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Strategies to improve plant resistance to bacterial diseases through genetic engineering

机译:通过基因工程提高植物对细菌性疾病的抗性的策略

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Mnay different genetic strategies have been proposed to engineer plant resistance to bacterial diseases, including produc- ing antibacterial proteins of non-plant origin, inhibition bacterial pathogenicity or virulence factors, enhancing natural plant defenses and artificially inducing prorammed cell death at the site of infection These are based on our knowledge of the mechanisms of action of antibacterial compounds and of the successive steps in plant-bacterial interactions. This article presents the different approaches and demonstrates that, even though several of these ideas have already been applied, no commercial applications have yet been achieved.
机译:已经提出了许多不同的遗传策略来改造植物对细菌疾病的抗性,包括产生非植物来源的抗菌蛋白,抑制细菌的致病性或致病性因子,增强天然植物的防御能力以及在感染部位人为地诱导增殖性细胞死亡。是基于我们对抗菌化合物的作用机理以及植物与细菌相互作用的后续步骤的了解。本文介绍了不同的方法,并表明,即使已经应用了其中的一些想法,但尚未实现商业应用。

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