auxin

It has been reported that ARF gene expression was not effected by auxin concentration.

已有报道说ARF基因的表达都不受生长素浓度的影响.

Researchers have known since the nineteen thirties that the actively growing tip of a plant releases a hormone called auxin.

自1930S起，研究人员就了解到生长旺盛的植物顶梢会释放出一种被称为茁长素的激素。

Both ACC synthase and ACC oxidase mRNA accumulation in the various parts of the flowers is induced by auxin, and ethylene, but not by emasculation.

生长素和乙烯所诱导的ACC合酶和ACC氧化酶的mRNA在花器官中的积累模式相似。

The Study on Transformation of ARF ( Auxin Response Factor) Gene into Tabacco

ARF基因导入烟草的遗传转化研究

These results indicated auxin promote the dormancy of tea axillary buds.

这些结果初步说明生长素促进腋芽的休眠。

A study on the apple latent virus ⅲ. the effect of SGV on Apple auxin

苹果潜隐病毒的研究&Ⅲ.茎沟槽病毒对苹果内源激素的影响

The Effect of Auxin Variety and Concentration and Leaf Size on Propagating Result of Iris Plantlets

叶片大小与生长素种类及浓度对鸢尾试管苗增殖效应的影响

We expect that the transgenic tobacco plant become a bioreactor and develop a new way to produce auxin protein.

本实验试图将ARF基因引入烟草植株，使转基因烟草成为该基因表达蛋白的生物反应器。

These bats buds themselves also produce auxin.

这些花蕾本身也会产生茁长素.

Coronatine, like auxin, enhanced the lateral root formation under whether low K or high K.

无论在低钾还是高钾条件下，冠菌素可以像生长素一样促进棉花侧根的发生。

Auxin plays a key role in regulating wood formation through its effects on cambial activity and vascular tissue differentiation in plants: controlling the period of cambial activity, maintaining the morphology and arrange orientation of fusiform cells, regulating the differentiation of phloem and xylem.

生长素在形成层活动和维管组织分化中起着极其重要的调控作用，包括：控制形成层活动周期，维持纺锤状细胞的形态和排列方向，控制木质部和韧皮部的分化。

Auxin homeostasis, polar transport and signaling affect the whole progress of leaf development.

生长素的稳态调控 、 极性运输和信号转导影响叶片发育的全过程.

On the basis of plant cell's totipotency theory, choose one factor trial and analyze the influence of three hormone, which are cell mitogen ( 6 BA) auxin ( 2,4 D) and auxin ( NAA) to the callus growth of Nove Cento's bulb.

在植物细胞全能性学说的基础上，采用单因子实验，分析比较了细胞分裂素6-BA，生长素2,4-D，生长素NAA等3种植物激素对路易圣特百合鳞茎愈伤组织生长的影响。

It proves the mutant root deflection relate to auxin, cytokinin and sodium chloride indeed.

从而说明了生长素和细胞分裂素及氯化钠的确会影响突变体根的偏转方向。

The AUX/ IAA class of genes are rapidly induced by exogenous auxin ar.

在拟南芥中，我们已经知道AUX/IAA丛因能快速地被外源生长素诱导，并且许多这个家族的基因已经被详细地描述。

CTK and auxin have an additive role in promoting root hairs development of Arabidopsis.

在根毛的发生发育中，CTK与生长素存在相互累加的促进作用。

Exogenous auxin treatment induced CRL5 expression without denovo protein biosynthesis, which also required the degradation of AUX/ IAA proteins.

外源生长素处理能够诱导Crl5的表达，并且这种诱导表达不需要蛋白的从头合成，而需要AUX/IAA的降解。

Aux/ IAAs play an important role in auxin signaling transduction, and are generally thought to function as transcriptional repressors.

其中Aux／IAA蛋白，作为一类转录抑制因子，已经被证明在生长素信号转导途径中起到极其重要的作用。

Apical buds produce a growth hormone called auxin.

顶芽分泌出叫做生长素的生长类激素.

For long-term tissue cultures of domestic carrot the only requirement for adventive embryogeny was addition of an auxin.

栽培的胡罗卜进行长期组织培养时，对不定胚发生的唯一要求是加进植物生长素。

With intact Phaseolus aureus plant as test material, this paper studied the effects of boron deficiency on its axillary bud growth and polar auxin transportation.

以绿豆为指示作物，研究缺硼对侧芽生长及3H-吲哚乙酸（IAA）在完整植株体内运输的影响。

Whenever a plant responds to applied , i . e . , unbalanced, applications of auxin, ethylene is produced.

当一植物对不平衡地施用生长素起反应时, 总是产生乙烯.

These buds themselves also produce auxin.

这些芽本身还生产出生长素.

Leaf fall The shedding of leaves , usually associated with a fall in AUXIN concentration.

落叶:即树叶的脱落, 常伴植物激素浓度的降低.

Our results suggest the presence of an auxin signaling pathway that oppositely regulates growth and defense in the plant.

实验结果表明，存在一条生长素信号通路负向调控植物的生长而正向调控防卫。

Auxin and cytokinin play antagonistically important roles in many aspects of plant growth and development.

生长素和细胞分裂素相互拮抗并共同调控植物的生长和发育的诸多方面。

These bars buds themselves also produce auxin.

而这些叶芽本身也可以生成生长素.

Also unlike auxin, cytokinins promote the growth of lateral buds , not shoot tips.

同样不同于生长激素, 细胞分裂素促进侧芽的生长, 而不是顶芽的生长.

Researchers have known since the nineteen thirties that the actively growing tip of a plant s a hormone called auxin.

从上世纪30年代起，科学家已经得知植株活跃的生长点释放一种叫做生长素的荷尔蒙。

Normally, the T-DNA region contains genes for auxin and cytokinin biosynthesis and for amino acid and sugar derivative production.

通常T-DNA区都含有生长素和细胞分裂素合成基因以及氨基酸和糖类衍生物合成基因。