SPINAL CORD INJURIES (SCI)

This trial is testing a robotic exoskeleton called ABLE Kids to see if it is safe and practical for children who have trouble walking due to conditions like cerebral palsy, spinal cord injury, or muscle weakness. Fifteen children will use the device in up to ten one-hour training…

This study tests a robotic device called ZEPU-AI1 that helps people with leg weakness practice standing and walking. The trial includes adults aged 19 to 60 who have walking problems from stroke, spinal cord injury, or orthopedic surgery. Half of the participants will use the rob…

This study tests whether a device that electrically stimulates the abdominal muscles can improve cough strength in 150 adults with a recent spinal cord injury. Participants will use the device during breathing exercises for up to 6 weeks. The goal is to see if it helps clear mucu…

This study tests a wearable microwave sensor that monitors bladder fullness without needles or catheters. About 40 adults with spinal cord injury who use self-catheterization will wear the sensor while their bladder fills and empties. The goal is to see if the device can accurate…

This study tests whether applying myofascial release—a manual therapy that relaxes tight muscles—to the arms can improve sprint speed in wheelchair rugby players with spinal cord injury. Twelve athletes will complete a 20-meter sprint test with and without the therapy on separate…

This study tests whether adding brain stimulation to spinal cord stimulation can improve leg strength and walking in adults with chronic incomplete spinal cord injury. 24 participants will receive either combined therapy or spinal stimulation alone over 16 weeks. The goal is to s…

This pilot study tests whether combining two types of non-invasive stimulation—one on the brain and one on the spine—can improve arm and hand function in people with chronic incomplete cervical spinal cord injury. 24 adults will receive either both stimulations plus rehabilitatio…

This early study tests whether delivering small electrical pulses over the skin above the spinal cord, alongside standard therapy, can help people with a recent spinal cord injury regain arm and hand function. Twenty participants will receive either active or sham stimulation dur…

This study investigates whether increased muscle tone in the legs can predict neurogenic detrusor overactivity (NDO)—a condition where the bladder contracts involuntarily—in adults with upper sacral spinal cord injury. Researchers will compare medical records of 300 patients with…