A PhD candidate in neuroscience has
received a $10,000 grant from the American Tinnitus Association to
research the condition characterized by ringing or buzzing in the
ears.
Sarah Hayes will use the award to investigate the causes of
tinnitus, focusing on the 1 percent of people with the condition
who hear these phantom sounds regularly at debilitating levels.
The U.S. government is so concerned with tinnitus that it is
also backing Hayes’ research.
The Department of Defense granted the third-year PhD candidate a
National Defense Science and
Engineering Graduate Fellowship, which covers her tuition and
provides an annual stipend.
A large number of military personnel suffer from
tinnitus—which been linked to noise-induced hearing
loss—due to their exposure to blasts and explosions.
Hayes became interested in tinnitus while working in the lab of
Richard
Salvi, PhD, SUNY Distinguished Professor of Communicative
Disorders and Sciences and a member of the international Tinnitus
Research Initiative.
“I wanted to do research that is clinically
relevant—research with the goal of helping people suffering
from a disorder or helping to find cures for different neurological
disorders,” she says.
“I’m also interested in the fact that tinnitus is a
phantom auditory perception. Trying to understand how we perceive
the world is fascinating.”
For her PhD thesis, Hayes will examine the relationship between
tinnitus and stress.
Although tinnitus itself causes stress, elevated stress can
worsen the condition and even make the perceived sound louder.
Researchers don’t yet understand the mechanism by which
chronic stress may contribute to tinnitus.
Nor have they discovered a cure for the condition, which affects
20 percent of the population.
It was previously believed that tinnitus resulted from inner ear
damage, but studies conducted by Salvi and colleagues in the 1990s
suggest that it originates in the brain.
In addition to a PhD in neuroscience, Hayes is working toward a
degree in clinical audiology at UB so that she can extend her reach
beyond the laboratory.
“Having a clinical audiology degree will allow me to work
with patients and adapt discoveries we make in the lab,” she
says.