anisodus tanguticus中文是什么意思

• 山茛菪
• 山莨菪

• "anisodus luridus" 中文翻译 :    喜马拉雅东茛菪,三分三
• "acutangular anisodus root" 中文翻译 :    三分三
• "common anisodus root" 中文翻译 :    赛莨菪
• "extractum anisodus acntangulus" 中文翻译 :    三分三提取物
• "tangut anisodus radix" 中文翻译 :    山莨菪
• "tangut anisodus root or seed" 中文翻译 :    藏茄
• "anisodynamous" 中文翻译 :    生长不等的
• "anisoelastic" 中文翻译 :    非弹性的
• "anisodonty" 中文翻译 :    齿长短不齐; 牙长短不齐
• "anisoelastic drift" 中文翻译 :    各向异弹性后效
• "anisodontia" 中文翻译 :    齿长短不齐; 牙长短不齐
• "anisoelasticity" 中文翻译 :    非等弹性
• "anisodont" 中文翻译 :    牙齿高低不齐的
• "anisogametangiogamous" 中文翻译 :    异形配囊配合的
• "anisodine hydrobromide" 中文翻译 :    氢溴酸樟柳碱

• Character of the trace element for cultivated anisodus tanguticus maxim . pascher of xining in qinghai province
  青海省西宁种植山莨菪中微量元素特征
• Responses of antioxidative ingredients of anisodus tanguticus maxim . pascher to the environmental changes
  祁连山北坡云杉林和草甸土壤有机碳矿化及其影响因素
• The more concentrated extract of anisodus tanguticus root can restrain clealy the activity of - amylase and germination of seed and growing of seedling of wheat
  摘要高浓度的莨菪根水提取液对小麦种子的萌发、幼苗生长和-淀粉酶活性具有明显的抑制作用，浓度降低或萌发时间延长，不再表现出明显的抑制作用。
• The cultivated anisodus tanguticus ( maxim . ) pascher of two year and three year in different growth phase was collected , and the content of heavy metal element as pb , as , hg , cd was analysed by hydrogen generation - atomic absorption spectrometry
  采集两年生和三年生种植山莨菪在不同生长期的植物全植株，采用流动注射氢化法原子吸收光谱分别测试了其不同组织中铅、砷、汞、福等重金属元素含量。
• The results show that the part of the heavy metal element cumulated in root tissue organ on the growth periods and the part of the heavy metal element discharged besides the plant body with the tissue organ of stem and leaf wilted on the growth periods of the anisodus tanguticus ( maxim . ) pascher
  结果表明，山莨菪在生长周期内吸收的重金属元素并非全部蓄积在根组织器官中，部分重金属元素通过年生长周期内的生长发育而随着地上茎叶部分等组织器官的枯萎被代谢排出植物体外。
• To assess the medicinal value of cultural anisodus tanguticus , the contents of four bioactive tropane alkaloids , anisodine , anisodamine , scopolamine and atropine , in cultural and wild materials were determined by the hplc method . the results showed that content of each alkaloid in the aboveground parts of cultural and wild samples was lower than that in roots , and this explained why it was not the whole plant but the root that was used as medicinal materials . the content of each alkaloid in the roots of one - year cultural material was lower than that in the two - year plants . the discrepancy of the total of four alkaloids between one - year and wild plants is not significant . moreover , the total of four alkaloids , and the contents of anisodine , scopolamine , and atropine in two - year plants were higher than those in wild plant . thus there is medicinal value in the cultivated a . tanguticus as well as wild a . tanguticus , especially in the two - year cultural a . tanguticus
  为了评估人工栽培山莨菪的药用价值,采用高效液相色谱技术对人工栽培和野生山莨菪的地上部分和根中具有生物活性的4种托烷类生物碱:樟柳碱、山莨菪碱、东莨菪碱和阿托品的含量进行了测定.结果表明无论是人工栽培还是野生植物,地上部分中4种生物碱含量均远低于根,这解释了人们为什么用山莨菪的根而不是整株入药.在栽培植物的根中,一年生山莨菪中各生物碱含量均小于二年生山莨菪,其根中4种生物碱总量与野生根相比差异不是很明显;二年生山莨菪根中, 4种生物碱总量以及樟柳碱、东莨菪碱和阿托品含量均比野生的高.这说明人工栽培的山莨菪,尤其是二年生山莨菪,同野生山莨菪一样具有一定的药用价值