Development of a Novel, Affordable, and Accessible Simulation for Teaching Rotator Cuff Repair

Area of Science:

• Orthopedic Surgery
• Surgical Simulation
• Medical Education

Background:

• Traditional intraoperative training for arthroscopic rotator cuff repair presents challenges.
• Expensive, lab-based simulation models limit accessibility for many trainees.
• There is a need for affordable, effective training tools for orthopedic residents.

Purpose of the Study:

• To develop a novel, affordable, and accessible simulation model for teaching arthroscopic rotator cuff repair.
• To create a portable, cost-effective simulator replicating in vivo conditions.
• To provide orthopedic surgery trainees with a tool to hone essential arthroscopic shoulder skills.

Main Methods:

• The simulator was constructed using commercially available, low-cost household items.
• Key components include a tactile surface for anchor placement and adjustable tendon tension.
• Instructional videos guide trainees in simulator construction and surgical technique.

Main Results:

• A cost-effective, portable arthroscopic rotator cuff repair simulator was successfully developed.
• The model effectively simulates key aspects of intraoperative rotator cuff repair.
• The simulator facilitates practice of anchor placement, instrument handling, and knot tying.

Conclusions:

• This innovative simulator offers a financially viable and effective alternative to traditional training methods.
• The model provides equitable access to essential surgical skill rehearsal for residents and fellows.
• Consistent practice with this simulator can improve surgical proficiency, confidence, and ultimately patient outcomes.