Scientists harness transfer hydrogenation to light up formate in living cells, opening new windows into cancer metabolism and disease diagnostics.
Discover how 3.5-billion-year-old hydrothermal vents produced nanoparticles that may have catalyzed the emergence of life on Earth.
Explore the fascinating chemistry behind aroma-active compounds in food and how our senses translate them into the experience of flavor.
Explore the bioactive lipid fraction of Artemisia frigida, its fatty acid composition, and therapeutic potential for modern health conditions like NAFLD.
Explore the journey of clotrimazole from a simple antifungal to a versatile pharmaceutical with potential applications in cancer research and sickle cell disease.
Discover how AcsD enzyme performs enantioselective citrate desymmetrization to create iron-grabbing siderophores in bacteria.
Exploring how the Diels-Alder reaction serves as nature's powerful architect in building complex biological molecules through case studies of paracaseolide A and benzenoid synthesis.
Discover how the PBAN/pyrokinin neuropeptide orchestrates complex social behaviors in fire ants, from trail-following to colony survival.
Discover how cytochrome P450 enzymes in Madagascar periwinkle perform stereoselective hydroxylation to create life-saving anticancer alkaloids.
Explore how cyanobacteria produce sophisticated chemicals with potent anti-cancer, antibacterial, and anti-inflammatory properties that could revolutionize medicine.