How mRNA Vaccines Are Changing The Future of Medicine

Messenger RNA (mRNA) is the way that our body encodes information to synthesize a protein. Research into using mRNA for vaccination goes back to the 1990s, demonstrating that liposome-encapsulated RNA could stimulate T-cells in vivo and elicit an immune response against a pathogen. A breakthrough occurred in 2005 when Karikó and Weissman published their paper that used modified nucleosides to get mRNA inside cells. With the COVID-19 pandemic, research has accelerated. This resulted in successful mRNA vaccines approved for use by the FDA. Additionally, it paved the way to change the future of medicine.

How do traditional vaccines work?

Traditional vaccines involve manufacturing antigens that are on a weakened or harmless form of the virus. These antigens are created outside the body and injected into your arm. Once the antigens are present, your immune system will begin making antibodies to break down the antigens, similar to what happens with natural infections. You will then gain immunity to future infections.

How do mRNA vaccines work?

There is one main difference with an mRNA vaccine. Antigens are used to trigger the immune response within the body. An mRNA vaccine will have a synthetically created mRNA fragment that contains information for the immune cells of your body to make antigens. First, is the production of antigens. Then, your body’s immune system recognizes it as a foreign entity and begins an immune response. From here, the process is much like traditional vaccines, with your immune system producing antibodies and gaining immunity. The mRNA fragment is also temporary. Your immune system will eventually destroy it.

Applications beyond the COVID-19 Vaccine

Before the coronavirus pandemic, mRNA research was underway for influenza, herpes, and HIV vaccines. The use of mRNA can also go beyond vaccines. Research is ongoing using mRNA as a safer and more cost-effective method for gene therapy. This gene therapy treats illnesses such as sickle cell disease. In effect, mRNA would deliver a healthy copy of a broken gene that the body can use to create proteins. Additionally, mRNA has also shown potential in cancer therapy through the delivery of tumour antigen information.

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