Research Articles
The Hidden Editor in Our Genes: How RNA Editing Shapes Brain Communication
Explore how RNA editing fine-tunes brain communication through kainate receptors and the molecular mechanisms behind this sophisticated biological regulation.
Nature's Calm: How a Brazilian Shrub Could Revolutionize Anxiety Treatment
Discover how sonderianin, a natural compound from Croton blanchetianus, shows promise as an anxiety treatment through zebrafish research.
The Dynamic Duo: How an Antibiotic and a Bile Acid Team Up to Protect Your Liver
Discover how rifampicin and ursodeoxycholic acid work together through complementary mechanisms to protect the liver from cholestatic damage.
The Brain's Secret Recipe: How a Tiny Bird's Brain Makes Its Own Androgens
Discover how the zebra finch brain produces neurosteroids and the role of CYP17 enzyme in neural development and song learning.
The Sweet Promise of Allitol: A Rare Sugar with Big Potential
Explore allitol, a rare sugar alcohol with anti-obesity effects, gut health benefits, and potential as a natural low-calorie sweetener.
The Two-Key Strategy: Unlocking New Hope Against Superbugs
Discover how the innovative two-key antibiotic combination strategy is defeating superbugs by combining ceftazidime-avibactam and aztreonam to overcome bacterial resistance.
The Heart's Time-Out: A Surgeon's Dilemma in the Operating Room
Explore the fascinating comparison between warm and cold cardioplegia techniques for heart protection during coronary artery bypass surgery.
The Sugar Switch: How a Tiny Enzyme Controls Plant Fertility
Discover how cytosolic phosphoglucomutase controls plant fertility through sugar metabolism in Arabidopsis, affecting pollen germination and gametophyte development.
A New Hope in the Fight Against Alzheimer's: How an Old Drug Might Protect the Brain
Discover how Cilostazol, a common circulation drug, shows promise in protecting brain cells from Alzheimer's-related damage by suppressing oxidative stress and MAPK signaling pathways.
Tiny Donut Factories: How to Trap an Enzyme and Supercharge Its Power
Discover how scientists immobilize CGTase enzymes on hollow fiber membranes using Response Surface Methodology to create efficient, reusable biocatalytic systems.