Mucosal pathogens use diverse and highly specific molecular mechanisms to activate mucosal inflammation. It may even be argued that their virulence depends on the inflammatory response that they induce. Some bacteria target epithelial cells and trigger them to produce inflammatory mediators but others cross the mucosa and activate macrophages or dendritic cells. Although systemic release of inflammatory mediators causes many symptoms and signs of infection, local chemokine production leads to the recruitment of inflammatory cells and lymphocytes that participate directly in the clearance of bacteria from mucosal sites. In this way, mucosal inflammation is a two-edged sword responsible for disease associated tissue destruction and crucial fo...
Local immune responses serve to contain infections by pathogens to the gut while preventing pathogen...
Over the last decade, it has become apparent that the complex interactions between components of the...
Mucosal surfaces represent the main sites of interaction with environmental microorganisms and antig...
The initiators of intestinal inflammation are greatly variable, but the mechanisms underlying the im...
Microbial attachment to mucosal surfaces is a first step in mucosal infection. Specific interactions...
Mucosal immune responses must discriminate between commensal flora within the lumen and potential pa...
To peacefully coexist with the microbial inhabitants of the intestine, mammals have evolved elaborat...
When a mucosal surface is injured, inflammatory responses ensue. These responses are characterized b...
Both innate immunity and mucosal surfaces provide the first line of defence against mucosal infectio...
Localized at the border between the external environment and the internal tissue, epithelial cells a...
The inflammatory response—characterized by release of cytokines such as TNFα and IL-1β and infiltrat...
Mucosal surfaces represent the main sites in which environmental microorganisms and antigens interac...
Inflammation occurs as a result of exposure of tissues and organs to harmful stimuli such as microbi...
The mucosal immune system has the very difficult task to protect against invaders and to promote tol...
AbstractInflammation occurs as a result of exposure of tissues and organs to harmful stimuli such as...
Local immune responses serve to contain infections by pathogens to the gut while preventing pathogen...
Over the last decade, it has become apparent that the complex interactions between components of the...
Mucosal surfaces represent the main sites of interaction with environmental microorganisms and antig...
The initiators of intestinal inflammation are greatly variable, but the mechanisms underlying the im...
Microbial attachment to mucosal surfaces is a first step in mucosal infection. Specific interactions...
Mucosal immune responses must discriminate between commensal flora within the lumen and potential pa...
To peacefully coexist with the microbial inhabitants of the intestine, mammals have evolved elaborat...
When a mucosal surface is injured, inflammatory responses ensue. These responses are characterized b...
Both innate immunity and mucosal surfaces provide the first line of defence against mucosal infectio...
Localized at the border between the external environment and the internal tissue, epithelial cells a...
The inflammatory response—characterized by release of cytokines such as TNFα and IL-1β and infiltrat...
Mucosal surfaces represent the main sites in which environmental microorganisms and antigens interac...
Inflammation occurs as a result of exposure of tissues and organs to harmful stimuli such as microbi...
The mucosal immune system has the very difficult task to protect against invaders and to promote tol...
AbstractInflammation occurs as a result of exposure of tissues and organs to harmful stimuli such as...
Local immune responses serve to contain infections by pathogens to the gut while preventing pathogen...
Over the last decade, it has become apparent that the complex interactions between components of the...
Mucosal surfaces represent the main sites of interaction with environmental microorganisms and antig...