Kasatkin Iu N, Shliakhto E V, Dolgova I B, Karpikov R I, Pushkarev A A
Med Radiol (Mosk). 1990 Apr;35(4):46-8.
The authors present the results of the determination of the effective renal blood flow (ERB), the effective renal plasma flow (ERP) and the rate of glomerular filtration (GRF) by sequential administration of 131I-hippuran and 169Yb-DTPK assessing the contribution of each radionuclide in blood plasma specimens with the help of a multichannel pulse analyzer. The mean values of ERB (738.4 +/- 27.3 ml/min), ERP (391 +/- 22.4 ml/min) and GRF (128.9 ml/min) were in full accord with the literature data. The difference between GRF values calculated in the presence of 131I in plasma and after its decomposition, did not exceed 5% (6.4 +/- 1.8 ml/min), and the ratio of correlation between them was 0.948, p less than 0.01. A possibility of simultaneous determination of ERB and GRF under clinical conditions was shown.
作者介绍了通过顺序给予131I - 马尿酸和169Yb - DTPK,并借助多通道脉冲分析仪评估血浆标本中每种放射性核素的贡献,来测定有效肾血流量(ERB)、有效肾血浆流量(ERP)和肾小球滤过率(GRF)的结果。ERB的平均值(738.4±27.3毫升/分钟)、ERP的平均值(391±22.4毫升/分钟)和GRF的平均值(128.9毫升/分钟)与文献数据完全一致。血浆中存在131I时计算的GRF值与其分解后计算的GRF值之间的差异不超过5%(6.4±1.8毫升/分钟),两者之间的相关系数为0.948,p小于0.01。研究表明在临床条件下可同时测定ERB和GRF。