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Induced Mutations Will Help Mold the Future of Food

机译:诱导的突变将有助于塑造食物的未来

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The future of humankaind greatly depends on a sufficient and stable food supply. The most effective way of achieving this is to develop cultivars with superior agronomic characteristics, especially high yield. As described above, a marked increase in grain yield in rice and wheat will probably be difficult if we continue semidwarf crop breeding utilizing existing semidwarfing genes, viz.,sd1 and sd9 in rice, and Rht1 and Rht2 in wheat (Gale 1985). Thus, it is very important to exploit other useful genes related to yield and other agronomically important traits. In this report, we show that a great variety of mutations, including novel gene mutations, can be induced by mutagenic treatment. We propose that we should attempt to induce a great number of mutant genes as well as to identify useful genes from existing genetic resources, and that we should collect and stock these mutants at a research institute in charge. We have described the mPing transposon in detail in this report. As discussed here, transposable elements and other repetitive sequences are involved in gene and genome restructuring and in gene regulation (Tomita and Tanisaka 2010). For this reason, the use of transposable elements should be considered in future plant breeding efforts.
机译:Humankaind的未来大大取决于充分稳定的食物供应。实现这一目标的最有效方式是开发具有优越的农艺特征的品种,尤其是高产。如上所述,如果我们在水稻中使用现有的半卷发基因,viz和rht1和小麦的rht1和rht2(大风1985),水稻和小麦在水稻和小麦中籽粒产量的显着增加可能是困难的。因此,利用与产量和其他农学重要性重要特征有关的其他有用基因是非常重要的。在本报告中,我们表明,可以通过致突化治疗诱导包括新的基因突变的各种突变。我们建议我们应该试图诱导大量的突变基因以及鉴定来自现有遗传资源的有用基因,以及我们应该在负责研究所收集和股票这些突变体。我们在本报告中详细介绍了MPing Transposon。如这里讨论的,可转座元件和其它重复序列都参与了基因和基因组的重组和基因调节(富田和Tanisaka 2010)。因此,应在未来的植物育种努力中考虑转换元素的使用。

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