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首页> 外文期刊>Surgical Endoscopy >Short-term strength of non-penetrating mesh fixation: LifeMesh (TM), Tisseel (TM), and ProGrip (TM)
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Short-term strength of non-penetrating mesh fixation: LifeMesh (TM), Tisseel (TM), and ProGrip (TM)

机译:非渗透网格固定的短期强度:Lifemesh(TM),Tisseel(TM)和Progrip(TM)

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摘要

Non-penetrating mesh fixation is becoming widely accepted even though little is known about the short-term fixation strength of these techniques. Although clinical outcomes are the ultimate measure of effectiveness, ex vivo biomechanical evaluation provides insights about the load-carrying capacity of the mesh-tissue complex in vivo. As such, the purpose of this study was to compare the short-term fixation strength of three unique non-penetrating methods of fixation: LifeMesh (TM), ProGrip (TM), and Tisseel (TM). Among these, LifeMesh (TM) is a novel technology where large-pore, mid-weight polypropylene mesh is embedded in a dry matrix of porcine gelatin and microbial transglutaminase enzyme, providing self-fixation without the need for a separate adhesive application.
机译:即使关于这些技术的短期固定强度众所周知,也普遍接受非穿透网格固定。 尽管临床结果是有效性的最终衡量标准,但前体内生物力学评估为体内内网组织复合物的承载能力提供了见解。 因此,本研究的目的是比较三种独特的非渗透方法的短期固定强度:Lifemesh(TM),Progrip(TM)和Tisseel(TM)。 其中,Lifemesh(TM)是一种新型技术,其中大孔,中重聚丙烯网嵌入猪明胶和微生物转谷氨酰胺酶的干燥基质中,提供自固定而无需单独的粘合剂应用。

著录项

  • 来源
    《Surgical Endoscopy》 |2017年第3期|共4页
  • 作者单位

    Univ Tennessee Dept Surg Hlth Sci Ctr 910 Madison Ave Suite 223 Second Floor Memphis TN 38163;

    Univ Tennessee Dept Surg Hlth Sci Ctr 910 Madison Ave Suite 223 Second Floor Memphis TN 38163;

    Univ Memphis Dept Biomed Engn 330 Engn Tech Bldg Memphis TN 38152 USA;

    Univ Memphis Dept Biomed Engn 330 Engn Tech Bldg Memphis TN 38152 USA;

    Univ Tennessee Dept Surg Hlth Sci Ctr 910 Madison Ave Suite 223 Second Floor Memphis TN 38163;

    Univ Tennessee Dept Surg Hlth Sci Ctr 910 Madison Ave Suite 223 Second Floor Memphis TN 38163;

  • 收录信息
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 诊断学;
  • 关键词

    Mesh fixation; Fibrin sealants; Hernia; Biomechanics;

    机译:网格固定;纤维蛋白密封剂;疝气;生物力学;

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