A unique reaction between thiols (RSH) and alkyl sulfonylbenzothiazole was discovered.
This reaction was specific for thiols and produced a sulfinic acid (RSO 2 H) as the …

In this work we studied the reactions of benzothiazole sulfones and sulfoxides toward
reactive sulfur species. The reaction of thiols with benzothiazole sulfones produces sulfinic …

A new fluorescent turn-on probe for the rapid optical sensing of thiols has been designed
and synthesized. The probe displays high on/off signal ratios and high selectivity towards …

We designed and synthesised a novel molecular probe exhibiting high selectivity and
sensitivity towards reactive sulphur species (RSS) over other amino acids and biologically …

The first thiol-specific turn-on probe, BODIPY-TS, utilizing a thiosulfonate scaffold as the thiol
recognition unit was reported. BODIPY-TS displays low toxicity, and features high sensitivity …

Thiols are important molecules in the environment and in biological processes. Cysteine
(Cys), homocysteine (Hcy), glutathione (GSH) and hydrogen sulfide (H2S) play critical roles …

The disulfide bond (− S− S−) is an extremely valuable functional group in a variety of
chemical and biological agents that display potent reactivity or biological activities (eg …

The nucleophilic nature of thiols is used to develop a novel, sensitive, and highly effective
sensor. In this work, we developed a new fluorescent probe for thiols based on fluorescein …

A new fluorescent probe installed with dual-reactive and dual-quenching groups was
rationally designed for highly selective and sensitive sensing of biothiols. The sensitivity of …

A new chemodosimeter for the highly selective sensing and imaging of biothiols was
designed and realized in phosphate‐buffered saline solution at pH 7.4 through a …