Abstract
Nitrene transfer reactions are powerful tools in synthetic organic chemistry. In recent years, transition-metal catalyzed nitrene transfer reactions with carbamates as the nitrene precursors have been widely pursued. Such species undergoes facile C−H amination, aziridination, and bifunctionalization of alkenes under the catalysis of different transition metals including Rh, Fe, Ru and others, enabling the efficient construction of various nitrogen-containing molecules. In this review, the recent developments in nitrene transfer reactions with carbamates via N−O bond cleavage were introduced based on different types of reaction, and the key mechanistic information and synthetic applications of the methodologies were discussed.
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