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首页> 外文期刊>Genesis: the journal of genetics and development >Gonadal Sex Differentiation and Expression of Sox9a2, Dmrt1, and Foxl2 in Oryzias luzonensis
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Gonadal Sex Differentiation and Expression of Sox9a2, Dmrt1, and Foxl2 in Oryzias luzonensis

机译:芦Or的性腺性别分化及Sox9a2,Dmrt1和Foxl2的表达

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摘要

Oryzias luzonensis is closely related to the medaka, O. latipes. The sex of both species is determined by an XX-XY system. However, the testis determining gene (DMY/Dmrt1bY) found in O. latipes does not exist in O. luzonensis. Instead, a different gene is thought to act as a testis determining gene. In this study, we focused the gonadal sex differentiation process in O. luzonensis under different testis determining gene. First, we observed the gonadal development of O. luzonensis histologically. We then analyzed the expression of Sox9a2/Sox9b, Dmrt1, and Foxl2 during early development. Our results suggest that the sexual differentiation of germ cells in O. luzonensis is initiated later than in O. latipes. However, the timing of the sexual differentiation of the supporting cell linage is similar between the species. genesis 47:289-299, 2009.
机译:吕氏稻(Oryzias luzonensis)与青aka(O。latipes)密切相关。两种物种的性别均由XX-XY系统确定。但是,在O. lutipensis中不存在在O. latipes中发现的睾丸决定基因(DMY / Dmrt1bY)。取而代之的是,另一个基因被认为是决定睾丸的基因。在这项研究中,我们着眼于不同睾丸决定基因的吕宋鱼的性腺性别分化过程。首先,我们在组织学上观察了吕宋鱼的性腺发育。然后,我们分析了早期开发过程中Sox9a2 / Sox9b,Dmrt1和Foxl2的表达。我们的研究结果表明,吕宋O. latipes中生殖细胞的性别分化开始晚。但是,物种之间支持细胞的性分化的时机是相似的。创世记47:289-299,2009。

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