developed in continuous‐flow mode, which facilitated the rapid construction of a series of diversely functionalized 2,7‐heterocycle‐fused tetrahydrocarbazoles, the ubiquitous core structures embedded in strychnos and akuammiline‐type monoterpene indole alkaloids. The synthetic utility of this novel method has been preliminarily explored by the first total synthesis of (+)‐alsmaphorazine C and formal synthesis
在连续流模式下开发了受
生物启发的光炸/
亚胺捕获级联反应,这有助于快速构建一系列功能多样的2,7-杂环稠合的四氢
咔唑,其内嵌在马兜铃和阿库米林型单萜中的普遍存在的核心结构
吲哚生物碱。该新方法的合成效用已通过首次简明有效的全合成(+)-alsmaphorazine C和正式合成(+)-strictamine的方法进行了探索。