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Plant responses to drought ,acclimation, and stress tolerance

机译:植物对干旱、驯化和胁迫耐受性的响应

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摘要

At the whole plant level, the effect of stress is usually perceived as a decrease in photosynthesis and growth. That is why this review is focused mainly on the effect of drought on photosynthesis, its injury, and mechanisms of adaptation. The analysed literature shows that plants have evolved a number of adaptive mechanisms that allow the photochemical and biochemical systems to cope with negative changes in environment, including increased water deficit. In addition, the acquisition of tolerance to drought includes both phenotypic and genotypic changes. The approaches were made to identify those metabolic steps that are most sensitive to drought. Some studies also examined the mechanisms controlling gene expression and putative regulatory pathways.
机译:在整个植物水平上,压力的影响通常被认为是光合作用和生长的减少。因此,本文主要关注干旱对光合作用的影响、光合作用的损伤和适应机制。分析的文献表明,植物已经进化出许多适应机制,使光化学和生化系统能够应对环境的负面变化,包括增加的缺水量。此外,对干旱的耐受性的获得包括表型和基因型变化。这些方法旨在确定那些对干旱最敏感的代谢步骤。一些研究还检查了控制基因表达的机制和假定的调控途径。

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