2023 New Treatment Grant - Prof Ricky Johnstone
Targeting oncogenic Pol-II transcription cycles using cyclin-dependent-kinase inhibitors: a new therapeutic approach for pancreatic cancer.
Grant
Targeting oncogenic Pol-II transcription cycles using cyclin-dependent-kinase inhibitors: a new therapeutic approach for pancreatic cancer.
Award
2023 New Treatment Grant
Institution
University of Melbourne
Principal Investigator
Prof Ricky Johnstone
Time required to complete project
2 years
Project Summary
People with pancreatic cancer are presented with treatment options that have limited efficacy and severe side-effects, with less than 1 in 9 patients surviving more than 5-years after their diagnosis, and worse prognoses for those diagnosed with late-stage disease. While there are now new drugs that have been specifically designed to block the most-important pancreatic cancer protein (KRAS), how successful these drugs will be in the long-term is not yet known. This project will test the response of human pancreatic cancer cells to a group of drugs that block a process called ‘transcription’ that is universally disrupted in cancer. It will be investigated if: • Pancreatic cancer cell growth and survival can be blocked by anti-transcription drugs used by themselves, and • If anti-transcription drugs can be used in combination with anti-KRAS drugs to better block pancreatic cancer growth and survival, using lower doses (thereby reducing side-effects). We believe that the data generated in this grant will provide strong evidence to promote the assessment of anti-transcription drugs for pancreatic cancer patients in clinical trials. It is anticipated that anti-transcription drugs are a new therapeutic direction that can both extend the lifespan, and improve quality-of-life, of people living with pancreatic cancer.
Co-Investigators:
Dr Jennifer Devlin, The Sir Peter MacCallum Department of Oncology / University of Melbourne
This grant was made possible by Woolworths Limited through the Woolies Wheels and Walks and Tour de Cure collaboration which generously contributes a large portion of funds to the PanKind to be channelled into ground-breaking medical research.