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A Simple and Innovative Simulator Model for Sialendoscopy Basket Stone Retrieval Training
Emad Ahmed Magdy1, Samir Ali Elborolosy2, Ahmed M Elbana3
1Department of Otorhinolaryngology-Head & Neck Surgery, Faculty of Medicine, Alexandria University, Alexandria, Egypt.
The Laryngoscope
|January 18, 2025
Summary
This study introduces a cost-effective sialendoscopy basket stone retrieval simulator using a syringe and guava seeds. Trainees found this innovative model realistic and efficient for practicing sialolith removal.
Area of Science:
- Otolaryngology
- Medical Simulation
Background:
- Sialendoscopy is a key procedure for salivary duct stone removal.
- Effective training models are crucial for sialendoscopy basket stone retrieval (BSR) proficiency.
- Existing models may lack accessibility or realism.
Observation:
- A novel BSR simulator was developed using a 1.0-mL insulin syringe and dried guava seeds.
- The syringe lumen effectively mimics a dilated salivary duct.
- Guava seeds accurately represent small, floating sialoliths.
Findings:
- The simulator was evaluated by sialendoscopy trainees.
- Trainees reported the model to be realistic and efficient for BSR practice.
- The simple design facilitates widespread adoption and training.
Implications:
- This low-cost simulator can enhance surgical training for sialendoscopy.
- Improved BSR skills can lead to better patient outcomes in salivary duct stone management.
- Facilitates accessible, hands-on training for sialolithiasis treatment.
