The indications for cochlear implantation have expanded to include individuals with
profound sensorineural hearing loss in the impaired ear and normal hearing (NH) in the …

The number of patients with cochlear implants (CIs) is increasing due to expanding
indications, and improving CI services. Furthermore, as the use of imaging increases in …

The number of patients receiving cochlear implants and auditory brainstem implants for
severe to profound sensorineural hearing loss has rapidly increased. These implants consist …

Objective: To report on the first known magnetic resonance imaging (MRI) with a new
cochlear implant (CI) with rotatable internal magnet system, to review the literature on MRI in …

Background: MRI investigations of CI users pose several challenges such as magnet
dislocation, demagnetization, and may cause pain. The presence of a CI magnet within MRI …

Purpose We investigate the impact of severe sensorineural hearing loss (SNHL) and for the
first time evaluate the effect of unilateral versus bilateral SNHL on intellectual outcome in a …

Purposes To primarily evaluate MRI-induced effects for Ultra 3D cochlear implantation in
human cadavers in terms of artifact generation and MR image quality. Methods Three …

Objective: To describe changes in pain associated with magnetic resonance imaging (MRI)
with cochlear implant magnets in place. Study Design: Prospective, single-arm study …

Objective: To evaluate cochlear implant (CI) magnet-related MRI artifact shape and size, as
well as imaging indications and clinical adequacy of scans. Methods: A retrospective chart …

Objectives: Dislocation of the magnet inside the implanted component of a cochlear implant
(CI) can be a serious risk for patients undergoing a magnetic resonance imaging (MRI) …