In a chilling turn of events, the gunman behind the Midtown Manhattan shooting that claimed four lives was found to have low-stage CTE. His handwritten notes urge for brain research, linking violence to brain trauma.
A groundbreaking NIH-funded study reveals that young athletes may experience significant brain changes long before chronic traumatic encephalopathy (CTE) becomes detectable, highlighting the urgent need for early diagnosis and treatment.
Researchers at UC Davis have developed DeepInMiniscope, a groundbreaking miniaturized microscope that enables real-time, high-resolution imaging of brain activity in freely moving mice, paving the way for new insights into brain function and behavior.
A groundbreaking study has overturned the belief that the brain reorganizes itself after limb amputation. Researchers found that the brain's body map remains stable even years after losing an arm, challenging foundational neuroscience knowledge.
A groundbreaking study confirms that adult human brains can generate new neurons, settling a long-standing debate in neuroscience. This discovery could revolutionize our understanding of brain health and recovery.
Martin Schrimpf is on a groundbreaking mission to create a digital twin of the brain using AI. Discover how he's merging neuroscience with artificial intelligence to unlock human cognition.
New research reveals that mice can navigate using not just touch but also sounds generated by their whiskers. This groundbreaking study opens new avenues for robotics and sensory rehabilitation, showcasing the complexity of sensory integration in the brain.
A groundbreaking study explores consciousness, challenging major theories and revealing new insights into how our brain processes awareness. Discover the implications for understanding comas and consciousness disorders.
A groundbreaking study has unveiled the intricate wiring of a mouse brain, mapping 84,000 neurons and half a billion synapse connections. This monumental achievement offers new insights into brain function and diseases like dementia.
In a groundbreaking study, NIH-funded researchers have mapped the intricate connections in the mouse brain, revealing how we process visual information and laying the foundation for understanding brain disorders.
