Drought induced protein is a kind of proteins which is newly synthesized or increased in plants responsible for drought stress.
干旱诱导蛋白是指植物在受到干旱胁迫时新合成或合成增多的一类蛋白。
The differential expression of drought induced protein not only relates to the type of plant, but also the drought intensity, time and development stage of plant, etc.
干旱诱导蛋白的差异表达不仅与植物的种类有关，还与干旱胁迫强度、时间及发育阶段等有关。
The present paper described characteristics, classification and function of drought-induced protein in plants.
根据近年的研究进展，本文就干旱诱导蛋白的类型、特性、功能作了简要综述。
Drought-induced proteins and drought-induced genes were one of the hot fields in plant stress physiology.
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。
Response protein induced by drought already becomes a machine-made hot spot fighting drought to crop in studying adapting to arid adverse circumstances gene expression.
干旱诱导应答蛋白已成为抗旱研究中揭示作物适应干旱逆境基因表达机制的一个热点。
Using SDS-PAGE electrophoresis analytic method, a study on the change of drought-induced protein in leaves of alfalfa cultivars under different extents of drought stress was conducted.
利用SDS - PAGE电泳分析法探讨干旱对供试苜蓿品种叶片可溶性蛋白的变化及其与干旱强度的关系。
CBF genes are expressed when induced by abiotic stress factors such as low temperature, drought and high salty, etc. Except for CBF4, other CBF genes are independent on ABA.
CBF基因受到低温、干旱及高盐等非生物胁迫因子诱导表达，除了CBF 4外，其余的CBF基因都不依赖aba。
These results suggested that stomatal oscillations induced by atmospheric drought stress and root resistance were mainly a type of hydropassive movement.
结果说明荒漠干旱条件诱发的甘草气孔振荡可能主要是一种水被动过程。
These results suggested that stomatal oscillations induced by atmospheric drought stress and root resistance were mainly a type of hydropassive movement.
结果说明荒漠干旱条件诱发的甘草气孔振荡可能主要是一种水被动过程。
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