Explore how catalytic asymmetric fluorination enables precise creation of chiral fluorinated compounds with significant pharmaceutical applications.
Discover how an accidental chemical discovery revealed an inherent oxygen preference in enolate monofluoromethylation, leading to more efficient synthesis of monofluoromethyl ethers for pharmaceuticals.
Discover how asymmetric electrophilic fluorination using chiral palladium catalysts in ionic liquids is revolutionizing pharmaceutical development with precision and sustainability.