BRAIN INJURIES

This study will see if a small, portable MRI machine can accurately detect brain injuries in children. Researchers will scan 200 children in intensive care and compare the results to standard MRI scans. The goal is to find a faster, easier way to diagnose brain injuries at the be…

This study tests whether giving anti-epileptic drugs right after a traumatic brain injury can prevent seizures. About 70 adults with moderate to severe head injuries will receive either the drug or a placebo. Researchers will track seizure episodes and overall recovery for 3 mont…

This study tests a non-invasive brain stimulation technique called tDCS, given remotely at home, to improve thinking skills like memory and attention in veterans with mild traumatic brain injury (mTBI) and PTSD. About 46 veterans will receive either real or fake tDCS paired with …

This study watches brain activity in 300 adults during high-risk surgeries like heart or spine operations. Researchers use special monitors to track brain waves and pressure, linking them to patient outcomes. The goal is to understand why some people develop confusion or brain in…

This study will monitor 50 people with severe brain injuries using continuous glucose monitors, brain wave tests, and blood markers. The goal is to build a computer model that can predict how well a person will recover 3 to 6 months after their injury. This is an observational st…

This study aims to understand if specific markers on brain scans can better predict which patients with brain hemorrhage face higher risks of death or disability. Researchers will compare scan findings with existing prediction methods in 50 participants. The goal is to improve ri…