Course Format
The 15th Neuroendoscopy Week 2026 consists of two specialized modules:
· Intraventricular Neuroendoscopy
· Endoscopic Skull Base Surgery
This year’s course format has been streamlined to focus intensively on these two core areas.
Lectures
Each day of the 15th Neuroendoscopy Week 2026 offers expert-led lectures and interactive discussions. The sessions cover the essential principles and current developments in:
- Endoscopic Skull Base Surgery
- Intraventricular Neuroendoscopy
Participants benefit from focused theoretical input delivered by internationally recognized faculty, complemented by case-based discussions and Q&A sessions.
Live Surgeries
Selected surgical procedures related to each module will be performed as Live Surgeries, transmitted directly to the lecture hall.
Participants can communicate with the operating surgeon in real time, gaining insight into:
- Surgical decision-making
- Step-by-step technique
- Instrument handling
- Pitfalls and complication management
Each session is followed by structured case discussions to deepen understanding and enhance the learning experience.
Hands-On Training
The course includes an extensive daily hands-on curriculum providing practical training in advanced neuroendoscopic and skull base techniques.
Training Setup
- 8 hands-on stations, each with 2 - 3 participants
- One dedicated tutor per station
- High-fidelity cadaveric specimens with excellent anatomical realism
- Special embalming method ensuring optimal tissue quality for endoscopic work
Further information about our cadaveric preparation techniques can be found on the website.
Animal Models
For intraventricular neuroendoscopy, participants also train using a small animal model, an established and validated additional to cadaver-based training. It enables the practice of essential endoscopic skills in a reproducible and controlled environment.
Key Features
- Realistic surgical tissue properties, including bleeding reactions
- Training of membrane perforation, biopsy, and coagulation
- Real-time feedback on endoscopic manipulation
- Cost-effective and widely available
The model has been evaluated and rated as highly realistic in a comparative study:
Senger S, Lepshokov M, Tschernig T, Cinalli G, Oertel J.
Evaluation of training models for intraventricular neuroendoscopy.
Neurosurgical Review (2024);47:844. DOI: 10.1007/s10143-024-03082-9.
All training sessions comply with international and national animal welfare regulations, including:
- European Convention for the Protection of Vertebrate Animals
- CIOMS International Guiding Principles
- FELASA ethical guidelines
Simulators
Participants also train on advanced simulation systems designed to strengthen minimally invasive neurosurgical skills.
- Endoscopic Port-Based Simulation: Transparent tubular retractor system for deep-seated intracranial lesions
- Artemis™ Neuro Evacuation Device: Controlled aspiration system for ventricular and intracerebral procedures
These simulation tools allow safe, structured practice and help bridge the gap between theory and real surgical procedures.
