C−Si bond-forming reaction between R−X and Cl−Si(H)R2 was achieved using reductive nickel catalysis. This method offers access to structurally diverse aryl- and alkenylhydrosilanes from phenol and ketone derivatives. The reaction can be conducted on gram scale and allows for incorporating a hydrosilane moiety into biologically active molecules.
使用还原性
镍催化,在 R-X 和 Cl-Si(H)R 2之间实现了新的 C-Si 键形成反应。该方法提供了从
苯酚和酮衍
生物中获得结构多样的芳基和烯基氢
硅烷的途径。该反应可以以克级进行并且允许将氢
硅烷部分结合到
生物活性分子中。