Research Articles
Copper Catalysis: The Molecular Matchmaker Transforming Chemical Synthesis
Explore how copper-catalyzed γ-selective and stereospecific allylic cross-coupling revolutionizes chemical synthesis with unprecedented precision in molecular construction.
Copper Catalysis: Forging the Carbon-Nitrogen Bonds That Build Our Medicines
Explore how copper catalysis revolutionizes pharmaceutical synthesis by efficiently creating essential nitrogen heterocycles through sustainable C-N bond formation.
Building Molecules with Copper and Silver: A Tiny Toolbox for Modern Chemistry
Explore how copper and silver catalysts enable efficient (3+2) cycloaddition reactions, revolutionizing molecular construction in modern chemistry.
The Copper Catalyst: How a Simple Metal Revolutionized Pharmaceutical Chemistry
Explore how copper-catalyzed N-arylation of indoles is transforming pharmaceutical research and drug development with cost-effective, efficient chemical synthesis.
The Alchemy of Asymmetry: Copper's Precision Dance for Next-Gen Pharmaceuticals
Breakthrough in copper-catalyzed enantioselective B–H bond insertion reaction for chiral α-boryl phosphonates synthesis with pharmaceutical applications
The Domino Effect: How Copper Catalysis is Revolutionizing Drug-Relevant Nitrogen Scaffolds
Exploring copper-catalyzed domino synthesis of nitrogen-rich polycyclic compounds for pharmaceutical applications