Dr Tal Zaks at Moderna, the innovative pharmaceutical company, describes how their process takes this information about a patient’s normal genes and information from his/her mutated genes found in his/her cancer and pushes both to the cloud.
A bioinformatics algorithmic process in the cloud predicts up to 34 mutations that will help our immune system to be much more effective and launch an attack on cancer.
Moderna’s process creates a vaccine that encodes for each of these mutations and loads them onto a single mRNA molecule.
Once a cancer vaccine is injected it tells the body to express portions of the mutations so that the immune system will recognize the cancer and not attack normal cells which chemotherapy does.
Each personalized vaccine is produced on a just in time basis and usually within a few weeks.
The combination of personalized m-RNA cancer vaccines plus immunotherapy with checkpoint inhibitors, such as Keytruda, is a powerful way to destroy cancer cells by activating the immune system.