Pseudanabaena sp. ABRG5-3: ABRG53_0013 Help Entry ABRG53_0013       CDS       T05820                                  Symbol ppc Name (GenBank) phosphoenolpyruvate carboxylase   KO K01595   phosphoenolpyruvate carboxylase [EC:4.1.1.31] Organism pser  Pseudanabaena sp. ABRG5-3 Pathway pser00620   Pyruvate metabolism pser00680   Methane metabolism pser00710   Carbon fixation in photosynthetic organisms pser01100   Metabolic pathways pser01120   Microbial metabolism in diverse environments pser01200   Carbon metabolism Module pser_M00168   CAM (Crassulacean acid metabolism), dark Brite KEGG Orthology (KO) [BR:pser00001]  09100 Metabolism   09101 Carbohydrate metabolism    00620 Pyruvate metabolism     ABRG53_0013 (ppc)   09102 Energy metabolism    00710 Carbon fixation in photosynthetic organisms     ABRG53_0013 (ppc)    00680 Methane metabolism     ABRG53_0013 (ppc) Enzymes [BR:pser01000]  4. Lyases   4.1  Carbon-carbon lyases    4.1.1  Carboxy-lyases     4.1.1.31  phosphoenolpyruvate carboxylase      ABRG53_0013 (ppc) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PEPcase PEPcase_2 Motif Other DBs NCBI-ProteinID:  BBC22270 UniProt:  A0A2Z5WSI0 LinkDB All DBs Position 11999..14926 Genome browser AA seq 975 aa AA seqDB search MSSPAALSASLVQIVNIESDLRAANSRLRYRLKLVEDLWESVLLRESGQELVDLLRQLRA MCSPEGQAPEYPAEEVLKVVESLDLHQATTAARAFALFFQLINIVEQDHEQEQTSIYRVS PINSETEYPVGTFRWLFPELKKLNVPPRQIQKILDNLDIRLVFTAHPTEIVRHTIREKQR TIAKMLKELDRLIGFRGDEAVTQAIAMNWEAASLQDQIAEEIRLWWRTDELNQIKPTVLD EADYTLHYFEEVLFDAIPVLYDRIASAISVTFPKLKLPRYDFCKFGSWVGSDRDGNPYVT PEVTWQTACYQRNLVLNKYIKSVDRLSRLLSLSQSLSDVSQDLLDSLGDDQIHLPEIYEK YSIKFRQEPYRLKLAYIKNRLERTRDRNQKLRHSGWQASEMELSTKGQEHQLYTNVANFL SELKLVQASLIETKLNPKPLENLIRQVEVYGFHLAHLDIRQESTQHSNTITEIAETLQLL PKPYDELTEVEKVTWLTQELKTRRPMIPANLKFSTKTNEIIETFRMVAKVQQEFSVEICN NYVISMNRSVSDILEVLLLAKEAGLYDPATGKGSLSIAPLFETVEDLQSAPPIMTELFEL PLYRAYLESHDHLQEVMLGYSDSNKDSGFLSSNWEIYKAQRALQDVCQKYQVELRMFHGR GGSVGRGGGPTYEAILAQPGRSIEGRIKITEQGEVLASKYSLPEIALYNLETIATAVIQA ALLPSSTDTLDCWLDTMEEISKRSRQVYRHLIYEQPNLVEFFHQVTPIEEISQLQISSRP ARRAGKRDLGSLRAIPWVFSWTQSRFLLPSWYGIGAALEEFLQENPDGHLSLLQYFYSKW PFFKTAISRVEMTIAKTDLQIAHHYMRELTKEGYEEAFIEIFAEITEEFQRTRKVLQLIT GQKQMLDSDRDLQRSVQLRNGSIVPLGFIQASLLKRLRQHRPDTVDLRSRYSKNELLRGA LLTINGIAAGMRNTG NT seq 2928 nt NT seq  +upstreamnt  +downstreamnt atgagttccccagcagcactgtcagcgtcattagtacagattgtcaacattgagagcgat ctgcgtgccgccaattctcgtctgcgatatcgtctcaagctcgtcgaggatttgtgggaa tcagtcctattaagagaaagcggtcaagaactagttgatttattgaggcaactgcgggcg atgtgttcaccagaggggcaagcccctgaataccctgcggaagaagtgctaaaggtggtc gaaagtcttgatttacaccaagcaaccacagccgctcgagcctttgctttattttttcaa ctcattaatattgttgaacaagatcatgagcaggaacaaactagcatctatcgggttagt ccgatcaatagcgaaaccgaatatcccgttggcacatttcgctggctatttcctgaactg aaaaagctcaatgtaccaccacgtcaaatccaaaagatcctagacaatcttgatattcgc ctcgtcttcactgctcaccctacggaaattgtgcgccataccattcgcgagaagcaacgc acgatcgccaagatgctcaaggaattagatcgcttaatcggctttcgtggggatgaagcc gtcacccaagcgatcgccatgaactgggaagcagcttcattacaagaccaaatagcagag gaaattcgtctctggtggcgtaccgatgagctaaaccaaattaagcccaccgttttagac gaagccgactataccctgcattattttgaagaagttttatttgatgcgattcctgtactt tacgatcgcattgcttctgcaatttctgtaacttttcctaaactaaagttaccgcgctat gacttttgcaaatttggctcatgggtcggtagcgatcgcgatggcaacccctatgtcaca cccgaagtcacatggcaaaccgcctgctatcaacgcaatctggttttaaacaaatatatt aagtccgtagatcgcctcagccgtttactgtcactatcccaaagcctcagcgatgtttct caagatttactagactcccttggcgatgaccaaatccatttgcctgaaatttacgagaag tattcgatcaaattccgccaagagccttatcgactcaaactcgcctacatcaaaaataga ctagaaagaacgcgcgatcgcaatcaaaaactgcgccatagcggttggcaagcctcggag atggaattatctaccaaagggcaagagcatcagctatataccaatgttgccaacttctta tcagagttaaagctggttcaagccagtttaatcgaaactaaactcaatcccaagcccctt gaaaatctgatccgccaagttgaggtctatgggtttcacctagcacaccttgatattcgc caagaaagtacgcagcatagcaatacgatcaccgaaattgccgagaccttgcaactttta cccaagccctatgatgaacttactgaagtagaaaaggtgacttggctaacgcaagagcta aaaacgcgccgcccgatgatccctgccaatctgaaatttagtacaaaaaccaacgagatt attgagacatttcggatggtggcaaaggttcaacaggaattttccgtagaaatttgcaac aactacgtgatcagtatgaaccgtagtgtcagcgatattctcgaagtattgctcctcgcc aaggaagcaggactctacgaccctgctacgggcaaaggctcccttagcattgcaccacta tttgagacagtcgaggatttgcaaagcgcaccgccaattatgacggagttgtttgaattg cccctctatcgcgcctatcttgaaagtcacgatcatctgcaagaggttatgctgggctat tccgacagcaacaaagattcaggatttttgagtagtaactgggaaatttataaagctcaa agggcactccaagatgtttgccaaaaatatcaggtggaactacggatgtttcacggacgt ggcggctcggtcggacgtggtggcggccccacctatgaggcaatcttggcacaacccggc cgcagcatcgaaggtcgcatcaagattaccgaacagggtgaagtactggcttctaaatat tccttacccgaaattgcactttataatctagagacgatcgccacagcagttattcaagcg gccctattacccagcagcaccgataccctcgattgttggctggatacgatggaagaaatt tctaagcgatcgcgccaagtgtatcgccatttaatttatgagcagccgaatctggtggaa ttttttcaccaagttacgccgatcgaagaaattagccagttacaaattagctcccgtcct gcccgtcgtgcaggtaagcgagatctcggtagtttaagagcgattccttgggtatttagt tggacacaaagccgctttttattaccctcttggtatggcatcggtgcagccctagaagaa tttctacaggaaaaccccgacgggcatttgtcactattgcaatatttctacagcaaatgg cccttctttaaaactgccatctcccgtgtcgagatgacgatcgccaaaaccgatctgcaa atcgcccatcactatatgcgagagctaactaaagagggttacgaggaagcctttatcgaa atatttgcggaaatcactgaggagtttcaacgcacacgcaaagtactgcaattgatcaca ggtcaaaaacaaatgctagatagcgatcgcgatctacaaagatcagtgcaactacgcaat ggctcaattgtgccgctcggatttattcaagcctctttgctcaagcgtttacgtcaacat cgtcctgatactgttgatctgcgatcgcgctattccaagaacgagctattacgtggggca ttactaactattaacggcattgccgcaggtatgcgtaatacaggttga

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