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- UNIVERSITATEA DE MEDICINA SI FARMACIE IULIU HATIEGANU
- Fundació Hospital Universitari Vall d'Hebron- Institut de recerca
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Offer Description In the framework of the project PNRR“Translational research targeting fibrosis regression, endothelial dysfunction reversal and hepatocytes regene-ration in advanced liver diseases-3RE
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the framework of the project PNRR“Translational research targeting fibrosis regression, endothelial dysfunction reversal and hepatocytes regene-ration in advanced liver diseases-3RE-VALID”- CF 36/14.11.2022
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the framework of the project PNRR“Translational research targeting fibrosis regression, endothelial dysfunction reversal and hepatocytes regene-ration in advanced liver diseases-3RE-VALID”- CF 36/14.11.2022
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belongs to the Liver Diseases Research Group of VHIR. It is also a consolidated group, recognized by AGAUR and it is integrated at the CIBERehd. We are interested in the mechanisms leading to liver fibrosis
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fibrosis. Together with the department of surgery, focusing on vascular surgery, we aim to to ulitse high-throughput biomaterial screening to identify the optimal physicochemical surface properties
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-omics approaches. Our lab is interested in understanding how microbiota and microbial metabolites interact with the host to influence chronic inflammation and fibrosis in Inflammatory bowel diseases (see
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opportunity to unravel how gene regulatory mechanisms govern cellular aging and inflammatory responses, and how their disruption contributes to age-associated diseases such as fibrosis. Responsibilities Lead
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of cellular aging, resilience, and fibrosis. Responsibilities Develop and implement analytical pipelines for large-scale single-cell, spatial, and multi-omics data integration Build and apply machine learning
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Job related to staff position within a Research Infrastructure? No Offer Description The Laboratory of Cellular Genomics at the International Institute for Molecular and Cell Biology (IIMCB) https
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adverse cardiac remodeling, including hypertrophy, fibrosis, and inflammation, and assess cardiac function in mouse models of heart failure using: Molecular biology techniques (RNA/protein extraction, RT