Researchers identified three different MINAR2 genetic mutations that were responsible for deafness in 13 people from four different families.
A newly developed word-score model is capable of estimating hidden hearing loss and the effectiveness of hearing loss interventions.
Researchers have identified an autophagy pathway in hair cells in the ear that's linked to permanent hearing loss that occurs as a result of exposure to aminoglycosides antibiotics in some patients.
For the first time, researchers have captured in near-atomic detail the structure of a key part of the inner ear responsible for hearing. The results could pave the way for developing new treatments for those with hearing impairments.
A pioneering new prototype allows those with hearing loss to "listen" to music through the sense of touch.
Researchers say up to 1 billion teens and young adults are at risk of hearing loss as a result of using headphones, earbuds, or attending loud music venues.
In those with hearing loss, using hearing aids or cochlear implants was associated with a long-term reduction of cognitive decline by 19% and a 3% improvement in cognitive test scores.
MEF2C, a gene critical for brain development and regulating circuit formation in the brain also plays a significant role in inner ear development. Mutations of MEF2C have previously been linked to ASD. Researchers found mice with only one copy of the MEF2C gene had reduced activity in the auditory nerve.
Older mice were less capable than younger mice at "turning off" certain actively firing neurons when exposed to ambient noise. The result causes a fuzzy soundscape that makes it difficult for the brain to focus on one type of sound and filter out other surrounding sounds.
Older adults with more severe hearing loss are more likely to suffer from dementia, but the likelihood of developing dementia was lower for those who use hearing aids.
People exposed to noise pollution as a result of heavy traffic close to their homes are at greater risk of developing tinnitus, a new study reports.
Study identifies the mechanisms behind regenerating new cochlear hair cells. The findings could have positive implications for treating or reversing hearing loss associated with damage to cochlear hair cells.
