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牡丹

mǔ dan
  • peony;tree peony;Paeonia suffruticosa
牡丹牡丹
牡丹 [mǔ dān]
  • (1) [peony] 芍药属草本植物或灌木,包括很多杂交品种,因花美丽而被广泛栽培,花单瓣或重瓣,红色、粉红色或白色

  • 牡丹,花之富贵者也。--宋. 周敦颐《爱莲说》

  • (2) 又如:《牡丹亭》。内容写一个宦家的女儿杜丽娘,梦见书生柳梦梅同她发生恋爱,从此害相思病而死,后来又还魂同柳梦梅结为夫妻的故事。明代传奇作品,是汤显祖之代表作

牡丹[mǔ dan]
  1. B9对牡丹生长及开花的影响

    Effects of B_9 on Growth and Flowering of Tree Peony

  2. HPLC法测定不同产地牡丹皮中丹皮酚的含量

    Determination of Paeonol in Cortex Tree Peony Radices by HPLC

  3. 牡丹花不宜挪移,最好别去动它。

    Peonies react badly to being moved and are best left undisturbed .

  4. 牡丹使其他的花逊色。

    Peony casts the other flowers into the shade .

  5. 牡丹是艳丽的花。

    A peony is a showy flower .

  6. 牡丹开得真火暴。

    The peonies are in full bloom .

  7. 对中国牡丹、芍药资源与利用现状进行了概述,指出世界花卉业发展的新趋势与中国加入WTO为中国牡丹、芍药生产的产业化与可持续发展带来了契机。

    Current status of Chinese peony resource and its utilization is summarized .

  8. 杨山牡丹和牡丹种间杂交后代的DNA分子证据

    DNA Molecular Evidences of the Inter-specific Hybrids between Paeonia ostii and P.suffruticosa Based on ISSR Markers

  9. 因此,我们认为RAPD谱带增加是牡丹品种DNA水平上的一种进化现象。

    So the increase of RAPD bands was the evolutive phenomena based on DNA levels .

  10. HPLC法测定牡丹皮中丹皮酚的含量牡丹皮质量评价分析

    Determination of Paeonol in Cortex Moutan by HPLC Quality Analysis of Cortex Moutan in China

  11. GA3对牡丹种子发芽及幼苗生长的影响

    The Effect of GA_3 on Seed Germination and Seedling Growth of Paeonia Suffruticosa

  12. 目的研究安徽南陵凤丹皮最佳采收期,为牡丹皮GAP基地建设提供依据。

    Objective For provide basis of construction base of GAP , to study the best harvesting time of Anhui Fengdan Peony .

  13. 随着我国中药现代化的发展,重庆市药物种植研究所对垫江牡丹皮进行规范化生产GAP研究。

    With the development of Chinses traditional medicine modernization ChongQing Herbs Planting Researching Institute had the GAP researching to Chuan-Cortex Moutan .

  14. 以菊花珍品绿牡丹的茎段为外植体,MS为基本培养基,进行了离体培养。

    Tissue culture of chrysanthemum Curiosa-Green peony was carried through using MS as the basic medium and stem sects as explants .

  15. 目的建立牡丹皮的HPLC指纹图谱,为科学评价与有效控制牡丹皮质量提供新方法。

    Objective To study the HPLC fingerprints and establish a sensitive and specific method for controlling the quality of Moutan cortex .

  16. 牡丹品种基因组DNAISSR标记分析与叶形态数量分类的比较研究

    Comparative Study of Genomic DNA ISSR Marker Analysis and Numerical Classification Based in Leaf Morphology of Paeonia suffruticosa Cultivars

  17. 方法采用薄层层析法(TLC)对枸杞子和牡丹皮进行定性鉴别;

    Methods Thin Layer Chromatography ( TLC ) was used to identify Fructus Lycii and Cortex Moutan .

  18. GABA及荷包牡丹碱对金黄地鼠上丘视觉神经元反应性质的影响

    Effects of GABA and bicuculline on the properties of visual superior colliculus neurons in golden hamsters

  19. 对黄牡丹的花粉萌发条件的研究结果表明:4个黄牡丹居群花粉萌发所需pH值表现出两水平分化;

    The findings of the conditions for the pollen germination of Paeonia lutea showed that pH values needed by four different Paeonia lutea populations took on two level differentiation .

  20. 方法采用TLC法对五子益肾胶囊中枸杞子、牡丹皮两种药材进行定性鉴别。

    Methods Quality of Wolfberry Fruit and Cortex Moutan in the prescription were identified by thin layer chromatograph ( TLC ) .

  21. MTT法检测臭牡丹有效单体对人支气管上皮细胞活力的影响。

    Using MTT to detect the effect of the effective monomer of Clerodendrum bungei on the vitality of human bronchial epithelial cells .

  22. 主要的研究结果如下:①改进了牡丹基因组的提取方法,获得的高质量DNA能满足后续实验的进行。

    The main results are showed as follows : ① Improve the extracting method of genome of P. suffruticosa , the high quality DNA using the method can be adequate for the following experiment .

  23. 报道牡丹鉴定用ISSR引物的设计与开发新途径。

    This paper reports a new method for ISSR primer design and development for identification of tree peony cultivars .

  24. 在春节催花牡丹温室生态因子中CO2浓度较光合有效辐射对净光合速率有相对较高的灰色关联度。

    Between environmental CO2 concentration and photosynthetic available radiation , environmental CO2 concentration has the relative higher The grey correlation degree on factors that influence changes of photosynthetic rate in solar greenhouse .

  25. 臭牡丹中C类化合物可以减轻气道炎症、有非常明显的降低气道高反应和减轻臭氧应激引起的气道与肺损伤的功能,很可能是治疗气道高反应性疾病的有效部位。

    C active constituent in clerodendrum bungei can mitigate airway inflammatory reaction and the pathological changes of airway and pulmonary alveoli due to ozone exposure , lower the degree of AHR significantly , is possibly an effective component to treat AHR diseases .

  26. 秋施GA3可使牡丹落叶期延迟,萌芽期和开花期提前,并提高牡丹的开花率,增大了花径。

    GA_3 applied in the fall delayed leaf abscission , promoted bud sprouting and flowering , and increased flowering rates and flower diameter of peony .

  27. 牡丹(PaeoniaSuffruticosa)是中国十大传统名花之一,也是我国的候选国花,具有极高的观赏价值。

    Tree peony ( Paeonia suffruticosa ) is a very popular traditional famous flower and candiate national flower . It has high ornamental value .

  28. 芍药属牡丹组(PaeoniaSect.Moutan)种间关系的分子证据:GPAT基因的PCR-RFLP和序列分析

    Molecular evidence for the interspecific relationships in Paeonia sect . Moutan : PCR-RFLP and sequence analysis of glycerol-3-phosphate acyltransferase ( GPAT ) gene

  29. 方法:观察大黄牡丹汤肠道预洁对腹部外科围手术期血清NO、TNF、ICAM-1的影响,以及对肠鸣音恢复时间、肛门排气时间、排便时间的影响。

    Methods : The authors observed the effect of preparatory for cleaning intestines by Dahuang Mudan decoction on the level of NO , TNF and ICAM-1 , and the time of recovering intestines sound , exhaust and defecation .

  30. 根据Adh基因树并结合前人的结果对牡丹组的种间关系进行了详细的讨论。

    Based on the gene trees obtained in this study and results reported in previous literature , the interspecific relationship of Paeonia Section Moutan was discussed in details .