Dufresne
almost there...
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- 1,039
- Location
- Laurentians, Quebec
Mine will be comming from Australia as well...what type of experience did you have with it? Did it work for you?
It's been a while, but as I recall it made me feel poisoned.
Mine will be comming from Australia as well...what type of experience did you have with it? Did it work for you?
I tried it too and would never do it again. It almost burns even if you take it properly ..
Did you have a positive experience with MMS? Any thoughts on it?I can't say what the risk of taking MMS is on the longer term, but some replies make me wonder if the MMS was prepared as it should be.
Ian, are you sure you let 3 drops of MMS react with 10 drops of citirc acid, and this for appr. 3 minutes? Did you then add a glas full of water to it and drank?
It burns a bit when you don't add water. I drank 3 glasses of water after the intial glas.
Best regards,
OS.
Did you have a positive experience with MMS? Any thoughts on it?
Sorry to hear that..Hi Shannon,
For me personally, I must clearly say 'yes'. It still does, when I take it. To give you an example: when I take it, my tinnitus almost stops instantly.
But, there's also a downside: MMS might kill bugs, but it does not differentiate good from bad, or own and foreign. It depends how you look at it: is the glass half full, or empty.
I still regret I didn't give it to my father, the last days of his life. His immune system was crippled due to therapy and cancer. With barely 100 neutrophils, he got an e.coli infection and this killed him, in the end. MMS might had the potential to help him.
Best wishes,
OS.
when I take [MMS], my tinnitus almost stops instantly.
Are there two threads with the same title? I commented and I know Wayne and others did too but that's not here?
The behavior of viruses on disinfection by chlorine dioxide and other disinfectants in effluent
Steve Harakeh. 27 MAR 2006. DOI: 10.1111/j.1574-6968.1987.tb02311.x
A comparative study on the efficacy of chlorine dioxide, chlorine, ozone and peracetic acid in inactivating viruses was carried out against 6 viruses in a municipal sewage effluent. The viruses selected were bacteriophage f2 and poliovirus 1, which have been commonly used; also echovirus 1 and coxsackievirus B5 to extend the range of enteroviruses; and simian rotavirus (SA11) and human rotavirus, the latter being one of the most important enteric viral pathogens present in waste water. The results indicated a wide range in the response of these viruses to chlorine dioxide. Of the 3 enteroviruses tested, coxsackievirus B5 was the most resistant, with a dose of 17.25 ppm required for 99.99% inactivation in 5 min. In the case of the 2 rotaviruses tested, human rotavirus was distinctly more resistant than SA11. On the other hand, the other viruses tested responded differently to the other disinfectants. The most resistant virus on nearly all occasions under selected conditions was the human rotavirus; the least resistant virus was SA11. The enteroviruses, with phage, were somewhat similar in their response, although coxsackievirus B5 was usually the most resistant.
Chlorine dioxide is rapidly absorbed after oral admin, and plasma levels peak within 1 hr after dosing. 43% of admin dose was excreted in urine and feces within 72 hr. None was detected in expired air. The plasma half-life was ... 44 hr in rats.
National Research Council. Drinking Water & Health, Volume 4. Washington, DC: National Academy Press, 1981. 174
Where chlorine dioxide is added to the drinking water supply, the safe concentration of chlorine dioxide is around 0.5 ppm. This level is approved as safe.
...
If you were to put one drop of the 6000 ppm CDS into 250 ml of water in a glass, that glass of water would then have a chlorine dioxide concentration of around 1 ppm, according to my calculations. Since one drop of water is around 0.04 ml in volume, and so one drop into a glass of 250 ml of water is a dilution factor of 250 / 0.04 = 6250.
Each additional drop of 6000 ppm CDS you put into this glass of water will raise the chlorine dioxide concentration by 1 ppm. So 10 drops of 6000 ppm CDS will give you a 10 ppm concentration in your 250 ml glass of water.
It seems that the recommended therapeutic concentration of chlorine dioxide is 24 ppm (see this webpage here).
But it may be wise to reduce the therapeutic concentration that you use to below 24 ppm, so that you bring it closer to the 0.5 ppm concentration which is considered safe.
Thus instead of 24 ppm, you might say use say 5 ppm, for example.
And it may be safer and easier on the body to take 5 daily doses of 5 ppm, rather than one daily dose of 24 ppm. It may even be more effective this way.
So why then does not simply drinking water that has been purified have this therapeutic effect I wonder? Probably the chemistry of the CDS/MMS is more persistent, but one has to wonder. Maybe we don't have all the facts here.