Addition of catalytic arene C–H to formaldimines has been enabled by Ru(II)-catalyzed amidomethylation with bis(tosylamido)methane as a catalytic formaldimine releaser. The new process provides an atom-efficient and sustainable solution to address the challenges of formaldimines in this type of transformation. Furthermore, new synthetic routes based on this catalytic system have been developed for
Ru(II)催化
氨基甲基化,并以双(
甲苯磺酰胺基)
甲烷作为
甲醛释放剂,使
芳烃加成催化
芳烃成为可能。新过程提供了一种原子高效且可持续的解决方案,以解决
甲醛在这种类型的转化中的挑战。此外,已经开发了基于该催化体系的新的合成路线,以逐步有效地获得与药物相关的N-杂环
三环核心结构。