A group of scientists have learned how to cause a normal human partially differentiate adult stem cell[1] to revert to an embryonic stem cell. By exposing the adult stem cell to a certain chemical concoction, it reverts to an embryonic state. However, it only works on certain lines of adult stem cells. My previous theory about the variance in chemical markers based upon DNA explains this behavior. Instead of using a “one size fits most” chemical marker concoction and mapped out the specific cell’s DNA, you could get 100% of adult stem cells to revert to their embryonic state.

1. Adult stem cells are found in normal adult bodies, but they are partially differentiated already and a predisposed to only form certain type of final cells. For example, all adults have stem cells in their blood, but those stem cells are predisposed to only form blood, bone, and a few other types of cells. By reverting a stem cell to the embryonic state, it is then possible to trigger it to become any cell that the body needs, not just a few types.