release bacteria from their mouths into their bloodstream, resulting in
inflammatory changes in the heart, liver, and kidney tissue in
In correlation with changes in heart function, the UAB researchers found definite histological and cellular changes in the spleen, and they also found bimodal inflammatory responses in kidney inflammatory biomarker
In correlation with
changes in heart function, the UAB researchers found definite histological and cellular changes in the spleen, and they also found bimodal inflammatory responses in kidney inflammatory biomarker
in heart function, the UAB researchers found definite histological and cellular
changes in the spleen, and they also found bimodal inflammatory responses in kidney inflammatory biomarker
in the spleen, and they also found bimodal
inflammatory responses
in kidney inflammatory biomarker
in kidney
inflammatory biomarkers.
Although the data
in these studies is still developing, conditions such as type 2 diabetes,
heart disease,
inflammatory bowel disease, and obesity are being associated with
changes in gut bacteria.