Sugar can silence a key protein required for colonization by a gut bacterium related with slender and healthy individuals.
The gut microbiota assumes a key job in human health, and its organization is related with eating routine. As of not long ago, researchers trusted that sugar was consumed into the digestive tract and never achieved the gut. Be that as it may, late investigations have demonstrated sugar can go to the colon, where the microbiota lives.
Groisman and researchers contemplated the impacts of a high sucrose/glucose diet in mice on one of those advantageous microorganisms, Bacteroides thetaiotaomicron, a species related with the capacity to process healthy nourishments, for example, vegetables.
They found that both fructose and glucose, which together frame sucrose, hinder the generation of a key protein called Roc, which is required for colonization of this beneficial bacterium in the gut. At the point when scientists designed a strain of the bacterium that did not quiet Roc because of fructose and glucose, the built strain had a colonization advantage in the guts of mice on a high sucrose/glucose diet.
“The job of eating routine in the gut microbiota goes more remote than simply giving supplements,” Groisman said. “It gives the idea that starches like sugar can go about as signaling molecules also.”
Yale’s Guy Townsend is first author of the research, which was fundamentally financed by Yale University and the National Institutes of Health.
Guy E. Townsend II, et al., “Dietary sugar silences a colonization factor in a mammalian gut symbiont,” PNAS, 2018; doi:10.1073/pnas.1813780115