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Room-Temperature C-H Bond Functionalization by Merging Cobalt and Photoredox Catalysis

机译:通过合并钴和Photoredox催化来室温C-H键官能化

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摘要

A non-noble metal-free protocol has been developed for C-H bond functionalization at room temperature by merging cobalt-mediated catalysis with photo-catalysis. The reaction requires only oxygen as sole oxidant and operated at room temperature under redox-neutral conditions. Visible-light activated photoredox catalyst functions as an electron transfer reagent with oxygen as a terminal oxidant in the cobalt-mediated C-H and N-H bond annulation. The developed methodology allows annulations with various coupling partners. The concept demonstrated herein is expected to enhance the scope of cobalt catalysis as applied to sustainable fine chemical synthesis.
机译:通过用光催化合并钴介导的催化,在室温下为C-H键官能化开发了非贵金属的方案。 该反应仅需要氧像作为唯一氧化剂,并在氧化还原中性条件下在室温下操作。 可见光活化的光致毒剂催化剂用作电子转移试剂用氧气介导的C-H和N-H键环测量中的末端氧化剂。 开发的方法允许具有各种耦合伙伴的分布。 预计本文证明的概念将增强钴催化剂的范围,其适用于可持续的细化学合成。

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