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gibberellin造句

1. Using low temperature and gibberellin treatment.
采用低温和赤霉素处理。

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2. Gibberellin are normal constituents of most plants.
赤霉素是大多数植物正常的组成部分。

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3. Method: Using low temperature and gibberellin treatment.
方法:采用低温和赤霉素处理。

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4. The third part of this thesis was the study of gibberellin signalling in rice.
本文的第三个部分是研究水稻的赤霉素信号传递。

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5. Gibberellin contents varied irregularly among male sterile lines and maintainers.
赤霉素含量在不育系及保持系间互有增减。

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6. The research shows that, gibberellin (GA) has a close relationship with dwarf mutant.
研究表明,赤霉素(GA)与植物矮化突变体的产生有密切关系。

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7. Effect of gibberellin and chlorocholine chloride on taxanes production was investigated.
考察了矮壮素和赤霉素对细胞培养生产紫杉烷的影响。

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8. Study on the priming action of gibberellin and kinetin contained in the digested residual.
残留物中再生形成的赤霉素和吲哚乙酸与抑病有关。

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9. Dissolved oxygen content takes great effect on the gibberella growth in gibberellin fermentation.
赤霉素发酵过程中溶解氧的含量对赤霉菌生长有很大的影响。

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10. The processes of gibberellin extraction, purification and concentration for wheat grain were optimized.
小麦子粒整粒提取和磨碎提取赤霉素的效果相似。

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11. This research is to understand if gibberellin (GA) treatment on Alstroemeria promotes flowering or growth.
为了解ga对水仙百合是否有促进开花或生长之作用。

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12. It laid the foundation for producing of the metabolite gibberellin, and got the target of production cost reducing.
为其代谢产物赤霉素的产生打好基础,从而达到降低生产成本的目标。

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13. It is difficult to treat organic wastewater with high concentration sulfate produced during production of gibberellin.
在赤霉素生产过程中产生的高浓度硫酸盐有机废水,处理难度较大。

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14. Recent advances in study on gibberellin (GA) signal transduction in model plant, including Arabidopsis and rice, are reviewed.
论述近年来在拟南芥、水稻等模式植物中赤霉素信号转导的研究进展。

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15. Gibberellin (GA3) is a kind of plant growth regulator pesticides. When GA3 is used excessively, it would produce a certain toxicity.
赤霉素(GA3)是一种植物生长调节剂类农药,当大量使用时会产生一定毒性。

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16. At present, GID1 as gibberellin acid (GA) acceptor has been cloned in rice, loss of its function can cause dwarfing of plant height.
目前,在水稻中已克隆出ga受体GID1,其功能丧失会导致植株矮化。

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17. The results showed that, when the level of endogenous zeatin was lower and gibberellin higher, the leaf angle was larger, and vice versa.
施用外源玉米素、赤霉素对叶角的影响验证了这一结果;

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18. The yield of Gibberellin and morphology of colonies of the regenerated strains from protoplasts are the same as those of the parent strain.
原生质体再生菌株仍保留亲株的菌落形态及合成赤霉素的生产能力。

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19. It is revealed that various vegetable oils all enhance the accumulation of Gibberellin Acid in the ferment by using Gibberella fujikuroi M143.
采用藤仓赤霉菌M143进行赤霉酸发酵时,不同种类的植物油对发酵产素均有促进作用。

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20. The production process includes dissolving gibberellin in ethanol, adding potassium dihydrogen phosphate, and adding water to obtain the product.
生产方法包括将赤霉素用乙醇溶解,然后加入磷酸二氢钾,再加入水,即得产品。

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21. OBJECTIVE: To investigate the antitumor activity of compound G and J, two kinds of gibberellin derivatives and their effect on cell cycle progression.
目的研究新四环二萜类化合物G和J的抗肿瘤作用及对细胞周期分布的影响。

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22. Effects of chilling, protected culture and gibberellin combined with low temperature on flowering and new bulb reproduction of Asiatic hybrid lily were studied.
以亚州百合为试材,探讨了低温冷藏、设施栽培和赤霉素结合低温处理对亚洲百合开花及新球繁殖的效应。

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23. In this paper, introduced that several plant growth regulators effect rice yield and mature degree by growth hormone, gibberellin or ethylene agent on rice of florescence.
本文通过对水稻花期喷洒生长素、赤霉素、乙烯利,探讨几种植物生长调节剂对水稻产量和成熟度的影响。

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24. With different methods three kinds of functional factors including immune protein factor gibberellin and cyclic hydroxamic acid have been extracted from wall-broken cole bee pollen.
本文采用不同的实验方法,从破壁油菜蜂花粉中分别提取了蛋白免疫因子、赤霉素以及环氧肟酸三种功能因子。

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25. With different methods, three kinds of functional factors including immune protein factor, gibberellin and cyclic hydroxamic acid have been extracted from wall-broken cole bee pollen.
本文采用不同的实验方法,从破壁油菜蜂花粉中分别提取了蛋白免疫因子、赤霉素以及环氧肟酸三种功能因子。

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26. Determination of the quantum yields of Gibberellin, Hypocrellin a and phenol showed that there were respectively ranges of excitation wavelengths for the relative constant of quantum yields of them.
通过对赤毒素、竹红菌甲素及苯酚量子产率的测定与比较发现,这三种荧光化合物都具有一个相对于激发波长的量子产率的稳定区域。

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27. Determination of the quantum yields of Gibberellin, Hypocrellin a and phenol showed that there were respectively ranges of excitation wavelengths for the relative constant of quantum yields of them.
通过对赤毒素、竹红菌甲素及苯酚量子产率的测定与比较发现,这三种荧光化合物都具有一个相对于激发波长的量子产率的稳定区域。

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