Development of a Novel Functional Food Enriched With Beta-glucans Isolated From Edible Mushrooms of Greek Habitats
Development of a Novel Functional Food Enriched With Beta-glucans Isolated From Edible Mushrooms of Greek Habitats
The aim of the present study was to investigate the ability of Pleurotus eryngii mushrooms fermentation products (FS) to counteract induced intestinal hyperpermeability in human colonic tissues in an ex vivo system.
Collection of colon biopsies through sigmoidoscopy procedure will take place and the collected biopsies will be mounted in Ussing Chambers. Already collected fermentation supernatants will be added to the mucosal side of the biopsy together with a stressor and two permeability markers, in order to investigate the effects of the fibre fractions on both paracellular and transcellular permeability.
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