Objective: The objective of this study is to determine the reliability of a new tablet-based
software that utilizes postoperative computed tomography to determine angular insertion …

Objective: To validate a method of measuring angular depth of insertion (aDOI) as well as
positional depth of each electrode contact in a cochlear implant by using intraoperative …

Objective: The goal of this study was to use highly accurate nonrigid algorithms to locate the
position of cochlear implant (CI) electrodes and correlate this with audiological performance …

Background: The human cochlea exhibits remarkable interindividual morphological
differences. The prediction of the required array length for a specific AID can help to improve …

Beside the cochlear size, the linear insertion depth (LID) influences the insertion depth
angle of cochlear implant electrode arrays. For the specific implant CI422 the recommended …

Aims: To establish normative data on the size of the basal turn of the cochlea using high-
resolution computed tomography of the temporal bone in adults and children. To determine …

Objective: The development of a procedure for the measurement of insertion depth angles of
cochlear implant electrode arrays based on flat-panel computed tomography (FPCT) and the …

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

Objectives: Reliable determination of cochlear implant electrode positions shows promise
for clinical applications, including anatomy-based fitting of audio processors or monitoring of …

Although the spiral anatomy of the human cochlea seems evident, measuring the highly
inter-variable true dimensions is still challenging. Today, only a few three-dimensional …