artemisinin 中文意思是什麼

artemisinin 解釋
青篙素
  1. Screening target ' gene of artemisinin antimalarials using drug - western from cdna expressing library : 12 b - deoxoartemisinyl - ( 4 ' - oxyacetic acid ) phenyl ether was linked to bsa by using of edc cross ! inker and the product acted as drug - probe

    對重組pmd一18一t克隆載體及pqe一30表達載體雙酶切，提取tctp基因和pqe一30空載體並使二者重組，然後轉化m15 ，挑取陽
  2. Lots of pharmacological and clinical experiments indicate that artemisinin is high effective with low toxicity. evidences from many laboratories suggest that the antimalarial function of artemisinin depends on the cleavage of the endoperoxide by binding to intraparasitic heme

    雖然目前還沒有直接證據表明蟲體內蛋白質烷化是蟲體致死的原因，但烷化蛋白與青蒿素類藥物抗瘧作用有關是很明顯的。
  3. Artemisinin was originally isolated from artemisia annua, a herb used as the ancient chinese herbal remedy. artemisinin and its derivatives are new types of antimalarial with stable endoperoxide bridges differing from others, for instance chloroquine

    青蒿素類藥物是一種與已知抗瘧藥如氯喹等完全不同的新型化合物。大量藥理及臨床研究證明青蒿素類藥物是優于氯喹的抗瘧新藥，具有速效、低毒、高效等特點。
  4. Since the middle of 20th century chinese scientists have put considerable effort and resources into the search for new antimalarial compounds extracted from chinese traditional herbs. an antimalarial drug was finally isolated in 1971 and named artemisinin or qinghaosu. its rapid action, low toxicity and powerful effect against falciparum malaria made it a favored subject for research

    青蒿素是一種含過氧基團組成縮酮的新倍半萜內酯，我國科學工作者於二十世紀70年代首次從中藥青蒿即菊科植物黃花蒿（ artemisiaannua ）中分離出青蒿素。
  5. The preparation of an elicitor from a fungal endophyte to enhance artemisinin production in hairy root cultures of artemisia annua l

    促進黃花蒿發根青蒿素合成的內生真菌誘導子的制備
  6. Reduction mechanism of artemisinin in the presence of hemin

    氯化血紅素存在下的青蒿素還原機理
  7. Artemisinin ; hemin ; catalytic reduction ; cyclic voltammetry ; edta - fe

    青蒿素氯化血紅素催化還原循環伏安edta - fe
  8. Study on the electrochemical behaviors of artemisinin qinghaosu and its derivatives reduction mechanism of artemisinin in the presence of hemin

    青蒿素及其衍生物的電化學性質研究氯化血紅素存在下的青蒿素還原機理
  9. The interaction between artemisinin and hemin was investigated by electrochemical methods. artemisinin was irreversibly reduced at - 1. 08v via a two - electron transfer at the glassy carbon electrode. in the presence of concentration of hemin as low as 4. 010

    青蒿素在玻璃碳電極上于- 1 . 08v處能發生一個2電子轉移的不可逆還原。即使在低至4 . 010
  10. Progress of research on the artemisinin and it ' s derivation against parasitism

    青蒿素及其衍生物抗寄生蟲的研究進展
  11. Study on the electrochemical behaviors of artemisinin qinghaosu and its derivatives

    青蒿素及其衍生物的電化學性質研究
  12. Protective effects of artemisinin on septic rats

    青蒿素對膿毒癥大鼠的保護作用
  13. Self - immobilized aggreage culture of artemisia annua l. for improved artemisinin

    青蒿的組織培養及植株再生
  14. Effect of temperature on growth and artemisinin biosynthesis in hairy root cultures of artemisia annua

    溫度對青蒿毛狀根生長和青蒿素生物合成的影響
  15. Artemisinin, an active compound extracted from artemisia annua, l. together with its derivatives are widely used as anti - malarial drugs

    摘要青蒿素是從植物黃花蒿中提取的抗瘧疾的活性成份，目前在臨床上廣泛用於治療瘧疾。
  16. Artemisinin, a sesquiterpene lactone containing an endoperoxide bridge, is a kind of phytoalexin. sa, a key signal molecular during systemic acquaired resistance ( sar ), is related to the biosynthesis of phytoalexin. aba, a stress - resistance plant hormone can influence the secondary metabolism to stimulate phytoalexin biosynthesis

    青蒿素屬于萜烯類化合物（倍半萜類）是植保素（ phytoalexin ）的一種， sa是植物產生系統獲得性抗性的重要信號分子，與植保素的產生相關。
  17. Advances in studies on biotechnology of getting high - yield artemisinin

    提高青蒿素產量的生物技術研究進展
  18. Molecular cloning of a classical plant peroxidase from artemisia annua and its effect on the biosynthesis of artemisinin in vitro

    青蒿過氧化物酶的克隆及其在體外對青蒿素生物合成的影響
  19. Mol l, artemisinin can be reduced via the hemin - catalysis and its original cathodic peak at - 1. 08v completely disappeared. the cathodic overpotential of artemisinin is decreased ca. 600mv. this process is verified by the fact that complex edta - fe can also promote the artemisinin reduction with decreasing the cathodic overpotential of artemisinin for 590mv. these results show that the reduction of artemisinin at the glassy carbon electrode is a catalytic process with the aids of hemin. hemin can greatly decrease the cathodic activation energy of the reduction of artemisinin and promote the decomposition of artemisinin

    Mol l氯化血紅素存在下，青蒿素仍可被催化還原，陰極過電位降低了600mv 。配合物edta - fe具有類似氯化血紅素的催化性質，它降低了qhs陰極過電位590mv 。在這個體系中，青蒿素在碳電極上的還原是一個藉助于氯化血紅素催化的還原過程，氯化血紅素的存在降低了青蒿素還原活化能，促進了青蒿素的分解。
  20. In order to break down the rate - limited steps in the artemisinin biosynthesis to improve the artemisinin production and realize the industrial production of artemisinin, related key genes in artemisinin biosynthesis must be cloned and the regulatory patterns of key genes should be studied. for this purpose molecular cloning of related key genes in artemisinin biosynthesis was performed in this thesis work

    利用現代分子生物學和基因工程技術手段，克隆青蒿素生成途徑的關鍵酶基因，研究關鍵酶基因對青蒿素生物合成的調控規律，是打破青蒿素生物合成的限速步驟，大幅度提高青蒿素含量，最終達到利用植物生物技術工業化生產青蒿素的目的必須解決的關鍵問題。
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