![How Virtual Reality May Make Walking a Reality for These Paralyzed Patients - Global Tech Solutions Blog | Nationwide Support | Global Tech Solutions How Virtual Reality May Make Walking a Reality for These Paralyzed Patients - Global Tech Solutions Blog | Nationwide Support | Global Tech Solutions](https://www.globalts.com/images/easyblog_shared/September_2016/9-16-16/walk_again_project_400.jpg)
How Virtual Reality May Make Walking a Reality for These Paralyzed Patients - Global Tech Solutions Blog | Nationwide Support | Global Tech Solutions
![SEARCH FOR SCI CURE: Brain-controlled muscle stimulation allows chronic paraplegics to walk — Northern California Spinal Cord Network SEARCH FOR SCI CURE: Brain-controlled muscle stimulation allows chronic paraplegics to walk — Northern California Spinal Cord Network](https://images.squarespace-cdn.com/content/v1/58d53b3a1b10e3b25f427435/1559007467374-81YHWZDZEP34HEJIRG9K/walk.png)
SEARCH FOR SCI CURE: Brain-controlled muscle stimulation allows chronic paraplegics to walk — Northern California Spinal Cord Network
![Brazilian neuroscientist Miguel Nicolelis holds up a soccer ball covered with a hood of electronic sensors in Sao Paulo May 21, 2014. Nicolelis is leading "The Walk Again Project", where a mechanical Brazilian neuroscientist Miguel Nicolelis holds up a soccer ball covered with a hood of electronic sensors in Sao Paulo May 21, 2014. Nicolelis is leading "The Walk Again Project", where a mechanical](https://c8.alamy.com/comp/2E60CKT/brazilian-neuroscientist-miguel-nicolelis-holds-up-a-soccer-ball-covered-with-a-hood-of-electronic-sensors-in-sao-paulo-may-21-2014-nicolelis-is-leading-the-walk-again-project-where-a-mechanical-exoskeleton-is-able-to-support-a-paralyzed-persons-lower-body-and-responds-to-wireless-commands-that-come-from-electrodes-placed-on-the-persons-scalp-or-within-the-brain-the-robotic-exoskeleton-could-allow-a-paraplegic-to-deliver-the-first-kick-of-the-world-cup-in-brazil-next-month-as-part-of-a-project-to-showcase-technology-aimed-at-overcoming-paralysis-picture-taken-may-21-2014-reuterspa-2E60CKT.jpg)
Brazilian neuroscientist Miguel Nicolelis holds up a soccer ball covered with a hood of electronic sensors in Sao Paulo May 21, 2014. Nicolelis is leading "The Walk Again Project", where a mechanical
![Brazilian neuroscientist Miguel Nicolelis works in his robotic laboratory in Sao Paulo May 21, 2014. Nicolelis is leading "The Walk Again Project", where a mechanical exoskeleton is able to support a paralyzed Brazilian neuroscientist Miguel Nicolelis works in his robotic laboratory in Sao Paulo May 21, 2014. Nicolelis is leading "The Walk Again Project", where a mechanical exoskeleton is able to support a paralyzed](https://c8.alamy.com/comp/2CYKA05/brazilian-neuroscientist-miguel-nicolelis-works-in-his-robotic-laboratory-in-sao-paulo-may-21-2014-nicolelis-is-leading-the-walk-again-project-where-a-mechanical-exoskeleton-is-able-to-support-a-paralyzed-persons-lower-body-and-responds-to-wireless-commands-that-come-from-electrodes-placed-on-the-persons-scalp-or-within-the-brain-the-robotic-exoskeleton-could-allow-a-paraplegic-to-deliver-the-first-kick-of-the-world-cup-in-brazil-next-month-as-part-of-a-project-to-showcase-technology-aimed-at-overcoming-paralysis-picture-taken-may-21-2014-reuterspaulo-whitaker-brazil-tags-spor-2CYKA05.jpg)