Evansella cellulosilytica: Bcell_3679 Help Entry Bcell_3679        CDS       T01389                                  Name (GenBank) Phosphoenolpyruvate carboxylase   KO K01595   phosphoenolpyruvate carboxylase [EC:4.1.1.31] Organism bco  Evansella cellulosilytica Pathway bco00620   Pyruvate metabolism bco00680   Methane metabolism bco00710   Carbon fixation by Calvin cycle bco00720   Other carbon fixation pathways bco01100   Metabolic pathways bco01120   Microbial metabolism in diverse environments bco01200   Carbon metabolism Module bco_M00168   CAM (Crassulacean acid metabolism), dark Brite KEGG Orthology (KO) [BR:bco00001]  09100 Metabolism   09101 Carbohydrate metabolism    00620 Pyruvate metabolism     Bcell_3679   09102 Energy metabolism    00710 Carbon fixation by Calvin cycle     Bcell_3679    00720 Other carbon fixation pathways     Bcell_3679    00680 Methane metabolism     Bcell_3679 Enzymes [BR:bco01000]  4. Lyases   4.1  Carbon-carbon lyases    4.1.1  Carboxy-lyases     4.1.1.31  phosphoenolpyruvate carboxylase      Bcell_3679 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PEPcase PEPcase_2 Motif Other DBs NCBI-ProteinID:  ADU31920 UniProt:  E6TT12 LinkDB All DBs Position complement(3955779..3958544) Genome browser AA seq 921 aa AA seqDB search MIQTEDKNSLLRNDVKKLGNILGEILVHHGGISLFNKVEEIREMTKDLRKNYNEEAYNKL KEKINSLEAPTRQNVIRAFSIYFHLVNIAEQNHRIRRRRQYQLEEDHVVQPVSIESAVLS MKEHNYDRDVIQKVLNDLSIELIITAHPTEAAKRTILEIQKRISDILKQFDNPILTKREK LSLEESLFNEVTALWQTDELRHRKPTVIDEVKNGLYYFDETLFDVLPEIHQELEDQLDSY FPNSEWKVPNFLHFGSWIGGDRDGNPNVTPEITWETLRLQRKLALKKYKQAIVDLMRKFS QSTSRVTISEDLISSVEDEERIFLKKGETWPVDSEIYRRKFAIMQKRIKYVGQSTEIGYS HAEELLDDLKMIHKSAQNHQSSHHKLKSLEKLMRQVELFGFHLATLDIRNHSGEHESAIA EILKSVNITDDYSALPEDEKINILNDVLQDPRPVMLFHGDYSRETQEVIKVFQMIKEAHE EFGSRSIQVYLVSMTQSASDLLEVLVLAKEAGIYRLHADGYVESGLHVAPLLETIDDLVA GAEIMKQLFQMDVYRNHLEERGNHQEIMLGYSDGSKDGGTLTANWKLFKAQQEIHDMAKE FNVRLKFFHGRGGSLGRGGGPLNRSILSQPVETLGDGVKITEQGEVLSSRYLLQDIAYRN LEQASSALLEASAKVAGSNDHDHFREKSWELAMEDISKVSLEKYQSLVFGDQDFLTYFKQ TTPLRELAALNIGSRPMKRKGSERFEDLRAIPWVFAWTQCRQNLPAWYAAGSGLQAFVSK EKENLSLLQTMYQQWPFFEVTINNLQMALLKADLTTAKEYINLIEDKAIGDRIFGNITEE YHRTREVLLQITGNNELLDHTPNIQESFHRRNPYVDPLNFLQVDLIQKMRSLDEEDPQME ELLTEVLLTISGVAAGLLNTG NT seq 2766 nt NT seq  +upstreamnt  +downstreamnt atgatacaaactgaagataaaaactctctattacgaaatgatgtcaaaaagctaggaaat atattaggtgaaattcttgttcatcacggtgggatttctcttttcaacaaagtagaagaa atacgtgaaatgacaaaggatcttcgtaaaaattataatgaagaagcatacaataaatta aaggaaaagattaatagtctcgaagcaccgacacgtcaaaatgttattcgcgcattttca atctattttcatttagttaatattgccgagcaaaatcaccgtatacgtagacgtcgtcaa tatcaactagaggaagatcatgttgtacaaccggtgtcgattgaaagtgcagttctatct atgaaagagcataattacgatcgagacgtcattcagaaagtattaaacgacttatctatt gaacttattattacagctcaccctacagaggctgcgaagcgaacaattctagaaatacaa aaacgtatatcagatatacttaaacaatttgataatccaatattaacaaagcgagaaaaa ctatcattagaggaaagtttatttaatgaagtgaccgctttatggcaaacggatgaactc cgtcatcgcaagcctacagtaattgatgaagtgaagaatggactatattactttgatgaa acgttatttgacgtgttgccggaaattcatcaagagttagaggatcaactcgattcctat tttcctaacagtgagtggaaggtacctaacttcctgcacttcggttcctggatcggtgga gaccgcgatgggaatcctaatgtaactccagagattacatgggaaacgttaagattacaa agaaagcttgcactgaaaaagtataaacaagcaatcgttgatttaatgagaaaatttagt cagtctacatcccgtgtcactattagtgaggatttaatctcttctgtagaggatgaagaa agaatcttcttaaaaaagggagaaacatggccagtagattcagaaatttatcgccgaaag tttgctattatgcaaaagcgtattaaatatgttggtcaatctacagaaatcggctattct catgcagaagagctattagatgatttaaagatgattcataaaagtgcacaaaatcatcaa tcgtctcaccataagttaaaatcattagagaagctcatgcgccaagttgaactatttggc ttccacttagcaactttagatattagaaaccacagtggtgagcatgaatcagcgatagcg gagattcttaaatctgtaaacattacagatgactattcagcgcttcctgaggacgaaaaa attaacatcttaaatgatgtgttacaggacccaagaccagtgatgctgttccatggcgat tattcaagagaaacgcaagaagtaattaaagtgtttcaaatgatcaaggaggcacacgaa gagtttggaagtcgttctattcaagtttatctcgtaagtatgacacaatccgctagtgac ctactagaggttctcgttcttgcaaaggaagcaggcatttatcgactacacgctgatgga tatgtcgaaagtggccttcatgtagcgcctctacttgaaacgatagatgatttagttgca ggtgcagaaatcatgaagcaattattccaaatggacgtgtatcgaaaccatcttgaagag cgaggtaatcatcaggagattatgctcggctattcagatggaagtaaagatggcggtacg ttaacagctaattggaagctttttaaagcgcaacaagaaattcatgatatggcaaaagaa tttaatgttcgcttgaaatttttccacggacgcggtggttctttaggtcgaggtggtgga cctttaaatagaagtatactatctcagcctgtagaaactttaggagatggcgtaaaaatt accgagcaaggtgaggtcttatcttctagatatttattacaggatattgcttatcgtaat ctagagcaggcgtcttcagcactgttagaagcttctgcaaaggttgcaggctctaatgat catgaccatttccgtgaaaaatcatgggaattggcgatggaagacatatcgaaagtctca ctagaaaaataccaatcactcgtttttggtgatcaagatttcttaacttattttaaacaa acgacaccgttgcgtgagcttgctgcgcttaatatcggctcccgtccgatgaaacgtaaa ggcagcgagagattcgaagatttacgtgccattccgtgggtgtttgcttggacgcaatgt cgtcaaaacttaccagcatggtatgctgctggatcgggactacaagcatttgtttcaaaa gagaaagaaaacttatccctcttacaaacaatgtatcaacaatggccattctttgaagtt acgattaacaatcttcaaatggcattactaaaagctgacttaacaacggcaaaggaatat attaatctcatcgaagacaaagccattggagatagaatctttggaaatatcactgaggag taccaccgtacaagagaggtgcttttacaaattacaggtaataatgaattacttgatcac actccaaatatacaagagtccttccatagaaggaatccatatgttgatccattaaacttc cttcaagtcgatcttattcaaaaaatgcgttctttagatgaagaagatccacaaatggaa gaactgctaaccgaggttttattaactattagcggtgtcgctgcaggtttattaaatact ggatga

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