過氧化汞 的英文怎麼說

中文拼音 [guòyǎnghuàgǒng]
過氧化汞 英文
mercury peroxide
  • : 過Ⅰ動詞[口語] (超越) go beyond the limit; undue; excessiveⅡ名詞(姓氏) a surname
  • : 名詞[化學] (氣體元素) oxygen (o)
  • : 名詞[化學] mercury (80號元素, 符號 hg)
  • 氧化 : [化學] oxidize; oxidate; oxide; burning; rust; oxygenize; oxido-; oxy-
  1. The main study in this paper included as follows : the content and distribution of heavy metals in sediments and benthic organisms from the sewage stream in guangzhou city ; the acute toxicity and joint toxicity of mercury and selenium to swordtail fish ( xiphophorus helleri ) ; the damage of mercury to the indexes of antioxidant system in the gills and livers in swordtail ( including the measurement of the activities of total antioxidative capacity [ t ~ aoc ], superoxide dismutase [ sod ], glutathione peroxidase [ gsh - px ] and the concentration of malondiald - ehyde [ mda ] ) and the relief effects of selenium on it, as well as the physiological damage of mercury on the tissues, namely : the antagonistic effect of na + - k + ~ atpase activity on the tissues between selenite and mercury, and the ultrastructural damage under the exposure of mercury

    研究內容主要有:廣州市河涌沉積物及底棲生物體內重金屬含量及評價;和硒對劍尾魚的急性毒性和聯合毒性及安全濃度的評價;對劍尾魚鰓和肝臟中抗系統的毒性,包括對總抗能力、超物歧酶、谷胱甘肽物酶活力及丙二醛含量的測定及硒對其保護作用;對劍尾魚組織生理毒性即:對na ~ + - k ~ + atpase活力的影響及硒的保護作用和和對劍尾魚組織超微結構的損傷等。以高氯酸?硝酸消法和火焰原子吸收分光光度法測定了廣州市河涌沉積物和底棲生物中重金屬含量。
  2. Compared to the single hg2 + treated, se4 + + hg2 + the mixed exposure could restrain the fall of the activity of t ? aoc, sod and gsh ? px, reducing the level of lipid peroxidation, and alleviating membrane damage, represented with the heighten na + - k + - atpase activity and reduced mda concentration, resulting in the increased resistance to hg2 + damage. however, se4 + were incapable of preventing from the damage of hg2 + ultimately, along with the exposure period, regardless of the fact that the obvious enhancement of t - aoc and atpase activity

    混合處理后,與單一處理相比, se ~ ( 4 + )在一定程度上能有效抑制脅迫引起的t ? aoc , sod , gsh ? px的降低,降低膜脂質水平,減輕了對膜的硒對致劍尾魚抗系統的毒害和生理損傷的拮抗作用損傷,表現為隨一k + / atpase活力升高,而mda含量降低,提高了機體對hg葉毒害的抗性;但隨著染毒時間延長,硒不能最終阻止毒害的加深。
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