Irritable bowel syndrome is a highly prevalent disorder and consumes many health resources. Its physiopathogenesis is multifactorial. Some of the factors involved have to do with the alteration of the intestinal microbiota, low-grade inflammation and the alteration of intestinal permeability. Specific tannins have been shown to have prebiotic effects and could be useful in treating this condition. This is an exploratory before-after study that aims to evaluate the effect of a chestnut and quebracho extract on the symptoms of IBS diarrhea predominant, serum cytokine levels, microbiota and intestinal permeability, as well as on metabolomics.
In vitro studies have shown that chestnut and quebracho extract has a prebiotic effect of modulating the intestinal microbiota, but also, bacterial fermentation produces metabolites with powerful anti-inflammatory effects such as quecetin. Irritable bowel syndrome (IBS) is a multifactorial disorder involving factors related to the intestinal microbiota, low-grade inflammation, and impaired intestinal permeability. In this study, 30 patients with predominant IBS diarrhea and 50 healthy controls will be included. IBS patients will receive chestnut and quebracho extract twice a day for 8 weeks. They will be measured at baseline and at 8 weeks: 27 serum pro and anti-inflammatory cytokines and serum zonulin. Likewise, the intestinal microbiota and metabolomics will be evaluated.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
TREATMENT
Masking
NONE
Enrollment
30
ARBOX TWICE A DAY FOR 60 days
Hospital de Clinicas Jose de San Martin. Buenos Aires University
Buenos Aires, Argentina
Change in Irritable bowel syndrome symptoms severity (IBS severity score, 75-500)
Change in IBS severity score from baseline
Time frame: 60 days
Change in Stool frequency (number of deposition per day)
Change in stool frequency per day from baseline
Time frame: 60 days
Change in Stool consistency (Bristol stool form scale, 1-7)
Change in Stool consistency from baseline
Time frame: 60 days
Change in Inflammation
serum cytokine level change from baseline. Bioplex Biorad
Time frame: 60 days
Change in Intestinal permeability
Change in Anti Zonuline level from baseline
Time frame: 60 days
Change in Intestinal microbiota
change in 16-s sequency from baseline
Time frame: 60 days
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