trifoliata

[网络] 毒鱼藤;三叶木蓝;三叶鱼藤

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双语例句

  1. Determination of nutritional components in truit of Akebia trifoliata koidz; The Primary Study of Acute Toxicity Induced by Fruits of Akebia trifoliate on Mice
    三叶木通果中主要营养成分含量的测定三叶木通果实对小鼠急性毒性的初步研究
  2. Effects of arbuscular mycorrhizal fungi on different iron species in Poncirus trifoliata rhizospheric soil
    丛枝菌根真菌对枳根围不同形态铁的影响
  3. Investigation of Akebia trifoliata Plants Germplasm Resource in Hunan Province
    湖南木通属植物种质资源的研究
  4. Study on HPLC Fingerprint Chromatography of Akebia trifoliata ( Thunb.) Koidz
    三叶木通指纹图谱研究
  5. Study on Ultrasonic Extraction Technics of Oleanolic Acid in Akebia trifoliata
    三叶木通齐墩果酸的超声提取工艺研究
  6. 3H-BA residues were not found in fruit fresh, different age leaves on different distances from treated fruits, and roots of trifoliata orange root stock.
    11月1日,检测与处理果不同距离处着生的不同时期叶片以及枳砧根系,均未发现3H-BA残留。
  7. The preliminary performance of Shatianyou ( Citrus grandis Osbeck) on4 types of trifoliate orange ( Poncirus trifoliata Raf.) rootstock were recorded.
    比较了4个枳选系作沙田柚砧木的早期表现。
  8. Effect of Weed Fermentation Matters on Growth and Vesicular-Arbuscular Mycorrhizal Formation of Trifoliate Orange ( Poncirus trifoliata Raf.) Seedlings
    杂草发酵物对枳生长和VA菌根形成的影响
  9. Study on the Evaluation of Stem and Fruit Characteristics of Akebia trifoliata
    三叶木通茎藤及果实性状评价研究
  10. Studies on mature period mutation and mutagenic technology Akebia trifoliata by physics and chemistry
    三叶木通理化诱变技术及其成熟期变异研究
  11. Analysis on chemical constituents of fatty acids from seeds of Akebia trifoliata
    三叶木通种子脂肪酸成分的GC-MS分析
  12. Cytogenetics of Citrus Somatic Hybrids and Fish Mapping of CTV Resistance and Other Genes in Poncirus Trifoliata
    柑橘体细胞杂种细胞遗传学及抗CTV等基因对枳的FISH分析
  13. Seed quality characteristics of Akebia trifoliata
    三叶木通种子品质性状研究
  14. Their fruits had important utilization value with high nutrients, and the utilization value of A. trifoliata ( red type) was the most, because of good color and flavour and high soluble solid amount ( 21%).
    果实营养价值高,具有重要的利用价值,其中以红肉木通利用价值最高,其色、香、味俱佳,可溶性固形物达21%。
  15. Trifoliata. The results suggested that the method of CTAB is obviously better than the other two methods.
    结果表明对于三叶木通的新鲜叶片和硅胶干燥叶片,无论从产率上还是质量上,CTAB法都明显优于其他两种方法。
  16. Changes in Several Physiological and Biochemical Indexes in Callus Tissue of Poncirus trifoliata Under Calcium Carbonate Stress
    碳酸钙胁迫下枳壳愈伤组织的某些生理生化指标变化
  17. The stomatic density, stomatic major axis and morphology, size of stomatic apparatus of 30 citrus plants 'leaves were examined by SEM. The results showed that the stomata of Poncirus trifoliata ( Linn.) Raf.
    用扫描电镜观察30个柑橘类植物叶片气孔密度、气孔长轴、气孔器长轴和短轴及气孔器的形态。
  18. Research on the Greying and Sediment in the Process of Akebia trifoliata Fruit Drink
    八月瓜果汁饮料加工中褐变及沉淀的研究
  19. Pith is also an important colored part. The root and stem of A. trifoliata have broad pith ray and it can be strongly colored in this aero no matter infancy stem, old stem or old root.
    髓射线也是一个重要的显色部位,三叶木通的根和茎都拥有很宽阔的髓射线,从幼嫩茎尖到老茎、老根都能看到此区域强烈显色。
  20. Four target genes had been experimentally verified by detection of the miRNA-mediated mRNA cleavage in Poncirus trifoliata.
    其中的四个靶基因在枳中mRNA水平上已被实验证实在被miRNA剪切。
  21. The materials of different developmental stages and different parts of vegetative organs have been done and the rudiment conclusion is that saponins derived from the assimilation tissue of plants in A. trifoliata, including leaves and young green stems.
    通过对不同营养器官的不同发育阶段及不同部位材料进行的组织化学定位研究,初步认为,三叶木通中的皂苷类成分产生于植株的同化组织,包括叶和幼茎的绿色部分。
  22. The relationship between the structure and environment was discussed through the ecological research of A. trifoliata of Shaanxi, Hunan, Hubei and other provinces in China.
    并对陕西、湖南、湖北等省的三叶木通进行了调查,从生态学的角度进行了研究,初步探讨了三叶木通形态特征与环境的关系。
  23. The Casparian strip is not obvious in the endodermis. It has actinostele, and primary xylem is diarch. The secondary structure of root of A. trifoliata includes periderm and secondary vascular tissue from the outer to the inner.
    内皮层有凯氏带,星状中柱,初生根二原型。
  24. This study is of positive significance to the expansion of the A. trifoliata oil-based applications and the development of new edible oil and alternative energy.
    该研究对于扩展白木通种子油的基础应用,开发新的食用油和替代能源具有积极意义。
  25. The secondary structure of stem of A. trifoliata: the transverse section of stem is circinal, with obvious growth ring. It is diffuse-porous wood.
    三叶木通茎的次生结构,其横切面近似圆形,生长轮明显,散孔材。
  26. For seasonal factor, the sample in Fruit off period is better than in florescence and young fruit period. Thus, some of the literature recorded that A. trifoliata should be collected in the autumn or winter is correct.
    从季节变化来看,果实脱落期的样品有效成分含量大于花期和幼果期的,因此有的文献中记载的三叶木通为秋、冬采集是正确的。
  27. The A. trifoliata seed oil is nontoxic for mouse.
    白木通种子油对小鼠不产生毒性作用。
  28. A. trifoliata seeds have high oil content and its oil possess nutrient value. ( 2) Acute toxicity test showed that there were no any danger signs and death caused by A. trifoliata seed oil.
    白木通种子含油量高,其油具有一定的营养价值。(2)急性毒性试验中,以剂量0.4mL/10g灌胃小白鼠,白木通种子油不产生任何危险症状或死亡。