因此，明确EIN2基因的功能及其参与信号转导的机制，是研究乙烯信号转导的一个重要内容。
So it is significant to identify the function and the mechanism of EIN2 in signal transduction pathway.
经过十几年对模式生物拟南芥的分子遗传学研究，已经基本建立了植物乙烯信号转导的线性模型。
Over the last decade of genetic studies of model plant Arabidopsis, a largely linear model of plant ethylene signal transduction pathway has been established.
综述了近几年有关乙烯受体和乙烯信号转导成员研究的最新进展，ETR1与其多基因家族的结构及在信号转导过程中的作用机理。
The recent studies of ethylene receptors, ethylene singal transduction pathway, the role of ETR1 and its polygenic family in ethylene transduction are reviewed.
通过干旱与乙烯介导下的番茄幼苗三重反应、植株的生理变化、幼苗生长表现及NR基因表达的研究，探讨干旱对乙烯信号转导的影响。
The relations of NR gene, ethylene and drought were studied by the changes of growth, physiology and expression of NR gene in tomato seedlings under stress of drought and ethylene.
由此推测，柿果实的成熟启动很可能是通过加强乙烯的信号转导途径而实现的，由此进一步调节成熟相关基因的表达。
Thus, it is suggest that the ripening of persimmon fruit is triggered by enhancing ethylene signal transduction pathway, and then the expressions of ripening-related genes are regulated.
所以了解乙烯的生物合成及其信号转导是非常重要的。
It is important to know how ethylene is synthesized and how the signal is transduced.
所以了解乙烯的生物合成及其信号转导是非常重要的。
It is important to know how ethylene is synthesized and how the signal is transduced.
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