Written by: The Midland Certified Reagent Company

Summary: Working with the human genome has enormous potential for the future.

Along with the ability to decode the human gene pool is the process to create synthetic segments of DNA. Synthetic oligos are perfect for testing because they simulate human DNA and can give scientists accurate results to demonstrate how a potential vaccine might affect the body. The ability to work with our gene pool will greatly enhance the understanding of medical science in the future.

Synthesizing a Reaction

The first step in creating a cure is isolating the genes involved in the disease, and how they affect the body. Once we understand more about the disease itself, we can work on testing drugs that will cause a certain reaction. For instance, if we wanted to cure cancer we might want to attack the gene that causes cancer cells to endlessly reproduce. We would need to identify the cancer gene responsible, and then see how to safely destroy or deactivate that gene without interfering with others.

This would be too difficult to test in living subjects, mostly because conditions are hard to duplicate. It’s now possible to perform DNA synthesis under precise lab conditions, which completely removes the need for a live subject until a cure has been defined and substantially tested.

Future Prospects

Soon, it may be possible for scientists to utilize RNA synthesis for their own aims. One method already tested involves using RNA to write code to DNA and turn molecules into storage devices. Maybe someday we’ll be able to write entirely new genetic code to existing DNA.