- 更多网络例句与脱落酸相关的网络例句 [注：此内容来源于网络，仅供参考]
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Gibberellin and abscisic acid are two kinds of very important AAAplant hormones, the interaction between them is a key factor in the regulation of metabolism and development.
脱落酸和赤霉素是两种重要的植物激素，脱落酸和赤霉素之间的相互关系是调节多种生理活动的关键因素。
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The results showed that with temperature decreased, levels of endogenous hormone changed obviously,such as the increase of the content of Abscisic acid,and the decrease of Gibberellic acid.
结果表明，低温半致死温度降低的同时，脱落酸含量上升，赤霉素含量下降，尤其值得引起关注的是脱落酸含量与赤霉素含量的比值的变化表现出与低温半致死温度更密切的关系(R =- 0 992 0 )。
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Abscisic acid A plant hormone, that functions chiefly as an inhibitor of growth and cell elongation.
脱落酸：一种植物生长激素，它的主要功能是抑制细胞生长和延长。脱落酸具有一系列涉及到有关种子休眠和抗逆反应的功能。
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Despite its name it does mot directly promote abscission, but only indirectly through increasing ethylene production.
尽管它被称为脱落酸可是它并不直接促进脱落，而是间接的通过增加乙烯的释放量来完成脱落的过程。
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The variance of ABA of grape during storage were discussed in this paper.The following results are been drawn:the change of the content of ABA of grapes during storage characterizes by a parabolic shaped curve with obvious peak.Low temperature (0±0.5℃) is conducive to delaying the appearance of the peak of ABA and reduces the peak value.Nine kinds of plant growth regulators and two kinds of chemicals were chosen to treat grape bunches so as to study their mechanisms on ABA of grapes,2,3,5 triiodobenzoic a...
试验研究了葡萄贮期脱落酸的变化，结果表明：葡萄贮期 ABA含量呈抛物线形变化，有明显的高峰出现，低温( 0± 0 。5℃)贮藏具有推迟 ABA峰期和降低峰值的作用，经用 9种植物生长调节剂和 2种化学药品对葡萄果穗处理试验，三碘苯甲酸对 ABA的形成有极强的抑制作用，吲哚- 3-乙酸、赤霉素( GA3)、萘乙酸和 6-苄基氨基嘌呤( 6- BA)对 ABA的形成也具有拮抗作用，矮壮素、比久( B9)、乙烯利和外源脱落酸对 ABA的形成有促进作用。
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Results showed that the magnitude on grey correlation degree between various agronomic characters and yield per plant was plant spread, plant height, fruit length, fruits per plant, weight per fruit, the first flower node, fruit width and branches per plant. The magnitude on grey correlation degree between various biochemical matter contents in flower buds and agronomic characters was soluble sugar, soluble protein, POD activity, ABA , IAA, free proline and ZRs. The order in leaves was soluble sugar, POD activity, free proline, ABA , IAA, ZRs and soluble protein.
结果表明，农艺性状与单株产量间关联度的大小顺序依次为株幅、株高、果长、结果数、单果质量、第一花节位、果宽和侧枝数，花蕾中生化物质含量与农艺性状间总体关联度的大小顺序依次为可溶性糖、可溶性蛋白质、过氧化物酶活性、脱落酸、生长素、游离脯氨酸和玉米素，叶片中生化物质含量与农艺性状间总体关联度的大小顺序依次为可溶性糖、过氧化物酶活性、游离脯氨酸、脱落酸、生长素、玉米素和可溶性蛋白质。
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Just the CTK content, the ABA content in its tiller node were most significantly related and most significantly negatively related to the tiller number of intervarietal hybrid respectively, but beside the CTK content, the ABA content in its tiller node were significantly related and significantly negatively related to the tiller number respectively, the IAA content were also most significantly related to the tiller number of interspecific hybrid, this may be the reason why the interspecific hybrid had a high fertile spike heterosis.
品种间杂种分蘖盛期分蘖节仅细胞分裂含量与分蘖数呈极显著的正相关，而脱落酸含量与其分蘖数呈极显著的负相关。而种间杂种分蘖盛期分蘖节中的细胞分裂素含量与其分蘖数显著正相关、脱落酸含量与其分蘖数呈显著负相关，另外其分蘖节中的生长素含量也与其分蘖数呈极显著正相关，IAA在种间杂种中的共同参与可能是种间杂种具有较强的分蘖成穗能力的原因。
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In this thesis, we describe a facile and economical synthesis of-abscisic acid from keto-isophorone and 3-butyn-2-ol through ketalization, oxidization, Witting-Horner reaction, reduction with chromium sulfate and other steps in 13% total yields. Compared to the previous routes, the starting materials are more commercially available and cheaper and the synthetic process is more easily controlled in our method, but the yield of this route is still to be improved.As to isostere principle, cyclopropyl and methyl vinyl are a couple of isostere.
本论文设计并完成了一条全新的外消旋脱落酸(1)全合成路线，从廉价的工业原料氧化异佛尔酮和丁炔醇出发，经过缩酮化反应、氧化反应、Wittig-Horner反应、CrSO_4选择性还原反应以及水解等七步反应实现了脱落酸的全合成，总产率达13％，与以往路线相比，该路线所用试剂廉价、合成路线简单，但产率有待提高。
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The exogenous hormone treatments to panicles, applying gibberellin acid (GA 3) and abscisin acid solutions in 3 different concentrations, showed that 30 mg/kg concentration of GA3 could obviously promote the panicle germination and that ABA could restrain panicle germination even though the effect varied considerably for the different varieties.
以3种不同浓度的赤霉素(GA3)和脱落酸进行溶液培养，30mg／kg的赤霉素有明显促进穗发芽的效果，脱落酸抑制穗发芽的效果在不同品种之间表现出比较大的差异。
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The effect of sensitivity of abscisic acid on the power of self-thinning was studied with two Arabidopsis mutants (abil-1, insensitive to ABA and eral-2 hypersensitive to ABA).
本文以两个拟南芥脱落酸突变体（abil-1，脱落酸不敏感型；eral-2，对脱落酸超敏感型）为试验材料，研究了脱落酸敏感性对拟南芥群体的自疏指数的效应。
- 更多网络解释与脱落酸相关的网络解释 [注：此内容来源于网络，仅供参考]
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ABA：脱落酸
[3] 脱落酸,(aba)是植物体内存在的一种天然抑制剂,广泛存在于植物器官组织中. 在将要脱落和休眠的组织器官中含量更高,它与生长素,赤霉素,细胞分裂素的作用是对抗的. 它有抑制萌芽和枝条生长提早结束生长的,
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abscisic acid：脱落酸
脱落酸(abscisic acid)是一种重要的植物激素[1],作为内源信号,在植物生长、发育过程以及植物抗逆等方面都起着重要作用[2,3]. 在脱落酸信号传导途径中,正调控因子及负调控因子的协同作用对脱落酸的应答有重要影响[4]. 因此,鉴定和描述脱落酸调控的基因以及与它们有关的目标蛋
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abscisic acid：[生化]脱落酸
abort vt.流产 | abscisic acid[生化]脱落酸 | abundance n.1.[生]个体密度 2.丰富,充足 3.富裕
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ABA abscisic acid：脱落酸
ABA Abscisic acid脱落酸 | Cb Carbenicillin羧苄青霉素 | Cef Cefotaxine头孢霉素
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Abscisic acid, ABA：脱落酸
脱落素 abscisin 286 | 脱落酸 abscisic acid,ABA 285 | 脱支酶 debranching enzyme 190
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abscission：脱落
abscisic acid脱落酸 | abscission脱落 | absolute绝对的
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abscise：(花、果、叶)脱落[离]
abscess 脓肿,脓疡 | abscise (花、果、叶)脱落[离] | abscisic acid 脱落酸
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Matthiola bicornis：夜香紫罗兰
文章摘要:研究脱落酸引发及其与植物生长调节剂的复合处理对夜香紫罗兰(Matthiola bicornis)种子萌发的效应. 结果表明,将夜香紫罗兰种子于20℃下在2.5 10^-5mol/L脱落酸(ABA)溶液中引发7d,能显著缩短种子平均萌发时间,增加种子萌发指数.
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abscisin：脱落酸
absciseexciseexcisionexscindresect 切除 | abscisin 脱落酸 | absenceabsent 缺席
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abscisin：脱落素, 离层素
abscisic acid || 脱落酸 | abscisin || 脱落素, 离层素 | absciss layer || 离层离层