Hearing loss care (audiology)

Living with hearing loss and balance disorders requires help. Help for you, and help for your family.

Help for the whole family

We offer extensive services, resources, education, and research to support the needs of hard-of-hearing or deaf adults and children and their families, as well as the needs of health care professionals involved in treatment. We’re dedicated to helping you and your family choose the most appropriate options for you so you can achieve the highest quality of life.

The UCHealth difference

UCHealth hearing and balance providers—from our physicians and audiologists to our speech pathologists and technicians—enjoy a deep blend of training and experience. They use the most advanced equipment and techniques for diagnosis and treatment. And they can draw upon the further expertise of other hearing and balance specialists in the UCHealth system.

Audiologic assessment

A basic hearing test that shows how well you can hear sounds and recognize words at different levels and frequencies.

Auditory brainstem response (ABR)

Measures how well your auditory nerve transmits signals from the inner ear to the brain where the signals are interpreted. You’ll have electrodes placed behind the earlobes and on the forehead and will then listen through earphones for sounds.

Computerized tomography scan (CT)

Your doctor may order X-ray pictures of the temporal bones at the base of your skull. These bones protect the organs that control your hearing and balance.

Electrocochleography (ECoG)

A test that measures activity in your inner ear. You’ll have electrodes placed behind the earlobes, on the forehead, and in your ear canal. You will then listen through earphones for sounds.

Newborn hearing screening and follow-up assessment

Physical and behavioral tests used by hearing specialists to screen newborns for hearing loss. If a newborn fails the initial screening, follow-up tests are ordered.

Otoacoustic emissions test (OAE)

Measures sounds that the ear itself produces when tiny hair cells on the cochlea are stimulated. A probe with a sound-generating loudspeaker is placed in the ear canal. A microphone in the probe captures the sounds emitted from the cochlea. Low levels of otoacoustic emissions indicate hearing loss.

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