首页> 外文期刊>BioMed research international >Development of CRTEIL and CETRIZ, Cre-loxP-Based Systems, Which Allow Change of Expression of Red to Green or Green to Red Fluorescence upon Transfection with a Cre-Expression Vector
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Development of CRTEIL and CETRIZ, Cre-loxP-Based Systems, Which Allow Change of Expression of Red to Green or Green to Red Fluorescence upon Transfection with a Cre-Expression Vector

机译:CRTEIL和CETRIZ(基于Cre-loxP的系统)的开发,该系统允许在用Cre表达载体转染时改变红色到绿色或绿色到红色荧光的表达

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We developed Cre-loxP-based systems, termed CRTEIL and CETRIZ, which allow gene switching in a noninvasive manner. Single transfection with pCRTEIL resulted in predominant expression of red fluorescence. Cotransfection with pCRTEIL and Cre-expression plasmid (pCAG/NCre) caused switching from red to green fluorescence. Similarly, cotransfection with pCETRIZ and pCAG/NCre resulted in change of green to red fluorescence. These noninvasive systems will be useful in cell lineage analysis, since descendants of cells exhibiting newly activated gene expression can be continuously monitored in noninvasive fashion.
机译:我们开发了基于Cre-loxP的系统,称为CRTEIL和CETRIZ,该系统允许以无创方式进行基因切换。 pCRTEIL的单次转染导致红色荧光的主要表达。与pCRTEIL和Cre表达质粒(pCAG / NCre)共转染导致从红色荧光转换为绿色荧光。同样,与pCETRIZ和pCAG / NCre共转染导致绿色荧光变为红色荧光。这些无创系统将在细胞谱系分析中有用,因为可以以无创方式连续监测表现出新激活的基因表达的细胞后代。

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