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由tau基因座定义的Cre重组酶特异性。

Cre recombinase specificity defined by the tau locus.

作者信息

Korets-Smith Ella, Lindemann Lothar, Tucker Kerry Lee, Jiang Caoyang, Kabacs Nikolett, Belteki Gusztav, Haigh Jody, Gertsenstein Marina, Nagy Andras

机构信息

Samuel Lunenfeld Research Institute, 600 University Ave., Toronto, Ontario, M5G 1X5, Canada.

出版信息

Genesis. 2004 Nov;40(3):131-8. doi: 10.1002/gene.20074.

Abstract

We generated a transgenic mouse line (tau::Cre) by targeting the Cre to the tau locus (Mapt). Based on previous reports on the expression of Tau during development, we expected the Cre recombinase to be expressed in a neuron-specific and pan-neuronal manner. However, intercrosses between the tau::Cre and the Cre-activatable reporter animals resulted in offspring with recombination either restricted to the nervous system or throughout the entire conceptus, indicating expression of Tau early in development. The percentage of neuron-specific excision was dependent on the Cre reporter used representing different Cre target sites in the mouse genome. In spite of the observed variability, our data suggest that the tau::Cre mouse line can be used for pan-neuronal recombination of floxed alleles when it is used with caution.

摘要

我们通过将Cre靶向tau基因座(Mapt)生成了一个转基因小鼠品系(tau::Cre)。基于先前关于Tau在发育过程中表达的报道,我们预期Cre重组酶会以神经元特异性和全神经元的方式表达。然而,tau::Cre与Cre可激活报告动物之间的杂交产生的后代,其重组要么局限于神经系统,要么遍布整个胚胎,这表明Tau在发育早期就有表达。神经元特异性切除的百分比取决于所使用的Cre报告基因,其代表了小鼠基因组中不同的Cre靶位点。尽管观察到了变异性,但我们的数据表明,当谨慎使用时,tau::Cre小鼠品系可用于floxed等位基因的全神经元重组。

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