Objective: A design comparison of current perimodiolar and lateral wall electrode arrays of
the cochlear implant (CI) is provided. The focus is on functional features such as acoustic …

Objective: To evaluate whether the depth of cochlear implant array within the cochlea affects
performance outcomes 1 year following cochlear implantation. Methods: A retrospective …

Purpose To compare the surgical and audiological outcomes with two perimodiolar
electrode arrays (Nucleus 512-Contour Advance® y Nucleus 532-Slim Perimodiolar®) and …

Objective This study aims to define a reliable protocol for radiographic identification of
placement and tip foldover of newly designed precurved and straight electrodes. Study …

Methods: A prospective observational study was conducted. A mid-scalar electrode was
surgically placed using a mastoidectomy, followed by a posterior tympanotomy and an …

The position of the cochlear electrode array within the scala tympani is essential for an
optimal hearing benefit. An intraoperative NRT-ratio was established, which can provide …

Purpose To report on our experience with the slim modiolar electrode (SME) especially
focusing on the wide range of etiologies including inner ear anomalies, tumors, ossifications …

Objectives: This study aims to evaluate the practicality of handheld digital X-ray in
determining the position of the electrode array following Cochlear implantation (CI) …

Objective This study aimed to compare neural response telemetry and impedance between
the round window and cochleostomy approaches for cochlear implantation. Methods In this …

Introduction: The conventional evaluation of neural telemetry and impedance requires the
use of the computer coupled to an interface, with software that provides visualization of the …