Replacing refined grains with whole grains decreases body weight, serum inflammatory markers, interleukin and C-reactive protein.
Highlights
- Intake of a diet rich in whole grains was associated with reduced energy intake and body weight and circulating markers of inflammation in adults at risk of developing metabolicsyndrome.
- The amount of whole grain intake was directly related to reduction in fasting serum concentrations of interleukin 6.
- The whole grain-rich diet, compared to the refined grain diet did not significantly modify fecal microbiome composition.
Why whole grains are healthy
Inflammation is the natural response of the body to an infection, but some people have slightly elevated levels of inflammation (so-called low-grade inflammation) even though there is no infection. In overweight people, an increased level of ’unnecessary’ inflammation may lead to increased risk of developing type 2 diabetes.
The study findings show that this unnecessary inflammation was reduced significantly with whole grains.
- Blood tests showed that the participants had less inflammation in their bodies when eating whole grains.
- In particular, it appeared that rye had a beneficial effect on the blood’s content of inflammatory markers.
- Satiety after a meal increased after a whole grain diet leading to reduced food intake.
- Whole grains decreased body weight, serum inflammatory markers, interleukin and C-reactive protein levels.
Impact of Whole Grains on Gut Bacteria
"However, even though the analysis did not reveal significant changes in the average gut microbiota after whole grain consumption, it may well be that the individual components of our gut microbes have an impact on the individual reaction of our body to dietary whole grains, given that our bacteria help us digest the fibres in the whole grains. This is something that further studies of our data may answer," Tine Rask Licht explains.
Reference
- Henrik Munch Roager et al., Whole grain-rich diet reduces body weight and systemic low-grade inflammation without inducing major changes of the gut microbiome: a randomised cross-over trial, Gut (2017). http:dx.doi.org/10.1136/gutjnl-2017-314786.
Source-Medindia