… epithelial cells from human oral mucosa inhibit the growth of C. albicans in vitro. Oral epithelial
cell—mediated anti-Candida … and human and nonhuman primate vaginal epithelial cells, …

… In contrast, we have recently shown that primary vaginal epithelial cells from mice and …
human oral epithelial cells and epithelial cell lines, have the abilityto inhibit the growth of Candida …

… into oral epithelial cells (in this study we use the term ‘invasion’ for entry of C. albicans into
host cells by … However, this inhibitor reduced invasion neither into oral epithelial cells nor into …

… vitro growth inhibition of Candida species by vaginal and oral … 9-h culture without human
oral epithelial cells. Figure 5C and … , for human oral epithelial cells and Candida following the 9-…

… Thus, our results initially indicated that the epithelial cell-mediated growth inhibition
activity may involve a membrane-associated moiety sensitive to such degradation or cross-linking. …

… as human oral mucosa (35), significantly inhibited the growth … Based on the fact that
epithelial cells are the cell type most … whether human oral and vaginal epithelial cells could …

… to inhibit Candida growth in vitro. The purpose of this study was to determine if Candida
similarly induces cytokines by oral epithelial cells … the oral epithelial cell anti-Candida activity. …

… we performed experiments with the immortalized human gingival epithelial cell line OBA-9 in
… Other studies of human oral diseases have been performed with normal oral epithelial cells …

… Both immune cells and nonimmune cells can produce EVs, which … growth or promote
disease development (7–10). EVs derived from oral mucosal epithelial cells can inhibit the growth …

… In the present study, the mechanisms by which epithelial cells inhibit Candida growth
were studied by examining the effect of hyaluronan (HA). A coculture of C. albicans and KB …