Clin2
NCT02550522Possibly a fitRecruiting

Using brain signals to control a powered exoskeleton

Traumatic Tetraplegia with Cervical Cord Injury

Part of Brain & nervous system, Injuries & trauma clinical trials.

This trial tests whether a brain-computer interface can help you control a powered leg exoskeleton. If you have stable long-term nerve/movement problems and need better mobility, the device may help you move with more independence.

Summary written for real people, not researchers, by Clin2.

Phase
N/A
Enrollment
5 people
Ages
18 years to 55 years
Study type
Interventional

Who can take part

  • Be between 18 and 45 years old
  • Have stable nerve/movement symptoms (not rapidly changing) for a long-standing problem
  • Feel that your current mobility and quality of life are not adequately helped and you want more independence
  • Be able to do the study in French (and complete questionnaires) and have French social security
  • Be able to take part while you are able to walk or while you are in the hospital for monitoring

View the official record on ClinicalTrials.gov

Quick eligibility check

Answer a few plain-language questions, based on this study's own requirements, to get a preliminary sense of fit.

Similar studies

Other trials that look related to this one.

NCT07640711Recruiting
Brain-Computer Interface for High Spinal Cord Injury

This trial tests a surgically implanted brain-computer interface (BCI) system designed to help people with severe spinal cord injuries regain some ability to move or control devices using their thoughts. The device reads signals directly from the brain to bypass the injured spinal cord.

Utrecht, Utrecht
NCT07457645Not yet recruiting
Brain implant to improve arm and leg movement after spinal injury

This trial tests a brain implant that may help people with tetraplegia (paralysis of both arms and legs) move better. It is for people who have had a stable spinal cord or brainstem injury for at least 6 months.

Shanghai, Shanghai Municipality
NCT05936619Recruiting
Brain-computer device for communication in people with paralysis

This trial tests a “brain-computer interface” that aims to help people with paralysis communicate. It involves surgery to place a device and uses frequent follow-ups, including daily help from a caregiver to watch the surgical area and behavior.

Dallas, Texas
NCT06944834Not yet recruiting
Implantable brain-computer interface for motor recovery

This trial tests a new brain-computer interface device that is implanted in the brain to help people with paralysis or limb loss move again. It aims to see if the device is safe and works well for motor rehabilitation.

Xi'an, Shaanxi
NCT07127172Recruiting
Brain implant study for controlling devices with your mind

This study tests a brain implant that lets you control external devices like a computer or tablet just by thinking. It is for people with paralysis or severe weakness in both arms due to conditions like spinal cord injury, ALS, or stroke.

London, Greater London
NCT07533903Recruiting
Brain-Computer Interface for Arm Control in Paralysis

This trial tests a surgically implanted brain-computer interface (BCI) device designed to help people with severe arm paralysis—from conditions like ALS or stroke—regain some ability to control their arms. The device reads signals from your brain and translates them into arm movements, potentially helping you perform daily activities.

Melbourne

Hear when a new Traumatic Tetraplegia with Cervical Cord Injury trial opens

We’ll email you when one opens — at most once a week, no account needed, unsubscribe anytime.