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.
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.
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.
A newly developed word-score model is capable of estimating hidden hearing loss and the effectiveness of hearing loss interventions.
Researchers identified three different MINAR2 genetic mutations that were responsible for deafness in 13 people from four different families.
Researchers have identified ten novel genes and changes in the stria vascularis that appear to be associated with age-related hearing loss.
Researchers have identified a master gene that programs ear hair cells into either inner or outer cells. The discovery could lead to new treatments to restore hearing loss associated with aging, noise exposure, or as an adverse reaction to medical therapies.
A new regenerative therapy uses small molecules to program progenitor cells derived from stem cells in the inner ear to grow new hair cells within the cochlear and restore hearing.
Early exposure to language, whether it's vocalized or sign language, assists with normal brain development in children, researchers report.
Hearing loss was associated with an increased risk of depression in older adults. Those of lower socioeconomic status were twice as likely to report symptoms of depression. However, using hearing aids helped alleviate symptoms of depression.
A newly developed "genetic patch" can eliminate problematic hearing cells in those with DFNA9, a hereditary form of deafness.
EEG and AI technology can directly decode the direction in which people are listening from brainwaves alone, without having to link them to direct sounds.
