Proton transfer plays a crucial role in physical, chemical, and biological macromolecular
systems, and the Excited-State Intramolecular Proton Transfer (ESIPT) effect is widely …

Thiophenol (PhSH) is an important raw material for organic synthesis, while its high toxicity
to organisms makes it an environmental pollutant. Therefore, it is crucial to accurately detect …

Intracellular pH has been associated with multiple biological processes. However,
fluorescent probes for pH are limited. Herein, a new pH fluorescent probe was developed …

Detection of highly toxic thiophenols in biological or environmental systems is of great
importance. Therefore, fast, reliable, and sensitive probes are needed to detect thiophenols …

The emission of ESIPT-fluorophores is known to be sensitive to various external and internal
stimuli and can be fine-tuned through substitution in the proton-donating and proton …

Hydrogen sulfide (H 2 S) is a potent redox-active signaling molecule commonly
dysregulated in disease states. The production of H 2 S and its involvement in various …

Thiophenol (PhSH) is an important industrial intermediate but displays significant toxicity
towards environmental and biological systems. Here, we introduce a supramolecular system …

Thiophenols are widely used in chemical and pharmaceutical industries, but the acute
toxicity and irritating effects of these chemicals pose a threat to public health. A nanofibrous …

Herein, a high-performance fluorescence probe, namely H4, based on intramolecular
charge transfer (ICT) mechanism was developed. H4 could serve as fluorescent probe for …

Though a number of on–off or off–on fluorescent probes have been developed for the
detection of thiophenol by using its unique recognition groups, such as 2, 4-dinitrophenyl …