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Microbiota patterns and risk of cardiometabolic disease — opportunities for intervention?
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Abstract
In every human being, there is a substantial proportion (1–2 kg) of total body weight constituted by the gut microbiota content in the gastro-intestinal system. Recent research findings, based on mapping of the microbiome, have stated that in healthy subjects, the gut microbiota richness and diversity is higher as compared to obese subjects or patients suffering from cardiometabolic disease, or even long-standing hypertension when a different and less rich pattern is seen (dysbiosis). Intervention with certain food constituents, e.g. Mediterranean diet or dairy products such as lactobacillae-containing yoghurt, holds promise that this could be of benefit for improved organ function, improved metabolism and lowering disease risk. Randomized, controlled intervention studies are needed to test the hypothesis that a reduction in dysbiosis induced by external dietary interventions could translate into health benefits.
Abstract
In every human being, there is a substantial proportion (1–2 kg) of total body weight constituted by the gut microbiota content in the gastro-intestinal system. Recent research findings, based on mapping of the microbiome, have stated that in healthy subjects, the gut microbiota richness and diversity is higher as compared to obese subjects or patients suffering from cardiometabolic disease, or even long-standing hypertension when a different and less rich pattern is seen (dysbiosis). Intervention with certain food constituents, e.g. Mediterranean diet or dairy products such as lactobacillae-containing yoghurt, holds promise that this could be of benefit for improved organ function, improved metabolism and lowering disease risk. Randomized, controlled intervention studies are needed to test the hypothesis that a reduction in dysbiosis induced by external dietary interventions could translate into health benefits.
Keywords
microbiota; cardiometabolic disease
About this articleTitle
Microbiota patterns and risk of cardiometabolic disease — opportunities for intervention?
Journal
Issue
Article type
Review paper
Pages
1-4
Published online
2016-03-31
Page views
1003
Article views/downloads
1735
DOI
10.5603/AH.2016.0001
Bibliographic record
Arterial Hypertension 2016;20(1):1-4.
Keywords
microbiota
cardiometabolic disease
Authors
Peter Nilsson
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