As the first clinically translated machine-neural interface, cochlear implants (CI) have
demonstrated much success in providing hearing to those with severe to profound hearing …

Objectives: Reliable determination of cochlear implant electrode positions shows promise
for clinical applications, including anatomy-based fitting of audio processors or monitoring of …

(1) Background: During a cochlear implant insertion, the mechanical trauma can cause
residual hearing loss in up to half of implantations. The forces on the cochlea during the …

Cochlear implants are crucial for addressing severe-to-profound hearing loss, with the
success of the procedure requiring careful electrode placement. This scoping review …

Electrocochleography (ECochG) measures electrophysiological inner ear potentials in
response to acoustic stimulation. These potentials reflect the state of the inner ear and …

Introduction and Objectives Among cochlear implant candidates, an increasing number of
patients are presenting with residual acoustic hearing. To monitor the postoperative course …

Objectives: The primary aim was to measure the volume of the scala tympani (ST) and the
length of the straight portion of the cochlear basal turn from micro-computed tomography …

Objective: Residual hearing preservation during cochlear implant (CI) surgery is closely
linked to the magnitude of intracochlear forces acting during the insertion process. So far …

The risk of insertion trauma in cochlear implantation is determined by the interplay between
individual cochlear anatomy and electrode insertion mechanics. Whereas patient anatomy …

Objectives: Drilling a minimally invasive access to the inner ear is a demanding task in
which a computer-assisted surgical system can support the surgeon. Herein, we describe …