Better Diagnostic Technique of Balance Disorders Pioneered by JMU

Researchers in (James Madison University) developed a cutting-edge method to diagnose balance disorders and treat diseases
3D illustration of vestibular system of the ear in blue and purple color.
This research could help address balance disorder that occur with diseases such as Meniere’s disease.Unsplash
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Researchers in (James Madison University) JMU’s College of Health and Behavioral Studies have developed a cutting-edge method to diagnose balance disorders and treat diseases common in middle-aged and elderly Americans. More than 69 million (35%) Americans 40 years and older experience balance system dysfunction, according to the Academy of Neurologic Physical Therapy. The JMU research is being funded by a $1.89 million, five-year grant from the National Institutes of Health.

Erin Piker, a professor of communication sciences and disorders, said the experimental measures she developed with her team will involve placing electrodes on the skin around the eye.

"This type of stimulus causes the skull to vibrate and will give us a detectable reaction from the muscles we placed the electrodes over. The stimulus is more complex than what is typically used and allows us to make new kinds of measurements."

Erin Piker, professor of communication sciences and disorders, JMU

A person holding and explaining a study model of ear with marker in his hand and a laptop.
The study also will provide data on balance and gait to see how they correlate to everyday functions.Unsplash

Piker said traditional tests use sound introduced to the ear with an earphone. With sound, the intensity level must be very high to elicit a detectable response. However, to obtain the kind of measurements she hopes for, the sound would have to be played too loud. With vibration, the sound does not need to be played loud.

Piker said her research could help address balance system changes that occur with diseases such as Meniere’s disease. "We know the vestibular system is affected, but current findings are very mixed as to what parts and how much."

We are starting with looking at changes with aging. We expect to see some decline in the vestibular system as we age, starting at middle age
Erin Piker, professor of communication sciences and disorders, JMU

The study also will provide data on balance and gait to see how they correlate to everyday functions. Piker said data collection could take a year or two before some early findings are published. Undergraduate and graduate students will have roles in the research along with a research audiologist who will be new to the department when hired.

(Newswise/HB)

3D illustration of vestibular system of the ear in blue and purple color.
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