Maintaining biothiols homeostasis is extremely important for the health of organisms. In this
work, a pair of fluorescent probes (Acr-QX8A and Acr-QX9A) was designed and synthesized …

Real-time imaging and monitoring of biothiols in living cells are essential for understanding
pathophysiological processes. However, the design of the fluorescent probe that has …

The investigation on the construction strategy, relationship between the structure and
photophysical properties of fluorescein analogs plays an important role in the rational …

Lung cancer, a highly prevalent and lethal form of cancer, is often associated with oxidative
stress. Photodynamic therapy (PDT) has emerged as a promising alternative therapeutic tool …

Accurately designing and developing the dual responsive fluorescence probe with
simultaneous recognition of intracellular biothiols and metal ions is of great significance …

Photoactivatable subcellular organelles imaging offers the desirable spatiotemporal
resolution in studying the complex biological processes. Developing proper and simple …

Nitroxyl (HNO) has been discovered to play a vital role in diverse physiological and
pathological processes. In this work, we report a new reductant-resistant fluorescent probe …

The ultra-sensitive detection of strychnine is crucial to provide powerful evidence in
strychnine poisoning cases. In this study, a novel fluorescent carbon dots (CDs) self …

Nitroxyl (HNO) is documented to be closely concerned with diverse pathological and
physiological processes within living organisms. This research showcased the creation of a …

Sensors based on the disappear of unique optical and magnetic signals of luminescent
radicals caused by the conversion from open-shell into closed-shell molecules have not …