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		Pathway was created on Thu Jul 19, 2007
		In AraCyc: The urea cycle in plants corresponds to the depicted sequence in microorganism and is supported by the literature . The computational assignments of enzymes and genes to the pathway remain to be validated. More information on curated enzymes from other species can be obtained by clicking on the unification link for this pathway in MetaCyc (see below). - aracyc Urea synthesis takes place in mitochondrion and the rest of the reactions in this pathway occurs in plastids. References: - siva
		Parts of this pathway occur in: cytosol plastid nucleus mitochondrion

	interaction [1 shown]	Type	Location
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	AT5G10920	Translation	cytosol
	AT5G10920	Transcription	cytosol
	AT1G29900	Translation	cytosol
	AT1G29900	Transcription	cytosol
	AT4G24830	Transcription	cytosol
	AT4G08900	Translation	cytosol
	AT4G08900	Transcription	cytosol
	AT1G75330	Transcription	cytosol
	Arginase	Enzymatic reaction	cytosol
	Argininosuccinate lyase	Enzymatic reaction	cytosol
	AT1G75330	Translation	cytosol
	Argininosuccinate synthase	Enzymatic reaction	cytosol
	AT4G24830	Translation	cytosol
	Ornithine carbamoyltransferase	Enzymatic reaction	cytosol
	ornithine carbamoyltransferase	Catalysis	cytosol
	argininosuccinate lyase	Catalysis	cytosol
	argininosuccinate synthase	Catalysis	cytosol
	arginase	Catalysis	cytosol
	carbamoyl-phosphate synthetase I	Enzymatic reaction	cytosol
	carbamoyl-phosphate synthase (ammonia)	Catalysis	cytosol

Type
metabolite [16]
	ADP, AMP, ATP, carbamoyl-phosphate, citrulline, CO2, diphosphate, fumarate, H2O, L-arginine, L-arginino-succinate, L-aspartate, L-ornithine, NH3, phosphate, urea,
RNA [5]
	AT1G29900 / CARB, AT1G75330 / OTC, AT4G08900, AT4G24830, AT5G10920,
polypeptide [5]
	AT1G29900 / CARB, AT1G75330 / OTC, AT4G08900, AT4G24830, AT5G10920,
gene [5]
	AT1G29900 / CARB, AT1G75330 / OTC, AT4G08900, AT4G24830, AT5G10920,
protein complex [3]
	arginase-activity, activity of Gma.4904.1.S1_at GmaAffx.92667.1.S1_at, argininosuccinate lyase-activity-23130,

Number of queries executed: 8

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