1)gibberellin[英][,d?ib?'relin][美][,d??b?'r?l?n]赤霉素
1.Research on the application of solid phase extraction technology in the separation and purification of gibberellin GA_3;固相萃取技术在分离纯化赤霉素(GA_3)中的应用研究
2.Extraction of Gibberellin Based on Two-phase Liquid Extraction System of Hydrophile Alcohol/Salts-Water;亲水醇/盐-水双液相体系萃取赤霉素的研究
3.Effects of Gibberellin and Naphthyleneacetic Acid on Growth of Skeletonema costatum;赤霉素和萘乙酸对中肋骨条藻生长的影响
英文短句/例句
1.Study on Security of Daminozide and Gibberellic Acid of Plant Growth Regulator;植物激素比久和赤霉素GA_3安全性研究
2.Any of several plant hormones, such as gibberellic acid, used to promote stem elongation.赤霉素一种植物荷尔蒙，如赤霉酸，用来促进植物茎部生长
3.The gibberellins interact also with photoperiod in the determination of flowering.赤霉素也和决定开花的光周期有关。
4.Gibberellin are normal constituents of most plants.赤霉素是大多数植物正常的组成部分。
5.The Determination of Gibberellic Acid Residue in Vegetable and Fruit;果品、蔬菜中赤霉素GA_3残留量的测定
6.Studies on Arabidopsis PLDα1 Mutants Insensitve to Gibberellin;拟南芥PLDα1赤霉素不敏感突变体的研究
7.Differentiation of Male Flower for Cucumis sativus L. Cotyledons in Vitro Induced by Gibberellin;赤霉素促进离体黄瓜子叶雄花的分化
8.Physiological Response of Wild Apricot Seeds to Exogenous Gibberellin野生杏种子对外源赤霉素的生理响应
9.The Influence of GA on the Quality of Gerbera jamesonii赤霉素对非洲菊生长开花的影响研究
10.Analysis about the Effects of Gibberellins Promoting Flowering of Chinese Cabbage赤霉素处理促进白菜开花的效应分析
11.Effect of Penicillin and Gibberellin on Seed Germination and Seedling Quality of Senecio Cannabifolius less.;青霉素与赤霉素对返魂草种子萌发及成苗素质的影响
12.Effect of GA_3 on Photosynthesis and Hormone in Leaves of Brumal Jujube (Zizyphus Jujube cv. Dongzao);赤霉素对冬枣光合作用和内源激素的影响
13.Note： Multiple comparisons were carried out in each factor seperately.+ indicate lighting or GA3 treatment，- indicate no lighting or no GA3 treatment.注：4个因素分别进行多重比较；+示补光或赤霉素处理，-表示不补光或不进行赤霉素处理。
14.At germination, the embryo produces gibberellin, which stimulates the aleurone layer to synthesize enzymes, especially amylase.在种子萌发过程中，胚产生赤霉素，赤霉素可以刺激糊粉层合成一些酶特别是淀粉酶。
15.Vegetative rejuvenation of some bamboo species can be effected by exogenous GA3.外源赤霉素能影响某些竹种的有性更新过程。
16.Optimization on the Determination Method of the Remnant of GA3 by HPLC;高效液相色谱检测赤霉素残留量的方法优化
17.The Effects of GA_3 on the Growth of Strawberry;赤霉素对深休眠草莓品种生长发育的影响研究
18.Further Functional Analysis of GA-Related Transcription Factor NBF;赤霉素相关转录因子NBF的进一步功能分析
相关短句/例句
GA3赤霉素
1.Effects of Spraying with GA3 or Paclobutrazol on the Flowering and Body Height of Three Herbal Flower Species;赤霉素及多效唑对3种草本花卉花期与株高的影响
2.Effect of GA3 Treatment on Ethylene Biosynthesis in Post-harvested Persimmon Fruits;赤霉素处理对采后柿果实乙烯生物合成的影响
3.Optimization on the Determination Method of the Remnant of GA3 by HPLC;高效液相色谱检测赤霉素残留量的方法优化
3)GA赤霉素
1.Effects of low temperature and GA on the breaking dormancy in garlic seed;低温和赤霉素解除大蒜蒜种休眠的效应
2.Effects of GA and Penicillin on Senescence of Cut Peony Flowers;赤霉素和青霉素对芍药切花衰老的影响
3.Effect of GA and NAA on the yield and quality of Macadamia;赤霉素和萘乙酸对澳洲坚果产量及品质的影响
4)Gibberellic acid赤霉素
1.Seed vigor enhancing of Chinese thorowax by ultrasonic wave and gibberellic acid;超声波+赤霉素对柴胡种子活力的促进作用
2.Effects of gibberellic acid in quality of cut flower on Tulipa;赤霉素对郁金香切花品质的影响
3.Effects of temperature,gibberellic acid and ethylene on fiber synthesis and quality of excised pea seedlings;温度、赤霉素和乙烯处理对采后豌豆苗纤维合成及品质变化的影响
5)gibberellins赤霉素
1.Gibberellins Effect on Growth and Development of Suckling Mice;赤霉素对小鼠仔鼠生长发育的影响
2.Effect of Gibberellins on Collecting Seed of the Endive(Cichorium endivia L.);赤霉素处理对苦苣采种的影响
3.Effects of Applied Gibberellins on Negative Gravitropism and Wood Formation in Horizontally-Positioned Fraxinus mandshurica Seedlings;赤霉素对水平放置水曲柳幼苗的负向重性和木材形成的影响
6)Gibberellic acid赤霉素/赤霉酸
延伸阅读
赤霉素赤霉素gibberellin一类主要促进节间生长的植物激素，因发现其作用及分离提纯时所用的材料来自赤霉菌而得名。到1983年已分离和鉴定出60多种。一般分为自由态及结合态两类，统称赤霉素。赤霉素都含有（－）-赤霉素烷骨架，它的化学结构比较复杂，是双萜化合物。在高等植物中赤霉素的最近前体一般认为是贝壳杉烯。各种不同的赤霉素之间的差别在于双键、羟基的数目和位置。赤霉素最突出的生理效应是促进茎的伸长和诱导长日植物在短日条件下抽薹开花。各种植物对赤霉素的敏感程度不同。遗传上矮生的植物如矮生的玉米和豌豆对赤霉素最敏感，经赤霉素处理后株型与非矮生的相似；非矮生植物则只有轻微的反应。赤霉素在种子发芽中起调节作用。许多禾谷类植物例如大麦的种子中的淀粉，在发芽时迅速水解；如果把胚去掉，淀粉就不水解。用赤霉素处理无胚的种子，淀粉就又能水解，证明了赤霉素可以代替胚引起淀粉水解。赤霉素能代替红光促进光敏感植物莴苣种子的发芽和代替胡萝卜开花所需要的春化作用。赤霉素还能引起某些植物单性果实的形成。对某些植物，特别是无籽葡萄品种，在开花时用赤霉素处理，可促进无籽果实的发育。但对某些生理现象有时有抑制作用。关于赤霉素的作用机理，研究得较深入的是它对去胚大麦种子中淀粉水解的诱发。用赤霉素处理灭菌的去胚大麦种子，发现赤霉酸（GA3）显著促进其糊粉层中α-淀粉酶的新合成，从而引起淀粉的水解。在完整大麦种子发芽时，胚含有赤霉素，分泌到糊粉层去。此外，GA3还刺激糊粉层细胞合成蛋白酶，促进核糖核酸酶及葡聚糖酶的分泌。赤霉素应用于农业生产，在某些方面有较好效果。例如提高无籽葡萄产量，打破马铃薯休眠；在酿造啤酒时，用GA3来促进制备麦芽糖用的大麦种子的萌发；当晚稻遇阴雨低温而抽穗迟缓时，用赤霉素处理能促进抽穗；或在杂交水稻制种中调节花期以使父母本花期相遇。
