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 …

Background: Research on the human cochlear anatomy in relation to tonotopy and cochlear
implantation is conducted by specialists from numerous disciplines such as histologists …

Background Despite significant anatomical variation amongst patients, cochlear implant
frequency-mapping has traditionally followed a patient-independent approach. Basilar …

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

Background: CI electrode array selection can be influenced by measuring the CDL, which is
estimated based on the length of the line that connects the round window and the lateral …

Background: Various relationships relating A value measured from a patient's computed
tomography scan and CDL have been proposed to aid in preoperative electrode selection …

Three-dimensional cochlear canal lengths, electrode array intracochlear insertion depths,
and characteristic frequency ranges were estimated for 20 Nucleus implant recipients on the …

Background: Detailed studies of cochlear morphology can guide our approach to
cochleostomy and electrode insertion to optimize neuronal and hair cell preservation and …

Computerized tomography (CT) imaging of the inner ear structures is helpful when
evaluating a patient for cochlear implantation. The accuracy of CT scan imaging in …

Objective Preoperative information about cochlear morphology and size increasingly seems
to be a defining factor of electrode choice in cochlear implant surgery. Different types of …