• 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

 

V136: ENDOSCOPIC ENDONASAL 'HYPOTHALAMIC-SPARING' RESECTION OF A LARGE MULTI-CYSTIC CRANIOPHARYNGIOMA
Prakash Nair, Mch, Neurosurgery; Gowtham M; Akhilesh Gowda; Ashutosh Carpenter; Sree Chitra Tirunal Institute for Medical science and Technology, Trivandrum, Kerala, India

Craniopharyngiomas in the retrochiasmatic space may extend into the third ventricle. The extended endoscopic endonasal approach (EEEA) provides direct access to the tumor with minimal manipulation of the perforating arteries from the circle of Willis, avoiding brain retraction. EEEA allows a clear view of the hypothalamic wall and tumor interface, preventing hypothalamic injury. In this case, the tumor, located between the optic tract and hypothalamus, was completely resected while preserving the hypothalamus and vascular perforators.

 

 

← Back to Previous Page

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