硒单独或与银或砷联合对大鼠的影响。

Neurobehavioral toxicology Pub Date : 1979-01-01
P A Cabe, N G Carmichael, H A Tilson
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引用次数: 0

摘要

在两个实验中,Sprague-Dawley大鼠被给予元素硒(Se;10 ppm),银(Ag;1000ppm)和砷(As;50 ppm),单独或组合(Ag+Se或As+Se)。通过饮用水给药。每周监测体重、液体摄入量和食物消耗,并测量前肢和手肢力量。在两个实验中,硒都抑制了体重,as +Se也是如此。硒有增加相对体重食物消耗量的趋势;除As+Se外,其他治疗均不影响体重。在所有情况下,水的消耗都很低,这归因于适口性效应。肢体力量不受任何治疗的影响。在含硒的饮用水中添加银似乎可以减轻硒的毒性作用。然而,As似乎以增强方式与Se相互作用。单独硒组有1只死亡,砷组无死亡,但砷+硒组10只动物中有7只在18周给药期结束时死亡。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effects of selenium, alone and in combination with silver or arsenic, in rats.

In two experiments, Sprague-Dawley rats were administered elemental selenium (Se; 10 ppm), silver (Ag; 1000 ppm) and arsenic (As; 50 ppm), either alone or in combination (Ag+Se or As+Se). Administration was via drinking water. Body weight, fluid intake, and food consumption were monitored weekly and measures of forelimb and handlimb strength were taken. Se depressed body weights in both experiments, as did As+Se. Food consumption relative to body weight tended to be increased by Se alone; none of the other treatments affected body weight, except for As+Se. Water consumption was depressed in all cases, which was attributed to a palatability effect. Limb strength was not affected by any treatment. The addition of Ag to the drinking water containing Se appeared to reduce the toxic effect of Se. However, As appeared to interact in a potentiating fashion with Se. There was 1 death in the Se alone group, none in the As group, but 7 out of 10 animals receiving As+Se had died by the end of the 18 week dosing period.

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