Explore how scientists are discovering life-saving drugs from nature's bioactive compounds, from plants to marine organisms.
Discover how mesoporous silica MCM nanoparticles are revolutionizing heterocycle synthesis for pharmaceutical and material science applications.
Discover how minimal hammerhead ribozymes achieve unprecedented catalytic power through structural insights and conformational dynamics.
Explore the groundbreaking work of John W. Daly, whose research on frog toxins and neuroactive compounds transformed pharmacology and neuroscience.
Exploring how natural products from plants and marine organisms provide vital clues for developing new Parkinson's disease treatments.
Explore the sophisticated world of tandem catalysis and how rhodium-catalyzed silylformylation-crotylsilylation-Tamao oxidation constructs complex polyketide fragments efficiently.
Discover the breakthrough enantioselective reductive nitro-Mannich reaction using thiourea catalysis for precise molecular synthesis.
Discover how microbial natural products are revolutionizing medicine through genomic mining and innovative discovery approaches like the iChip technology.
Explore how scientists are decoding plant-based compounds to develop safer, non-opioid pain medications through medicinal chemistry and drug design.
Discover the groundbreaking direct stereospecific synthesis of unprotected NH/NMe aziridines from olefins - a revolutionary approach in synthetic chemistry.