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Proteomics: A tool to decipher cold tolerance

机译:蛋白质组学:一种破译耐寒性的工具

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The term proteomics' refers to a high-throughput technology and methodology to analyze protein profile of any organism. The complete set of proteins (proteome) of a cell is quite complex apart from being dynamic. Furthermore, environmental conditions greatly influence the accumulation of many proteins and thus dissecting the dynamics of proteome in response to any external stimuli is crucial for understanding the plant response to different environmental cues. Cold or freezing stress is a severe abiotic stress that not only reduces crop yield but also restricts the geographical distribution of many plant species on earth. The ability of the plants to adapt to various environmental stresses determines their survival and understanding this ability' is crucial for developing stress tolerant plants for improving agricultural yield. Proteomics provides an important platform to understand the molecular mechanisms lying behind cold tolerance in different plants. Here we have reviewed the current proteomics studies in plant response to cold stress with specific emphasis to cold stress response in plants at organ and organelle levels.
机译:术语蛋白质组学是指高通量技术和方法,用于分析任何生物体的蛋白质概况。除了动态之外,细胞的完整蛋白质(蛋白质组)非常复杂。此外,环境条件极大地影响了许多蛋白质的积累,从而对任何外部刺激对蛋白质组的动态进行了解剖,对于理解植物对不同环境提示的反应至关重要。冷或冷冻应激是一种严重的非生物应激,不仅减少了作物产量,而且还限制了地球上许多植物物种的地理分布。植物适应各种环境压力的能力决定了它们的存活率和理解这种能力对发展压力耐受性植物来提高农业产量至关重要。蛋白质组学提供了一个重要的平台,了解不同植物患者耐寒性耐寒性的分子机制。在这里,我们已经审查了当前蛋白质组学研究植物反应对冷应激的反应,具有特异性强调器官和细胞器水平的植物中的冷应激应答。

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