Article Sharing | Interactions Between the Porcine Host and Gut Microbiota — The impact of gut microbiota on the host immune system Ⅱ
Apr .30.2026
Commensal gut microbiota play a fundamental role in the development and regulation of host immunity in mammals. Disruption of the microbiota–immune balance leads to dysbiosis, which is closely associated with increased disease susceptibility. In contrast, the establishment of a stable and defined microbial community supports the maturation of immune functions. Among these, lactic acid bacteria have attracted significant attention due to their strain-specific ability to modulate immune responses and enhance host defense mechanisms.
Article Shareing | Interactions Between the Porcine Host and Gut Microbiota — The impact of gut microbiota on the host immune system
Apr .07.2026
Pigs are the only animal susceptible to human rotavirus (HRV)-induced diarrhea, making them an important model for studying host-microbe interactions. Studies in gnotobiotic pigs show that probiotic colonization with Lactobacillus rhamnosus GG and Bifidobacterium animalis Bb12 enhances HRV-specific IgA responses and reduces diarrhea severity. Similarly, colonization with the simplified Bristol microbiota upregulates serum IgA and IgM levels, supporting intestinal and systemic immune development in newborn pigs. These findings highlight the potential of gut microbiota interventions to modulate immunity and improve pig health.
HUADE VOICE | HUADE’s Brand Wall Renewed: Honoring the Future of Synthetic Biology with “HUADE Green”
Article Sharing | β-Defensins: Microbiota Regulators for Maintaining Homeostasis and Health — Abstract
Article Sharing | Interactions Between the Porcine Host and Gut Microbiota — The impact of gut microbiota on the host immune system Ⅱ
Article Shareing | Interactions Between the Porcine Host and Gut Microbiota — The impact of gut microbiota on the host immune system
