Scientists have made a major leap in ear imaging by using terahertz radiation to see inside the cochlea – an impossibly tiny, ...

Many of these problems can be corrected either though medicine or surgery and contrast with the long term hearing problems that arise from damage to the structures in the inner ear. Next chapter: The ...

Ringing in your ears is likely caused by inner ear damage that alters how your brain processes sound. Loud noise exposure at work or concerts, hearing loss, certain medications, ear infections ...

Wexler said if the decibel levels are exceeded continually, damage could occur to the cochlea, the sensory cells in the inner ear. The National Institute on Deafness said more than 28 million ...

One of the most common reasons for tinnitus is exposure to loud sounds. If you’ve ever left a concert or a noisy event and noticed a ringing in your ears afterward, that’s temporary tinnitus. But ...

SNHL happens when there’s damage to inner ear structures or in the nerve pathways to the brain. This type of hearing loss is usually permanent. SNHL makes even distinct, normal, or loud sounds ...

A revolutionary approach to treating hearing loss is emerging. Sheffield researchers are developing novel cell therapies that could repair the damaged inner ear, potentially reversing deafness for ...

This information is sourced from the Cleveland Clinic website. However, it is advisable to consult a doctor if you are experiencing any of the above.

Several studies that had examined the inner ears of deaf people shortly after they died demonstrated that outer hair cells were required for hearing. It was clear that the inner hair cells served to ...

Furthermore, as Griffith points out: “Gene delivery to the inner ear may present additional challenges due to the extreme and usually irreversible damage to inner ear fluids and tissues caused ...

Excessive use, however, can damage your hearing potential in the ... levels may destroy the sensitive inner hair cells of the inner ear, which convey the sound signal to the brain.