Chenault H K, Whitesides G M
Appl Biochem Biotechnol. 1987 Mar;14(2):147-97. doi: 10.1007/BF02798431.
The high cost of nicotinamide cofactors requires that they be regenerated in situ when used in preparative enzymatic synthesis. Numerous strategies have been tested for in situ regeneration of reduced and oxidized cofactors. Regeneration of reduced cofactors is relatively straightforward; regeneration of oxidized cofactors is more difficult. This review summarizes methods for preparation of the cofactors, factors influencing their stability and lifetime in solution, methods for their in situ regeneration, and process considerations relevant to their use in synthesis.
烟酰胺辅因子的高成本要求在用于制备性酶促合成时在原位进行再生。已经测试了许多用于还原型和氧化型辅因子原位再生的策略。还原型辅因子的再生相对简单;氧化型辅因子的再生则更困难。本综述总结了辅因子的制备方法、影响其在溶液中的稳定性和寿命的因素、其原位再生的方法以及与它们在合成中的使用相关的工艺考量。