A targeted photosensitizer uses a "host-guest" supramolecular strategy to selectively bind to periodontitis bacteria and, when activated by light, eliminate them while supporting tissue healing


A targeted photosensitizer uses a "host-guest" supramolecular strategy to selectively bind to periodontitis bacteria and, when activated by light, eliminate them while supporting tissue healing

Researchers developed a light-activated molecule that releases nitric oxide and peroxynitrite to efficiently treat biofilm infections

Lanthanide MOF nanozymes break the Lewis acidity dogma—the conventional belief that catalytic activity is primarily determined by metal ion Lewis acidity—revealing an affinity-driven strategy for highly efficient artificial nucleases

Construction of highly stable Ag₃₄ nanoclusters via a dual-exchange strategy, exhibiting high-efficiency near-infrared electroluminescence in NIR-OLEDs

A novel interfacial polymerization strategy allows precise formation of two-dimensional hierarchical architectures with enhanced exciton migration and sensing performance

Researchers develop bright, stable organic dyes that enable precise deep-tissue imaging and disease detection in the NIR-IIx spectrum

A natural nanocomplex overcomes drug resistance in liver cancer by inducing ferroptosis through a three-part mechanism that reduces glutathione in cancer cells, weakening their antioxidant defenses and causing cell death

A luminescent nanoparticle assay enables ultra-sensitive detection of prostate-specific antigen for early diagnosis and recurrence monitoring
![Diazine-Tetraphenylethylene Cyclo[6]arenes for Molecular Recognition in Solution and Aggregate States](https://www.chemistryviews.org/wp-content/uploads/2025/11/ChemistryViews-2.70171-125x94.png)
1,2-diazine endo-functionalized tetraphenylethylene cyclo[6]arenes for cation binding in dilute solution and nitrophenol detection in the aggregate state

By precise molar ratio control strategy, tricolor carbon dots with high quantum yields are prepared for integrated lighting–energy applications