Research

How Our Brainstem Shapes Hearing Aid Success With Noise Reduction

The strength of pitch encoding under noise reduction was linked to how accurately people recognized words in noise. This suggests that measuring NR effects on subcortical speech encoding is doable, and could offer a novel way to predict who will benefit from NR in hearing aids.

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Personalized Cochlear Implant Care Grounded in Music-Based Benchmarks

Our review published in Brain Sciences in May 2025 proposes a shift in how we may evaluate and provide care to CI users: by adjusting our current speech-focused performance metrics to incorporate music perception, and by integrating personalized medicine into CI.

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What Is the Cingulo-Opercular Network?

Effortful listening is mentally, physically, and emotionally exhausting. Learn how it affects the brain—and what to do about it.

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Virus-Delivered Therapy Reduces Sound Damage in the Mouse Ear

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.

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Antibiotics Damage Hearing Through Different Mechanisms

Understanding the multiple mechanisms behind how aminoglycoside antibiotics are able to kill hair cells may provide new potential therapeutic avenues to make these important drugs safer. 

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Webinar Recap: Birds Show the Way to Hair Cell Regeneration

We can now treat otoferlin-related hearing loss. In the next 10 years, we will continue to reach more groups with specific causes of hearing loss—momentum that will help accelerate the process for everyone.

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Are Low Frequency Sounds More Safe for Hearing?

Our information is based on evidence-based research studies and scholarly articles that support the adverse effects of both intense and chronic high and low frequency noises on our hearing. 

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Tech, Tapping, Tinnitus, and More

There has been a lot of news lately—in the hearing health space—that we want to highlight, from dementia research to ways to alleviate motion sickness and improve speech comprehension.

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Brain Discovery Could Revolutionize Hearing Loss Treatment

The brain may help regulate the ear’s sensitivity to sound and compensate for hearing loss by sending signals to the cochlea, a structure in the inner ear. This discovery could pave the way for new treatments for challenging hearing disorders such as hyperacusis and tinnitus.

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New Insights on Hearing Development in Children

This indicates an extended timeline of auditory development in children, which has exciting scientific and clinical implications.

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