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.
As flu season approaches, pediatric cases of brain inflammation are on the rise. A mother shares her son's painful recovery, while experts urge vaccination to prevent severe complications.
A newly discovered dome-skulled dinosaur named Zavacephale rinpoche from Mongolia offers fresh insights into the evolution of pachycephalosaurs, overturning long-held beliefs about their skull development.
A groundbreaking study reveals that amateur soccer players who frequently head the ball face serious brain health risks. Discover how even minor impacts can lead to cognitive decline and what it means for the sport.
Scientists have discovered the oldest and most complete fossil of a pachycephalosaur, a dinosaur known for its dome-shaped skulls, in Mongolia's Gobi Desert. This remarkable find sheds light on the evolution and anatomy of these enigmatic creatures.
Recent research uncovers significant changes in microglial gene expression associated with chronic traumatic encephalopathy (CTE) in football players. Discover how years of play impact brain health and inflammation.
A groundbreaking discovery in Mongolia's Gobi Desert reveals Zavacephale rinpoche, the oldest and most complete pachycephalosaur fossil, offering insights into dinosaur evolution and behavior.
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.
Recent studies on pachycephalosaurid dinosaurs reveal intriguing insights into their functional morphology and head-strike behavior. Discover how new findings shed light on their unique cranial structures and potential combat behaviors.
New research reveals that octopuses can use any of their eight arms to perform complex tasks. Discover how their unique nervous system and multitasking abilities could inspire future robotics!
