Research Articles
Beat the Quiet Threat: A Look at Cardiovascular Risks in KNUST Student Life
Exploring cardiovascular risk factors among KNUST students, including physical inactivity, poor nutrition, alcohol use, and research findings from the Ghana Heart Study.
How Fish Turn Seawater into a Safe Home: The Carbonic Anhydrase Story
Discover how marine fish use carbonic anhydrase to survive in seawater by secreting toxic sulfate through their kidneys.
Nature's Tiny Silver Bullets: Fighting Inflammation with Plant-Based Nanoparticles
Discover how silver nanoparticles synthesized from Azima tetracantha offer revolutionary anti-inflammatory treatments through green nanotechnology.
The Tiny Worm and the Fountain of Youth: How Flavonoids Fight Aging
Explore how flavonoids combat aging through C. elegans research, revealing molecular pathways and health benefits in this comprehensive scientific overview.
More Than a Weed: The Science Behind Plantago's Hidden Powers
Discover the scientific breakthroughs revealing Plantago's potential in food science, medicine, and genetics as this common weed emerges as a powerful model organism.
The Clockwork Kidney: How Scientists Film Transport in Renal Epithelia
Discover how time-resolved studies are revolutionizing our understanding of renal epithelial cell transport mechanisms in real-time.
Revolutionizing Pharmacology Education: How Medical Students Are Shaping Their Learning Experience
Exploring innovative teaching methods in pharmacology education based on student feedback and evidence-based research.
The Hidden Epidemic: The Science Behind Performance and Image-Enhancing Drugs
Exploring the rising abuse of anabolic steroids and chemsex drugs as performance and image-enhancing agents through scientific research and data analysis.
Unlocking the Secrets of Scent: How Medications Change Your Sense of Smell
Explore how medications affect your sense of smell through drug-target interactions and the latest research in olfactory science.
The Epigenetic Key: How DNA Methylation Unlocks Type 2 Diabetes Secrets
Discover how DNA methylation patterns in TCF7L2 and GIPR genes reveal new insights into Type 2 Diabetes development and potential treatments.