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1
Microbiota regulates host physiology through metabolic, immune, and neuroimmune interactions, influencing immune homeostasis and disease susceptibility.
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2
Microbial signals affect distant tissues systemically, indicating that immune regulation arises from interactions among microbial metabolites and host pathways.
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3
Research highlights that microbiota composition mainly facilitates communication through metabolic pathways rather than directly impacting physiology.
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4
Microbiota-derived metabolites, such as short-chain fatty acids, play a crucial role in inflammation and recovery from tissue necrosis.
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5
Emerging evidence suggests that neuroimmune interactions and microbiota-derived metabolites may influence neuropsychiatric disorders and immune signaling.
