Explore how Hydrogel-Tissue Chemistry is revolutionizing biology by transforming opaque tissues into transparent, explorable 3D maps through innovative techniques like CLARITY.
Explore the fascinating science behind focal epilepsy - how seizures start in specific brain regions, the pioneering work of Wilder Penfield, and modern research tools unraveling this neurological mystery.
Explore how optogenetics is revolutionizing neuroscience by enabling precise control of neural circuits in awake marmosets, bridging the gap between rodent studies and human applications.
Explore how brain connectivity analysis is revolutionizing our understanding of neurological disorders through mapping neural networks and communication pathways.
Discover how chlordiazepoxide facilitates the extinction of learned behaviors and what this reveals about the brain's inner workings.
Explore how modern brain imaging technologies reveal the mysteries of the human brain and help diagnose neurological diseases.
Explore how optophysiology uses light to control and measure brain activity with unprecedented precision, revolutionizing neuroscience research.
Discover how microglia, the brain's immune cells, may be the hidden architects of our unconscious mind and behavior.
Explore the science behind youth irritability, its brain mechanisms, and innovative treatments based on the translational model.
Groundbreaking research is uncovering the terrifying neuroscience behind why a meth high and a steering wheel are a fatal combination.