Reichenbachiella carrageenanivorans: N7E81_12815 Help Entry N7E81_12815       CDS       T09654                                  Name (GenBank) phosphoenolpyruvate carboxylase   KO K01595   phosphoenolpyruvate carboxylase [EC:4.1.1.31] Organism rcg  Reichenbachiella carrageenanivorans Pathway rcg00620   Pyruvate metabolism rcg00680   Methane metabolism rcg00710   Carbon fixation by Calvin cycle rcg00720   Other carbon fixation pathways rcg01100   Metabolic pathways rcg01120   Microbial metabolism in diverse environments rcg01200   Carbon metabolism Module rcg_M00168   CAM (Crassulacean acid metabolism), dark Brite KEGG Orthology (KO) [BR:rcg00001]  09100 Metabolism   09101 Carbohydrate metabolism    00620 Pyruvate metabolism     N7E81_12815   09102 Energy metabolism    00710 Carbon fixation by Calvin cycle     N7E81_12815    00720 Other carbon fixation pathways     N7E81_12815    00680 Methane metabolism     N7E81_12815 Enzymes [BR:rcg01000]  4. Lyases   4.1  Carbon-carbon lyases    4.1.1  Carboxy-lyases     4.1.1.31  phosphoenolpyruvate carboxylase      N7E81_12815 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PEPcase PEPcase_2 Motif Other DBs NCBI-ProteinID:  UXX78239 LinkDB All DBs Position 3201060..3203825 Genome browser AA seq 921 aa AA seqDB search MNSILTEVKDKLGKPYEDFEFLLESLKEVLIENGEEAIANEIPFINKYPFENGIQMTDKH IQMYSLVFQLVNMAEVNGAVQHRRAVENEKEFSSVSGLFANNIKGLLDIGVSEDVILDKM PQMQIEPVLTAHPTEAKRATVLDHHRDLYLLLVSLENKMYSNKELMNIRHNIKLTLYRLW KTGEIYMEKPDLSSELRNIIHYLVNVFPEVIPVLDRRLIQAWKACGLSKEKLLEGHSFPK ISFGNWVGGDRDGHPLVTDTVTAETLEQLRLNAFVVIRRKLIALIKQLSFTCELDECNPA LKARIEEMLVELGEIGEEALGRNKGEAFRQFSNLVLAKLPVDTQRGHATQLSEHAGSYIY ADQMIEDLKLLQQSLLNFGAKSIAYDDVNITIRNVQTFGFHLAKLDVRQNSAFHDKAIEQ LLEAAQFEETNFSEWSEEKRLAFLNKELKSNRPFTHQSAKLGENAKAVLSCYRVVEAHVS KYGGEGIGSFIVSMTRSLSDLLSVYLLAREAGLTIQTEEGLVCQIPVVPLLETIEDLENG PEILEGFLTHDFTIRSLDYFRRVRNYKNLRQQVMVGYSDSNKDGGIIASQWNLYKAQFKL SEIGEISGVKITFFHGKGGTISRGSGPTHYFIKALPYQAIQGNVRLTEQGETIAQKYENK VNAEYNLELLVANSLSKTILDEREERKYHPLADVLDDLAKQSKAQYEALTHHEGFIQFFR QATPIDAIETSKIGSRPAKRTGANSLEDLRAIPWVFSWSQSRFHMTSWYGVGSSLSNLKK SNIESYKRFKEATRTDPFVRYVLTNVDTSLAATDESIITAYAQLVEDDQVKTEFLNMFLS ELQLTRALLLDLLGEEIEVRRVNHHFSNHLRAPLMAHLHEKQIDLLKHWRKDRANGENVN KLQRELMLTINAIASAMRNTG NT seq 2766 nt NT seq  +upstreamnt  +downstreamnt atgaattcaatattgacagaagtaaaggacaaactgggaaaaccatatgaggattttgag tttttactggaaagtttgaaagaagttttgatagaaaatggcgaagaagccattgctaat gaaattccctttatcaataaatacccctttgaaaatgggattcagatgactgacaagcat atacaaatgtattcgctcgtttttcaactggtaaatatggcagaggtaaatggagcagtg cagcatcgacgtgcggttgaaaatgagaaggaattttcttcagtaagcggactctttgcc aacaacatcaaagggttgttggatattggagtaagcgaagacgtgattctggacaagatg cctcagatgcagatagaacctgtactcaccgctcacccgaccgaagccaaacgagcaacg gttttggatcaccatagagatttatacctattgttggtcagcttagagaataagatgtat tcgaacaaagagctgatgaatattcgtcacaacatcaaattgaccttgtaccggctttgg aagacaggtgaaatatacatggagaagccagacttgagttcggaacttcgaaacattatt cactacttggtgaatgtatttccagaggtaattcctgttttggatagaaggttgattcaa gcgtggaaggcatgtggcctttccaaagaaaaattattagaaggacacagtttccctaaa atcagttttggtaactgggtaggtggagatagagatgggcacccactagtcacagatacg gtaaccgcagagacactagaacagcttcgactaaatgcttttgttgttattaggagaaaa ttgattgccctgattaaacaattgagttttacttgtgaattggatgagtgcaaccctgca ttgaaagccagaatagaggaaatgctcgtggaattgggggaaataggagaagaggctttg ggaagaaacaaaggagaagcctttcgtcagttttctaacttggtattggctaagctgcct gtagatactcaaagaggccacgccactcagttgtctgagcatgcgggtagctatatctat gctgatcaaatgatagaagatttgaaattgcttcaacaaagtttgttaaatttcggagcc aaatctattgcatatgatgatgtcaatattacgattagaaacgtacaaacctttggtttt cacttggctaagttagatgttcgtcaaaacagtgcctttcatgataaggctattgagcag ctcttagaagcggctcaatttgaagaaaccaatttctctgaatggagcgaagagaaacga ttagcgtttttgaataaggaactcaaatcgaacaggccattcacacaccaaagtgctaaa ttgggagaaaatgccaaagcagtactgtcatgctatagagtagtagaggcacatgtgtcc aaatatggaggcgagggcattggttcatttatcgtgagtatgacccgttcattgtcagat ctattgtcggtttatttactggcaagagaagcagggttgaccattcagactgaagaaggg ctggtttgtcaaattccagtggtgccattgttagagactatagaagatttggagaatggg ccagaaattttggaaggattccttacacatgatttcaccattcgtagtttagattatttc agaagagtaagaaattacaaaaacctccgtcaacaggtgatggtaggctatagtgatagt aacaaggatggcggtatcattgccagccagtggaacttgtacaaggctcagttcaaattg agtgagattggtgaaatttcaggtgtgaaaatcactttcttccatggcaagggaggaaca atcagtagaggttcaggccctacacactattttattaaggctttaccttaccaggccatt caaggtaatgtgaggttgactgagcagggagaaactattgcgcagaaatacgaaaacaaa gtaaacgcagagtataacttagaactattggtcgcgaactctttgtcgaaaaccatactt gacgagcgtgaagaaagaaagtatcatccactagcggatgtattggatgatttggccaag cagagtaaagcacagtacgaggcattgacacatcacgaagggtttattcagtttttcaga caagctacacctatcgatgccatcgaaacgagcaagatcggttcgagacctgctaagcgt acaggcgctaattcattagaagatttgagagctattccatgggtattttcttggagtcag tctcgctttcatatgacaagttggtatggagtaggttcttcgttgagcaacctgaagaag tccaacatagagagctacaaacgatttaaagaagctacacgaacagatccattcgttaga tatgtattgactaatgtggatactagtttggctgctacagatgagtccatcattacggcc tatgcccagttggtagaggatgatcaagtgaagactgaatttttgaatatgtttctttca gagttgcagttgactagagccttattattagatctattaggggaggaaattgaagtgcgt agagttaatcatcatttttctaatcaccttcgagcaccgcttatggcacatttgcatgag aagcaaattgacctactcaagcattggagaaaagacagagccaatggtgaaaatgtgaac aagctgcaacgtgaacttatgcttacgatcaatgcaatagcaagtgctatgcgcaatacg ggttga

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