MMS
MMS (Miracle Solution) is in Jim Humble’s book. You can buy Jim Humble’s book at any bookstore.
A word from Jim Humble
I want to tell you about a breakthrough that can save your life, or the life of a loved one. In 1996, while on a gold mining expedition in South America, I discovered that chlorine dioxide quickly eradicates malaria. Since that time, it has proven to restore partial or full health to hundreds of thousands of people suffering from a wide range of disease, including cancer, diabetes, hepatitis A, B, C, Lyme disease, MRSA, multiple sclerosis, Parkinson’s, Alzheimer’s, HIV/AIDS, malaria, autism, infections of all kinds, arthritis, high cholesterol, acid reflux, kidney or liver diseases, aches and pains, allergies, urinary tract infections, digestive problems, high blood pressure, obesity, parasites, tumors and cysts, depression, sinus problems, eye disease, ear infections, dengue fever, skin problems, dental issues, problems with prostate (high PSA), erectile dysfunction and the list goes on. This is by far not a comprehensive list. I know it sounds too good to be true, but according to feedback I have received over the last 20 years, I think it’s safe to say MMS has the potential to overcome most diseases known to mankind.
It is important to note that MMS does not cure disease. MMS is an oxidizer, it kills pathogens and destroys poisons. When these are reduced or eliminated in the body, then the body can function properly and thereby heal. I often say, “The body heals the body”. MMS helps to line things up so the body can do just that.
I have done many things in my lifetime—gone from a backwoods boy in Alabama, to the Marines, to a nutritional and alternative health enthusiast, to Aerospace, to electronics researcher, to inventor (of many things), to gold mining. Realizing I found “real gold” when I discovered MMS, from that point on I’ve dedicated all my time and effort to helping others recover their health and to bringing this technology to the world. It is my mission to bring this knowledge of health recovery to mankind. All profits from the sales of my books go towards this mission.
Chlorine Dioxide
I got this information from PureLine.com
Why Chlorine Dixoide Treatment is Effective
A helpful way to understand why chlorine dioxide treatment is effective is to think of non-oxidizing biocides as ‘bacterial poisons’. Reaction rates of these non-oxidizing biocides are slow when compared to chlorine dioxide. Chlorine dioxide can be thought of as an agent that gives bacteria a ‘heart attack’. The inactivation and reaction rate is short, and early researchers have said the vast majority of bacteria are inactivated within the first minute while non-oxidizing biocides have longer reaction rates.
While non-oxidizing biocides also kill microorganisms, they can only kill them when the microorganisms are active. Since microorganisms spend most of their time in a dormant state, non-oxidizing biocides must be used at much higher concentrations and more frequently to effectively kill microbial pollutants. In addition, microorganisms become resistant to non-oxidizing biocides over time.
Chlorine dioxide is an oxidizing biocide that penetrates the cell wall readily, inactivating vital processes that involves the sulfhydryl (-RSH) functional group of a vital enzyme; because of the extremely rapidly reaction of chlorine dioxide with reduced sulfur. Chlorine dioxide is an especially effective disinfectant because bacteria can not develop a resistance to it.
Chlorine (not chlorine dioxide!) is very reactive and will react with most organic compounds. As a result, it must be used in much larger doses to maintain a residual effect sufficient to kill microorganisms. But chlorine’s greatest drawback is that it can produce dangerous disinfection by-products (DBPs) which are unacceptable according to new standards established by the Environmental Protection Agency. Ozone is similar and can produce dangerous brominated organics if a bromide ion is present. In contrast, chlorine dioxide is far less reactive. Regardless of its concentration or contact time, chlorine dioxide penetrates the walls of microorganisms.
Finally, chlorine dioxide and its primary by-products—chlorite and chlorate—all break down to sodium chloride. This, along with failure to form toxic and carcinogenic chlorination by-products and produce a build-up of toxic organic or inorganic by-products like bromates, makes chlorine dioxide the most eco-friendly biocide that can be used.
What Are Common Chlorine Dioxide Uses?
A growing number of industries are relying on the superior disinfection and environmentally-friendly properties of chlorine dioxide. Chlorine dioxide is quickly becoming the preferred bleaching agent in the pulp and paper industry because it minimizes the environmental impact of the bleaching process.
Chlorine dioxide is also used to not only disinfect municipal and drinking water supplies, but also control the water’s taste, odor and color. In the food industry, chlorine dioxide disinfects water used to sanitize equipment and preparation surfaces, wash fruits and vegetables, and prevent salmonella and e-coli from contaminating meat and poultry.
In commercial and institutional applications, chlorine dioxide is used to prevent the spread of Legionella in hospitals and universities. Industrially, chlorine dioxide is an effective membrane treatment, as well as a biocide for cooling and wastewater. It is used in the production of ethanol, microelectronics, nitrogen and ammonia.
The following facilities, businesses, and functions are all candidates of using chlorine dioxide: Air Washers, Clinical Laboratory Waste, Cooling Tower Cleaning, Cooling Towers, Cruise Ships, Dental Water Systems, Dialysis Clinics, Emergency Drinking Water, Grocery Store Produce Misting Machines, Health Club Spas, Medical Waste, Medical/Dental/Vet Instrument Sterilization, Ornamental Fountains, Retirement Homes, ‘Sick’ Buildings, Small DRinking Water Plants, Swimming Pools, Third World Drinking Water, Waste Water, and many more!
Is Chlorine Dioxide Safe?
In a consumer setting, chlorine dioxide can be found in toothpastes, mouthwashes, vegetable and fruit washes, and is used to treat municipal drinking water supplies. Both the EPA and FDA have approved the use of chlorine dioxide for use in these instances.
Like many over-the-counter chemicals, following instructions from governing bodies’ guidance (EPA/FDA) and the product label for the specific chemical provides a safe environment for the end-user. If you use a laundry detergent according to its instructions, you should feel absolutely safe handling the laundry detergent chemicals. If you were to ingest laundry detergent, such as eating a Tide pod, there are absolutely toxicity concerns at play! Chlorine dioxide is no different. When using chlorine dioxide according to the labeled instructions approved by governing bodies, the end-user should feel confident in handling and using chlorine dioxide for its intended purpose.
In a business or industrial setting, generators are typically utilized to create chlorine dioxide on-site in larger quantities. Only experts or those who have in-depth knowledge of the properties of chlorine dioxide and the main precursor chemical of sodium chlorite should be trusted to make and use it safely. Larger scale generation of aqueous chlorine dioxide should only be conducted by experts, knowledgeable parties, and by generators or equipment made be chlorine dioxide experts.
Safety incidents that occur in chlorine dioxide generation within industrial settings like the oil patch typically revolve around handling and storage of sodium chlorite, misapplications, improper generation, and an attitude that ignores the need for specialized knowledge of chlorine dioxide generation. With proper knowledge and expertise, the handling and generation of chlorine dioxide can be executed correctly with marvelous benefits to the business – such as treating frac water in the oil field!
NOTE; THIS IS NOT BLEACH!
More on Chlorine Dioxide
https://rumble.com/vdey7t-the-universal-antidote.html
Hydrogen Peroxide
Click on link below!
https://archive.org/details/the-truth-about-hydrogen-peroxide