Controlling High Blood Pressure With Chelation Therapy

By Anju Mathur, MD

High blood pressure, also known as hypertension, is a condition in which the force of the blood pumped by the heart is consistently elevated due to the resistance of the arteries against the blood flow. Blood pressure is measured as the pressure of the heart beat (systolic) over the pressure of the heart at rest (diastolic). Hypertension is defined as a blood pressure of--0/90 or higher. Normal, or healthy, blood pressure for average adults should be 120/80 or less.

If blood pressure continues to be high it can cause all kinds of havoc in other systems of the body, such as kidneys and other delicate tissues. It can also cause heart attack or stroke. The heart can be enlarged because it is working harder to pump blood. Yet 30% of people who have high blood pressure don't even know they have it, because there are no symptoms. .

Calcium, cholesterol and various minerals can form deposits inside blood vessels, making them smaller and sometimes completely stopped up. This process, which increases blood pressure because it slows blood flow, has several names - hardening of the arteries, arterial plaque build up, arteriosclerosis or atherosclerosis.

Physicians tend to prescribe medications to lower blood pressure. But these drugs, in addition to having undesirable side effects, do not handle the cause of the high blood pressure. If the medications do not lower the blood pressure sufficiently, more drugs are prescribed, with more side effects

There is another solution, without side effects, which can clean out arteries and thereby handle the cause of high blood pressure, thereby lowering it. It is called chelation therapy. A chemical agent is put into the bloodstream using an IV drip. The agent used to handle heart problems and blood pressure is EDTA (ethylene diamine tetra-acetate acid). Originally this process was used to remove heavy metals from the body, and it is still effective for that.

There are two theories for why chelation therapy works. One is that EDTA binds to free radicals, highly active molecular fragments that can damage tissue and perhaps the lining of the blood vessels. The other is that it binds to calcium and other minerals in the bloodstream, resulting in a series of actions that improves cellular and vascular health.

As an added benefit, EDTA chelation has blood-thinning effects and discourages the formation of potentially dangerous blood clots that can cause a heart attack or stroke.

Increasing blood circulation by chelation therapy is definitely the safest way of controlling high blood pressure. It is a tested and effective cure. - 32389

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