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Tailoring plants by gene silencing associated with small nucleic acid molecules: An update

机译:通过与小核酸分子相关的基因沉默来定制植物:一项更新

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Rapid progress in molecular biology reveals the role of small-molecule nucleic acid-based players, which are involved in the regulation of genome organization and gene expression in complex organisms. Knocking down the expression of specific genes represents an interesting technique of therapy and a means of scrutinizing molecular functions. The use of nucleic acids in therapeutics has advanced significantly in the last years and a huge number of genes and methods comprising naturally and synthetic molecules have been applied for in vitro and in vivo approaches. DNAzymes, siRNA, antisense oligonucleotides, decoys, ribozymes and aptamers are the main players, which interfere with cytosolic mRNAs or translated protein. However, gene silencing strategies in plants remain scarce and they will be the focus of this Mini review.
机译:分子生物学的飞速发展揭示了基于小分子核酸的分子的作用,这些分子参与了复杂生物体中基因组组织和基因表达的调控。抑制特定基因的表达代表了一种有趣的治疗技术和一种检查分子功能的手段。近年来,核酸在治疗剂中的使用已取得了显着进步,并且包含天然和合成分子的大量基因和方法已用于体外和体内方法。 DNA酶,siRNA,反义寡核苷酸,诱饵,核酶和适体是主要因素,它们会干扰胞质mRNA或翻译的蛋白质。但是,植物中的基因沉默策略仍然很稀少,它们将是本期迷你回顾的重点。

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