Our Research on Hyperacusis
Thanks to the generosity of Hyperacusis Research and other donors, Hearing Health Foundation funds groundbreaking research through our Emerging Research Grants (ERG) program to advance our scientific understanding of hyperacusis.
ERG scientists working in this area have made tremendous strides toward a better understanding of the mechanisms, causes, diagnosis, and treatment of hyperacusis.
For details on projects funded by Hyperacusis Research, HHF's primary partner in funding hyperacusis research since 2015, please click here.
A 1978–79, 1988, and 1990–1992 ERG scientist, Richard Salvi, Ph.D., of the University at Buffalo, presented a research webinar on the topic of hyperacusis in January 2023. He discussed developing behavioral animal models of hyperacusis and how these models provide researchers with powerful new tools to investigate the biological mechanisms behind hyperacusis while providing a platform for assessing the efficacy of drugs to treat the condition. Read a transcript and the bibliography here.
HHF offers general information only and does not offer medical advice. Please consult your hearing care professional with any specific questions about your auditory health and healthcare.
This page was produced with input from our partner Hyperacusis Research.
Medically reviewed by Rohima Badri, Ph.D., whose doctorate is in audiology and hearing sciences. Last reviewed May 2026.
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This new computer model can serve as the bedrock not only to better understand how the middle ear vibrates during bone conduction but also to develop new diagnostics for middle ear conditions and inform the design of novel hearing devices.
My focus is studying pathologies following noise overexposure. This includes noise-induced hearing loss and pain hyperacusis. I specifically look at how the immune system interacts with the neurons of the ear after noise.
This study shows that a single variant in the Foxg1 gene can affect how the brain processes sounds and lead to a heightened sensitivity to noise.
Our data showed that introducing the mutated nicotinic receptor into otherwise healthy ears can prevent, to some extent, permanent auditory damage caused by loud noise and accelerate hearing recovery.
What I have discovered is that unlike many other disabilities and chronic conditions, there are no anthologies or collections of personal stories published in book form about hyperacusis. So by publishing this book, I hope to develop greater awareness and understanding about hyperacusis.
Learn More:
What Is Hyperacusis? Types of Hyperacusis
Treatment for Hyperacusis
Our Research on Hyperacusis

Using the new biosensor, we discovered that zinc signaling is directly involved in how the brain processes sound in the auditory cortex during sound processing and in the amygdala during aversive responses.