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首页> 外文期刊>Biomaterials >Biocompatibility of a novel tissue connector for fixation of tracheostoma valves and shunt valves.
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Biocompatibility of a novel tissue connector for fixation of tracheostoma valves and shunt valves.

机译:新型组织连接器的生物相容性,用于固定气管造瘘阀和分流阀。

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摘要

Rehabilitation after laryngectomy often includes the use of a shunt valve and a tracheostoma valve to restore voice. To improve the fixation method of these valves, a new tissue connector has been developed, basically consisting of a ring that will be integrated into surrounding tracheal soft tissue. The valves can be placed in the ring. To test the principle of the tissue connector, a prototype consisting of a subcutaneous polypropylene mesh and a percutaneous titanium stylus was implanted into the backskin of 10 rats by a two-stage surgical procedure. We reasoned that if a firm connection can be realized with the skin, a firm connection with the trachea will also be possible. The subcutaneous part was implanted first, followed by the percutaneous part after 6 weeks. The complete tissue connector with surrounding tissue was removed 8 weeks later and examined histologically. The principle of the new tissue connector proved to be effective: hardly any epithelial downgrowth appeared, and adhesion of soft tissue was demonstrated. No infection or severe inflammation reaction was detected. The tissue connector seems appropriate for its intended use.
机译:喉切除术后的康复通常包括使用分流阀和气管造口阀以恢复声音。为了改进这些瓣膜的固定方法,已经开发了一种新的组织连接器,该连接器基本上由一个环组成,该环将集成到周围的气管软组织中。阀门可以放在环中。为了测试组织连接器的原理,将由皮下聚丙烯网和经皮钛针组成的原型通过两阶段手术程序植入到10只大鼠的背部皮肤中。我们认为,如果可以实现与皮肤的牢固连接,那么与气管的牢固连接也是可能的。首先植入皮下部分,然后在6周后植入经皮部分。 8周后取出具有周围组织的完整组织连接器,并进行组织学检查。新的组织连接器的原理被证明是有效的:几乎没有上皮下垂出现,并且证明了软组织的粘附。未检测到感染或严重的炎症反应。组织连接器似乎适合其预期用途。

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