cruciferae

网络  十字花科; 十字花科植物; 字花科; 十字花科蔬菜; 十字花科家族

复数:cruciferae

医学



双语例句

  1. Influence of Long Term Fertilization on Crops Output of Cruciferae in Three Typical Parent Material Soil in South Hunan
    湘南三种典型红壤生土长期施肥对十字花科作物产量影响
  2. According to the characteristics of plant specimens of Cruciferae in desert areas of china, 2 varieties and3 variants are recomposed.
    通过时中国沙漠地区十字花科植物标本整理,鉴定和文献考证,重新组合了2变种和3变型。
  3. The radio-protection of germinating seeds of barley and wheat by extracts of seedlings of some species of Cruciferae
    几种十字花科植物幼芽提取液对元麦和小麦萌发种子的辐射保护作用
  4. Research Advance of Sulforaphane in Cruciferae about Cancer Prevention Mechanism
    十字花科植物中莱菔硫烷防癌机制研究进展
  5. ( botany) of or relating to or belonging to the plant family Cruciferae.
    (植物学)属于、关于十字花科的,或是十字花科植物一员的。
  6. Effect on turf hyperspectral reflectance and color of spraying fertilizer on leaves a genus of herbs of the family Cruciferae; have broad leaves and whit flowers and long siliques.
    叶面施肥对草坪高光谱反射率及色泽的影响十字花科的一个草本属;宽叶,少量花,长角果。
  7. Comparative Observation on Venation about Four Genera in Cruciferae
    十字花科四属植物叶片脉序的比较研究
  8. Selectivity of fertilization in vegetable species of Cruciferae
    十字花科蔬菜柱头选择性受精特性初步研究
  9. Turnip mosaic virus ( TuMV) is one of the most important pathogens on cruciferae crops.
    芜菁花叶病毒是十字花科作物上的一种重要病原物。
  10. Main Used for the prevention and cure of the Cruciferae vegetable vegetables green insect.
    主要用于十字花科蔬菜菜青虫的防治。
  11. Crossing and heterosis of animal Studies on Vegetative Superiority Utilization of Cruciferae Hybridization
    杂交和杂种优势(家畜)十字花科种间杂交营养优势利用研究
  12. Chemical composition of 3 kinds of Cruciferae Brassica plants
    3种十字花科芸苔属植物化学成分研究
  13. Compatibility of Distant Hybridization between Different Sterile Lines of Rapeseed and Vegetable Varieties of Cruciferae
    油菜雄性不育系与十字花科蔬菜远缘杂交亲和性研究
  14. Red Radish color is extracted from the roots of the edible Red Radish of the Cruciferae family.
    萝卜红色素是从十字花科植物红皮红心萝卜中提取精制而得。
  15. A genus and a species of Cruciferae newly recorded from Zhejiang, China
    浙江十字花科一地理分布新记录属种
  16. Research on resources of the medicinal plant of Cruciferae and Leguminosae in Guizhou
    贵州十字花科、豆科药用植物资源的研究
  17. Any of various plants of the genera Achimenes or Viola, especially V.tricolor or its hybrids, having flowers with velvety petals of various colors. A New Species of Neomartinella ( Cruciferae) in the Three-Gorge Reservoir Area, China
    三色堇任一种耐寒苣苔属或堇菜属的植物,尤指三色堇或它的杂交种,有带各种颜色的柔软花瓣的花
  18. Matthiola incana is a plant of Matthiola of cruciferae, originated in the South europe, and cultivated as a ornamental plant in our country.
    紫罗兰(matthiolaincana)是十字花科紫罗兰属植物,原产欧洲南部,我国各地栽培供观赏用。
  19. Fuzzy Cluster Analysi of Aphid Number in Spring Cruciferae Vegetable Fields
    春季十字花科菜田桃蚜数量动态的模糊聚类
  20. Glucosinolates are important secondary metabolites found mainly in cruciferae plants.
    硫代葡萄糖苷是十字花科植物中重要的次生代谢物。
  21. Occurrence survey of the bacterial black rot of cruciferae vegetables in Beijing areas
    北京地区主要十字花科蔬菜黑腐病发生与危害调查
  22. A genus of herbs of the family cruciferae; have broad leaves and whit flowers and long siliques.
    十字花科的一个草本属;宽叶,少量花,长角果。
  23. Study Classification of Seedling of Cruciferae with Weeds in Xinjiang
    新疆农田十字花科主要杂草幼苗分类特征研究
  24. Studies on Defence Gene-Myrosinase Gene from Cruciferae Vegetable
    十字花科蔬菜防御基因-黑芥子酶基因的研究
  25. The Observation on Pollen Germination in Crossings Between Ten Taxa of Cruciferae and Ogu CMS
    十字花科10属种与油菜萝卜胞质不育系杂交的花粉萌发情况观察
  26. Type and Inherence of Male Sterility in Cruciferae Vegetable
    十字花科蔬菜作物雄性不育的类型和遗传
  27. Studies of male sterile cytoplasmic effects on interspecific cross incompatibility in Cruciferae Compatibility of Distant Hybridization between Different Sterile Lines of Rapeseed and Vegetable Varieties of Cruciferae
    十字花科种间杂交亲和性雄性不育细胞质遗传效应油菜雄性不育系与十字花科蔬菜远缘杂交亲和性研究
  28. Cruciferae: broccoli, cabbage, mustard greens, radishes, and so on.
    十字花科:花椰菜、甘蓝菜、芥菜、萝卜等。
  29. Clone and Prokaryotic Expression of Plant Defensins Genes from Cruciferae and Transgene to Arabidopsis
    十字花科植物防御素基因克隆和原核表达及转拟南芥研究
  30. Soil conditions, climatic factors and crop rotation of Cruciferae crops induced rape clubroot.
    主要研究结果如下:1.土壤条件、气候因素和十字花科作物轮作诱发油菜根肿病。