肾清除率常用来表示药物在肾中的排除机制，它是肾小球滤过和肾小管分泌与重吸收的作用结果。
Renal clearance is used to determine renal elimination mechanisms of a drug, which is the result of glomerular filtration, active tubular secretion and reabsorption.
由于转运蛋白的特异性之间存在重叠，药物在肾小管分泌过程中产生的药物的相互作用将是今后临床上值得注意的问题。
Due to overlapping specificities of the transport proteins, drug interactions at the level of tubular secretion is an event that may occur in clinical situation.
肾的生理功能包括肾小球的滤过功能﹑肾小管重吸收和分泌功能，以及肾脏内分泌功能。
The physiological function of kidney includes glomerular filtration, tubular resorption and secretion as well as its endocrine functions.
肾内AAP可能与肾小管和集合小管的分泌和重吸收功能有关。
The function of AAP in kidney may related to the secretion and reabsorption of renal tubules and collecting tubules.
肾素的分泌至少受四种互不排斥的机制控制：肾血管受体对向心小动脉壁张力变化的反应； 致密斑受体发现远端肾小管内氯化钠传递速率或浓度的变化；
Renin secretion is controlled by at least four mechanisms that are not mutually exclusive : a renal vascular receptor responds to changes in tension in the afferent arteriolar wall ;
肾素的分泌至少受四种互不排斥的机制控制：肾血管受体对向心小动脉壁张力变化的反应； 致密斑受体发现远端肾小管内氯化钠传递速率或浓度的变化；
Renin secretion is controlled by at least four mechanisms that are not mutually exclusive : a renal vascular receptor responds to changes in tension in the afferent arteriolar wall ;
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