*IV Chelation (Heavy Metal Detoxification)
Chelation therapy is an intravenous treatment used to rid the body of potentially deadly toxins, to restore good circulation to all of the bodily tissues, and to remove or reduce the amount of debris along the arterial walls. It has been proven to effectively treat atherosclerosis (hardening of the arteries) and gangrene, and can dramatically improve the quality of life for patients with arthritis, lupus, scleroderma, and failing memories. A mildly acidic substance called ethylenediaminetetraacetic acid (EDTA) is added to the bloodstream to break down calcium and mobilize heavy metals for excretion through the kidneys. A chelation treatment, or infusion, takes between two to three hours, during which the patient is asked to rest comfortably. The treatments themselves are painless and there are almost no reported side effects. The number of treatments required depends on the patient’s initial condition and how well his or her body responds to the infusions.Since the 1960′s, almost one million North Americans have been treated with chelation therapy, but government regulators have yet to approve the use of EDTA for anything other than reducing heavy metal toxicity. The amount of EDTA used in each infusion treatment is said to be less toxic than taking one aspirin tablet. Some researchers have asserted that if chelation were to be adopted as a standard medical practice for reducing arterial plaque, nearly 85% of coronary bypass surgeries could be avoided.
What is Chelation?
Chelation is most commonly referred to as the activity of a synthetic amino acid encapsulating heavy metals and minerals and making it possible for the body to excrete them. Chele is latin for claw. A chelator (EDTA, DMSA, DMPS, and others) binds to a heavy metal in a pincer like grasp, pulling them out of the tissues and into the blood for removal through the urine.
Is Chelation a New Therapy for Heart Disease and Hypertension?
Physicians administering chelation for lead toxicity observed that patients who also had atherosclerosis (fatty-plaque buildup on arterial walls) or arteriosclerosis (hardening of the arteries) experienced reductions in both conditions after chelation. Since 1952, IV EDTA chelation has been used to treat cardiovascular disease.
How does it Work?
Chelation therapy involves the injection or oral administration of chelating agents into the bloodstream for the purpose of eliminating undesirable substances from the body. These include heavy metals, chemical toxins, mineral deposits, and fatty plaques (as in the arteries; the agent binds to the calcium in the plaques). EDTA, DMPS and DMSA are widely studied effective chelating agents.
What is the purpose of EDTA?
- Chelation is similar to ice dissolving in a glass of water (slowly one molecule at a time so you cannot even see it happen) rather than being broken off like a jack hammer breaking up concrete. (John Parks Towbridge, MD, FACAM, Manual of the Intl. Society of Chelation Technicians)
- Toxic metals are the greatest source of oxidative damage in the body. Antioxidants are used to combat this damage. If the biggest source of oxidative damage in the body is removed then less antioxidants are needed.
- Chelates or removes toxic metals, including aluminum and lead.
- Removes lead which destroys endothelial cells (cells on the inner most lining of blood vessels). These cells release nitric oxide which dilates the blood vessel to increase blood flow.
- Lowers serum ionized calcium, which decreases clotting and reduces spasm.
- Reduces LDL cholesterol content in the liver and arterial plaque.
- Chelation therapy is given in a physician’s office as an intravenous infusion over 30 minutes-3 hours, depending on the chelator.
- Can be given by injection
What is the purpose of DMPS?
Very specific chelator of mercury (body)
What is the purpose of DMSA?
- Given orally
- Chelates arsenic, cadmium, lead, mercury (brain), nickel, tin and uranium
- Safe for adults and children
- Stephanie Cave, M.D.–reported safety and efficacy from over 2700 patients: “DMSA treatment has been a pivotal point in the treatment for many children in the autism spectrum”
Benefits of Chelation and Resulted Improvement in Function of:
- Immune System
- Lungs -90.5% improvement in pulmonary function
- Improved circulation all over the body. Intra-arterial obstruction decreased by 20.9% (± 2.3%)
Reduced Risk of:
- Heart Attack
- Cancer-after 18 years, 1.7% of EDTA treated patients died of cancer while 17.6% of untreated patients died of cance
No deaths have been reported in the medical literature attributed to chelation therapy using the ACAM (American College for Advancement in Medicine) protocol.
- According to Hancke’s data EDTA treatments might have prevented 363,000 of the 407,000 bypass procedures done in the US in 1991, saving more than billion dollars.
- Arteries become softer and more flexible, allowing increased blood flow throughout the body.
- Increasing the diameter of an artery by 15% will double the blood flow through the artery.
- The goal of therapy is to restore normal function.
- 58 out of 65 patients on the waiting list for bypass surgery were able to cancel it after chelation therapy
- 2,870 patients were studied, using objective non-invasive measurements. There was marked and good improvement in:
- Heart Patients-93.5%
- Arteriosclerotic Vascular Disease of the Leg-98.5%
- Brain Disorders-54.0%
- EDTA chelation therapy was used to treat 30 patients with carotid artery blockage as measured objectively by Doppler imaging before and after 30 EDTA infusions over a 10-month period.
- Overall 30% reduction in plaque
- Severe stenosis had even greater reduction
- Clear evidence of reversal of atherosclerosis-improvements in 80-90% of patients with only 10 requiring surgical intervention
EDTA chelation therapy related to improvement in vascular disease by objective testing before and after treatment.
- 19 articles met the criteria
- 22,765 patients
- 87% improved
- Correlation coefficient 0.88% (high)
EDTA and chelation work by removing heavy metals.