Research Articles
The Silent Green Revolution: How Mechanical Force is Rewriting the Rules of Organic Synthesis
Explore how piezoelectric-mediated mechanoredox reactions are transforming organic synthesis through sustainable, solvent-free chemistry using ball milling technology.
The Molecular Anchor: How a Plant Enzyme is Revolutionizing Green Chemistry
Discover how Arabidopsis thaliana hydroxynitrile lyase fused with carbohydrate-binding modules is transforming sustainable chemical manufacturing through innovative purification and immobilization techniques.
The Sulfur Revolution: Greener Paths to Life-Saving Molecules
Discover how sustainable thioamide synthesis is revolutionizing drug discovery for diseases like tuberculosis and COVID-19 through green chemistry approaches.
The Green Chemist's Magic Wand: Hypervalent Iodine Reagents
How a class of powerful, eco-friendly compounds is revolutionizing the creation of new molecules
The Green Chemist's Dream: A Magnetic Nano-Sponge for Crafting Medicine
Discover how a revolutionary magnetic nanocatalyst is transforming pharmaceutical synthesis through green chemistry principles, microwave assistance, and reusable technology.
From Lab to Life: Greener Medicine Forged in Water
Discover how a revolutionary water-based peptide synthesis method is transforming pharmaceutical manufacturing with cleaner, more efficient processes.
Glycerol: The Sweet Solution for Sustainable Chemical Synthesis
Exploring glycerol as a sustainable solvent derived from biodiesel production for green organic synthesis applications.
Beyond the Flask: The Solvent-Free Revolution Crafting Tomorrow's Medicines
Exploring solvent-free synthesis methods for bioactive heterocycles that reduce waste and accelerate drug discovery while being environmentally friendly.
The Silent Green Revolution: How Ball Mills Are Reshaping Drug Manufacturing
Discover how ball mills are revolutionizing drug manufacturing through solvent-free mechanochemistry, enabling greener pharmaceutical synthesis.
The Green Alchemist: How Iron Transforms Simple Chemicals into Molecular Treasures
Discover how iron-catalyzed cross-dehydrogenative coupling revolutionizes chemical synthesis with sustainable, cost-effective methods for creating complex molecular structures.