Self-powered neural device reportedly helps stroke survivors walk naturally
The South China Morning Post says a team from mainland China and Hong Kong developed the prosthesis, which uses electrical current to flex the wearer’s ankle while walking.
The South China Morning Post says a team from mainland China and Hong Kong developed the prosthesis, which uses electrical current to flex the wearer’s ankle while walking.
The South China Morning Post reports that a self-powered neural device from China helps stroke survivors walk naturally. Developed by a team from mainland China and Hong Kong, the prosthesis uses electrical current to flex the wearer’s ankle as they walk, the outlet says.
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The South China Morning Post says a team from mainland China and Hong Kong developed the prosthesis, which uses electrical current to flex the wearer’s ankle while walking.
The South China Morning Post reports that a self-powered neural device from China helps stroke survivors walk naturally. Developed by a team from mainland China and Hong Kong, the prosthesis uses electrical current to flex the wearer’s ankle as they walk, the outlet says.
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