Arne R Schneider1, Wolfgang Schepp1. 1. Department of Gastroenterology, Hepatology and Gastroenterological Oncology, Bogenhausen Academic Teaching Hospital, Klinikum Muenchen GmbH, Munich, Germany.
Abstract
BACKGROUND: Ex vivo training of ERCP by using simulators is desirable before trainees perform endoscopy in patients. OBJECTIVE: We aimed to construct a simple and inexpensive but realistic simulator for ERCP training. DESIGN: Construction and establishment of an ERCP simulator. SETTING: Endoscopy suite. INTERVENTION: An ERCP simulator was assembled by using a polyvinylchloride hose, insulated wire end sleeves, a plastic board, and hose clamps. MAIN OUTCOME MEASUREMENTS: Application of the simulator for endoscopic training, with focus on endoscope maneuverability as well as on alignment and intubation of the papilla and assessment of simulator performance by a short questionnaire. RESULTS: Because of the sufficient diameter of the hose and varying orientations of the wire end sleeves, the system allows for realistic endoscope maneuvering and wire intubation of the "papillary orifices." Trainees feel better prepared and more confident in the technique before performing ERCP in patients for the first time. LIMITATIONS: Extensive validation and statistical evaluation is lacking. CONCLUSION: The construction offers the opportunity to provide a readily available simulator for initial access to basic ERCP techniques.
BACKGROUND: Ex vivo training of ERCP by using simulators is desirable before trainees perform endoscopy in patients. OBJECTIVE: We aimed to construct a simple and inexpensive but realistic simulator for ERCP training. DESIGN: Construction and establishment of an ERCP simulator. SETTING: Endoscopy suite. INTERVENTION: An ERCP simulator was assembled by using a polyvinylchloride hose, insulated wire end sleeves, a plastic board, and hose clamps. MAIN OUTCOME MEASUREMENTS: Application of the simulator for endoscopic training, with focus on endoscope maneuverability as well as on alignment and intubation of the papilla and assessment of simulator performance by a short questionnaire. RESULTS: Because of the sufficient diameter of the hose and varying orientations of the wire end sleeves, the system allows for realistic endoscope maneuvering and wire intubation of the "papillary orifices." Trainees feel better prepared and more confident in the technique before performing ERCP in patients for the first time. LIMITATIONS: Extensive validation and statistical evaluation is lacking. CONCLUSION: The construction offers the opportunity to provide a readily available simulator for initial access to basic ERCP techniques.
Authors: Ji Yong Ahn; Jin Seo Lee; Gin Hyug Lee; Ji Wan Lee; Hee Kyong Na; Kee Wook Jung; Jeong Hoon Lee; Do Hoon Kim; Kee Don Choi; Ho June Song; Hwoon-Yong Jung; Jin-Ho Kim Journal: Gut Liver Date: 2016-09-15 Impact factor: 4.519