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meja

  • 网络茉莉酸甲酯
mejameja
  1. Effects of MeJA on cold tolerance of banana seedlings

    茉莉酸甲酯对低温胁迫下香蕉幼苗的生理效应

  2. I think we have developed a market niche , says Ms Meja .

    “我认为,我们已经发展出了一个利基市场,”梅雅女士说。

  3. For stem diameter , there was no obvious difference among all of the treated groups which spray MeJA .

    就茎粗而言,所有喷施MeJA的处理间差异不显著。

  4. Effects of methyl jasmonate ( MeJA ) on photosynthetic traits of rice seedlings under drought stress

    茉莉酸甲酯(MeJA)对干旱胁迫下水稻幼苗光合作用特性的影响

  5. JA and MeJA can induce tuber formation in vitro and cells expansion of medullary tissue .

    JA及MeJA均可诱导离体条件下马铃薯块茎的形成和马铃薯髓部细胞的膨大。

  6. The Effects of Anti-microtubules Drugs , Respiratory Inhibitor and MeJA on Floret Opening in Rice

    微管解聚剂、呼吸作用抑制剂与MeJA对水稻颖花开放的影响

  7. The optimized combined treatment was more effective in inhibiting flesh leatheriness and maintaining quality than applying hot air or MeJA alone .

    该复合处理可有效减轻果实的木质化败坏,保持品质,且效果要显著优于二者单独处理。

  8. MeJA can improve the antioxidant enzymes activity may be due to that MeJA can ease the toxicity of NaCl .

    也许正是因为MeJA能提高抗氧化酶活性才导致了双重胁迫时MeJA缓解了NaCl的毒害作用。

  9. And the attraction of MeJA treatment Persimmon on the Harmonia axyridis in forest were studied .

    并在林间对MeJA处理后的柿树对瓢虫的吸引效果进行测定。

  10. SA , MeJA and O_3 Enhanced the Biocontrol Efficacy of Antagonistic Yeast to the Postharvest Disease of Fruits

    SA、MeJA及O3增强拮抗酵母对水果采后病害的控制效应

  11. MeJA treatment increases the levels of triterpene saponins , which are considered to be the main bioactive components in P. notoginseng .

    在茉莉酸甲酯刺激下,三七不定根主要活性成分三萜皂苷含量提高。

  12. Effects of MeJA , ABA and BA on Chlorophyll Synthesis in Excised Cotyledons of Cucumis sativus

    MeJA、ABA与BA对黄瓜离体子叶叶绿素合成的影响

  13. The results showed that either promotion or inhibition of germination by MeJA was very close to the effect on the activity of α _amylase .

    实验结果表明,MeJA促进和抑制水稻种子萌发都与α淀粉酶活性有关。

  14. Expression analysis demonstrated that these genes showed higher expression level in young leaves and petiole as well could be induced by methyl jasmonic acid ( MeJA ) .

    结果表明,这三个基因在幼叶和叶柄中具有较高的表达水平并受茉莉酸甲酯(MeJA)和干旱胁迫诱导。

  15. In the bioinformatics analysis of Gl-sqs promoter , we found that there were three potential MeJA response elements in Gl-sqs promoter .

    在对灵芝sqs基因启动子的生物信息学分析时,我们发现在灵芝sqs基因启动子上存在有3个潜在的MeJA响应元件作用位点。

  16. The results showed that MeJA was able to stimulate the persimmon trees to change the activity of LOX , PPO and content of tannin .

    结果表明,MeJA可以诱导柿树的LOX、PPO活性及单宁含量的增加。

  17. Effects of Methy Jasmonate ( MeJA ) on Bulblet and Scale Leaf Growth of Lilium ' Mona ' in vitro

    茉莉酸甲酯对组培Mona百合鳞茎及鳞片叶生长的影响

  18. Methyl jasmonate ( MeJA ) is a vital signaling molecule which plays important roles in plant growth and development , metabolic regulation , pathogens and adversity resistance .

    作为一种信号转导分子,茉莉酸甲酯在植物生长发育、代谢调节、抗病、耐逆、防御相关基因的诱导表达等方面均起着重要的作用。

  19. Effect of Gibberellins ( GA_3 ) and Methyl Jasmonate ( MeJA ) on Endogenous Hormones and Development of Potato in Aeroponics

    赤霉素(GA3)与茉莉酸甲酯(MeJA)对雾培马铃薯内源激素与生长发育的影响

  20. This showed the obvious repression effect on the feeding and digestion of the scale insect under the condition of the anti-insect reaction of the plants induced by MeJA .

    说明在MeJA诱导的抗虫性反应作用下,蚧虫的取食和消化受到了明显抑制。

  21. MeJA was detected in wound-induced volatiles emitted from poplar for the first time , and the first exploration in action mode of compound signal between plants was conducted in this study .

    首次在损伤诱导的合作杨挥发物中检测到了信号物质MeJA的存在,并且首次对植物间挥发物组成的复合信号的作用方式进行了探索。

  22. In preliminary studies in the laboratory , we have found that MeJA has significant induction effect for the biosynthesis of triterpenoids and the expression of Gl-sqs gene was significantly increased .

    另外,在实验室的前期研究中我们已经发现MeJA对灵芝三萜生物合成具有显著的诱导作用,同时能够显著提高sqs基因的表达水平。

  23. MeJA effect on floret opening of male_sterile rice could be clearly synergized by pretreatment with 24_epibrassinolide ( 24_epiBL ) .

    24表油菜素内酯(24epiBL)预先处理能显著增强MeJA诱导不育系开颖,而对于保持系,此效应不明显。

  24. This test used split-plot design to study the effect of GA3 and MeJA on endogenous hormones and development of potato in aeroponics , with main plot being varieties and split-plot being hormones .

    试验以品种为主区,激素处理为副区进行裂区设计,研究了赤霉素(GA3)与茉莉酸甲酯(MeJA)对雾培马铃薯内源激素与生长发育的影响。

  25. The treated group which only spray MeJA had minimum average maximum leaf length and the differences among the control group and other treated groups reached significant level , there was no obvious difference among all of the treated groups on maximum leaf width .

    单一MeJA处理组最大叶长平均值最小与对照及其它处理间差异显著;各处理的最大叶宽间差异不显著。

  26. Successful construction of SSH library induced by MeJA of Ginseng hairy root , is an initial key for cloning and expressing the genes , furthermore , is essential for finding the new genes and the new functions in ginsenoside analysis pathway .

    人参发根SSH文库构建成功,获得了在MeJA诱导下的差异表达基因,对人参皂苷合成途径中关键酶和关键基因的克隆、表达以及新基因的发现和功能研究奠定了物质基础。

  27. Through electrostatic attraction , NR-MMT and phosphotungstic acid ( PTA ) with rich negative charges could be self-assembled onto the surface of graphite electrode for the fabrication of methyl jasmonate ( MeJA ) electrochemical sensor .

    利用静电吸附作用,将NR-MMT和带大量负电荷的磷钨酸(PTA)层层自组装在石墨电极上,制备出茉莉酸甲酯(MeJA)电化学传感器。

  28. Endogenous JAs ( JA and MeJA ) were measured in stamens , pistils , lodicules and lemmas using an enzyme-linked immunosorbent assay ( ELISA ) based on the monoclonal antibody to MeJA .

    用基于抗茉莉酸甲酯单克隆抗体的酶联免疫吸附测定法(ELISA),在颖花开放前后,对其雄蕊、雌蕊、浆片、内外稃组织中的内源JAs含量进行定量分析。

  29. Rescuing experiment demonstrated spraying exogenous methyl jasmonate ( MeJA ) cannot recover the mutant phenotype of gll , it hinted that GLL is may not be correlated with JA signal pathway which regulated floral development . 3 .

    外源施用茉莉酸甲酯(MeJA)未能恢复gll的突变表型,暗示GLL可能与JA调控花器官发育的信号通路无关。

  30. MYB protein as a kind of transcription factors is critical to reveal the mechanism of secondary metabolites transcriptional regulation . Presumably , MYB protein gene may be involved in the regulation of MeJA to tripterygium wilfordii cells suspension culture secondary metabolites biosynthesis .

    MYB蛋白做为一类转录因子组成的一部分,对揭示次生代谢物转录调节机制有重要意义,推测MYB基因可能参与了茉莉酸甲酯调控的雷公藤悬浮细胞次生代谢物质的合成。