Discover how aged PVC surfaces compromise disinfectant efficacy and create hidden bacterial reservoirs in healthcare and public spaces.
Discover how scientists created a paclitaxel-coumarin conjugate that acts as a molecular Trojan horse to target cancer cells more precisely while reducing side effects.
Discover the secret world of secondary metabolites—the molecules that give us coffee, cure diseases, and color our world.
Discover how algorithm-aided engineering transformed the enzyme WelO5* into a precision tool for drug discovery through late-stage functionalization.
Explore how scientists capture, analyze, and recreate the complex scents of flowers through advanced techniques like headspace sampling and GC-MS analysis.
Discover how chemists transformed difluoromethyl sulfoximines from electrophilic to nucleophilic compounds, enabling stereoselective synthesis of valuable fluorinated molecules.
Exploring how ethnobotany bridges traditional indigenous knowledge with modern pharmaceutical research while addressing ethical challenges in drug discovery.
Explore the fascinating world of Platelet Activating Factor Antagonists - molecular firefighters that combat runaway immune responses in conditions like septic shock and severe asthma.
Exploring how contaminants of emerging concern affect wild fish health in Minnesota's freshwater ecosystems and Tribal communities.
Explore how biodegradable polymers are transforming medicine with temporary implants that dissolve after completing their function.