amputation

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  • Warner Brothers/DC Entertainment

    Recommended Reading: 'Wonder Woman' is a timely superhero movie

    by 
    Billy Steele
    Billy Steele
    06.03.2017

    Wonder Woman, Heroine of the Post-Truth Age Megan Garber, The Atlantic Wonder Woman may be set in the time of World War I, but the movie's themes are particularly relevant right now. The Atlantic analyzes how a female superhero rescues a solider on the run before taking on a much bigger foe -- and what all of that means for in the present day. That Lasso of Truth sure would come in handy for us in 2017.

  • Thieves steal iPad, finger

    by 
    Mike Schramm
    Mike Schramm
    04.20.2010

    Ugh, this is a grisly one -- Bill Jordan picked up an iPad for someone else the other day from an Apple Store in a Colorado mall near him, and as he walked away, some thieves grabbed his bag away so quickly that it took part of his finger off. Scary stuff -- apparently two young men followed him out of the store down to the parking garage, jumped him and grabbed the bag. There was a scuffle which Jordan's pinky finger didn't survive. After rushing off to a hospital, he was told part of the finger had to come off. We've heard of thieves targeting Apple Store customers before, and especially since the iPad is such a hot commodity, those bags can unfortunately make a big target. Be careful out there. Two videos (both in Flash, unfortunately -- sorry about that) on the robbery after the link below. [via Engadget]

  • Energy-recycling foot makes it easier for amputees to walk

    by 
    Darren Murph
    Darren Murph
    02.22.2010

    What's better than an artificial nose? Why, an artificial foot, of course! University of Michigan researchers have developed a new prosthetic foot that could one day make it much easier for amputees to walk. Put simply, this new prototype drastically cuts the energy spent per step, as it harnesses the energy exerted when taking a step and enhances the power of ankle push-off. The device is able to capture dissipated energy, and an inbuilt microcontroller tells the foot to return the energy to the system at precisely the right time. Tests have shown that those using this here foot spent just 14 percent more energy to walk than one would spend when walking naturally, which is a rather significant decrease from the 23 percent uptick experienced with conventional prostheses. If you're still baffled, there's a pretty wicked video demonstration waiting for you after the break. %Gallery-86121%