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Spatial relationship of the vaginal microflora to the vaginal epithelium of female rats: scanning electron microscopy.

机译:雌性大鼠阴道菌群与阴道上皮的空间关系:扫描电子显微镜。

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摘要

The vaginal mucosa of ovariectomized female rats has been examined by scanning electron microscopy before and after estrogen [1,3,5(10)-estratriene-3,17beta-diol] treatment. Without estrogen stimulation vaginal colonization is minimal and the epithelium is characterized by a layer of epithelial cells covered with small microvillous-like projections. Progressive changes that were consistent with estrogenic cytoproliferative effects were seen after estrogen treatment. By post-treatment day 3 bacterial colonization was maximal and the epithelium was comprised of flat squamous cells that tended to become detached from the underlying tissue layers. Bacteria were seen in association with the intercellular borders of this tissue and occurred singly or as microcolonies. No distinct physical attachment structures were identified, although an amorphous extracellular material that may serve to attach the bacteria to the squamous epithelial cells was frequently seen.
机译:在雌激素[1,3,5(10)-雌三烯-3,17β-二醇]治疗前后,通过扫描电子显微镜检查了卵巢切除的雌性大鼠的阴道粘膜。在没有雌激素刺激的情况下,阴道菌落最少,并且上皮细胞的特征是上皮细胞层覆盖着微小的微毛状突起。雌激素治疗后,观察到与雌激素细胞增殖作用一致的进行性变化。在治疗后第3天,细菌定殖达到最大,上皮由扁平鳞状细胞组成,这些鳞状细胞倾向于从下面的组织层脱落。细菌与该组织的细胞间边界相关联,单独或以小菌落的形式出现。尽管经常看到一种无定形的细胞外材料,可以将细菌附着在鳞状上皮细胞上,但没有发现明显的物理附着结构。

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