Listeria motility increases the efficiency of epithelial invasion during intestinal infection

Keyphrases

• Listeria Monocytogenes 100%
• Listeria 100%
• Motility 100%
• Intestinal Infection 100%
• Epithelial Invasion 100%
• Bacterial Motility 40%
• Neutrophils 30%
• Epithelium 20%
• Room Temperature 20%
• Epithelial Surface 20%
• Motile Bacteria 20%
• Cellular Potts Model 20%
• Hospitalization 10%
• Mouse Model 10%
• Host-pathogen Interactions 10%
• Oral Ingestion 10%
• Mouse Intestine 10%
• Phagocytes 10%
• Immune Evasion 10%
• E-cadherin 10%
• Human Infection 10%
• Phagocytosis 10%
• Cellular Immunity 10%
• Modeling Approach 10%
• Quantitative Parameters 10%
• Low Temperature 10%
• Post-infection 10%
• Human Intestine 10%
• Computer Modeling 10%
• Imaging Model 10%
• Persistent Infection 10%
• Apical Surface 10%
• Imaging Experiment 10%
• Complementary Imaging 10%
• Foodborne Pathogens 10%
• Intestinal Goblet Cells 10%
• Livestock 10%
• Interaction Dynamics 10%
• Soil Water 10%
• Contaminated Food 10%
• Pathogen Dynamics 10%
• InlA 10%
• Intestinal Epithelial Barrier 10%
• Human Bacterial Pathogens 10%
• Bacterial Enteritis 10%

Immunology and Microbiology

• Listeria monocytogenes 100%
• Listeria 100%
• Infectious Agent 30%
• Neutrophil 30%
• Target Cell 20%
• Dynamics 20%
• Room Temperature 20%
• Mouse Model 10%
• Host-Pathogen Interaction 10%
• Ingestion 10%
• Intestine 10%
• Cadherin 10%
• Phagocyte 10%
• Immune Evasion 10%
• Goblet Cell 10%
• Adoptive Immunity 10%
• Phagocytosis 10%
• Gastroenteritis 10%