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Engineering novel traits in plants through RNA interference

机译:通过RNA干扰工程化植物中的新性状

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摘要

RNA interference (RNAi) is a homology-dependent gene silencing technology that involves double-stranded RNA directed against a target gene or its promoter region. Using hairpin constructs, double-stranded RNA can be expressed in plants relatively easily, enabling this technology to be applied to a wide range of species to silence the expression of both specific endogenous genes and genes of invading pathogens. RNAi has also been used to engineer metabolic pathways to overproduce secondary products with health, yield or environmental benefits. The application of tissue-specific or inducible gene silencing, with the use of appropriate promoters, and the ability to silence several genes simultaneously should enhance our ability to create novel traits in plants.
机译:RNA干扰(RNAi)是一种依赖同源性的基因沉默技术,涉及针对目标基因或其启动子区域的双链RNA。使用发夹构建体,双链RNA可以在植物中相对轻松地表达,从而使该技术可以应用于广泛的物种,以沉默特定内源基因和入侵病原体基因的表达。 RNAi也已被用于设计代谢途径,以过量生产具有健康,产量或环境效益的次级产品。组织特异性或诱导性基因沉默的应用,以及适当启动子的使用,以及同时沉默多个基因的能力,应能增强我们在植物中创造新性状的能力。

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