Paralysis Recovery: Robotics & Spinal Stimulation
- A new system developed by .neurorestore combines spinal cord neuroprosthetics with rehabilitation robotics to improve outcomes for individuals with spinal cord injuries. The technology uses precisely timed electrical...
- The implanted spinal cord stimulator delivers biomimetic electrical epidural stimulation, which mimics natural nerve signals to activate motor neurons more efficiently.
- Grégoire Courtine, a lead researcher at .NeuroRestore, said the integration of spinal cord stimulation with robotics will accelerate the therapy's adoption.
News Directory 3 reports on a groundbreaking system that combines spinal cord stimulation with rehabilitation robotics, offering new hope for paralysis recovery. This innovative technology uses precisely timed electrical pulses, synchronizing with robotic movements to stimulate muscles and encourage natural function. Researchers saw immediate and lasting muscle activation, with some patients even exhibiting improved voluntary movements. The system, tested with treadmills and exoskeletons, could revolutionize spinal cord injury rehabilitation, making movement more dynamic and engaging. This integration of robotics and neuroprosthetics has also shown promise outside of clinical settings. Discover what’s next as researchers move forward with clinical trials.
robotics, neuroprosthetics Boost Spinal Cord Injury Rehabilitation
Updated June 19, 2025
A new system developed by .neurorestore combines spinal cord neuroprosthetics with rehabilitation robotics to improve outcomes for individuals with spinal cord injuries. The technology uses precisely timed electrical pulses to stimulate muscles in coordination with robotic movements, promoting natural muscle activity during therapy.
The implanted spinal cord stimulator delivers biomimetic electrical epidural stimulation, which mimics natural nerve signals to activate motor neurons more efficiently. Researchers integrated this stimulation with various robotic devices, including treadmills, exoskeletons, and stationary bikes. Wireless sensors detect limb motion and automatically adjust stimulation in real time.
Grégoire Courtine, a lead researcher at .NeuroRestore, said the integration of spinal cord stimulation with robotics will accelerate the therapy’s adoption. Courtine added that the adaptability of the system allows rehabilitation professionals to incorporate it into existing protocols.
In a study involving five participants with spinal cord injuries, the combined approach resulted in immediate and sustained muscle activation.Some participants also showed improvements in voluntary movements even after the stimulation was turned off. Nicolas Hankov and Miroslav Caban, the study’s first authors, noted the enthusiasm of rehabilitation centers when testing the technology with their robotic systems.
The study also demonstrated the system’s potential beyond clinical settings, with participants using it to walk with a rollator and cycle outdoors.
What’s next
Future clinical trials are planned to assess the long-term benefits of this integrated approach, but initial results suggest it could significantly improve mobility restoration after paralysis by making rehabilitation more dynamic and engaging.