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Passive exoskeleton assisted treadmill walking reduces duration and synchrony of inter-limb coordination
[post]
2022
unpublished
Exoskeleton assistive devices have been developed as a potential approach to solve gait deficits like paretic propulsion and reduced speed. However, it is unclear how these devices affect inter-limb coordination. The duration and the synchrony of gait coordination was assessed during passive exoskeleton-assisted walking in healthy young individuals. It was hypothesized that inter-limb coordination would be reduced in comparison to normal walking without assistance, thus demonstrating gait with
doi:10.21203/rs.3.rs-1327967/v1
fatcat:xn3b4i2jbnbg7ifupo6rmctqwy