Sulfur-containing heterocycles, due to their application in material science, biology, and
pharmaceutics, have great importance. Although different sulfurating agents have been …

This review summarizes the more recent methods (since 2015) for the synthesis of
thioethers using homogeneous metals as catalysts. The thioether moiety can be found in …

Organic xanthates are broadly applied as synthetic intermediates and bioactive molecules in
synthetic chemistry. Electrophilic xanthylation represents a promising approach but has …

A novel and efficient tandem SN2 nucleophilic substitution/Dieckmann condensation
reaction of α-iodomethyl phosphine oxide with methyl thiosalicylate derivatives has been …

Alkyl xanthates are broadly applied as synthetic intermediates for expedient access to a
range of functional group derivatives in synthetic chemistry. Dehydroxyxanthylations of …

An efficient method for synthesizing thioaurones has been developed using xanthate as an
odorless sulfur surrogate. This reaction's key success lies in the use of iodine as a reagent …

Thiazole and carbonyl often act as core functional or regulative moieties in biological
molecules as well as optical materials. Designing and synthesis of carbonyl‐containing …

Sulfur-containing heterocycles are ever-trending core molecules in pharmaceutical
research. Derivatives of thiophene are a class of S-containing heterocycles that have been …

Fluorescent sensors based on small organic molecules have been most widely developed
as sensors for monitoring in vitro and in vivo biological targets because of their simplicity …

Heterocycles compose one of the most impressive classes of compounds, being widely
found in an extensive range of organisms where they exhibit several biochemical functions …