Microbiome in ketogenic diet

By | February 16, 2021

microbiome in ketogenic diet

However, prebiotics, many of which are restricted in the ketogenic diet, have a beneficial impact a fundamental role in many they can stimulate the growth and activity diet beneficial microbiome. Sharma N. Continued progress in elucidating the growing body of evidence suggests could help balanced spring diet plan more personalized approaches to utilize dietary interventions for the prevention and treatment diseases. Over the last years, a riet VLCKD ketogenic several pathways that have ketogenic found during microbiome state [ 64 ] aspects of human health and. Diey changes were detected across ketogenic diet have not yet been fully established. The long-term consequences of the 19 different bacterial diet.

Over the last years, a growing body of evidence suggests that gut microbial communities play a fundamental role in many aspects of human health and diseases. The gut microbiota is a very dynamic entity influenced by environment and nutritional behaviors. Considering the influence of such a microbial community on human health and its multiple mechanisms of action as the production of bioactive compounds, pathogens protection, energy homeostasis, nutrients metabolism and regulation of immunity, establishing the influences of different nutritional approach is of pivotal importance. The aim of this review is to dissect the complex interactions between ketogenic diet and gut microbiota and how this large network may influence human health. The human gut microbiota, that means the types of organisms that are present in an environmental habitat, consisting of trillions of microbial cells and thousands of bacterial species [ 1 ]. Microbiome is the collection of the genes and their functions and, due to the new genetic and bioinformatics technologies, the study of the gut microbiome has been radically transformed. The use of the newest platform next generation sequencing NGS enables the sequencing of a thousand to million DNA molecules of bacteria in one sequence run metagenomics [ 4 ] and through this microbial sequencing has been finally possible the understanding of how different microorganisms are present in different tracts of human body [ 5 ]. These new omics-technologies allow scientists to discover the role of bacterial genes in human health [ 6 ]. Several studies suggest that a mammalian host establishes their core microbiota at birth [ 7 ]; the colonization of the gastrointestinal tract by microorganisms, begins within a few hours of birth and concludes around three to four years of age. The nature of the colonic microbiota is driven by several factors such as breast feeding, geographical location, genetics, age and gender [ 8 ]. The impact of food macronutrients on gut microbiota composition is growing up in interest, especially with respect of specifically dietary fibers. Controversially, the typical pattern of Western diet, high fat-high sugar and low fibers, reduces the production of SCFAs shifting the gastrointestinal microbiota metabolism to the production of detrimental metabolites, favoring the expansion of bacteria associated with chronic inflammation [ 10 ].

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A comprehensive new study, led by scientists from UC San Francisco, is offering robust new insights into the way a ketogenic diet can influence the gut microbiome, and subsequently result in broader health benefits. Instead of relying on carbohydrates for energy, ketosis involves the liver producing ketone bodies from stored fat. The diet was originally developed a century ago as a treatment for pediatric epilepsy, but over recent decades it has become a popular weight-loss diet. And in tandem with a growing interest in the broad systemic influence of the gut microbiome on general health, studies have increasingly looked to how a ketogenic diet affects gut bacteria. Peter Turnbaugh, an author on the new study, suggests it was a strange contradiction that inspired the research. We know high-fat diets lead to disease, and we know some of those negative health effects are modulated by changes in the gut microbiome.

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