2022Analytical LettersRequires access

Selective and Rapid Detection of Thiophenol by a Novel Fluorescent Probe with Cellular Imaging

Chaoyan Chen, Hao Chen, Yu‐Shun Yang, Hai‐Liang Zhu

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Abstract

Among sulfur-containing species, thiophenol (PhSH) is highly toxic but is uncommonly studied. Here a novel probe is reported for thiophenol with rapid response and high selectivity. Thiophenol was easily distinguished by this probe from other sulfur-containing species including anions and biothiols. The probe was employed for the determination of thiophenol in several buffer systems and in living cells, demonstrating suitability for future work.

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What this paper is about

Among sulfur-containing species, thiophenol (PhSH) is highly toxic but is uncommonly studied. Here a novel probe is reported for thiophenol with rapid response and high selectivity. Thiophenol was easily distinguished by this probe from other sulfur-containing species including anions and biothiols. The probe was employed for the determination of thiophenol in several buffer systems and in living cells, demonstrating suitability for future work.

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Available abstract

Among sulfur-containing species, thiophenol (PhSH) is highly toxic but is uncommonly studied. Here a novel probe is reported for thiophenol with rapid response and high selectivity. Thiophenol was easily distinguished by this probe from other sulfur-containing species including anions and biothiols. The probe was employed for the determination of thiophenol in several buffer systems and in living cells, demonstrating suitability for future work.

Key concepts: Thiophenol, Chemistry, Fluorescence, Selectivity, Sulfur, Organic chemistry, Catalysis, Physics

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