French researchers at Clinatec and University of Grenoble helped paralyzed man to walk using exoskeleton controlled by his brain

Briefing

French researchers at Clinatec and University of Grenoble helped paralyzed man to walk using exoskeleton controlled by his brain

October 9, 2019

Briefing

  • Brain-Controlled Exoskeleton – Biomedical center Clinatec and University of Grenoble researchers designed exoskeleton that can be controlled with brain signals to help wearer walk and move the limbs
  • Successful Test – Exoskeleton helped 30-year old paralyzed man to walk for first time since accident in 2015, as well as move arms
  • Technology Components – Include 65-kilogram robotics suit, brain implants that read brain activity and send signals to computer, and software for translating signals into instructions for exoskeleton
  • Preparatory Task – Before man used exoskeleton, he first practiced using brain implants to control virtual character or avatar in computer game
  • Laboratory Use – Exoskeleton limited initially to laboratory use, as it still has to be attached to harness in order to keep man from falling
  • Next Steps – Include refining technology by studying and interpreting more data on brain with computers and artificial intelligence, as well as adding finger movement to exoskeleton for picking and moving objects

Accelerator

Sector

Healthcare/Health Sciences

Function

Research and Development

Organization

Clinatec, University of Grenoble

Source

Original Publication Date

October 4, 2019

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