gonads gene expression profiling in WT and Sox9flox/flox; Sf1:creTr/+ mice
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In mammals, gonadal differentiation is the first step of sex determination, and the transcription factor Sox9 promotes testis differentiation. Here we used the XY Sox9flox/flox; Sf1:creTr/+ mouse model and show that the lack of Sox9 expression induces a full sex reversal of E13.5 XY Sox9flox/flox; Sf1:creTr/+ gonads compared to XY Sox9flox/flox. Keywords: gonads gene expression profiling in WT and Sox9flox/flox; Sf1:creTr/+ mice 3 WT versus 3 Sox9flox/flox; Sf1:creTr/+ mice.
在哺乳动物中,性腺分化是性别决定的首要步骤,转录因子Sox9(Sox9)可促进睾丸分化。本研究采用XY型Sox9flox/flox; Sf1:creTr/+小鼠模型,实验结果显示,相较于XY型Sox9flox/flox小鼠,Sox9表达缺失可诱导胚胎发育第13.5天(E13.5)的XY型Sox9flox/flox; Sf1:creTr/+小鼠性腺发生完全性反转。关键词:野生型(Wild Type)与Sox9flox/flox; Sf1:creTr/+小鼠的性腺基因表达谱分析;3只野生型小鼠与3只Sox9flox/flox; Sf1:creTr/+小鼠。



