Chelation Therapy relies on the use of slow injections or infusions of a chemical identified as ethylenediaminetetraacetic (EDTA). Chelation therapy is sometimes used to free the body of toxic metals, lead and iron, which are later passed by the body via urination processes. It is believed that LDL cholesterol needs interaction with the latter mentioned metals for oxidation purposes. Thus, with the prompt removal of toxic metals, the oxidation processes are diminished and blood vessel functioning is improved.
The Chelation Therapy Process
Chelation Therapy was established in the 1930s in Germany for use within the dye industry. EDTA is a chemical that naturally binds to iron, copper, lead, aluminum, zinc, mercury and calcium. Later, doctors and researchers saw the benefit of the use of EDTA in people to minimize toxic metal exposure internally. Once EDTA is injected into an individual, it binds to the metals or minerals, and the kidneys remove the metal and the EDTA from the body. This process is a fully approved process for the treatment and care of lead poisoning.
Chelation Therapy and Cholesterol Levels
Chelation Therapy has been found to have positive effect on cholesterol levels. While HDL levels (high-density lipoproteins) are considered good cholesterol and desirable, LDL cholesterol (low-density lipoproteins) are considered an undesirable form of cholesterol. EDTA infusions, when combined with mineral and vitamin supplements, help to increase HDL levels while simultaneously decreasing LDL cholesterol levels. What's more, low levels of HDL are raised by EDTA infusions, and high levels of HDL remain consistently high after HDL infusions.
Chelation Therapy is also used to help reverse the damage associated with atherosclerosis. Side effects of the condition include an obstruction of the arteries due to plaque formations. Plaque formations (cholesterol buildup) that occur in your coronary arteries can later lead to heart attacks, and you might also experience angina attacks. Plaque formations in the vessels that lead to the brain can eventually lead to a stroke. Meanwhile, plaque formation in the arteries that supply blood to the lower limbs can lead to leg pain. EDTA infusions help to remove calcium from your blood stream. Calcium is part of the plaque that forms in arteries and this aids in plaque breakdown.
What's more, EDTA infusions help to diminish the stickiness of your blood as well as potential clotting; blood platelet creation is diminished after EDTA infusions, which diminish blood stickiness. When blood is less sticky, it can move through smaller blood vessels and arteries with greater ease. This type of therapy is considered less invasive than other methods for remedying atherosclerotic plaque formations like surgery and rerouting procedures.
Disadvantages
Using Chelation Therapy for lowering cholesterol and for reversing atherosclerosis has positive benefits, but it can prove costly. This type of therapy is not covered by many insurance carriers, and a single treatment can cost as much as $8. Since 20 to 100 treatments are required to achieve any benefits from the therapy, the costs of chelation therapy can accumulate quickly. What's more, there is a time factor when it comes to chelation therapy. Each therapy session where you receive infusions can last three to four hours.
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