早期における腸内細菌叢による腸-脳神経免疫クロストークの制御

In early life, the immune and nervous systems are highly plastic and engage in complex, bidirectional communication that is critical for establishing postnatal immune tolerance, gut and brain development, and responses to environmental challenges. The developing gut microbiota exerts its influence on both systems via microbial metabolites to modulate immune responses and neural function. Early disruptions in the gut microbiota, in part due to preterm delivery or antibiotic treatment, are linked to long-term immune or neurodevelopmental impairments. In this review, we provide an overview of the current understanding how the microbiota crosstalk with immune cells regulates in the development and function of the nervous system.