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COMBINED endoprosthesis for intra-abdominal hernia repair

机译:联合内置假体修复腹内疝

摘要

Combined prosthesis for hernioplasty intraabdominal relates to medicine, specifically to surgery and may be used for open and laparoscopic hernia repair hernia repair method IPOM. Prepare endoprosthesis of two components, one of which is a biological material is non-immunogenic, modified ksenoperikardom shown, having two surfaces with different properties - smooth, prevents adhesion -Designed contact with internal organs and roughened - is intended for contact with a synthetic material; the second component of the prosthesis - woven synthetic polymeric material which is included in the process of integration with the tissues of the recipient. Biomaterial prosthesis is acellular biopolymer based on collagen and elastin, non-immunogenic, which has biorezistentnostyu. Two components of the prosthesis can be fastened to each other in several ways: 1) crosslinking nonabsorbable suture material; 2) fixing the seamless method using the bio-adhesive. Edge design synthetic component subjected to heat treatment in order to eliminate pulping implant edges. Cloth biological component protrudes polyester mesh perimeter by at least 1 cm. Using this composite endoprosthesis for intra-abdominal plasty in hernias creates a strong skeleton anterior abdominal wall with complete overlap of the hernia defect, thus reducing the risk of adhesions in the abdominal cavity, and providing sufficient softness generated frame, thereby reducing the frequency of formation in a patient persistent foreign body sensation and discomfort in vmeshatelst Islands in the late postoperative period.
机译:腹腔内疝成形术的组合假体涉及医学,特别是涉及外科手术,并且可用于开放性和腹腔镜疝气修复疝气修复方法IPOM。准备两种成分的假体,其中一种是非免疫原性的生物材料,显示了修饰的ksenoperikardom,具有两个具有不同特性的表面-光滑,防止粘附-设计与内部器官接触并变粗糙-旨在与合成材料接触;假体的第二个组成部分-机织合成聚合物材料,该材料包含在与受体组织整合的过程中。生物材料假体是基于胶原蛋白和弹性蛋白的无细胞生物聚合物,具有非免疫原性,具有biorezistentnostyu。假体的两个组件可以通过几种方式相互固定:1)交联不可吸收的缝合材料; 2)使用生物粘合剂固定无缝方法。边缘设计合成部件经过热处理,以消除制浆植入物边缘。布的生物成分使聚酯网的周边伸出至少1厘米。使用这种复合内假体在疝气中进行腹腔内成形术可形成坚固的骨骼前腹壁,疝气缺损完全重叠,从而降低了腹腔粘连的风险,并提供了足够的柔软度产生的框架,从而减少了形成的频率术后晚期在vmeshatelst群岛持续存在异物感和不适的患者。

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