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On the path to better water use efficiency by plants

机译:在提高植物用水效率的道路上

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RESEARCH by University of Warwick's School of Life Sciences in the UK has opened up a new path to produce water efficient seeds that will be a significant tool to cope with drought resistance, and ensure global food security. The research not only provides the best map to date of the key protein that appears to be the principal gateway for water intake during seed germination - it also actually provides the right map as it appears much of the research to date was focussed on a much less relevant protein. The research team led by Dr Lorenzo Frigerio looked at two proteins that are members of the large family of 'Major Intrinsic Proteins' (MIPs), which are widespread among living organisms and are known to act as water channels governing water uptake.
机译:英国沃里克大学生命科学学院的研究开辟了一条新途径,以生产节水种子,这将成为应对干旱和确保全球粮食安全的重要工具。该研究不仅提供了迄今为止看来是种子发芽过程中水分摄入的主要途径的关键蛋白质的最佳图谱,而且还提供了正确的图谱,因为迄今为止,许多研究似乎都集中在少得多的研究上。相关蛋白质。由洛伦佐·弗里吉里奥(Lorenzo Frigerio)博士领导的研究小组研究了两种蛋白质,它们是“主要内在蛋白质”(MIP)大家族的成员,它们广泛存在于活生物体中,并被称为控制吸水的水通道。

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