Guest guest Posted December 10, 2010 Report Share Posted December 10, 2010 humble_mms From: gsgkill@...Date: Fri, 10 Dec 2010 11:11:03 +0000Subject: [Humble_MMS] MMS2 IET HomeEcaFlo TechnologyEcaFlo IndustriesEcaFlo EnvironmentIET NewsContact IET Features Research Tech Specs About IET Overview Agriculture Health Care Industrial Other Health Care The healthcare system continues to battle treatment-resistant strains of bacteria and viruses, how to effectively treat them, and how to prevent them. EcaFlo® Anolyte eliminates this problem by not only killing the bacteria present, but by disrupting the mitochondrial DNA eliminating any possibility of resistance mutation. The same cannot be said for other chemical biocides and even many antibiotics. Hypochlorous Acid in the Body A white blood cell attacking bacteria with hypochlorous acid, the active ingredient in EcaFlo® Anolyte.View full size Chemistry similar to the human cell is performed by the electro-chemical activation process in EcaFlo® equipment. A metastable mixture of compounds formed during cellular phagocytosis produces hypochlorous acid as a very effective means for microbial destruction. As a strong oxidizing solution, hypochlorous acid produces irreversible damage of essential functions of the microorganism's biopolymers at the level of electron transmission. This process effectively destroys all large systematic groups of microorganisms (bacteria, microbacteria, viruses, fungi, spores) without damaging human tissues and other multi-cellular system organisms. Surface Disinfection Controlling bacteria on hard surfaces, walls, floors, utensils, equipment, and containers can be accomplished by using catholyte to remove protein load, followed by anolyte to sanitize the surface. EcaFlo®Anolyte has a major advantage over bleach because of it's neutral 7 pH and will not irritate eyes, wounds and skin, whereas bleach has a 12 pH, irritates skin and is not safe for eyes or wounds. Potential Applications While EcaFlo® Anolyte is not yet FDA approved in the United States for topical and internal human use, ECA water is widely used for these purposes overseas. Russia in particular has conducted extensive research on anolyte solutions and found it to be nontoxic to biological tissue. Table 1 and Table 2 demonstrate the efficacy of EcaFlo® Anolyte against bacterial, viral and fungal microorganisms commonly found in hospitals and healthcare settings. Case Studies AIDS Prevention in Dentistry EcaFlo® Anolyte's ability to reduce bio-film within water piping systems is particularly important in the dental industry. In the USA a case study was carried out on eleven people who had died from AIDS. The source of the AIDS contamination of each of these people in the case study was, at the time, unexplainable. A thorough investigation traced the source of contamination back to a particular dentist who had also subsequently died of AIDS. The bacterial bio-film contamination in the dentists irrigation lines was identified as the most likely source of this contamination. Independent studies on the bio-film in these dental unit water lines have identified the existence of almost every type of harmful bacteria and virus feared by man such as TB, HIV, etc. Pumping EcaFlo® Anolyte through dental irrigation lines would nearly, if not completely, alleviate this problem. Regulatory ApprovalRegulatory Approval U.S. Food and Drug Administration (FDA) approved for use in Dentistry. U.S. Environmental Protection Agency (EPA) approved for the disinfection of hard surfaces in medical, dental, and veterinary applications. "; White blood cells such as neutrophils respond to any tissue invasion by migrating to the site of infection. Neutrophils seek out pathogens such as bacteria or viruses, surround and destroy them using hypochlorous acid (HOCl), the active ingredient in EcaFlo® Anolyte. This process is known as phagocytosis. ©2010 Integrated Environmental Technologies, Inc. | ietltd.net | Contact Us Home | IETechnology | Industries | EcoFriendly | What’s New Quote Link to comment Share on other sites More sharing options...
Guest guest Posted December 10, 2010 Report Share Posted December 10, 2010 Hello , Note that the white blood cell engulfs the pathogen removing it from the blood stream. Then it produces the HClO to kill it. The body uses HClO in a closed system. This is a lot different then flooding your body and blood stream with HClO by ingesting it. Tom --- In , Stauffer <gsgkill@...> wrote: > > > > > humble_mms > From: gsgkill@... > Date: Fri, 10 Dec 2010 11:11:03 +0000 > Subject: [Humble_MMS] MMS2 > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > IET HomeEcaFlo TechnologyEcaFlo IndustriesEcaFlo EnvironmentIET NewsContact IET > > > Features > Research > Tech Specs > About IET > > > > Overview > Agriculture > Health Care > Industrial > Other > > > > > > > > > > > Health Care > > > The healthcare system continues to battle treatment-resistant > strains of bacteria and viruses, how to effectively treat them, and how > to prevent them. EcaFlo® Anolyte eliminates this problem by > not only killing the bacteria present, but by disrupting the > mitochondrial DNA eliminating any possibility of resistance mutation. > The same cannot be said for other chemical biocides and even many > antibiotics. > > > Hypochlorous Acid in the Body > > A white blood cell attacking bacteria with hypochlorous acid, the active ingredient in EcaFlo® Anolyte. > View full size > > Chemistry similar to the human cell is performed by the electro-chemical activation process in EcaFlo® > equipment. A metastable mixture of compounds formed during cellular > phagocytosis produces hypochlorous acid as a very effective means for > microbial destruction. > > > As a strong oxidizing solution, hypochlorous acid produces > irreversible damage of essential functions of the microorganism's > biopolymers at the level of electron transmission. This process > effectively destroys all large systematic groups of microorganisms > (bacteria, microbacteria, viruses, fungi, spores) without damaging human > tissues and other multi-cellular system organisms. > > > Surface Disinfection > > Controlling bacteria on hard surfaces, walls, floors, utensils, > equipment, and containers can be accomplished by using catholyte to > remove protein load, followed by anolyte to sanitize the surface. EcaFlo®Anolyte > has a major advantage over bleach because of it's neutral 7 pH and will > not irritate eyes, wounds and skin, whereas bleach has a 12 pH, > irritates skin and is not safe for eyes or wounds. > > > Potential Applications > > While EcaFlo® Anolyte is not yet FDA approved in the > United States for topical and internal human use, ECA water is widely > used for these purposes overseas. Russia in particular has conducted > extensive research on anolyte solutions and found it to be nontoxic to > biological tissue. Table 1 and Table 2 demonstrate the efficacy of EcaFlo® Anolyte against bacterial, viral and fungal microorganisms commonly found in hospitals and healthcare settings. > > > > > > > Case Studies > AIDS Prevention in Dentistry > > EcaFlo® Anolyte's ability to reduce bio-film within water > piping systems is particularly important in the dental industry. In the > USA a case study was carried out on eleven people who had died from > AIDS. The source of the AIDS contamination of each of these people in > the case study was, at the time, unexplainable. A thorough investigation > traced the source of contamination back to a particular dentist who had > also subsequently died of AIDS. The bacterial bio-film contamination in > the dentists irrigation lines was identified as the most likely source > of this contamination. > > > Independent studies on the bio-film in these dental unit water lines > have identified the existence of almost every type of harmful bacteria > and virus feared by man such as TB, HIV, etc. Pumping EcaFlo® Anolyte through dental irrigation lines would nearly, if not completely, alleviate this problem. > > > > > > Regulatory ApprovalRegulatory Approval > > U.S. Food and Drug Administration (FDA) approved for use in Dentistry. > > U.S. > Environmental Protection Agency (EPA) approved for the disinfection of > hard surfaces in medical, dental, and veterinary applications. > > > > > " ; > > > > > > > > White > blood cells such as neutrophils respond to any tissue invasion by > migrating to the site of infection. Neutrophils seek out pathogens such > as bacteria or viruses, surround and destroy them using hypochlorous > acid (HOCl), the active ingredient in EcaFlo® Anolyte. This process is known as phagocytosis. > > > > > > > > > > > > > > > > > > ©2010 Integrated Environmental Technologies, Inc. | ietltd.net | Contact Us > > Home | IETechnology | Industries | EcoFriendly | What's New > Quote Link to comment Share on other sites More sharing options...
Guest guest Posted December 11, 2010 Report Share Posted December 11, 2010 Is that matter how does it? millions actions occurs 100-s of the second time,the matter of the fact is: People are healing:IT WORKS!!!!!! The oxigen itselfs healing ,The mithohondria/cells factory of energy/uses clorid ..Maybe explanations are incorrect.WHO CARES!!!!IT IS WORKING!!!!!THAT IS THE FACT!!BUT NOT NEED TO OVERDO IT!!!!Scientist do use it for they healing effort without telling to the PUBLIC.that is why Jim was unable to register MMS1 as HIS discovery ,but he succesfully patented MMS2,and I am very proud for HIM!!!BRAVO JIM HUMBLE gyb > > > Hello , > > Note that the white blood cell engulfs the pathogen removing it from the blood stream. Then it produces the HClO to kill it. The body uses HClO in a closed system. > > This is a lot different then flooding your body and blood stream with HClO by ingesting it. > > Tom > > > --- In , Stauffer <gsgkill@> wrote: > > > > > > > > > > humble_mms > > From: gsgkill@ > > Date: Fri, 10 Dec 2010 11:11:03 +0000 > > Subject: [Humble_MMS] MMS2 > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > IET HomeEcaFlo TechnologyEcaFlo IndustriesEcaFlo EnvironmentIET NewsContact IET > > > > > > Features > > Research > > Tech Specs > > About IET > > > > > > > > Overview > > Agriculture > > Health Care > > Industrial > > Other > > > > > > > > > > > > > > > > > > > > > > Health Care > > > > > > The healthcare system continues to battle treatment-resistant > > strains of bacteria and viruses, how to effectively treat them, and how > > to prevent them. EcaFlo® Anolyte eliminates this problem by > > not only killing the bacteria present, but by disrupting the > > mitochondrial DNA eliminating any possibility of resistance mutation. > > The same cannot be said for other chemical biocides and even many > > antibiotics. > > > > > > Hypochlorous Acid in the Body > > > > A white blood cell attacking bacteria with hypochlorous acid, the active ingredient in EcaFlo® Anolyte. > > View full size > > > > Chemistry similar to the human cell is performed by the electro-chemical activation process in EcaFlo® > > equipment. A metastable mixture of compounds formed during cellular > > phagocytosis produces hypochlorous acid as a very effective means for > > microbial destruction. > > > > > > As a strong oxidizing solution, hypochlorous acid produces > > irreversible damage of essential functions of the microorganism's > > biopolymers at the level of electron transmission. This process > > effectively destroys all large systematic groups of microorganisms > > (bacteria, microbacteria, viruses, fungi, spores) without damaging human > > tissues and other multi-cellular system organisms. > > > > > > Surface Disinfection > > > > Controlling bacteria on hard surfaces, walls, floors, utensils, > > equipment, and containers can be accomplished by using catholyte to > > remove protein load, followed by anolyte to sanitize the surface. EcaFlo®Anolyte > > has a major advantage over bleach because of it's neutral 7 pH and will > > not irritate eyes, wounds and skin, whereas bleach has a 12 pH, > > irritates skin and is not safe for eyes or wounds. > > > > > > Potential Applications > > > > While EcaFlo® Anolyte is not yet FDA approved in the > > United States for topical and internal human use, ECA water is widely > > used for these purposes overseas. Russia in particular has conducted > > extensive research on anolyte solutions and found it to be nontoxic to > > biological tissue. Table 1 and Table 2 demonstrate the efficacy of EcaFlo® Anolyte against bacterial, viral and fungal microorganisms commonly found in hospitals and healthcare settings. > > > > > > > > > > > > > > Case Studies > > AIDS Prevention in Dentistry > > > > EcaFlo® Anolyte's ability to reduce bio-film within water > > piping systems is particularly important in the dental industry. In the > > USA a case study was carried out on eleven people who had died from > > AIDS. The source of the AIDS contamination of each of these people in > > the case study was, at the time, unexplainable. A thorough investigation > > traced the source of contamination back to a particular dentist who had > > also subsequently died of AIDS. The bacterial bio-film contamination in > > the dentists irrigation lines was identified as the most likely source > > of this contamination. > > > > > > Independent studies on the bio-film in these dental unit water lines > > have identified the existence of almost every type of harmful bacteria > > and virus feared by man such as TB, HIV, etc. Pumping EcaFlo® Anolyte through dental irrigation lines would nearly, if not completely, alleviate this problem. > > > > > > > > > > > > Regulatory ApprovalRegulatory Approval > > > > U.S. Food and Drug Administration (FDA) approved for use in Dentistry. > > > > U.S. > > Environmental Protection Agency (EPA) approved for the disinfection of > > hard surfaces in medical, dental, and veterinary applications. > > > > > > > > > > " ; > > > > > > > > > > > > > > > > White > > blood cells such as neutrophils respond to any tissue invasion by > > migrating to the site of infection. Neutrophils seek out pathogens such > > as bacteria or viruses, surround and destroy them using hypochlorous > > acid (HOCl), the active ingredient in EcaFlo® Anolyte. This process is known as phagocytosis. > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > ©2010 Integrated Environmental Technologies, Inc. | ietltd.net | Contact Us > > > > Home | IETechnology | Industries | EcoFriendly | What's New > > > Quote Link to comment Share on other sites More sharing options...
Guest guest Posted December 11, 2010 Report Share Posted December 11, 2010 humble_mms From: gsgkill@...Date: Sat, 11 Dec 2010 04:38:08 +0000Subject: RE: [Humble_MMS] MMS2 that is right. I like to incorporate MMS2 some where in OCC protocol, JC is willing to try it, just where to put it in. Is this Jims site for the purchase of mms2his is jims site i guess http://www.mineral-solutions.net/mms2this is what i found http://www.hydropool.com/cgi-bin/hydro/22405.htmlstudying papers on dmso and msm both suppress the production of hypochlorous acid i am assuming because it reduces inflammation. I think i read on his sightthat you can't apply topically with Dmso that is why it is put in the pill form. since dmso and msm suppress the white cells from producing hypochlorous acidthen the addition would be needed to take full advantage of of the mms, silver, dmso and msm water penitration into cell walls of the cancer. Here is compressive article on mds and it scary. http://my.clevelandclinic.org/disorders/myelodysplastic/bm_overview.aspx JC is 72 so he does not qualify for 40 to 50% mortality rate. This is putting me under great stress, i have had nausea all week, and its not me who has it. The more I read about mm2 the more i think he has to be put in there some where. here is an interesting diary http://hubpages.com/hub/My-MMS-Herpes-Journey I have a zero capsule machine and 500 zero caps, i think half doses of mms2 following to follow up after the intensive protocol to aiding the the healing process? perhaps the pH of the water your chasing it with can have a result of the burp you get http://jshep.users.ftech.net/ph.htm Hydrochloric acid. In general, free HCl is present in an adequate concentration to maintain a pH between 1 and 2 in the stomach. http://www.europatentbox.com/patent/EP1969938A3/description/775878.html Stabilized chlorine dioxide and hypochlorous acid in a ... mineral oil, olive oil, coconut oil, lanoline and cocoa butter. . Humble_MMS From: michaelharrah@...Date: Fri, 10 Dec 2010 09:22:04 -0700Subject: Re: [Humble_MMS] MMS2 Another good find ! Hypochlorous acid is the active ingredient, same as MMS2. More respectable evidence the trolls will ignore while they get paid to scare us away from MMS2. "As a strong oxidizing solution, hypochlorous acid produces irreversible damage of essential functions of the microorganism's biopolymers at the level of electron transmission. This process effectively destroys all large systematic groups of microorganisms (bacteria, microbacteria, viruses, fungi, spores) without damaging human tissues and other multi-cellular system organisms." Harrah [Humble_MMS] MMS2 IET Home EcaFlo Technology EcaFlo Industries EcaFlo Environment IET News Contact IET Features Research Tech Specs About IET Overview Agriculture Health Care Industrial Other Health Care The healthcare system continues to battle treatment-resistant strains of bacteria and viruses, how to effectively treat them, and how to prevent them. EcaFlo® Anolyte eliminates this problem by not only killing the bacteria present, but by disrupting the mitochondrial DNA eliminating any possibility of resistance mutation. The same cannot be said for other chemical biocides and even many antibiotics. Hypochlorous Acid in the Body A white blood cell attacking bacteria with hypochlorous acid, the active ingredient in EcaFlo® Anolyte.View full size Chemistry similar to the human cell is performed by the electro-chemical activation process in EcaFlo® equipment. A metastable mixture of compounds formed during cellular phagocytosis produces hypochlorous acid as a very effective means for microbial destruction.As a strong oxidizing solution, hypochlorous acid produces irreversible damage of essential functions of the microorganism's biopolymers at the level of electron transmission. This process effectively destroys all large systematic groups of microorganisms (bacteria, microbacteria, viruses, fungi, spores) without damaging human tissues and other multi-cellular system organisms. Surface DisinfectionControlling bacteria on hard surfaces, walls, floors, utensils, equipment, and containers can be accomplished by using catholyte to remove protein load, followed by anolyte to sanitize the surface. EcaFlo®Anolyte has a major advantage over bleach because of it's neutral 7 pH and will not irritate eyes, wounds and skin, whereas bleach has a 12 pH, irritates skin and is not safe for eyes or wounds. Potential ApplicationsWhile EcaFlo® Anolyte is not yet FDA approved in the United States for topical and internal human use, ECA water is widely used for these purposes overseas. Russia in particular has conducted extensive research on anolyte solutions and found it to be nontoxic to biological tissue. Table 1 and Table 2 demonstrate the efficacy of EcaFlo® Anolyte against bacterial, viral and fungal microorganisms commonly found in hospitals and healthcare settings. Case Studies AIDS Prevention in DentistryEcaFlo® Anolyte's ability to reduce bio-film within water piping systems is particularly important in the dental industry. In the USA a case study was carried out on eleven people who had died from AIDS. The source of the AIDS contamination of each of these people in the case study was, at the time, unexplainable. A thorough investigation traced the source of contamination back to a particular dentist who had also subsequently died of AIDS. The bacterial bio-film contamination in the dentists irrigation lines was identified as the most likely source of this contamination.Independent studies on the bio-film in these dental unit water lines have identified the existence of almost every type of harmful bacteria and virus feared by man such as TB, HIV, etc. Pumping EcaFlo® Anolyte through dental irrigation lines would nearly, if not completely, alleviate this problem. Regulatory Approval Regulatory Approval U.S. Food and Drug Administration (FDA) approved for use in Dentistry. U.S. Environmental Protection Agency (EPA) approved for the disinfection of hard surfaces in medical, dental, and veterinary applications. "; White blood cells such as neutrophils respond to any tissue invasion by migrating to the site of infection. Neutrophils seek out pathogens such as bacteria or viruses, surround and destroy them using hypochlorous acid (HOCl), the active ingredient in EcaFlo® Anolyte. This process is known as phagocytosis. ©2010 Integrated Environmental Technologies, Inc. | ietltd.net | Contact UsHome | IETechnology | Industries | EcoFriendly | What’s New Quote Link to comment Share on other sites More sharing options...
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