Based on the numbers shown in the above study, Inhibition of the Binding of Variants of SARS-CoV-2 Coronavirus Spike Protein to a Human Receptor by Chlorine Dioxide, by probably the foremost technically advanced researcher of chlorine dioxide in the world, Norio Ogata, it only took 0.5 ppm of CLO2 to neutralize 50% of the SARS-CoV-2 spike proteins. This is approximately the target concentration used to purify water in the municipal water systems in cities around the world. Based upon this study, we can safely say that 10 times the 0.5 ppm concentration, or just 5 ppm, will be able to neutralize virtually all of the SARS-CoV-2 spike proteins in the body.
Using CDS, CDH4000 or The Antidote: Protocol C is 10ml of CDS (which is 3000 ppm) added to 1 liter of water, which produces a 30 ppm solution, and then 100ml of this is drank every hour for 10 hours in 1 day. By the time this 30 ppm gets into the blood via the stomach, it theoretically will still be at or above 5 ppm and therefore will be able to neutralize virtually all of the SARS-CoV-2 spike proteins in the body caused by either the SARS-CoV-2 virus itself, or caused by the experimental mRNA injections. Besides CDS though, CDH4000 or The Antidote can also be used to make a Protocol C-like solution which would also be 30 ppm initially, but will then approximately double in CLO2 concentration to 60 ppm once they are further acidified by the average amount of stomach acid found in a person’s stomach. (Some people have below average stomach acid)
So based on the above, the bottom line is: SARS-CoV-2 spike proteins, whether from the SARS-CoV-2 virus itself or from the experimental mRNA injections, can all be easily and safely neutralized through the use of chlorine dioxide solutions such as CDS, The Antidote and CDH4000. Thanks Norio!
In my original post (Truthquester and Scott McRae are one in the same - me) I used ppm and I should have used milligrams as Ivermectin Works did. 10 ppm in 1 liter is equal to 10mg in 1 liter of water. So a person would have to drink the entire liter to get the 10mg. If a person only drank 100ml of the same water (or 1/10th of the 1 liter), he would only get 1mg (1/10th of the 10mg). Sorry if there was any confusion about that.
Here's what Ivermectin Works said in the forum:
Hi Scott
I've crunched the numbers and tried to attach the spreadsheet that I built but I've had to settle for a PDF of it!
3000ppm of ClO₂ is equivalent to 44 477 μmol/l; 4000ppm is 59 303 μmol/l.
To reach the 7,6μmol/l identified in the study, it would depend upon whether this needs to be achieved throughout all of the water in the body (~42 litres in a 70kg adult) or just the blood (~6 litres). If the former, then a total of 22mg of ClO₂ would be required; if the latter, then just 3. This larger amount of ClO₂ is contained in 7ml of classic CDS (at 300ppm)…
Hi Scott I'll respond more thoroughly on MMSforum but this research is very encouraging and provides further experimental evidence to support the use of chlorine dioxide in treatment of COVID-19 as Andreas Kalcker and others have shown in the treatment of patients. Depending on whether the noted concentrations need to be achieved throughout all of the body fluids or just within the blood, sufficient levels are readily obtained by ingestion of typical amounts like the Protocol C that you refer to.