Chicago’s Advanced Training in Skull Base Surgery 2027
Advanced skull base surgery course combining open and endoscopic techniques, 3D/VR anatomy and cadaveric dissection for high-level surgical training.
Advanced skull base surgery course combining open and endoscopic techniques, 3D/VR anatomy and cadaveric dissection for high-level surgical training.
Curso intensivo de dos jornadas sobre anatomía, planificación y tratamiento del meningioma petroclival, con revisión de abordajes retrosigmoideo, transpetroso, transorbitario y endoscópico endonasal, además de cirugía en directo mediante abordaje […]
Major international European Skull Base Society congress bringing together multidisciplinary skull base specialists for scientific sessions, education and exchange on contemporary skull base surgery.
International conference focused on vestibular schwannoma and other cerebellopontine angle tumors, with strong relevance to lateral skull base surgery, multidisciplinary management and advanced skull base oncology.
Advanced microsurgical and endoscopic course focused on skull base and aneurysm approaches, with strong emphasis on surgical anatomy and hands-on technique.
Advanced endoscopic skull base surgery course with international faculty, hands-on cadaveric dissection and focused teaching on advanced skull base approaches.
Five-day advanced skull base course integrating microscopic, endoscopic and endoscope-assisted surgery with radiosurgical concepts and intensive hands-on anatomical training.
Two consecutive editions of the same international hands-on fresh-frozen cadaver dissection course, directed by Manuel Bernal-Sprekelsen and Isam Alobid at the Anatomy Department, Faculty of Medicine, Universitat de Barcelona.Edition 42: […]
Advanced temporal bone and lateral skull base course with approximately 14 hours of supervised dissection, operative demonstrations and focused teaching in neurotology and skull base anatomy.
Advanced endoscopic endonasal skull base course with extensive cadaveric dissection, 3D anatomy, transcavernous approaches and simulation of internal carotid artery injury, directed by Stanford skull base faculty.