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Simulator Training for Endovascular Neurosurgery
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[Translational medicine-Development of simulation models for training in vascular surgery]
Markus Plimon1, Afshin Assadian1
1Klinik für Gefäßchirurgie, Klinik Ottakring der Stadt Wien, Montleartstr. 37, 1160 Wien, Österreich.
Summary
Developing a high-fidelity simulator for ultrasound-guided vascular puncture training reduces patient risk. This life-like model allows trainees to practice procedures and device deployment, enhancing patient safety.
Area of Science:
- Medical Simulation
- Surgical Training Technology
- Vascular Access Procedures
Context:
- Surgical and endovascular training involves a learning curve that can increase patient morbidity and mortality.
- Life-like simulators are crucial for transferring this learning curve from patients to a controlled training environment.
- Simulator training has demonstrated benefits across various medical disciplines.
Purpose:
- To develop a cost-efficient, high-fidelity simulator for ultrasound-guided arterial and venous puncture.
- The simulator aims to provide realistic haptic and visual feedback for percutaneous vascular puncture.
- To enable the use of percutaneous devices and closure systems within the simulation.
Summary:
- This article details the conception, production, and validation of a novel simulator for ultrasound-guided vascular puncture.
- The prototype successfully facilitates ultrasound-guided puncture of arteries and veins.
- It also supports the deployment of endovascular devices and closure systems, mimicking real-world scenarios.
Impact:
- Structured training, free from external influences, benefits clinical departments, trainees, and patient safety.
- Simulation training using life-like models offers a valuable supplement to traditional clinical education.
- This approach enhances procedural skills and reduces the risks associated with early-career practitioners.
