Spinal cord stimulation technology instantly improves arm an

A neurotechnology that stimulates the spinal cord instantly improves arm and hand mobility, enabling people affected by moderate to severe stroke to conduct their normal daily activities more easily, report researchers from the University of Pittsburgh and Carnegie Mellon University today in Nature Medicine.

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Jeff Goldsmith , Lee Fisher , Beatrice Barra , Elvira Pirondini , Robert Friedlander , Erick Carranza , Emily Henderson , Scott Ensel , Marco Capogrosso , Souvik Roy , Nikhil Verma , Jeffrey Balzer , Marc Powell , Douglas Weber , George Wittenberg , Peter Gerszten , Erynn Sorensen , John Krakauer , Johns Hopkins University , Carnegie Mellon University , Reach Neuro Inc , Initiative Under Award , Interest Policy For Research , National Institutes Of Health , Department Of Neurological Surgery , Columbia University , Department Of Mechanical Engineering , Department Of Physical Medicine , Neuroscience Institute At Carnegie Mellon University , University Of Pittsburgh , York University , Industry Focus , Neuroscience Institute , Carnegie Mellon , Qneuro Inc , Amy Boos , Daryl Fields , New York University , Johns Hopkins , National Institutes , Neurological Surgery , Physical Medicine , Mechanical Engineering , Interest Policy , Spinal Cord Stimulation , Stroke , Medicine , Neck , Nerve , Neuroscience , Paralysis , Mh , Reclinical , Research , Surgery , Technology ,