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D e s c r i p t i o n
Apparatus “MIT-C2" is intended for preparation of singlet-oxygen foam by the activation of steams of distilled water by the hard ultraviolet radiation.
Indications for application of singlet-oxygen foam: the apparatus is recommended for treatment, prophylaxis and an after treatment of:
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Bronchial-pulmonary system (a bronchial asthma, bronchitis);
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Cardiovascular system (rheumatic disease, an idiopathic hypertension, IBS, a heart failure and a circulatory inefficiency, etc.);
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Neurological sicknesses (a pathology of a brain vessels, a diencephalic syndrome, a vegeto-vascular dystonia, neurosis, asthenia states);
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Diabetes;
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Diseases of kolagenesis (rheumatic disease, etc.);
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Immune diseases;
- Infringement of an aerobic exchange.
What is Oxygen Therapy?
Oxygen therapy is a form of treatment based upon the premise that all harmful bacteria, viruses and fungi (e.g. flu, colds, AIDs, candida albicans and cancerous cells) are anaerobic - they can only thrive in low oxygen environments. Conversely, to maintain good health, the human body requires a rich supply of oxygen.
Dr Otto Warburg, twice Nobel laureate was able to prove that cancer cannot grow in an high oxygen environment. He states: ‘Cancer, above all diseases, has countless secondary causes, but there is only one prime cause: the prime cause of cancer is the replacement of normal oxygen respiration of body cells by anaerobic respiration’. In other words, lack of oxygen. His research revealed that when a cell is denied 60% of its normal requirement of oxygen, it switches to a fermentation mechanism and grows out of control. Researchers have since shown that cancerous growths contract and even disappear when oxygen saturation is sufficiently raised in the fluids surrounding them. How does it work?
According to Dr Warburg, both normal cells and cancer cells derive energy from glucose, but normal cells require oxygen to combine with the glucose, while cancer cells break down glucose without oxygen, yielding only 1/15 the energy per glucose molecule that a normal cell produces. (This explains why people who consume excessive quantities of sugar may be more at risk from cancer). The anaerobic breakdown of glucose by cancer cells forms large amounts of lactic acid. Some of this is converted back into glucose by the liver which in so doing uses one fifth of the energy per glucose molecule that a normal cell can, but that still leaves three times more available energy for cancer cells. This wasteful metabolism becomes self-sustaining and dominant unless (a) the cancer’s energy supply is eliminated or (b) oxygen or energy levels to normal cells are significantly increased.
In essence, therefore, advocates of oxygen therapy claim that it is the lack of oxygen on a cellular level that is responsible for disease. The greater oxygen levels in our bodies, the more resistant we become to viruses and harmful bacteria. This is the principle upon which oxygen therapy is based.
Causes of oxygen depletion
There are a number of reasons why oxygen levels are restricted to human tissue. Environmental:
At sea level, approximately 20 per cent of the atmosphere is supposed to be oxygen, but due to the high levels of smog and low numbers of trees in cities, the available amount of oxygen can reduced to 10 per cent.
Carbon monoxide fumes from cars strip oxygen molecules from the blood.
Tap water is very low in oxygen because its journey through lead pipes and the addition of chlorine and other chemical contaminants prevent it from being aerated.
Dietary:
Cooking or heating food reduces the oxygen content in vegetables and fruits, and processed foods have little or no oxygen content. In 1961, Dr R.A. Holman M.D., senior lecturer in Bacteriology, School of Medicine at the University of Wales stated that the answer to cancer lies in ‘the fundamental catalase-peroxide mechanism of our own cells’... ‘to this end, it is urgently required that a concerted effort be made at an international level to curtail the intake of catalase-inhibiting agents, whether in the air, food, drink, drugs or radiation to which we are exposed.’ He went on to suggest that ‘this plan should be coupled with a campaign to increase the intake of catalase by the consumption of fresh, living foodstuffs together with a re-education of man to use his animal body in the way for which it was designed’.(1)
This, of course, supports the current day notion that a diet high in fibre made up largely from fresh, organic fruits and vegetables together with moderate aerobic exercise and adequate rest and relaxation is the best prescription for health. However, once the body’s natural defence systems have been broken down through an unhealthy lifestyle, there comes a point when patients are unable to obtain sufficient oxygen through diet and lifestyle to regain health. And, perhaps this is where oxygen therapy offers potential help.
What is involved in Oxygen therapy?
There are two main methods of Oxygen therapy is through Hydogen Peroxide and Ozone treatment. Ozone treatment
Ozone treatment involves forcing oxygen through a metal tube carrying a 300 volt charge. A pint of blood is then drawn from the patient and placed into an infusion bottle. Ozone is then forced int the bottle and mixed so that the ozone molecues dissolve into the blood and, in so doing, destroy all lipid-envelope virus and many disease organisms, but leave the blood unharmed. The treated blood is then returned to the patient. It is claimed that the treated blood transfers its virucidal properties to the rest of the patient’s blood as it disperses.
Hydrogen peroxide
Hydrogen peroxide, when exposed to your blood or other body fluids containing the enzyme ‘catalase’ is chemically split into oxygen and water. Many people have experienced the foaming effect produced by putting hydrogen peroxide on a wound; the foam is oxygen being produced by the action of catalase on the hydrogen peroxide.
Hydrogen peroxide may be injected directly into the bloodstream or taken orally. In the USA, licenced physicians administer injections. However, a much simpler method of oxygen therapy is oral administration, the only drawback being the somewhat bleachy, unpleasant taste.
Did you know...
that, in Nature, rain, snow and droplets on plants have all been shown to contain small concentrations of Hydrogen peroxide. The rishest natural source of peroxidase in plants are horseradish, potatoes and chestnuts.
Glossary of terms used in Oxygen therapy
Many people are confused over the meanings of very similar sounding terms relating to Oxygen Therapy so we have listed below a brief glossary: Oxygen: A colourless, odourless gas, forming about 20% of the atmosphere. It supports combustion and is indispensable to life. Inhalations are given in cases of cyanosis and shock. Applied also in the form of hydrogen peroxide to ulcers and septic wounds.
Ozone:O3. An oxidizing agent sometimes used as a disinfectant.
Oxidant: An oxidising agent.
Antioxidant: A Chemical which neutralise an oxidising agent.
Oxidize: Cause to combine with oxygen.
Oxidation, Oxidisation:The chemical combination of oxygen with a substance producing oxides, etc. Can also denote a reduction in the hydrogen content of a molecule, or a loss of electrons from an atom or molecule resulting in an increased ability to take up oxygen.
Hydrogen peroxide: A valuable non-irritating and non-poisonous antiseptic. It effervesces in the presence of pus due to the liberation of oxygen. Usual strength 10 volumes, i.e. it contains ten times its volume of available oxygen.
Important Notice: Just as vitamin A is essential for our health and well-being but in too high amounts can be toxic to the liver and, in extreme cases, life-threatening, high doses of Hydrogen Peroxide can also be extremely dangerous - it comes in a number of different grades containing various stabilizing agents. It is therefore extremely important not to self administer Hydrogen Peroxide without seeking professional advice.
Foam Therapy Renaissance for Varicose Veins
By Jessica Ross for Veins1
Dr. Charles McCollum and colleagues at Wynthenshawe Hospital of Manchester, UK, represent a growing trend in varicose vein research: the revitalization of foam therapy. A variation on the more traditional [chemical] sclerotherapy, the use of foam injections to alleviate varicose veins was actually introduced decades ago in Europe, during the early 1940s. This avenue for research stayed relatively dormant until recent years, when foam therapy reemerged as an area for scientific research. These clinical studies have resulted in a refinement of technique that could ultimately drive foam therapy to the forefront of varicose vein treatment methods.
Often hereditary, varicose veins occur in 20% of the adult population and are most prevalent in older women. In general, veins function to return blood to the heart. Systemic veins, such as the ones in our legs, return deoxygenated blood to the heart. Deoxygenated blood appears blue. The pressure of blood in veins is usually low but must be sufficient to overcome the influence of gravity on blood. Veins have valves that normally prevent the back flow of blood. Over time, veins can distend or widen and the valves may become incompetent. Pregnancy, obesity and blood clots are examples of conditions that increase venous pressure and promote the development of varicose veins. Incompetent valves result in the backward flow of blood and pooling of blood in segments of veins. With time, these veins enlarge, become tortuous or twisted and become more visible under the skin. Because leg veins carry deoxygenated blood, they appear blue. For some, varicose veins merely constitute a cosmetic problem. However, many people experience symptoms due to varicose veins. Varicosities may become clotted, inflamed, and/or lead to chronic skin inflammation (stasis dermatitis) and leg ulcers.
The traditional treatments for varicose veins include elevating the legs and using compression stockings to more invasive procedures such as traditional (chemical) sclerotherapy or vein stripping. In chemical sclerotherapy, small or medium varicose veins are injected with a solution that scars and obstructs the "problem" vein(s), forcing the blood to develop new, better functioning pathways. Vein stripping removes long, problematic veins through a series of small incisions, creating similar circulatory detours. These treatments can be effective but are also associated with adverse events. Sclerotherapy may cause skin and tissue death, nerve injury, allergic reactions, infection, and blood clots, among other complications. Potential complications of vein stripping include nerve injury, infection, and the risks associated with anesthesia.
Laser therapy is available to treat some abnormalities of very superficial veins. However, this approach is not usually beneficial in the treatment of large varicose veins of the legs.
Traditional sclerotherapy utilizes a liquid agent to treat the veins. Once injected, some of the solution may be transported via blood away from the varicosity. Foam injection is an approach that overcomes this problem. After local anesthesia is administered to the patient, the vein is visualized with an ultrasound device. Foam containing the traditional chemical sclerotherapy agents (such as sodium tetradecylsulfate) with a significant portion of oxygen, is injected into the vein. Unlike sclerotherapy solutions, foam tends to remain at the injection site. The foam contains pockets of oxygen. As the foam forces blood out of the problem vein, the oxygen pockets simultaneously dissolve into the bloodstream, causing the vein to deflate and lie flat.
The results of several recent clinical studies have further reinvigorated this foam therapy renaissance. In one such study, an Italian team conducted a 3-year study of 453 patients, who all received sclerosing foam for large, medium or small varicose veins (Frullini A, and Cavezzi A, 2002). The authors found success rates of 88.1% and 93.3% for two variations of foam employed, and even more significantly, observed very low incidence of major complications. Similarly, an early 2004 New Zealand study reported that, “foam sclerotherapy is effective in treating varicose veins with high patient satisfaction with results and improvement in quality of life.” (Barrett JM, et al., 2004). In turn, the McCollum group at Wynthenshawe Hospital plans to further verify the safety of the foam method and will employ ultrasound technology to ascertain the biological fate of these critical, numerous oxygen pockets.
Short-term complications of foam therapy are similar to those of traditional sclerotherapy. Studies evaluating the long term effectiveness and safety of foam therapy are in progress.
Ultimately, this revitalization in foam sclerotherapy research represents a new direction in varicose vein therapy that will hopefully result in a low risk, yet highly effective, treatment option.
Specifications:
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Total power of an optical stream of the activator - 4 W;
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Continuous operating mode;
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Volume of a created mixture per 1 minute - 7 l;
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Volume of singlet-oxygen foam that the apparatus can create from 1 l of a solution - 10-17 l;
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Volume of filled distilled water - 1x25 ml;
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Volume of a liquid that is filled in a tank for preparations of foam - 1000 ml;
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A supply voltage - 220 VAC, 50 Hz;
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A power consumption no more - 45 W;
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Mass no more - 5 kg;
- Dimensions - 25х 35х 35 cm.
This is like you have own doctor at home !
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Supply voltage
or Europe Australia and other countries AС 220 V 50 Hz.+- 15%
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for USA Canada e.t.c AC 110V 60Hz +- 15% |
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Integration:
1.Device.
2.Original factory box.
3.English instruction manual.
4.110V to 220V adapter (for USA Canada and other country customers with 110V )
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Thanks and good luck! HERE IS FAQ: 1) Q: Can this be used with United States
and Canada electric outlets110V-120V ?
A: Yes. you will need an CONVERTER FROM 110v to 220V
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