Abstract Objectives/Hypothesis: We have previously described a novel, automated, nonrigid,
model‐based method for determining the intrascalar position of cochlear implant (CI) …

Objective To assess the utility of cone-beam computed tomography (CBCT) imaging in the
estimation of cochlear implant (CI) electrode position in implanted temporal bones. Study …

Objective: To determine the efficacy of clinical computed tomographic (CT) imaging to verify
postoperative electrode array placement in cochlear implant (CI) patients. Study Design …

Background: Several radiologic studies using sophisticated techniques have been
described. This study was designed to validate a standard multislice computed tomography …

Background: Cochlear duct length is highly variable ranging from 25.26 to 35.46 mm, yet CI
electrode arrays are treated as one size fits most. We sought to investigate the impact of …

Background: In CI surgery, the electrode array should be inserted into and remain within the
scala tympani to avoid injury to Reissner's membrane and the scala media. Correlating the …

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 …

Conclusion: CBCT allows a precise evaluation of the dimensions and of the shape of the
cochlear duct that is of primary importance for the choice of the length and the design of the …

Background Preoperative estimation of the insertion depth angles for different electrode
arrays can help surgeons choose the optimal electrode length, especially for low-frequency …

Objective: To use the improved resolution available with 64-slice multidetector computed
tomography (MDCT) in vivo to localize the cochlear implant electrode array within the basal …