• Skip to main content
  • Skip to header right navigation
  • Skip to site footer

  • Twitter
  • YouTube
NASBS

NASBS

North American Skull Base Society

  • Home
  • About
    • Mission Statement
    • Bylaws
    • NASBS Board of Directors
    • Committees
      • Committee Interest Form
    • NASBS Policy
    • Donate Now to the NASBS
    • Contact Us
  • Industry
    • Exhibits and Support & Visibility Opportunities
    • Industry Archives
  • Meetings
    • 2026 Annual Meeting
    • Abstracts
      • 2026 Call for Abstracts
      • NASBS Poster Archives
      • 2025 Abstract Awards
    • 2025 Recap
    • NASBS Summer Course
    • Meetings Archive
    • Other Skull Base Surgery Educational Events
  • Resources
    • Member Survey Application
    • NASBS Travel Scholarship Program
    • Research Grants
    • Fellowship Registry
    • The Rhoton Collection
    • Webinars
      • Research Committee Workshop Series
      • ARS/AHNS/NASBS Sinonasal Webinar
      • Surgeon’s Log
      • Advancing Scholarship Series
      • Trials During Turnover: Webinar Series
    • NASBS iCare Pathway Resources
    • Billing & Coding White Paper
  • Membership
    • Join NASBS
    • Membership Directory
    • Multidisciplinary Teams of Distinction
    • NASBS Mentorship Program
  • Fellowship Match
    • NASBS Neurosurgery Skull Base Fellowship Match Programs
    • NASBS Neurosurgery Skull Base Fellowship Match Application
  • Journal
  • Login/Logout

2025 Proffered Presentations

2025 Proffered Presentations

 

← Back to Previous Page

 

V105: EXTREME LATERAL SUPRACEREBELLAR INFRATENTORIAL APPROACH FOR RESECTION OF A MIDBRAIN CAVERNOMA
Ehsan Dowlati, MD; Justin Turpin, MD; Danielle Golub, MD; Amir R Dehdashti, MD; North Shore University Hospital

A 71-year-old female presented with weeks of intermittent left sided paresthesias. Workup with CT head demonstrated a right midbrain hyperdense lesion and an MRI demonstrating findings consistent with a cavernoma with an associated DVA. Microsurgical resection was planned via right extreme lateral supracerebellar infratentorial approach. Neuro-navigation with DTI imaging was used to plan our trajectory and entry zone. Gross total resection was achieved, and the patient tolerated the procedure well with no new neurologic deficits. 

 

 

← Back to Previous Page

Copyright © 2025 North American Skull Base Society · Managed by BSC Management, Inc · All Rights Reserved