Daoxin Wang

TL;DR: This minireview compares direct-current (DC) and alternating-current (AC) electrolysis in organic synthesis, highlighting AC's advantages, including reduced metal catalyst deposition, precise oxidation/reduction control, and improved mass transfer, and provides a comprehensive theoretical framework for AC-driven transformations.

TL;DR: A powerful and environmentally friendly electrochemical manganese-promoted free radical selenylation reaction between boronic acids and diselenide reagents was established in this article .

TL;DR: In this paper , a new protocol was proposed to achieve the formal C−O/O−H cross-metathesis via alternating current electrolysis, which can be used in late-stage modification of pharmaceuticals as well as biologically active compounds.

TL;DR: The electro-induced aminoselenation and oxyselenation of styrenes without any acids or oxidants as additives is reported and this transformation is compatible with various functional groups, which leads to vicinal difunctionalized organoselenium compounds.