Research Articles
Nano-Scaffolds: How Gold and Silver Are Revolutionizing Medicine with Protein Partners
Exploring hemoprotein bioconjugates of gold and silver nanoparticles and their revolutionary applications in medicine through structure-function correlations.
From Waste to Wellness: Unlocking the Hidden Power of Mackerel Guts and Bones
Discover how mackerel by-products are transformed into valuable Fish Protein Hydrolysate (FPH) - a sustainable, nutrient-rich super-ingredient with remarkable health benefits.
When More Isn't Merrier: The Surprising Case of the Unhelpful Blood Vessel Relaxer
Exploring why adding urapidil to ACE inhibitors provides no benefit for chronic congestive heart failure patients, based on placebo-controlled clinical trial results.
Unlocking Nature's Molecular Secrets: How a Fungus Could Revolutionize Green Technology
Discover how white-rot fungi and expressed sequence tag analysis are paving the way for sustainable biotechnology solutions in bioremediation and materials science.
The Sticky Truth of Blood Clots & The Plant That Tames Them
Discover how Becatamide from Houttuynia cordata suppresses P-selectin expression via COX enzyme inhibition, offering new insights into anti-clotting therapy.
The Silent Arsenal: How Pseudomonas aeruginosa's Enzymes Forge Infections
Exploring the extracellular enzymes produced by fecal strains of Pseudomonas aeruginosa and their role in infection mechanisms.
The Genetic Duet: How a Rat's Liver Unlocks the Secrets of Drug Metabolism
Discover how groundbreaking research on rat liver cytochromes P-450 revealed how drug metabolism works at the genetic level.
The Herbal Twist: How a Thai Ginger Might Alter Your Medicine's Power
Discover how 5,7-dimethoxyflavone from Kaempferia parviflora affects midazolam metabolism through enzyme induction
The Cell's Traffic Jam: How a Tiny Molecule Could Halt Cancer's Growth
Explore how CGP 48664, a SAMDC inhibitor, disrupts cancer cell growth by targeting polyamine biosynthesis through dual mechanisms of enzyme inhibition and destabilization.
The Genetic Key to Tamoxifen: Why the Same Drug Doesn't Work for Everyone
Discover how genetic variations in enzymes like CYP3A5 and CYP2D6 affect tamoxifen response in breast cancer patients and the promise of personalized medicine.