Focused ultrasound named one of 2016's top clinical research achievements

Focused ultrasound named one of 2016's top clinical research achievements
University of Virginia Health System neurosurgeon Jeff Elias, MD, pioneered the use of focused ultrasound for the treatment of essential tremor, the most common movement disorder. Elias is pictured with equipment used in the scalpel-free alternative to brain surgery. Credit: UVA Health System

The University of Virginia Health System's pioneering use of focused sound waves to treat essential tremor, the most common movement disorder, has been named one of the top 10 clinical research achievements of 2016.

The Clinical Research Forum presented the award to UVA neurosurgeon Jeff Elias and University of Maryland neurologist Paul Fishman last night at the National Press Club in Washington, D.C. Elias led the research into the use of focused ultrasound as a scalpel-free alternative to traditional brain surgery for essential tremor, a condition that often leaves patients unable to write legibly or eat without spilling. His years of work were rewarded last July when the federal Food and Drug Administration approved the approach to treat the condition.

"Our whole team is very excited to receive such a prestigious award. We believe that this relatively new technology will improve the lives of many patients with and hopefully other central nervous system diseases in the future," Elias said. "Essential tremor beautifully demonstrates the potential of this technology, where such a dramatic improvement in the patient's condition occurs during the procedure."

How It Works

Essential tremor is estimated to affect 10 million Americans. The involuntary shaking can be a tremendous hindrance to everyday activities—anything that requires a steady hand can become impossible. As such, for patients who are appropriate candidates for the procedure, focused ultrasound is often immediate and life changing.

The ultrasound technology focuses sound waves inside the brain to create heat, much like a magnifying glass focuses light. That heat can then be used to carefully interrupt the circuits that are responsible for the tremor. Using , doctors can monitor the location and intensity of the procedure in real time - an important safety feature when making a precise lesion deep inside the brain.

Elias was the principal investigator of an international clinical trial of the device that enrolled 76 with severe tremor who had not responded to medication. The clearly demonstrated a significant benefit: Tremor was reduced by half after three months and by 40 percent after a year. The results were reported in the prestigious New England Journal of Medicine in August 2016.

Explore further

FDA approves scalpel-free brain surgery for tremor pioneered at UVA

More information:
Journal information: New England Journal of Medicine

Citation: Focused ultrasound named one of 2016's top clinical research achievements (2017, April 19) retrieved 29 November 2020 from
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