Ying Woo Ng1, Yoke Fai Fong. 1. Department of Obstetrics and Gynaecology, National University Hospital, Singapore. ying_woo_ng@nuhs.edu.sg
Abstract
INTRODUCTION: This study aimed to develop a realistic and lifelike uterine model for the training of hysteroscopy skills. MATERIALS AND METHODS: A lifelike "uterine" model was constructed using female pig bladder. The pig bladder was enclosed within a malleable mould, with both ureters blocked by pins. Both rigid and flexible hysteroscopes were used in this study. RESULTS: Basic diagnostic hysteroscopy can be performed in the usual fashion using this lifelike model. The cost of each learning station is minimal. Pig bladder accurately simulates the human uterus with its realistic tactile feel, and conditions in the surgical environment, including obscuration of vision by debris, uterine "folds", realistic "ostia", incomplete shearing of tissue, "uterine" perforation, etc. CONCLUSION: This low-cost novel model provides realistic tissue resistance and yields an almost anatomically accurate hysteroscopic training tool, thereby allowing trainees to effectively acquire both diagnostic and therapeutic hysteroscopic skills.
INTRODUCTION: This study aimed to develop a realistic and lifelike uterine model for the training of hysteroscopy skills. MATERIALS AND METHODS: A lifelike "uterine" model was constructed using female pig bladder. The pig bladder was enclosed within a malleable mould, with both ureters blocked by pins. Both rigid and flexible hysteroscopes were used in this study. RESULTS: Basic diagnostic hysteroscopy can be performed in the usual fashion using this lifelike model. The cost of each learning station is minimal. Pig bladder accurately simulates the human uterus with its realistic tactile feel, and conditions in the surgical environment, including obscuration of vision by debris, uterine "folds", realistic "ostia", incomplete shearing of tissue, "uterine" perforation, etc. CONCLUSION: This low-cost novel model provides realistic tissue resistance and yields an almost anatomically accurate hysteroscopic training tool, thereby allowing trainees to effectively acquire both diagnostic and therapeutic hysteroscopic skills.
Authors: Felix Neis; Sara Brucker; Melanie Henes; F Andrei Taran; Sascha Hoffmann; Markus Wallwiener; Birgitt Schönfisch; Nicole Ziegler; Angelika Larbig; Rudy Leon De Wilde Journal: Surg Endosc Date: 2016-03-09 Impact factor: 4.584