This work describes a new cobaltaelectro-catalyzed protocol for the direct C-H acyloxylation of aromatic & vinylic amides at RT. Our method exhibits a broad substrate scope, presenting opportunities for late-stage functionalization.
This work describes a new cobaltaelectro-catalyzed protocol for the direct C-H acyloxylation of aromatic & vinylic amides at RT. Our method exhibits a broad substrate scope, presenting opportunities for late-stage functionalization.
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Herein, we present a cobaltaelectro-catalyzed protocol for room temperature C-H acyloxylation of a variety of aromatic and vinylic amides, with possible applications related to the late-stage functionalization of drugs and biomass valorization.
chemrxiv.org/engage/chemr...
Herein, we present a cobaltaelectro-catalyzed protocol for room temperature C-H acyloxylation of a variety of aromatic and vinylic amides, with possible applications related to the late-stage functionalization of drugs and biomass valorization.
Herein, we outline a highly promising electrocatalytic cascade that enables access to various halogenated amides, carbamates and ureas at room temperature without added catalysts, additives or electrolytes.
Herein, we outline a highly promising electrocatalytic cascade that enables access to various halogenated amides, carbamates and ureas at room temperature without added catalysts, additives or electrolytes.