Clinical trials
Traumatic Spinal Cord Injury clinical trials
Below are recruiting traumatic spinal cord injury clinical trials, each written for real people, not researchers. We’re tracking 175 recruiting studies, each written for real people, not researchers, below.
Recruiting studies
- NCT07768761Recruiting
Electrical stimulation exercise for lower limb paralysis
This trial tests whether a muscle exercise program using electrical stimulation can help people with paralysis in their legs. It may improve muscle strength, blood flow, or other health benefits.
Cleveland, OhioAges 18 years+ - NCT06163833RecruitingPhase 2
Stem cell treatment for severe traumatic brain injury
This study tests whether a treatment made from donor stem cells (called mesenchymal stromal cells) can help people recover from a severe traumatic brain injury. The cells are given through a vein within 48 hours of the injury.
Monza, MBAges 18–70 - NCT06816199Recruiting
Hyperbaric oxygen for traumatic brain injury recovery
This trial tests whether breathing pure oxygen in a pressurized chamber (hyperbaric oxygen therapy) helps people recover from traumatic brain injury. It aims to see if this treatment is safe and can improve healing for patients starting rehabilitation.
Hangzhou, ZhejiangAges 18–90 - NCT07413562Recruiting
Nerve stimulation for memory problems after brain injury
This trial tests whether stimulating a nerve in the wrist (median nerve) can help improve thinking and memory problems in people who have had a recent traumatic brain injury. It is for adults with moderate injuries who have trouble with memory and thinking.
Beijing, Beijing MunicipalityAges 18–64 - NCT05951777RecruitingPhase 2
Stem cells from your own fat for chronic brain injury
This trial tests whether stem cells taken from your own fat and given through an IV can help people with long-term brain damage from a head injury. It is for adults who have not gotten better with standard treatments.
Houston, TexasAges 18–55 - NCT05848297Recruiting
Robotic ultrasound monitoring for severe traumatic brain injury
This trial tests whether a robotic system using a bedside ultrasound test (TCD) can safely monitor brain blood flow in adults with severe traumatic brain injury soon after the injury. It may help the care team track changes earlier and adjust treatment sooner.
Davis, CaliforniaAges 18 years+ - NCT07683780Enrolling by invitation
Spinal stimulation and muscle training for cough after spinal cord injury
This study tests a combination of spinal cord stimulation and electrical muscle stimulation to help improve cough strength in people with a recent spinal cord injury. It may help you clear secretions more effectively.
Chicago, IllinoisAges 18–65 - NCT06743607Recruiting
Spinal stimulation to improve arm and hand function at home
This trial tests whether using a special device that sends small electrical currents to the spinal cord can help people recovering from a recent spinal cord injury regain movement in their arms and hands. The treatment happens in your home with the help of a caregiver.
Englewood, ColoradoAges 18 years+ - NCT06443151Recruiting
Blood Vessel Health After Spinal Cord Injury
This study looks at how blood vessel health is affected in people with long-term spinal cord injury (over 1 year). It tests whether blood vessel function plays a role in heart and circulatory risk.
Englewood, ColoradoAges 18–89 - NCT04007380Recruiting
Sleep problems after spinal cord injury study
This study looks at how sleep-disordered breathing (breathing problems during sleep) affects mood, thinking, and behavior after a spinal cord injury. It may help researchers understand the impact of these sleep breathing issues and guide better support for people after injury.
Toronto, OntarioAges 18 years+ - NCT05473689Recruiting
Sleep study in early spinal cord injury
This study looks at how sleep quality affects movement problems after a new spinal cord injury. Researchers hope to identify sleep targets that could improve motor function during recovery.
Toronto, OntarioAges 18 years+ - NCT06643312Recruiting
Treadmill training with spinal stimulation for standing after spinal cord injury
This trial tests whether combining treadmill training with spinal cord stimulation (TPAD) can help people with severe spinal cord injuries regain the ability to stand. It aims to improve standing function and may lead to better recovery.
West Orange, New JerseyAges 18 years+ - NCT07536386Recruiting
Robotic Exoskeleton Walking Aid for Spinal Cord Injury
This study tests a self-balancing robotic exoskeleton device designed to help people with spinal cord injuries stand and walk. Researchers will assess whether the device improves mobility and quality of life over nine visits to a research center.
ParisAges 18 years+ - NCT07521930Recruiting
Brain implant to restore communication and movement control
This trial tests a surgically implanted brain device designed to help people with severe paralysis or movement disorders regain the ability to communicate and control their limbs. The device reads signals from your brain and translates them into commands that could help you interact with computers or assistive technology.
Baltimore, MarylandAges 18–80 - NCT07461259Recruiting
Testing a new exoskeleton for walking after spinal cord injury
This trial tests a powered exoskeleton called TWIICE Rise to see if it is safe and possible for people with spinal cord injury to use it for walking. It may help if you have some movement or no movement in your legs but need help standing and walking with crutches.
Nottwil, Canton of LucerneAges 18–70 - NCT07432321Recruiting
Spinal cord injury trial testing spinal stimulation and arm training
This trial tests whether combining spinal cord stimulation with arm and hand exercises can improve strength and function in people with chronic spinal cord injury. It may help you regain more control in your daily activities.
Singapore, SingaporeAges 21–80 - NCT07299734RecruitingEarly Phase 1
Augmented reality + electrical stimulation for hand grasp
This trial tests a system that combines a video-like overlay (augmented reality) with small electrical pulses to help you grasp objects. It may improve your hand function and control.
Toronto, OntarioAges 18–65 - NCT07222033Recruiting
Self-balancing exoskeleton for spinal cord injury
This trial will test a self-balancing personal exoskeleton for people with spinal cord injuries. It may help you walk again and improve your mobility.
New York, New YorkAges 18 years+ - NCT07171489Recruiting
Wearable device for bowel control after spinal cord injury
This trial tests a wearable device that uses mild electrical pulses to help manage bowel function in people with spinal cord injury. It aims to improve control and quality of life.
Ann Arbor, MichiganAges 18 years+ - NCT04047992Recruiting
Training seated balance with the Indego leg device
This study tests whether using the Indego device can improve balance and movement for people with spinal cord injury (SCI). You would practice standing or balance tasks with the device if you meet the safety and fit requirements.
The Bronx, New YorkAges 18 years+ - NCT07024407RecruitingPhase 1/Phase 2
Study of andecaliximab for preventing bone growth after spinal cord injury
This trial tests a drug called andecaliximab to see if it can stop abnormal bone growth (heterotopic ossification) that sometimes happens after a spinal cord injury. It is for people who are at high risk for this bone growth and aims to prevent it from forming.
Denver, ColoradoAges 18–89 - NCT07030322Enrolling by invitation
Using a personal exoskeleton at home: health and cost study
This study looks at how using a wearable robotic exoskeleton in your home and community affects your health and finances. If eligible, you would use the device with a trained support person to see if it helps with daily mobility.
San Rafael, CaliforniaAges 18 years+ - NCT06948175Enrolling by invitation
Abdominal stimulation for bowel issues after spinal cord injury
This trial tests if electrical stimulation on the stomach can help people with spinal cord injury have faster, easier bowel movements. It may help if your bowel routine takes longer than 30 minutes.
Edmonton, AlbertaAges 18–80 - NCT06906536Enrolling by invitation
Intermittent low oxygen to improve leg function after spinal injury
This trial tests whether short, controlled sessions of low oxygen (like breathing thin air) can improve leg movement and blood markers in people with spinal cord injuries. It may help with walking or standing.
Boulder, ColoradoAges 18–75
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Common questions
- Are there clinical trials for traumatic spinal cord injury?
- Yes. Clin2 currently lists 175 recruiting traumatic spinal cord injury studies from the U.S. registry, each rewritten for real people, not researchers, so you can see what it’s testing and who it’s for.
- How do I know if I qualify for a traumatic spinal cord injury trial?
- Each study lists its eligibility criteria — rules about age, diagnosis, and prior treatments. On every Clin2 trial page we explain these in words written for real people and offer a short, optional pre-screen for a fit read. The study team makes the final decision.
- Does it cost anything to join a traumatic spinal cord injury trial?
- Using Clin2 is always free. Many trials cover the cost of the study treatment and related visits; some reimburse travel. The study team explains exactly what’s covered before you decide.
Related conditions
Clin2 helps you find and understand clinical trials and does not provide medical advice. Study data comes from ClinicalTrials.gov. Talk with your doctor about whether a specific trial is right for you.