TAC-Rh, as the first mitochondria-targeting NIR K+ sensor, was applied to explore mutual regulation between mitochondrial K+ and apoptosis.
Due to the serious pollution issue caused by 4-nitrophenol (4-NP), it is of great importance to design effective catalysts for its reduction.
In situ Ag exsolution from AgBiS2 nanocrystals as an intermediate charge transmitter assists cycling for K+ intercalation in anode reactions.
High-surface-area crystalline mesoporous tantalum oxide has been successfully synthesized using a pluronic tri-block polymer as the template.
An in situ formed polyaniline pillared layered titanate with uniform TiO2 coating for sodium and potassium ion storage is proposed.
A mitochondria-targeting NIR fluorescent potassium ion sensor: real-time investigation of the mitochondrial K+ regulation of apoptosis in situ