mRNA IS THE SOFTWARE OF LIFE
A disruptive drug platform: carefully designed molecules called messenger RNA that prompt the body to make its own medicine. Used by all living things to make proteins, messenger RNA is one of the least explored frontiers of drug discovery.
Cells use mRNA to translate the static genes of DNA into dynamic proteins, involved in every bodily function. Biotech companies make some of these proteins as drugs in large vats of genetically engineered cells. It’s a time-consuming and costly process.
What if instead, mRNA was given therapeutically? In theory, it could prompt proteins to be made in your body. It would put the drug factory inside you. There is the promise that mRNA can be turned into a powerful treatment for genetic diseases, cancer, infectious diseases, and more.
Biologics are now the fastest-growing segment of the drug industry, and in theory, mRNA could replace them all. This is a 20-year job, and the revolution is just starting.
INFORMATION MOLECULE

Combines messenger RNA (mRNA) molecule that carries a genetic sequence with lipid nanoparticles (LNPs), a fat used to wrap up and protect the mRNA and deliver it into cells.
mRNA is basically a template that holds a code, or instructions, for a cell on how to manufacture proteins.
Bioinformatics is getting better on the back of the ability to develop next generation type of therapies which are truly personalized.
mRNA can be ultimately used to express any protein and perhaps
treat almost any disease!
POTENTIAL mRNA APPLICATIONS

NEXT GENERATION COVID VACCINE

NEXT PANDEMIC RESPONSE

INFLUENZA (FLU) VIRUSES

HIV/
AIDS

EBOLA
VIRUS

ZIKA
VIRUS

OTHER INFECTIOUS DISEASES

OMNIVALENT/
PERSONALIZED CANCER VACCINES

TUMOR
ASSOCIATED NEOANTIGENS

RARE
DISEASES

HORMONES

MONOCLONAL ANTIBODIES

METABOLIC
PROCESSES

ANTIBIOTICS RESISTENCY

PROTEIN
REPLACEMENT
HOW mRNA VACCINES WORK

National Human Genome Research Institute. Understanding COVID-19 mRNA Vaccines n.d.
https://www.genome.gov/about-genomics/fact-sheets/Understanding-COVID-19-mRNA-Vaccines (accessed October 29, 2021).