Exoskeletons Assist Individuals With Spinal Cord Injury

(from Inverse.com) Green Lantern’s ring, Wonder Woman’s bracelets, Captain America’s shield, and, of course, Batman’s batsuit:  30 years later, as National Superhero Day approaches, I’d be designing components of my own supersuits.

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I didn’t really notice this until a few months ago. On that day, my childhood dreams were at once destroyed and fulfilled. Standing in a line, I noticed that everyone was focused on their smartphones’ screens. Suddenly it hit me: I already had Sword of Omens superpowers. With my smartphone, I can see video of faraway events and text my friends to meet up. Billions of people now have what used to be considered superpowers.

But what about the physical superpowers? I wanted those, too — like superhuman endurance or strength. Those may not be too far behind. I’m working on them in Vanderbilt’s Center for Rehabilitation Engineering and Assistive Technology. Humanity has begun to enter the age of wearable exoskeletons and exosuits thatoffer support and strength to people’s bodies. Over the past five years, wearable exoskeletons that assist and aid movement have begun to shift out of research labs and into public use. They’re still early versions, and the science is still emerging, but they include the first of several FDA-approved exoskeletons to assist individuals with spinal cord injury or after stroke, as well as exoskeletons to help keep workers safe and reduce the fatigue of physically demanding jobs.

Source: https://engineering.vanderbilt.edu/
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https://www.inverse.com/