The immune environment in the gut is maintained by the constant exchange of information between immune cells, epithelial cells, and the gut microbiota. However, when these channels of communication break down the consequences can be dire—chronic inflammation, infection, or diminished nutrient absorption. This Immunology Select explores the response of intestinal epithelial cells to pathogens and the signals that recruit cells of the immune system to the gut during infection and inflammation and in development
The control of damaging inflammation by the mucosal immune system in response to commensal and harmf...
The gastrointestinal tract houses one of the most dense and diverse communities of bacteria on the p...
The initiators of intestinal inflammation are greatly variable, but the mechanisms underlying the im...
The human intestine is a large and delicately balanced organ, responsible for efficiently absorbing ...
Deregulation of intestinal immune responses seems to have a principal function in the pathogenesis o...
Deregulation of intestinal immune responses seems to have a principal function in the pathogenesis o...
Deregulation of intestinal immune responses seems to have a principal function in the pathogenesis o...
The intestinal epithelium represents one of our most important interfaces with the external environm...
In the intestine, multiple interactions occur with the external world. Thus, the intestinal mucosal ...
<div><p>Intestinal epithelial cells exist within a complex environment that affects how they interpr...
Intestinal epithelial cells exist within a complex environment that affects how they interpret and r...
The gastrointestinal tract represents the largest mucosal membrane surface and is the one of the mos...
The intestinal epithelium forms a barrier between the microbiota and the rest of the body. In additi...
Although epithelial cells represent the primary site of host contact for attaching and effacing path...
Although epithelial cells represent the primary site of host contact for attaching and effacing path...
The control of damaging inflammation by the mucosal immune system in response to commensal and harmf...
The gastrointestinal tract houses one of the most dense and diverse communities of bacteria on the p...
The initiators of intestinal inflammation are greatly variable, but the mechanisms underlying the im...
The human intestine is a large and delicately balanced organ, responsible for efficiently absorbing ...
Deregulation of intestinal immune responses seems to have a principal function in the pathogenesis o...
Deregulation of intestinal immune responses seems to have a principal function in the pathogenesis o...
Deregulation of intestinal immune responses seems to have a principal function in the pathogenesis o...
The intestinal epithelium represents one of our most important interfaces with the external environm...
In the intestine, multiple interactions occur with the external world. Thus, the intestinal mucosal ...
<div><p>Intestinal epithelial cells exist within a complex environment that affects how they interpr...
Intestinal epithelial cells exist within a complex environment that affects how they interpret and r...
The gastrointestinal tract represents the largest mucosal membrane surface and is the one of the mos...
The intestinal epithelium forms a barrier between the microbiota and the rest of the body. In additi...
Although epithelial cells represent the primary site of host contact for attaching and effacing path...
Although epithelial cells represent the primary site of host contact for attaching and effacing path...
The control of damaging inflammation by the mucosal immune system in response to commensal and harmf...
The gastrointestinal tract houses one of the most dense and diverse communities of bacteria on the p...
The initiators of intestinal inflammation are greatly variable, but the mechanisms underlying the im...