论文部分内容阅读
通过动物试验,证明机体脱水,增加了被试动物对铅、锑和氯化乙酰胆碱等水溶性物质的感受性,增高了死亡率。但对三氯乙烯、苯、E605等脂溶性物质的感受性,并无显著改变。当用丘脑下自身刺激法试验时,发现大脑在持续脱水时出现了抑制。鸡气管粘膜纤毛的清除作用及大白鼠肺内肺胞游走巨噬细胞数目,因脱水而下降在体外环乙烯巴比妥经肝微粒体(Microsomal)的代谢,因脱水而受到影响。以上说明脱水可改
Through animal experiments, dehydration of the body has been proved to increase the susceptibility of test animals to water-soluble substances such as lead, antimony and acetylcholine and increase the mortality rate. However, there is no significant change in the sensitivities of liposoluble substances such as trichlorethylene, benzene, E605 and the like. When tested by the subthalamic self-stimulation method, it was found that the brain was inhibited during continued dehydration. Removal of chicken tracheal mucociliary and the number of pulmonary macrophages in the lungs of rats decreased by dehydration and were metabolized by the hepatic microsomal metabolites of Cymbaltabyethene in vitro and were affected by dehydration. Described above dehydration can be changed