2027 Annual Spetzler Microneurosurgery Course

2027 Annual Spetzler Microneurosurgery Course is organized by Barrow Neurological Institute (BNI) and will be held from Jan 07 - 08, 2027 at Loyal and Edith Davis Neurosurgical Research Laboratory Barrow Neurological Institute in Phoenix, Arizona, United States of America.

Description:
The Barrow Neurological Institute Division of Neurological Surgery announces the Spetzler Microneurosurgery Course, with course director, Michael T. Lawton and special guest, Robert F. Spetzler. BNI Neurosurgery Faculty, along with invited guest faculty, will lead a didactic-practical course in neurosurgical approaches and anatomy combined with clinical correlation of cerebrovascular and brain tumor management of the anterior regions of the cranium and skull base. This course is designed for neurosurgery residents and fellows and will address surgical anatomy, surgical approaches and strategies, and clinical review. It is a full two-day course designed with intense instruction and discussion for 60 participants. Didactic instruction will feature 3D and digital video microanatomy, recorded surgery, and correlated discussion for cerebrovascular and tumor pathology. The clinical information will be used to make the practical anatomical dissection practice come alive. Exquisitely preserved cadaver tissue with vascular injection will provide the platform for lengthy dissection periods led by a master at the head station with other faculty mentors. Each station will have state-of-the-art instrumentation and microscopes.

Learning Objectives:
Become intimately familiar with microneurosurgical anatomy for anterior region cranial and skull base surgical approaches:

• Learn appropriate visualization, technique, and approaches for neurosurgery at the skull base.
• Correlate clinical pathological information with the corresponding anatomic region.
• Combine anatomy and pathology information into decision-making for surgical approach selection.
• Explore discuss, and learn options from experienced neurosurgical faculty for surgical treatment of pathology at the anterior region skull base;
• Practice surgical approaches utilizing image guidance assistance with applied knowledge from didactic and discussion sessions on preservedinjected cadaver specimens.