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  T3/Wheat

Pathways

Information provided by Plant Reactome: a resource for plant pathways and comparative analysis. Using curated rice pathways as a reference,
the Plant Reactome predicts pathways in other plant species on the basis of Compara and Inparanoid super-cluster orthology. Using the Feb 2018 (58b) release.
The Plant Reactome Id links to the "Pathway Browser" at plantreactome.gramene.org.
The Pathway Name links to a list of genes contained in the given pathway.

Pathway ReferencePathway NameSpecies
Plant Reactome13-LOX and 13-HPL pathwayTriticum aestivum
Plant ReactomeAcyl-CoA synthetase pathwayTriticum aestivum
Plant ReactomeAlanine biosynthesis IIITriticum aestivum
Plant ReactomeAllantoin degradation ITriticum aestivum
Plant ReactomeAnther and pollen developmentTriticum aestivum
Plant ReactomeAnthocyanin biosynthesis (delphinidin 3-O-glucoside)Triticum aestivum
Plant ReactomeAnthocyanin biosynthesis (pelargonidin 3-O-glucoside, cyanidin 3-O-glucoside)Triticum aestivum
Plant ReactomeArginine biosynthesis ITriticum aestivum
Plant ReactomeArginine biosynthesis II (acetyl cycle)Triticum aestivum
Plant ReactomeArginine degradationTriticum aestivum
Plant ReactomeAscorbate biosynthesisTriticum aestivum
Plant ReactomeAsparagine biosynthesis ITriticum aestivum
Plant ReactomeAsparagine biosynthesis IIITriticum aestivum
Plant ReactomeAsparagine degradation ITriticum aestivum
Plant ReactomeAspartate biosynthesis ITriticum aestivum
Plant ReactomeAuxin signallingTriticum aestivum
Plant ReactomeBeta-alanine betaine biosynthesisTriticum aestivum
Plant ReactomeBeta-alanine biosynthesis IITriticum aestivum
Plant ReactomeBeta-alanine biosynthesis IIITriticum aestivum
Plant ReactomeBiotin biosynthesis IITriticum aestivum
Plant ReactomeBrassinosteroid biosynthesis IITriticum aestivum
Plant ReactomeBrassinosteroid signalingTriticum aestivum
Plant ReactomeCalvin cycleTriticum aestivum
Plant ReactomeCanavanine biosynthesisTriticum aestivum
Plant ReactomeCardiolipin biosynthesisTriticum aestivum
Plant ReactomeCarotenoid biosynthesisTriticum aestivum
Plant ReactomeCellulose biosynthesisTriticum aestivum
Plant ReactomeChlorophyll a biosynthesis ITriticum aestivum
Plant ReactomeChlorophyll a biosynthesis IITriticum aestivum
Plant ReactomeChlorophyll cycleTriticum aestivum
Plant ReactomeCholesterol biosynthesis ITriticum aestivum
Plant ReactomeCholesterol biosynthesis II (via 24,25-dihydrolanosterol)Triticum aestivum
Plant ReactomeCholesterol biosynthesis III (via desmosterol)Triticum aestivum
Plant ReactomeCholine biosynthesis ITriticum aestivum
Plant ReactomeCholine biosynthesis IIITriticum aestivum
Plant ReactomeChorismate biosynthesisTriticum aestivum
Plant ReactomeCircadian rhythmTriticum aestivum
Plant ReactomeCitrulline biosynthesisTriticum aestivum
Plant ReactomeCitrulline-nitric oxide cycleTriticum aestivum
Plant ReactomeCMP-KDO biosynthesis II (from D-arabinose 5-phosphate)Triticum aestivum
Plant ReactomeCoumarin biosynthesis (via 2-coumarate)Triticum aestivum
Plant ReactomeCyanate degradationTriticum aestivum
Plant ReactomeCysteine biosynthesis ITriticum aestivum
Plant ReactomeCytokinins 7-N-glucoside biosynthesisTriticum aestivum
Plant ReactomeCytokinins 9-N-glucoside biosynthesisTriticum aestivum
Plant ReactomeCytokinins-O-glucoside biosynthesisTriticum aestivum
Plant ReactomeCytosolic glycolysisTriticum aestivum
Plant ReactomeDivinyl ether biosynthesis II (13-LOX)Triticum aestivum
Plant ReactomeDolichyl-diphosphooligosaccharide biosynthesisTriticum aestivum
Plant ReactomeEnt-kaurene biosynthesisTriticum aestivum
Plant ReactomeEthylene biosynthesis from methionineTriticum aestivum
Plant ReactomeFlavin biosynthesisTriticum aestivum
Plant ReactomeFlavonoid biosynthesisTriticum aestivum
Plant ReactomeFolate polyglutamylation ITriticum aestivum
Plant ReactomeFolate polyglutamylation IITriticum aestivum
Plant ReactomeFructan biosynthesisTriticum aestivum
Plant ReactomeGA12 biosynthesisTriticum aestivum
Plant ReactomeGalactose degradation IITriticum aestivum
Plant ReactomeGalactosylcyclitol biosynthesisTriticum aestivum
Plant ReactomeGamma-glutamyl cycleTriticum aestivum
Plant ReactomeGDP-D-rhamnose biosynthesisTriticum aestivum
Plant ReactomeGDP-L-fucose biosynthesis I (from GDP-D-mannose)Triticum aestivum
Plant ReactomeGDP-mannose metabolismTriticum aestivum
Plant ReactomeGentiodelphin biosynthesisTriticum aestivum
Plant ReactomeGeranylgeranyldiphosphate biosynthesis II (plastidic)Triticum aestivum
Plant ReactomeGibberellin biosynthesis I (non C-3, non C-13 hydroxylation)Triticum aestivum
Plant ReactomeGibberellin biosynthesis II (early C-3 hydroxylation)Triticum aestivum
Plant ReactomeGibberellin biosynthesis III (early C-13 hydroxylation)Triticum aestivum
Plant ReactomeGibberellin signalingTriticum aestivum
Plant ReactomeGlutamate biosynthesis ITriticum aestivum
Plant ReactomeGlutamate biosynthesis VTriticum aestivum
Plant ReactomeGlutamate degradationTriticum aestivum
Plant ReactomeGlutamine biosynthesis ITriticum aestivum
Plant ReactomeGlutathione biosynthesisTriticum aestivum
Plant ReactomeGlutathione redox reactions ITriticum aestivum
Plant ReactomeGlutathione redox reactions IITriticum aestivum
Plant ReactomeGlycerol degradation ITriticum aestivum
Plant ReactomeGlycine betaine biosynthesis IIITriticum aestivum
Plant ReactomeGlycine biosynthesis ITriticum aestivum
Plant ReactomeGlycolipid desaturationTriticum aestivum
Plant ReactomeHistidine biosynthesis ITriticum aestivum
Plant ReactomeHomocysteine biosynthesisTriticum aestivum
Plant ReactomeHomoserine biosynthesisTriticum aestivum
Plant ReactomeHydroxycinnamic acid serotonin amides biosynthesisTriticum aestivum
Plant ReactomeIAA biosynthesis ITriticum aestivum
Plant ReactomeIAA biosynthesis IITriticum aestivum
Plant ReactomeIAA biosynthesis VI (via indole-3-acetamide)Triticum aestivum
Plant ReactomeIntracellular auxin transportTriticum aestivum
Plant ReactomeIron uptake and transport in root vascular systemTriticum aestivum
Plant ReactomeIsoleucine biosynthesis from threonineTriticum aestivum
Plant ReactomeJasmonic acid biosynthesisTriticum aestivum
Plant ReactomeJasmonic acid signalingTriticum aestivum
Plant ReactomeKievitone biosynthesisTriticum aestivum
Plant ReactomeLactucaxanthin biosynthesisTriticum aestivum
Plant ReactomeLeucine biosynthesisTriticum aestivum
Plant ReactomeLeucodelphinidin biosynthesisTriticum aestivum
Plant ReactomeLeucopelargonidin and leucocyanidin biosynthesisTriticum aestivum
Plant ReactomeLinear furanocoumarin biosynthesisTriticum aestivum
Plant ReactomeLipid-A-precursor biosynthesisTriticum aestivum
Plant ReactomeLipid-independent phytate biosynthesisTriticum aestivum
Plant ReactomeLong day regulated expression of florigensTriticum aestivum
Plant ReactomeLysine biosynthesis ITriticum aestivum
Plant ReactomeLysine biosynthesis IITriticum aestivum
Plant ReactomeLysine biosynthesis VITriticum aestivum
Plant ReactomeLysine degradation ITriticum aestivum
Plant ReactomeLysine degradation IITriticum aestivum
Plant ReactomeMaackiain biosynthesisTriticum aestivum
Plant ReactomeMannose degradationTriticum aestivum
Plant ReactomeMedicarpin biosynthesisTriticum aestivum
Plant ReactomeMethionine biosynthesis IITriticum aestivum
Plant ReactomeMethionine salvage pathwayTriticum aestivum
Plant ReactomeMethylerythritol phosphate pathwayTriticum aestivum
Plant ReactomeMevalonate pathwayTriticum aestivum
Plant ReactomeMitochondrial pyruvate metabolismTriticum aestivum
Plant ReactomeMomilactone biosynthesisTriticum aestivum
Plant ReactomeMonoterpene biosynthesisTriticum aestivum
Plant ReactomeMugineic acid biosynthesisTriticum aestivum
Plant ReactomeMyo-inositol biosynthesisTriticum aestivum
Plant ReactomeNAD biosynthesis I (from aspartate)Triticum aestivum
Plant ReactomeNitrate assimilationTriticum aestivum
Plant ReactomeOleoresin monoterpene volatiles biosynthesisTriticum aestivum
Plant ReactomeOrnithine biosynthesisTriticum aestivum
Plant ReactomePantothenate and coenzyme A biosynthesis IIITriticum aestivum
Plant ReactomePantothenate biosynthesis ITriticum aestivum
Plant ReactomePantothenate biosynthesis IITriticum aestivum
Plant ReactomePantothenate biosynthesis IIITriticum aestivum
Plant ReactomePeptidoglycan biosynthesis ITriticum aestivum
Plant ReactomePhaseic acid biosynthesisTriticum aestivum
Plant ReactomePhenylalanine biosynthesis ITriticum aestivum
Plant ReactomePhenylalanine degradation IIITriticum aestivum
Plant ReactomePhenylpropanoid biosynthesisTriticum aestivum
Plant ReactomePhenylpropanoid biosynthesis, initial reactionsTriticum aestivum
Plant ReactomePhospholipid biosynthesis ITriticum aestivum
Plant ReactomePhotorespirationTriticum aestivum
Plant ReactomePhylloquinone biosynthesisTriticum aestivum
Plant ReactomePhytyl-PP biosynthesisTriticum aestivum
Plant ReactomePinobanksin biosynthesisTriticum aestivum
Plant ReactomePlastid glycolysisTriticum aestivum
Plant ReactomePolar auxin transportTriticum aestivum
Plant ReactomePolyisoprenoid biosynthesisTriticum aestivum
Plant ReactomeProline biosynthesis ITriticum aestivum
Plant ReactomeProline biosynthesis V (from arginine)Triticum aestivum
Plant ReactomeProline degradationTriticum aestivum
Plant ReactomePRPP biosynthesis ITriticum aestivum
Plant ReactomePutrescine biosynthesis ITriticum aestivum
Plant ReactomePutrescine biosynthesis IITriticum aestivum
Plant ReactomePyridoxal 5'-phosphate biosynthesisTriticum aestivum
Plant ReactomePyridoxal 5'-phosphate salvage pathwayTriticum aestivum
Plant ReactomePyridoxamine anabolismTriticum aestivum
Plant ReactomeResponse to cold temperatureTriticum aestivum
Plant ReactomeResponse to phosphate deficiencyTriticum aestivum
Plant ReactomeResveratrol biosynthesisTriticum aestivum
Plant ReactomeS-adenosyl-L-methionine cycleTriticum aestivum
Plant ReactomeS-methylmethionine cycleTriticum aestivum
Plant ReactomeSalicylate biosynthesisTriticum aestivum
Plant ReactomeSalicylic acid signalingTriticum aestivum
Plant ReactomeSecologanin and strictosidine biosynthesisTriticum aestivum
Plant ReactomeShort day regulated expression of florigensTriticum aestivum
Plant ReactomeSpermidine biosynthesisTriticum aestivum
Plant ReactomeSpermine biosynthesisTriticum aestivum
Plant ReactomeSphingolipid metabolismTriticum aestivum
Plant ReactomeStarch biosynthesisTriticum aestivum
Plant ReactomeSterol biosynthesisTriticum aestivum
Plant ReactomeStrigolactone biosynthesisTriticum aestivum
Plant ReactomeStrigolactone signalingTriticum aestivum
Plant ReactomeSuberin biosynthesisTriticum aestivum
Plant ReactomeSucrose biosynthesisTriticum aestivum
Plant ReactomeSulfate activation for sulfonationTriticum aestivum
Plant ReactomeTCA cycle (plant)Triticum aestivum
Plant ReactomeTetrahydrofolate biosynthesis ITriticum aestivum
Plant ReactomeTetrahydrofolate biosynthesis IITriticum aestivum
Plant ReactomeThiamine biosynthesisTriticum aestivum
Plant ReactomeThiosulfate disproportionation III (rhodanese)Triticum aestivum
Plant ReactomeThreonine biosynthesis from homoserineTriticum aestivum
Plant ReactomeThreonine degradationTriticum aestivum
Plant ReactomeTransition from vegetative to reproductive shoot apical meristemTriticum aestivum
Plant ReactomeTrehalose biosynthesis ITriticum aestivum
Plant ReactomeTrehalose degradation IITriticum aestivum
Plant ReactomeTryptophan biosynthesisTriticum aestivum
Plant Reactometyrosine degradation ITriticum aestivum
Plant ReactomeUDP-D-apiose biosynthesisTriticum aestivum
Plant ReactomeUDP-D-glucuronate biosynthesis (from myo-inositol)Triticum aestivum
Plant ReactomeUDP-D-xylose biosynthesisTriticum aestivum
Plant ReactomeUDP-L-arabinose biosynthesis I (from UDP-xylose)Triticum aestivum
Plant ReactomeUDP-N-acetylgalactosamine biosynthesisTriticum aestivum
Plant ReactomeUreide biosynthesisTriticum aestivum
Plant ReactomeValine biosynthesisTriticum aestivum
Plant ReactomeVitamin E biosynthesisTriticum aestivum
Plant ReactomeWighteone and luteone biosynthesisTriticum aestivum
Plant ReactomeXylan biosynthesisTriticum aestivum
Plant ReactomeXylogalacturonan biosynthesisTriticum aestivum
Plant ReactomeXyloglucan biosynthesisTriticum aestivum
Plant ReactomeXylose degradationTriticum aestivum