Research Articles
Disrupting the Brain: How Scientists Hack Neural Circuits to Decode the Neurobiology of Language
Exploring how disrupting neural circuits helps scientists understand the neurobiology of language through lesions, neuroplasticity, and diversity studies.
The Invisible Wound: How Trauma Rewires the Female Brain
Exploring the neurobiological alterations in female PTSD brains through advanced neuroscience research.
Beyond the Light Switch: Decoding Batten Disease's Neurobiology
Exploring the latest breakthroughs in understanding and treating Batten disease (neuronal ceroid lipofuscinosis), a devastating childhood neurodegenerative disorder.
Decoding the Distress: The Neurobiological Roots of Alzheimer's Behavioral Symptoms
Exploring the neurobiological basis of behavioral and psychological symptoms in Alzheimer's dementia, including brain region mapping and neurotransmitter dysfunction.
Decoding the Brain's Symphony: How Microarray Technology Revolutionizes Neuroscience
Explore how microarray technology transforms neuroscience research from isolated gene studies to system-wide explorations of the brain's molecular orchestra.
The Silent Storm: Decoding Intractable Epilepsy's Hidden Mechanisms
Exploring the neurobiological mechanisms behind intractable epilepsy, including diagnostic criteria, pathological circuits, and emerging treatments.
The Silent Storm: How the Brain Loses Itself in Functional Neurological Disorders
Exploring the neurobiology of functional neurological disorders characterized by impaired awareness, including brain network dysfunctions and cutting-edge treatments.
The Shrinking Yet Smarter Brain: How High-Altitude Toads Rewire for Survival
Exploring how Bufo bufo gargarizans toads adapt their brain morphology to survive in high-altitude environments
The Neural Battle Within: Decoding the Brain's Aggression Circuits
Exploring the neurobiological roots of aggression through brain circuits, neurochemicals, and life experiences that shape violent behavior.
Silicon Synapses: How 1985's Microcomputer Revolution Rewired Neuroscience Forever
Exploring how 1985's microcomputer revolution transformed neuroscience and led to today's bio-computer hybrids