随着GA信号转导途径中越来越多的中间组分的分离和鉴定，GA调控植物发育的分子机理也越来越清楚。
The more middle components were isolated and identified of GAs signal transduction, the more clear about the molecular mechanism of GA controlling plant development.
提出了一种旋转导向工具设计方案，并对其实现旋转导向的机理进行了深入研究。
A rotary steering tool scheme was developed, and its steering mechanism was investigated intensively in this paper.
导向力的形成机理是研制旋转导向工具的核心。
The forming mechanism of the bias force is the key to the study of the modulated steerable rotary drilling system.
考虑到滚转导弹与非滚转导弹的不同，本文仔细分析了滚转导弹控制力的产生机理和滚转导弹的控制原理。
Considering the difference of the rolling missile and the non-rolling missile, the mechanism of rolling missile control force and the control theory of rolling missile was analyzed rigorously.
将滚转导弹动力学系统描述为一个具有动态负反馈的闭环系统，分析了滚转导弹动态失稳的机理。
The mechanism of dynamic instability of rolling missile was analyzed by describing the dynamics of rolling missile as a closed loop with dynamic negative feedback.
对调制式旋转导向工具RCLD系统的导向力的形成机理进行了探讨。
The forming mechanism of bias force of the RCLD system for the rotary steering drilling technology was investigated.
为了揭示ALP1相关的细胞信号转导途径，需要就ALP1的互作机理进行探讨。
In order to further reveal the ALP1 cell signal transduction pathways, it is first to explore the interaction mechanism of ALP1.
其作用机理为抗氧化作用，抗细胞增殖，诱导细胞调亡，干预细胞转导和增强抑癌基因表达，干预细胞周期等。
The mechanism are antioxidation, cell proliferation suppression, apoptosis induction, cell signal transduction disturbing and tumor suppression gene activity enhancing, cell cycle disturbing etc.
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.
文中提出了一种旋转导向工具设计方案，并对其实现旋转导向的机理进行了深入研究。
This paper presented a design proposal of rotary steering tool and studied its mechanism in detail.
他们同时也致力于创建在信号转导途径存在缺陷的突变细胞株，并探索相关方法去揭示这些缺陷的遗传机理。
They also work on methods for creating mutant cell lines that have lesions in signal transduction pathways, and appropriate ways to uncover the genetic basis of those lesions.
他们同时也致力于创建在信号转导途径存在缺陷的突变细胞株，并探索相关方法去揭示这些缺陷的遗传机理。
They also work on methods for creating mutant cell lines that have lesions in signal transduction pathways, and appropriate ways to uncover the genetic basis of those lesions.
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