Discover how optogenetics uses light to control brain cells, revolutionizing neuroscience and our understanding of behavior, addiction, and neurological diseases.
Exploring how anesthetic agents affect your brain's neurochemistry, impacting toxicity, addiction, and cognitive function long after surgery.
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.
Frederick Turner's revolutionary vision reunites the arts and sciences through timeless principles of nature and form.
Explore how mass spectrometry revolutionizes science by revealing molecular structures with unprecedented precision, from drug development to space exploration.
Exploring protoplast technology where scientists remove cell walls of plants to create vulnerable but malleable cells for genetic innovation.
Exploring how aquaporin antibodies disrupt the blood-brain barrier in NMOSD and multiple sclerosis patients, with biomarker comparisons and therapeutic insights.
Discover how prefaces shape our reading experience through cognitive framing effects and priming, with insights from neuroscience experiments.
Celebrating a century of epilepsy research and the pivotal role of Epilepsia journal in advancing our understanding of seizures and brain science.