[Educational opportunities in minimally invasive surgery]

Area of Science:

• Surgical Education and Training
• Medical Simulation Technology

Context:

• Minimally invasive surgery (MIS) demands high surgeon skill, concentration, and endurance.
• Basic surgical training often utilizes pelvitrainers for instrument and camera handling practice.
• Current basic training methods lack realistic intraoperative situation simulation.

Purpose:

• To evaluate advanced simulation methods for surgical training.
• To explore the utility of pulsatile organ perfusion (POP) in surgical education.
• To compare the effectiveness of pelvitrainers and POP in simulating surgical scenarios.

Summary:

• Pelvitrainers provide foundational experience with instruments and video techniques in minimally invasive surgery.
• Pulsatile organ perfusion (POP) technology allows for realistic simulation of a wide range of surgical procedures and complications.
• POP can largely replace animal experiments for practicing complex abdominal, thoracic, vascular, urological, and gynecological surgeries.

Impact:

• Enhanced surgical training through realistic simulation, improving surgeon proficiency.
• Reduced reliance on animal models for surgical practice, aligning with ethical and practical considerations.
• Potential for wider adoption of advanced simulation techniques in surgical residency programs and continuing medical education.