The arsenic is applied abroad, and is a toxic trace element, especially arsenite.

Influence of Sodium Selenite on Sperm Abnormalities Induced by Sodium Arsenite in Mice

亚硒酸钠对亚砷酸钠所致的小鼠精子畸形的影响

The Relationship between Lipid Peroxidation and Hormesis Caused by Sodium Arsenite

亚砷酸钠所致兴奋性效应与脂质过氧化的关系

Effects of Sodium Arsenite on Glutathione S-transferase and Its Genes Expression in Mice

亚砷酸钠对小鼠体内谷胱甘肽S-转移酶活力及其基因表达的影响

PH Variation as Indicator for the Reaction between Arsenite and Absorbents

几种吸附剂吸附亚砷酸根离子过程中pH值的动态变化

Study on Oxidative Stress and Apoptosis Induced by Cigarette Smoke Solution Combined with Arsenite and Their Mechanisms

香烟烟气溶液和砷联合作用对氧化应激和凋亡的影响及其机制的研究

Cloning and Preliminary Functional Analysis of a Novel Human Full-length cDNA Related to Gene Arsenite Metabolism

砷代谢相关的全长新cDNA的克隆和功能初步研究

The Effects of Arsenite Trioxide on the Transplanted Hepatic Carcinoma in Mice

氧化砷对小鼠移植性肝癌的作用

Arsenic exposure of human is due to drink the groundwater with rich arsenite.

人体主要通过饮用富含亚砷酸钠的地下水造成砷的蓄积。

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。

An agglutination test on transformed cells induced by nickel sulfate and sodium arsenite

硫酸镍、亚砷酸钠所致转化细胞的凝集试验粘合剂中镍的测定

Studies of cytogenetic effects of sodium arsenite on mouse bone marrow cells in vivo

亚砷酸盐对小鼠细胞遗传学效应的实验研究

Antagonistic effect of curcumin on sodium arsenite induced DNA damage in mice

姜黄素拮抗亚砷酸钠所致的DNA链断裂损伤

Features of DNA damage induced by sodium arsenite in cultured HeLa cells

砷致HeLa细胞基因组DNA损伤的特点

Study on Arsenite Sorption-desorption Behavior in Brown Soil and Its Form Distribution

砷在棕壤中的吸附&解吸行为及赋存形态研究

Experimental study of germ cell damage of male mice induced by sodium arsenite

亚砷酸钠对雄性小鼠生殖细胞损伤的实验研究

Effect of sodium arsenite to the level of twenty genes expression

砷对20个基因表达水平影响的研究

Molecular genetic mechanism of sodium arsenite on growth and development

亚砷酸钠对生长发育影响的分子遗传机制研究

A dual absorbing tower shower containing oxidant and alkaline absorbant was used for removing arsine, phosphorus, sulfur, fluorine, chlorine and oxynitrides.

用椭圆型喷淋吸收塔，氧化剂、碱吸收治理半导体工业废气中砷、磷、硫、氟、氯、氮氧化物及各种酸。

The phosphine and arsine absorb the ultraviolet light much more strongly than does silane, causing them to be deposited out on the walls of the container.

磷化氢和砷化三氢对紫外光的吸收比硅烷强烈得多，因此，它们就沉积在容器的器壁上。

Arsine is an alkenes gas which has extensive use and extremely difficult technology in electronic gases. It is an important sign whether technologically advance of the electronic gases in a country.

砷烷是电子气体中用途十分广泛，技术难度非常大的烷类气体，它是一个国家电子气先进与否的重要标志。