Groundbreaking Ultrasound Treatment Eliminates Tremors for Parkinson’s Patient
In a remarkable breakthrough, Bud Leavell, a 72-year-old Air Force veteran from Arlington, Texas, has seen his life transformed thanks to a new non-invasive ultrasound treatment for Parkinson’s disease, which he has battled since 2017. After suffering from severe tremors that hindered his ability to enjoy repairing radios in his garage, Leavell received the ultrasound therapy at UT Southwestern Medical Center, leading to an astonishing immediate improvement—his tremor vanished almost instantly.
The focused ultrasound treatment precisely targets specific areas in the brain, offering an alternative to traditional deep brain stimulation, which requires surgery. Dr. Bhavya Shah, a neuroradiologist at the center who treated Leavell, noted that the FDA approved this ultrasound method to help manage symptoms like stiffness and slowness associated with Parkinson’s.
Leavell first experienced symptoms after a thyroid cancer surgery, reporting a weak voice and tremors in his right hand. These tremors made everyday tasks, like using binoculars or a computer mouse, frustratingly difficult. Despite these challenges, his recent treatment has brought him back to his passions. “What tremor?” he joked, reflecting on his newfound steadiness.
Dr. Shah explained that the focused ultrasound uses high-energy sound waves to heat and eliminate problematic nerve bundles responsible for tremors. The team used low-energy ultrasound waves to test the effectiveness on Leavell’s symptoms before proceeding with the treatment. The confidence garnered from this initial response contributed to a successful outcome, focused on eliminating the most bothersome symptoms Leavell had faced.
Following the procedure on April 13, Leavell’s ability to enjoy everyday activities returned. He expressed joy at being able to eat and work on his radio projects without the hindrance of tremors. However, Dr. Shah also pointed out some potential risks associated with the treatment, such as possible numbness or difficulties in walking, but reassured that these side effects generally improve as time goes on.
While the focused ultrasound offers hope for those seeking alternatives to traditional treatments, it does carry differences compared to deep brain stimulation, as it cannot be adjusted after the fact if symptoms reappear. Yet, it stands as a substantial option for those wanting a non-invasive solution.
Expressing gratitude for his positive experience, Leavell is optimistic about the future of Parkinson’s treatments. He encourages others who might benefit from similar procedures not to hesitate in seeking help. “Don’t let any grass grow under your feet,” he advised. “While this is not a cure-all for Parkinson’s, it is a procedure that can truly change your life.”
