Research Articles
The Enzyme Speed Test: Finding Molecular Superheroes in a Chemical Storm
Discover how scientists are using high-throughput screening to find enzymes stable enough for industrial chemistry applications.
Unlocking Nature's Antioxidants: The Green Solvent Revolution
Discover how deep eutectic solvents (DES) are revolutionizing the extraction of phenolic compounds from agricultural waste through sustainable green chemistry.
The Cellular Architects: Engineering Protein Organelles to Revolutionize Bioengineering
Exploring how engineered protein-based organelles are transforming bioengineering by optimizing metabolic pathways and enabling new bioproduction capabilities.
The Rhodium Revolution: How a Tiny Carbene Transforms Molecular Architecture
Exploring the groundbreaking chemistry of rhodium-iminocarbenes derived from N-sulfonyl triazoles and their transformative role in molecular synthesis.
From Sea to Solution: The Uncharted Chemistry of Ocean Medicines
Exploring the frontier of marine natural products chemistry and its revolutionary impact on medical discovery.
The Oxazole Revolution: How a Tiny Ring is Reshaping Medicine
Exploring how oxazole chemistry is transforming drug development with breakthroughs in synthesis, biosynthetic pathways, and therapeutic applications.
The Chlorine Tango: Transforming a Fragrance Molecule Through Chemistry
Exploring electrophilic chlorination and base-induced dehydrochlorination of (-)-Isothujone, a natural terpene with complex reactivity
The Chiral Bridge: How Cinchona Alkaloids Are Forging New Frontiers in Amino Acid Synthesis and Cancer Drug Development
Exploring cinchona alkaloid-derived phase-transfer catalysts for asymmetric synthesis of beta-hydroxy alpha-amino acids and their application in celogentin C synthesis
The Silent Symphony of Molecules: How Sulfur Dioxide Conducts a New Era in Natural Product Synthesis
Discover how sulfur dioxide (SO₂) is revolutionizing polypropionate natural product synthesis through innovative chemistry and sustainable approaches.
The Stealthy Saboteurs: How Flame Retardants Hijack Our Metabolic Enzymes
Exploring how flame retardants disrupt metabolic enzymes and impact human health through molecular mimicry and enzyme inhibition.