The University of Melbourne Centre for Cancer Research offers services to the wider research sector - find out more about the Melbourne Clinical Genomics Platform, Organoid Laboratory and Biobanking Laboratory.
The Melbourne Clinical Genomics Platform makes the most of the genomic sequencing capabilities of the University of Melbourne Centre for Cancer Research located within the Victorian Comprehensive Cancer Centre. The technologies and the expertise of supporting staff are readily accessible, and the platform is helping to accelerate the adoption of genomic technologies into our research and teaching programs and clinical practice.
The University of Melbourne Centre for Cancer Research (UMCCR) seeks to improve cancer patient outcome through cancer genome discovery, translation and personalised medicine.
The MCGP offers a range of Massively Parallel Sequencing services including Illumina NovaSeq 6000 and MiSeq.
Contact Kym Pham for more information:
Kym Pham, Personalised Genomics Pathology Manager
P: +61 3 8559 7076
The University of Melbourne Centre for Cancer Research (UMCCR) Organoid Laboratory provides facilities and expertise for the development of 3D tumour organoid models allowing the study of phenotypic and genomic characteristics in various tumour types, thus supporting the Centre’s research effort in the field of precision oncology.
Led by Professor Frederic Hollande and employing one full-time post-doctoral fellow and one full-time Research Assistant, the UMCCR Organoid Lab has developed an extensive biobank of frozen pancreatic tumour organoids. Organoids are undergoing phenotypic characterisation prior to drug screening and genomic characterisation to enable the development of more effective targeted treatments.
Our processes for organoid development and biobanking have been optimised to enable researchers to accelerate the discovery and testing of individually-tailored therapeutics for the benefit of pancreatic cancer patients.
In addition, the Organoid Lab has ongoing collaborations with several groups within UMCCR to jointly develop tumour organoids from other cancer types, including a large number of organoids from colorectal cancer liver metastases (Hollande Lab) and emerging projects in the area of hereditary colorectal cancer (Buchanan Lab) and cancers of unknown primary (Tothill Lab).
Organoids developed in our Lab are amenable for drug screening approaches, genomics and transcriptomic sequencing, as well as other research projects. Get in touch with us to discuss potential collaborations around the characterisation of existing samples or the development of new organoid models.
An initial grant from the Avner Pancreatic Cancer Foundation was presented to Professor Sean Grimmond at the University of Melbourne in 2016 to establish Australia’s first pancreatic cancer ‘organoids bank’, in collaboration with the Walter and Eliza Hall Institute of Medical Research (Professor Peter Gibbs, Dr Tracy Putoczki and Dr Belinda Lee).
Contact Professor Frederic Hollande for more information:
Department of Clinical Pathology
P: +61 3 8559 7023
The University of Melbourne Centre for Cancer Research (UMCCR) Biobanking Laboratory provides facilities and expertise for the receipt, processing and storage of human biological samples for a range of cancer research studies, thus supporting the Centre’s research efforts in the field of precision prevention and precision oncology.
The UMCCR Biobanking activities reside within the Colorectal Oncogenomics Group, led by Associate Professor Daniel Buchanan. The group currently supports a number of existing large cancer-focused bioresources and has ongoing collaborations with several groups within UMCCR to jointly accelerate cancer research. The Biobanking Laboratory continues to collaborate with new investigators to provide biobanking support including blood and tissue processing, a range of temperature-controlled storage options, and molecular testing activities.
Contact Associate Professor Daniel Buchanan for more information:
Department of Clinical Pathology
P: +61 3 8559 7004