Ribonucleic Acid (RNA) Development platform
The Government is investing in a Strategic Science Investment Fund (SSIF) platform for Ribonucleic Acid (RNA) development. This is to ensure New Zealand has well-connected and world-class research capability to strengthen the use and commercialisation of RNA technology.
Te Herenga Waka – Victoria University of Wellington are partnering with Waipapa Taumata Rau – the University of Auckland to host and implement the RNA Development platform with support from the Te Whare Wānanga o Ōtākou – the University of Otago and the Malaghan Institute of Medical Research.
MBIE funding
The Government is investing $69.5 million excluding GST in Ribonucleic Acid (RNA) development over a 7 year period from 1 December 2023 to 30 November 2030.
About the research
The mission statement of the RNA Development platform is ‘to ensure New Zealand has well-connected and world-class research capability to strengthen the use and commercialisation of Ribonucleic Acid (RNA) technology’.
The platform aims to:
- Significantly lift New Zealand’s capabilities in the use, deployment, and development of RNA technologies.
- Provide coordination of key services to make it easier to develop new vaccines, therapeutics and diagnostics using RNA.
- Support delivery through to pilot scale manufacturing, develop new manufacturing technologies, and lower technology transfer barriers.
- Build international research and development (R&D) and commercial partnerships.
- Increase New Zealand’s resilience to infectious disease threats and build on investments the government has already made in support of the COVID-19 response.
Below is the contracted public statement from Victoria University of Wellington.
Read the public statement
RNA therapeutic technology is nothing short of revolutionary. Its novelty lies in its unique ability to manipulate the human body as a natural bioreactor. This ground‐breaking discovery not only paved the way for innovative vaccines and infectious disease treatments but also revealed the vast potential of RNA‐based therapeutics to address a wide range of conditions like cancer, metabolic and genetic disorders, cardiovascular issues, and autoimmune diseases, as well as biosecurity applications.
For New Zealand to fully leverage the opportunities presented by RNA and to foster scientific expertise, capability, and self‐sufficiency, establishing an RNA Platform is of utmost importance. This Platform will be a dedicated science and technology hub, supporting the design and production of RNA therapeutics and mRNA vaccines within New Zealand. By bringing together experts and teams from diverse disciplines and institutions, it aims to strengthen New Zealand's capabilities in this cutting‐edge field. Moreover, it will establish connections with international efforts and developments, empowering local researchers to contribute to global advancements while enabling New Zealand companies to offer new RNA products and services.
The establishment of this Platform will not only elevate New Zealand's status in the field of RNA therapeutics but will also enhance its resilience. For example, in case of a future global pandemic, the country will be equipped with the ability to rapidly develop and manufacture vaccines not only for itself, but also for its Pacific neighbours. By enabling targeted research, the Platform will help build resilience for other potential crises, in addition to future pandemics.
In summary, the RNA Platform will be a catalyst for progress, innovation, and self‐reliance in RNA-based therapies, empowering New Zealand to contribute to global health efforts while safeguarding its own population and the broader Pacific community.
Annual updates
Recipients of SSIF funding are required to report yearly on the progress of their work programme. Below are the public updates from Victoria University of Wellington's annual reports.
Read the public update from the 2023/24 annual report
The RNA Platform is a national consortium dedicated to advancing RNA research, development, and manufacturing in New Zealand. Hosted by Victoria University of Wellington and the University of Auckland, with the Malaghan Institute of Medical Research and the University of Otago as partners, the platform aims to develop and manufacture RNA products to enhance resilience against future pandemics and biosecurity threats.
Significant progress has been made in the first year of the Platform’s operation:
- Directors – Profs Kjesten Wiig and Gary Evans, were appointed through an open and competitive process run by the host.
- Two governance/advisory bodies were established – The Steering Group, chaired by Dame Juliet Gerrard, and the Oversight Group, co-chaired by Prof Margaret Hyland and Prof Frank Bloomfield, work with Directors to oversee the platform's operations, ensuring alignment with policy intent and platform deliverables.
- A Science Advisory Group, chaired by Prof John Fraser was established to ensure the platform’s research projects and programmes are world-class as well as being in-step with current global best practice.
- Pillar leaders for each of the Platform’s seven pillars of concentration were appointed through an open and transparent process. Pillar leaders have developed and initiated comprehensive work-plans aimed at lifting capability in the areas of target identification, payload design, formulation, pre-clinical efficacy, quality control, manufacturing and clinical testing.
- Fast Start projects aimed at rapidly building capability in RNA production were initiated. RNA to supply those projects has been produced and excellent progress made on each project.
- A centralised research-grade RNA/LNP manufacturing facility was established leveraging prior Government investment (Vaccine Alliance Aotearoa New Zealand (VAANZ) alongside institutional investment by VUW and the Malaghan. This facility is now supplying material to the fast start projects as well as to several projects external to the Platform.
- Dr Georgia Carson (Ngāti Whakaue) was engaged to ensure that Māori perspectives are integrated into effective and equitable RNA research.
In summary, the RNA Platform, within its first year of operation, is well on its way to unite experts, resources, and innovation to drive RNA research, development and manufacture.
More information
Visit the Ribonucleic Acid (RNA) Development platform:
RNA Platform(external link) — Victoria University of Wellington
Last updated: 11 March 2025