| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_4096 |
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| Symbol | |
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| ID | 5370953 |
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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 baltica OS185 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009665 |
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| Strand | + |
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| Start bp | 4879692 |
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| End bp | 4882361 |
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| Gene Length | 2670 bp |
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| Protein Length | 889 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 640832359 |
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| Product | phosphoenolpyruvate carboxylase |
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| Protein accession | YP_001368276 |
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| Protein GI | 153002595 |
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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 | 21 |
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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 | 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 | ATGGTTGTAA CCAAGGCAGA CAATATGACC GATATGTATG CGTCATTAAG ATCGAACGTG
AGTATGTTAG GACAAATCCT CGGTGACACT ATGCGCACCC ACCTCGGGGA CTCTTTTCTC
GAGAAGGTTG AACAGATCCG TAAACTTGCT AAAGATTCAC GCCGGGGCGA TCAAGCCGCT
AGAGAGCAAA TGCTCGAGTT ACTTACCGCC CTGCCAGACG AAGAATTAGT TCCGTTTGCA
AAGGCATTTA ACCAGTTCCT CAACTTAGCT AATTTATCTG AACAATTTCA TACCATTAGC
CGCAACTGCG ACGAACTCGT CTGCGTACCA GATCCCGTGG AACAGCTGCT AGGCCGCATG
TTAAATGGCC GTGTAGACCA AACGAAAATG CTCGACTGCC TTAAGACACT GGATATCGAT
CTAGTGCTGA CAGCGCATCC CACTGAAATT TCCCGTCGCA CCCTGATCCA AAAGTACGCC
GCCATTGTCG ACTGCTTAAC TGAACAAGAA AACGATCAGT TATCAGATAG AGAGCGTCAG
CAAATCAGTC TGCGCCTACG CCAATTAATC GCGCAAATCT GGCACACCAA TGAGATCCGC
CGTGAGCGCC CAACACCTGT TGATGAGGCC CGCTGGGGAT TATCGACTAT TGAAGAGTCA
CTCTGGCATG CGGTGCCAGA CTTCTTAAGA CAGCTTAACG ACCAAGTGCA ACAACGCACG
GGTCAACAAT TACCGATTGA TATCGCACCA GTGCGTTTTT CAAGCTGGAT GGGCGGCGAT
CGCGACGGCA ACCCCTTTGT GACCGCGAAA GTCACCCAAG AGGTGCTCGA TCGCAACCGT
CATGCCGCCG CCAGATTATT CTTAAAAGAC ATAGTCCTGC TGGTTGGCGA ACTGTCGATG
GAAGAAGCCA ATGATGAGTT AAAGGCTTAC ACCAACAACA GCTGCGAGCC ATACCGCCAC
GTGTTGCGAT CTATTCGTCA AAGACTGCGT GACACCATAG ATTATTTAAA TGCACGCATC
GAAGGCCACA ATCCTGAAGT CGATAAGTCG AGCCTGATTT GGCAAGAAAG CGATCTCAAA
GCGCCGTTAG AAATGCTTTA TAAGAGTTTG ACCGACTGCG GTATGCGCTT AATCGCCAAC
GGTTTATTGC TCGATATTCT CCGTCGCCTC GCCTGTTTTG GCATTCACAT GCTCAGACTC
GACATTCGCC AAGACGCCAG CCGTCACAGC GATGTGCTCG CAGAATTAAC TCGCTATCTC
GGCATGGGTG ATTTCAACCA TTGGGATGAA ACCGAGAAAC AAGCTTTCCT ATTACGCGAA
CTCAGCAACC GTCGTCCACT GATCCCAAGT AACTGGCAAC CGTCAGCCGA TGTGGCCGAA
GTGCTTAATA CCTGTCGTTT GATCGCTAAA CATCCGGCTA AGGCACTCGG ATCCTATGTG
ATTTCGATGG CGGGTAAGCC ATCGGATGTA TTAACGGTTT TACTGTTACT CAAAGAAACG
GGCTGTTCGC ACCCAATGCG CGTAGTGCCG CTATTTGAAA CCTTAAGCGA CTTAAACAAC
GCCGCAGCAT GTATTACCGA TTTACTCGAT ATCGACTGGT ATCGTGGTTA CACCAAGGGC
ATGCAAGAAG TCATGATTGG CTACTCTGAC TCTGCTAAAG ATGCCGGCGT AATGGCGGCG
GCTTGGGCTC AGTATCACGC TCAAGAGCAG TTAGTGGCGG TCTGTAAACA AGCGGGCGTC
AAGCTCACAC TATTCCATGG CCGTGGCGGC AGCATTGGTC GCGGCGGCGG TCCTGCACAC
AAAGCGATTC TATCCCAACC TCCGGGGTCG GTAGATGGCC GTATTCGTGT CACTGAGCAG
GGCGAAATGA TCCGCTTCAA GTTTGGCTTG CCAAAACTCG CGGTTCAAAG CTTAGCCTTG
TATACCTCTG CCGTATTGGA AGCAACCCTG TTACCACCGC CAGAGCCTAA ACAAGAATGG
CGCGATTGCA TGCAACGTAT CGCTGAAGAA TCAGTGGGAG CTTATCGTGG AATAGTGCGT
GATGAACCTG ATTTTGTGGC TTATTTCCGT GCGGCAACAC CCGAAGTGGA ATTAGGAAAG
CTGCCACTCG GCAGCCGCCC AGCTAAACGT CGTGTCGATG GTGGGATTGA AAGCCTACGG
GCTATTCCAT GGATTTTTGC TTGGTCACAA AACCGTTTGA TGTTACCTGC ATGGCTTGGC
GCCGGTGAAG CGCTACAAGC CGCCTGTGAA CGCGGTGAAA TGGGCTTATT ACAAGAGATG
GAACGGGAAT GGCCTTTCTT CAGCACTCGC ATTTCAATGC TAGAAATGGT CTACGCCAAG
GCGGAACCTA ATTTAGCCCG CTACTACGAA ACCTGTTTAG TACCAAAAGA CTTGCATCAC
TTAGGCGAAA CCTTGCGCCA ACGCTTAGAT CTGGGCATTA AAGTCGTGCT TGAACTGACA
AAATCAGATA GCTTAATGGC GCATACACCG TGGAATCGCG AGTCAGTAAA ACTGCGAAAT
CCGTATATCG ATCCATTAAA CTTCTTACAA ACTGAGCTAT TAGCGCGGAC ACGTAAGGAA
ACAACCGAAA CTCCCGCGTC TGAACATGTG CAGCTAGCGC TAATGCTGAC TATTGCAGGT
GTGGCAGCGG GAATGAGAAA CACTGGTTAA
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| Protein sequence | MVVTKADNMT DMYASLRSNV SMLGQILGDT MRTHLGDSFL EKVEQIRKLA KDSRRGDQAA
REQMLELLTA LPDEELVPFA KAFNQFLNLA NLSEQFHTIS RNCDELVCVP DPVEQLLGRM
LNGRVDQTKM LDCLKTLDID LVLTAHPTEI SRRTLIQKYA AIVDCLTEQE NDQLSDRERQ
QISLRLRQLI AQIWHTNEIR RERPTPVDEA RWGLSTIEES LWHAVPDFLR QLNDQVQQRT
GQQLPIDIAP VRFSSWMGGD RDGNPFVTAK VTQEVLDRNR HAAARLFLKD IVLLVGELSM
EEANDELKAY TNNSCEPYRH VLRSIRQRLR DTIDYLNARI EGHNPEVDKS SLIWQESDLK
APLEMLYKSL TDCGMRLIAN GLLLDILRRL ACFGIHMLRL DIRQDASRHS DVLAELTRYL
GMGDFNHWDE TEKQAFLLRE LSNRRPLIPS NWQPSADVAE VLNTCRLIAK HPAKALGSYV
ISMAGKPSDV LTVLLLLKET GCSHPMRVVP LFETLSDLNN AAACITDLLD IDWYRGYTKG
MQEVMIGYSD SAKDAGVMAA AWAQYHAQEQ LVAVCKQAGV KLTLFHGRGG SIGRGGGPAH
KAILSQPPGS VDGRIRVTEQ GEMIRFKFGL PKLAVQSLAL YTSAVLEATL LPPPEPKQEW
RDCMQRIAEE SVGAYRGIVR DEPDFVAYFR AATPEVELGK LPLGSRPAKR RVDGGIESLR
AIPWIFAWSQ NRLMLPAWLG AGEALQAACE RGEMGLLQEM EREWPFFSTR ISMLEMVYAK
AEPNLARYYE TCLVPKDLHH LGETLRQRLD LGIKVVLELT KSDSLMAHTP WNRESVKLRN
PYIDPLNFLQ TELLARTRKE TTETPASEHV QLALMLTIAG VAAGMRNTG
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