Hypoperfusion without Stroke Alters Motor Activation in the Opposite Hemisphere John W. Krakauer, MD,1 Petya D. Radoeva, BA,1 Eric Zarahn, PhD,2 Jennifer Wydra, BA,3 Ronald M. Lazar, PhD, 1,4 Joy Hirsch, PhD3,5 and Rando

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Date: 2012-07-26 22:31:07 Neurological disorders Stroke Auditory system Brain Primary auditory cortex Stroke recovery Transcranial Doppler Hemiparesis Cingulate cortex Medicine Health Cerebrum		Hypoperfusion without Stroke Alters Motor Activation in the Opposite Hemisphere John W. Krakauer, MD,1 Petya D. Radoeva, BA,1 Eric Zarahn, PhD,2 Jennifer Wydra, BA,3 Ronald M. Lazar, PhD, 1,4 Joy Hirsch, PhD3,5 and Rando Add to Reading List Source URL: blam-lab.org Download Document from Source Website File Size: 535,37 KB Share Document on Facebook

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