auxin

Auxin plays an important role in cotton fiber development .

生长素影响着棉纤维的发育和伸长。

However , the mechanism of auxin action is very complicated .

生长素的作用机制非常复杂的。

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。

Mechanisms of Regulation of Auxin on Plant Lateral Root Development

生长素调节植物侧根发育过程的机制

Inhibition of auxin polar transport affecting the model of leaf growth and development

生长素极性运输的抑制对叶生长发育模式的影响

Current Research Advances on Polar Auxin Transport in Plant

植物生长素极性运输调控机理的研究进展

Meanwhile , auxin also regulates the expression of numerous genes .

同时，在分子水平上，生长素还调控着无数基因的表达。

Auxin signaling and its role in cotton fiber development

生长素信号转导及其在棉花纤维发育中的作用

Phytohormones such as auxin , gibberellin could promote root system growth .

生长素、赤霉素等生长调节剂都可以促进植物根系生长。

Changing characteristics of auxin and the relative enzymes during the process of strawberry fruit development

草莓果实发育过程中IAA及其代谢相关酶的变化特性

So it is very important to study the signal transduction centered on auxin .

因此研究以生长素为中心的信号转导过程显得非常重要。

Effect of Auxin on the Potassium Distribution and Accumulation in Flue-cured Tobacco Plants

生长素对烟株中钾的分配和积累的影响

Auxin is a pivotal plant hormone that controls many aspects of plant growth and development .

植物生长素是调控植物生长发展多方面的关键性植物激素。

The Roles of Early Auxin Response Proteins in Auxin Signal Transduction

早期生长素响应蛋白在生长素信号转导中的作用

Research Advances on Auxin Transport Mechanism

生长素运输机制研究进展

Disruption of Phytochrome A Changes Expression Pattern of Auxin Response Factor 8

破坏光敏色素A改变生长素反应因子8的表达谱

Finally , the relationship between auxin action and polar transport is pointed out .

最后指出生长素的极性运输与生长素的作用有关。

Review on Auxin Signal Transduction Pathway and Biological Functions

生长素信号转导途径及参与的生物学功能研究进展

Regulation of Polar Transport of Auxin and Its Mechanism

生长素极性运输的调控及其机制

Advances in study on auxin binding protein

生长素结合蛋白研究进展

Effects of Calcium and Auxin on Lateral Roots Initiation of Cotton Seedling

钙和生长素对棉花幼苗侧根发生的协同调控效应

Ethylene can regulate auxin content , which has a great influence on plant development and morphology .

乙烯能够调节生长素的含量，而生长素对植物发育形态影响很大。

Auxin contrast test test done , which NAA is better than IBA .

试验做了生长素对比试验，其中NAA效果要好于IBA。

Auxin influx carriers are involved in auxin transport and plant development .

生长素内流载体参与生长素的运输和植物发育。

Auxin is the essential components and activated carbon no obvious impact on rooting .

生长素是生根培养的必需成分，活性炭对生根无明显的影响。

After auxin treatment , these genes accumulate rapidly .

这些基因在生长素处理后能够快速的表达积聚。

At the cellular level , auxin regulates cell division , extension and differentiation .

在细胞水平上，生长素影响细胞的伸长、分裂和分化。

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。

Current Progress in Auxin Signaling by Using Arabidopsis Mutants

拟南芥突变体在生长素信号传导中的研究进展

Auxin NAA combined with IBA can promote the growth of root .

生长素IBA和NAA共同作用促进根的生长。