Originally posted to IEEE’s The Institute, 09 October 2009 by Kathy Kowalenko
Codirector of the Center for Neuroengineering at Duke University Medical Center, in Durham, N.C., Nicolelis and his team are developing a real-time interface together with a full-body exoskeleton to be controlled by signals from a paraplegic’s brain.
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Originally posted to Dana’s Cerebrum
By Mahlon R. DeLong
August 17, 2009
Deep brain stimulation has worked for many patients with Parkinson’s disease and other movement disorders that have not responded to other treatments. However, its use as a therapy for psychiatric disorders, while promising, is not yet proven.
X-ray shows two deep electrodes extending into the basal ganglia, providing deep brain stimulation treatment for Parkinson’s disease. (Image copyright Medical Body Scans/Photo Researchers, Inc.)
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A monkey learned to use the output of just one brain cell to move its wrist.
Published October 2008, IEEE Spectrum Online, Photo: James Martin/Getty Images
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Brain machine interfaces (BMIs) is a field that holds out the hope of allowing severely paralyzed people to communicate with the world, move their limbs, and even walk.
Of course, making that happen is far from simple. Nevertheless, researchers are working to develop solutions to the many practical problems that have prevented the idea from becoming a clinical reality.
Original article published in IEEE’s “The Institute”
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