Rehabilitation Aid: Robotic Hip Exoskeleton for Stroke Patients

A revolutionary robotic hip exoskeleton has been developed to aid stroke patients in improving their walking stride, according to a recent study. Stroke survivors often experience walking difficulties, with many exhibiting shorter steps on one side compared to the other.

Researchers have introduced a hip exoskeleton that helps individuals adjust their stride by encouraging both legs to take similar steps. The device provides powered assistance to the hip with the impaired stride while restraining the more capable hip.

Lead researcher Banu Abdikadirova, a doctoral candidate in mechanical and industrial engineering at the University of Massachusetts-Amherst, noted that integrating such a device into the daily lives of chronic stroke survivors could enhance training time, crucial for improving walking abilities.

This innovative technology is inspired by a well-known physical therapy technique for stroke patients known as the split-belt treadmill. This treadmill consists of two belts that move at differing speeds to address walking asymmetry in stroke survivors.

Assistant professor of kinesiology at the University of Massachusetts-Amherst, Wouter Hoogkamer, explained that the split-belt treadmill training aims to correct walking discrepancies by adjusting the speed of the belts under each foot, leading to improved symmetry over time.

While the split-belt treadmill has proven effective, there are limitations to its benefits. Abdikadirova highlighted that skills learned on the treadmill may not fully transfer to real-world walking scenarios due to differences in terrain and conditions.

Recent tests involving 13 stroke patients revealed that the use of the exoskeleton resulted in a more symmetrical gait pattern, similar to the outcomes of treadmill training. This promising development was detailed in a report published in the journal IEEE Transactions on Neural Systems and Rehabilitation Engineering.

Postdoctoral researcher Mark Price, from the University of Massachusetts-Amherst, emphasized the potential of this new device to build upon the success of split-belt treadmill training and improve the accessibility and effectiveness of gait training for stroke patients.

For more information on stroke rehabilitation, individuals can visit the Mayo Clinic website.

spot_img

More from this stream

Recomended

‘Infrastructure division bolstered by Geobear’

Ground engineering and subsidence specialist Geobear has recruited Arcadis technical director Paul Garthwaite. Paul Garthwaite Paul Garthwaite...

The Future of Business with e-Signature Adoption

In the fast-paced world of modern business, adopting digital tools and solutions is not just an option but a necessity for staying efficient. Among the numerous advancements, e-signature solutions have emerged as a cornerstone technology that enables companies to streamline their operations, lower costs, and improve security. This technology facilitates signing documents electronically, eliminating the […]

The post Future of Business with e-Signature Adoption appeared first on Insights Success.

‘Leading Chinese Online Portal Emerges Victorious in Fierce Competition’

Sohu.com, one of the most prominent online portals in China, continues to solidify its position in the digital landscape. With a diverse range of services and a user-friendly interface, the website...

‘Platform Revolutionizing Online Publishing’

Medium.com, the popular online publishing platform, has gained immense popularity among writers, journalists, and readers alike. With a mission to elevate the quality of online content and build a...

Key to Searching for Alien Life Could Lie in Purple Planets, Not Green Ones

Science fiction films have shaped our collective imagination into believing that any planet harboring extra-terrestrial life would look like a lush green utopia, somewhat like Earth....