Discover how optogenetics uses light to control brain cells, revolutionizing neuroscience and our understanding of behavior, addiction, and neurological diseases.
A comprehensive critique of biological psychiatry, exploring its limitations and promising new evolutionary approaches to mental health.
Explore how in vivo NMR spectroscopy reveals the brain's chemical landscape, enabling breakthroughs in understanding neurological disorders and brain function.
Discover how prefaces shape our reading experience through cognitive framing effects and priming, with insights from neuroscience experiments.
Exploring how vision research is revolutionizing neuroscience, from treating blindness to decoding cognition and redefining human perception.
Exploring the anatomy, function, and plasticity of sympathetic ganglia - the body's rapid response network that orchestrates fight-or-flight responses.
A tribute to Dr. William T. Norton and his groundbreaking work on myelin biochemistry that revolutionized our understanding of neurological disorders.
Exploring six decades of groundbreaking neurochemical discoveries chronicled in the Journal of Neurochemistry, from GABA research to modern therapies for Alzheimer's and ALS.
Exploring how ethoexperimental approaches merge field observation with lab experimentation to reveal animal behavior secrets and human anxiety insights
Groundbreaking research reveals how a 'final common pathway' in the brain transforms ear noise into debilitating distress—and how we might silence it.