Abstract

ABSTRACTBackground: Models for endoscopic retrograde cholangiopancreatography training allow practice with an expert feedback and without risks. A method to rapidly exchange the papilla can be time saving and accelerate the learning curve. Aim: To demonstrate a newly method of rapid exchange papilla in ex-vivo models to teach retrograde cholangiopancreatography advanced procedures. Methods: A new model of ex-vivo papilla was developed in order to resemble live conditions of procedures as cannulation, papilotomy or fistula-papilotomy, papiloplasty, biliary dilatation, plastic and metallic stentings. Results: The ex-vivo model of papilla rapid exchange is feasible and imitates with realism conditions of retrograde cholangiopancreatography procedures. Conclusion: This model allows an innovative method of advanced endoscopic training.

Highlights

  • Several training simulators are currently available for education in diagnostic and interventional endoscopic retrograde cholangiopancreatography (ERCP)[1,4]

  • The aim of this study was to demonstrate papilla change in ex-vivo models developed for the advanced training in ERCP

  • The ex-vivo model was made from a porcine digestive tract specimen, which was cleaned and prepared to support the “neo papilla” and “neo choledochus”

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Summary

Introduction

Several training simulators are currently available for education in diagnostic and interventional endoscopic retrograde cholangiopancreatography (ERCP)[1,4]. Models for ERCP training allow practice with expert feedback and without risks.Currently, there are three major categories: virtual reality simulators, live pigs and ex-vivo porcine models[1]. Ex-vivo porcine model offer a low cost training method and yield the possibility of customizing biliary anatomy. A method to rapidly exchange the papilla is essential to save time between the procedures.

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