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首页> 外文期刊>Transplantation Proceedings >Effect of continuous application of shear stress on liver tissue: continuous application of appropriate shear stress has advantage in protection of liver tissue.
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Effect of continuous application of shear stress on liver tissue: continuous application of appropriate shear stress has advantage in protection of liver tissue.

机译:连续施加剪应力对肝组织的影响:连续施加适当的剪应力在保护肝组织方面具有优势。

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摘要

Rapid blood flow changes occur in the liver following a massive resection or in the grafted liver following transplantation, under which shear stress (SS) change induced by the flow change may determine the postoperative results. We observed changes in liver tissue structure and liver-specific function, and consequently assessed SS effect. The cultured liver tissue exposed to continuous application of moderate SS was shown to express and maintain a long-term liver-specific function. There was also evidence showing that destruction of the liver structure was inhibited. However, the cultured liver tissue not exposed to SS or exposed to high SS was shown to lose liver-specific function soon after expression. The liver structure was destroyed in the early stage of incubation. These results suggested that continuous application of appropriate SS has advantages over other types of stresses to protect liver tissue.
机译:快速的血流变化发生在大面积切除后的肝脏中或移植后的移植肝中,在这种情况下,由血流变化引起的切应力(SS)变化可能决定术后结果。我们观察到肝组织结构和肝特异性功能的变化,并因此评估了SS的作用。暴露于连续应用中度SS的培养肝组织显示出表达并维持长期肝特异性功能。也有证据表明抑制了肝结构的破坏。然而,显示未暴露于SS或未暴露于高SS的培养的肝组织在表达后不久丧失肝特异性功能。在孵化的早期,肝的结构被破坏了。这些结果表明,连续施用适当的SS具有优于其他类型压力的优势,以保护肝脏组织。

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