Toxic Metal Removal Through Restored Protein Anabolism. Focus: Mercury Toxicity

Toxic metals exist in our environment as pollutants in our air, soil, water and consequently our food supply. We face the added challenge of the toxic metals in our fillings (silver/mercury amalgams) and the thimerosol mercury compound that has been used as preservative for over half a century in our vaccinations. These metals build in our tissues causing our systems to malfunction on many different levels

Mercury has basically two forms: Organic and inorganic, and both are toxins. Inorganic mercury is found in or near: thermometers, barometers, dental fillings, batteries, electric wiring and switches, fluorescent lights, pesticides, fungicides, vaccines, paint, skin-tightening creams, spills, antiseptic creams, pharmaceutical drugs and ointments. Organic mercury becomes methyl mercury when combined with carbon by water or soil organisms. It can bioaccumulate and pass up the food chain. This occurs in marine life and can be found in farm animals and produce. Humans can convert inorganic to organic forms. The concentrations in the body are highest in the brain and kidneys. It has also been reported in the red cells, liver, muscle tissues, and gall bladder.

The current main treatments for toxic metal removal are IV chelation with artificial compounds EDTA, DMPS and DMSA. Only EDTA is FDA approved. Interestingly EDTA (Edetic Acid) says on its International Chemical Safety Card: