Suboptimal cochlear implant (CI) electrode array placement may reduce presentation of
coded information to the central nervous system and, consequently, limit speech recognition …

Objective: To identify primary biographic and audiologic factors contributing to cochlear
implant (CI) performance variability in quiet and noise by controlling electrode array type …

The depth of electrode insertion of a multichannel cochlear implant has been suggested as
a clinical variable that may correlate with word recognition using the implant. The current …

Objectives: The spatial position of a cochlear implant (CI) electrode array affects the spectral
cues provided to the recipient. Differences in cochlear size and array length lead to …

While new electrode designs allow deeper insertion and wider coverage in the cochlea,
there is still considerable variation in the insertion depth of the electrode array among …

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

Objective The purpose of the present study was to assess the influence of electrode
insertion length on cochlear implant (CI) performance. Study Design Prospective …

Background: Postoperative imaging studies by numerous groups have revealed that final
cochlear implant (CI) electrode position impacts audiological outcomes with scalar location …

Objectives: 1) To compare speech recognition outcomes between cochlear implant (CI)
recipients of 28-and 31.5-mm lateral wall electrode arrays, and 2) to characterize the …

Objective: To investigate whether the insertion depth of a cochlear implant array affects
postoperative speech perception. Design: The subjects were 48 postlingually deaf adults …