EPIGENETIC RESEARCH
Epigenetic mapping has the potential to release an entire being from genetic limitations and opens new wellness and performance possibilities. A process known as epigenetics studies the way in which genes are activated and deactivated during their lifetime.
The various types of cells in our body have different appearances and different functions. To become a cell of the skin or a neuron, in the passage of information written in the DNA of a cell to RNA, with a mechanism called protein synthesis that serves the production of specific proteins, the RNA carries out the instructions of the DNA, but it is controlled by epigenetic signals that turn off or light up certain genes. The epigenetic chemical signals act as switches, these places in front of the genes not only can activate or deactivate the genes, but they act to tune and make them functional, they change the levels of activity of the genes in sending instructions to produce proteins. There are more types of these signals, some mean stopping, others mean continuing, but others can change genetic activity more subtly.
