anisodus tanguticus 中文意思是什麼
anisodus tanguticus
解釋
山茛菪-
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
摘要高濃度的莨菪根水提取液對小麥種子的萌發、幼苗生長和-澱粉酶活性具有明顯的抑制作用，濃度降低或萌發時間延長，不再表現出明顯的抑制作用。 -
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
為了評估人工栽培山莨菪的藥用價值，採用高效液相色譜技術對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種托烷類生物堿:樟柳堿、山莨菪堿、東莨菪堿和阿托品的含量進行了測定.結果表明無論是人工栽培還是野生植物，地上部分中4種生物堿含量均遠低於根，這解釋了人們為什麼用山莨菪的根而不是整株入藥.在栽培植物的根中，一年生山莨菪中各生物堿含量均小於二年生山莨菪，其根中4種生物堿總量與野生根相比差異不是很明顯;二年生山莨菪根中， 4種生物堿總量以及樟柳堿、東莨菪堿和阿托品含量均比野生的高.這說明人工栽培的山莨菪，尤其是二年生山莨菪，同野生山莨菪一樣具有一定的藥用價值 -
Character of the trace element for cultivated anisodus tanguticus maxim. pascher of xining in qinghai province
青海省西寧種植山莨菪中微量元素特徵 -
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
結果表明，山莨菪在生長周期內吸收的重金屬元素並非全部蓄積在根組織器官中，部分重金屬元素通過年生長周期內的生長發育而隨著地上莖葉部分等組織器官的枯萎被代謝排出植物體外。 -
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
採集兩年生和三年生種植山莨菪在不同生長期的植物全植株，採用流動注射氫化法原子吸收光譜分別測試了其不同組織中鉛、砷、汞、福等重金屬元素含量。 -
Responses of antioxidative ingredients of anisodus tanguticus maxim. pascher to the environmental changes
祁連山北坡雲杉林和草甸土壤有機碳礦化及其影響因素
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