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Establishment of normal reference ranges for total and separate glomerular filtration rates in living kidney donors by Gates’ method after renal depth measured using single-photon emission computed tomography/computed tomography

机译:在使用单光子发射电压分层/计算断层扫描测量的肾脏深度后栅极方法在肾脏深度术后在生活肾脏供体中的总和肾小球过滤速率的正常参考范围的建立。

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摘要

The underestimation of renal depth by Tønnesen formula in Gates’ method, which has been confirmed by many scholars, leads to the underestimation of both separate glomerular filtration rate (gSGFR) and total glomerular filtration rate (gTGFR). This study aimed to establish the normal reference ranges of renal depth-calibrated gTGFR and gSGFR in Chinese healthy adults, and to analyze the influencing factors.
机译:通过许多学者证实的闸门方法的肾脏深度低估了肾脏深度,导致术后分离肾小球过滤速率(GSGFR)和总肾小球过滤速率(GTGFR)。本研究旨在在中国健康成人中建立肾脏深度校准GTGFR和GSGFR的正常参考范围,并分析影响因素。

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