Primary Energetic Driver for body metabolism. The ED 3 Infoceutical is designed to bioenergetically stimulate mitochondria to generate energy and facilitate normal cellular respiration and excretion.
ED3 – Cell Driver (Primary Energetic Driver for body metabolism) The generation of biochemical cellular energy and the bioenergetic Cell Driver field are both correlated to tiny structures called mitochondria, which are present in all cells. Cells require energy to perform their activities; without it, they cannot function and will die. Toxins and other environmental factors can disrupt the ability of cells to generate the required energy and function correctly. The liver has the most intense cellular activity, so Cell Driver correlates particularly strongly with this organ at a bioenergetic level, as well as with metabolism in general. Adequate cellular energy is vital for information transfer. The Cell Driver field correlates to bioenergetic communication with mast cells, which are involved biochemically with forming anticoagulants in blood to inhibit clotting in the vessels and with antibody immunoglobulin E (associated with allergic reactions).
The ED 3 Infoceutical is designed to bioenergetically stimulate mitochondria to generate energy and facilitate normal cellular respiration and excretion. It is bioenergetically linked to processes that facilitate the elimination of dioxins, PCPs, and xylenes, and that address issues of undue exposure to electromagnetic radiation.
ED 3 Infoceutical may bioenergetically relieve some of the effects of geopathic stress.
ED 3 Infoceutical correlates bioenergetically with aiding metabolism generally, particularly that of the liver and its waste excretion processes.
ED 3 Infoceutical can be complemented by the increased intake of antioxidant-rich foods/nutrition supplements, which may help reduce the number of free radicals in the body. However, do not offer nutritional advice unless you are qualified to do so.
ED 3 Infoceutical is reported to ease tiredness and relieve metabolic issues on a bioenergetic level.