The electrochemical methods have a huge synthetic potential in both academia and
industry. However, the implementation of electrochemistry for the synthesis of …

Preventing metal deposition by cathodic reduction is a formidable challenge during
transition-metal-catalysed electrosynthesis under direct current (dc) electrolysis conditions …

The combination of organometallic C− H activation and electro‐catalysis has emerged as a
potent synthetic technique for various molecular scaffolds since it avoids the use of harmful …

Compared with conventional reductive coupling, reductive coupling under electrochemical
conditions without external reductants is greener, milder, and more efficient and is of …

A simple and direct synthesis of 2, 6-diiodophenylethanol building blocks through highly
regioselective metalation (MIE)/oxirane SN2-type ring opening of 1, 2, 3-triiodobenzene is …

An environmentally‐benign electrochemical approach for the construction of quinoline
derivatives employing N, N‐dimethylformamide (DMF) as the methine source has been …

Classical methods for the synthesis of tertiary alcohols mainly rely on the nucleophilic
addition of organometallic reagents to carbonyl compounds. Here, we disclose a strategy for …

In light of the burgeoning biological applications associated with xanthones, the
development of highly efficient synthetic methodologies for their production has emerged as …

The integration of transition metals as catalysts has opened new avenues for organic
synthesis, including the activation and formation of diverse bonds. The combination of metal …

Abstract Atom-economical, eco-efficient, metal-and chemical oxidant-free formation of C–C
and C–N bond from C (sp 2)− H and C (sp 3)− H of arenes toward the direct synthesis of …