作者:Yujin Lee、Yun Seung Nam、Soo Young Kim、Jeong Eun Ki、Hong Geun Lee
DOI:10.1039/d3sc00716b
日期:——
A novel mechanistic duality has been revealed from the indolyl 1,3-heteroatom transposition (IHT) of N-hydroxyindole derivatives. A series of in-depth mechanistic investigations suggests that two separate mechanisms are operating simultaneously. Moreover, the relative contribution of each mechanistic pathway, the energy barrier for each pathway, and the identity of the primary pathway were shown to
N-羟基吲哚衍生物的吲哚基1,3-杂原子转位( IHT)揭示了一种新的机制二元性。一系列深入的机制研究表明,两个独立的机制同时运作。此外,每个机械途径的相对贡献、每个途径的能量势垒以及主要途径的特性都被证明是基底系统的电子特性的函数。基于所获得的机理理解,开发了一种在吲哚 3 位上通用且有效地引入杂原子的机制驱动策略。所开发的反应具有广泛的底物范围,可提供各种形式的官能化吲哚产物。此外,该方法适用于氧基和氮基官能团的引入。