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Chernobyl seed project. Advances in the identification of differentially abundant proteins in a radio-contaminated environment

机译:切尔诺贝利种子项目。在无线电污染的环境中鉴定差异丰富的蛋白质的研究进展

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摘要

Plants have the ability to grow and successfully reproduce in radio-contaminated environments, which has been highlighted by nuclear accidents at Chernobyl (1986) and Fukushima (2011). The main aim of this article is to summarize the advances of the Chernobyl seed project which has the purpose to provide proteomic characterization of plants grown in the Chernobyl area. We present a summary of comparative proteomic studies on soybean and flax seeds harvested from radio-contaminated Chernobyl areas during two successive generations. Using experimental design developed for radio-contaminated areas, altered abundances of glycine betaine, seed storage proteins, and proteins associated with carbon assimilation into fatty acids were detected. Similar studies in Fukushima radio-contaminated areas might complement these data. The results from these Chernobyl experiments can be viewed in a user-friendly format at a dedicated web-based database freely available at .
机译:植物具有在受无线电污染的环境中生长和成功繁殖的能力,切尔诺贝利(1986)和福岛(2011)的核事故突显了这种能力。本文的主要目的是概述切尔诺贝利种子项目的进展,该项目旨在提供切尔诺贝利地区生长的植物的蛋白质组学表征。我们提供了两个连续的世代中从放射性污染的切尔诺贝利地区收获的大豆和亚麻籽的比较蛋白质组学研究的总结。使用针对放射性污染区域开发的实验设计,检测到甘氨酸甜菜碱,种子贮藏蛋白和与碳同化为脂肪酸的相关蛋白的丰度发生了变化。在福岛放射性污染地区的类似研究可能会补充这些数据。这些切尔诺贝利实验的结果可以通过用户友好的格式在专用的基于Web的数据库中免费查看,该数据库可在上免费获得。

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