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Circadian Dexras 1 in rats: Development, location and responsiveness to light

机译:大鼠昼夜生物体Dexras 1:光的发育,位置和反应性

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Dexras1 has been shown to exhibit clock-dependent rhythm in mice suprachiasmatic nucleus (SCN), and its genetic deletion modulates circadian responses to photic and nonphotic cues. We show that the rhythmic expression of Dexras1 mRNA and protein in rat SCN already oscillates with low amplitude at postnatal day 3 and can be detected as early as embryonic day 20. In contrast, its expression in peripheral tissues is not rhythmic in adult rats either. The Dexras1 protein is expressed predominantly in the dorsomedial part of the SCN and the light pulse has only a limited effect on its expression. Our data provide the descriptive basis for speculation about the Dexras1 involvement in the rat circadian physiology.
机译:已经显示Dexras1在小鼠视交叉上核(SCN)中表现出时钟依赖性的节律,其遗传缺失可调节昼夜节律对光和非光信号的反应。我们显示,Dexras1 mRNA和蛋白质在大鼠SCN中的节律性表达已经在出生后第3天以低振幅振荡,并且最早在胚胎第20天就可以检测到。相反,在成年大鼠中其在外周组织中的表达也没有节律。 Dexras1蛋白主要在SCN的背部部分表达,光脉冲对其表达的作用有限。我们的数据为Dexras1参与大鼠昼夜生理的推测提供了描述性基础。

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