Research Articles
The Gut's Gatekeeper: A Two-Faced Enzyme and the Secret Life of Vitamin A
Discover how recent research reveals that a familiar enzyme, Phospholipase B, plays a dual role in Vitamin A absorption and fat digestion in our gut.
Nature's Tiny Scissors: How a Bacterial Enzyme Could Green Our Leather and Laundry
Discover how subtilis protease, a bacterial enzyme, offers eco-friendly solutions for destaining and dehairing through optimized fermentation processes.
The Molecular Scissors: How a Novel Enzyme Could Revolutionize Brown Seaweed Utilization
Discover how the novel PL15_3 subfamily oligo-alginate lyase VBAly15A's substrate specificity mechanism could transform brown seaweed into valuable biofuels and bioproducts.
The Invisible Handshake: How a Classic Enzyme Meets a Molecular Doughnut
Exploring the fascinating interaction between beta-galactosidase enzyme and cyclodextrin molecular containers in biocatalysis research.
The Little Enzyme That Could: A Tale of Rabbit Blood and Purine Metabolism
Explore how purine nucleoside phosphorylase from rabbit erythrocytes revealed secrets of our immune system and metabolism, opening new doors for therapeutic discovery.
Unlocking Nature's Sugar Factory: How a Bacterial Enzyme Could Revolutionize Starch Production
Discover how structural analysis of ADP-glucose pyrophosphorylase from Agrobacterium tumefaciens reveals insights for improving starch production and biotechnology applications.
The Cellular Bartender: How a Liver Enzyme Mixes Up a Potent Cancer-Fighting Cocktail
Discover how the liver enzyme ADH3 creates targeted cancer-fighting compounds through an elegant molecular recycling system.
The Unsung Hero in Your Bloodstream: Unlocking the Secrets of a Cellular Super-Enzyme
Explore the fascinating world of catalase enzyme from rat erythrocytes - its characterization, kinetics, and vital role as a cellular detoxifier.
When Enzymes Meet Nanotubes: A Scientific Revolution in Starch Breakdown
Exploring the revolutionary integration of α-amylase enzymes with carbon nanotubes for enhanced starch breakdown efficiency and stability
The Molecular Tango: How Scientists Learned to Control a Key Regulatory Enzyme
Exploring the characterization and manipulation of DDAH's monomer-dimer equilibrium and its implications for nitric oxide regulation and therapeutic development.