白芷 的英文怎麼說

中文拼音 [báizhǐ]
白芷 英文
[中藥] the root of dahurain angelica; radix angelicae formosanae; angelica dehurica
  • 白 : Ⅰ形容詞1 （似雪的顏色） white 2 （清楚; 明白; 弄明白） clear 3 （空的; 沒加他物的） pure; clear; ...
  • 芷 : 名詞[植物學] （白芷） angelica
  1. Results dry matter accumulation of aerial part and under ground part of a. dahurica showed " s " curve, dry matter of aerial part gradually increased from the end of july to the early october and got to the peak in mid - october, then gradually decreased ; dry matter of under ground portion increased slowly in earlier stage and became rapidly from the end of august to the end of september, then reduced

    結果白芷地上和地下部分干物質積累呈「 s 」型曲線，地上部分干物質在7月底至10月初逐漸增加， 10月中旬達到高峰，隨后降低；地下部分干物質前期增加較慢， 8月底至9月底為快速增長期，隨后增加稍有減慢。
  2. Systemic study on the germplasm resources of dahurian angelica

    禹白芷良種繁育技術
  3. Studies on cultivation measures of angelica dahurica

    白芷栽培措施研究
  4. Characteristics and cultivation techniques for dahurian angelica

    白芷的特徵特性及栽培技術
  5. The histological research of male bai zhi showed that it had severe lignified while the tissues secereting the volatile oil and the coumarin ( secretory cavity ) were very little. the results of extractive test also showed that the principle constituent of male bai zhi was lower than the common evidently

    公白芷的組織研究表明其木化程度高，而與揮發油和香豆素類成分密切相關的組織（分泌腔）又較少，白芷浸出物含量測定的結果也表明，公白芷中有效成分的含量明顯低於一般白芷。
  6. Experimental study on the antipyretic - analgesic and anti - inflammatory of total coumarins from radix angelicae dahurica

    杭白芷香豆素組分解熱鎮痛抗炎作用的實驗研究
  7. In order to provide the scientific basis for the good agricultural practice ( gap ) of sichuan bai zhi, rapd was firstly used to analyze the genetic polymorphism of different type from sichuan bai zhi and hangzhou bai zhi. the result showed that different color of petiole has not obvious relationship to whether to bolt or not and different localities have more influences on genetic diversity than different color of petiole

    為配合川白芷生產質量管理規范化（ gap ）研究，本文首次採用rapd技術對川白芷生長過程中不同形態的四個類群及杭白芷進行基因組dna多態性分析，認為川白芷葉柄顏色的不同與是否抽薹無明顯的相關性，而產地的差異對遺傳變異的影響大於因其葉柄顏色不同所造成的影響。
  8. F. is usually purple by investigation and indentification of these species in plants, which is different from narration in some documents. detailed morphological and histological study has been carried on to contrast sichuan bai zhi with hangzhou bai zhi and male bai zhi

    原植物調查及鑒定發現杭白芷與白芷在莖與葉鞘的顏色上無明顯差異，一般莖的基部與葉鞘多為紫色，與文獻記載的有所不同，作者認為不能以此作為分類依據。
  9. Hangzhou bai zhi contains the least of ethanol - soluble extractive while qizhou bai zhi ( have n ' t been smoked by sulfur ) has the highest content. sichuan bai zhi from suining and nanchong have more ethanol - soluble extractive content than others and the medicinal materials from nanchong and quxian have the highest volatile oil content

    不同商品的白芷浸出物含量以杭白芷最低，而祁白芷（未熏硫）的最高；川白芷不同產地的藥材浸出物含量以遂寧和南充產的較高。
  10. In consideration of the different harvest time, the medicinal materials harvested in the first ten days of july had the most content of ethanol - soluble extractive and volatile oil

    白芷不同採收期的藥材，其浸出物、揮發油的含量均以7月上旬含量最高。
  11. Chemical constituents of angelica dahurica

    中藥川白芷化學成分的研究
  12. Cultivaton techniques of new drawf ground - cover chrysanthemum variety

    中藥白芷種質資源的系統研究
  13. Identification of traditional chinese medocone baizhi with near - infrared spectrum

    近紅外光譜技術用於白芷類中藥的鑒定研究
  14. Identification of dahurian angelica root and its application in treating intractable gastric pain

    白芷治療胃脘久痛及藥用鑒別
  15. These results indicated that ecbp21 may involve in the regulation of cell growth

    表明ecbp21可能參與白芷懸浮培養細胞生長周期調控。
  16. Southern blot analysis shows that there are two ecbp21 gene copies in genome

    Southernblot檢測表明白芷基因組中可能存在兩個ecbp21基因拷貝。
  17. The eye doctor looks at well - being cream of sticking concentrating medicine administering eye tradition formula, selects and uses a wild chrysanthemum flower, decides various chinese medicinal crops famous and precious such as akiko, golden cypress, dan shen root, pearl powder, angelica dehurica, danpi, studying formula and advanced charging of international let a technology go, extract combining with modern medicine

    眼博士視康貼集中藥治眼傳統配方之精華，選用野菊花、決明子、黃柏、丹參、珍珠粉、白芷、丹皮等多種名貴中藥材，結合現代醫藥研究配方和國際先進的控釋、萃取技術。
  18. The results obtained in our laboratory in the past decade years showed, apoplast calmodulin in plant kingdom may regulate a lot of growth and development process of plant, such as accelerating the proliferation of angelica dahurica suspension cells and the proplast cell regeneration, startup the pollen germination of many plants " pollen and accelerating the elongation of the pollen tube, stimulating the redox of corn root " s cell, inducing the expression of light independent rbss gene, and participating in the regulation of the restraining function of al ~ ( 3 + ) to pollen tube germination

    我室多年的研究結果表明，植物質外體cam可能做為多肽第一信使調節著植物體諸多的生長發育過程：如促進白芷懸浮細胞的細胞增殖和原生質體壁再生，啟動並促進多種花粉的萌發和花粉管的伸長，刺激玉米根細胞的氧化還原反應，誘導rbcs基因光不依賴的表達，以及參與調節胞外al ~ （ 3 + ）對花粉萌發的抑制效應等。
  19. Then using ecbp21 antibody and immunogold transmission electron microscopy method, we studied the subcellular localization of ecbp21. the results indicated that the gold particles were mainly localized in the cell wall in callus cells and rachis cells of angelica dahurica. these results indicated that ecbp21 mainly localized in cell wall, which provide a direct evidence of the extracellular existence of ecbp21. furthermore, using ecbp21 antibody and immunohistochemical method, we studied the organic specially distribution of ecbp21, the results indicated that ecbp21 distributed in all organize, but it distributed more in leave n flower rachis than in leafstalk and root

    首先，構建了ecbp21表達載體，誘導了重組蛋白的表達，並通過膠回收法獲得了大量純化重組ecbp21蛋白，制備了高效價、高特異性抗體；隨后，利用ecbp21抗體，結合免疫膠體金電鏡定位技術進行了ecbp21亞細胞定位研究，結果顯示：在白芷愈傷組織細胞和花序軸細胞中金顆粒主要分佈在細胞壁區域，而在細胞內未發現或僅有少量金顆粒分佈，表明ecbp21蛋白主要定位於細胞壁區域，這為細胞外cambp （ ecbp21 ）的胞外存在提供了直接證據：進一步，利用ecbp21抗體，通過免疫組織化學分析研究了ecbp21組織特異性分佈狀況，結果表明ecbp21在白芷各組織中均有分佈，但在葉、花、花序軸中分佈較多，而在葉柄、根中分佈較少。
  20. The forms and quality of the volatile oil of sichuan bai zhi from different producing areas also have sort of difference

    且不同產地川白芷在揮發油的成分組成與含量上也存在不同程度的差別。
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