Breakthrough Ultrasound Treatment Stops Essential Tremors Without Surgery
Breakthrough Ultrasound Treatment Stops Essential Tremors Without Surgery
Breakthrough Ultrasound Treatment Stops Essential Tremors Without Surgery
A woman suffering from severe essential tremor has found relief through an advanced, non-invasive treatment. Kendra Wetuski, whose condition worsened despite medication, underwent MRI-guided focused ultrasound at a Texas clinic. The procedure, now available for select patients, marks a shift in how movement disorders are treated.
Essential tremor is a neurological condition causing uncontrollable shaking, most commonly in the hands. It affects far more people than Parkinson's disease—estimates suggest seven to eight times as many. For Wetuski, the tremors grew so disruptive that daily tasks became difficult, even with medication.
Doctors at Memorial Hermann Mischer Neuroscience Associates in Houston now offer MRI-guided focused ultrasound for patients like her. The treatment uses hundreds of precise ultrasound beams to target a small area of the brain linked to tremors. Unlike traditional surgery, it requires no incisions—only a shaved head and careful positioning, as Dr. Sam P. Javedan explained.
Wetuski's procedure took place in The Woodlands, and the results were immediate. Her tremor stopped as soon as the treatment ended. Doctors advised rest for a few days before returning to normal activities. Follow-up appointments remain crucial to track long-term effects and manage any temporary side effects, such as balance issues.
This approach reflects broader advances in movement disorder care. New imaging and targeted therapies are making incision-free treatments possible, offering hope when medications fall short.
MRI-guided focused ultrasound is now an option for eligible patients with essential tremor or Parkinson's disease. After an MRI screening and meeting set criteria, some can access the procedure at specialised centres. For Wetuski and others, it has provided relief where other treatments failed.