Electrochemistry represents one of the most intimate ways of interacting with molecules. This
review discusses advances in synthetic organic electrochemistry since 2000. Enabling …

Alcohols and their derivatives are ubiquitous and versatile motifs in organic synthesis.
Deoxygenative transformations of these compounds are often challenging due to the …

Herein, we describe a practical protocol for the removal of alcohol functional groups through
reductive cleavage of their benzoate ester analogs. This transformation requires a strong …

Conspectus Electrosynthetic organic chemistry is an old discipline that takes its root in
Faraday's seminal works. The field has a rich history and is in the midst of a renaissance …

Recently, samarium (II) iodide reductants have emerged as powerful single electron donors
for the highly chemoselective reduction of common functional groups. Complete control of …

An unprecedented photoredox‐catalyzed phosphine‐mediated deoxygenation of
hexafluoroacetone hydrate was established to accomplish the hydroxylpolyfluoroalkylation …

Alcohols are among the most widely occurring functional groups found in naturally
abundant, biologically relevant organic compounds, which in many cases are considered …

Conspectus Reductive electron transfer (ET) to organic compounds is a powerful method for
the activation of substrates via the formation of radicals, radical anions, anions, and dianions …

Due to their abundance and readily available synthesis, alcohols provide ideal handles for
the selective derivatisation of organic molecules. Radical chemistry offers versatile …

In recent times, metal-free chemistry has received significant attention due to its inherent
qualities and its potential savings in the costs of (i) reagents and (ii) environmental …