Robotic Hip Exoskeleton Aids Stroke Recovery, Enhancing Walking Symmetry

Researchers have developed a portable robotic hip exoskeleton that shows promise in improving walking function for stroke survivors by training them to correct walking asymmetry.

• More than 80% of stroke survivors experience difficulty walking, significantly impacting their daily lives and independence.
• The robotic hip exoskeleton, designed by the University of Massachusetts Amherst, mimics split-belt treadmill training to improve walking symmetry.
• The device provides resistive and assistive forces to the hips, effectively training individuals to modify their walking asymmetry.
• Portable and adaptable for overground use, the exoskeleton enhances the accessibility of gait training and the transfer of benefits to real-world contexts.
• Future research will focus on measuring neural changes caused by the exoskeleton and testing its effectiveness on stroke survivors.

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