When the coronavirus erupted onto the world stage in 2020, research into mRNA vaccines had been going on for around 30 years and they were ready for primetime. But protecting against the coronavirus is just one potential use of these vaccines. Studies in both animals and humans are looking at how mRNA and DNA vaccines could be used to treat cancers and chronic diseases like HIV. Meanwhile, research is underway into how they could help with autoimmune disorders or replace missing genes in people with genetic diseases.

Deborah Fuller is a microbiologist at the University of Washington who has been studying mRNA and DNA vaccines since their early days. In her article – adapted from an interview I did with Dr. Fuller on The Conversation Weekly podcast – she explains how using genetic code instead of dead virus for a vaccine allows for far more control over the immune response, opening up a range of medical possibilities that not long ago seemed out of reach.

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Daniel Merino

Assistant Science Editor & Co-Host of The Conversation Weekly Podcast

Nucleic acid vaccines use mRNA to give cells instructions on how to produce a desired protein. Libre de Droit/iStock via Getty Images

How mRNA and DNA vaccines could soon treat cancers, HIV, autoimmune disorders and genetic diseases

Deborah Fuller, University of Washington

DNA and mRNA vaccines produce a different kind of immune response than traditional vaccines, allowing researchers to tackle some previously unsolvable problems in medicine.

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    Lumina Albert, Colorado State University

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"Given that the world is woefully behind in limiting production of greenhouse gasses, already resulting in political upheaval and catastrophic changes to weather, agriculture, and migration, this article underscored for me how removing carbon from the air will be an essential part of addressing this critical issue...”

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