Proof That The FDA Does Consider Chlorine Dioxide As Safe
Then Lied About it to the Public.

​Propaganda and the belief in propaganda is what is killing us, and making so many so sick without hope. Because the FDA said so...does NOT mean it's true. Withholding or hiding facts from the public should be a crime. But they wouldn't vote for that.

​https://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfcfr/CFRSearch.cfm?CFRPart=173&showFR=1&subpartNode=21:3.0.1.1.4.4
clinical_test_results_of_chlorine_dioxide.pdf
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Obviously, if the FDA approves of the use of Chlorine Dioxide on food, it does not consider Chlorine Dioxide to be unsafe. They just want to keep you away from it to satisfy big pharma. They don't want the people to know how good it is for their healing because You won't buy medicine and you won't stay chronically ill and hopeless.

See below: [14] [15] [16]Title 21 - Food and Drugs I have quoted the FDA regulation here in a few sentences, but if you want to read more, just click the clink or put the 21 C.F.R. and numbers in the search engine, Google or others, and you can read it all. Keep in mind that Acidified Sodium chlorite produces chlorine dioxide.

  • 21 .C.F.R § 173.300 Chlorine dioxide.
Chlorine dioxide (CAS Reg. No. 10049–04–4) may be safely used in food in accordance with the following prescribed conditions:
  • 21 C.F.R. 173.325 Acidified sodium chlorite solutions.
Obviously, if the FDA approves of the use of Chlorine Dioxide on food, it does not consider Chlorine Dioxide to be unsafe. They just want to keep you away from it to satisfy big pharma. They don't want the people to know how good it is for their healing because You won't buy medicine and you won't stay chronically ill and hopeless.

See below: [14] [15] [16] Title 21 - Food and Drugs I have quoted the FDA regulation here in a few sentences, but if you want to read more, just click the clink or put the 21 C.F.R. and numbers in the search engine, Google or others, and you can read it all. Keep in mind that Acidified Sodium chlorite produces chlorine dioxide.

  • 21 .C.F.R § 173.300 Chlorine dioxide.
Chlorine dioxide (CAS Reg. No. 10049–04–4) may be safely used in food in accordance with the following prescribed conditions:
  • 21 C.F.R. 173.325 Acidified sodium chlorite solutions.

​CHAPTER I: FOOD AND DRUG ADMINISTRATION, DEPARTMENT OF HEALTH AND HUMAN SERVICES (CONTINUED) SUB CHAPTER B: FOOD FOR HUMAN CONSUMPTION (CONTINUED) PART 173: SECONDARY DIRECT FOOD ADDITIVES PERMITTED IN FOOD FOR HUMAN CONSUMPTION Sub part D: Specific Usage Additives 173.325 - Acidified sodium chlorite solutions. Acidified sodium chlorite solutions may be safely used in accordance with the following prescribed conditions: READ MORE BY GOING TO THE INTERNET AND PUTTING THE C.F.R. § 73.300 NUMBER INTO GOOGLE.

Document references
  1. 21 C.F.R. § 173.300 Chlorine dioxide. Title 21 - Food and Drugs I have quoted the FDA regulation here in a few sentences, but if you want to read more, just put the 21 C.F.R. and numbers in the search engine, Google or others, and you can read it all. Keep in mind that Acidified Sodium chlorite produces chlorine dioxide. Title 21: Food and Drugs • PART 173—SECONDARY DIRECT FOOD ADDITIVES PERMITTED IN FOOD FOR HUMAN CONSUMPTION (backup mirror) • Subpart D—Specific Usage Additives (backup mirror) • Browse Next (backup mirror)
 
  1. 21 .C.F.R § 173.300 Chlorine dioxide. Chlorine dioxide (CAS Reg. No. 10049–04–4) may be safely used in food in accordance with the following prescribed conditions: 21 C.F.R. 173.325 Acidified sodium chlorite solutions. CHAPTER I: FOOD AND DRUG ADMINISTRATION, DEPARTMENT OF HEALTH AND HUMAN SERVICES (CONTINUED) SUBCHAPTER B: FOOD FOR HUMAN CONSUMPTION (CONTINUED) PART 173: SECONDARY DIRECT FOOD ADDITIVES PERMITTED IN FOOD FOR HUMAN CONSUMPTION Subpart D: Specific Usage Additives 173.325 - Acidified sodium chlorite solutions. Acidified sodium chlorite solutions may be safely used in accordance with the following prescribed conditions: READ MORE BY GOING TO THE INTERNET AND PUTTING THE C.F.R. § 73.300 NUMBER INTO GOOGLE.
 
  1. http://www.ncbi.nlm.nih.gov/pmc/articles/PMC1569027/pdf/envhper00463-0059.pdf Controlled Clinical Evaluations of Chlorine Dioxide, Chlorite and Chlorate in Man. This is a report of a test where people were given Chlorine dioxide for months with no bad effects. Copy and paste in the internet address area if it doesn't work by click. By JudithR. Lubbers,*Sudha Chauan,*and Joseph R. Bianchine
 
  1. Masschelein, W.J. and Rice, R.G. editors. (1979) Chlorine Dioxide Chemistry and Environmental Impact of Oxychlorine Compounds. Ann Arbor Science Publishers, Inc., Ann Arbor, MI. p.98, 111-145.
 
  1. http://www.clordisys.com/WhatIsCD.pdf What is Chlorine Dioxide? Where is it used? How does it work? This is a write up by a company that has been using chlorine dioxide for more than 20 years. It gives details about chlorine dioxide.
 
  1. http://chemistry.about.com/od/chemistryglossary/g/Oxidation-Definition.htm There are many definitions of oxidation on the internet. Some are partly wrong and some are dead wrong. The one given here is correct. So click this link for more information on oxidation.
 
  1. http://www.epa.gov/ogwdw/mdbp/pdf/alter/chapt_4.pdf The EP|A (Environmental Protection Agency) sponsors a long accurate article concerning chlorine dioxide and its chemistry. PLEASE NOTE: THE FOLLOWING PARAGRAPHS HAVE BEEN COPIED FROM THE EPA ARTICLE THAT CAN BE SEEN AT THE ABOVE ADDRESS. THE UNDERLYING SENTENCES ARE OF SPECIAL INTEREST TO MMS. 4.1 Chlorine Dioxide Chemistry 4.1.1 Oxidation Potential The metabolism of microorganisms and consequently their ability to survive and propagate are influenced by the oxidation reduction potential (ORP) of the medium in which it lives (USEPA, 1996). Chlorine dioxide (ClO2) is a neutral compound of chlorine in the +IV oxidation state. It disinfects by oxidation; however, it does not chlorinate. It is a relatively small, volatile, and highly energetic molecule, and a free radical even while in dilute aqueous solutions. At high concentrations, it reacts violently with reducing agents.
  2. However, it is stable in dilute solution in a closed container in the absence of light (AWWA, 1990).

  3. Chlorine dioxide functions as a highly selective oxidant due to its unique, one-electron transfer mechanism where it is reduced to chlorite (ClO2-) (Hoehn et al., 1996). The pKa for the chlorite ion, chlorous acid equilibrium, is extremely low at pH 1.8. This is remarkably different from the hypochlorous acid/hypochlorite base ion pair equilibrium found near neutrality, and indicates the chlorite ion will exist as the dominant species in drinking water. The oxidation reduction of some key reactions are (CRC, 1990): ClO2(aq) + e = ClO2 E° = 0.954V Other important half reactions are: ClO2 + 2H2O +4e = Cl + 4OH E° = 0.76V ClO3 + H2O + 2e = ClO2 + 2OH E° = 0.33V ClO3 + 2H+ + e = ClO2 + H2O E° = 1.152V (The E with the little zero in the first equation above is the oxidation potential of chlorine dioxide which is .954 volts.) 4.4.1 Inactivation Mechanisms Gross physical damage to bacterial cells or viral capsids has not been observed at the low concentrations of chlorine dioxide typically used to disinfect drinking water.

  4. Therefore, studies have focused primarily on two more subtle mechanisms that lead to the inactivation of microorganisms: determining specific chemical reactions between chlorine dioxide and biomolecules; and observing the effect chlorine dioxide has on physiological functions. In the first disinfection mechanism, chlorine dioxide reacts readily with amino acids cysteine, tryptophan, and tyrosine, but not with viral ribonucleic acid (RNA) (Noss et al., 1983; Olivier et al., 1985). From this research, it was concluded that chlorine dioxide inactivated viruses by altering the viral capsid proteins.

  5. However, chlorine dioxide reacts with poliovirus RNA and impairs RNA synthesis (Alvarez and O'Brien, 1982). It has also been shown that chlorine dioxide reacts with free fatty acids (Ghandbari et al., 1983). At this time, it is unclear whether the primary mode of inactivation for chlorine dioxide lies in the peripheral structures or nucleic acids. Perhaps reactions in both regions contribute to pathogen inactivation 4.4.3.3 Virus Inactivation Chlorine dioxide has been shown to be an effective viricide. Laboratory studies have shown that inactivation efficiency improves when viruses are in a single state rather than clumped. It was reported in 1946 that chlorine dioxide inactivated Poliomyelitis (Ridenour and Ingols, 1946).

  6. This investigation also showed that chlorine dioxide and free chlorine yielded similar results. Other studies have verified these findings for poliovirus 1 (Cronier et al., 1978) and Coxsackie virus A9 (Scarpino, 1979). At greater than neutral pHs (where hypochlorite ion is the predominant species) chlorine dioxide has been found to be superior to chlorine in the inactivation of numerous viruses such as echovirus 7, coxsackie virus B3, and sendaivirus (Smith and McVey, 1973). Sobsey (1998) determined CT values based on a study of Hepatitis A virus, strain HM 175. The study found 4-log inactivation levels are obtainable at CT values of less than 35 at 5°C and less than 10 at a temperature of 25°C.

  7. http://www.lenntech.com/processes/disinfection/chemical/disinfectants-chlorine-dioxide.htm#ixzz0wGZVWFWL Lenntech is one of the largest industrial companies specializing in chlorine dioxide technology of all kinds. Please use this article to learn the data of why chlorine dioxide is selective for certain microorganism and not others. (backup mirror) The paragraphs below have been copied from the Lenntech article found at the above address. Read the full article at the above address or just the applicable points below: By comparing the oxidation strength and oxidation capacity of different disinfectants, one can conclude that chlorine dioxide is effective at low concentrations. Chlorine dioxide is not as reactive as ozone or chlorine and it only reacts with sulphuric substances, amines and some other reactive organic substances.

  8. In comparison to chlorine and ozone, less chlorine dioxide is required to obtain an active residual disinfectant. It can also be used when a large amount of organic matter is present. (added comment, the human body is organic matter that does not trigger chlorine dioxide) The oxidation strength describes how strongly an oxidizer reacts with an oxidizable substance. Ozone has the highest oxidation strength and reacts with every substance that can be oxidized. Chlorine dioxide is weak, it has a lower potential than hypochlorous acid or hypobromous acid. The oxidation capacity shows how many electrons are transferred at an oxidation or reduction reaction.

  9. The chlorine atom in chlorine dioxide has an oxidation number of +4. For this reason chlorine dioxide accepts 5 electrons when it is reduced to chloride. When we look at the molecular weight, chlorine dioxide contains 263 % 'available chlorine'; this is more than 2,5 times the oxidation capacity of chlorine. Table 2: the oxidation potentials of various oxidants. oxidant oxidation strength oxidation capacity ozone (O3) 2,07 2 e- hydrogen peroxide (H2O2) 1,78 2 e- hypochlorous acid (HOCl) 1,49 2 e- hypobromous acid (HOBr) 1,33 2 e- chlorine dioxide (ClO2) 0,95 5 e-

  10. Does chlorine dioxide oxidize in the same way as chlorine? Contrary to chlorine, chlorine dioxide does not react with ammonia nitrogen (NH3) and hardly reacts with elementary amines. It does oxidize nitrite (N02) to nitrate (NO3). It does not react by breaking carbon connections. No mineralization of organic substances takes place. At neutral pH or at high pH values, sulphuric acid (H2SO3) reduces chlorine dioxide to chlorite ions (ClO2-). Under alkalic circumstances chlorine dioxide is broken down to chlorite and chlorate (ClO3-) : 2ClO2 + 2OH- = H2O + ClO3- + ClO2- This reaction is catalyzed by hydrogen (H+) ions. The half life of watery solutions of chlorine dioxide decreases at increasing pH values. At low pH, chlorine dioxide is reduced to chloride ions (Cl- ).
 
  1. http://www.cdgenvironmental.com/content/chemistry This is an article explaining chlorine dioxide and the selective ability of chlorine dioxide to select certain organisms over others. CDG Environmental is one of the largest users and sellers of chlorine dioxide.
 
  1. http://www.puricore.com/technology_humanbody.aspx This article tells how the MMS2 or hypochlorous acid works in the body to kill diseases. The body always needs extra hypochlorous acid and although some critics have questioned this, the fact is, the chemical in the body from which hypochlorous acids is derived is called myeloperoxidase. This chemical has long been known to be deficient in many people. So this fact can be verified by simply putting myeloperoxidase into the google search engine.

The US Government Did a Double Blind Clinical Trial With Chlorine Dioxide
They used 60 volunteers, all men ages 21-35. 
This Link Takes You to The Info
​
Copy and paste the link if clicking it doses not work
​https://www.jahealthadvocate.com/chlorine-dioxide-government-clinical-trial.html