Thomas Baumert, both a doctor and a researcher, continually advances his knowledge Fibrosis and liver cancer to develop innovative treatments for better patient care. A challenge that had to be mastered and that earned him the research prize.

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Thomas Baumert, Research Prize 2023 – Research Institute for Viral and Liver Diseases (Unit 1110 Inserm/University of Strasbourg) ©Inserm/François Guénet

Liver diseases in the treatment area

Thomas Baumert, director of the Institute for Research on Viral and Liver Diseases in Strasbourg, repeats it again and again to his team: “ Research drives innovations that improve patient care. » This conviction, which he acquired during his doctorate at the German Center for Cancer Research in Heidelberg (DKFZ), is the guiding principle of his career as a doctor and researcher.

In 1994, after studying medicine and a two-year internship in Munich, he moved to the laboratory of T. Jake Liang, researcher and hepatologist at Harvard Medical School in Boston, then in the Department of Liver Diseases at the National Institutes of Health in Bethesda, USA. “Research was truly integrated into nursing and these four years confirmed my interest in it translational research that we faced the challenge that hepatitis C posed at the time,” he emphasizes.

Improving the fate of patients

After returning to Germany, Thomas Baumert joined the University Hospital of Freiburg and built a research team, which he led for eight years. He still has the dual role of doctor and researcher, but “ Clinical work took up more than 80% of my time. When Christian Bréchot, the general director of Inserm, asked me in 2006 to set up and lead a research unit at the University of Strasbourg, I saw this as an opportunity to refocus my activities. », he explains. A strategy that is bearing fruit.

Thomas Baumert surrounded by the team from the Research Institute for Viral and Liver Diseases in Strasbourg ©Inserm/François Guénet

His team, which now consists of around fifty people, is responsible for great progress. “ Our work on the Immune reaction and the entry of the hepatitis C virus into cells contributed to treatments later developed by private laboratories. he describes. It was a wake-up call because when I started, hepatitis C was killing people from liver cancer. A cure is possible after twenty years. I measured the impact of research on patient care. »

From doctor-researcher to startup company

The team then used their knowledge of this virus to model the occurrence of fibrosis and liver cancer using patient tissues. These models allowed the identification of a therapeutic target, claudin 1. The team showed that this protein is overexpressed and developed on the surface of the cells of the diseased tissue of antibody monoclonal agents that inhibit it