1.1.1.81	2-oxoglutarate	5 mM, 231% of initial activity	760546	
1.1.1.81	acetyl-CoA	5 mM, 120% of initial activity	760546	
1.1.1.81	ADP	5 mM, 298% of initial activity	760546	
1.1.1.81	ATP	5 mM, 305% of initial activity	760546	
1.1.1.81	Br-	100 mM, 10fold activation of hydroxypyruvate reduction	287378	
1.1.1.81	Br-	2fold activation	287381	
1.1.1.81	citrate	5 mM, 399% of initial activity	760546	
1.1.1.81	Cl-	100 mM, 9fold activation of hydroxypyruvate reduction	287378	
1.1.1.81	Cl-	2fold activation	287381	
1.1.1.81	CsCl	80 mM, 3fold increase in hydroxypyruvate reductase activity	287383	
1.1.1.81	diphosphate	5 mM, 152% of initial activity	760546	
1.1.1.81	diphosphate	5 mM, 362% of initial activity	760546	
1.1.1.81	F-	100 mM, 67% activation of hydroxypyruvate reduction	287378	
1.1.1.81	fructose 1,6-diphosphate	5 mM, 244% of initial activity	760546	
1.1.1.81	glucose 6-phosphate	5 mM, 134% of initial activity	760546	
1.1.1.81	glucose 6-phosphate	5 mM, 163% of initial activity	760546	
1.1.1.81	glycerate	5 mM, 244% of initial activity	760546	
1.1.1.81	I-	100 mM, 9fold activation of hydroxypyruvate reduction	287378	
1.1.1.81	I-	2.5fold activation	287381	
1.1.1.81	KCl	80 mM, 9fold increase in hydroxypyruvate reductase activity	287383	
1.1.1.81	kinetin	-	695413	
1.1.1.81	additional information	in the dark, cytokinins mimic the regulatory effect of light upon algal cell division, metabolite content and stimulate carbon recycling for Calvin cycle reactions by enhancing of light-dependent NADH-HPR activity by up to 62%, overview	695413	
1.1.1.81	N,N'-diphenylurea	-	695413	
1.1.1.81	N6-benzyladenine	-	695413	
1.1.1.81	NaCl	80 mM, 8fold increase in hydroxypyruvate reductase activity, reaction rate increases with an increase in NaCl concentration up to 200 mM, but diminishes if the salt concentration is greater	287383	
1.1.1.81	NAD+	1 mM, substrate NADH, 157% of initial activity	760546	
1.1.1.81	NADP+	1 mM, substrate NADH, 104% of initial activity	760546	
1.1.1.81	NADP+	1 mM, substrate NADH, 114% of initial activity	760546	
1.1.1.81	NADP+	1 mM, substrate NADPH, 199% of initial activity	760546	
1.1.1.81	NADP+	1 mM, substrate NADPH, 200% of initial activity	760546	
1.1.1.81	NO3-	100 mM, 8fold activation of hydroxypyruvate reduction	287378	
1.1.1.81	NO3-	2fold activation	287381	
1.1.1.81	oxaloacetate	5 mM, 119% of initial activity	760546	
1.1.1.81	oxaloacetate	5 mM, 231% of initial activity	760546	
1.1.1.81	Ribulose 1,5-diphosphate	5 mM, 170% of initial activity	760546	
1.1.1.81	Ribulose 1,5-diphosphate	5 mM, 325% of initial activity	760546	
1.1.1.81	ribulose 5-phosphate	5 mM, 109% of initial activity	760546	
1.1.1.81	serine	5 mM, 180% of initial activity	760546	
1.1.1.81	SO42-	100 mM, 3fold activation of hydroxypyruvate reduction	287378	
1.1.1.81	SO42-	2fold activation	287381	
1.1.1.81	trans-zeatin	-	695413