Dietary amino acids and the gut‐microbiome‐immune axis: physiological metabolism and therapeutic prospects
N Ma, X Ma - Comprehensive Reviews in Food Science and …, 2019 - Wiley Online Library
Dietary amino acids (AAs) are not only absorbed and metabolized by enterocytes but also
available to the microbiota in the gut in mammals. In addition to serving as the materials for
protein synthesis, AAs can act as precursors for numerous metabolic end products in
reactions involving the intestinal mucosa and microbiota. After penetrating the epithelial
barrier, microbial metabolites can enter and accumulate in the host circulatory system,
where they are sensed by immune cells and then elicit a wide range of biological functions …
available to the microbiota in the gut in mammals. In addition to serving as the materials for
protein synthesis, AAs can act as precursors for numerous metabolic end products in
reactions involving the intestinal mucosa and microbiota. After penetrating the epithelial
barrier, microbial metabolites can enter and accumulate in the host circulatory system,
where they are sensed by immune cells and then elicit a wide range of biological functions …
Dietary amino acids and the gut-microbiome-immune axis: physiological metabolism and therapeutic prospects.
MN Ma Ning, MX Ma Xi - 2019 - cabidigitallibrary.org
Dietary amino acids (AAs) are not only absorbed and metabolized by enterocytes but also
available to the microbiota in the gut in mammals. In addition to serving as the materials for
protein synthesis, AAs can act as precursors for numerous metabolic end products in
reactions involving the intestinal mucosa and microbiota. After penetrating the epithelial
barrier, microbial metabolites can enter and accumulate in the host circulatory system,
where they are sensed by immune cells and then elicit a wide range of biological functions …
available to the microbiota in the gut in mammals. In addition to serving as the materials for
protein synthesis, AAs can act as precursors for numerous metabolic end products in
reactions involving the intestinal mucosa and microbiota. After penetrating the epithelial
barrier, microbial metabolites can enter and accumulate in the host circulatory system,
where they are sensed by immune cells and then elicit a wide range of biological functions …
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