A novel bond formation through oxidative cross-coupling with desyl chloride as the oxidant has been investigated. The coupling can be carried out under mild conditions. The Csp3-center carbon was involved even in the presence of a β-H, and up to 90% of the desired cross-coupling product was obtained with the secondary Csp3-center substrate.
研究了一种通过氧化交叉耦合形成新键的反应,其中使用了
氯化苄作为氧化剂。该耦合可以在温和的条件下进行。即使在存在 β-H 的情况下,Csp3 中心碳仍然参与反应,并且在二级 Csp3 中心底物中获得了高达 90% 的所需交叉耦合产物。