Meeting Patients Inspires Approach to Treating Ménière’s Disease

I currently work with a mouse model with hearing fluctuation and have a clinical protocol that is performing deep phenotyping of patients with hearing instability, including patients with Ménière’s disease.

Print Friendly and PDF

BLOG ARCHIVE

Shouting From the Rooftops

We have been heartened by the increased mainstream media coverage of healthy hearing lately.

Print Friendly and PDF

BLOG ARCHIVE

Putting the Brakes on Hyperactivity in the Brain

The road to more effective, less invasive, and faster developing treatments for tinnitus and loudness hyperacusis lies in focusing on the brain and not the ear.

Print Friendly and PDF

BLOG ARCHIVE

More Like a Boost

Let’s push back against the idea of a “loss” or “impairment” when it comes to hearing.

Print Friendly and PDF

BLOG ARCHIVE

Regrowing Hair Cells and Nerve Connections to Restore Hearing in Birds

This suggests that birds maintain a precise program for hair cell regeneration that preserves frequency-specific nerve connections, which is an important aspect of proper functional recovery.

Print Friendly and PDF

BLOG ARCHIVE

Lucky to Be Different

Our son with a hearing loss opened up our family’s world and made us all stronger.

Print Friendly and PDF

BLOG ARCHIVE

What We Can Learn From the Eclipse

Perhaps most of all, the message of enjoying responsibly is one we really try to impart.

Print Friendly and PDF

BLOG ARCHIVE

Understanding Pain Signals Triggered by Damage to the Inner Ear

Of relevance to hyperacusis, prior noise-induced hearing loss leads to the generation of prolonged and repetitive activity in type II neurons and surrounding tissues. This aberrant signaling may be the basis for the sensitivity to everyday sounds seen in hyperacusis.

Print Friendly and PDF

BLOG ARCHIVE

Hearing With Humor

Sometimes, communication snafus can be comedy gold.

Print Friendly and PDF

BLOG ARCHIVE

Surprising Role of Auditory Neurons in Learning Revealed by Study in Mice

These findings suggest that the auditory cortex may transmit significant non-auditory signals relevant for learning-related plasticity.

Print Friendly and PDF

BLOG ARCHIVE