Further EU Initiatives: TRANSCAN
Disciplines
Medical-Theoretical Sciences, Pharmacy (100%)
Keywords
- Immunotherapie,
- Radiotherapie,
- Metabolismus,
- Metabolomics,
- Proteomics
Abstract
This FWF-funded project explores how cancer cell metabolism and the gut microbiome affect the
success of combined immunotherapy and radiotherapy (RT). While immunotherapy shows promising
results, only a fraction of patients benefit highlighting the need for predictive biomarkers and
better combination strategies. RT may boost immunotherapy by enhancing antigen presentation, but
many clinical trials show limited results. Drawing from their recent studies about novel metabolic
immunocheckpoints which can be used to fight tumors, the Weckwerth lab will perform cancer cell
metabolomics and correlate this to treatment responses. They hypothesize that metabolic and
immunophenotypic traits as well as the gut microbiome could serve as biomarkers for tailoring
immunotherapy-RT combinations. Embedded in an international team with Germany, Spain, France,
Turkey and Canada, the consortium will investigate more than 400 patients, applying metabolomic
and metagenomic analyses to identify key indicators of response. These findings will inform
optimized treatment strategies, tested in patient-derived and animal models. The project also
investigates gut microbiota`s role in enhancing CAR T cell therapy, with promising preclinical results.