almir, I am surprised that old newsletter is still online. There are many comments made by Jim in that article that have since been retracted because they were inaccurate.
The story about a G2C Health Minister who tried to treat malaria with CDS and failed is one of them. We suspect the reason CDS did not work to kill the malaria parasite was because at that time CDS equivalent dosing was thought to be 1 ml of 3000 ppm was equal to a MMS1 three drop dose when both are ingested. It isn't.
They seemed to have forgotten that MMS1 is only 10% activated externally, and the rest of the CLO2 activation happens in a normal stomach. CDS is fully activated externally and can not increase in CLO2 content in a stomach, nor will stomach acid reduce CDS' CLO2 to zero. That was another error Jim made in another newsletter that he later retracted. If you look at
these charts
I made you will see the approximate equivalent dosing for CDS and CDH compared to MMS1.
You see that 1 ml of 3000 ppm CDS contains about 3 mg of CLO2 and a 3 drop dose of MMS1 can release as much as 20.1 mg of CLO2 in a stomach with normal amounts of acids. So, CDS dosing was a little low - about 6.7 times too low!
From the chart for ingestion you can see that a 12 drop MMS1 CDS equivalent dose is almost 27 ml. I doubt anyone could ingest that much CDS and not have a serious problem. It contains too much CLO2. And a 12 drop dose of MMS1 is too low for most malaria parasite eradications.
In this case for killing the malaria parasite, CDS was not the correct Sodium Chlorite Solution (SCS) for the job. MMS1 and possibly CDH would be the right choice for that particular illness. As Jim points out in the same newsletter, strong CDS worked topically on a spider bite, whereas MMS1 did not. The skill needed is enough experience to know which SCS to choose for the illness needing help.
Another statement by Jim in the article was:
"We have proven that CDS cannot be go into the blood when taking it by mouth." It has been proven that CDS does indeed get into the blood system when taken by mouth. Jim retracted his statement in another newsletter.
Another error quoted in the newsletter was:
"TO CHANGE THE TASTE OF REGULAR MMS: Use baking soda." Testing has proven that baking soda will reduce CLO2 in any SCS, so you can't use it to improve the awful taste of MMS1. One way to improve the bad taste of MMS1 is don't use citric acid activator. If you use 4% HCL, the taste is much better. Another way to improve the taste is to avoid smelling CLO2 gas when ingesting MMS1. Notice where your nose is when drinking from a glass - it is
inside the glass! And CLO2 gas is there, too. If you drink from a small mouth bottle, your nose is
outside the bottle and you should not smell any CLO2 gas. No CLO2 aroma means less bad taste.
You can also ingest MMS1 in capsules for a no bad taste experience.