V. Biomaterial associated Infections Flashcards
Biomaterial-assiciated infection triangle
Bacterial Adhesion - Intro
Bacterial Adhesion - Specific bacterial adhesins
Bacterial Adhesion - Limitations of DLVO theory to explain bacterial adhesion
Bacterial Adhesion - Interactions with surfaces-control bacterial adhesion
Bacterial Adhesion - Mechanotransduction
Bacterial Adhesion - Mannose-sensitive E. coli catch bonds
slip bonds
Bacterial Adhesion - Mannose-sensitive E. coli catch bonds
Catch bonds
Bacterial Adhesion - Mannose-sensitive E. coli catch bonds
Conformational changes
Biofilm formation and quorum sensing - Bacterial biofilms
Biofilm formation and quorum sensing - Biofilm matrix-the perfect slime
Biofilm formation and quorum sensing - Biofilm formation
Biofilm formation and quorum sensing - persistence of medical biofilms
Biofilm formation and quorum sensing - Human infections involving biofilms
Biofilm formation and quorum sensing - Bacterial biofilms are characterized by heterogeneity
co aggregation, gradients
Biofilm formation and quorum sensing - Biofilms are bacterial fortress to resist antimicrobials
diffusion-reaction inhibition
Biofilm formation and quorum sensing - Immune evasion mechanisms employed by biofilm
Biofilm formation and quorum sensing - Quorum sensing
Biofilm formation and quorum sensing - Quantification
Bacterial adhesion and biofilm formation
Biofilm formation and quorum sensing - Quantification
Bacterial viability
Fighting biomaterial-related infections - Biofilm formation and quorum sensing - After trauma protection from biofilms is needed
Fighting biomaterial-related infections - Antimicrobial surface strategies nd adhesion-resistant surface modifications
Fighting biomaterial-related infections - Antimicrobial surface strategies nd adhesion-resistant surface modifications
Anti-adhesives/fouling
Fighting biomaterial-related infections - Antimicrobial surface strategies nd adhesion-resistant surface modifications
Patterned
