Synthetic studies of marine alkaloids hapalindoles. Part 2. Lithium aluminum hydride reduction of the electron-rich carbon-carbon double bond conjugated with the indole nucleus
作者:Hideaki Muratake、Mitsutaka Natsume
DOI:10.1016/s0040-4020(01)96006-5
日期:1990.1
- A reaction mechanism is proposed for an unusual, reduction of the electron-rich C-C double bond with lithium aluminum hydride in the indole derivatives such as 3. Liberation of an aluminum hydride anion from 1-indolylaluminum intermediates, i.e., 27 may play an important role for the inversion of the polarity at the 15 position.
-提出了一种反应机理,用于将吲哚衍生物(如3)中的氢化锂铝异常还原富电子CC双键。氢化铝阴离子从1-吲哚铝中间体(即27)的释放对于15位极性的反转可能起重要作用。