Discover how cesium hydroxide catalysis enables sustainable synthesis of valuable p-quinols using molecular oxygen under mild conditions.
Discover how scientists have visualized never-before-seen intermediates in the Ullmann reaction, forming organometallic nanorings that could revolutionize molecular engineering.
Exploring the chemistry of natural products, recent trends in AI-assisted discovery, biomimetic synthesis, and groundbreaking developments in pharmaceutical applications.
Discover the chemical composition and antifungal properties of Entada abyssinica essential oil from Nigeria, a promising natural solution to drug-resistant fungal infections.
Discover how UHPLC-MS/MS technology detects NSAID residues in milk and muscle samples, ensuring food safety through advanced analytical chemistry.
How scientists are using digital pharmacophore mapping to find potent weight management aids from natural products for pancreatic lipase inhibition.
Discover how two-stage laser chemistry is transforming the separation of Carbon-13 isotopes from CF₂HCl, enabling breakthroughs in medical and scientific applications.
Discover how advanced computational methods are revealing the secrets of glycol-fueled entrained-flow gasifiers for cleaner energy production.
Discover how Gynura divaricata and G. bicolor plants are transforming diabetes treatment through their natural hypoglycemic compounds.
Exploring the complex compounds in nature that form the basis of modern medicine, from terpenes to alkaloids and their pharmaceutical applications.