商陆毒素是商陆的主要毒性成分之一。
Phytolaccatoxin is one of the main toxic constituents in Radix Phytolaccae.
对半夏的毒性成分研究和炮制机理现状作一概述。
This paper reviews the toxic substances and processing mechanism of Rhizoma Pinelliae.
其中苦参碱既是山豆根的功效成分也是毒性成分。
Sophorcarpidine is both the effective composition and the toxical composition of Sophorae Tonkinensis Radix et Rhizoma.
尼古丁可能不是CSE损伤大鼠心肌线粒体的毒性成分。
Nicotine might not be the toxic component of CSE to injure the rat heart mitochondria.
结论：毒性成分主要存在于极性大的溶剂中，即残留的水溶性部分及正丁醇部分。
Conclusion:Toxic components mainly exist in water-soluble part and n-butanol extract of Herba Siegesbeckiae.
方法：通过检索文献，对所记载的具有生殖毒性中药毒性成分进行归纳、整理和分析。
Methods: Literature about toxic ingredients of Chinese Herbal medicine with reproductive toxicity was reviewed.
对生半夏的毒性成分、中毒症状进行了探讨，并分析中毒机理、解救方法、炮制工艺等。
The toxicant ingredients and toxic indications of Pinellia tuber are discussed, and its toxic mechanisms, detoxifying methods, pharmaceutical technics are analyzed.
结果：具有生殖毒性中药的毒性成分主要为生物碱、苷类、毒蛋白、动物毒素、酚类和重金属等。
Results:The main ingredients with reproductive toxicity are alkaloids, glycosides, toxoprotein, animal toxins, phenols, heavy metals etc.
目的：研究乌头类有毒中药毒性成分乌头碱、新乌头碱和次乌头碱对心肌细胞膜受体作用的机制。
Objiective:To research the mechanisms of the venenons constituent of the Aconitum—aconitine, mesaconitine, hypaconitine on the membrane receptor of myocardial cell.
结论天然雄黄可导致小鼠肝损伤，酸化精制后对肝脏毒性显著降低，雄黄毒性成分可能为可溶性砷盐。
CONCLUSION: Crude realgar could induce significant liver oxidative injury, which could be reduced by purified realgar. Soluble arsenic salt may be major toxic ingredient.
在受污染的市区，他们还促进臭氧的产生，臭氧是对动物和植物生命有潜在毒性的烟雾的关键成分。
In polluted urban areas, they also enhance production of ozone, a key ingredient of smog that is potentially toxic to animal and plant life.
含有特别具有毒性的钸成分的混合氧化物燃料棒部分曝露。
Mixed oxide (MOX) fuel rods, partly composed of especially toxic plutonium are partially exposed.
所罗门说：“从原油中挥发出来的化学成分毒性很强。”
"The chemicals that evaporate off of the oil are quite toxic," says Solomon.
究黄芪成分f 3新制剂的急性毒性和最大耐受量。
Object Studying acute toxicity and maximum tolerable dose of Astragalus composition F3 new preparation.
这种安全成分来自于双三氯酚，后者有神经毒性倾向。
This very safe agent has taken over from hexachlorophene, which had a tendency to neurotoxicity.
垃圾渗滤液污染物浓度高、毒性大、成分复杂，对生态环境和人体健康危害十分严重，是一种典型的高污染、难处理高浓度有机废水。
The concentration of the pollution in garbage leachates is high, the virulence is great and the component is complex , which harms the biological environment and people' s health very seriously.
研究黄芪成分f 3新制剂的急性毒性和最大耐受量。
Studying acute toxicity and maximum tolerable dose of Astragalus composition F3 new preparation.
文章论述了二的化学成分及主要来源；二的毒性；日本、美国、德国等国二恶英污染状况及各国制定的标。
The chemical composition, main pollution sources and toxicity of dioxin, its pollution situation aboard and relative standards in Japan, USA, Germany etc are described.
目的观察以正烷基二甲基苄基氯化铵为主要杀菌成分的1210皮肤消毒液的杀菌性能及毒性。
Objective to observe the bactericidal property and toxicity of 1210 skin disinfectant containing alkyl dimethyl benzyl ammonium chloride as the main bactericidal ingredient.
目的：探讨不同炮制方法对苍耳子成分、镇痛作用及毒性的影响。
Objective: to probe into effects of different processing methods on constituents, analgesic action and toxicity of Fructus Xanthii.
目的了解野生牛肝菌的化学成分及对小鼠的遗传毒性。
Objective to analyze the chemical ingredients of wild Boletus and observe its genetic toxicity on mice.
结果各样品中易挥发的主要成分为甲苯、丁酮、汽油、醋酸乙酯、丙酮等，其急性毒性分级均为低毒。
Results Those samples ingredients easy to volatilize were mainly toluene, butanone, gasoline, ethyl acetate, acetone, etc. All of them were rated as low toxic for their acute toxicity.
除此之外，孟山都公司草甘膦“终结者”除草剂中添加的其他成分(辅佐剂)也发现构成风险，并且，在某些情况下加强了草甘膦的毒性。
In addition, the added ingredients (adjuvants) in Roundup have been found to pose hazards and in some cases to increase the toxicity of glyphosate.
含染料废水具有难降解物质多、有机物成分复杂、浓度高、毒性大等特点，是国内外公认的难处理工业废水之一。
Dyestuffs wastewater is featured by complicated organic matter composition, high density and toxicity, and is difficult to degradate bio-chemically.
因为事实上，不可能确定某些我们所引入的“具有潜在毒性”种类产品的成分。
As it is virtually impossible to be certain about the ingredients of some products we have introduced a 'potentially toxic' category.
[目的]究黄芪成分f 3新制剂的急性毒性和最大耐受量。
Object Studying acute toxicity and maximum tolerable dose of Astragalus composition F3 new preparation.
[目的]究黄芪成分f 3新制剂的急性毒性和最大耐受量。
Object Studying acute toxicity and maximum tolerable dose of Astragalus composition F3 new preparation.
应用推荐