Pancreatic ductal adenocarcinoma (PDAC) is a fatal malignancy (predicted to become the second leading cause of cancer-related deaths by 2030), with a limited number of diagnostics tools, nor effective systemic treatments.
Microbiome has emerged as a cause of the remarkable chemoresistance of PDAC. The clinical relevance of microbiome in PDAC was demonstrated by the relationship between intra-tumoral bacterial diversity and specific microbiome profiles in comparing long- and short-term survivors. We hypothesize that tumor and microbial composition yield complementary molecular mechanisms underlying drug resistance.
The PhD candidate will conduct research to understand the microbiome-induced chemoresistance and develop effective therapeutics to interfere with host-PDAC-microbiome interactions.
Project-related tasks include:
- In vitro microbiological experiments with aerobic and/or anaerobic bacteria
- In vitro experiments on the interactions between microbes and host cells
- Imaging and omics analysis of in vitro microbe-host interaction and in situ samples
- Data analyses and preparation of scientific publications
- Co-supervision of trainees and students