Neuroprostheses designed to interface with the nervous system to replace injured or
missing senses can significantly improve a patient's quality of life. The challenge remains to …

Objectives: To identify the incidence of specific abnormal impedance patterns or electrode
faults, and determine their implication and significance, in a pediatric population of cochlear …

Introduction and objectives Maintaining the structural integrity of the cochlea and preserving
residual hearing is crucial for patients, especially for those for whom electric acoustic …

Introduction Estimating differences in neural health across different sites within the individual
cochlea potentially enables clinical applications for subjects with a cochlear implant. The …

Introduction: Cochlear implant (CI) impedance reflects the status of the electro neural
interface, potentially acting as a biomarker for inner ear injury. Most impedance shifts are …

Introduction and Objectives Among cochlear implant candidates, an increasing number of
patients are presenting with residual acoustic hearing. To monitor the postoperative course …

Methods: Seven hundred seventy recipients of Cochlear's slim-straight, lateral wall electrode
(CI422), or peri-modiolar (CI512) electrode were investigated for impedance spikes …

Objective: In the era of big data, it is critical to aggregate results across different institutions.
This is a major challenge for cochlear implant (CI) research given multiple, incompatible …

A cochlear implant (CI) is a neurotechnological device that restores total sensorineural
hearing loss. It contains a sophisticated speech processor that analyzes and transforms the …

Objectives/Hypothesis: Cochlear implant surgery now aims to preserve residual low
frequency hearing. The current research explores whether fluctuations in the electrical …