Researchers Uncover Biological Mechanism That Could Reverse Permanent Hearing Loss
Israeli and US researchers have identified a biological mechanism that prompts supporting cells in the inner ear to regenerate into sensory hair cells.
Israeli and US researchers have identified a biological mechanism that prompts supporting cells in the inner ear to regenerate into sensory hair cells.
A new study published in PLOS One offers what researchers say is the most evidence-supported explanation yet for "The Hum" — an unexplained low-frequency droning reported by people around the world.
Advanced device features, including those found in new AI-powered hearing aids, can influence overall well-being, not just audibility.
The program, in partnership with 346 hearing care practices, provided hearing aids to 500 individuals across the US and Canada.
If approved, Regeneron's Otarmeni will be the first gene therapy for OTOF-related hearing loss in the European Union.
The Rooted & Regulated Retreat will offer mind/body practices and nervous system regulation tools for hearing healthcare professionals.
As part of its partnership with the team’s Changemakers platform, the company supported a local youth organization and provided hearing protection to fans.
The system aims to provide insight into sensory hair cell development and potential pathways for regeneration.
The sponsorship anchors the new “Hear to Win” campaign, bringing hearing health education and technology demonstrations to pickleball events nationwide.