The intestinal mucosal barrier, also referred to as intestinal barrier, is widely recognized as a critical player in gut homeostasis maintenance as it ensures the complex crosstalk between gut microbes (both commensals and pathogens) and the host immune system. Highly specialized epithelial cells constantly cope with several protective and harmful agents to maintain the multiple physiological functions of the barrier as well as its integrity. However, both genetic defects and environmental factors can break such equilibrium, thus promoting gut dysbiosis, dysregulated immune-inflammatory responses, and even the development of chronic pathological conditions. Here, we review and discuss the molecular and cellular pathways underlying intestina...
In the intestine, multiple interactions occur with the external world. Thus, the intestinal mucosal ...
Mucosal surface layers are the critical borders throughout epithelial membranes. These epithelial ce...
The gut is able to maintain tolerance to microbial and food antigens. The intestine minimizes the nu...
The intestinal mucosal barrier, also referred to as intestinal barrier, is widely recognized as a cr...
An intact intestinal barrier, representing the interface between inner and outer environments, is an...
Abstract Background The intestine is inhabited by a tremendous number of microorganisms, which provi...
The gut barrier plays a crucial role by spatially compartmentalizing bacteria to the lumen through t...
The gastrointestinal tract is a specialized organ in which dynamic interactions between host cells a...
The gut barrier plays a crucial role by spatially compartmentalizing bacteria to the lumen through t...
The gastrointestinal (GI) tract is considered the largest immunological organ in the body having a c...
The human gut relies on several cellular and molecular mechanisms to allow for an intact and dynamic...
There is increasing concern in identifying the mechanisms underlying the intimate control of the int...
We discuss the tripartite pathophysiological circuit of inflammatory bowel disease (IBD), involving ...
The etiology of human inflammatory bowel diseases (IBDs) is believed to involve inappropriate host r...
The etiopathogenesis of the irritable bowel syndrome (IBS), one of the most prevalent gastrointestin...
In the intestine, multiple interactions occur with the external world. Thus, the intestinal mucosal ...
Mucosal surface layers are the critical borders throughout epithelial membranes. These epithelial ce...
The gut is able to maintain tolerance to microbial and food antigens. The intestine minimizes the nu...
The intestinal mucosal barrier, also referred to as intestinal barrier, is widely recognized as a cr...
An intact intestinal barrier, representing the interface between inner and outer environments, is an...
Abstract Background The intestine is inhabited by a tremendous number of microorganisms, which provi...
The gut barrier plays a crucial role by spatially compartmentalizing bacteria to the lumen through t...
The gastrointestinal tract is a specialized organ in which dynamic interactions between host cells a...
The gut barrier plays a crucial role by spatially compartmentalizing bacteria to the lumen through t...
The gastrointestinal (GI) tract is considered the largest immunological organ in the body having a c...
The human gut relies on several cellular and molecular mechanisms to allow for an intact and dynamic...
There is increasing concern in identifying the mechanisms underlying the intimate control of the int...
We discuss the tripartite pathophysiological circuit of inflammatory bowel disease (IBD), involving ...
The etiology of human inflammatory bowel diseases (IBDs) is believed to involve inappropriate host r...
The etiopathogenesis of the irritable bowel syndrome (IBS), one of the most prevalent gastrointestin...
In the intestine, multiple interactions occur with the external world. Thus, the intestinal mucosal ...
Mucosal surface layers are the critical borders throughout epithelial membranes. These epithelial ce...
The gut is able to maintain tolerance to microbial and food antigens. The intestine minimizes the nu...