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Bacterial Vaginosis Bacterial and Epithelial Cell Adhesion Molecules

机译:细菌性阴道病细菌和上皮细胞粘附分子

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Lactobacilli are member of normal vaginal flora. They maintain low pH of vaginal discharge by metabolising?glycogen in vaginal epithelial cell and protects the vagina against the pathogenic microorganisms.?However, the vaginal flora can be changed because of birth, taking antibiotics and contraceptive pills.?Thus, whereas Lactobacilli population decreases, Gardnerella vaginalis and mixed anaerobic bacteria?population increase and this situation causes an infection named Bacterial vaginosis. In this infection,?the main diagnostic criteria are clue cells. The clue cell is a squamous epithelial cell which is covered?by bacteria. First step of infection progress is adhesion of bacteria to epithelial cell through the adhesion molecules. The most important adhesion molecules of epithelium are cadherins, fibronectins, Toll like receptors?and carbohydrates. In bacteria, pilis, lypopolysaccaharide and biofilm have primary importance.?In this review, the adhesion molecules are discussed in detail and their roles in formation of clue cell are?clarified.
机译:乳酸杆菌是正常阴道菌群的成员。它们通过代谢阴道上皮细胞中的糖原来维持较低的阴道分泌pH值,并保护阴道免受病原微生物的侵害。然而,阴道菌群可以因出生而改变,服用抗生素和避孕药。因此,乳杆菌的数量减少,阴道加德纳菌和混合厌氧菌的种群增加,这种情况导致感染,称为细菌性阴道病。在这种感染中,主要的诊断标准是线索细胞。线索细胞是被细菌覆盖的鳞状上皮细胞。感染进展的第一步是细菌通过粘附分子粘附到上皮细胞。上皮细胞最重要的粘附分子是钙黏着蛋白,纤连蛋白,Toll样受体和碳水化合物。在细菌中,pilis,lypopolysaccaharide和生物膜具有最重要的意义。在本综述中,对粘附分子进行了详细讨论,并阐明了它们在线索细胞形成中的作用。

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