Gut Inflammation Brain Health describes the bidirectional clinical relationship where chronic inflammatory processes originating in the gastrointestinal tract negatively influence neurological structure and function. Sustained intestinal inflammation leads to a compromised gut barrier, permitting inflammatory mediators to access the central nervous system. This inflammatory cascade can impair neurogenesis and disrupt the delicate hormonal milieu necessary for optimal brain function.
Origin
This term is a synthesis from the fields of neuroimmunology and gastroenterology, specifically highlighting the systemic consequences of low-grade, chronic gut inflammation. The scientific understanding of how peripheral inflammation can translate into central nervous system dysfunction forms the basis of this clinical perspective. It provides a clear framework for addressing neurological symptoms through gut-focused therapies.
Mechanism
Inflammatory cytokines produced by immune cells in the inflamed gut can enter the bloodstream and subsequently cross the blood-brain barrier. Within the brain, these cytokines activate resident immune cells, primarily microglia, leading to neuroinflammation and oxidative stress. This process interferes with neurotransmitter balance and hormonal feedback loops, potentially manifesting as mood dysregulation or cognitive impairment.
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