Aim This study was carried out to evaluate the diagnostic value of merging preoperative
magnetic resonance imaging (MRI) with postoperative flat-panel computed tomography (FD …

BACKGROUND AND PURPOSE: Localization of the electrode after cochlear implantation
seems to have an impact on auditory outcome, and conebeam CT has emerged as a …

Conclusion. The image quality of 64-MDCT provided excellent definition of the fine osseous
structures and individual electrode contacts. Evaluation of electrode distances revealed a …

To explore the structural characteristics of the cochlea in three‐dimensional (3D) detail
using 3D micro‐computed tomography (mCT) image reconstruction of the osseous labyrinth …

Conclusions Major insertion failures may complicate cochlear implant surgery and result in
revision surgery. Our study demonstrated the feasibility of plain X-ray in transorbital …

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 …

Computed tomographic (CT) examinations were performed in seven patients after cochlear
implant surgery. Preimplantation CT demonstrated the petrous anatomy well and revealed …

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 …

Purpose: Cochlear implants (CIs) use an array of electrodes surgically threaded into the
cochlea to restore hearing sensation. Techniques for predicting the insertion depth of the …

Objectives The advent of hybrid electro-acoustic implants requires precise positioning of the
electrode-array (EA) within the cochlea. The cochlea size, that is, the length of the cochlear …