This content relates to a former minister

$10 million for high potential COVID-19 related clinical trials

By mid-2021, volunteers aged between 18 and 75 years will be recruited for an accelerated clinical trial of two ‘next generation’ vaccines against COVID-19, developed by researchers at the University of Melbourne.

The Hon Greg Hunt MP
Former Minister for Health and Aged Care

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By mid-2021, volunteers aged between 18 and 75 years will be recruited for an accelerated clinical trial of two ‘next generation’ vaccines against COVID-19, developed by researchers at the University of Melbourne.

These clinical trials are among six chosen to receive immediate funding totalling
$10.1 million from the Morrison Government’s Medical Research Future Fund’s Clinical Trials Activity Initiative.

These vaccines offer a number of potential advantages to ‘first generation’ COVID-19 vaccines, and do not require storage in the extremely low temperatures needed for the Pfizer vaccine.

Following encouraging results during preclinical testing, the Government’s support is expediting the process to move research efforts from the lab and into human trials.

Among the other proposals to be tested are the use of germicidal ultraviolet light to reduce infection rates in aged care facilities, and 3D-printed face masks to match facial shape and prevent leaks.

Mask leak with existing P2/N95 respirators is a major problem for health care workers.
The main reason for face mask leak is the individual variability in the shape of the human face.

One clinical trial will test the effectiveness and feasibility of customised 3D-printed face guards used in conjunction with P2/N95 respirators as a way of reducing face mask leak.

This is a rapidly scalable, customised technology that could quickly and feasibly be utilised around the world.

A further trial will test the effectiveness of an inexpensive and rapidly implementable germicidal ultraviolet air-treatment strategy, used in conjunction with existing infection control measures, as a means to reduce rates of respiratory viral infection in residential aged care facilities.

Each of these extremely promising Australian innovations has the potential to dramatically shift the global battle against COVID-19, which will begin clinical trials from early 2021.

Australian researchers are making such strong contributions to global efforts to reduce the toll of COVID-19 that a number of other clinical trials have been identified as strong candidates for possible future funding.

The clinical trials announced today are based in Adelaide, Melbourne and Sydney. They will deliver high quality evidence that can be rapidly translated for use in this pandemic, and possibly, future pandemics.

The Government’s Medical Research Future Fund matured at $20 billion in July 2020, providing a long term sustainable source of research funding. It is transforming Australia’s health and medical research sector and supporting our best and brightest researchers.




Prevention of SARS-CoV-2 transmission in aged care (PreSTAC): Effective evidence-based measures for rapid translation using ultraviolet light

Prof Geraint Rogers, South Australian Health and Medical Research Institute Limited


Accelerated phase I trial of targeted and tunable SARS-Cov-2 spike protein receptor binding domain recombinant protein and mRNA vaccines

Prof Terry Nolan, University of Melbourne


3D-Printed Facial Guards to reduce P2/N95 respirator leak and protect health care workers from COVID-19

Assoc Prof Anand Ganesan, Flinders University


Statin Treatment for COVID-19 to optimise Neurological Recovery (STRONGER) trial – using Statins to prevent brain complications as a result of COVID-19

Prof Craig Anderson, University of New South Wales


Use of Cardioprotective Therapy to Manage Persistent Cardiovascular Effects of COVID-19: A Pathway to Recognition and Treatment of Subclinical Disease

Prof Thomas Marwick, University of Melbourne


The Pomerium Trial: Protecting Aged Care Residents from the Pandemic via Specialised Nutritional Supplementation.

Prof Gustavo Duque, University of Melbourne






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