肾I-RI时肾小球滤过膜超微结构的损伤与NO的生成及其作用有关。
NO aggravated those injuries, indicating that NO plays a role in the ultrastructure damages of glomerular filtration membrane in I-RI rats.
提示尿nag活性测定可作为间接反映肾小球滤过膜功能、筛查糖尿病早期肾病的一项敏感指标。
All these suggested that the determination of urinary NAG activity can be used as a sensitive indicator predicting early diabetic nephropathy.
以聚乙烯亚胺(PEI)为阳离子探针标记肾小球滤过膜负电荷位点，透射电镜观察肾i -RI对大鼠肾小球超微结构及负电荷位点的影响。
Anionic sites of glomerular were studied with a cationic probe-polyethyleneimine (PEI) and ultrastructure was observed under electron microscope in renal I-RI rats.
相关分析表明，肾组织et与尿蛋白排泄量、基底膜厚度呈正相关，与肾小球滤过率(GFR)呈负相关。
Related analysis demonstrated that the levels of ET in renal tissue were positively associated with urinary protein contents, basement membrane thickness, negatively with GFR.
其中系膜细胞的收缩在调节肾小球血液动力学如滤过系数和管-球反馈的变化方面可能具有重要的生理意义。
About of which, contraction function may be of physiological significance in modulating glomerular hemodynamics such as filtration coefficient and tubuloglomerular feedback.
其中系膜细胞的收缩在调节肾小球血液动力学如滤过系数和管-球反馈的变化方面可能具有重要的生理意义。
About of which, contraction function may be of physiological significance in modulating glomerular hemodynamics such as filtration coefficient and tubuloglomerular feedback.
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