Head injury

This trial tests whether a motor rehabilitation program using mixed reality games can improve postural stability (balance) in children and adults with neurological impairments, such as cerebral palsy, Parkinson's disease, multiple sclerosis, or stroke. Participants will be random…

This study tested whether continuously monitoring the pressure in the breathing tube cuff (using a ventilator system) could reduce pneumonia compared to manual checks every 8 hours. It involved 40 ICU patients with severe head injury who needed a breathing machine. The goal was t…

This study investigates whether dynamic vision testing can reveal vision impairments that standard concussion checks miss. Researchers will test college athletes who have had a concussion, using computerized vision and balance assessments. The goal is to see if these tests detect…

This study tested whether a bedside ultrasound (POCUS) can accurately detect skull fractures in children aged 2-18 with mild closed head injuries. Researchers enrolled 95 children in the emergency department and compared ultrasound results to CT scans. If effective, this approach…

This study tested a handheld device that uses near-infrared light to quickly detect bleeding inside the skull after a head injury. Researchers compared the device's results to CT scans in 180 patients in Uganda. The goal was to see if this portable tool could help diagnose brain …

This study tested a new image-processing algorithm called Spectral Precise Image (SPI) on a CT scanner. Researchers compared the image quality and diagnostic confidence of SPI against the standard iDose4 method in 126 adults undergoing head, body, or cardiac scans. The goal was t…

This study tested whether a portable goggle system with eye-tracking technology can accurately diagnose mild traumatic brain injury (mTBI) in community settings like emergency rooms. Researchers enrolled 120 adults aged 18-50 who had a head injury with symptoms. The goal was to s…

This study tested a 12-week exercise program set to music for adults with physical disabilities like spinal cord injury, stroke, or Parkinson's disease. Participants exercised three times a week via video calls, doing movements adapted to their ability. The goal was to see if the…

This study surveys healthcare workers in the Hampshire and Isle of Wight region to understand how they care for older adults (65+) who take blood thinners and have fallen, possibly hitting their head. The goal is to map current services, identify challenges, and find ways to redu…

This study aims to create a simple rule that emergency call handlers can use to predict whether an older adult (65+) who has fallen and hit their head is at risk of a brain bleed. Researchers will collect information from 1,100 calls to the SAMU emergency center in Toulouse, Fran…

This study tested whether implanting special electrodes on the brain's surface can safely detect spreading depolarizations—electrical waves that may signal new damage after severe head trauma or brain hemorrhage. Twenty patients in intensive care received these electrodes alongsi…

This study looked at over 8,800 infants under 2 years old who came to the emergency room with a minor head injury. Researchers wanted to see if a special checklist (the PELICAN rule) could help doctors decide when a CT scan is truly needed. The goal is to avoid unnecessary radiat…

This study tested whether a small microdialysis catheter placed directly into a bone graft could monitor blood flow and healing after head and neck reconstruction. Thirty-four people having surgery with bone from their hip or leg took part. The goal was to see if the catheter cou…

This study looked at 126 children and young adults (up to age 25) with serious, non-progressive neurological diseases like cerebral palsy or brain injury. Researchers wanted to understand the best time to introduce a pediatric palliative care team. They reviewed medical records f…