAAC CAATTACTCT CAATACCATT CTATTGCTCT AGATATCTCT
GAGAGTGAAT CGCGAGATTA CAAAGCGTTA CCAAGAACAA AAGTCACGGT TAGTGTCGAT
TTGGCAGAGT CGGGTGTTGC AGATAAATAC ACACAACTTA ATAGCGAACA AACCGTTATT
GTGAGCACGC TTAGTGCCCC ACAGTTTGCC AATTTAGAAG AGAGTGAATT TGGTATCTTG
GGTTCGCGTT CGGTACGTGA ACCGACGGAT GACGAGTTGC AAAAACACGG TAAAGGTAAG
GTTGTGCTAT TTATGTTTAA GCCAGTTGGT AGCGATGACC GAAGACAAGA AAAGGCAGCG
TGGGTGCATG TTGCTCGATT CGATGGATGT ACATCAGAGC TATTTGCTGA TGACCTTAAG
CCTTTTAATG CAATTGGTTA TGATGATCCA GGGTATTGCA CCAGCGGTAG CACTATCCGT
ATGACTCGGT TCTTAGTGAT TGATGATTCT AATTTGGAAG ACATAGAGTA TGAGTCGGCA
GCACCAATCA TTACTTACCG TCGTGGGGTG CGTGAATTTT TAGCAACGGA TAAAGGTGGA
TTCTATGCTG ACCCAAATGT CGTTTACGGG AAAAGCGAAT ACGGTTACCC GAAATCACTT
TACGAATGGT CGGTCATTAC TATGAAGTAT CAACCAAATT AA
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| Protein sequence | MNRKYYLLFL AALLAGCGGG GDSKTNNTNT PTTITKQSRP QLKAEDTVLK FEGVGTVTEA
KLSNVHGSVS YQVIDSNPLN VVKINDSGML QILRPGTATI LATDSSSAYE SSEARFSITV
ERGINTDLSV SDLNFNAIES EGKALTVRGQ KGELSYEVES GHNLIRVDQN GSVYSLGSVG
QASVLITDSG NELYLPKQVR ATVKLHGVAS GQLQFALLED EYREGLTLEP ARLDKAQTQS
ITYKIIRSEP DNKVAELLNP ESGVLLVHNV GQLTVEATAT YSDAFLDKQQ TAQFVVDVKQ
GQREAISVAD VVKTYEEGGR IFPKVTNARG DYSLRIISGT DVIAKSMSSE ALLIKGVGTA
EVEIYEHEMR NYPASKARFN VEVNRAPHPV MNDIEMSLIY QPSLSIPLAF SGQKGNVSLV
GSLPDGLRMT DGKLEVETAG EYRLKFEDDG GDLYQPIQFN VVIKVAKAAG QAMVTQDYEM
VYSKDYSFDL RRDFGLSTSN DHVELVDNTA TDVIEVTADG RAYVYKAGKA TLTVRRQESA
NYTAGPDQKV YVNILSAPSR IDVQSEVEET WKTSQPYVQK PTISGTVGEV SYRFAENAAT
DVVSLDSKTG EMRILNAGST RVVVSDAGDD KFTPGESSFS VTIKQGTNPV SIAYPTVDFS
AGTIISPVMS GGEAKASYRL INQKDPVVEL VSSETGRLKI LHAGEYQLEV TLTARNYTTK
TVLVNGTINK ADHPGLTTKL QTVEFTPFKA IDLDFGRTVG TRTYSFGDTV SKDLATLDNA
NAELTLTNYS QYHSIALDIS ESESRDYKAL PRTKVTVSVD LAESGVADKY TQLNSEQTVI
VSTLSAPQFA NLEESEFGIL GSRSVREPTD DELQKHGKGK VVLFMFKPVG SDDRRQEKAA
WVHVARFDGC TSELFADDLK PFNAIGYDDP GYCTSGSTIR MTRFLVIDDS NLEDIEYESA
APIITYRRGV REFLATDKGG FYADPNVVYG KSEYGYPKSL YEWSVITMKY QPN
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