A recent study revealed that three adults with spinal muscle atrophy (SMA) experienced improved muscle strength and mobility from a spine-stimulating implant that delivers low-level electrical impulses. This groundbreaking research suggests that, while not curing SMA, the device may temporarily activate dormant nerves, enhancing motor function. Conducted by a team from the University of Pittsburgh, the study marks the first evidence of spinal cord stimulation aiding not only those paralyzed but also individuals suffering from neurodegenerative diseases, opening avenues for further exploration of its therapeutic potential.
The findings suggest that spinal cord stimulation could provide temporary muscle function improvements in individuals with spinal muscle atrophy, encouraging further research into its potential benefits.
Although the device does not cure spinal muscle atrophy, it shows promise in significantly enhancing muscle function and mobility for those afflicted.
#spinal-muscle-atrophy #neurodegenerative-diseases #spinal-stimulation #patient-rehabilitation #medical-research
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