Abstract Purpose of Review The limits of cochlear implantation candidacy have been
expanding over the last decade and recent studies show that patients with inner ear …

Background: Misplacement and malposition of a cochlear implant array can lead to poor
hearing outcomes. Where misplacements go undetected during the primary surgery …

Objective The aim of the report is to underline the importance of a radiological technique
which allows three-dimensional (3D) imaging of the cochlear implant electrode position …

Electrode insertion is the most important step in cochlear implant (CI) surgery. Optimal
electrode placement is a prerequisite for maximizing CI success. This article describes CI …

Objectives: Atraumatic and complete insertion of the electrode array is a stated objective of
cochlear implant surgery. However, it is known that obstructions within the cochlea such as …

Optimal matching of an electrode array to the cochlear anatomy plays a key role in bringing
the best benefit of CI technology to the users. Even within the category of normal anatomy …

Objective Preoperative information about cochlear morphology and size increasingly seems
to be a defining factor of electrode choice in cochlear implant surgery. Different types of …

Conclusion: Residual hearing could be preserved with various arrays ranging from 16 to 18
mm in insertion length and 0.25 to 0.5 mm tip diameter. Whether array insertion is performed …

Background: Cochlear size variation was first reported in 1884, and since then, there have
been various reports confirming the same. Yet, there is no single report that has displayed …

Objectives: To collect data from a large number of cochlear implant recipients with
otosclerosis and to make an assessment of these patients' clinical characteristics, computed …