How scientists are designing clever molecular Trojan horses to outsmart tumors and parasites using quinone imines and sulfur-containing compounds.
Explore how chemistry forms the foundation of all biological processes, from molecular bonds to the fascinating handedness of life's molecules.
Exploring how eutrophication and salinization affect methane production in lakes and their implications for climate change.
Discover how azobenzene has evolved from a simple molecular switch to a sophisticated multi-stimuli responsive material with applications in neuroscience, energy storage, and smart materials.
Discover how Zn/ZSM-5 catalysts transform plant-derived lactones into valuable chemicals through decarboxylation, advancing sustainable chemistry.
How scientists are turning brilliant but toxic nanocrystals into targeted medical marvels through surface modification.
Discover how scientists are stabilizing degenerate dopants in colloidal semiconductor nanocrystals to unlock next-generation technology.
Discover the Nobel Prize-winning science behind circadian rhythms and how your internal clock governs health, sleep, and metabolism.
Explore Lester Packer's groundbreaking research on Vitamin E and its profound impact on antioxidant science, cellular biology, and human health.
Exploring the fascinating progress in bio-electrode design from biosensors to biofuel cells and their transformative applications in healthcare and sustainable energy.