Discover how chemists use metal and non-metal catalysts to activate stubborn nitrile molecules, enabling the creation of plastics, pharmaceuticals, and advanced materials.
Explore how organotin(IV) derivatives built from biological blueprints like imidazoles and pyrazoles are revolutionizing medicine and industry.
How scientists are deciphering the chemical code of plants, fungi, and microbes to create the medicines of tomorrow.
Explore the fascinating chemistry behind fragrances - from ancient extraction techniques to modern AI-driven perfumery and how scent molecules interact with our senses.
Exploring the chemistry of natural products, recent trends in AI-assisted discovery, biomimetic synthesis, and groundbreaking developments in pharmaceutical applications.
Exploring the complex compounds in nature that form the basis of modern medicine, from terpenes to alkaloids and their pharmaceutical applications.
Exploring Pavel Vlad's revolutionary contributions to terpenoid science and how his legacy fuels cutting-edge drug discovery, sustainable materials, and fragrance design today.
Exploring how nuclear magnetic resonance spectroscopy revolutionized our ability to decipher nature's complex molecular structures in natural products chemistry.
Exploring breakthroughs in natural product chemistry through AI, biomimicry, and innovative synthesis methods
Research on the chemical transformations that occur when cannabinoids are vaped, revealing potentially harmful byproducts of heating CBD and related compounds.