A Novel Method for Practicing Fascial Closure with Suture.

Area of Science:

• Surgical Education
• Wound Healing
• Biomedical Engineering

Background:

• Fascial closure is a critical surgical skill that is difficult for junior residents to master.
• Complications from fascial wound dehiscence include hospital readmission, prolonged antibiotic therapy, and reoperation.
• Current medical education often emphasizes basic suturing, lacking specific training for complex fascial closure.

Purpose of the Study:

• To present an accessible, cost-effective simulation method for practicing fascial closure.
• To enhance residents' psychomotor skills in fascial suture placement.
• To provide a tangible way for trainees to assess their fascial closure technique.

Main Methods:

• Development of a practice model using readily available materials.
• Simulation of in vivo fascial closure for repetitive motor skill acquisition.
• Self-assessment of suture placement and technique within the simulated model.

Main Results:

• The proposed method allows for repeated practice of fascial suture techniques.
• Trainees can visually and tactilely assess the quality of their fascial closure.
• The simulation provides a safe environment to build confidence and proficiency.

Conclusions:

• This simulation offers a valuable adjunct to traditional surgical training for fascial closure.
• Improved practice of fascial closure can potentially mitigate risks of wound dehiscence.
• Accessible simulation tools are crucial for enhancing surgical resident education.