1.1.1.239	additional information	high preference for NAD+ compared to NADP+	739953	
1.1.1.239	additional information	the enzyme shows high preference for NAD+ compared with NADP+	740637	
1.1.1.239	additional information	the rabbit enzyme shows high coenzyme preference for NAD+ over NADP+. Also in the reverse reaction, the enzymes reduces several alpha-dicarbonyl compounds including (S)-camphorquinone using NADH as the coenzyme, exhibiting low Km values of 0.004-0.006 mM. The reductase activity of the enzyme determined with NADPH as the coenzyme is less than 40% of their NADH-linked activity	739953	
1.1.1.239	additional information	the rabbit enzymes show high coenzyme preference for NAD+ over NADP+. Also in the reverse reaction, the enzymes reduces several alpha-dicarbonyl compounds including S-camphorquinone using NADH as the coenzyme, exhibiting low Km values of 0.004-0.006 mM. The reductase activity of the enzyme determined with NADPH as the coenzyme is less than 40% of their NADH-linked activity	739953	
1.1.1.239	NAD+	-	287209, 287210, 287211, 287212, 287213, 287214, 287215, 287216, 287217, 287218, 287219, 287220, 725674, 739953, 740293	
1.1.1.239	NAD+	conserved residues Gln270 and Glu276 are critical residues for the NAD+ specificity	740637	
1.1.1.239	NAD+	dependent on	739953	
1.1.1.239	NAD+	preferred	286354	
1.1.1.239	NADH	-	725674, 739953, 740293, 740637	
1.1.1.239	NADH	A-specific, i.e. transfer of pro-R-hydrogen from NADH to substrate	286355	
1.1.1.239	NADH	preferred	286354	
1.1.1.239	NADP+	-	739864, 740637	
1.1.1.239	NADP+	15% of NAD+-activity	286354	
1.1.1.239	NADP+	NADP+ is 3fold less efficient as cofactor	287211	
1.1.1.239	NADPH	-	286354, 739864, 740637	
1.1.1.239	NADPH	27% of NADH-activity	286355