Research Articles
The Molecular Bead String: How Tiny Silica Cages are Weaving Tomorrow's Medicines
Discover how mesoporous silica MCM nanoparticles are revolutionizing heterocycle synthesis for pharmaceutical and material science applications.
The Tiny Cellular Hammer: How Minimal Hammerhead Ribozymes Achieve Full Power
Discover how minimal hammerhead ribozymes achieve unprecedented catalytic power through structural insights and conformational dynamics.
Crafting Chiral Silicon: The Quest for Molecular Handedness
Explore the fascinating world of catalytic asymmetric dehydrogenative Si-H/X-H coupling and how scientists are creating chiral silicon molecules with perfect handedness.
Nature's Blueprint: Transforming Simple Alcohols into Valuable Chemicals
Bioinspired desaturation of alcohols enabled by photoredox proton-coupled electron transfer and cobalt dual catalysis
Bio-Orthogonal Metal Catalysis: Precision Chemical Surgery for Proteins
Explore how bio-orthogonal metal catalysis enables precise modification of dehydroalanine in proteins and peptides for advanced biomedical applications.
Molecular Baskets as Catalysts: The Rise of Calix[4]arenes in Sustainable Heterocycle Synthesis
Explore recent advances in calix[4]arene-catalyzed synthesis of five- and six-membered oxa- and azacycles, focusing on sustainable chemistry approaches.
Breaking the Methane Barrier: Homogeneous Catalysis Unlocks Nature's Gas Giant
Recent advances in homogeneous catalysis are rewriting the rules of methane functionalization, offering promising pathways to transform this reluctant molecule under mild conditions.
The Nitrile Pickle: How Chemists Tame a Stubborn Molecule
Discover how chemists use metal and non-metal catalysts to activate stubborn nitrile molecules, enabling the creation of plastics, pharmaceuticals, and advanced materials.
Beyond Corn Stalks: The Molecular Magic Turning Farm Waste into Fuel Tanks
Exploring how biomass-derived platform molecules and catalytic upgrading can transform agricultural waste into valuable fuels and chemicals.