1.20.99.1	arsenate	-	694407	
1.20.99.1	arsenate	dramatically increases expression of ACR2.1	694407	
1.20.99.1	arsenate	enzyme activity increases by 108% with arsenate exposure under P-deficient condition and by 130% under P-sufficient condition	693852	
1.20.99.1	citrate	-	713790	
1.20.99.1	dithiothreitol	glutathione and dithiothreitol in combination enhance arsenate reduction in vitro more than glutathione alone	716477	
1.20.99.1	galactose	-	713790	
1.20.99.1	glucose	-	713790	
1.20.99.1	glutaredoxin	-	744726	
1.20.99.1	glutathione	glutathione and dithiothreitol in combination enhance arsenate reduction in vitro more than glutathione alone	716477	
1.20.99.1	GSH	-	744726	
1.20.99.1	additional information	ACR2.1 exhibits higher reductase activity than ACR2.2	694407	
1.20.99.1	additional information	ACR2.1 exhibits higher reductase activity than ACR2.2. Expression of ACR2.1 under conditions of phosphate starvation is faster than in the presence of phosphate	694407	
1.20.99.1	additional information	enzyme activity shows no significant response to P treatment	693852	
1.20.99.1	additional information	heat stable cofactor is required	639373	
1.20.99.1	additional information	induction by arsenite	287858	
1.20.99.1	selenate	-	713790	
1.20.99.1	thiol	required for activity, thiol requirement can be satisfied by dithiothreitol, stimulation by glutathione, thioredoxin or reduced lipoc acid is negligible compared to that of dithiothreitol	639373