UC Health: A Pioneer in Cochlear Implantation and Neurotology
More than 30 years ago, UC Health became the first in the region to offer cochlear implantation for patients with severe hearing loss. Since then, our internationally recognized specialists have remained at the cutting edge, performing the highest volume of cochlear implant procedures in the region and comprehensive expertise with all different cochlear implant models. However, cochlear implants remain vastly underutilized, often due to a lack of awareness or difficulty accessing clinicians with relevant expertise.
A cochlear implant is far less invasive than many people assume. The outpatient procedure typically lasts about two hours, and patients typically go home the same day. For those who no longer benefit from hearing aids, a cochlear implant can provide life-changing improvements in sound clarity, speech comprehension, and overall quality of life.
Who is an Ideal Candidate for a Cochlear Implant?
Cochlear implants are designed for individuals with hearing loss who no longer find hearing aids effective. Clinical criteria determine candidacy, but many patients who qualify are unaware of this option. Many factors need to be taken into consideration in a cochlear implant evaluation, such as the severity of hearing loss, the cause of hearing loss, anatomical factors, the best model of a cochlear implant for each patient, the need for hearing rehabilitation, other relevant health conditions, and personal preferences, among others. Therefore, finding an experienced team can be critical in ensuring successful outcomes. Our team works closely with audiologists and primary care providers to identify patients who could benefit, especially as research continues to highlight the connection between hearing loss and broader health concerns.
One of the most compelling findings in recent years is the link between untreated hearing loss and dementia. Addressing hearing loss early—through hearing aids, cochlear implants, or other treatments—may help reduce cognitive decline and improve long-term brain health.