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Manganese-Catalyzed C-H Olefination Reactions

机译:锰催化的C-H烯醇化反应

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摘要

Olefins are essential building blocks in organic synthesis, the access to which from simple C-H substrates through catalysis of transition metals, in particular the earth's abundant ones meets the requirements of green and sustainable chemistry. Manganese-catalyzed C-H olefination reactions have emerged as an efficient approach to olefins in recent years, complementary to traditional olefin synthesis. Varieties of alkynes, alkenes, allenes as well as alcohols are successfully applied to the Mn-catalyzed reactions with C-H substrates, providing multisubstituted olefins bearing varied functional groups. This minireview presents great progresses newly achieved on manganese-catalyzed C-H olefination reactions.
机译:烯烃是有机合成中的基本构建块,通过过渡金属的催化,从简单的C-H衬底的进入,特别是地球的丰富符合绿色和可持续化学的要求。 锰催化的C-H烯烃反应是近年来与传统烯烃合成互补的烯烃有效的烯烃方法。 成功地将炔,烯烃,艾叶烯以及醇的品种与C-H底物成功地应用于Mn催化的反应,提供轴承不同官能团的多异烯烃。 该Minireview在锰催化的C-H烯醇化反应上进行了新的进展。

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