植物生物技术育种及逆境生理。
并且在植物的抗逆境生理过程中扮演了重要角色。
And it plays an important role in the process of anti-stress physiology in plants.
干旱诱导蛋白与干旱诱导基因是当前植物逆境生理学研究的热点之一。
Drought-induced proteins and drought-induced genes were one of the hot fields in plant stress physiology.
LEA蛋白与Lea基因是当前植物胚胎学以及逆境生理学研究的热点之一。
Lea proteins and Lea genes were one of the hot fields in plant embryology and stress physiology.
金属硫蛋白基因参与了植物的发育、胚胎发生、抵抗逆境胁迫等多种生理过程，是一种重要的功能基因。
The plant metallothionein participated in many physiology processes, such as development of plant, embryogenesis and stress resistance, and was regarded as an important functional gene.
研究柑橘在冷、盐逆境下的生理变化及抗性调节具有重要的理论和现实意义。
Surveying on stress physiology and resistance regulation mechanism do have important meaning in theory and practice.
我将永远不离弃，在逆境当中坚持自我并且逐渐茁壮，我的国家期待我能比敌人不论是生理上或是心理上都能够更加健壮，如果我被击倒了，我将会寻求支援。
I will never quit. I persevere and thrive on adversity. My Nation expects me to be physically harder and mentally stronger than my enemies. If knocked down, I will get back up, every time.
探讨温度逆境对西瓜嫁接苗生长发育的影响，温度逆境下西瓜嫁接苗的生理生化变化及其机理。
The grafted watermelon growth index and its physiological and biochemical changes after temperature stress were also measured in order to clarify the temperature stress resistance mechanism.
说明水稻abc1家族不仅在逆境胁迫应答中发挥重要作用，可能还与水稻特定的生理过程有关。
These results illustrate that rice ABC1 family played roles not only in the environmental stress response but also likely in the specific biological process of rice.
对于植物缺铁逆境胁迫分子生理学，这是一套非常有效的研究策略。
This technique will be a useful strategy to investigate how plants react to Fe-deficiency at molecular level.
渗透调节是植物适应干旱逆境的重要生理机制。
Osmotic regulation is the important physiological mechanism for plants to adapt to drought-adversity.
应用作物结构 功能模型FSPM分析与模拟逆境下作物生产力，辅助分析挖掘抗逆形态和生理特征；
Applying Functional-Structural Plant Models (FSPMs) to simulate crop growth, development, productivity and Assist to analyse and discover morpho-physiological traits for breeding;
应用作物结构 功能模型FSPM分析与模拟逆境下作物生产力，辅助分析挖掘抗逆形态和生理特征；
Applying Functional-Structural Plant Models (FSPMs) to simulate crop growth, development, productivity and Assist to analyse and discover morpho-physiological traits for breeding;
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