CHELATION THERAPY

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The most common and toxic heavy metals that can poison our systems and lead to fatigue and disease are iron, lead, cadmium and mercury. Iron is by far the most common of heavy metals that predisposes individuals to heart disease. It promotes the activity of free radicals and thus leads to accelerated arterial damage. Lead and cadmium are common industrial pollutants that also promote the activity and poison critical enzymes free radicals that repair tissues.

 

Mercury is found in some types of fish and shellfish and in dental fillings. Its toxicity can depress the immune system and cause a number of symptoms. Even excess iron, such as occurs in hereditary hemochromatosis of the disease, it can accelerate degenerative disease and damage the heart, accelerating the damage of the free radicals. One of the most reliable methods for determining heavy metal toxicity is prove that a person with a chelator – a substance that tends to pull metals and minerals from the Body. You only need to give the person two urine tests – one before and one after the chelation of chelation. If, between the two tests, the metals in the urine increase dramatically, the toxicity it is almost sure. Chelation tests can detect lead toxicity in people who have stored high levels of lead in the marrow, although blood levels can be "safe". “

 

Although controversial (chelation for cardiovascular disease reversal has few adept among orthodox cardiologists), several thousand physicians practice chelation throughout North America North and the world” How does chelation therapy work? For most of these metals, a intravenous solution of vitamins, minerals, and the EDTA chelator is prepared. EDTA is a substance known for its ability to pull heavy metals out of the body. This is infused into the bloodstream through a vein. EDTA leaves the body in the same form in which it entered, but on its way out, it chelates metals and minerals from the body.

 

Patients typically undergo between 10 and 20 chelation treatments over a period of weeks or months. Each treatment lasts several hours, during which patients can read or watch a movie. I have seen patients with mysterious, low-level, chronic fatigue feel absolutely rejuvenated after a series of chelation treatments. Spring is back in your walk, the energy back in your lives. Circulation is improved, and the body no longer has to work overtime to carry its load of toxic metals. Chelation therapy must be performed by an experienced professional. Because EDTA is excreted by the kidneys, the possibility of kidney damage is a concern and must be closely monitored. Minerals and nutrients can also be bound with EDTA, so that their levels should be carefully checked and controlled through supplementation.

 

The Chelation should be done slowly over a period of three to four hours. excess fluid at a speed too fast could cause an increase in blood volume and an overload of fluids, which could be problematic, especially in patients with severe heart disease. Oddly enough, the magnesium in the chelation bottle could cause the opposite – a fall in blood pressure. That is why all patients must be closely supervised. For protect against possible problems, blood and urine are taken before chelation to check kidney function. Cardiac function is evaluated through a stress test and a non-invasive test of the heart called an echocardiogram.

After every few chelations, the blood test is repeated. The patient is advised to eat a good meal before treatment, and blood pressure is checked before and after each infusion. To wash the kidneys, at least 16

ounces of water should be drunk during treatment. If high levels of mercury have been detected in the cells of the body, two other chelating agents called DMSA (also known as succimer) and DMPS can help get the mercury out. If mercury levels are high, either DMSA or DMPS can be used as chelators. (Or Depen) Another chelator, sometimes causing side effects allergic side effects, is known as D – penicillamine In addition, the following nutrients are known to chelate mercury in the body: the amino acid L – cysteine, the antioxidant glutathione, the mineral selenium, and vitamin C. Garlic is rich in sulfhydryl groups that help chelate mercury.

 

Selenium, in particular, competes with mercury for cell attachment sites. The other nutrients grab onto mercury and help cells release it. Beyond its effects on heavy metals, EDTA chelation also helps remove inappropriate accumulations of calcium in tissues.

 

Calcium gravitates towards atherosclerotic plaque in blood vessels, which leads to arterial narrowing and blockage. Chelation gently and gradually mobilizes calcium from plaque, restoring the elasticity and flow of blood vessels. Although controversial (chelation for cardiovascular disease reversal has few adherents among orthodox cardiologists), several thousand physicians practice chelation throughout North America and the world.

What diseases can be treated with Antioxidant Therapy?

•    Age Spots

•    Angina pectoris

•    Atherosclerosis

•    Bursitis

•    Cardiac arrhythmia

•    Cardiovascular diseases

•    Parkinson's

•    High blood pressure

•    Waterfalls

•    Cholesterol

•    Coronary artery disease

•    Mellitus diabetes

•    Diabetic neuropathy

•    Diabetic retinopathy

•    Rheumatoid arthritis

•    Hyperglycemia

•    Elevated blood fats

•    Erectile dysfunction

•    Fatigue

•    Fibromyalgia

•    Gangrene

•    Glaucoma

•    Multiple sclerosis