菊科植物

  • 网络Compositae;feverfew;Goldenrod;daisy
菊科植物菊科植物
  1. 菏泽地区2种菊科植物的抑菌作用研究

    Study on Bacteriostasis of Two Kinds of Compositae in Heze Region

  2. 其花色变异丰富,其中含有菊科植物中较为稀有的典型蓝色花资源。

    Cineraria is plentiful in varieties of colors and has typical blue variety which is rare in Compositae .

  3. 海南部分野生菊科植物类缘关系的RAPD分析

    RAPD Analysis of the Phylogenetic Relationship of Some Composite Plants in Haina Area

  4. 研究背景:艾叶为菊科植物艾蒿ArtemisiaargyiLevl。

    Background : Folium Artemisiae Argyi is the dry leaf of Artemisia argyi levl .

  5. 研究背景苍耳子为菊科植物苍耳XanthiumsibiricumPatr。

    Backgrounds Fructus Xanthii is the mature fruit with involucre of Xanthium sibiricum Patr .

  6. 不推荐给有自身免疫缺陷的人,HIV感染者,内吸收系统疾病,或是对紫锥菊或其它菊科植物敏感的人使用。

    Not recommended for individuals with autoimmune diseases , HIV infection , progressive systemic disease , or who are allergic to echinacea or other flowers of the same Compositae ( or Asteraceae ) family .

  7. 结果表明,除凤毛菊外,菊科植物-土壤系统中植物对Ni元素均表现出相对的稀释和缓冲作用,有6种植物对Mn元素表现出相对富集作用,其余植物表现相对稀释缓冲作用。

    The result showed that element Ni has dilution and cushioning effects in the plants . Enrichment abilities of Mn were shown in 6 kinds of composite plants , but cushioning effects of Mn were suggested in others .

  8. 水飞蓟宾(silibinin)为从菊科植物水飞蓟(Silybummarianum)的种子和果实中提取得到的黄酮类单体成分。

    Silibinin is a polyphenolic flavanoid derived from fruits and seeds of milk thistle ( Silybum marianum ) .

  9. 云木香为菊科植物木香AucklandiaLappaDecne的干燥根,是重要的中药材和香料植物。

    Radix Aucklandia , the roots of Aucklandia Lappa Decne , a plant of compositae , is an important traditional Chinese medicine and a raw material of perfume .

  10. 苍耳子(XanthiiFructus)为菊科植物苍耳XanthiumsibiricumPatr.干燥成熟带总苞的果实,为历代治疗鼻渊及头痛的要药,在治疗鼻病的常用方剂中占有重要的地位。

    Xanthii Fructus is the fruit with dry and mature involucre of Xanthium sibiricum Patr . Xanthii Fructus which play the important role of treat nose diease in commonly used Prescriptions , is the important medicine to cure nasosinusitis and headache in ancient time .

  11. 中国海南岛13种菊科植物的细胞学研究

    Cytological studies on 13 species of Compositae from Hainan , China

  12. 东方人烹调用的菊科植物,其叶多汁、可食。

    Grown for its succulent edible leaves used in Oriental cooking .

  13. 9种菊科植物提取物对蔬菜3种害虫拒食活性的研究

    Study on Antifeeding Effects of 9 Asteraceae Plants against Three Pests

  14. 菊科植物茼蒿有效成分提取工艺条件筛选

    Screening of technical parameters for extracting effective components in chrysanthemum coronarium

  15. 几种菊科植物提取物对蚊幼虫的光活化活性初试

    Photoactivated toxicities of extracts from asteraceous plants against mosquito larvae

  16. 菊科植物分类系统沿革

    A short history of the system of classification of Asteraceae

  17. 菊科植物的杀菌活性及其活性成分

    Anti - microbial Activities and Active Ingredients of Compositae Plants

  18. 为根蘖型多年生草本菊科植物。

    Is a root sucker form perennial herb of Compositae .

  19. 云南17种菊科植物微量元素含量特征研究

    Characteristics of Trace Elemental Contents in 17 Species on Compositae Plants From Yunnan

  20. 种子繁殖是菊科植物延续后代的主要途径。

    It is main path that the seed reproduction is offspring of asteraceae .

  21. 菊科植物水提物微量元素特征分析

    The Feature Analysis of Trace Elemental in Water-Soluble Substance of the Composite Family

  22. 4种菊科植物与土壤间碳氮循环的初步研究

    Preliminary Studies on C and N Cycle of Four Asteraceae Plants and Soil

  23. 测定了金腰箭等9种菊科植物提取物对菜粉蝶、小菜蛾和斜纹夜蛾的拒食活性。

    The antifeeding effects of 9 Asteraceae plants against three pests were determined .

  24. 25种菊科植物提取物对3种植物病原菌的药效试验

    Bio-activities of extracts from 25 species Compositae plants against three kinds of pathogens

  25. 云南菊科植物微量元素含量逐步回归分析

    The Stepwise Regression Analysis of Trade Element Contents in Medicinal Compositae Plants from Yunnan

  26. 镉、铅及其复合污染对菊科植物生长和品质安全性的影响

    Impacts of Cadmium and Lead Contamination on the Growth and Quality of Chrysanthemum Plants

  27. 对黄土高原区菊科植物区系的组成、分类及其特点进行了研究。

    Study on the Source Apportionment and Physicochemical Characteristics of Foliar Dust on Urban Plants ;

  28. 四种菊科植物α-三连噻吩的含量测定及杀虫活性研究

    The Analysis of α - Terthienyl in Compositae Plants and Their Bioactivity Against Mosquito Larvae

  29. 菊科植物原生质体研究进展

    Progress in Protoplast Research of Compositae Plants

  30. 中国菊科植物外来种概述

    Alien species of Compositae in China