Explore how Solid Lipid Nanoparticles are revolutionizing cancer treatment through targeted drug delivery, enhanced efficacy, and reduced side effects.
Explore how atmospheric modeling helps scientists predict our future climate through gas-phase pollutants, new particle formation, and aerosol aging.
Discover how chemists use furan fragmentation to create valuable alkynes for pharmaceutical synthesis, including the proposed structure of Aglatomin B.
How scientists are using evolutionary family trees to predict the next generation of life-saving drugs from molds and mushrooms.
Discover how aged ruthenium precatalyst solutions dramatically improve oxidative cyclization of 1,5-dienes using ppm amounts of ruthenium for sustainable chemistry.
Discover how scientists identified two new guaianolides from Tanacetum fruticulosum with potential medicinal applications.
Exploring how simplified Life Cycle Assessments can make sustainability decisions faster and more accessible without compromising impact.
Discover how Molecular Hybridization is revolutionizing drug design by fusing existing medicines to create more effective treatments for complex diseases.
Explore how confined spaces at the molecular level revolutionize chemical reactions through catalysis in tight spaces like zeolites and MOFs.
Explore the remarkable career of Guy Ourisson, a pioneering chemist who bridged scientific research and policy leadership, leaving an enduring legacy in organic chemistry and scientific institutions.