Background: Hearing and structure preservation is the goal of cochlear implantation for
advanced hearing outcomes. Currently, this is most consistently achieved with thin lateral …

Aims: The Nucleus CI532 cochlear implant incorporates a new precurved electrode array, ie,
the Slim Modiolar electrode (SME), which is designed to bring electrode contacts close to …

Objectives: The aim of this study is to report on our preliminary experience with
Transimpedance Matrix (TIM)-measurement for the detection of cochlear implant electrode …

Objective Multi-centre collaborative study to develop and refine the design of a prototype
thin perimodiolar cochlear implant electrode array and to assess feasibility for use in human …

Objective: To describe outcomes from cochlear implantation with a new, slim modiolar
electrode array. Study Design: Retrospective cohort study. Setting: Tertiary referral centers …

A new generation of cochlear implant electrodes has been designed to position the
stimulating contacts close to the modiolus in order to reduce power consumption and …

Objective This study was conducted to evaluate the insertion properties and intracochlear
trajectories of three perimodiolar electrode array designs and to compare these designs with …

Background–Several cochlear implant recipients experience functionality loss due to
electrode array mal-positioning. The application of delicate perimodiolar electrodes has …

Objective To review the mechanisms and nature of intracochlear damage associated with
cochlear implant electrode array insertion, in particular, the various perimodiolar electrode …

Objectives: To analyze and compare the results of the WF, ICPI, HF, and WFn obtained
using a cone beam computer tomography (CBCT) with the histological analysis on temporal …