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Unveiling the reaction process of the amine in direct amidation of aromatic ketones in H2O

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Abstract In the classical amidation between aromatic ketones and amines, 2.0 equivalents of amines are necessarily required to gain satisfying yields. The specific role of the amine in the direct… Click to show full abstract

Abstract In the classical amidation between aromatic ketones and amines, 2.0 equivalents of amines are necessarily required to gain satisfying yields. The specific role of the amine in the direct amidation already puzzled us for a long time. In this work, we disclosed that the amine acts as both reactant and catalyst. Specifically, the determination of reaction intermediates revealed the full mechanism, based on which, the introduction of one equivalent base in the amidation is showcased here that a high yield (∼95 %) can be afforded using only 1.1 equiv. of amine.

Keywords: aromatic ketones; amine direct; direct amidation; amine; amidation; amidation aromatic

Journal Title: ChemistryOpen
Year Published: 2020

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