Health Network News

Blood pressure has two measurements - systolic, which is pressure of blood against artery walls when the heart pumps, and diastolic, which is pressure when the heart is at rest. When blood pressure is higher than–0/90 that is considered high blood pressure or hypertension. Normal blood pressure is 120/80 or lower. High blood pressure occurs because the flow of blood encounters resistance in the arteries.

High blood pressure is called “the silent killer,” because there are no symptoms and often people do not know they have it, although one in three American adults have high blood pressure. As the heart beats harder to force blood through the arteries, the heart itself increases in size and that means less efficiency. If high blood pressure is not handled, it can cause damage to kidneys and other delicate tissues as well as increase risk of heart attack and stroke.

Arterial plaque build up (also called hardening of the arteries, atherosclerosis, or arteriosclerosis) can increase blood pressure and make the heart’s work more difficult. It refers to the accumulation of cholesterol, calcium and various minerals that stick to the lining of blood vessels and as the deposits grow, the blood vessels narrow. This process increases with age.

Medications prescribed by traditional doctors can lower blood pressure. But they do nothing to handle the cause of the high blood pressure and all drugs have side effects. When drugs are not effective, doctors tend to just prescribe more drugs, which still only treat the symptom, not the cause. And side effects expand.

Chelation therapy is a solution that produces little or no side effects. Chelation therapy involves the use of chemical compounds injected into the blood stream with an IV drip. This therapy was originally used to remove heavy metals from the body, and it still is. The chelator (chemical compound) used for heart health and high blood pressure is ethylene diamine tetra-acetate acid, or EDTA

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.

Chelation has been tested and proven to be an effective cure for these vascular diseases. It is a proven means of enhancing arterial health and boosting circulation. By cleaning out arteries and increasing blood circulation, it can lower blood pressure significantly.