植物激素

A liquid chromatography-electrospray tandem mass spectrometry was developed for the determination of trace amount of abscisic acid in plant samples.

脱落酸是植物体内产生的一种植物激素，它参与调控植物的生理过程[1]，其主要作用是促进芽休眠、叶子脱落，抑制生长。

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 chemical mechanism for the expression of flower color is the ratio of different type of pigments in petals; the anatomic and optical mechanism for the expression of flower color are the dimensional distribution of the pigments in petals and their effects on light; and the physiological mechanism are the pH of cell sap of petal, the developmental stage and the endogenous hormones of flower.

花色素的存在及其变化是植物花色表现的化学机制，色素在花瓣中的空间分布及其对光的作用是花色表现的解剖学和光学机制，细胞液pH值、花发育阶段和植物激素是花色表现的植物生理学机制。

Florigen A hypothetical plant hormone that has been postulated to account for the transfer of the photoperiod stimulus from the leaves to the apex where flowering is induced.

成花激素：一种假定的植物激素，该假设用来解释来自于叶中，在茎端诱导成花的光周期刺激物质的转运。

In plants , NO has recently been demonstrated to be involved in the regulation of growth and development in the response to abiotic and biotic stresses and it is a key signal messenger in disease resistance in plants. More important , it has been found that NOs function in plant is similar to the traditional phytohormone , so it is forecasted to be a new type of hormone in plant.

近年来的研究发现，它不仅在血管松弛、神经传导以及先天性免疫反应等动物生理代谢过程中是一种关键的第二信使，而且在植物中也起着非常重要的作用，是植物生长和发育的调节分子，能够对生物性和非生物性的胁迫作出反应，并且在植物体的抗病防御反应中也是一种重要的信号物质；更重要的是，近年来发现NO与各种植物激素的功能都有着重叠，因此有人预测NO可能是植物体内的一种新型激素。

The most sensitive periodto plant hormones in regulation of floret development are antherlobe formation andmeiosis.

不同发育时期的小花对植物激素的调控效应不一，药隔形成期和减数分裂期是小花对植物激素调控的敏感时期。

The absence of exogenous hormone correlated with the absence of vascular and tracheary element connections.

当培养基中添加植物激素时，维管束桥数和贯通的管状分子数随激素浓度和种类的不同而不同。

In the toped and untoped tobacco when applied with hormone, both content of IAA and GA3 increased but others decreased in tobacco that treated with IAA and GA3; The content of ABA increased significantly but the content of IAA and GA3 decreased when applied with ABA.

打顶与不打顶喷施外源植物激素的处理中，IAA和GA_3均可使叶和根中该激素含量提高，而其他激素含量下降；喷施ABA可以使烟株体内ABA明显增加，IAA和GA_3含量下降，ZR略有增加，但增幅不大。

As endogenous jasmonates exist in enantiomers in nature and at level of nanogram/per gram fresh weight, it is very challenging work to develop rapid and accurate method for qualitative and quantitative analyses of JAs. This review paper summarizes the recent advances in the analysis of jasmonates including chromatography, capillary electrophoresis, chromatography-mass spectrometry and immunoassay.

内源茉莉酸类激素通常以多种手性异构体存在，且含量超微，因此，对内源性茉莉酸类激素进行准确的定性、定量分析具有很大的难度，研究高效分离富集、高灵敏度检测以及分离与检测联用等分析方法，对加速植物激素分子作用机理研究具有重大意义。

Berleth Lab, Department of Botany is primarily dedicated to teaching and research in botany including plant physiology, plant biochemistry, plant anatomy and development, plant pathology, molecular genetics of plant hormone signal transduction, vascular plant systematics, plant evolutionary biology, microbial ecology, plant evolutionary ecology and physiology.

植物学系主要致力于植物生理学，植物生物化学，植物解剖学和发育，植物病理学，植物激素信号转导的分子遗传学，维管植物分类学，植物进化生物学，微生物生态学，植物进化生态学和生理学等。

Objective To investigate the effects of interleukin-1 β converting enzyme gene on the biologic characteristics of ovarian cancer cells.

目的 探讨白细胞介素-1 β转换酶的表达，对卵巢癌细胞生物学特性的影响。

Campylobacter: This illness is the most commonly identified cause of diarrheal illness in the world.

弯曲：这种病是最常见的原因查明腹泻病，在世界上。