Rationale and Objectives To evaluate cone-beam computed-tomography (CBCT) images of
the temporal bone for radiological delineation, metal artifacts, and accuracy for localization …

Objectives: 1) Investigate the impact of electrode type and surgical approach on scalar
electrode location; and 2) examine the relation between electrode location and …

Cochlear implantation has been a standard rehabilitation for children and adult patients with
severe to profound sensorineural deafness. The intracochlear localization of the electrode …

It is generally accepted that cochlear implants (CI) may be offered to individuals who have
little potential for speech understanding, due to the limited benefits of acoustic stimulation …

Background: Hearing outcomes after CI surgery are dependent on electrode placement.
CBCT is increasingly used for in-office temporal bone imaging and might be routinely used …

Objective The preservation of cochlear anatomy is paramount for stable results after
cochlear implantation. Neural structures depend on it as well as the implementation of future …

Objective: The suitable electrode array choice is broadly discussed in cochlear implantation
surgery. Whether to use a shorter electrode length under the aim of structure preservation …

Cochlear implants have changed how we consider hearing loss. Over the years, selection
criteria have moved from profound to severe to moderate hearing loss. Now those with good …

ObjectiveThis study aimed to formulate a scoring system based on high-resolution computed
tomography scans to predict ease of electrode insertion during cochlear implantation via …

Sensorineural hearing loss results from abnormalities that affect the hair cells of the
membranous labyrinth, inner ear malformations, and conditions affecting the auditory …