通过培养试验研究了有机酸对铅、镉的毒害影响，结果表明柠檬酸对铅，酒石酸对镉有较明显解毒作用。
The results showed that the detoxication of citrate acid to Pb and tartaric acid to Cd was comparatively distinct.
采用水培实验法，研究了不同浓度和不同施加方式下外源精胺对苎麻镉污染毒害的缓解效应。
Modification of cadmium (Cd) toxicity in ramie by exogenous spermine (Spm) with different concentrations and adding modes were researched under hydroponic conditions.
临床上应及时服用适量的硒和锌以拮抗镉与铅的毒害作用，促进机体康复。
Se and Zn should be taken clinically in order to antagonize the poison act of Cd and Pb and promote recovery of organism.
重点阐述了镉对肺、骨、肾、心血管、免疫系统、遗传、肝脏、生殖系统的毒害及其毒性作用机制。
The toxicological effects and the toxigenicity mechanism of the cadmium to lung, bone, kidney, blood vessel, immunity system, descendiblity and liver and procreation system were explained.
硒还能缓解镉对植物的毒害作用。
概述了镉对水稻的毒害作用及其对镉的耐性机制，阐述了水稻在镉胁迫下所采取的保护防御机制。
The poisonous effect of cadmium on Oryza sativa and the mechanism of enduring the cadmium stress in Oryza sativa were summarized. Corresponding defense mechanism adopted was summarized.
本文根据实验结果初步讨论了稀土钕减轻镉对水生植物毒害的机制。
Alleviation mechanism of rare earth neodymium to the damage of aquatic plants by heavy metal cadmium was discussed primarily on the base of experimental result.
水培实验发现施硅能显著减轻水稻镉毒害症状，使镉向地上部的运输显著降低。
Si added significantly alleviated the toxicity symptom of Cd in rice seedlings grown hydroponically.
镉对麻疯树根边缘细胞产生明显毒害，随着镉浓度和处理时间的增加，边缘细胞的活性都呈现下降的趋势。
With the increasing concentration of cadmium and the increasing treating time, the viability of the border cells all showed a decreasing trend.
镉对麻疯树根边缘细胞产生明显毒害，随着镉浓度和处理时间的增加，边缘细胞的活性都呈现下降的趋势。
With the increasing concentration of cadmium and the increasing treating time, the viability of the border cells all showed a decreasing trend.
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