Research Articles
The Silent Alchemists: How Fungi Are Crafting Molecular Masterpieces
Discover how fungi are revolutionizing chemistry by producing optically pure phosphonates through sustainable biocatalysis.
The Invisible Engines of Life: Decoding Enzyme Kinetics for a Sustainable Future
Exploring the mathematics and technology behind enzyme kinetics for sustainable solutions in manufacturing and medicine.
The Enzyme Armor: How Metal-Organic Frameworks Are Revolutionizing Biocatalysis
Exploring how MOFs are transforming biocatalysis by protecting enzymes while enhancing their efficiency and reusability
The Invisible Assembly Line: How Immobilized Enzymes and Cells Are Revolutionizing Biotechnology
Explore how immobilized enzymes and cells are transforming biotechnology through enhanced stability, reusability, and industrial applications.
The Invisible Artisans: How Enzymes are Revolutionizing Drug Manufacturing (Safely)
Exploring how enzyme biocatalysis is transforming pharmaceutical manufacturing while maintaining rigorous quality control standards.
Entangled Minds: How Quantum Biocatalysis is Rewiring Social Science
Exploring how quantum entanglement and biocatalysis are revolutionizing our understanding of human connections and social structures.
Enzyme Armor: How Tiny Crystal Cages Are Supercharging Nature's Catalysts
Discover how Metal-Organic Frameworks (MOFs) are revolutionizing enzyme stabilization and enhancement for industrial applications.
The Catalyst Who Connected Worlds: Oreste Ghisalba's Blueprint for Biotechnology Revolution
Explore Oreste Ghisalba's pioneering work bridging biotechnology and chemistry, transforming Switzerland into a global biocatalysis powerhouse.
Nano-Meets-Bio: The Tiny Powerhouses Revolutionizing Catalysis
Explore how nanobiocatalysis combines nanotechnology and biocatalysis to create revolutionary hybrid catalysts with applications in medicine, energy, and environmental science.
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.