RNA strand - 3D rendering medical illustration

ACRTC

The Australian Centre for RNA Therapeutics in Cancer (ACRTC) is an RNA innovation node in Western Australia dedicated to developing cancer treatments.

On this page

About us

Who we are

Cancer remains a leading cause of death globally, and aggressive cancers often lack effective treatment options. RNA therapeutics offer an alternative approach by enabling precision-targeted therapies that has the potential to disrupt cancer at its molecular roots.

The ACRTC was established in late-2023 to address the growing need for innovative solutions in cancer treatment through RNA-based therapies. Based at the School of Human Sciences at The University of Western Australia, the centre leverages cutting-edge RNA technologies to target aggressive or hard-to-treat cancers. By focusing on the structural features of RNA, the centre aims to develop therapies with greater stability and efficacy, driving impactful innovations for one of the most pressing challenges in healthcare.

Vision

To transform lives with innovative RNA-based cancer treatments and foster a vibrant biotech ecosystem, enabled by scientific excellence.

Mission

To bring together RNA and cancer innovators, pro-actively collaborating with oncologists, consumers and patient advocates, to uncover new insights and develop new therapies.

What we do

The ACRTC is a research centre focused on advancing RNA-based cancer treatments. By fostering collaboration across disciplines, the centre combines cutting-edge RNA technology with Australia's cancer research expertise to design, synthesise, test, and improve RNA drugs.

In addition to collaborative research, ACRTC conducts in-house research that specialises in the study of RNA sequences and structures, utilising Machine Learning (ML) and Artificial Intelligence (AI) to enhance the synthetic design of RNA drugs.

The centre's efforts are bolstered by the RNA Innovation Foundry (RIF), a dedicated mRNA production facility that serves as the Western Australia node in a national network of RNA production facilities supported by Therapeutics Innovation Australia (TIA).

Beyond research, the ACRTC is committed to training the next generation of researchers, equipping them with the knowledge of translation and commercialisation to bring scientific discoveries to the clinic.

Our advisory groups

Scientific advisory group

Prof Sue Fletcher

Chair

Professor Emerita, Murdoch University, Perth, WA, Australia

Profile

Prof Maria Kavallaris

Member

Head of Translational Cancer Nanomedicine & NHMRC Investigator
Children's Cancer Institute, Lowy Cancer Research Centre, UNSW Sydney, NSW, Australia
Founding Director, Australian Centre for NanoMedicine, UNSW Sydney

Profile

Dr Gavin Knott

Member

Snow Medical Fellow, Monash University, Melbourne, Victoria, Australia

Profile

Prof Vihandha Wickramasinghe

Member

Laboratory Head, Walter and Eliza Hall Institute (WEHI), Melbourne, Victoria, Australia

Profile

Prof Greg Goodall

Member

Centre for Cancer Biology, an alliance of SA Pathology and University of South Australia, Adelaide, South Australia, Australia

Profile

Dr Wan Yue

Member

Executive Director, Genome Institute of Singapore, Agency for Science, Technology and Research (A*STAR), Singapore

Profile

Consumer advisory group

Ms Mar Knox
Chair
Ms Elizabeth Ban
Member
Ms Petrina Burnett
Member
Ms June Williams
Member
Mr Simon Hicks
Member

Our people

Portrait of Archa Fox

Archa Fox

Professor

Portrait of Carol Tan-Fujita

Carol Tan-Fujita

Business and Innovation Manager

Portrait of Olga Shimoni

Olga Shimoni

RNA production Facility Manager

Tessa Swain

Research Fellow

Sania Zahan

Casual Teaching

Graeme Allen

Quality Assurance Manager

Mel Boyd

Senior Project Coordinator

John Blinco

Senior Technical Officer

Hayley Ingram

Research Officer

Michelle Kingsbury

Administrative Officer

A pressing need for better cancer treatment

According to the World Health Organisation (WHO), cancer is a leading cause of death worldwide, accounting for nearly 1 in 6 deaths in 2020. And based on the Australian Institute of Health and Welfare, about 165,000 new cases of cancer were diagnosed in Australia in 2023, an average of over 450 each day. There is a pressing need for better treatments that can deliver precision and efficacy while addressing the limitations of current approaches.


Reference:  WHO Cancer Factsheet and AIHW Cancer article

Projects

Ongoing projects

Pilot projects

  • mRNA cancer vaccine targeting neoantigens for personalised treatment of lung cancer, co-led by Prof Jenette Creaney and Assoc Prof Alec Redwood
  • Targeted mRNA-encoded cytokines for pancreatic cancer treatment, led by Assoc Prof Juliana Hamzah
  • Epigenetic targeting of oncogenes and tumour suppressors using mRNA for triple negative breast cancer, led by Dr Ben Dywer
  • mRNA-loaded gel implantation post-surgery to reduce cancer recurrence in sarcoma, led by Dr Ben Wylie
  • mRNA expressing ubiquiting binding variants as treatment for estrogen receptor positive breast cancer, led by Assoc Prof Pieter Eichhorn

In-house projects

  • Methods development projects, including algorithms, mRNA structure characterisation, and assay optimisation.
The centre has the potential to improve cancer outcomes in WA and give local cancer researchers a powerful competitive edge.
Professor Anna Nowak
Deputy Vice-Chancellor (Research), UWA

Initiatives

The ACRTC offers top-up scholarships to support and encourage PhD students pursuing research in the field of RNA and cancer. The top-up scholarship initiative aligns with ACRTC’s mission to uncover new RNA insights with translational potential, develop new RNA-based therapies for cancer patients, and grow the biotech industry in Western Australia.

The Top-Up Scholarship is available at $10,000 per annum, provisioned till the expected completion date of PhD candidature.

Eligibility for this top-up scholarship is limited to:

  1.  Currently enrolled PhD students at the University of Western Australia.
  2. PhD projects that involve the use or investigation of RNA in cancer research.
  3. Candidates who are not currently receiving a top-up scholarship from another source.
  4. Candidates who commit to completing an internship with an identified industry partner during their candidature (not mandatory, but highly desirable and will be viewed favourably in the selection process).

The ACRTC Research Impact Catalyst Scheme offers funding support for researchers, staff, and students to acquire specialised knowledge and skills crucial for driving research translation, commercialisation, and entrepreneurship. The Scheme aligns with ACRTC’s commitment to advance the field of RNA and cancer R&D through the development of a dynamic ecosystem of research translators and innovators. 

This scheme is open to all WA-based ACRTC-affiliated researchers and their staff and students who demonstrate how their proposed training aligns with our centre's objectives and will contribute to advancing the translation and commercialisation of RNA therapeutics in cancer research.

Eligible courses/workshops include, but are not limited to, those covering the topics of intellectual property management, market analysis, regulatory affairs, negotiating agreements, business model development, capital raising, and science communication.

The WA-RNA Salon is designed to enhance the RNA research community in Western Australia by fostering collaboration and knowledge sharing among researchers at various career stages. Supported by the RNA Society and Lexogen, this initiative aims to host a series of seminars, symposiums, and networking events throughout the year.

Get in touch

Our details

Location: Anatomy Building, 35 Stirling Highway, Crawley, WA 6009

Visitor parking available along Hackett Drive

Email: [email protected]

 

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