As part of a medical study conducted in France<\/b>, a 28-year-old patient who developed complete tetraplegia<\/b> (paralysis from the shoulders down) as a result of an injury has partially regained the ability to move with the help of a mind-controlled exoskeleton<\/b>.<\/p>\n
This unprecedented achievement offers hope to millions of people facing similar health challenges.<\/p>\n
The system, developed by a team of researchers from Grenoble Alpes University Hospital, the biomedical company Clinatech, and the CEA<\/b>, functions through recording devices implanted between the brain and the skin<\/b>. These sensors capture signals from the brain’s sensorimotor cortex, which are then converted into physical movements by special algorithms<\/b>.<\/p>\n
Before taking the first steps, the patient underwent months of intensive neurorehabilitation<\/b>. Prior to fitting the exoskeleton, he controlled the movements of a virtual character in a computer game using the brain implants. Following these types of training sessions, he was finally able to begin moving proficiently with the exoskeleton.<\/p>\n
Professor Alim-Louis Benabid<\/b>, the head of the study, called the results published in Lancet Neurology<\/i> a “breakthrough achievement.”<\/b> He stated that although the technology is still far from being widely accessible to patients, it could radically improve the quality of life and independence<\/b> for those with quadriplegia.<\/p>\n
Professor Benabid hopes that this approach will form the basis for creating brain-controlled movement assistance devices<\/b>. His vision is for this technology to ultimately aim for the full restoration of abilities<\/b> for people with disabilities.<\/p>\n