IV Hydrogen Peroxide Therapy
Hydrogen peroxide is a powerful oxygenator and oxidizer. It readily breaks down into water and oxygen.

Our immune system needs hydrogen peroxide to function properly. Granulocytes, a class of white blood cells, produce hydrogen
peroxide as a first line of defense against harmful parasites, bacteria, viruses and fungi. It is also used in the metabolism of protein,
carbohydrates, fats, vitamins and minerals.

Hydrogen peroxide is a by-product of cell metabolism. It acts as a hormonal regulator and is necessary for the production of the body's
estrogen, progesterone and thyroxin. It is also involved in the regulation of blood sugar and production of energy in the body cells.

The chemical reaction of hydrogen peroxide goes like this:   H2O2 --> H2O + O  hydrogen peroxide turns into water and singlet oxygen

This reaction forms singlet oxygen. This singlet oxygen is a powerful oxidizing agent, active in hydrogen peroxide therapy.
Singlet oxygen affects the body in two ways:

1.    It kills or severely restricts growth of anaerobic organisms, which are bacteria that use carbon dioxide for fuel.

2.    It transforms biological waste products and industrial toxins into inert substances by immobilizing them. This makes the waste
products and toxins easier to handle for the kidney and liver. It also doubles the rate of enzymatic metabolism in mitochondria within
each cell. By doubling the rate of enzymatic metabolism, the body can cleanse itself of toxins and preserve the energy that is needed for
day-to-day functions.

Hydrogen peroxide therapy helps cleanse toxins that come from substances like accumulated pesticide, preservatives and organic
industrial pollutants. The cleansing of toxins is often enough to allow the body to heal itself.

In 1966, Doctor Otto Warburg discovered that the key precondition for the development of cancer is a lack of oxygen at the cellular level.
Cancer cells need 60% less oxygen than normal, healthy cells and perform poorly in the presence of excess oxygen. Therefore, cancer
cells may be destroyed in the high-oxygen environment that is produced through hydrogen peroxide therapy.

Hydrogen peroxide is an antineoplastic, meaning that it inhibits the growth of new tissues, like tumours. Hydrogen peroxide also
increases production of interferon and tumour necrosis factors, which the body uses to fight infections and cancers. Cancer cells in the
presence of increased oxygen tension become more sensitive to irradiation, and this increased oxygen tension is produced by hydrogen

Hydrogen peroxide contributes to the lysine, or destruction, of tumour cells by macrophages and granulocytes.

Hydrogen peroxide administered intravenously works very well against emphysema, asthma and chronic lung disease. It cleans the lungs
by producing oxygen bubbles in the alveoli, the tiny air sacs in the lungs, and lifting the mucus deposits out. This allows you to cough out
the deposits, making the procedure natural and non-invasive.

The length of treatment for lung disease varies. More chronic conditions will need more treatments to fully clean the lungs.

Hydrogen peroxide is administered intravenously through a vein in the arm. It drips over a 180 minute period. Pharmaceutical grade
hydrogen peroxide is used in the treatment of the following ailments:

Acute and chronic viral infections
Alzheimer's disease
Cardiovascular disease (heart disease)
Cerebral vascular disease (stroke and memory loss)
Chronic obstructive pulmonary disease
Chronic pain syndromes
Chronic non-responsive bacterial infections
Herpes simplex
Herpes zoster (shingles)
HIV-related infections
Metastatic carcinoma (cancer)
Migraine headaches
Multiple sclerosis
Parasitic infections
Peripheral vascular disease (poor circulation)
Rheumatoid arthritis
Systematic chronic candidiasic (yeast infections)
Vascular headaches

Normally, a series of at least ten treatments are recommended, each one a day apart.

The combination of hydrogen peroxide therapy with EDTA chelation therapy is effective in treating vascular disease. Hydrogen peroxide
has been proven to dissolve plaque in large arteries while EDTA chelation clears small vessels and creates collateral circulation around
large vessel blockages.
Coyle Chelation Clinic   -   " For Better Health"
Dr. Marcia Coyle
Coyle Chelation Clinic
"For Better Health"
Chelation Therapy