1.20.1.1	2-Bromoethylamine	1 mM NAD+ protects against inactivation	7985	
1.20.1.1	arsenite	-	397	
1.20.1.1	arsenite	4 mM, 90% residual activity	397	
1.20.1.1	Cd2+	1 mM, no residual activity	52	
1.20.1.1	Cu2+	1 mM, about 55% of initial activity	19	
1.20.1.1	D,L-hydroxyisocaproate	-	105796	
1.20.1.1	D-2-hydroxy-4-methylvalerate	-	105804	
1.20.1.1	D-glycerate	-	521	
1.20.1.1	diethyl dicarbonate	-	463	
1.20.1.1	formate	-	120	
1.20.1.1	Mn2+	1 mM, about 65% of initial activity	11	
1.20.1.1	additional information	slow steps after hydride transfer do not significantly limit the rate of reaction for the wild-type enzyme, the active site mutants, or the thermostable mutant	2	
1.20.1.1	additional information	not inhibitory: arsenite, NaCl	2	
1.20.1.1	NaCl	-	42	
1.20.1.1	NaCl	4 mM, 87% residual activity	42	
1.20.1.1	NAD+	-	7	
1.20.1.1	NADH	competitive	8	
1.20.1.1	nitrate	4 mM, 21% residual activity	308	
1.20.1.1	nitrate	4 mM, 40% residual activity	308	
1.20.1.1	nitrite	-	168	
1.20.1.1	sulfite	dead end inhibitor, competitive	92	
1.20.1.1	sulfite	strong inhibitor, competitive with respect to phosphonate, uncompetitive with respect to NAD+	92	
1.20.1.1	sulfite	strong inhibitor, competitive with respect to posphonate	92	
1.20.1.1	sulfite	competitive, cocrystal structure	92	
1.20.1.1	sulfite	4 mM, 16% residual activity	92	
1.20.1.1	sulfite	4 mM, 56% residual activity	92	
1.20.1.1	sulfite	-	92	
1.20.1.1	sulfite	competitive inhibitor	92	
1.20.1.1	Zn2+	1 mM, about 35% of initial activity	14