| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SO_0274 |
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| Symbol | ppc |
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| ID | 1168156 |
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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 | Shewanella oneidensis MR-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004347 |
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| Strand | - |
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| Start bp | 277180 |
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| End bp | 279825 |
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| Gene Length | 2646 bp |
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| Protein Length | 881 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 637342283 |
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| Product | phosphoenolpyruvate carboxylase |
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| Protein accession | NP_715914 |
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| Protein GI | 24371872 |
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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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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 | GTGACCGACA TGTATGCGTC ATTGAGATCG AACGTGAGTA TGTTAGGTCA GATCCTAGGC
GATACGATGC GCACCCACCT CGGCGATTCT TTTTTGGAGA AGGTTGAGCA AATTCGTAAG
CTCGCGAAAG ACTCCCGCCG AGGTGACGAA GCCGCAAGGG AGCAAATGCT AGAACTGCTC
ACCGCTCTCC CCGATGAAGA GTTAGTGCCG TTTGCCAAAG CCTTTAACCA ATTCCTCAAC
TTAGCCAACC TATCTGAACA ATTTCATACG ATTAGCCGCA ACTGTGACGA ACTAGTTTGC
GTGCCCGATC CCGTCGAACA GTTGCTCGGT CGTATGCTCA ATGGTCGTGT CGATCAGACC
AAAATGTTGG ATTGCCTAAA GACGTTAGAT ATCGATCTCG TGCTCACCGC ACACCCAACA
GAAATCTCTC GCCGCACGCT GATCCAAAAA TATGCCGCAA TTGTGGATTG TCTCGCCGAG
CAAGAAAACA ACCAGTTGTC GGATAGAGAG CGCCAGCAAA TTAATTTGCG CCTACGTCAG
CTCATCGCCC AGATCTGGCA CACCAATGAA ATTCGCCGTG AGCGGCCAAC GCCGGTGGAT
GAAGCCCGTT GGGGGTTATC CACTATCGAG GAATCCCTCT GGCATGCTGT TCCCGACTTT
TTAAGGCAGC TCAACGATCA GGTGCAAGAG CGCACAGGTC AACAATTGCC AATCGATATC
GCCCCTGTTC GCTTCTCCAG CTGGATGGGC GGTGATCGCG ACGGCAACCC CTTCGTAACG
GCTAAAGTCA CTCAAGAAGT GTTAGACCGT AATCGCCATG CCGCGGCACG TTTATTCCTG
AAGGATATAG TGCTGCTGGT TGGCGAACTG TCGATGGAAG AAGCCAATGA TGAATTAAAG
GCTTATACCA ACAATAGCTG CGAACCTTAT CGCTTTGTCT TGCGGTCATT AAGACAAAAA
CTGCGCGATA CCATAGATTA CTTAAACGCT CGCATTGAGG GCCACAATCC CGAGGTGGAT
AAGTCAACAT TGATTTGGCA AGAGAGCGAC CTTAAAGCAC CGCTCGAAAT GCTATATAAA
AGCTTGTACG ACTGCGGTAT GAGGTTGATT GCTAATGGTT TACTGCTCGA CATTCTGCGT
CGTCTCGCCT GCTTCGGTAT TCATATGCTC AGGCTCGATA TCCGTCAAGA CGCTGGCCGT
CACTGTGATG TACTTGCAGA ATTAACCCGC TACCTCGGTA TGGGTGATTT TAATCACTGG
GATGAAACCG AAAAACAAGC CTTCTTGCTA CGTGAGCTCA GTAACCGTCG CCCGCTGATC
CCAAGCAACT GGCAACCGTC AGCCGATGTA GCCGAAGTAC TTAATACCTG TCGCTTAATT
GCTAAGCATC CAGCCAAAGC ATTAGGTTCG TACGTCATCT CGATGGCGAG CAAACCTTCT
GACGTGTTAA CGGTTTTACT GTTACTCAAA GAGACTGGCT GCACGCATCC AATGCGTGTT
GTGCCGCTGT TTGAAACCTT AAGTGACTTA AACAACGCCG CGGCATGTAT TACCGATTTG
CTCGATATCG ATTGGTATCG TGGCTATACC AAAGGCATGC AAGAGGTCAT GATTGGCTAC
TCAGACTCAG CCAAAGATGC AGGCGTGATG GCAGCCGCAT GGGCTCAATA CCGCGCACAG
GAGCAGTTAG TTGCTGTATG TAATCAAGCG GGCGTCAAAC TGACCCTATT CCATGGCCGC
GGTGGCAGTA TTGGTCGCGG CGGCGGCCCA GCTCATAAGG CCATTCTGTC GCAACCACCC
GGTTCGGTTG ATGGCCGTAT TCGCGTCACC GAACAAGGCG AGATGATCCG CTTTAAATTT
GGCCTACCAA AGTTAGCAGT TCAGAGCTTA GCCCTGTACA CCTCGGCGGT ATTAGAAGCC
ACCTTGCTAC CTCCGCCTGA GCCAAAACAA GAATGGCGCA ATTGTATGGA GCGTATTGCT
GAGGAGTCAG TAAGTGCTTA CCGCGGCATT GTGCGTGAAG AACCTGATTT TGTAGCTTAT
TTCCGTGCCG CCACTCCGGA GGTTGAACTA GGCAAGCTTC CATTAGGCAG TCGCCCAGCC
AAACGTCGCG TTGATGGTGG TATCGAGAGT CTGCGTGCGA TTCCATGGAT TTTTGCTTGG
TCACAAAACC GCTTAATGCT GCCCGCATGG CTCGGCGCTG GCGAAGCGCT GCAAGCGGCC
TGTCAACGCG GCGAAATAGG CTTGTTACAG GATATGGAAC GCGAATGGCC GTTCTTTAGT
ACGCGGATTT CGATGCTAGA GATGGTCTAT GCAAAGGCAG AACCCAACCT TGCACGCTAC
TACGAAACCT GTCTGGTATC GACAAATCTG CACCACTTGG GTGAAACCTT GCGCCAACGC
TTAGATCTGG GCATTAAAGT CGTGCTTGAG TTGACCAAAT CGGATACCTT AATGGCGCAT
ACACCGTGGA ATCGCGAGTC AGTCAAACTG CGAAATCCGT ATATCGATCC ATTAAACTTC
TTACAAACCG AGCTGTTAGC TCGTACCCGT AAGGAAACCA GCGAAACGCC CGCCTCCGAA
CATGTACAGT TAGCGCTAAT GCTGACCATT GCAGGTGTTG CGGCGGGCAT GAGAAACACA
GGTTAA
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| Protein sequence | MTDMYASLRS NVSMLGQILG DTMRTHLGDS FLEKVEQIRK LAKDSRRGDE AAREQMLELL
TALPDEELVP FAKAFNQFLN LANLSEQFHT ISRNCDELVC VPDPVEQLLG RMLNGRVDQT
KMLDCLKTLD IDLVLTAHPT EISRRTLIQK YAAIVDCLAE QENNQLSDRE RQQINLRLRQ
LIAQIWHTNE IRRERPTPVD EARWGLSTIE ESLWHAVPDF LRQLNDQVQE RTGQQLPIDI
APVRFSSWMG GDRDGNPFVT AKVTQEVLDR NRHAAARLFL KDIVLLVGEL SMEEANDELK
AYTNNSCEPY RFVLRSLRQK LRDTIDYLNA RIEGHNPEVD KSTLIWQESD LKAPLEMLYK
SLYDCGMRLI ANGLLLDILR RLACFGIHML RLDIRQDAGR HCDVLAELTR YLGMGDFNHW
DETEKQAFLL RELSNRRPLI PSNWQPSADV AEVLNTCRLI AKHPAKALGS YVISMASKPS
DVLTVLLLLK ETGCTHPMRV VPLFETLSDL NNAAACITDL LDIDWYRGYT KGMQEVMIGY
SDSAKDAGVM AAAWAQYRAQ EQLVAVCNQA GVKLTLFHGR GGSIGRGGGP AHKAILSQPP
GSVDGRIRVT EQGEMIRFKF GLPKLAVQSL ALYTSAVLEA TLLPPPEPKQ EWRNCMERIA
EESVSAYRGI VREEPDFVAY FRAATPEVEL GKLPLGSRPA KRRVDGGIES LRAIPWIFAW
SQNRLMLPAW LGAGEALQAA CQRGEIGLLQ DMEREWPFFS TRISMLEMVY AKAEPNLARY
YETCLVSTNL HHLGETLRQR LDLGIKVVLE LTKSDTLMAH TPWNRESVKL RNPYIDPLNF
LQTELLARTR KETSETPASE HVQLALMLTI AGVAAGMRNT G
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