yun2025 发表于 3 天前

TechnipFMC从巴西国家石油公司获得海底管道系统合同

TechnipFMC从巴西国家石油公司获得海底管道系统合同

2026年9月,中国科学院遗传与发育生物学研究所报告了一项小麦分子育种研究。团队利用单碱基编辑,调整TaABA2-5A基因前方的一段调控序列,减弱其对后续蛋白质合成的限制。实验发现,基因转录水平并未因此改变,但翻译效率提高,使小麦体内的脱落酸含量增加,并表现出更好的耐盐、耐旱和抗穗发芽能力。

脱落酸参与植物应对逆境,也影响种子何时结束休眠。对于小麦来说,成熟后遇到不适宜天气而提前在穗上发芽,会影响粮食品质,因此相关性状一直是育种研究的重要方向。这次工作的特点是修改调控元件,利用植物自身的激素通路改善表现,而不是简单提高基因转录量。它说明,蛋白质合成过程中的调节环节也可以成为精准育种工具。研究为作物抗逆改良提供了新的实验路径,至于不同品种在田间环境中的综合效果,以及抗性与产量之间的关系,仍需进一步评价。

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希尔达 发表于 3 天前

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