Innovative Cadaveric Technique: Utilising n-Butyl Cyanoacrylate (n-BCA) for Deep Endometriosis Excision Simulation in...

Area of Science:

• Surgical Education
• Anatomical Simulation
• Gynecologic Surgery

Background:

• Deep endometriosis excision requires specialized surgical skills.
• Cadaveric models are valuable for surgical training.
• A novel simulation technique is needed for minimal access deep endometriosis excision.

Purpose of the Study:

• To present a novel technique using n-butyl cyanoacrylate (n-BCA) for minimal access simulation training on cadavers.
• To demonstrate the application of n-BCA in cadaveric models for deep endometriosis excision simulation.
• To enhance surgical proficiency in deep endometriosis procedures through simulation.

Main Methods:

• A step-by-step video demonstration of n-BCA application in cadavers.
• Integration of the n-BCA technique into hands-on cadaveric training courses.
• Utilizing human cadaver models for simulating deep pelvic anatomy.

Main Results:

• The n-BCA technique was successfully implemented in a cadaveric training course.
• Positive feedback was received from participants.
• The technique demonstrated reproducibility and safety in cadaver dissections.

Conclusions:

• The n-BCA cadaveric model is beneficial for understanding deep pelvic innervation.
• This simulation approach significantly refines surgical expertise in deep infiltrating endometriosis excision.
• The technique is recommended for incorporation into surgical training programs.