| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_0327 |
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| Symbol | |
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| ID | 6114556 |
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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 woodyi ATCC 51908 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010506 |
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| Strand | - |
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| Start bp | 418187 |
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| End bp | 420823 |
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| Gene Length | 2637 bp |
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| Protein Length | 878 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 641631814 |
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| Product | phosphoenolpyruvate carboxylase |
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| Protein accession | YP_001758723 |
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| Protein GI | 170724697 |
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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 | 10 |
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| Plasmid unclonability p-value | 1 |
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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 | 15 |
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| Fosmid unclonability p-value | 0.95477 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACAGATA TGTATGCGTC CTTAAGGTCC AATGTGGGCA CTTTAGGACA GATCCTTGGT
GAAACTATTC GCACCAATTT AGACGATCCT TTTCTTGATA AAATAGAGCA GATCCGTCAG
TTAGCTAAAA GCTCGAGACA AGGCGATGAA GCCTCACGAG AAGAGATGCT TAAACTACTC
GCCGCACTTC CCGACGATGA GCTGGTTCCT TTTGCTAAAG CCTTTAACCA ATTTCTTAAC
TTAGCCAATA TCGCCGAGCA GTTTCATACC ATCAGCCGTA ACTGTGACGA ACTTGTCTGT
GTTCCAGATC CTGTAGAGCA ACTACTTGGG AGAGTGCTAA GTAGTAATAT AGAGCAAGAC
AAGATGTTGG ACTGCCTGCA AAACCTAGAC ATTGATTTAG TACTGACTGC GCACCCAACA
GAGATTTCCC GTCGCACCTT AATTCAAAAG TATGCCTCAG TTGTCGACAG TCTTGCTGCA
CTTGAGAACC CATTACTCAC TGAGCGTGAG AAAAAGCAGC AACATCTTCG TCTGCGCCAG
CTTATCGCAC AAATTTGGCA TACCAACGAG ATCCGCCACG AACGTCCAAC CCCAGTTGAT
GAGGCTCGCT GGGGGTTAAG CACCATTGAG GTTTCACTTT GGCAGGCCAT TCCAGACTTT
CTCAGACAAC TCAATGAGCA AGTTGAAGAG AGAACCGGCA AACAGCTCCC AATCGATATC
GCTCCAGTGC GCTTTTCTAG CTGGATGGGG GGAGATCGCG ACGGAAACCC ATTTGTTACC
GCTCAGGTCA CTCAAGAGGT TTTAGATAGA AACCGCCATA CAGCAGCACG TTTATACCTA
AAAGATGTTG TCTTACTGGT TAACGACCTT TCCATGGAAG AGGCCAACGA TGAACTGTTA
GCGCTCACTA ACAATAGTCA TGAACCCTAC CGTGACGTAC TTCGTGGAAT CAGACAGAAA
CTTAGGAACA CCATAGATTA CCTAAATGAG CGCCTAGAAG GTCATCAACC TGAAGTCGAT
AAAAACAGCA TTATTTGGAA TGAGGACGAT CTTAAAGCGC CACTAATGAT GCTGTATAAG
AGTCTATCCG ATTCAGGAAT GAGTCTAATC GCTAACGGTC TACTGCTGGA CATGCTACGT
CGTATCGCCT GCTTCGGCAT ACATATGCTC AGGCTAGATA TCAGGCAGGA TGCTCAACGC
CACTGTGATG TTGTTGCAGA GCTCACCCGT TACTTAGGCA TGGGTGATTT TAACCACTGG
GATGAAAACG AGAAGCAAGC CTTTCTTCTC AGAGAGCTCA GTAGTAAGCG TCCATTGATC
CCATCGAACT GGCAACCAAG CGAAGACGTT GCAGAGGTCG TCAGCACTTG CCGACTTATT
GCGACTCAAC CCGCACGAGC CCTAGGCTCT TATGTTATCT CTATGGCCAG CAAGCCATCA
GATGTACTCA CTGTTCTTTT ATTGCTAAAA GAAACCGGCT GCCCACACCC AATGCGTGTT
GTACCACTGT TTGAAACCTT AGACGACCTC AATAATGCTT CTAGCTGTAT GTCAGCGCTA
TTTGCTATTG ATTGGTACCG TGGTTACACC AAAGGTCATC AAGAGGTGAT GATTGGCTAT
TCTGACTCCG CAAAAGATGC AGGTGTAATG GCTGCCGCTT GGGCGCAATA CCATGCACAG
GAGCAATTAG TAGAAGTCAG TCGTCAAGCT GATGTAAAAC TTACCCTCTT CCATGGCCGA
GGCGGTACGA TTGGTCGTGG AGGCGGACCC GCTCATGAGG CGATACTTTC TCAACCTCCA
GGATCTGTTG ATGGACGCAT CCGTGTGACA GAGCAAGGAG AGATGATCCG CTTTAAATTT
GGTTTACCTA AACTAGCTGT ACAAAGCTTG GCTTTATACA CCTCAGCAGT CATGGAAGCC
ACACTGCTAC CACCTCCGGC GCCTAAACCT GAATGGCGAG CCTGCATGCA AAGATTGGCT
GAAGAGTCAG TTGCTGCATA CCGCTCTATC GTTCGAGAAG AGCCTGATTT TGTCGCCTAC
TTCCGCGCCG CAACGCCTGA AGTAGAACTA GGTAAGCTGC CATTAGGCAG TCGCCCAGCA
AAACGGCGTG TCGATGGCGG CATTGAGTCT CTTCGCGCAA TTCCATGGAT CTTTGCTTGG
TCACAAAACC GCTTAATGCT CCCTGCATGG CTGGGAGCTG GAGAAGCACT GCAAGCGGCA
AGTGATAGAG GAGAGATGGA ACTGCTTCAA GAGATGGAGC AGAAGTGGCC CTTCTTCAAA
ACACGGATCT CGATGTTAGA GATGGTCTAC GCCAAGGCGG AACCTAATTT AGCTAAATAC
TACGAAACCT GTTTGGTGCC TGAAAACCTT CATCATCTGG GTGATGCATT GAGAGGGCGT
TTAGCAACAG GCGTTAAAGC CGTGTTAGCA CTCACTCAGT CGCAGGCCTT AATGGAACAC
ACTCCGTGGA ACCGAGAATC AGTGACCTTA CGTAACCCTT ACATTGATCC CCTTAACTTT
ATGCAAGCTG AGCTGCTGGC TCGTACACGT AAAGATGAGG TGCAATCAAC CAATGTAGAG
TTGGCGCTAA TGTTAACCAT CGCTGGAGTT GCGGCAGGCA TGAGAAATAC GGGCTGA
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| Protein sequence | MTDMYASLRS NVGTLGQILG ETIRTNLDDP FLDKIEQIRQ LAKSSRQGDE ASREEMLKLL
AALPDDELVP FAKAFNQFLN LANIAEQFHT ISRNCDELVC VPDPVEQLLG RVLSSNIEQD
KMLDCLQNLD IDLVLTAHPT EISRRTLIQK YASVVDSLAA LENPLLTERE KKQQHLRLRQ
LIAQIWHTNE IRHERPTPVD EARWGLSTIE VSLWQAIPDF LRQLNEQVEE RTGKQLPIDI
APVRFSSWMG GDRDGNPFVT AQVTQEVLDR NRHTAARLYL KDVVLLVNDL SMEEANDELL
ALTNNSHEPY RDVLRGIRQK LRNTIDYLNE RLEGHQPEVD KNSIIWNEDD LKAPLMMLYK
SLSDSGMSLI ANGLLLDMLR RIACFGIHML RLDIRQDAQR HCDVVAELTR YLGMGDFNHW
DENEKQAFLL RELSSKRPLI PSNWQPSEDV AEVVSTCRLI ATQPARALGS YVISMASKPS
DVLTVLLLLK ETGCPHPMRV VPLFETLDDL NNASSCMSAL FAIDWYRGYT KGHQEVMIGY
SDSAKDAGVM AAAWAQYHAQ EQLVEVSRQA DVKLTLFHGR GGTIGRGGGP AHEAILSQPP
GSVDGRIRVT EQGEMIRFKF GLPKLAVQSL ALYTSAVMEA TLLPPPAPKP EWRACMQRLA
EESVAAYRSI VREEPDFVAY FRAATPEVEL GKLPLGSRPA KRRVDGGIES LRAIPWIFAW
SQNRLMLPAW LGAGEALQAA SDRGEMELLQ EMEQKWPFFK TRISMLEMVY AKAEPNLAKY
YETCLVPENL HHLGDALRGR LATGVKAVLA LTQSQALMEH TPWNRESVTL RNPYIDPLNF
MQAELLARTR KDEVQSTNVE LALMLTIAGV AAGMRNTG
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