Malaria Protocol

Malaria is one of the simplest diseases to handle with MMS, as it only requires 1 or 2 doses of MMS1 drops. However, unlike using MMS1 for other ailments, for malaria you give 1 initial very strong dose of activated drops (MMS1), followed by 1 more strong dose an hour or two later. Under other circumstances, you would not normally give such a strong dose, and if you did, the person would likely be nauseous or possibly vomit unless they worked up to this amount slowly. But, with malaria this very rarely happens, and the large dose seems to knock the malaria parasite out in about four hours, normally without nausea or additional sicknesses. In my past books, I have suggested using a 15-drop dose of MMS1 to handle malaria. But because the malaria parasite seems to vary widely in its ability to withstand oxidation caused by MMS1 (chlorine dioxide) while in the body, I have found the need to adjust this dosing. There still remains only four strains of malaria that affect humans. However, those four strains vary widely in their strength or weakness from region to region and therefore in their resistance to MMS1 oxidation power. Normally a single dose of 18 activated drops of MMS will kill most malaria strains in an adult, but unfortunately not always. For some malaria areas in the world it takes up to 30 drops in a single dose to knock out malaria, while in other areas it takes as little as 6 drops to totally kill malaria in an adult. As I said above, normally an 18-drop dose will handle most malaria, and this is what I suggest for the basic malaria dose. You wouldn't want to start someone out on a 30-drop dose of MMS1 if it is not needed, as that could make people extremely nauseous.

So, especially when someone is in a malaria area and attempting to help many cases of malaria he/she must determine the minimum dose needed to kill malaria, in their specific region. I will outline how to go about this further along in this section. The female Anopheles mosquito is the carrier of the malaria parasite. When someone is bitten by a mosquito carrying malaria, the malaria parasites travel to the liver where they multiply and finally make their way into the blood after seven days or longer. When in the blood they begin to take over and destroy red blood cells. This is the point where the victim becomes sick and feels all the symptoms of malaria. One will not feel any symptoms until the malaria travels out of the liver and into the blood. MMS1 can kill the malaria parasites before they leave the liver, or it can kill the parasites in the blood. When MMS1 is taken orally it seems to have the best effect against malaria. Normally, 98% of all malaria is handled with 2 oral doses of MMS1 and you don’t have to go any further in helping the malaria victim. However, I have added extra instructions below for the situation where larger doses are required, and also for the areas that do not require the large doses of 18 drops. Quick test strips (rapid diagnostic tests for malaria RDTs) which are used to determine if a person has malaria are considered effective. However, the quick test strips cannot be used to tell if a person is malaria free after taking MMS1 or any of the other various treatments for malaria. This is because malaria antigens will be present in the blood for weeks. The antigens are what give a positive reading that may be false. Accurate testing to determine if a person is malaria free involves looking at the blood under a microscope. (See page 185.)