DR-214 Genomic landscape of tumor sensitivity and resistance to anti-cancer drugs in colorectal cancer patients

No Featured Image set

Colorectal cancer (CRC) ranks as the second most lethal cancer and the third most prevalent malignant tumor worldwide. Despite of continuous development of a new targeted therapies and well defined molecular targets of potential sensitivity, the mechanisms associated with resistance events are poorly understood. Therefore, we will perform whole-genome sequencing data analyses on CRC patients genomes downloaded from Hartwig Medical Foundation and will identify a set of individual genomic features, underlying tumor drug sensitivity and/or resistance. Obtained data will be used to develop a clinical predictor that will help patient stratification toward anti-cancer therapies, improving long-term clinical outcomes.

Pawel Zawadzki, Adam Mickiewicz University in Poznań, Poland

Back to news

More news

Whole genome sequencing: the future of molecular diagnostics in gynecological cancer? 

Whole genome sequencing: the future of molecular diagnostics in gynecological cancer? 

30-09-2025

To mark Gynecological Oncology Awareness Month, we spoke with oncologist Eelke Gort about the role of molecular diagnostics in these …

The value of the GENAYA project for patients of the future 

The value of the GENAYA project for patients of the future 

09-04-2026

The GENAYA project has been extended through 2028. A total of 39 hospitals now participate in the project, which is led by …

Catalog makes Hartwig Medical Database easily searchable 

Catalog makes Hartwig Medical Database easily searchable 

29-09-2023

Hartwig Medical Foundation maintains a catalog of the Hartwig Medical Database with whole-genome data on full tumor genomes: https://catalog.hartwigmedicalfoundation.nl. The …

Would you like to be kept up to date with new developments?

Sign up for our newsletters

Want to know more about the complete DNA test?

Visit OncoAct.nl