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The 21 pages that link to Cochlear implant, each with the reason it gives.

• Hearing lossRelated: It can support hearing when severe inner-ear damage limits benefit from hearing aids.

• CochleaRelated: It bypasses damaged cochlear hair cells and stimulates auditory pathways directly.

• Deaf cultureCompared with: Debates about implantation often involve language, identity, and parental choices.

• Hearing aidCompared with: It can provide access to sound when conventional amplification offers insufficient benefit.

• Sensorineural hearing lossRelated: It can provide access to sound when severe cochlear damage limits hearing-aid benefit.

• OtotoxicityRelated: It can restore useful auditory input in severe-to-profound sensorineural loss.

• Auditory nerveRelated: Its electrodes bypass damaged hair cells to activate surviving nerve fibers.

• AudiologyRelated: Audiologists assess candidacy, support fitting, and monitor rehabilitation.

• TonotopyRelated: Electrodes are arranged to approximate the cochlea's low-to-high frequency organization.

• Outer earCompared with: Unlike ordinary outer-ear sound collection, it bypasses much of the acoustic pathway in severe hearing loss.

• PresbycusisCompared with: It may be considered when advanced presbycusis is not adequately helped by hearing aids.

• CHARGE syndromeRelated: It may help some people with CHARGE-related sensorineural hearing loss, depending on anatomy and hearing status.

• DeafnessRelated: Cochlear implants may help some people with severe hearing loss who gain limited benefit from hearing aids.

• Basilar membraneCompared with: It bypasses normal membrane-driven hair-cell transduction to restore auditory input.

• Deaf educationRelated: It may shape educational communication choices, but does not determine a student's language or learning needs.

• Inner earRelated: It bypasses damaged sensory cells by electrically stimulating auditory pathways.

• Usher syndromeRelated: It may provide auditory access for people with severe or profound Usher-related hearing loss.

• Artificial organBroader topic: It replaces part of the inner ear’s sound-processing function.

• Georg von BékésyRelated: Its electrode array exploits the cochlea’s spatial organization of sound frequencies.

• BiomechatronicsRelated: It is a mature example of electronics interacting directly with a living sensory system.

• BionicsBroader topic: It translates the ear’s sound-processing function into an implanted electronic system.