1.3.1.44	FAD	-	286051	
1.3.1.44	flavin	FAD, riboflavin and FMN increase activity	390806	
1.3.1.44	FMN	-	286051	
1.3.1.44	NAD+	-	711734	
1.3.1.44	NADH	-	286051, 390810, 711734, 723850, 724240, 724351, 740212	
1.3.1.44	NADH	about two-to threefold higher specific activites with NADH over NADPH	656287	
1.3.1.44	NADH	dependent	686722	
1.3.1.44	NADH	dependent on	657270	
1.3.1.44	NADH	higher activity toward NADH than NADPH	724240	
1.3.1.44	NADH	preferred cofactor with substrates of higher chain length	390755	
1.3.1.44	NADH	preferred, 2-3fold higher activity compared to NADPH	656287	
1.3.1.44	NADH	sole electron donor	390806, 390807, 390808	
1.3.1.44	NADP+	-	711734	
1.3.1.44	NADPH	-	390755, 711734	
1.3.1.44	NADPH	2-3fold lower activity compared to the preferred NADH	656287	
1.3.1.44	NADPH	about two-to threefold higher specific activites with NADH over NADPH	656287	
1.3.1.44	NADPH	enzyme utilizes NADH and NADPH depending on chain length, with NADPH a C-6 substrate is preferred, with NADH a C-8 substrate is preferred	390810	
1.3.1.44	NADPH	NADH is preferred over NADPH	724351	
1.3.1.44	NADPH	rat hepatic microsomal trans-2-enoyl-CoA reductases with cofactor requirement (NADH or NADPH) depending on chain length of substrates are characterized. Since no cis-2-enoyl-CoA substances are tested as substrates a classification according to EC 1.3.1.8, EC 1.3.1.38 or EC 1.3.1.44 is impossible	390754