ERC Advanced Grant · 2019
Targeting the essentialome of radiotherapy-resistant cancer
More than 50% of the cancer patients undergo irradiation as part of their cancer treatment. Although radiotherapy (RT) significantly contributes to cancer cure, local therapy resistance and the subsequent emergence of distant metastasis remain major obstacles for its success. The molecular mechanisms underlying tumor cell-intrinsic RT resistance are ill-defined. It is therefore crucial to better define these mechanisms and identify new vulnerabilities of RT-resistant tumors in order to decrease the current annual cancer mortality of >1.3 million persons in EU member states alone. In the TETHER project, I will address the problem of RT resistance by synergizing the power of genetic…
From the public funding record at EU CORDIS. Describes the funded project, not the reviews below.