Audiologist and researcher Dr. Julia Campbell shares her insights into the state of misophonia research and how we may get ...

They are divided into three portions: the outer ear, the middle ear, and the inner ear. Each has an intricate structure of bones, nerves, and muscles ... This stimulation is translated into electrical ...

The eustachian tubes run from the front wall of the middle ... the ear's natural cleaning system. This means that smoking can result in a buildup of mucus in the eustachian tubes, causing clogged ears ...

The best ways to prevent this clogging include: This opens up your auditory tube and lets ... in the eardrum and can grow into the middle ear and mastoid bone. Cholesteatomas grow aggressively ...

Yes — through the bones in our heads. Believe it or not, you don’t actually need the outer and middle parts of your ear to hear sound, because you’re not technically “hearing” anything.

This breakthrough could one day allow doctors to detect hearing problems and inner ear diseases with non-invasive tools, something current imaging tech can’t do. The team created a microscopic ...

The auditory system helps people to hear sound, understand language ... Sensorineural hearing loss may be caused by pathological changes in the Corti’s organ of the inner ear, the auditory nerve, or ...

A tympanometer is a hand-held probe that is placed in the ear to measure energy transmission through the middle ear. It can be used to test the condition of the middle ear, determining whether it ...

Most hospitals and doctor's offices are able to test babies' ears with a simple otoacoustic emissions test or an automated auditory brainstem ... by fluid in the middle ear may be treated with ...

AT is considered a “bottom up” intervention as it involves improving the processing of the signal from the ear up to the auditory cortex. The delivery of this training can ... Underlying health ...