There is considerable interpersonal variation in the size and shape of the human cochlea,
with evident consequences for cochlear implantation. The ability to characterize a specific …

Objective To report a reliable method in obtaining optimal cochlear basal turn and cross‐
section (c/s) of internal auditory canal (IAC) supporting Cochlear implantation (CI) …

Introduction The cochlear anatomy varies in each individual, and that has an impact on
decisions regarding the insertion of electrodes. The measurement of the cochlear size is the …

Background Cochlear implantation is an established mode of treatment for patients with
bilateral, profound sensorineural hearing loss. The intricate knowledge of the anatomy of the …

Objectives: To define a minimal set of descriptive parameters for cochlear morphology and
study its influence on the cochlear implant electrode position in relation to surgical insertion …

Purpose In cochlear implantation with flexible lateral wall electrode arrays, a cochlear
coverage (CC) range between 70% and 80% is considered ideal for optimal speech …

Conclusion: The length of the cochlea can be determined with good precision using a 3D-
curved multiplanar reconstruction analysis technique and linear reconstruction of the …

Objectives/Hypothesis Three surgical approaches: cochleostomy (C), round window (RW),
and extended round window (ERW); and two electrodes types: lateral wall (LW) and …

ObjectiveTo determine the effect of cochlear dimensions on cochlear implant selection in
cochlear hypoplasia patients. MethodsTemporal bone computed tomography images of 36 …

Three-dimensional cochlear canal lengths, electrode array intracochlear insertion depths,
and characteristic frequency ranges were estimated for 20 Nucleus implant recipients on the …