Chumachenko Iu V, Lototskaia L S, Kudlaĭ T N
Ukr Biokhim Zh (1978). 1985 Jul-Aug;57(4):33-8.
NADH has a corresponding binding site in aldolase, and can activate the reaction of the aldole cleavage of the substrate (fructose-1,6-bisphosphate). Unlike the considerable protection by the substrate, the similar effect of NADH on the sulphydryl enzyme groups is less pronounced, and may be attributed to single cysteine residue. The functionally related and spatially separated binding sites for NADH and substrate are suggested.
NADH在醛缩酶中有一个相应的结合位点,并且能够激活底物(果糖-1,6-二磷酸)的醛醇裂解反应。与底物提供的显著保护作用不同,NADH对巯基酶基团的类似作用不太明显,这可能归因于单个半胱氨酸残基。有人提出了NADH和底物在功能上相关且在空间上分离的结合位点。