In the presence of ClCO2Et, the use of CuI in MeNO2 efficiently catalyzed the Reissert-typeacylation of isoquinoline derivatives with acylzirconocenechlorides. In the reaction of quinolines with acylzirconocenechlorides, the choice of catalyst and solvent was crucial to the regioselective formation of adducts. The cationic RhI-catalyzed reaction in MeNO2 preferentially afforded 1,2 adducts. On the
在 ClCO2Et 存在下,在 MeNO2 中使用 CuI 有效地催化异喹啉衍生物与酰基二茂氯化物的 Reissert 型酰化。在喹啉与酰基二茂金属氯化物的反应中,催化剂和溶剂的选择对于加合物的区域选择性形成至关重要。MeNO2 中的阳离子 RhI 催化反应优先提供 1,2 加合物。另一方面,在 CH2Cl2 中 CuI 催化的反应优先提供 1,4 加合物。