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大鼠肺部沉积工业三氧化铀粉尘后的代谢情况。

Metabolism of an industrial uranium trioxide dust after deposition in the rat lung.

作者信息

Stradling G N, Stather J W, Ellender M, Sumner S A, Moody J C, Towndrow C G, Hodgson A, Sedgwick D, Cooke N

出版信息

Hum Toxicol. 1985 Nov;4(6):563-72. doi: 10.1177/096032718500400602.

Abstract

UNLABELLED

Uranium trioxide, produced industrially, was administered to rats either by inhalation or direct injection of an aqueous suspension into the lungs.

THE RESULTS

show that uranium was cleared rapidly from the lungs, mainly to the blood; show that distribution of uranium among body tissues, and the fraction of the systemic content excreted in urine, was similar to that obtained for other transportable hexavalent uranium compounds; suggest that urine monitoring data would be of more value than lung radioactivity counting measurements for assessing occupational human exposure; indicate that for setting exposure limits by inhalation the uranium trioxide should be considered a highly transportable compound. Thus intakes by workers should be restricted to those recommended for short-term exposures and not those based on an annual limit.

摘要

未标注

将工业生产的三氧化铀通过吸入或向肺部直接注射水悬浮液的方式给予大鼠。

结果

表明铀从肺部迅速清除,主要进入血液;表明铀在身体组织中的分布以及经尿液排出的全身含量比例与其他可迁移的六价铀化合物的情况相似;提示在评估职业人群暴露时,尿液监测数据比肺部放射性计数测量更有价值;表明在通过吸入设定暴露限值时,应将三氧化铀视为一种高度可迁移的化合物。因此,工人的摄入量应限制在短期暴露推荐值范围内,而非基于年度限值的数值。

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