Bone conduction (BC) hearing relies on sound vibration transmission in the skull bone.
Several clinical findings indicate that in the human, the skull vibration of the inner ear …

Objective: We aimed to review the history of anatomical dissection, and to examine how
modern educational techniques will change the way temporal bone dissection is taught to …

Virtual reality surgical simulation of temporal bone surgery requires digitized models of the
full anatomical region in high quality and colour information to allow realistic texturization …

Background: Existing virtual simulators for middle ear surgery are based on 3-dimensional
(3D) models from computed tomographic or magnetic resonance imaging data in which …

Objectives/Hypothesis To establish the effect of self‐directed virtual reality (VR) simulation
training on cadaveric dissection training performance in mastoidectomy and the …

Despite ever improving less-invasive medical treatment regimens, surgical intervention is
still required for many health conditions. As an example, disorders of the temporal bone …

Objective: Virtual reality (VR) simulation training can improve temporal bone (TB) cadaver
dissection skills and distributed, self-regulated practice is optimal for skills consolidation …

Objective Mastering Cochlear Implant (CI) surgery requires repeated practice, preferably
initiated in a safe–ie simulated–environment. Mastoidectomy Virtual Reality (VR) simulation …

Otologic skills training encompasses a range of procedures, including those that need to be
mastered by all medical doctors, such as otoscopy; basic procedures needed by general …

OBJECTIVE. We evaluated the clinical applicability and the value of digital volume
tomography for visualization of the lateral skull base using temporal bone specimens …