Research Articles
The Sleeping Sickness That Revolutionized Neuroscience
How encephalitis lethargica, a century-old epidemic, unlocked the secrets of sleep neurobiology and revolutionized neuroscience.
Huntington's Disease: The Genetic Time Bomb Rewriting Neuroscience Textbooks
Explore the molecular neuroscience insights into Huntington's disease, including genetic basis, recent research breakthroughs, and therapeutic implications.
Seeing the Mind: How Brain Scans Are Revolutionizing Mental Health Treatment
Explore how advanced neuroimaging technologies are transforming psychiatry from symptom-based to biology-based personalized treatment approaches.
The Hidden Advantage: How Your Hand Preference Shapes Your Evolutionary Success
Discover how University of Groningen research on handedness in non-industrial societies reveals surprising connections between hand preference and reproductive success.
The Great Rewiring: How Alzheimer's Disrupts Your Brain's Communication Network
Explore how Alzheimer's disease disrupts the brain's functional connectome hierarchy, affecting cognition and gene expression patterns.
The Hijacked Brain: Decoding Addiction from Neurons to Drug Policy
Exploring the neuroscience of addiction, its biological basis, and how modern science is shaping drug policy interventions.
The Hidden Currents Within: How Your Unconscious Mind Really Works
Explore the latest neuroscience discoveries about the unconscious mind and how it shapes perception, decision-making, and social interactions.
The Gut-Brain Superhighway: How Your Microbiome Steers Tryptophan Traffic to Shape Your Mind
Exploring how gut microbiome influences tryptophan metabolism to impact brain function and mental health.
The Invisible Architect: How IGF-1 Builds and Protects Your Brain
Exploring the profound influence of Insulin-like Growth Factor-1 (IGF-1) on brain development, plasticity, and resilience, and its potential in combating cognitive decline.
The Brain's Hidden Rhythm: How Brain Waves Reveal Psychosis Risk
Discover how late beta accentuation and N2 amplitude serve as biomarkers for psychosis risk across schizophrenia and bipolar disorder.