Research Articles
The Invisible Shield: How DNA Repair Mechanisms Shape Cancer and Immunity
Exploring how DNA repair mechanisms influence cancer development and immune responses, with insights into cutting-edge therapeutic approaches.
Beyond the Calorie: How Food Science is Rewriting the Rules of Nutrition
Explore how modern food science is moving beyond calorie counting to revolutionize nutrition through processing awareness, personalization, and sustainability.
The Restless Receptor: How a Heart Cell's "Leaky Faucet" Rewrites Adrenaline Science
Discover how spontaneous activation of β2-adrenergic receptors in heart cells challenges decades of adrenaline science and opens new therapeutic possibilities for heart failure.
The Secret Armor of Chickpeas: How Desert Genes Battle Drought
Discover how chickpea genes like MCC696 transform into drought-fighting superheroes, deploying biochemical shields and underground survival strategies against climate change.
Synthetic Superheroes: How Rewritten Microbes Are Revolutionizing Antibiotic Discovery
Exploring how synthetic biology and AI are transforming antibiotic discovery to combat antimicrobial resistance (AMR)
The Invisible Fire: Inside Morocco's Battle Against Burn Wound Infections
Investigating burn wound infections in Moroccan hospitals, focusing on epidemiology, pathogen resistance, and treatment innovations.
The Hidden Clues in Ovaries: How Ultrasound and Blood Tests Are Revolutionizing PCOS Diagnosis
Discover how combining ultrasonography with biochemical profiling is transforming PCOS diagnosis through advanced imaging and AI technologies.
The Invisible Dice: How Randomness Rules Infection and How Scientists Simulate It
Exploring how stochastic simulation captures the inherent randomness of infectious disease spread and treatment outcomes
The Metabolic Detective: How NMR Spectroscopy is Decoding Neurodegenerative Diseases
Exploring how NMR-based metabolomics is revolutionizing early detection and understanding of neurodegenerative diseases like Alzheimer's and Parkinson's.
Taming Microscopic Menaces: When Your Smartphone Spots Superbugs
Exploring how mobile-optimized deep learning architectures enable rapid bacterial strain identification using smartphones in resource-constrained environments.