CDS
What is CDS?
CDS, or Chlorine Dioxide Solution, is a concentrated aqueous solution containing 0.3% (3000 ppm) chlorine dioxide, devoid of any sodium chlorite (NaClO2), and maintains a neutral pH.
Research, both in vitro and in vivo, indicates that when chlorine dioxide is administered in the form of CDS, it breaks down into minimal amounts of salt and oxygen within the body. As a result, CDS can enhance oxygen levels in the bloodstream, whether taken orally or via intravenous methods. Additionally, it effectively eradicates pathogens due to its well-known biocidal properties and swiftly mitigates metabolic acidity, which is often the underlying cause of many contemporary diseases.
According to over 5,000 physicians affiliated with the international COMUSAV organization, CDS is regarded as one of the most significant medical discoveries of the past century.
Chlorine dioxide is a chemical frequently utilized in water treatment processes to eliminate pathogens present in water. Regulatory bodies such as the FDA and WHO, along with other global agencies, endorse its use in drinking water due to its safety and effectiveness. It is extensively employed worldwide to eradicate bacteria, viruses, and other pathogens through oxidation without leaving harmful residues.
It is crucial to distinguish between chlorine dioxide gas and its aqueous solution; while the gas can be hazardous due to its reactivity in the air and potential for causing irritation, the solution in water is non-reactive and can naturally be absorbed up to 0.3%.
Regrettably, some media outlets have erroneously discredited CDS by disseminating scientifically inaccurate information.
The Facts:
CDS is distinct from chlorine (Cl2), bleach, hypochlorite (NaClO), sodium chlorite (NaClO2), MMS, or CD; it solely consists of pure chlorine dioxide gas dissolved in water. Notably, chlorine dioxide does not contain any chlorine molecules! It ultimately transforms into chloride ions and oxygen following intermediate reactions. Sodium chloride is common table salt, along with oxygen, both of which are vital for human health.
Chlorine dioxide can be produced in various forms, leading to different outcomes. Unlike mixtures containing sodium chlorite (NaClO2) combined with an acid—commonly referred to as MMS—which may lead to stomach discomfort and side effects like diarrhea upon reacting with stomach acids, CDS lacks sodium chlorite and therefore does not generate harmful by-products when dissolved in water. The primary advantage of CDS is its neutral pH, making it safe for both humans and animals. Unlike other chlorine derivatives (Cl2), chlorine dioxide does not produce toxic or carcinogenic trihalomethanes (THMs).
CDS eliminates bacteria, viruses, fungi, prions, and viral spikes through oxidation, akin to the action of macrophages in our body rather than by causing intoxication like antibiotics. In essence, pathogens are effectively destroyed.
Is CDS toxic?
Toxicology suggests that all substances hold the potential for toxicity depending on their amount, duration of exposure, and concentration. The U.S. Environmental Protection Agency (EPA) has identified a toxicity threshold of 292 mg/kg for chlorine dioxide, which is comparable to that of caffeine. This implies that a person weighing 70 kg would need to ingest 20,440 mg of chlorine dioxide gas dissolved in water over a period of 14 days. With a standard daily dose of 30 mg in 1 liter of water, one would need to consume an impractical 681.33 liters daily. Even if someone mistakenly ingested the concentrated 3000 ppm solution, they would still need to consume 6.8 liters for severe effects. In high concentrations, CDS may cause throat irritation that complicates swallowing; thus, severe intoxication through oral consumption is virtually impossible.
The FDA has issued warnings regarding the supposed toxicity of CDS without considering the differences between sodium chlorite (the precursor) and chlorine dioxide in solution form. Unfortunately, no specific toxic doses have been disclosed nor have tests been conducted; other regulatory bodies worldwide have echoed this warning without verifying its alleged hazards. Moreover, no toxicological data regarding chlorine dioxide in aqueous form has been presented to substantiate this misleading warning.
In 2021, prominent Mexican businessman Pedro Luis Martin Bringas (of Soriana Group) publicly offered $2 million to anyone who could substantiate claims regarding the toxicity of CDS at the doses commonly used. He has also reached out to the FDA but has yet to receive a response.
While inhaling large amounts of gas should be avoided, peer-reviewed studies confirm that it is safe to administer CDS orally, intravenously, buccally (via oral mucous membranes), transdermally (through the skin), or directly applied to the skin. It proves effective against various bacterial or viral infections when used at appropriate doses.
Is it used for whitening?
Sodium chlorite is employed alongside stronger oxidants like sodium chlorate (NaClO3) at a ratio of 1:175. It's essential to understand that all oxidants can have bleaching effects—oxygen and sunlight can also bleach—but this aspect holds no medical relevance as oxygen is crucial for bodily function.
Is CDS a disinfectant?
Indeed, CDS acts as a disinfectant similarly to alcohol; however, its application as a medical drug is more pertinent than its use in other contexts. There are medications like warfarin (Sintrom, Coumadin) used as rat poison and nitroglycerin spray for angina pectoris that illustrate this point.
Is CDS an oxidant?
Yes, chlorine dioxide in CDS functions as an oxidant but can also serve as an antioxidant. It can oxidize pathogens whose oxidation-reduction potential (ORP) is lower than its own ORP of 0.95V while simultaneously reducing harmful free radicals with higher ORPs—like hydroxyls (OH-) with an ORP of 2.8V—converting them into water. This lesser-known capability underscores its versatility as a therapeutic agent.
Does CDS work for viral infections?
A peer-reviewed macro study (Aparicio et al.) assessed chlorine dioxide's effects as an alternative treatment for COVID-19. Data from 1,136 patients treated with three distinct ClO2 protocols at an average dose of 1.41 mg/kg were reviewed. The average recovery time was found to be 4.84 days with a total treatment duration of 15.87 days. Only 6.78% of patients reported mild temporary reactions such as headaches, dizziness, vomiting, diarrhea, and transient nausea that could be attributed to underlying COVID-19 rather than ClO2 itself. No serious adverse health effects were observed post-treatment; blood tests revealed no abnormalities after ClO2 administration with liver enzymes, glucose levels, total cholesterol, and triglycerides returning to normal by treatment’s end. An impressive 99.03% of patients recovered without complications, demonstrating that ClO2 can be both effective and safe for treating COVID-19 when utilized at the correct concentration and dosage.
Summary:
CDS is a concentrated aqueous solution consisting of 0.3% chlorine dioxide (3000 ppm), free from sodium chlorite (NaClO2), and features a neutral pH. It possesses disinfectant properties and acts by eliminating pathogens through oxidation while also enhancing oxygen levels in the blood. Research has explored its effectiveness in treating COVID-19 with encouraging outcomes and no dangerous side effects reported.
In Bolivia, the use of chlorine dioxide in the form of CDS is legally used as a treatment following the enactment of the Law against Covid-19 and collaborative efforts between military authorities COMUSAV and Dr. Andreas Ludwig Kalcker’s foundation in Mexico.
