Research Articles
Green Chemistry Breakthrough: Crafting Medical Marvels with Ionic Liquids
Discover how ionic liquids enable sustainable synthesis of bioactive 2-pyrone derivatives with antibacterial and antifungal properties through innovative green chemistry approaches.
Green Chemistry Breakthrough: How Ultrasound Creates Powerful Antimicrobials
A revolutionary chemical synthesis method using ultrasound energy to create potent antimicrobial compounds while reducing environmental impact.
The Medicine Makers: How Chemists Cook Up Life-Saving Drugs at an Industrial Scale
Explore how process chemistry transforms laboratory discoveries into safe, affordable, and sustainable medicines at industrial scale.
The Green Chemistry Revolution: How New Catalysts Are Transforming Molecular Assembly
Discover how new organometallic catalysts enable redox-neutral alkylations through borrowing hydrogen chemistry, revolutionizing sustainable molecular synthesis.
Nature's Golden Bullets: How Plant-Based Nanoparticles Are Revolutionizing Cancer Fight
Explore how plant-synthesized gold nanoparticles offer a promising green chemistry approach to cancer treatment through oxidative stress mechanisms.
The Green Chemistry Revolution: How Ancient Grindstone Techniques Are Creating Modern Medicines
Discover how grindstone chemistry enables rapid, solvent-free synthesis of 1,6-naphthyridines for pharmaceutical applications with environmental benefits.
The Green Nano Revolution: How Nature's Tiniest Architects Are Reshaping Our World
Explore how green nanotechnology is transforming medicine, environment, and industry through sustainable nanoscale engineering inspired by nature.
Green Catalysts: Chiral Ionic Liquids Revolutionize Drug Synthesis
How immobilized chiral ionic liquids are transforming asymmetric Aza-Michael reactions for sustainable pharmaceutical synthesis