| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VEA_000648 |
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| Symbol | |
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| ID | 8558953 |
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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_013457 |
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| Strand | + |
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| Start bp | 750477 |
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| End bp | 752849 |
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| Gene Length | 2373 bp |
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| Protein Length | 790 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 646408312 |
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| Product | phosphoenolpyruvate synthase |
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| Protein accession | YP_003287799 |
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| Protein GI | 262395946 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG0574] Phosphoenolpyruvate synthase/pyruvate phosphate dikinase |
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| TIGRFAM ID | [TIGR01418] phosphoenolpyruvate synthase |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.45337 |
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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 | ATGCAAAAGA ACACCCTCTG GTTCAATGGC CTATCCATGG ATGATGTCGA CAAAGTCGGC
GGTAAGAATG CTTCACTTGG CGAAATGGTT TCTAACCTAG CGAACGCAGG CGTTTCTGTA
CCAAATGGTT TTGCGACAAC CTCATACGCG TTTAACCAAT TCCTTGACCA CGAAGGTTTG
GATGAGCGTA TTCACCAATT ACTTGATGAA CTAGACGTTG AGGATGTGGA AGCTCTGCGT
AAGACAGGTG CAACCATCCG TCAATGGGTA TTAGAGGCCC CTTTCCCTGC GGACCTTGAA
CAAGAAATCC GTGAAAACTA CCAAGAACTG ATTGAAGGCA ACCCTGAGCT TTCAGTCGCA
GTTCGTTCGT CTGCTACGGC AGAAGACCTG CCTGATGCTT CTTTTGCTGG TCAGCAAGAA
ACGTTTTTGA ACGTGAAAGG CATCGATGCA GTACTAGAAG CAACTAAGCA CGTTTACGCT
TCTCTATTTA ACGACCGTGC GATCTCTTAC CGTGTACACC AAGGTTTCGA CCATCGTGGT
ATCTCACTAT CTGCGGGTAT CCAACGTATG GTGCGTTCAG ACAAAGCTTC TTCGGGTGTG
ATGTTTACGC TTGATACTGA GTCTGGTTTC GACCAAGTTG TCTTCATCAC CTCTTCATGG
GGCCTAGGTG AAATGGTCGT TCAAGGCGCA GTAAACCCTG ATGAATTCTA CGTTCATAAG
CCAATGCTTG AAGCGGGCGA ACACCCGATC GTTAAGAAAA CATTTGGTTC TAAGTTGATC
AAAATGATCT ACTCTGACAA CCAAGAGATC GGCAAACAAG TTGATATCGT TGATACTTCT
GATGAAGAGC GCAACACGTT CTCACTGAAC GACGAAGAGA TCAAAGAGCT CGCCAAACAA
GCGATGATCA TCGAGAAGCA CTACCAGCGT CCAATGGACA TTGAGTGGGC AAAAGATGGC
ATCGACGGCA AGCTGTACAT TGTTCAAGCT CGTCCTGAAA CCGTATGTTC ACAAACGGAA
CAAAACGTGA TTGAGCGCTA CGAGCTACAG AACAAAGCAG ATGTTTTGAT TGAAGGTCGT
GCAATCGGTC AACGTATCGG TAAAGGTGCA GTGCGTTTGG TTGACTCTCT GGACCAAATG
TCATTGGTTC AGGAAGGTGA TGTGTTGGTT ACAGACATGA CTGACCCAGA CTGGGAACCA
GTGATGAAGA AAGCTTCTGC TATTGTTACC AACCGTGGCG GACGTACTTG TCACGCAGCA
ATCATTGCTC GTGAACTTGG TATTCCTGCA ATCGTTGGCT GTGGCGATGC GACAAGCAAA
CTGACTGATG GCGCAACAGT GACAGTATCT TGTGCAGAAG GCGAAACGGG TTACGTTTAC
CAAGGTGAAC TTGAGTTTGA TGTAAAACGC TCTTCTGTTG ATGAACTGCC ACTACTGCCG
ACCAAAGTGA TGATGAATGT GGGCAACCCA GATCGCGCAT TCGACTTTGC TCAGATTCCA
AACGAAGGTG TTGGTCTTGC TCGTCTAGAG TTCATCATCA ACAAGATGAT CGGTATTCAC
CCGAAAGCAT TACTTAACTT TGATGCGCAA AGCGATGAGC TAAAAGCAGA AATTAAACAG
CGCATTCGTG GTTACAAAGA TCCTATCGAT TTCTACGTGA GCAAGCTGAC TGAAGGCATC
GCGACTATCG CTTCTGCTTT CTGGCCAAAA CGCGTCATCG TTCGTATGTC TGACTTTAAG
TCTAACGAAT ACAGCAACTT GGTTGGTGGT AAAGCCTACG AACCGCATGA AGAAAACCCA
ATGCTCGGCT TCCGTGGTGC GTCTCGTTAC ATTTCTCCAG TGTTTGAAGA TTGCTTCGAG
TTAGAAACTC AAGCTATCAA GCGCGTTCGT AACGAAATGG GTCTGAAGAA CGTTGAAATC
ATGATCCCAT TCGTGCGTAC ACCAAGCGAA GCTGCATCAG TGATAGATTT GCTAGCGAAG
TTTGATCTGC GCCGTGGCGA CCAAGGTCTG AAAGTCATCA TGATGTGTGA GCTGCCATCC
AACGCCGTGC TTGCTGACGA GTTCTTGAAG TACTTCGATG GTTTCTCTAT CGGTTCAAAC
GACATGACTC AGCTAACGCT TGGTCTGGAC CGTGATTCTG GCGACGTGGC ACATCTGTTT
GATGAGCGTA ACGCAGCAGT GAAAATCATG CTGAAAATGG CAATAGACGC AGCAACCAAA
GCTGGTAAGT ACGTGGGTAT TTGTGGTCAG GGCCCATCAG ATCATGAAGA TTTGGCGGAA
TGGTTGATGG AGCAAGGCAT CAGCTCTGTT TCACTAAACC CAGACACCGT TATCGATACT
TGGTTACAGC TCGGTAAAGT TAGCAGCAAG TAA
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| Protein sequence | MQKNTLWFNG LSMDDVDKVG GKNASLGEMV SNLANAGVSV PNGFATTSYA FNQFLDHEGL
DERIHQLLDE LDVEDVEALR KTGATIRQWV LEAPFPADLE QEIRENYQEL IEGNPELSVA
VRSSATAEDL PDASFAGQQE TFLNVKGIDA VLEATKHVYA SLFNDRAISY RVHQGFDHRG
ISLSAGIQRM VRSDKASSGV MFTLDTESGF DQVVFITSSW GLGEMVVQGA VNPDEFYVHK
PMLEAGEHPI VKKTFGSKLI KMIYSDNQEI GKQVDIVDTS DEERNTFSLN DEEIKELAKQ
AMIIEKHYQR PMDIEWAKDG IDGKLYIVQA RPETVCSQTE QNVIERYELQ NKADVLIEGR
AIGQRIGKGA VRLVDSLDQM SLVQEGDVLV TDMTDPDWEP VMKKASAIVT NRGGRTCHAA
IIARELGIPA IVGCGDATSK LTDGATVTVS CAEGETGYVY QGELEFDVKR SSVDELPLLP
TKVMMNVGNP DRAFDFAQIP NEGVGLARLE FIINKMIGIH PKALLNFDAQ SDELKAEIKQ
RIRGYKDPID FYVSKLTEGI ATIASAFWPK RVIVRMSDFK SNEYSNLVGG KAYEPHEENP
MLGFRGASRY ISPVFEDCFE LETQAIKRVR NEMGLKNVEI MIPFVRTPSE AASVIDLLAK
FDLRRGDQGL KVIMMCELPS NAVLADEFLK YFDGFSIGSN DMTQLTLGLD RDSGDVAHLF
DERNAAVKIM LKMAIDAATK AGKYVGICGQ GPSDHEDLAE WLMEQGISSV SLNPDTVIDT
WLQLGKVSSK
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