Monash’s COVID-19 mRNA vaccine candidate reaches significant development milestone

30 November 2021

The first Australian COVID-19 mRNA vaccine candidate, developed by the Monash Institute of Pharmaceutical Sciences (MIPS), has moved a step closer with production reaching a significant development milestone.

Melbourne-based company IDT has successfully manufactured the vaccine candidate, in preparation for Phase 1 clinical trials to be conducted by the Doherty Institute early next year.

Professor Colin Pouton, who led the MIPS team that developed the vaccine, said they had worked with determination and close collaboration with IDT to develop the mRNA COVID-19 vaccine candidate.

“Translating our laboratory work into a product produced in a GMP facility has been a rewarding experience for the teams at MIPS and IDT,” Professor Pouton said.

“Reaching this milestone demonstrates that the skills and experience to make mRNA products are available in Victoria.”

Professor Pouton said this vaccine had the ability to rapidly adjust its composition in response to emerging virus mutations.

This is particularly important as new strains continue to emerge, including the latest variant discovered in South Africa.

“The new variant Omicron has an unprecedented number of mutations in its receptor binding domain. How concerned we should be about this variant remains to be seen, but our RBD mRNA vaccine program is perfectly suited to producing a specific vaccine to protect against this new variant,” Professor Pouton said.

The milestone was announced by Victorian Minister for Innovation, Medical Research, and the Digital Economy Jaala Pulford, at Monash’s Parkville campus.

MIPS Director, Professor Chris Porter, said they were delighted the work of the teams at MIPS and IDT had resulted in the first successful manufacture of an mRNA product for clinical trial in Australia.

“Monash is highly committed to the exploration of mRNA therapeutics and this provides a first example of what we hope will be a template for Australian industry and academia to work together to progress this enormously promising new field of medicine.”

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