Aminocatalysis and electrochemistry cooperate, enabling SOMO-type transformations for asymmetric electrochemical synthesis. Electricity drives enantioselective radical processes via oxidation of catalytically generated enamines. Key is the use of a biphenyl redox shuttle to prevent catalyst degradation, yielding desired compounds with high enantioselectivity.
氨基催化和电
化学协同作用,实现不对称电
化学合成的 SOMO 型转化。电通过催化产生的烯胺的氧化来驱动对映选择性自由基过程。关键是使用
联苯氧化还原梭来防止催化剂降解,从而产生具有高对映选择性的所需化合物。