[The simulator for mastering of tendon suture technique]

Area of Science:

• Orthopedic Surgery
• Biomedical Engineering
• Surgical Simulation

Context:

• Mastering tendon suture techniques is crucial for orthopedic surgeons.
• Existing training models can be complex and expensive.
• A need exists for accessible and effective simulation tools.

Purpose:

• To present a novel, cost-effective tendon and simulator model for practicing tendon suture techniques.
• To utilize readily available materials for surgical training.

Summary:

• The proposed model uses silicone rod segments from two-stage tendon reconstruction as a tendon substitute.
• These silicone rods possess suitable diameter, shape, and elasticity mimicking human finger tendons.
• A plastic board with holes serves as a support, fixing the tendon model for practice.

Impact:

• The developed model offers a simpler and more accessible alternative to existing surgical simulators.
• Its effectiveness has been validated through practical training of junior surgeons.
• This innovation can improve surgical skill acquisition in tendon repair procedures.