| Graf, K./Last, A./Gratz, R./Allert, S./Linde, S./Westermann, M./Gröger, M./Mosig, A. S./Gresnigt M. S./Hube, B. |
| Keeping Candida commensal: How lactobacilli antagonize pathogenicity of Candida albicans in an in vitro gut model. |
| In: The Company of Biologists Ltd, Disease Models & Mechanisms (2019) 12 |
| dmm039719 |
Candida albicans, oral isolate, rice, 4days, 400-fold resolution 
Candida tropicalis, stool isolate, rice, -5 days,400x magnification. Contrast
Candida tropicalis, stool isolate, rice, -5 days,400x magnification. Contrast 
Candida albicans, stool isola, rice, 7 days, 200x magnification |
| Candida albicans; systemic infections; immunocompromised patients; fungus; harmless commensal; antibiotic treatment; distruction; bacterial microbiota; fungal overgrowth; favoring pathogenicity; vitro gut models; pathogenesis of C. albicans; reduced to a minimum; enterocytes; epithelial barrier; goblet cells; adhesion; invasion; C. albicans-induced necrotic damage; microbiota; antagonistic lactobacilli; C. albicans-induced cytotoxicity; bacterial growth; host cells; adhesion sites; Lactobacillus rhamnosus; hyphal elongation; epithelial surface; apoptotic epithelial cells; host cell apoptosis; in vitro gut model; commensal-like interactions; bacterial microbiota; host epithelial barrier; epithelial surfaces. |
Causal medical examination and treatment of pathogenic fungal infections.
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