Since the 1970s, computational modeling has been used to investigate the fundamental
mechanisms of cochlear implant stimulation. Lumped parameter models and analytical …

ABSTRACT Three-dimensional (3D) computational modeling of the auditory periphery forms
an integral part of modern-day research in cochlear implants (CIs). These models consist of …

The application of cochlear implants can be studied with computational models. The
electrical potential distribution induced by an implanted device is evaluated with a volume …

Background: Many detailed features of the cochlear anatomy have not been included in
existing 3D cochlear models, including the microstructures inside the modiolar bone, which …

Cochlear implants restore hearing in patients with severe to profound deafness by delivering
electrical stimuli inside the cochlea. Understanding stimulus current spread, and how it …

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 …

Objective. Despite the widespread use and technical improvement of cochlear implant (CI)
devices over past decades, further research into the bioelectric bases of CI stimulation is still …

Accurate 3D models of the cochlea are useful tools for research in the relationship between
the electrode array and nerve fibres. The internal geometry of the cochlear canal plays an …

Light sheet fluorescence microscopy (LSFM) provides a rapid and complete three‐
dimensional image of the cochlea. The method retains anatomical relationships—on a …

Moderate-to-profound sensorineural hearing loss in humans is treatable by electrically
stimulating the auditory nerve (AN) with a cochlear implant (CI). In the cochlea, the modiolus …