| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | VIBHAR_00045 |
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| Symbol | |
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| ID | 5555196 |
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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 harveyi ATCC BAA-1116 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009783 |
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| Strand | + |
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| Start bp | 44193 |
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| End bp | 46859 |
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| Gene Length | 2667 bp |
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| Protein Length | 888 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 640905541 |
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| Product | phosphoenolpyruvate carboxylase |
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| Protein accession | YP_001443332 |
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| Protein GI | 156972425 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG2352] Phosphoenolpyruvate carboxylase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGGATGTAG TTTTTTTACG AGGCAGGATG ACAATGAACG AGAAATACGC CGCACTCAAA
AGTAATGTGC GCATGTTGGG CCACCTTCTG GGTAACACGA TTCGTGATGC TCATGGCGAA
GAAATCTTCG AGAAAGTGGA AACCATTCGT AAATTATCCA AATCGGCTCA AGCTGGAAAT
AGCGCTGACA GAGAAAGCTT AATAGAAGAA ATTAAAAGCT TGCCAGATGA GCAATTGACG
CCCGTTACTC GCGCGTTCAA CCAATTTCTA AACCTGACCA ATATTGCTGA GCAATACCAC
ACCATTTCAC GCCACTGTGA AGAGCATATC TGCGAACCTG ACGCAATTAA CTCGCTGTTC
TCAAAGCTGG TGCAAAATGA TGTAAGCAAG TTAGACACGG CACAAGCGGT TCGTGACCTG
AACATTGAAT TAGTTCTCAC TGCGCACCCG ACCGAAATCA CTCGTCGCAC CATGATCAAC
AAACTGGTGA AGATCAACGA GTGCCTATCT AAGCTAGAGC TGAGCGATCT CTCTTTCAAA
GAGCGTAAAA AAACTGAACG TCGCCTTGAG CAGCTGATCG TTCAAAGCTG GCACTCTGAC
GTTATTCGTC AGCAGCGACC TACACCGCTT GATGAAGCTA AATGGGGCTT TGCGGTTGTA
GAAAACTCAC TATGGGAAGC CGTGCCTGAC TTCCTACGTG AAATGAACGA CCGCCTGAAA
TCTTACCTTG GCGAAGGTCT ACCAATTGAT GCTCGCCCTG TGCACTTCTC ATCTTGGATG
GGCGGTGACC GCGACGGTAA CCCATTTGTG ACCCACAGTG TGACTCGTGA AGTACTACTT
CTGTCTCGTT GGAAAGCGGC AGACCTATAC CTTAACGACA TCAACGAGCT GATCAGCGAA
CTGTCTATGA CAGTGTGCAA CGACAAAGTT CGTGAGCTTG CGGGTGAAGA TCAACACGAA
CCATACCGTG CGATCCTAAA ACAGCTACGT TCACTACTGA ACGAAACCAA AGATATTCTC
GACGCGAAAG TTCACGGCCA GAAGCTGGCA GTCAAAGCAC CTCTGCAAAA AGTAGAGCAA
CTTTGGGAAC CACTTTACGC GTGTTACCAG TCGCTAAACG AATGTGGCAT GGGCGTGATT
GCCAACGGCT CACTGCTGGA TACGCTGCGC CGCGTTAAAG CCTTCGGTAT CCACCTAGTT
CGCCTCGATA TTCGTCAAGA AAGTACTCGT CATGCTGACG TGCTTTCTGA ATTGACTCGT
TACCTAGGCA TTGGTGACTA TGAGCAGTGG AGCGAGCAAG ACAAGATCGC TTTCCTAACC
AACGAACTTG CGTCTAAGCG CCCTCTTCTA CCTCGTGACT GGGAGCCATC AGAACCCGTT
AAAGAGGTTT TGGATACCTG TAAGATTGTT GCCGCACAAC CTCGTGAAGC GTTTGGAGCT
TACGTTATCT CAATGGCACG TACCGCTTCT GACGTACTTG CCGTGCACCT ACTGCTGCAA
GAAGCAGGTT GCCCTTACCG CATGGACGTA TGTCCACTGT TCGAAACGCT AGACGACTTG
AACAACGCGG AAGCGGTTAT CAAACAGCTG ATGGGCATCG ACCTATACCG TGGCTTTATC
CAGAACCACC AAATGGTGAT GATCGGCTAC TCTGACTCTG CAAAAGATGC AGGTGTAATG
TCAGCAGGTT GGGCGCAATA CCACGCGATG GACTCACTGG TTAAGGTTGC GGAAGAAGAA
GGCGTTGAAC TCACACTGTT CCACGGGCGT GGCGGTACGA TTGGTCGTGG TGGCGCTCCA
GCACACGCTG CACTATTGTC TCAACCACCT AAGAGTCTGA AAGGCGGTCT GCGCGTAACA
GAACAAGGTG AGATGATCCG CTTTAAGCTG GGTCTACCTG ATGTTGCCGT TAACAGCTTC
AACCTGTACG CAAGTGCAAT CCTTGAAGCA AACCTACTGC CACCACCAGA GCCTAAGCAA
GAGTGGCGTG ATCTAATGGA CGTGCTGTCA GAAGTGAGCT GTGAATCTTA CCGCAGTGTC
GTTCGTGGCG AACCAGACTT CGTGCCTTAC TTCCGCCAAG CAACACCTGA GCTTGAACTA
GGTAAACTGC CTCTAGGTTC ACGCCCAGCG AAGCGTAACC CGAATGGTGG TGTAGAAAGT
TTGCGTGCAA TTCCATGGAT CTTCTCTTGG AGCCAAAACC GTTTGGTTCT ACCAGCATGG
TTAGGCGCAG GTGAGGCCAT TCAGTACTCT GTAGACAAAG GTCATCAGGC GCTACTGGAA
GAAATGTGTC GTGAATGGCC ATTCTTCTCA ACTCGCCTAG GTATGCTTGA GATGGTGTAC
ACCAAGTGCA ACATGGATAT CTCTCGTTAC TATGATCAGC GCTTGGTTGA TGAGCCGCTT
CAGCCGCTGG GTGATCGTCT ACGTGAGCAA CTTCAGCGTG ATATTAAGTC AGTACTGAAT
GTAGAGAACA ACGAGAACCT GATGCAAAGC GACCCTTGGG GCCTAGAGTC CATTCGCCTA
CGTAACATCT ACGTTGAGCC ATTGAACATG CTTCAAGCGG AATTGCTGTA CCGTACTCGT
CAAACAGAAG AAGCTTCTGC AAACTTAGAA GAAGCATTGA TGGTGACGAT TGCTGGTATC
GCAGCAGGTA TGCGTAACAC AGGCTAA
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| Protein sequence | MDVVFLRGRM TMNEKYAALK SNVRMLGHLL GNTIRDAHGE EIFEKVETIR KLSKSAQAGN
SADRESLIEE IKSLPDEQLT PVTRAFNQFL NLTNIAEQYH TISRHCEEHI CEPDAINSLF
SKLVQNDVSK LDTAQAVRDL NIELVLTAHP TEITRRTMIN KLVKINECLS KLELSDLSFK
ERKKTERRLE QLIVQSWHSD VIRQQRPTPL DEAKWGFAVV ENSLWEAVPD FLREMNDRLK
SYLGEGLPID ARPVHFSSWM GGDRDGNPFV THSVTREVLL LSRWKAADLY LNDINELISE
LSMTVCNDKV RELAGEDQHE PYRAILKQLR SLLNETKDIL DAKVHGQKLA VKAPLQKVEQ
LWEPLYACYQ SLNECGMGVI ANGSLLDTLR RVKAFGIHLV RLDIRQESTR HADVLSELTR
YLGIGDYEQW SEQDKIAFLT NELASKRPLL PRDWEPSEPV KEVLDTCKIV AAQPREAFGA
YVISMARTAS DVLAVHLLLQ EAGCPYRMDV CPLFETLDDL NNAEAVIKQL MGIDLYRGFI
QNHQMVMIGY SDSAKDAGVM SAGWAQYHAM DSLVKVAEEE GVELTLFHGR GGTIGRGGAP
AHAALLSQPP KSLKGGLRVT EQGEMIRFKL GLPDVAVNSF NLYASAILEA NLLPPPEPKQ
EWRDLMDVLS EVSCESYRSV VRGEPDFVPY FRQATPELEL GKLPLGSRPA KRNPNGGVES
LRAIPWIFSW SQNRLVLPAW LGAGEAIQYS VDKGHQALLE EMCREWPFFS TRLGMLEMVY
TKCNMDISRY YDQRLVDEPL QPLGDRLREQ LQRDIKSVLN VENNENLMQS DPWGLESIRL
RNIYVEPLNM LQAELLYRTR QTEEASANLE EALMVTIAGI AAGMRNTG
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