Electrochemical synthesis demonstrates efficient formation of selenazol-2-amines with elemental selenium under oxidant-free conditions, highlighting a sustainable catalytic approach.
The first example of an electrochemical multicomponent synthesis of selenium-containing compounds with inexpensive and abundant elemental selenium as the selenating reagent was developed. A variety of selenazol-2-amines were constructed in high yields with good functional group tolerance under metal-free and chemical oxidant-free conditions.
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Ji et al. (2024) studied this question.
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