中国P站

Abstract

The human mucosal surfaces are constantly exposed to various microbial communities, which play a critical role in maintaining health and influencing disease outcomes. The intricate interactions between host immunity and these microbial communities are pivotal in shaping mucosal defense mechanisms. This review aims to provide a comprehensive understanding of the dynamic interactions between the host immune system and microbial populations, focusing on mucosal surfaces. Key concepts, such as immune tolerance, microbial diversity, and the role of the microbiome in mucosal immunity, are discussed in the context of maintaining homeostasis and preventing pathogen invasion. In
addition, the review highlights the mechanisms by which the immune system regulates microbial composition and the potential consequences of dysbiosis in disease development. Further exploration of these interactions could unveil novel therapeutic targets to modulate the microbiota for improved health outcomes. A better understanding of the mucosal immune system and microbial symbiosis offers promising insights into the prevention and treatment of infectious diseases, chronic inflammation, and autoimmune conditions.