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确定人体肾皮质中镉的临界浓度时的概念性问题。

Conceptual problems in establishing the critical concentration of cadmium in human kidney cortex.

作者信息

Kjellström T, Elinder C G, Friberg L

出版信息

Environ Res. 1984 Apr;33(2):284-95. doi: 10.1016/0013-9351(84)90025-2.

Abstract

The definition of the "critical concentration" for cadmium is compared with the concepts used to establish this measure in some recent publications. The term has not been clearly defined on a population basis and this has given rise to certain confusion. Different groups of investigators therefore have arrived at different estimates of the "critical concentration" for cadmium in human kidney cortex. A new measure, the "population critical concentration" (PCC) with a clearly defined response rate, is suggested. A reanalysis of the published data indicates that the PCC-10 (10% response rate) for cadmium in kidney cortex is likely to be in the range 180-220 micrograms/g and the PCC-50 is likely to be about 25% higher.

摘要

将镉的“临界浓度”定义与近期一些出版物中用于确定该指标的概念进行了比较。该术语在总体层面上尚未得到明确界定,这引发了一定的混乱。因此,不同的研究小组对人肾皮质中镉的“临界浓度”得出了不同的估计值。本文提出了一种新的指标,即具有明确响应率的“总体临界浓度”(PCC)。对已发表数据的重新分析表明,肾皮质中镉的PCC-10(响应率为10%)可能在180 - 220微克/克范围内,而PCC-50可能高出约25%。

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