| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sfri_0189 |
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| Symbol | |
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| ID | 4277591 |
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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 frigidimarina NCIMB 400 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008345 |
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| Strand | - |
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| Start bp | 206187 |
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| End bp | 208835 |
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| Gene Length | 2649 bp |
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| Protein Length | 882 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 638132943 |
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| Product | phosphoenolpyruvate carboxylase |
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| Protein accession | YP_748890 |
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| Protein GI | 114561377 |
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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 | 0 |
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| Plasmid unclonability p-value | 0.00000683526 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | ATGACAGAGC AAACGGCAGA TATGTATGCG TCACTTCGAT CAAATGTGGG GCATTTAGGC
CAGATATTAG GCGAAACAAT GCAAAACCAT TTAGGCGATG CATTTTTAGA AAAAGTAGAA
CAAATTCGAA TTTTAGCAAA AAAATCTCGC CAGGGTGACG AAGCCTCTCG TGAGCAAATG
TTGGCATTAT TAACCGCTTT ACCAGACGAA GAACTGGTCC CTTTCGCCAA AGCCTTCAAC
CAATTTTTAA ACTTAGCCAA TATCGCAGAA CAATTTCACA CCATTAGCCG TAATTGCGAC
GAACTCGTGT GTGTGCCCGA TCCAGTAGAG CAACTACTTG GACGCATGCT TGATACTGAT
TTAGATAAAA AAGATGTAAT TAAGAGCTTA AAAAACTTAG ACATCGATTT AGTATTAACA
GCGCATCCAA CCGAGATTTC ACGCCGCACG CTAATTCAAA AATATGCGGC TGTAGTTGAT
TGCTTAACGG AACAAGAAAA CAGCCAACTG ACTGATCGCG AACGCCAACA AAGCACTCTG
CGTCTGCGTC AGCTTATTGC CCAAATTTGG CACACCAACG AAATTCGTAA CGAACGCCCA
ACTCCTGTAG ATGAAGCACG TTGGGGTTTA AGCACTATCG AAACGTCTTT GTGGCAAGCT
ATTCCTGACT TTCTGCGTCA ACTCAATGAT CAAGTTGAGC AAAAGACCGG CCAGCAATTA
CCTATTGATG TCTCTCCGGT GAGATTTTCA AGCTGGATGG GCGGAGACCG CGACGGAAAT
CCGTTTGTAA CGTCTCTCGT CACCCAAGAA GTACTTGATC GCAATCGTCA TGCAGCAGCA
AGATTGTACT TAAAAGATAT TGTGAGCTTG CTTGGCGAAT TGTCGATGGA ACAAGCGAAT
GCTGAATTAT CAGCGTTAAC AGATAACAGT AAAGAACCGT ATCGCGATGT GTTACGCAAA
TTACGCTGCC AATTACATGG CACCATCGAT TACCTTAACG CACGTCTTGA AGGTAAAAAA
CCTGACGTTG ATACCAGCGA GCTAATTTGG CATAAATCAG ATTTGCTTGA ACCTCTTGAA
CTGCTTTATA AGAGTTTGAC CGATTGTGGT ATGAAGCTGA TTGCTAATGG CCTGTTACTC
GACATCTTAC GTCGTTTAGC GTGTTTTGGT ATTCACATGT TACGCCTAGA TATTCGCCAA
GATGCTACCC GCCATAGTGA CGTGATTGCT GAACTGACTC GTTATTTGGG TATGGGTGAT
TACAACCATT GGGACGAAAA TGAAAAACAA GCGTTTTTAC TGCGCGAGTT AACCAGTAAA
CGTCCACTGA TCCCAACAAA TTGGAAACCG ACGGATGATG TCGCTGAAGT TGTCAGAACC
TGCAACTTAG TCGCCCAGCA GCCTGTTAAT GCACTGGGCT CTTATGTGAT ATCAATGGCC
AGCAAGCCAT CTGACGTATT AACCGTATTA TTACTGCTAA AAGAAGCCGG TTGCACTAAT
CCAATGCGCG TAGTGCCATT ATTCGAAACC CTCGCTGACT TAGAGGGTGC CGCTGACTGT
ATGACTTCGC TACTGAATAT TGATTGGTAT CGTGGTTACA CCAAAGGCAT GCAAGAAGTG
ATGATTGGTT ATTCTGACTC AGCTAAAGAT GCCGGCGTAA TGGCAGCTGC CTGGGCGCAG
TATCGTGCAC AAGAACAGTT AGTTGCGGTG TGTAAAAAAG CTGACGTTAA ATTAATGTTG
TTCCATGGTC GTGGCGGTTC TATCGGTCGT GGGGGCGGAC CAGCTCATAA AGCCATTTTA
TCGCAACCAC CAGGTTCGGT AGATGGTCGC ATCCGTGTGA CAGAACAAGG CGAAATGATC
CGCTTTAAGT TTGGCTTACC AAAATTAGCG GTACAAAGTT TAGCGCTATA TACCTCAGCG
GTATTAGAAG CGACATTGTT ACCACCACCG GAGCCTAAAA AATCGTGGCG TGATTGCATG
CAGCGTATTG CTGAAGAGTC AGTACTGCAT TATCGCGGCA TCGTACGTGA AGAACCGGAC
TTTGTTGAGT ATTTTAGATC TGCCACACCA GAAGTTGAGC TCGGTAAGTT GCCACTAGGC
AGTCGCCCAG CTAAGCGTAA AGTTGATGGT GGTATTGAAA GCTTACGCGC GATTCCGTGG
ATTTTTGCTT GGTCACAAAA CCGCTTAATG CTACCCGCTT GGCTTGGTGC TGGCGAAGCA
TTACAAGATG CGGCAGATCG CGGCGAGTTG GAATTATTGC GTGAAATGGA AGAGCAATGG
CCTTTCTTTG AAACTCGTAT TTCAATGCTC GAAATGGTCT ACACCAAAGC AGAACCTAAC
TTAGCCAAGT ACTACGAGCT ATGTTTAGTG AAGCCAGAGT TACATCATTT AGGTGAGAAG
TTACGTCAAC GTCTGCAATT GGGGATTGAA GCAGTATTAT CATTAACCCA AGCGACAGAG
TTAATGTCAC ATACGCCTTG GAGCCGTGAG TCTGTTAAAC TGCGCAACCC TTACATAGAT
CCACTTAACT TCTTACAAAC CGAGCTATTA GCCCGTACAC GTAGAGAAGT TGAACCGTCT
GCTGATGTTC AGCTAGCACT TATGCTGACC ATTGCCGGCG TTGCAGCAGG AATGAGAAAC
ACTGGATGA
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| Protein sequence | MTEQTADMYA SLRSNVGHLG QILGETMQNH LGDAFLEKVE QIRILAKKSR QGDEASREQM
LALLTALPDE ELVPFAKAFN QFLNLANIAE QFHTISRNCD ELVCVPDPVE QLLGRMLDTD
LDKKDVIKSL KNLDIDLVLT AHPTEISRRT LIQKYAAVVD CLTEQENSQL TDRERQQSTL
RLRQLIAQIW HTNEIRNERP TPVDEARWGL STIETSLWQA IPDFLRQLND QVEQKTGQQL
PIDVSPVRFS SWMGGDRDGN PFVTSLVTQE VLDRNRHAAA RLYLKDIVSL LGELSMEQAN
AELSALTDNS KEPYRDVLRK LRCQLHGTID YLNARLEGKK PDVDTSELIW HKSDLLEPLE
LLYKSLTDCG MKLIANGLLL DILRRLACFG IHMLRLDIRQ DATRHSDVIA ELTRYLGMGD
YNHWDENEKQ AFLLRELTSK RPLIPTNWKP TDDVAEVVRT CNLVAQQPVN ALGSYVISMA
SKPSDVLTVL LLLKEAGCTN PMRVVPLFET LADLEGAADC MTSLLNIDWY RGYTKGMQEV
MIGYSDSAKD AGVMAAAWAQ YRAQEQLVAV CKKADVKLML FHGRGGSIGR GGGPAHKAIL
SQPPGSVDGR IRVTEQGEMI RFKFGLPKLA VQSLALYTSA VLEATLLPPP EPKKSWRDCM
QRIAEESVLH YRGIVREEPD FVEYFRSATP EVELGKLPLG SRPAKRKVDG GIESLRAIPW
IFAWSQNRLM LPAWLGAGEA LQDAADRGEL ELLREMEEQW PFFETRISML EMVYTKAEPN
LAKYYELCLV KPELHHLGEK LRQRLQLGIE AVLSLTQATE LMSHTPWSRE SVKLRNPYID
PLNFLQTELL ARTRREVEPS ADVQLALMLT IAGVAAGMRN TG
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