Abstract

Novel reactivities of organoboron compounds have been identified as a source for creating new chemical spaces with functional value. Previously uncharted approaches of activation including, non-covalent interactions, electrochemical redox processes, and photoexcitation have been exploited for the functionalization of organoboron compounds. Combined experimental and computational studies provide insight into the fundamental understanding of the process. Special emphasis of the research program has been devoted to the formation of products with stereochemically-enriched C(sp3) center.

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