“…2 In this case, the reaction of tetrazoles with α-haloaryl ketones provides a classical method for installing a tetrazole group into the C(sp 3 ) position of the ketones. However, these transformations are generally limited to pre-equipped haloaryl ketone substrates, such as chlorine 3 and bromine. 4 Additionally, an excess of alkali is added to neutralize the hydrogen halide produced in the reaction.…”
We herein reported an electrochemical synthesis of α-tetrazolyl ketones by C–H/N–H cross-coupling with excellent yields and broad substrate scope, encompassing various aryl ketones, heterocycles, and alkyl ketone drugs.
“…2 In this case, the reaction of tetrazoles with α-haloaryl ketones provides a classical method for installing a tetrazole group into the C(sp 3 ) position of the ketones. However, these transformations are generally limited to pre-equipped haloaryl ketone substrates, such as chlorine 3 and bromine. 4 Additionally, an excess of alkali is added to neutralize the hydrogen halide produced in the reaction.…”
We herein reported an electrochemical synthesis of α-tetrazolyl ketones by C–H/N–H cross-coupling with excellent yields and broad substrate scope, encompassing various aryl ketones, heterocycles, and alkyl ketone drugs.
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