| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_004217 |
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| Symbol | |
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| ID | 8557978 |
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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 | 2893872 |
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| End bp | 2896445 |
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| Gene Length | 2574 bp |
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| Protein Length | 857 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 646407339 |
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| Product | leucyl-tRNA synthetase |
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| Protein accession | YP_003286840 |
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| Protein GI | 262394986 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0495] Leucyl-tRNA synthetase |
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| TIGRFAM ID | [TIGR00396] leucyl-tRNA synthetase, eubacterial and mitochondrial family |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.00000807673 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | ATGCAAGAAC AATACAACCC ACAAGATATT GAACAAAAAG TTCAAAAGCA CTGGGATGAC
AACAAAACCT TTGTTGTAAG TGAAGACCCA AATAAAGAAA AATTCTACTG TCTATCCATG
TTCCCATACC CAAGTGGTCG ACTGCACATG GGTCACGTGC GCAACTACAC TATCGGTGAT
GTAGTATCTC GTTTCCAACG CCTACAAGGC AAAAACGTGA TGCAACCAAT CGGTTGGGAC
GCATTCGGTC TACCAGCAGA AAACGCAGCA GTAAAAAACA AAACTGCGCC AGCACCTTGG
ACTTACGAAA ACATCGAATA CATGAAGAAC CAACTTAAGC TTCTAGGCTT TGGTTACGAT
TGGAACCGTG AATTCGCAAC TTGTACGCCT GAGTACTACC GCTGGGAGCA AGAGTTCTTC
ACTAAACTTT ACGAGAAAGG TTTAGTTTAC AAAAAGACTT CTTCTGTTAA CTGGTGTCCT
AACGACCAAA CTGTTCTTGC AAACGAGCAG GTTGAAGACG GTTGCTGCTG GCGTTGTGAT
ACGCCTGTAG AGCAAAAAGA AATCCCTCAA TGGTTCATCA AAATCACTGA GTACGCTCAA
GAGCTACTAG ACGACCTAGA CAAGCTTGAA GGTTGGCCTG AAATGGTGAA AACCATGCAG
CGCAACTGGA TTGGCCGCTC TGAAGGCGTT GAGCTGAAGT TTGAAGTTAA GGGTCAACAA
GACCTAGAAG TTTACACAAC ACGTCCAGAT ACGCTAATGG GTGTGACCTA CGTGGGCATC
GCAGCCGGCC ACCCTCTTGC AGCTCTTGCT GCAGAGAACA ACCCAGAGCT TGCAGCGTTT
ATCGACGAAT GTAAGAACAA CAAGGTTGCA GAAGCTGAGC TAGCGACAAT GGAGAAGAAA
GGTATGGCTA CTGGCCTTAC TGCTATTCAT CCATTGAACG GCCGTGAAGT TCCTGTTTAC
GTAGCAAACT TCGTACTGAT GGACTACGGT ACAGGCGCGG TAATGGCAGT ACCTGCACAC
GACCAACGTG ACTACGAGTT CGCAACGAAG TACGGTCTAG ACATCGTGCC AGTTATCAAG
CCTGCTGATG GCAGCGAGCT AGACATCTCT GAAGCGGCAT ACACAGAGAA AGGTGTACTG
TTCGATTCAG GTGAATTCGA CGGCCTAGAA TTCCAAGCAG CGTTCGATGC GATTGCAGCG
AAGCTAGAAG CAGAAGGCAA AGGCACTAAG ACTGTAAACT TCCGTCTACG CGACTGGGGT
GTATCTCGTC AACGTTACTG GGGCGCACCA ATCCCAATGG TAACGACTGA AGACGGTGAA
GTTCACCCAG TACCTGCTGA CCAACTACCA GTGATTCTTC CAGAAGACGT GGTAATGGAC
GGCGTAACCA GCCCAATCAA AGCAGATAAA GAATGGGCGA AGACCACATT CAACGGCGAA
CCTGCTCTAC GTGAGACAGA TACGTTCGAT ACGTTCATGG AATCTTCTTG GTACTACGCG
CGTTACTGTT CACCGCAAGC AGACGACATC CTAGATCCAG AAAAAGCAAA CTACTGGCTA
CCAGTAGACC AGTACATCGG CGGTATAGAG CACGCTTGTA TGCACCTACT GTACTCACGC
TTCTTCCACA AGTTGCTACG TGACGCGGGC TACGTAACGT CTGACGAACC GTTCAAGCAA
CTACTGTGTC AAGGCATGGT ACTGGCTGAT GCGTTCTACT TCGAGAACGA GAAAGGTGGT
AAAGAGTGGG TAGCTCCAAC AGACGTAGCC GTTGAACGTG ATGGTAAAGG CCGCATTACT
TCTGCTAAAG ACACTGAAGG TCGCGATGTA ACCCACTCAG GCATGATCAA GATGTCTAAG
TCTAAGAACA ACGGTATCGA CCCTCAAGAA ATGGTAGATA AGTACGGCGC TGACACAGTA
CGTCTATTCA TGATGTTCGC GTCTCCAGCG GACATGACAC TTGAATGGCA AGAGTCTGGC
GTAGAAGGTG CGAACCGCTT CCTAAAACGT GTTTGGAAAC TAGTGAAAGA GCACACAGCG
AAAGGCGCAG CAGAAGCAGT AGATACAGCC GCGCTTTCTG GTGATCAAAA AGCACTTCGC
CGTGACGTTC ACAAAACCAT CGCGAAAGTG ACGGACGATA TCGCTCGTCG TCAAACATTC
AACACCGCGA TCGCAGCGAT CATGGAGCTG ATGAACAAAC TAGCGAAAGC GCCTCAAGAA
TCAGCGCAAG ATCGTGCAAT CCTTGACGAA GCACTGAAAG CTATTGTTGT CATGCTTTAC
CCTATCACTC CGCATATCTC ATACGAGCTA TGGGCAGCAC TAGGTGAAAC AGACATTGAT
AACGCGGCAT GGCCGACGTT TGACGAAAAA GCGCTAGTTG AAGACGAAAA AACTATCGTT
GTTCAAGTTA ACGGTAAGCT ACGTGCGAAG CTAACAGTCC CAGCGGATAT CTCTAAAGAC
GATATCGAAC AGCTTGGTCT AAACGACGAA AACGTGGTTA AGTTCACTGA TGGCCTGACT
ATTCGTAAAG TCATTTACGT TCCAGGTAAA CTGCTGAACA TCGTTGCAAA CTAA
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| Protein sequence | MQEQYNPQDI EQKVQKHWDD NKTFVVSEDP NKEKFYCLSM FPYPSGRLHM GHVRNYTIGD
VVSRFQRLQG KNVMQPIGWD AFGLPAENAA VKNKTAPAPW TYENIEYMKN QLKLLGFGYD
WNREFATCTP EYYRWEQEFF TKLYEKGLVY KKTSSVNWCP NDQTVLANEQ VEDGCCWRCD
TPVEQKEIPQ WFIKITEYAQ ELLDDLDKLE GWPEMVKTMQ RNWIGRSEGV ELKFEVKGQQ
DLEVYTTRPD TLMGVTYVGI AAGHPLAALA AENNPELAAF IDECKNNKVA EAELATMEKK
GMATGLTAIH PLNGREVPVY VANFVLMDYG TGAVMAVPAH DQRDYEFATK YGLDIVPVIK
PADGSELDIS EAAYTEKGVL FDSGEFDGLE FQAAFDAIAA KLEAEGKGTK TVNFRLRDWG
VSRQRYWGAP IPMVTTEDGE VHPVPADQLP VILPEDVVMD GVTSPIKADK EWAKTTFNGE
PALRETDTFD TFMESSWYYA RYCSPQADDI LDPEKANYWL PVDQYIGGIE HACMHLLYSR
FFHKLLRDAG YVTSDEPFKQ LLCQGMVLAD AFYFENEKGG KEWVAPTDVA VERDGKGRIT
SAKDTEGRDV THSGMIKMSK SKNNGIDPQE MVDKYGADTV RLFMMFASPA DMTLEWQESG
VEGANRFLKR VWKLVKEHTA KGAAEAVDTA ALSGDQKALR RDVHKTIAKV TDDIARRQTF
NTAIAAIMEL MNKLAKAPQE SAQDRAILDE ALKAIVVMLY PITPHISYEL WAALGETDID
NAAWPTFDEK ALVEDEKTIV VQVNGKLRAK LTVPADISKD DIEQLGLNDE NVVKFTDGLT
IRKVIYVPGK LLNIVAN
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