Explore the synthesis and reactivity of propargylamines, versatile molecular building blocks in organic chemistry used for drug discovery and materials science.
Explore the revolutionary techniques in benzylic C–H oxidation that transform simple molecules into valuable carbonyl compounds using light and catalysts.
Explore how radical desulfonylation is transforming organic synthesis through innovative techniques for building complex molecules.
Explore how polymer support carriers are transforming chemical synthesis through innovative dosage forms, manufacturing methods, and applications in organic chemistry.
Discover how nickel-catalyzed C–O bond-cleaving alkylation revolutionizes organic synthesis by converting common esters into customized alkyl chains.
Explore how cooperative catalysis is revolutionizing organic chemistry by making catalysts work together for more efficient molecular synthesis.
Explore the fascinating molecular transformations between cyclopropanes and allenes in modern organic chemistry, featuring cutting-edge research and applications.
Exploring how solvents act as silent architects in synthetic organic chemistry, shaping molecular reactions that build our modern world.
Exploring the challenges and innovations in synthetic organic chemistry, from green chemistry solutions to molecular complexity and interdisciplinary approaches.
Exploring the revolutionary total chemical synthesis of proteins and its impact on medicine through synthetic erythropoiesis protein (SEP)