结论乙酰唑胺剂量依赖性地降低AQP1介导的渗透水通透性，抑制AQP1转运水的功能。
CONCLUSION Acetazolamide decreased the osmotic water permeability induced by AQP1 and inhibited the water transporting function of AQP1 in a dose dependent manner.
结论肝硬化大鼠内毒素和细菌转位可能是由于IBO和肠通透性增加的结果，而IBO的发生可能是由于肠转运时间延长所致。
Conclusion Endotoxin and bacterial translocation in cirrhotic rats may be the result of IBO and higher permeability. IBO may be the result of longer transit.
结论肝硬化大鼠内毒素和细菌转位可能是由于IBO和肠通透性增加的结果，而IBO的发生可能是由于肠转运时间延长所致。
Conclusion Endotoxin and bacterial translocation in cirrhotic rats may be the result of IBO and higher permeability. IBO may be the result of longer transit.
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