Cycling may help restore brain function in Parkinson’s patients
A new study suggests that cycling could help repair neural connections damaged by Parkinson’s disease, offering hope to millions affected by the progressive neurological disorder. Medical News Today reported that just 12 cycling sessions over four weeks led to measurable changes in the brain's motor control circuits.
Led by Aasef Shaikh, M.D., of University Hospitals Cleveland Medical Center, the study involved nine Parkinson’s patients who had previously received deep brain stimulation implants. The implants allowed researchers to monitor neural activity during an adaptive cycling program that adjusted resistance based on the individual’s effort.
The findings showed notable neural improvements following the exercise regimen, suggesting that cycling may promote neuroplasticity even in individuals with existing neurological damage.
“The brain is a dynamic and ever-evolving system, and Parkinson’s disease disrupts this system in complex, continually changing ways,” Dr. Shaikh told Medical News Today.
Experts not involved in the study praised its innovative approach. Daniel Daneshvar, M.D., of Harvard Medical School, called the results “promising evidence that exercise can help re-engage parts of the brain affected by Parkinson’s disease,” according to Medical News Today.
Researchers now hope to expand the study to include other forms of exercise and additional participants, aiming to develop broader therapeutic strategies that harness the brain’s adaptability.
Read more: Medical News Today
The article presented here is intended to inform you about the broader media perspective on dentistry, regardless of its alignment with the ADA's stance. It is important to note that publication of an article does not imply the ADA's endorsement, agreement, or promotion of its content.