动脉硬化动物模型。

Jeffrey Atkinson
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引用次数: 3

摘要

大动脉壁僵硬的动物模型分为两类:一类是缓慢自发发生多因素血管功能障碍的动物模型,如衰老大鼠。第二类模型包括由外科、化学或遗传手段引起的特定病理。这种模型是基于对幼小动物动脉壁的短期、高度创伤性损伤及其对这种损伤的急性反应。这与人类的情况非常不同,在人类的情况下,血管壁刚度的变化是由脆弱的老年人相对较小的血管损伤的长期积累引起的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Animal models of arterial stiffness.

Animal models of large artery wall stiffness fall into two categories: firstly those that slowly develop multifactorial vascular dysfunction spontaneously, such as the ageing rat. The second type of model consists of those in which a specific pathology is induced by surgical, chemical, or genetic means. Such models are based on a short-term, highly traumatic insult to the arterial wall of a young animal and its acute reaction to such insult. This is very different from the human situation in which changes in wall stiffness arise from the long-term accumulation of relatively minor episodes of vascular insult in the vulnerable elderly.

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