Research Articles
The Hidden Cycles of Chemistry: Nature's Blueprint for Sustainable Synthesis
Discover how millions of biomimetic reaction cycles hidden within chemistry's network are revolutionizing sustainable synthesis and revealing nature's blueprint.
The Oxaziridine Revolution: How a Tiny Ring Shapes Modern Chemistry
Explore the remarkable versatility of oxaziridines - three-membered rings that have evolved from laboratory curiosities to indispensable tools in synthetic chemistry.
The Hidden World of Hetarynes: Chemistry's High-Energy Power Tools
Discover how hetarynes, chemistry's reactive intermediates, are revolutionizing synthetic chemistry through computational prediction and experimental validation.
The Molecular Maze: Navigating the Impossible in Synthetic Chemistry
Explore the fascinating challenges of synthetic organic chemistry and how scientists build complex molecules like Taxol from scratch.
Molecular Master Builders: Crafting Complex Structures with Atomic Precision
Discover how a new redox-neutral cascade reaction efficiently builds valuable 1,1'-Biisoquinoline N-oxides with atomic precision for medicine and materials science.
Synthesis of Glycosylated 1-Deoxynojirimycins: From Natural Sugars to Therapeutic Agents
Explore the synthesis of glycosylated 1-deoxynojirimycin derivatives and their therapeutic potential in diabetes, viral infections, and genetic disorders.
The Sweet Symphony of Molecules: Crafting Nature's Circular Masterpieces
Discover how scientists synthesize tetrahydropyrans through innovative tandem cross-metathesis/thermal Sₙ2′ reactions, enabling efficient drug discovery and greener chemistry.
The Molecular Guardians: Crafting New Antioxidants in the Lab
Discover how scientists are synthesizing novel 4-iminothiazolidin-2-one derivatives to create powerful new antioxidants that could combat aging and disease.
The Silent Revolution: How Chemistry is Breaking Free from Metals
Exploring breakthroughs in metal-free synthesis that promise cheaper medicines, cleaner industrial processes, and fundamentally new ways to build matter.
Molecular Origami: The Art and Science of Crafting Azonia Aromatic Pentacycles
Breakthrough in synthesizing pentacyclic azonia systems with a rare 6-6-6-5-6 ring fusion pattern through one-pot tandem synthesis.