Biomechanical System for Measuring the Breaking Force of the Inguinal Hernia Mesh After Lichtenstein Tension-Free Repair

S. Grzeszewski, M. Kaminski, T. Okulik, K. Pietrusewicz, M. Szydłowski, P. Waszczuk
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Abstract

This article depicts developed biomechanical system designed for measuring the breaking force of the inguinal hernia mesh according to its fixation method – stitching and gluing. Authors describe in details structure of the laboratory stand which objective was to simulate Lichtenstein tension-free repair conditions as well as facilitate presentation of the methodology of conducted experiments. Statistical analysis of obtained data was performed to confirm usefulness of both fixation techniques. The goal of the presented in this work biomechanical system was to verify the reliability of inguinal hernia mesh fixation methods and to reach conclusions that could be later put into clinical practice.
测量腹股沟疝补片无张力修补后破断力的生物力学系统
根据腹股沟疝补片的固定方法-缝合-胶合-设计了一套生物力学系统,用于测量腹股沟疝补片的破断力。作者详细描述了实验室展台的结构,其目的是模拟列支敦士登无张力修复条件,以及促进进行实验的方法的介绍。对获得的数据进行统计分析,以证实两种固定技术的有效性。该生物力学系统的目的是验证腹股沟疝补片固定方法的可靠性,并得出可用于临床实践的结论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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