Organic compounds possessing S–S bonds, often called disulfides or more specifically
disulfanes, have been widely applied in various fields ranging from biochemistry to different …

Disulfide, as a common structural motif, has been frequently used in pharmaceuticals, nature
products, and chemical biology. This chapter focuses on the methodologies that were …

Sulfur is an essential element because it exists widely in proteins. The disulfide bond is an
important moiety in many different types of significant organic molecules. A new approach …

From life science to material science, to pharmaceutical industry, and to food chemistry,
polysulfides are vital structural scaffolds. However, there are limited synthetic methods for …

This review summarizes the recent developments of disulfide bond formation with a variety
of reagents. The scope and limitations of the presented methods are discussed. The …

Radical substitution on tetrasulfides is demonstrated to be a highly effective means to
prepare unsymmetric disulfides. Alkyl and aryl radicals generated thermally or …

An efficient M2CO3-catalyzed (M= K or Cs) aerobic cross dehydrogenative coupling reaction
of thiols was described. This reaction provided an efficient approach to unsymmetrical …

The kinetics of the conversion of thiophenols into sulfenyl chlorides using N-
chlorosuccinimide (NCS) in dichloromethane have been investigated by in situ 1H NMR and …

A versatile Cu-catalyzed cross-coupling reaction to various unsymmetrical disulfanes has
been presented, from phthalimide-carried disulfur transfer reagents and commercially …

Polysulfides are significant compounds in life science, pharmaceutical science, and
materials science. Therefore, polysulfide construction is in great demand. The controllable …