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About
The goal of this study is to find out if there is a direct connection between an imbalance of gut bacteria and the development of scar tissue in the gut by identifying important bacterial proteins found in scarred gut tissue. Our aim is to identify which types of cells and biological processes are affected by these bacterial proteins in people with Crohn's Disease. We will also study how these bacterial proteins cause changes in 3D models of gut fibrosis.
Full description
More than 50% of CD patients develop a penetrating disease or stenosis due to fibrostenosis, which in most cases requires surgery, as no effective therapies have yet been found. The disease leads to both structural and functional alterations of the intestinal mucosa. Although the functional alteration of the mucosa is mainly caused by the continuous tissue damage that occurs during the chronic inflammation associated with CD, recent studies have suggested that the fibrosis associated with CD may be driven by triggering factors independent of inflammation, such as dysbiosis of the microbiota. Our proposal aims to establish the causal link between gut dysbiosis and fibrosis by studying the role of key bacterial proteins present in fibrotic gut tissue.
This project will ultimately offer new molecular targets for the development of possible tailor-made antifibrotic treatments, with likely benefits for healthcare, as it will facilitate the management of severe CD, avoiding surgery and reducing SSN costs.
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20 participants in 2 patient groups
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Federica Ungaro, PhD.; Silvio Danese, PhD.-MD
Data sourced from clinicaltrials.gov
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