Who usually uses cochlear implants?

Cochlear implants can help people with severe or profound deafness communicate better through hearing, which can lead to more education and employment opportunities, allowing them to reintegrate into mainstream society. Although cochlear implants bring new hope to patients with severe and profound deafness, they do not mean that all patients can have cochlear implants, and it is necessary to have the right understanding and appropriate expectations for cochlear implants.

Limitations of cochlear implants.

We need to know both that cochlear implants bring joy to life for many deaf people, but also that we need to understand its limitations:

Not all patients with profound deafness or those who do not respond to hearing aids are suitable for cochlear implantation, and the factors that affect the effect of implantation are: the length of deafness, the age at which deafness occurs, the cause of deafness, the condition of nerve fibers in the inner ear, the imaging of the inner ear, etc. In addition, many factors such as the patient's desire to regain his hearing and the family's financial support may affect the effectiveness of the cochlear implant.

Cochlear implants are suitable for.

People with hearing loss.

Summary. A cochlear implant is an electronic device in which an external speech processor converts sound into an encoded form of electrical signal, which directly excites the auditory nerve through a system of electrodes implanted in the body to restore or reconstruct hearing function in deaf people. In recent years, with the development of electronic technology, computer technology, phonetics, electrophysiology, materials science, and ear microsurgery, cochlear implants have moved from experimental research to clinical application.

Cochlear implants are now used worldwide as the most common method for severe to total deafness.

Cochlear implants. A cochlear implant is an electronic device in which an external speech processor converts sound into an encoded form of electrical signal, which directly excites the auditory nerve through a system of electrodes implanted in the body to restore or reconstruct hearing function in deaf people. In recent years, with the development of electronic technology, computer technology, phonetics, electrophysiology, materials science, and ear microsurgery, cochlear implants have moved from experimental research to clinical application.

Cochlear implants are now used worldwide as the most common method for severe to total deafness.

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