Objective: We aim to assess the histopathology of human temporal bones (TBs) with
evidence of cochlear implantation (CI) electrode scalar translocation. Study Design …

Background: Translocation of the CI electrode from ST into SV can limit performance
postoperatively. ECochG markers of trauma may be able to aid in the ability to detect …

Background: Few studies assessed the relationship between the insertion axis and the
electrode scalar location. Methods: Preimplantation cone-beam CT (CBCT) was performed …

Radiologic assessment of cochlear implants can be limited because of metallic streak
artifacts and the high attenuation of the temporal bones. We report on 14 patients with 18 …

Cochlear implant restores hearing loss through electrical stimulation of the hearing nerve
from within the cochlea. Unfortunately, surgical implantation of this neuroprosthesis often …

Importance Cochlear implantation produces remarkable results in postlingual deafness,
although auditory outcomes vary. Electrocochleography (ECochG) has emerged as a …

Positioning of the cochlear implant (CI) electrode in relation to the anatomical structures is a
key factor for the hearing outcome and the preservation of residual hearing after cochlear …

There have been significant advances in the diversity and effectiveness of hearing
technologies in recent years. Implanted auditory devices may be divided into those that …

Delivering cochlear implants through a minimally invasive tunnel (1.8 mm in diameter) from
the mastoid surface to the inner ear is referred to as direct cochlear access (DCA). Based on …

Objectives To test the hypothesis that bipolar electrical impedance measurements in
perimodiolar cochlear implants (CIs) may be used to differentiate between perimodiolar …