Objective This study aimed to define a spatial position of the cochlea in the skull based on
anatomical studies and to design an appropriate method of skull radiography for …

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

Objective: To evaluate the electrode status during cochlear implantation (CI) using mobile
cone-beam CT (mCBCT). Study Design: Retrospective case review. Setting: Tertiary referral …

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 …

The purpose of this study was to evaluate the feasibility and usability of different radiologic
methods (single-slice computed tomography (CT), multi-slice CT and rotational tomography …

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 …

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

Objectives The advent of hybrid electro-acoustic implants requires precise positioning of the
electrode-array (EA) within the cochlea. The cochlea size, that is, the length of the cochlear …

Developing a clinically viable technique for measuring cochlear length could enhance future
electrode design of cochlear implants and surgical skills to improve clinical outcomes. While …

Conclusions: Flat-panel cone-beam computed tomography (CBCT) is able to assess the
trajectory of the implanted cochlear implant (CI) array. This is essential to determine specific …