the agravid uterus exhibits a thinner endometrium compared to the pregnant state.
与非妊娠状态相比，非妊娠子宫的内膜更薄。
in this study, we examined the agravid female rats to assess hormonal changes.
在这项研究中，我们检查了非妊娠雌性大鼠以评估激素变化。
the agravid condition is characterized by the absence of gestational tissue.
非妊娠状态的特征是缺乏妊娠组织。
our experiments used an agravid mouse model to investigate endometrial repair.
我们的实验使用非妊娠小鼠模型来研究子宫内膜修复。
patients in the agravid group showed baseline hormone levels similar to controls.
非妊娠组的患者基线激素水平与对照组相似。
the agravid state can be induced by surgical removal of the ovaries.
非妊娠状态可通过手术切除卵巢来诱导。
histological analysis revealed reduced vascularization in agravid endometrium.
组织学分析显示非妊娠子宫内膜的血管生成减少。
researchers compared agravid and pregnant tissue to identify gene expression differences.
研究人员比较了非妊娠组织和妊娠组织以识别基因表达差异。
the agravid rat model provides a valuable tool for studying non-pregnant physiology.
非妊娠大鼠模型为了解非妊娠生理学提供了有价值的工具。
clinical data indicate that the agravid condition may affect menstrual cycle regularity.
临床数据表明非妊娠状态可能影响月经周期规律性。
in the agravid state, estradiol levels are typically lower than in pregnancy.
在非妊娠状态下，雌二醇水平通常低于妊娠期。
we selected agravid subjects to ensure the study focused solely on non-gestational effects.
我们选择非妊娠受试者以确保研究仅关注非妊娠效应。
the agravid uterus exhibits a thinner endometrium compared to the pregnant state.
与非妊娠状态相比，非妊娠子宫的内膜更薄。
in this study, we examined the agravid female rats to assess hormonal changes.
在这项研究中，我们检查了非妊娠雌性大鼠以评估激素变化。
the agravid condition is characterized by the absence of gestational tissue.
非妊娠状态的特征是缺乏妊娠组织。
our experiments used an agravid mouse model to investigate endometrial repair.
我们的实验使用非妊娠小鼠模型来研究子宫内膜修复。
patients in the agravid group showed baseline hormone levels similar to controls.
非妊娠组的患者基线激素水平与对照组相似。
the agravid state can be induced by surgical removal of the ovaries.
非妊娠状态可通过手术切除卵巢来诱导。
histological analysis revealed reduced vascularization in agravid endometrium.
组织学分析显示非妊娠子宫内膜的血管生成减少。
researchers compared agravid and pregnant tissue to identify gene expression differences.
研究人员比较了非妊娠组织和妊娠组织以识别基因表达差异。
the agravid rat model provides a valuable tool for studying non-pregnant physiology.
非妊娠大鼠模型为了解非妊娠生理学提供了有价值的工具。
clinical data indicate that the agravid condition may affect menstrual cycle regularity.
临床数据表明非妊娠状态可能影响月经周期规律性。
in the agravid state, estradiol levels are typically lower than in pregnancy.
在非妊娠状态下，雌二醇水平通常低于妊娠期。
we selected agravid subjects to ensure the study focused solely on non-gestational effects.
我们选择非妊娠受试者以确保研究仅关注非妊娠效应。
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