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: A design comparison of current perimodiolar and lateral wall electrode arrays of
the cochlear implant (CI) is provided. The focus is on functional features such as acoustic …

With cochlear implantation (CI) being the standard of care for profoundly deaf cases, more
and more patients with low frequency residual hearing are currently being treated with CI. In …

Objective: To investigate the relationship between cochlear length, insertion angle, and
tonotopic mismatch and to compare the tonotopic mismatches with respect to the spiral …

Cochlear implantation (CI) has reached over years of practicing high standards of surgical
outcomes. Even patients with significant residual hearing are nowadays benefiting from a …

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 …

ObjectiveTo evaluate the usefulness and reliability of a research software application for the
estimation of an individual's cochlear duct length as a basis for electrode selection …

Objective The aim of this study is to examine electrode array coverage, scalar position and
dislocation rate in straight electrode arrays with special focus on a new electrode array with …

Cochlear Implant Electrode Array From Partial to Full Insertion in Non-Human Primate
Model - PMC Back to Top Skip to main content NIH NLM Logo Access keys NCBI …

The optimal placement of a cochlear implant (CI) electrode inside the scala tympani
compartment to create an effective electrode–neural interface is the base for a successful CI …