Fluorescence lifetime imaging microscopy (FLIM) is a powerful technique offering profound
insights into a broad spectrum of biological processes such as metabolic imaging, protein …

Electrochemical CO2 reduction poses a promising pathway to produce hydrocarbon
chemicals and fuels without relying on fossil fuels. Gas diffusion electrodes allow high …

A great deal of attention has been pressed to the hazards caused by the remains of
antibiotics in the environment. Fluorescent sensing materials are favored for their rapid …

Electrolytic bubbles have a profound impact on mass transport in the vicinity of electrodes
and greatly influence the electrolyzer efficiency and cell overpotential. However …

The interaction between a solid and water at their interface, especially proton transfer,
impacts molecular-scale catalysis, macroscopic environmental science, and geoscience …

R-BTOBD exhibited significant aggregation-induced Emission (AIE) characteristics,
including high brightness (αAIE≈ 40), robust light stability, a substantial Stokes shift (128 …

A metal-free, Lewis acid approach for the regioselective synthesis of
dihydropyranoquinoline scaffolds has been unveiled. The methodology employs a cascade …

Currently, in situ monitoring of the adenosine triphosphate (ATP) level in lysosomes is
critical to understand their involvement in various biological processes, but it remains difficult …

The second near‐infrared window (NIR‐II) fluorescence imaging has been widely adopted
in basic scientific research and preclinical applications due to its exceptional spatiotemporal …