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Computer models of cochlear implants help predict and prevent unwanted facial nerve stimulation in implant users.

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CBCT scans offer a reliable, non-invasive way to assess facial nerve pathways to help construct computer models and plan surgery.

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Computational modelling of facial nerve stimulation in CI users

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Predicted neural excitation with stochastic behaviour

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Cochlear landmark atlas for 3D computational modelling

The University of Pretoria Cochlear Implant Research Interest Group is a voluntary association among academics that actively pursues research in cochlear implants at the University of Pretoria.

Cochlear implants are electronic medical devices that help people with severe hearing loss hear sounds. Unlike hearing aids, which make sounds louder, cochlear implants bypass damaged parts of the ear and directly stimulate the hearing nerve. The system includes an external part worn behind the ear and a small device surgically placed under the skin. Sounds picked up by the external microphone are converted into signals that the brain can understand as sound. While cochlear implants do not restore normal hearing, they can greatly improve the ability to understand speech and enjoy everyday sounds for many people with profound hearing loss.
Transdisciplinary research in cochlear implants is essential because it brings together expertise from fields like audiology, engineering, neuroscience, medicine, and psychology. This collaboration leads to a deeper understanding of hearing, improved device design, and more effective rehabilitation strategies. By addressing the complex needs of cochlear implant users from multiple angles, transdisciplinary work fosters innovation and helps personalise care, ultimately improving outcomes and quality of life for individuals with hearing loss.