Chlorine dioxide - stomach/intestinal lining

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Hello Tom,

If following a MMS1 protocol of 3 drops x 15 citric acid 10% every about two hours for a week or two (about 5 times daily), according to the new protocol, would this cause damages to the stomach/intestinal lining?

Would the amount of water for each dose help? I mean drinking the mixture with two or more glasses of water.

On this list there a persons with testimonies of taking the old protocol for about a year without any stomach problems.

What is your opinion?

Thanks/Arie

From: Agnes Havlis <agneshavlis@...> Sent: Thu, May 6, 2010 7:52:55 AMSubject: Re: [ ] Re: MMS for Melanoma

Thank you very much Tom. Your explanation is most helpful.

Agnes

From: silverfox_science <poastprodigy (DOT) net>miracle_mineral_ supplementSent: Tue, May 4, 2010 8:09:11 PMSubject: [miracle_mineral_ supplement] Re: MMS for Melanoma

Hello Agnes,Chlorine dioxide quickly (within seconds to minutes) breaks down to chlorite. I believe the same happens with chlorous acid.Chlorite, in animals, initially results in a quick reduction in blood cell volume, followed by an increase in blood cell volume. However, if chlorite exposure is continued over a longer period of time, there is a general reduction in blood cell volume, and the blood cells become more fragile.Blood tests can determine blood cell volume changes. Beyond that we simply have to look at how your body functions when there are less red and white blood cells. With less blood cells, there should be less oxygen in the blood. Less oxygen should result in a loss of energy and possibly a loss of mental clarity and function. In addition the pulse rate may increase to make up for the loss of oxygen.This is how this was explained to me by several medical professionals. I am not a medical

professional, so I can not evaluate how accurate it is, but it sounds reasonable.Moving over to ingesting high concentrations of chlorous acid, there is the possibility of removing parts of the stomach and intestinal lining, but I don't think there have been any studies that look at this. Chlorine dioxide is very effective at removing biofilm, and chlorous acid may be more effective than chlorine dioxide. Since the mucous lining of the GI tract is basically a biofilm, it is reasonable to be cautious with a chlorous acid solution.If the mucous of the GI tract was reduced or eliminated, I would think that there would be a general nausea followed by diarrhea. With the diarrhea would come the inability to absorb vitamins and minerals from food or supplements and that would lead to a further feeling of being run down.If you read the experiences of people following the MMS protocol, you will find that a few days into the protocol,

there are many reports of people feeling on top of the world. They have renewed energy and are very optimistic toward their condition and with life in general.I believe that this is the point where they have achieved higher blood cell volume. I think that at this point they should stop taking the chlorous acid and give their bodies a chance to have the immune system kick into full gear and take care of the pathogens. When surfing, you paddle hard as the wave forms below you, but once you catch the wave you simple ride it to the beach. No more paddling is needed.Anecdotally, we have used this approach with animals with great success. However, we have very limited data with people. While the theory is sound, I don't have the biomedical background to know if the same results can be expected in people.I have done some preliminary testing on this and there does seem to be some measurable changes that can be observed. My resting pulse

is in the 45 - 50 beats per minute range. I picked up a pulseoximeter and determined that my oxygen saturation at rest is 95 - 96%. After I ingest a chlorous acid solution, the oxygen saturation increases to 97 - 98% at the same pulse rate. Under normal conditions, such as when walking, my pulse rate increases to the 55 - 60 beats per minute range and my oxygen saturation is in the 98 - 99% range. If this testing is valid, it would indicate that there could be a relationship between chlorous acid and blood oxygen levels. While the best idea of how this works involves an increase in blood cell volume, it may be argued that this is what is going on. Once we dial this in and observe repeatable results with several people, I will run it by a medical professional to see what holes can be blown in the theory. For now, it is simply an interesting observation.This is my take on oxidative stress, but I tend to focus on short term (seconds,

minutes and hours). I am sure that there is a lot more to this, and long term effects need to be considered too. The best way to learn about this is to spend some time discussing it with a medical professional. Tom> > >> > > SAFETY ISSUES> > > http://www.malariai nitiative. com/286/malaria- treatment- science/safety- issues/> > > SAFETY ISSUES> > > A remaining

concern is safety. So far, at least anecdotally, the dosages of chlorine oxides as administered orally per the acidified sodium chlorite protocol have produced no definite toxicity. Some have taken this as often as 1 to 3 times weekly and on the surface seem to suffer no ill effects. To be certain if this is safe more research is warranted for such long term or repeated use. The concern is that too much or too frequent administration of oxidants could excessively deplete the body's reductants and promote oxidative stress. One useful way to monitor this may be to periodically check methemoglobin levels in frequent users. Sodium chlorite, as found in municipal water supplies after disinfection by chorine dioxide, has been studied and proven safe. [79a-79i] Animal studies using much higher oral or topical doses have proven relatively safe. [80a-80p] In a suicide attempt 10g of sodium chlorite taken orally caused nearly fatal kidney failure> and

refractory methemoglobinemia. [81a] Inhalation or aerosol exposure to chlorine dioxide gas is highly irritating and generally not recommended. [82a-82g] Special precautions must be employed in cases of glucose-6-phosphate -dehydrogenase deficiency disease, as these patients are especially sensitive to oxidants of all kinds. [83a-83g] Nevertheless, oral acidified sodium chlorite solutions might even be found safe [84a,84b] and effective in them, but probably will need to be administered at lower doses.>