The aim of this advanced course is to deepen anatomical and surgical knowledge of the petrous bone and lateral skull base
through hands-on dissection of fresh-frozen specimens using multiple surgical approaches.
The course emphasizes the integrated use and comparison of modern visualization technologies, including the operating
microscope, exoscope, and endoscope. In addition, participants will have the opportunity to handle and test a wide range of
contemporary surgical materials and prosthetic devices, including bioactive glass for mastoid obliteration, stapes prostheses,
TORP and PORP prostheses, and cochlear implant arrays.
The educational program consists of both theoretical and practical components.
The theoretical sessions, delivered remotely prior to the hands-on course, includes 7 webinars that will focus on advanced
surgical techniques, current indications, and the latest developments in technologies and materials.
The practical session includes two full days of step-by-step anatomical dissections, supported by high-quality anatomical
videos and live dissections at a dedicated master station. Ten individual dissection stations will be available, each equipped
with an operating microscope. One master station, integrating microscope, endoscope, and exoscope, will demonstrate surgical
steps and will also be available for hands-on dissection on a rotational basis.
Dissections will start from the middle ear and mastoid and progress to the inner ear, petrous bone, and lateral skull base.
Electrodes for cochlear implant simulation and biocompatible materials for mastoid cavity obliteration will be provided.
Participants will be continuously supervised and mentored by experienced faculty throughout the practical exercises. A basic
to intermediate knowledge of petrous bone anatomy and otologic surgery is required.