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图像分析仪作为研究体外肾小球血管反应性的工具。

Image analyser as a tool for the study of in vitro glomerular vasoreactivity.

作者信息

Lakhdar B, Potier M, L'Azou B, Cambar J

机构信息

Groupe d'Etude de Physiologie et Physiopathologie Rénales, Faculté de Pharmacie, Bordeaux, France.

出版信息

Cell Biol Toxicol. 1994 Dec;10(5-6):291-5. doi: 10.1007/BF00755772.

Abstract

Many drugs used in clinics can dramatically reduce renal hemodynamics. For some years there have been developed in our laboratory two in vitro glomerular models, isolated glomeruli and mesangial cell cultures, to quantitate, by video image analyzer, the direct glomerular effect of vasoreactive agents. The present study shows the vasoconstrictive effects of angiotensin II and cyclosporin in both models and compares their glomerular vasoconstriction with or without vasodilating agents such as verapamil. This drug-induced glomerular vasoreactivity is time- and dose-dependent; moreover, it can be reversible after perfusion in control conditions. The interest of these in vitro glomerular models is validated by fair correlations between in vivo and in vitro data and between the responses of both. These models can be considered as tools for assessing glomerular vasoreactivity of nephrotoxic agents.

摘要

临床上使用的许多药物可显著降低肾血流动力学。多年来,我们实验室开发了两种体外肾小球模型,即分离的肾小球和系膜细胞培养物,以通过视频图像分析仪定量血管活性药物对肾小球的直接作用。本研究显示了血管紧张素II和环孢素在两种模型中的血管收缩作用,并比较了它们在有或没有维拉帕米等血管舒张剂情况下的肾小球血管收缩情况。这种药物诱导的肾小球血管反应性具有时间和剂量依赖性;此外,在对照条件下灌注后它可以逆转。体内和体外数据之间以及两者反应之间的良好相关性验证了这些体外肾小球模型的实用性。这些模型可被视为评估肾毒性药物肾小球血管反应性的工具。

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