In addition, we know that under certain controlled doses, arsenite has therapeutic value.
另外我们知道，在某些控制剂量下，亚砷酸盐有治疗价值。
Ferric arsenite sulfate is also of recent interest and may prove to be useful in stabilizing arsenic.
含铁的亚砷酸盐和硫酸盐也是新近的关注点并且可以证明对使砷稳定有用。
Because of the rude living environment, they are resistant to many heavy metals including arsenite and copper.
由于两种菌均生长于酸性矿坑水，环境特殊恶劣，因此能够耐受高浓度的重金属如铜、砷等。
The removal of arsenite and arsenate from solid herb sample by ion-pairing supercritical CO2 extraction was explored.
提出了一种超临界CO2离子缔合萃取去除固体中砷的新方法。
Much of the arsenic found in these studies is in an inorganic form — the oxides arsenate and arsenite — known to sicken people exposed via drinking water.
研究表明，大部分砷以无机形式即氧化物砷酸盐和亚砷酸盐存在，人们通过饮水的方式摄入而患病。
It is suggested that javelle water is an effective, economic and technologic feasible oxidationagent for removing arsenite from dispersed drinking water.
本研究结果表明，次氯酸钠是一种效果可靠、经济技术可行的分散式饮水三价砷的氧化剂。
The effects of sodium arsenite on certain Biochemical Function in heart of mice were explored by myocardial cell culture in vitro and whole animal experiment.
通过体外心肌细胞培养试验和动物实验，探讨了砷对心脏某些生化功能的影响。
Objective to study the effects of sodium arsenite on gene expression related to growth and development and explored the molecular mechanism of arsenic effects using gene chips.
目的利用基因芯片技术研究亚砷酸钠对生长发育相关基因表达的影响，探讨砷的分子遗传学机制。
A third approach — growing paddy rice aerobically in raised beds — reduces the mobilization of soil arsenite and "can dramatically decrease arsenic transfer from soil to grain," McGrath says.
第三个方法是在培育床上供氧种植水稻，麦格拉思认为，这可以减少动员土壤中的砷，而且“可以大大减少土壤中的砷转移至粮食的量。”
Researchers found that arsenite causes rapid destabilization of the lysosome in cells, and that breaks the lysosome apart, releasing enzymes that destroy these particular kinds of leukemia cells.
研究人员发现砷可以在短时间内使细胞中的溶酶体变得不稳定，从而使其分解并释放出酶，杀灭APL细胞。
Researchers found that arsenite causes rapid destabilization of the lysosome in cells, and that breaks the lysosome apart, releasing enzymes that destroy these particular kinds of leukemia cells.
研究人员发现砷可以在短时间内使细胞中的溶酶体变得不稳定，从而使其分解并释放出酶，杀灭APL细胞。
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