Cochlear Implants (CIs) are medical implantable devices that can restore the sense of
hearing in people with profound hearing loss. Clinical trials assessing speech intelligibility in …

Cochlear implants have been proved to be an effective treatment for patients with
sensorineural hearing loss. Among all the approaches that have been developed to design …

Background Hearing performance varies greatly among users of cochlear implants. Current
three‐dimensional cochlear models that predict the electrical fields inside a stimulated …

Aim: This study characterises and compares electrical properties and current spread across
four different makes of cochlear implants with differing electrode designs using a 3D-printed …

Cochlear implants use electrical stimulation of the auditory nerve to restore the sensation of
hearing to deaf people. Unfortunately, the stimulation current spreads extensively within the …

The cochlear implantable neuromodulator provides substantial auditory perception to those
with severe or profound impaired hearing. Correct electrode array positioning in the cochlea …

Objectives: Understanding and predicting the impact of MAP changes on the electrical
current delivered at the level of cochlear implant (CI) electrodes is challenging. However, it …

The quality of the prosthetic‐neural interface is a critical point for cochlear implant efficiency.
It depends not only on technical and anatomical factors such as electrode position into the …

As in any biophysical electrode-tissue environment, impedance measurement shows a
complex relationship which reflects the electrical characteristics of the medium. In cochlear …

The modern multi-channel cochlear implant is widely considered to be the most successful
neural prosthesis owing to its ability to restore partial hearing to post-lingually deafened …