|
The dangers of heavy metal poisoning has been
known for many years. Most metallurgist warn everyone to avoid
mercury and never to use aluminum.
EDTA, the organic chemical
ethylenediaminetetraacetic acid, was first synthesized in Germany in the 1930s.
In the bloodstream the EDTA molecule acts like a catchers mitt. The EDTA
molecule catches the heavy metal molecule as they pass by in the bloodstream.
However EDTA has preferences as to which molecule it favors most.
EDTA is water-soluble and chelates (catches) only metallic ions that are
dissolved in water. The normal PH of the blood is pH 7.4 and at that PH the EDTA
catches dissolved metals in this order. It's favorite metal is iron, and
then mercury, copper, aluminum, nickel, lead, cobalt, zinc, iron, cadmium,
manganese, magnesium, and calcium in descending order.
Even though lead is way down on the list
and the heavy metal mercury is closer to the top lead poisoning was what EDTA
was first used for in the 1940's. If you recall the
history, it was used for the workers and
sailors who were building ships during world war two at the Brooklyn Navy Yard.
And it was here that they found that when the men were given
iv chelation therapy for the lead poisoning their
angina and circulating improved immensely.
Chelation therapy has been used
successfully with over 200,000 children with lead poisoning with no side
effects. Most of these children got the lead poisoning from eating lead based paint. This lead based paint is not used anymore and is
specifically warned about every time you buy a house in most states.
There are other chelating methods and
natural substances which also can be used to remove heavy metals. The most well
known is the Chlorella and Cilantro combination developed by
Dr. Dietrich Klinghart.
There are many MD's now recommending that
people take EDTA orally every day like multi vitamins to ward of the dangers of
the heavy metals. These heavy metals are increasing on a daily basis in the air
we breath, the food we eat and the water we drink.
Chlorella a very nutrient dense member of the algae family can also reove
mercury from the body.
|