Mn(ii)-catalyzed switchable synthesis of P(O)–C and P(O)–O bonds from alcohols and diarylphosphine oxides via phospha-Brook rearrangement
Abstract
We describe a Mn(II)-catalyzed, biocompatible, and economical strategy for selective and efficient synthesis of both P(O)–O and P(O)–C compounds via a dehydrogenative phospha-Brook rearrangement, with broad substrate scope and mechanistic validation from control and kinetic studies.

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