Research Articles
Nature's Factories: How Biocatalysis is Powering Sustainable Chemistry
Exploring how biocatalysis is revolutionizing industrial chemistry through enzyme-powered sustainable manufacturing processes.
The Glycerol Alchemists: How Bacteria Turn Biodiesel Waste into Biomedical Gold
Discover how Acetobacter tropicalis transforms biodiesel waste into valuable D-glyceric acid through innovative two-step biocatalysis, with potential applications in medicine and green chemistry.
The Twist of Life: How Enzymes Master Planar Chirality
Exploring how enzymes recognize and manipulate planar chirality, with recent breakthroughs in synthetic applications.
Beyond Magic Bullets: How Protein Nanoparticles Are Rewriting Medicine's Playbook
Exploring the revolutionary potential of protein-based nanoparticles in precision drug delivery, gene editing, and therapeutic applications.
The Silent Green Revolution: How Biocatalysis is Rewriting the Rules of Chemistry
Exploring how biocatalysis and engineered enzymes are transforming chemistry with sustainable solutions for pharmaceuticals, materials, and environmental challenges.
The Molecular Velcro Effect: Engineered Alumina Particles and Protein Attraction
Exploring how functionalized alumina particles interact with proteins through surface charge and chemistry for biomedical applications.
The Alchemists Within: How Nature's Tiny Catalysts Are Building a Waste-Free World
How biocatalysis and biomass conversion are enabling a waste-free circular economy through nature-inspired chemical processes.
Enzyme Spa Day: How Ionic Liquids Give Finicky Enzymes a Rejuvenating Makeover
Discover how ionic liquids and enzyme immobilization transform delicate BVMOs into robust, reusable biocatalysts for sustainable chemistry.
The Silent Revolution: How Nature's Scissors Are Reshaping Our Chemical World
Exploring how industrial biocatalysis is transforming chiral chemical manufacturing with nature's precision tools.
Unlocking Nature's Sugar Vault: The Science of Cellulase Biocatalysis
Exploring the enzymatic breakdown of cellulose, the world's most abundant organic polymer, and its applications in sustainable bioeconomy.