A hybrid Ti-imidazolium catalyst achieves 96% oleic acid conversion with high stability, offering a green route for esterification-based biofuels.

Efficient Imidazolium-Titanium Catalyst for Oleic Acid

TR-FRET Patform for Rapid Drug Measurement in Cells
A modular TR-FRET system quantifies small-molecule drugs directly in cell lysates with high sensitivity, ideal for screening and drug development.

🧪 Article Highlight: Light-Activated Iron Catalysts for Efficient Curing of Dark Alkyd Paints
Photoactive iron–naphthalene complexes enable fast, environmentally friendly curing of even dark-pigmented alkyd paints

Chirality Unveiled in DNA by Terahertz ROA
This study reveals spontaneous chirality in guanosine G-quadruplexes using terahertz ROA, offering insight into life's origins and bioanalysis.

Photothermal/ONOO–-Generating Imaging-Therapy Nanoplatform
Xiaoyan Cui and colleagues have quantitatively evaluated the aggregation of molecules and proposed a general strategy for fine-tuning the fluorogenicity of Group 14 (C, Si, Ge) rhodamines

Carbon-Nitrogen Axial Chirality as a Novel Chiral Framework Design Strategy for Circularly
Novel C-N axial chirality strategy creates efficient CPL enantiomers (S/R)-AI-2TCFC with AIE/TADF. Demonstrated in working CPEL devices, advancing chiral optoelectronic materials

Porphyrin Nanodots Target Breast & Cervical Tumors
Methoxy-porphyrin nanophotosensitizers show promise in photodynamic therapy, selectively attacking breast and cervical cancer cells with precision

Copper-Salen Complex Shows Promise as Safer Cancer Agent
A new copper-salen complex targets cancer cells with reduced harm to healthy cells, offering a potential alternative to traditional chemotherapy drugs

Iron Boosts BODIPY Heat Power for Cancer Light Therapy
Iron-enhanced BODIPY photosensitizer boosts heat generation, offering a powerful new approach for deep-tissue photothermal cancer therapy

🧪 Article Highlight: Planar Tetracoordinate Fluorine in Binary Clusters
First examples of planar tetracoordinate flourine atoms in binary M₄F₄⁻ (M = Li, Na) clusters have been predicted using quantum chemical methods