Metal cations have a significant impact on the metabolism and normal physiological
activities of organisms. Therefore, it is necessary to develop excellent sensors with high …

There is growing interest in achieving dual-state emission (DSE) in the luminescent
materials community due to their strong application potential in both dilute solutions and the …

Metal ion detection is notably significant in fields such as the biological sciences, clinical
medicine, environmental chemistry, and food safety. In this regard, fluorescent probes have …

The main purpose of this study is the synthesis of novel fluorescent Bis-TPE and the
investigation of its wide range of photochemical behaviors. For this purpose, initially, Bis …

A highly selective and sensitive fluorescence probe (DTR-1) for simultaneously detecting H
2 S and Cu 2+ with different fluorescence signals was synthesized. DTR-1 displayed …

The main goal of this study is to obtain 5-Ar-Rhs by Knoevenagel condensation without
using any catalyst as an ion-sensing organic ligand and investigate their sensing abilities …

A new probe, called PTE, has been developed for detecting Hg 2+ using a phenothiazine
(PTE) unit with a dithioacetal group as the response unit. The synthesis of PTE was …

In this study, a new tetraphenylethene derivative bearing triazole and pyridine moieties (TPE–
TAP) was synthesized using click chemistry. The fluorescence sensing properties of TPE …

Simple, portable, and low-cost paper-based sensors are alternative devices that have the
potential to replace high-cost sensing technologies. The compatibility of the paper base …

This study reports the synthesis of novel fluorescent probes, phenol-hydrazide-appended
tetraphenylethenes (TPEs I and II), and explores their photochemical properties. The probes …