| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewmr4_3710 |
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| Symbol | |
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| ID | 4254273 |
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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 sp. MR-4 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008321 |
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| Strand | + |
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| Start bp | 4428114 |
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| End bp | 4430783 |
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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 | 51% |
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| IMG OID | 638120352 |
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| Product | phosphoenolpyruvate carboxylase |
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| Protein accession | YP_735830 |
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| Protein GI | 113972037 |
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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 | 26 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCAGGTA ATGTGGCAGA CAATGTGACC GACATGTATG CGTCGTTAAG ATCGAACGTG
AGTATGTTAG GGCAGATCTT GGGCGATACG ATGCGCACCC ACCTCGGCGA TTCTTTCCTC
GAGAAGGTTG AGCAAATTCG TAAACTCGCA AAAGATTCCC GCCGTGGCGA TGAAGCAGCA
CGGGAGCAAA TGCTAGAACT GCTGACCGCA CTCCCCGATG AAGAGTTAGT GCCTTTTGCT
AAAGCCTTTA ACCAATTCCT CAACTTAGCA AACTTATCCG AACAATTTCA TACTATTAGC
CGTAACTGCG ATGAGCTGGT TTGCGTACCG GATCCGGTCG AACAGTTGCT TGGCCGCATG
CTTAATGGCC GTATCGATCA AACCAAAATG TTGGATTGCT TAAAAACGCT GGATATCGAC
TTAGTCCTCA CCGCGCATCC AACGGAAATC TCTCGCCGCA CACTGATCCA AAAATATGCA
GCAATTGTGG ATTGCCTCGC CGAGCAAGAA AACAATCAAC TGTCGGACAG AGAGCGCCGC
CAAATTAATC TGCGTCTGCG TCAGTTAATC GCCCAAATCT GGCACACCAA TGAAATTCGC
CGTGAACGCC CAACACCTGT GGACGAAGCC CGCTGGGGAT TATCCACCAT TGAAGAATCC
CTCTGGCATG CTGTCCCCGA CTTTTTAAGG CAGCTCAACG ATCAAGTACA AGATCGCACA
GGCCAGCAAT TACCTATCGA TATCGCACCG GTGCGCTTCT CAAGCTGGAT GGGTGGCGAT
CGCGACGGCA ACCCTTTTGT GACCGCTAAA GTCACCCAAG AAGTATTAGA TCGTAATCGC
CATGCTGCCG CCCGTTTATT CCTCAAGGAT ATAGTGTTGC TGGTTGGCGA GTTATCGATG
GAAGAAGCCA ACAGCGAACT GATGGCGTAT ACCAACAATA GCTGCGAACC CTATCGTTTT
GTGCTGCGTT CATTAAGACA AAAACTGCGC GACACCATCG ACTACTTAAA CGCCCGCATC
GAGGGCCATA ACCCAGAAGT CGATAAATCG ACGCTGATTT GGCAAGAAAG CGATCTGAAA
GCGCCGCTAG AGATGCTATA CAAGAGTCTA TGTGATTGCG GCATGCGTTT GATTGCTAAT
GGTTTACTCC TCGACATTCT GCGCCGTCTC GCTTGTTTTG GCATCCATAT GTTAAGGCTC
GACATCCGCC AAGACGCAGG CCGCCACTGC GATGTACTTG CCGAGTTAAC CCGCTATTTA
GGTATGGGTG ACTTTAATCA TTGGGATGAA ACCGAAAAAC AAGCCTTCTT GCTGCGTGAA
CTCAGTAACC GTCGCCCGCT GATCCCAAGC AACTGGCAAC CTTCTGCCGA TGTGGCCGAA
GTACTTAACA CTTGCCGTTT AATTGCTAAA CATCCGGCGA AGGCGTTGGG CTCCTATGTG
ATTTCCATGG CGAGCAAGCC TTCAGATGTA TTAACCGTAT TATTACTGCT CAAAGAAACC
GGCTGCACTC ATCCAATGCG CGTTGTGCCG CTTTTTGAAA CCTTAAGCGA CTTAAATAAC
GCCGCCGAGT GTATTACCGC ACTGCTCGAT ATCGACTGGT ACCGTGGTTA CACCAAAGGT
ATGCAAGAGG TGATGATCGG TTATTCAGAC TCGGCCAAAG ACGCGGGTGT AATGGCGGCC
GCTTGGGCGC AATATCGCGC ACAGGAGCAG TTAGTCGCCG TCTGTAAACA GGCTGGCGTT
AAGCTGACGC TGTTCCATGG TCGTGGTGGC AGTATTGGTC GTGGCGGCGG CCCAGCTCAC
AAAGCGATTC TGTCGCAACC GCTCGGCTCA GTTGATGGTC GTATTCGCGT TACCGAACAA
GGTGAGATGA TCCGCTTTAA GTTCGGCCTG CCTAAATTGG CGGTGCAAAG CTTAGCCCTG
TACACCTCAG CGGTGTTAGA AGCGACCTTG CTTCCGCCGC CCGAGCCTAA GCAGGAATGG
CGCAATTGTA TGGAGCGTAT TGCTGAGGAG TCAGTGAGTG CTTACCGCGG TATTGTCCGT
GAAGAGCCTG ATTTTGTGCC TTATTTCCGT GCAGCCACTC CAGAGGTTGA ACTGGGCAAA
CTACCATTAG GTAGTCGCCC GGCAAAACGC CGTGTCGATG GCGGTATCGA GAGCTTACGT
GCCATTCCTT GGATTTTCGC TTGGTCTCAA AACCGCTTAA TGTTGCCAGC ATGGCTCGGC
GCTGGTGAAG CATTGCAGGC TGCCTGCCAA CGTGGCGAAA TGGGCTTGCT ACAGGATATG
GAGCGCGAAT GGCCCTTCTT TAGCACGCGG ATTTCCATGC TGGAAATGGT ATACGCCAAG
GCTGAACCTA ACTTGGCGCG TTACTATGAA ACCTGCTTAG TTCCGCCCAA TCTTCACCAC
TTAGGCGAAA CTTTACGCCA GCGTTTAGAT CTCGGTATTA AAGTGGTGCT GGAGCTGACT
AAATCGGATA CCTTAATGGC GCATACACCG TGGAATCGCG AATCAGTCAA ACTGCGAAAT
CCCTATATCG ATCCATTAAA CTTCCTGCAG ACCGAGTTAT TGGCTCGTAC TCGTAAGGAA
ACAACCGAAG CTCCCGCTTC CGAACACGTG CAACTCGCCT TAATGCTGAC GATTGCTGGT
GTCGCGGCGG GCATGAGAAA CACAGGTTAA
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| Protein sequence | MAGNVADNVT DMYASLRSNV SMLGQILGDT MRTHLGDSFL EKVEQIRKLA KDSRRGDEAA
REQMLELLTA LPDEELVPFA KAFNQFLNLA NLSEQFHTIS RNCDELVCVP DPVEQLLGRM
LNGRIDQTKM LDCLKTLDID LVLTAHPTEI SRRTLIQKYA AIVDCLAEQE NNQLSDRERR
QINLRLRQLI AQIWHTNEIR RERPTPVDEA RWGLSTIEES LWHAVPDFLR QLNDQVQDRT
GQQLPIDIAP VRFSSWMGGD RDGNPFVTAK VTQEVLDRNR HAAARLFLKD IVLLVGELSM
EEANSELMAY TNNSCEPYRF VLRSLRQKLR DTIDYLNARI EGHNPEVDKS TLIWQESDLK
APLEMLYKSL CDCGMRLIAN GLLLDILRRL ACFGIHMLRL DIRQDAGRHC DVLAELTRYL
GMGDFNHWDE TEKQAFLLRE LSNRRPLIPS NWQPSADVAE VLNTCRLIAK HPAKALGSYV
ISMASKPSDV LTVLLLLKET GCTHPMRVVP LFETLSDLNN AAECITALLD IDWYRGYTKG
MQEVMIGYSD SAKDAGVMAA AWAQYRAQEQ LVAVCKQAGV KLTLFHGRGG SIGRGGGPAH
KAILSQPLGS VDGRIRVTEQ GEMIRFKFGL PKLAVQSLAL YTSAVLEATL LPPPEPKQEW
RNCMERIAEE SVSAYRGIVR EEPDFVPYFR AATPEVELGK LPLGSRPAKR RVDGGIESLR
AIPWIFAWSQ NRLMLPAWLG AGEALQAACQ RGEMGLLQDM EREWPFFSTR ISMLEMVYAK
AEPNLARYYE TCLVPPNLHH LGETLRQRLD LGIKVVLELT KSDTLMAHTP WNRESVKLRN
PYIDPLNFLQ TELLARTRKE TTEAPASEHV QLALMLTIAG VAAGMRNTG
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