Scientists map the mouse motor cortex into 16 distinct subregions, revealing a precision blueprint to investigate motor control, ALS, and FTD.
Scientists Redraw the Motor Cortex Map Into 16 Functional Subregions Read More »
Scientists build the first 3D “Lipid Brain Atlas,” defining 539 chemical zones (“lipizones”) and revealing white matter is a patchwork of distinct biochemical zones.
First 3D Brain Lipid Atlas Uncovers 539 Hidden Zones Read More »
Year-old human brain organoids show hyperreactive astrocytes, not neurons, directly drive seizures in tuberous sclerosis complex.
“Angry” Astrocytes Drive Childhood Epilepsy Read More »
A new computational model shows how cortical feedback slashes neural chaos by 93%, explaining how our vision stays stable despite fluctuating brain activity.
How the Visual Cortex Maintains Stable Vision Amid Neural Fluctuations Read More »
Researchers discover catestatin, an endogenous peptide that reduces amyloid, tau, and neuroinflammation to restore brain function.
Natural Peptide Counters Multiple Hallmarks of Alzheimer’s Read More »
A study of 277,000+ adults finds loneliness and social isolation strip up to 6 years of mental health-free life, with men facing the steepest toll.
Loneliness Erases Nearly 6 Healthy Years Read More »
Researchers combine protein language models and neural networks to accurately predict and design bitter-tasting peptides from scratch.
AI Decodes the Taste of Bitterness Read More »
Researchers develop injectable nanoparticles that restore light responsiveness in blind retinas and activate the visual cortex.
Nanoparticle “Solar Cells” Restore Light Sensitivity in Blind Retinas Read More »
Engaging core muscles rapidly constricts cerebral veins to regulate brain blood flow, revealing a mechanical body-brain link in PNAS study.
Core Contractions Drive Brain Blood Flow Read More »
Researchers discover genes enabling flatworms to regrow dopamine neurons, offering clues to overcome human limits in brain repair and Parkinson’s.
Flatworm Genetics Reveal Blueprint for Neural Regeneration Read More »
