Suzanne Devkota1, Eugene B Chang. 1. aJoslin Diabetes Center, Harvard Medical School, Boston, Massachusetts bDepartment of Medicine, The University of Chicago, Chicago, Illinois, USA.
Abstract
PURPOSE OF REVIEW: To present and evaluate the recent findings that contribute to our understanding of the functional impact of diet on the enteric microbiome and outcomes of disease. RECENT FINDINGS: Nutrients in excess and in deficiency have significant impact on gut microbial communities in both rodents and humans, acting directly on the microbiota or indirectly via altering host physiology. Furthermore, the effects of diet on the microbiome in determining health or disease can differ substantially depending on the age and environment of the individual. SUMMARY: Dietary compounds can have profound short-term and long-term effects on the assemblage of the gut microbiome, which in turn affects the host-microbe interactions critically important for intestinal, metabolic, and immune homeostasis. Until recently, the mechanisms underlying these effects were poorly understood. However, new insights have now been gained, made possible through the application of advanced technologies and bioinformatics, novel experimental models, and human research. As a result, our conceptual framework for understanding the impact of diet on the gut microbiome, health, and disease has advanced considerably, bringing the promise of better tools of risk assessment, diagnostics, and therapeutic intervention in an age of personalized medicine.
PURPOSE OF REVIEW: To present and evaluate the recent findings that contribute to our understanding of the functional impact of diet on the enteric microbiome and outcomes of disease. RECENT FINDINGS: Nutrients in excess and in deficiency have significant impact on gut microbial communities in both rodents and humans, acting directly on the microbiota or indirectly via altering host physiology. Furthermore, the effects of diet on the microbiome in determining health or disease can differ substantially depending on the age and environment of the individual. SUMMARY: Dietary compounds can have profound short-term and long-term effects on the assemblage of the gut microbiome, which in turn affects the host-microbe interactions critically important for intestinal, metabolic, and immune homeostasis. Until recently, the mechanisms underlying these effects were poorly understood. However, new insights have now been gained, made possible through the application of advanced technologies and bioinformatics, novel experimental models, and human research. As a result, our conceptual framework for understanding the impact of diet on the gut microbiome, health, and disease has advanced considerably, bringing the promise of better tools of risk assessment, diagnostics, and therapeutic intervention in an age of personalized medicine.
Authors: Balazs I Bodai; Therese E Nakata; William T Wong; Dawn R Clark; Steven Lawenda; Christine Tsou; Raymond Liu; Linda Shiue; Neil Cooper; Michael Rehbein; Benjamin P Ha; Anne Mckeirnan; Rajiv Misquitta; Pankaj Vij; Andrew Klonecke; Carmelo S Mejia; Emil Dionysian; Sean Hashmi; Michael Greger; Scott Stoll; Thomas M Campbell Journal: Perm J Date: 2018