… ), as well as regulating brain function in health, stress … microbial metabolites SCFAs produced
by the gut microbiome to explore their potential as a key player in microbiota-gut-brain axis …

… In this context, we will consider the relevance of the main microbial-derived metabolites, …
, and tryptophan metabolites in the development of IBD-associated gut and brain dysfunctions. …

… -gut-brain axis (MGBA). Thus, we systematically summarize the role of the major metabolites
in dietary metabolism and the potential for combating obesity and metabolism disorder. …

… Microbiota‐derived metabolites play a central role in the communication between microbes
and their host, with short‐chain fatty acids (SCFAs) being perhaps the most studied. SCFAs …

… Here, the potential for short chain fatty acids, bile acids, neurotransmitters and other
bioactive products of the microbiome to participate in the gut-brain axis will be reviewed. …

… of the role of gut microbiota and their metabolites in regulating barrier integrity. In the current
… epithelial barriers and its implications for diseases associated with disrupted gut‐brain axis. …

… of microbes as signaling components in the gut‐brain axis. … regarding the role of microbes,
including commensals, … of microbes as signaling components in the gut‐brain axis currently …

… metabolism of the diverse ecosystem populating the gut, and the complex communication
networks comprising the gut-brain axis … In summary, SCFAs and other microbial metabolites …

… , might enlighten the intricate gut bacterial metabolite–brain axis interplay in affective disorders,
… of specific pathways that might elucidate a diet-microbial metabolite–brain disease axis. …

… It is well known that microbial metabolites are effective activators of the immune cells. …
gut-brain axis can be regarded as a complex cross-talk between our intestinal microbes and the …