Pyrimidine metabolism - Pathway Page
Name Pyrimidine metabolism
Resource WikiPathways
Genes POLR3D PRIM2 POLR2I NT5C RRM2B DPYD POLR3B UPRT DHODH RRM1 DUT POLR2B POLA2 POLE4 POLR2A POLE2 UCK1 MIR1914 ZNRD1 POLR1A TK1 UCK2 POLR3K PNPT1 POLR2G POLR2L POLR3E MIR3658 POLR2J2 NME1-NME2 POLR2C NME1 CDA POLR3H ENPP3 POLR1B POLA1 POLR2D POLR2J3 ENTPD1 NME2 DCTD DPYS CTPS2 NME6 NME4 POLD1 POLR3C UMPS POLR3G CMPK1 TYMS POLR3GL PRIM1 POLR2H ENTPD3 NME3 POLR3F NT5M RRM2 POLD3 POLR2E UPB1 ENPP1 POLD4 POLR1D POLR3A TWISTNB CTPS1 CMPK2 TYMP TK2 DCTPP1 POLE UPP1 CAD DCK POLR2K DTYMK POLR2J UCKL1 POLR1E POLE3 POLR1C POLD2 NME7
Size 86
Hierarchy Landscape

The following plot represents the hierarchical landscape of 'Pyrimidine metabolism'. The hierarchical tree allows to click on the pathways with children (black border) and continue the exploration. All nodes are colored by their source (click on the map for the legend) and cross-link to the original pathway page.

Metabolic pathwaysCaffeine and Theobromine metabolismNAD+ biosynthetic pathwaysLidocaine metabolismCori CycleProstaglandin Synthesis and RegulationTryptophan metabolismFatty Acid BiosynthesisHeroin metabolismPolyol PathwayGanglio Sphingolipid MetabolismBiogenic Amine SynthesisMethionine De Novo and Salvage PathwayArylamine metabolismGlycolysis and GluconeogenesisDopamine metabolismAcetylcholine SynthesisCodeine and Morphine MetabolismSynthesis and Degradation of Ketone BodiesTrans-sulfuration and one carbon metabolismGlutathione metabolismTCA CycleSteroid BiosynthesisEicosanoid SynthesisNAD Biosynthesis II (from tryptophan)Heme BiosynthesisTrans-sulfuration pathwayOxidative phosphorylationDegradation pathway of sphingolipids, including diseasesArachidonate Epoxygenase / Epoxide HydrolasePPAR Alpha PathwayPeroxisomal beta-oxidation of tetracosanoyl-CoANAD+ metabolismSphingolipid MetabolismTCA Cycle and Deficiency of Pyruvate Dehydrogenase complex (PDHc)Methylation PathwaysNicotine MetabolismTriacylglyceride SynthesisIrinotecan PathwayNucleotide MetabolismBiosynthesis and regeneration of tetrahydrobiopterin (BH4) and catabolism of phenylalanine, including diseasesBenzo(a)pyrene metabolismMitochondrial LC-Fatty Acid Beta-OxidationAmino Acid metabolismCholesterol BiosynthesisOxytocin signalingFatty Acid Omega OxidationGlycogen MetabolismColchicine Metabolic PathwayCannabinoid receptor signalingCytosine methylationTryptophan catabolism leading to NAD+ productionOxidation by Cytochrome P450Eukaryotic Transcription InitiationKennedy pathway from SphingolipidsPentose Phosphate PathwayTamoxifen metabolismVitamin A and Carotenoid MetabolismAflatoxin B1 metabolismOne carbon donorGlycerophospholipid Biosynthetic PathwayOne carbon metabolism and related pathwaysGlucocorticoid and Mineralcorticoid MetabolismOne Carbon MetabolismVitamin D MetabolismGlobo Sphingolipid MetabolismPyrimidine metabolismAlanine and aspartate metabolismLipid Metabolism PathwayGlucuronidationUrea cycle and metabolism of amino groupsCocaine metabolismMetabolism of Tetrahydrocannabinol (THC)Electron Transport ChainEstrogen metabolismDiclofenac Metabolic PathwayMetabolism of Spingolipids in ER and Golgi apparatusFelbamate MetabolismFatty Acid Beta OxidationFolate Metabolism
Equivalent Pathways
Super-Pathways
Sub-Pathways

About

ComPath is developed and maintained in an academic capacity by Daniel Domingo-Fernández and Charles Tapley Hoyt at the Fraunhofer SCAI Department of Bioinformatics. This web application relies on data loaded from KEGG, Reactome, and WikiPathways Restful APIs, as well as MSigDB. More information here.