Children who experience kidney damage as a result of diabetic ketoacidosis are more likely to develop cognitive impairments and demonstrate lower IQ scores. Read More
Researchers identify the white matter scaffold of the brain, a critical communication network which supports brain function. Read More
A new study reports a protein which controls metamorphosis in Drosophila could play a role in reversing brain injuries. Read More
A new study identifies specific consumer products related to non-fatal brain injuries in children between the ages of 0 to 19. For infants, the leading cause of head injury is falling from beds, while in the teenage group, sporting equipment was the leading cause of TBI. Read More
A new study reports performing a simple cognitive task four days after a concussion can help activate brain areas that improve memory function and can guard against the psychological affects of brain injury. Read More
Researchers theorize early damage to the cerebellum can hinder neurodevelopment and could be a possible root of autism. Read More
A new study links physical fighting and fight related injuries in teens to cognitive decline. Read More
Using a mouse trauma model, researchers observe specific cells mount an immune response to concussion brain injuries in an attempt to prevent more widespread damage. Read More
New research explores how mindfulness meditation could enhance both musical engagement and performance. Additional research into mindfulness meditation could potentially lead to new treatment for mental illness and brain injuries. Read More
Using data from replacement players who entered into the NFL when professionals went on strike in 1987, researchers evaluate player mortality and overall health. The findings, researchers report, may help to make the game safer for current football players. Read More
Researchers report enhancing sleep following TBI may help to prevent some damage to brain cells. Read More
New researcher suggests engineered neural networks have the ability to replace and repair lost axonal tracks in the brains of patients with Alzheimer's disease and those with brain injuries. Read More
