Discover how French green clay's unique mineral composition provides a powerful antibacterial mechanism against modern superbugs like MRSA and Buruli ulcer.
Explore how iron and carbon monoxide enable the cyclocarbonylation of enediynes to create complex molecular structures with pharmaceutical applications.
Explore LFF571, a novel thiopeptide antibiotic showing promise against Clostridium difficile infection with its unique EF-Tu mechanism and clinical trial results.
Discover how natural compounds in carrots and celery can prevent colon cancer by stopping pre-cancerous lesions before they form.
Discover how Nobel Prize-winning click chemistry is revolutionizing drug discovery by tuning natural products into more effective, safer medicines.
Explore the fascinating world of natural products chemistry and discover how nature's molecules hold the promise of solving humanity's health challenges.
Explore the fascinating story of trimethylenemethane (TMM), its [3+2] cycloaddition reactions, and how this once-theoretical molecule transformed pharmaceutical synthesis.
Scientists use a simple magnesium atom to trigger a domino effect, creating intricate structures vital for medicine and materials science.
Explore how 2014 marked a pivotal moment in atmospheric research with advanced data assimilation techniques transforming our understanding of weather and climate.
Discover how cobalt carbide nanoprisms are reshaping sustainable chemical production through facet-dependent catalysis in Fischer-Tropsch synthesis.