Cochlear implant electrode arrays are designed with specific characteristics that allow for
the preservation of intra-cochlear structures during the insertion process, as well as during …

We conducted a systematic review and meta-analysis to compare round window (RW) and
cochleostomy (C) surgical approaches for the placement of cochlear implants (CIs). After …

Abstract Changes in cochlear implant (CI) design and surgical techniques have enabled the
preservation of residual acoustic hearing in the implanted ear. While most Nucleus Hybrid …

Conclusions: Flat-panel cone-beam computed tomography (CBCT) is able to assess the
trajectory of the implanted cochlear implant (CI) array. This is essential to determine specific …

The aim of the study was to evaluate insertion forces during manual insertion of a straight
atraumatic electrode in human temporal bones, and post-implantation histologic evaluation …

Objectives/Hypothesis To investigate electrode position, depth of insertion, and electrode
contact using an electrode array with a mid‐scala design following round window (RW) and …

The optimal placement of a cochlear implant (CI) electrode inside the scala tympani
compartment to create an effective electrode–neural interface is the base for a successful CI …

Background: The measurement of scalar location and intra-scalar position of cochlear
implantation (CI) electrodes using computed tomography (CT) is complicated by metallic …

Present-day electrode design is the result of 40 years of continuous effort of collaboration
between cochlear implant manufacturers and clinicians. There are currently 2 types of …

This report explores the impact of recording electrode position and stimulus frequency on
intracochlear electrocochleography (ECoG) responses recorded from six Nucleus L24 …