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Participation of progesterone receptors in plus-maze behavior in female mice

机译:孕酮受体在女性小鼠的迷宫行为中的参与

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The current study tested delayed effect pf progesterone on the anxiety level of female mice. The elevated plus maze (EPM) behavior was assessed in ovariectomized mice injected for 7 days with estradiol benzoate and progesterone or progesterone alone after 6 hrs of the last treatment. One group of ovariectomized mice was injected with progesterone receptor blocker Mifepristone before 2 hrs of the last treatment. The immunocytochemistry method was used to visualize cells in different brain areas having immunoreactivity (ir) for progesterone receptors. In the EPM, progesterone administration significantly increased the anxiety levels of ovariectomized mice as compared with estradiol benzoate and progesterone administration. The participation of nuclear progesterone receptors in anxiety levels regulation is confirmed by high correlation of the change of progesterone receptor-ir cell number in some brain areas and anxiety levels. Mifepristone decreased anxiety levels and progesterone receptor-ir cell numberin both groups of mice that suggests involvement of genomic mechanisms in anxiety regulation in female mice. nauk
机译:目前研究测试了延迟效果PF孕酮对雌性小鼠的焦虑水平。在卵菜化小鼠中评估升高的加迷宫(EPM)行为在最后一次治疗后6小时后用雌二醇苯甲酸酯和孕酮或孕酮单独注射7天。在最后一次治疗的2小时之前,用孕酮受体阻滞剂米种植物注射了一组卵巢切除小鼠。免疫细胞化学方法用于可视化不同脑区域中的细胞,具有用于孕酮受体的免疫反应性(IR)。与雌二醇苯甲酸苯甲酸酯和黄体酮给药相比,孕酮给药在雌激素给药显着增加了卵巢切除小鼠的焦虑水平。核孕酮受体在焦虑级别调节中的参与是通过在一些脑区和焦虑水平的孕酮受体-RIR细胞数的变化的高相关性得到了证实。米非司酮减少了焦虑水平和孕酮受体-RER细胞数,两组小鼠,表明基因组机制涉及女性小鼠焦虑调控。 Nauk.

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