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A rapid in vitro method to flip back the double-floxed inverted open reading frame in a plasmid

机译:一种快速的体外方法可将质粒中的双链倒置开放阅读框向后翻转

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摘要

BackgroundThe LoxP site based genetic switch, the FLEX, also known as DIO (Double-Floxed Inverted Open reading frame), was invented to turn on gene expression via Cre-mediated recombination. Since its first publication, numerous FLEX switch plasmids have been generated. These plasmids are designed to only work in combination with Cre. However on many occasions it is necessary to covert these FLEX plasmids back into constitutive expression plasmids so that they can also be used in non-Cre-expressing cells and in non-genetically modified animal models. Therefore developing a universal protocol for this purpose is useful as it could save a lot of valuable time and lab resources.
机译:背景技术发明了基于LoxP位点的遗传开关FLEX,也称为DIO(双股倒置开放阅读框),可通过Cre介导的重组开启基因表达。自首次发表以来,已经产生了许多FLEX开关质粒。这些质粒仅可与Cre结合使用。然而,在许多情况下,有必要将这些FLEX质粒转化回组成型表达质粒,以便它们也可用于非表达Cre的细胞和非遗传修饰的动物模型中。因此,为此目的开发通用协议很有用,因为它可以节省大量宝贵的时间和实验室资源。

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