Guest guest Posted January 3, 2009 Report Share Posted January 3, 2009 I have heard mercury CANNOT be oxidized..( my dr. who has given me IV Ozone for 12 sessions belives it cannot be oxidized) Id be curious to know this as well...I am dealing with heavy metals or perhaps yeast and while MMS knocked out Lyme and friends I feel these 2 remain....and i did MMS a long time..... On Sat, Jan 3, 2009 at 1:20 PM, <lissu2u@...> wrote: <<MMS removes heavy metals such as mercury by oxidizing them. The oxidized metals are then simply discarded from the body.>> I've heard this before, and I've read Hubble's book that claims this as well. Has anyone got the science that explains this? I (sort of) understand the science behind the effectiveness of MMS for killing pathogens -- that makes sense to me -- but I don't understand this. I tried googling oxidation/oxidizing + mercury, but didn't find any info about in vivo as opposed to in industry. The only thing I found suggested that when some metals are oxidized they may transform into forms that get " stuck " in the brain, because they can no longer cross the blood brain barrier. This is a real concern to me. Has anyone got any science that I can learn from? Thanks! Get a free MP3 every day with the Spinner.com Toolbar. Get it Now. Quote Link to comment Share on other sites More sharing options...
Guest guest Posted January 3, 2009 Report Share Posted January 3, 2009 Mercury certainly can be oxidized. A link that describes oxidized mercury in connection with the blood-brain barrier can be found at http://article.pubs.nrc-cnrc.gc.ca/ppv/RPViewDoc?issn=1480- 3291 & volume=63 & issue=11 & startPage=2940 . > > > <<MMS removes heavy metals such as mercury by oxidizing them. The > > oxidized metals are then simply discarded from the body.>> > > > > I've heard this before, and I've read Hubble's book that claims this as > > well. > > > > Has anyone got the science that explains this? I (sort of) understand the > > science behind the effectiveness of MMS for killing pathogens -- that makes > > sense to me -- but I don't understand this. I tried googling > > oxidation/oxidizing + mercury, but didn't find any info about in vivo as > > opposed to in industry. The only thing I found suggested that when some > > metals are oxidized they may transform into forms that get " stuck " in the > > brain, because they can no longer cross the blood brain barrier. > > > > This is a real concern to me. > > > > Has anyone got any science that I can learn from? > > > > Thanks! > > > > ------------------------------ > > Get a *free MP3* every day with the Spinner.com Toolbar. Get it Now<http://toolbar.aol.com/spinner/download.html? ncid=emlweusdown00000020>. > > > > > > > > > Quote Link to comment Share on other sites More sharing options...
Guest guest Posted January 5, 2009 Report Share Posted January 5, 2009 , Thanks for this reference! Now, could you please help me to understand it? In the opening paragraph of this report [ http://article.pubs.nrc-cnrc.gc.ca/ppv/RPViewDoc?issn=1480-3291 & volume=63 & issue=11 & startPage=2940 ] it says that "oxidation of zero-valent mercury" can occur both in the blood, "where it would serve as a detoxifying agent", and in the brain, "where the formation of mercuric ion would have disastrous consequences". Obviously, then, we want the first, oxidation in the blood, without the second, oxidation in the brain. Then I get lost! The article describes oxidation by catalase and peroxidase. I don't understand these: First, what is the relevance of these two different processes to us, to MMS, to other forms of oxygen therapies? Second, I was not able to follow the oxidation discussion through to the critical point of the importance of oxidation in the blood and avoiding it in the brain. In short, how do we accomplish blood-mercury oxidation without getting brain-mercury oxidation??? Thank you in advance for this lesson in essential chemistry for lymies and other chem-idiots! Cheers, Get a free MP3 every day with the Spinner.com Toolbar. Get it Now. Quote Link to comment Share on other sites More sharing options...
Guest guest Posted January 5, 2009 Report Share Posted January 5, 2009 , The cited article is very limited in scope, namely that: " The kinetics of oxidation of zero-valent mercury by the horseradish peroxidase system are reported. " The point of posting this link was to show merely that: 1. Mercury can be oxidized 2. Mercury can pass the blood-brain barrier I would also like to see a lot more bio-chemical research in the areas you describe, but I'm not sure this information exists at present. http://chainexerciser.tripod.com > > , > > Thanks for this reference! Now, could you please help me to understand it? > > In the opening paragraph of this report [ http://article.pubs.nrc- cnrc.gc.ca/ppv/RPViewDoc?issn=1480- 3291 & volume=63 & issue=11 & startPage=2940?] it says that " oxidation of zero-valent mercury " can occur both in the blood, " where it would serve as a detoxifying agent " , and in the brain, " where the formation of mercuric ion would have disastrous consequences " . Obviously, then, we want the first, oxidation in the blood, without the second, oxidation in the brain. > > Then I get lost! The article describes oxidation by catalase and peroxidase. I don't understand these: First, what is the relevance of these two different processes to us, to MMS, to other forms of oxygen therapies? Second, I was not able to follow the oxidation discussion through to the critical point of the importance of oxidation in the blood and avoiding it in the brain. In short, how do we accomplish blood-mercury oxidation without getting brain- mercury oxidation??? > > Thank you in advance for this lesson in essential chemistry for lymies and other chem-idiots! > > Cheers, > Quote Link to comment Share on other sites More sharing options...
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