A low fidelity eye model for lateral canthotomy training.

Area of Science:

• Medical Education
• Surgical Simulation
• Ophthalmology Training

Background:

• The lateral canthotomy is a critical surgical procedure.
• Access to high-fidelity surgical simulators can be limited by cost and availability.
• Effective training is essential for procedural competence.

Purpose of the Study:

• To introduce a novel, low-fidelity training model for the lateral canthotomy.
• To provide an accessible and cost-effective alternative for surgical skill development.
• To enhance clinicians' knowledge and proficiency in performing lateral canthotomy.

Main Methods:

• Development of a reusable, low-cost training model.
• Focus on simulating the key aspects of the lateral canthotomy procedure.
• Designed for repeated use to facilitate consistent practice.

Main Results:

• The developed model offers a viable training solution.
• Potential to improve procedural knowledge and practical skills.
• Addresses limitations of cost and access associated with traditional trainers.

Conclusions:

• The low-fidelity lateral canthotomy trainer is a practical educational tool.
• It can significantly benefit clinicians lacking access to expensive simulation methods.
• This model supports improved surgical training and patient care outcomes.