Research Articles
The Silent Scourge Meets Its Match: How Foscarnet Fights CMV in Transplant Patients
Exploring foscarnet's role in combating CMV infections in transplant patients through its unique mechanism and clinical applications.
The Silent Scream: Decoding Kidney Distress Through Enzyme Leaks
Exploring how tracking enzymes that leak into plasma or urine during kidney injury offers earlier, more precise warnings of renal damage.
The Salt-Taming Supergene: How GmHXK2 Engineers Tougher Soybeans
Discover how the GmHXK2 gene enhances soybean salt tolerance through antioxidant production, auxin regulation, and ion homeostasis control.
The Silent Sugar Fighters: How Probiotic Proteins Are Revolutionizing Diabetes Treatment
Discover how Lactobacillus plantarum protein hydrolysates are transforming diabetes treatment through natural enzyme inhibition and gut microbiome modulation.
The Molecular Tango: How Oxidative Stress and Thyroid Hormones Dance in Schizophrenia
Exploring the intricate relationship between oxidative stress and thyroid hormones in schizophrenia pathogenesis and treatment.
The Invisible Arms Race: How a Superbug Outsmarts Our Best Antibiotics in Tunisia
Research on Acinetobacter baumannii's enzymatic resistance mechanisms to beta-lactam antibiotics in Tunisian hospitals
Beyond THC: How Unlikely Enzymes Are Revolutionizing Cannabinoid Science
Discover how noncanonical cannabinoid synthases from fungi, bacteria, and distant plants are revolutionizing cannabinoid science and enabling the production of novel therapeutic compounds.
Sugar Wars: How a Tiny Molecule Fights Cancer by Sabotaging Cellular Sugar Factories
Discover how malononitrile derivatives inhibit key enzymes in the Pentose Phosphate Pathway, offering a promising strategy against cancer metabolism.
Unlocking Nature's Nano-Machines: How Protein Engineering Reveals Enzyme Secrets
Explore how protein engineering helps scientists understand enzyme catalytic mechanisms through targeted mutations and biochemical analysis.
Sticky Solutions: How Tomato Trichomes Flipped a Metabolic Pathway to Boost Plant Defense
Discover how wild tomatoes evolved a flipped metabolic pathway to produce defensive acylsugars through enzyme promiscuity in trichomes.