SimLife® technology in surgical training - a dynamic simulation model.

Area of Science:

• Medical Education
• Surgical Training
• Simulation Technology

Background:

• Traditional surgical apprenticeship models face challenges due to operating room constraints, patient safety demands, and reduced resident working hours.
• Simulation is now a compulsory technique in surgical education for skill acquisition, analogous to pilot training.
• The "I see, I do, and I teach" model is increasingly incompatible with modern surgical training needs.

Purpose of the Study:

• To introduce a novel surgical simulation model using dynamic cadavers.
• To provide a realistic platform for both open and laparoscopic surgery practice.
• To enhance the acquisition of technical surgical skills and reduce trainee anxiety.

Main Methods:

• Utilizing human cadavers donated to science for surgical simulation.
• Rendering cadavers dynamic with pulsatile vascularization and ventilation.
• Developing models for simulating both open and laparoscopic surgical procedures.

Main Results:

• The dynamic cadaver models accurately replicate surgical hand gestures.
• Simulation on these realistic models enhances skill acquisition in residents.
• Training in this context reduces stress and anxiety before real surgical procedures.

Conclusions:

• Dynamic cadaver simulation offers a superior alternative to traditional surgical training methods.
• This approach improves resident preparedness and confidence for actual surgeries.
• Realistic simulation is crucial for advancing surgical education and patient safety.