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 how flamelet/progress variable approaches are transforming combustion science through advanced simulations of partial oxidation processes.
Explore the fascinating chemistry behind fragrances - from ancient extraction techniques to modern AI-driven perfumery and how scent molecules interact with our senses.
How scientists are teaching E. coli bacteria to perform a complex biochemical ballet to produce life-saving drugs like Taxol.
Explore how scientists are capturing molecular motion with femtosecond precision using cutting-edge imaging techniques.
Discover how evolutionary biology and phylogenetic tools are revolutionizing the search for novel psychoactive plants with potential medical applications.
Comprehensive guide to selecting activated carbon for water and wastewater treatment based on scientific research and performance indicators.
Explore how ynamides enable efficient ring-forming transformations to create complex nitrogen-containing heterocycles essential for pharmaceuticals and materials science.
Explore the fascinating organic molecules from nature and their discovery on Mars. Learn about scents, defense mechanisms, and the chemistry of life.