Dr Cornelissen’s project aims to detect pancreatic tumours earlier and evaluate treatments faster using imaging equipment routinely used in hospitals.
This project will design immune cells that can specifically attack cells displaying different markers, with the aim of developing personalised treatments for pancreatic cancer.
Dr. McNamara will examine blood and tissue samples donated by patients with later stage disease to look for genetic mutations similar to those found in breast and ovarian cancer, for which there are known treatments.
Dr McClelland is investigating whether limiting certain chromosomal defects in pancreatic cancer cells will improve the effectiveness of treatments.
Professor Marshall is testing a peptide drug against different types of pancreatic cancer, prior to taking it into a clinical trial.
Dr Crnogorac-Jurcevic is developing a urine test to detect early-stage pancreatic cancer.
Professor Callan's team is investigating whether improving the supply of oxygen to a tumour will enhance the effect of cancer treatment.
Professor Breeze is developing new compounds to block a vicious cycle of signals that occurs in cancer between two proteins called SOS and Ras.
Dr Sanchez is exploring combinations of treatments that will attack the two main energy sources used by pancreatic cancer stem cells.
Professor Kanamarlapudi is testing a new drug compound that works on the surface of pancreatic cancer cells, which means the cells are unable to develop resistance to the drug.