What is Stabilized Oxygen?
The term “Stabilized Oxygen” refers to a solution intended to be used as a dietary supplement for human consumption that contains oxygen atoms as a key ingredient. Generally, the definition implies that there is the presence of a molecule containing diatomic oxygen (O2) that us typically bonded to other atoms forming an “ion”, or a negatively electrically charged group of atoms. Most of the stabilized oxygen solutions that were sold in the 1980s and 1990s contained chlorine dioxide (or “chlorite”) molecules where two oxygen atoms were bonded to a single chlorine molecule (ClO2-). This solution is extremely alkaline (pH 12 or more) and is very caustic. O2 Drops, on the other hand, is a cluster of four oxygen atoms in a very stable grouping called polyatomic tetraoxygen.
Was “polyatomic tetraoxygen” just made up to make O2 Drops sound unique?
No. The existence of polyatomic oxygen is a physical chemistry “fact”. Allotropes of oxygen differ on the structure (forms) of the oxygen atoms, (i.e. how the atoms are arranged), while isotopes of oxygen differ on the number of neutrons of the atoms (i.e. the composition of subatomic particles in an atom). The naturally occurring stable isotopes of oxygen are 16O, 17O, and 18O, with 16O being the most abundant (99.762%). The allotropes of oxygen include: Dioxygen (O2) which is the form of oxygen that is we breathe; Trioxygen (O3), usually known as ozone; Tetraoxygen (O4). The existence of the metastable O4 molecule was confirmed in 2006 and research indicates that this allotrope has the potential to be a much more powerful oxidizer than either O2 or O3.
Are O2 Drops stable?
Yes. Stability is the tendency of a material to resist change, decomposition due to the internal reaction, or due to the action of air, heat, light, pressure, etc. Inert is implying non-reactive. The naturally occurring Noble Gases (are helium/He, neon/Ne, argon/Ar, krypton/Kr, xenon/Xe, and the radioactive radon/Rn). These gasses are inert due to the fact that they have full outer shells, and therefore do not need to gain or lose electrons in order to reach a stable electronic configuration. O2 Drops are stable but is not inert.
What can destabilize O2 Drops?
The oxygen molecules in O2 Drops will become unstable when they come into contact with metal (like a stainless steel spoon) or when combined with organic matter (food). Therefore, use a plastic spoon when stirring and always take O2 Drops 30 minutes before and one hour after eating.
How does the oxygen in O2 Drops get into the body?
There appears to be ample supportive scientific evidence that dissolved oxygen in a liquid supplement form can be absorbed either sublingually into the bloodstream or may pass directly through the stomach lining into the blood plasma. Research has clearly shown (Dr. Arthur Guyton, M.D.) that the blood plasma contains approximately 3% dissolved oxygen; the red blood cells (hemoglobin) hold the remaining 97% in a completely healthy and well-oxygenated individual. Oxygen passes out of the red blood cells and into the plasma to be transferred to the cells that need oxygen for the metabolic process. These cells then pass CO2 back into the plasma that is picked up by the red blood cells in the exchange. Oxygen is almost always present in the plasma as it travels through the body.
Research conducted on O2 Drops by Suntory International of Japan indicates that there is a direct and long-lasting correlation between the consumption of O2 Drops and an increased partial pressure of oxygen in arterial blood. A Duke University study, completed in March of 1996, indicates clearly, for the first time, the actual mechanisms by which oxygen is transported in the blood directly to the tissues and how oxygen is released and acquired by the blood through both the lungs and the plasma. The combination of these two studies implies that O2 Drops, when taken orally, is absorbed into the bloodstream where it is transported directly to the tissues.
How does the oxygen in O2 Drops get into the bloodstream?
Independent research has established that the polyatomic oxygen molecules in O2 Drops are safely and easily absorbed into the bloodstream through capillaries in the mouth (ultra-lingual and sublingual) as well as through the stomach lining.
Does the oxygen in O2 Drops cause free radical damage?
No. The scientific literature clearly indicates that most free radicals are formed as a natural part of the body’s normal metabolic activity in producing the energy the body needs to “exist” and sustain itself. Breathing is the major source (contributor) of free radicals, yet without breathing, the body dies. Almost all free radicals produced during the energy-production cycle are reduced to water. Some are used to fight against invading bacteria and viruses. Some, the result of contaminants like smoke, pollution, alcohol, ozone, radiation and highly processed foods, are very damaging to the body. Natural nutrient antioxidants (vitamins, amino acids and minerals) occurring in the foods we eat are designed to control the production of these deleterious free radicals. It is important to remember that the research clearly shows that diatomic oxygen (O2) is essential for a healthy body and that an abundant supply of oxygen helps reduce free radical activity, not increase it!
Are O2 Drops FDA approved?
Dietary Supplement Health and Education Act (DSHEA) of 1994. DSHEA regulations state that dietary supplements may not make health claims unless supported by evidence and only when approved by the FDA. However dietary supplement manufacturers may make claims that their supplements affect the structure or the function of the body. So, O2 Drops, as a “dietary supplement”, does not require FDA approval.
Are O2 Drops a “natural” product?
Yes. Legally, food labeled “natural” does not contain any artificial ingredients, coloring ingredients, or chemical preservatives. Based on this definition, O2 Drops is a “natural” dietary food supplement.
What are the ingredients in O2 Drops?
There are only three ingredients in O2 Drops: Distilled water, sea salt and polyatomic oxygen molecules. It does NOT contain any artificial colors, preservatives, stabilizers, or dangerous stimulants.
Do O2 Drops contain hydrogen peroxide?
No. Independent analysis indicates there are no molecules of hydrogen peroxide (H2O2) in O2 Drops.
Do O2 Drops contain chlorine dioxide?
No. Independent analysis indicates there are no molecules of chlorine dioxide or “chlorite” (ClO2) in O2 Drops.
O2 Drops smells like “pool water”. Does that mean it contains chlorine?
No. O2 Drops do not contain chlorine and are chlorine free. Even if you tested it with a pool chlorine test kit and it tested positive for chlorine that does not mean it contains chlorine. The standard method for testing for free chlorine uses DPD test tablets that react with various forms of natural oxidizing agents as well as any free chlorine in water. These oxidizers include: ozone, chlorite, chlorate, hypochlorus acid, hypochloric acid, bromine and iodine. The presence of any of these compounds in water will react with the DPD test tablets or other free chlorine test solution kits and will indicate an incorrect reading of the free chlorine levels. Thus, tests using the above method will indicate levels of free chlorine that are inaccurate.
O2 Drops are processed using activated charcoal filters that eliminate any and all trace amounts of free chlorine that might be in the solution. As our assays reveal, O2 Drops contain sodium chloride (NaCl) and during the manufacturing process, these atoms are separated into Na+ and Cl- ions. We are more sensitive to the “smell” of Cl- just as we are
more sensitive to the “taste” of Na+. Again, chlorine gas (Cl2) is not a by-product of stabilized oxygen reacting in the bloodstream, digestive system or on the skin. Individuals can, however, detect the smell of Cl- (chloride ions) as the Cl- ions evaporate. This is what gives O2 Drops its distinctive “smell”.
Are O2 Drops an ionic solution?
Yes. Simply explained, an ionic solution exists when one substance is dissolved into another, (the solute dissolved in the solvent). All atoms and molecules (substances) comprise of one or more electrons spinning around a central nucleus. If one or more of those electrons are removed that substance becomes an ion. An ionic solution contains both positively charged anions and negatively charged cations, which are positive. To illustrate an ionic solution, imagine putting some table salt (NaCl or “sodium chloride”) in water and watching it dissolve. Chemically, the ionic bond between the sodium atom and the chlorine atom is broken in the solution. The result is the formation of a positively charged sodium ion (Na+) and a negatively charged chloride ion (Cl-) which remain in suspended in the water. Because O2 Drops contain salt, it is an ionic solution.
Why is pH important in an oxygen supplement?
pH means the “potential of Hydrogen” and is the measurement of the hydrogen ion concentration in a solution. The scale goes from “0” to “14”. The lower the pH value, the higher the ion concentration and vice versa. An “alkaline” solution will have a pH that is between 7 and 14. An “acidic” solution will have a pH between 0 and 7. Water, the universal solvent, has a neutral pH of 7. O2 Drops are slightly alkaline and have a pH of about 7.3. Stabilized Oxygen solutions with a pH below 5.0 and above 9.0 can potentially damage the skin and tissues in the mouth and esophagus. The one-of-a-kind, patented, activated, stabilized oxygen and mineral formulation in O2 Drops make it the only nearly neutral and pH balanced oxygen supplement available today.
Can you take too much of O2 Drops?
No. O2 Drops are completely safe to use in any amount.
Do you have to dilute O2 Drops to use it?
No. O2 Drops may be taken full strength or it may be diluted in water. It is effective when taken either way.
Can you mix O2 Drops with juices or other drinks?
No. The oxygen molecules in O2 Drops can become unstable when it is added to any liquid other than water.
Can you take O2 Drops with food?
No. Food can be oxidized and so may destabilize O2 Drops. It should be taken separately and only with water.
Can you take O2 Drops with other nutritionals or medications?
No. O2 Drops should NOT be taken with other dietary supplements or prescription medications because ingredients in these formulations may destabilize the oxygen molecules in O2 Drops. However, O2 Drops may be taken in addition to these formulations if taken 30 minutes before or an hour after them.
I’m on a reduced sodium diet. Will taking O2 Drops affect my dietary restrictions?
One daily recommended dose of O2 Drops (45 drops), taken in three doses of 15 drops in 8 ounces of water each day, would contain less than 5 mg of sodium — and sodium is the big culprit in increasing blood pressure. That’s why patients with high blood pressure have to watch and monitor their sodium intake. 5 mg is an insignificant amount of sodium. By comparison, one bowl of a popular rice cereal contains over 300 mg of sodium.
Can children take O2 Drops?
Yes. Absolutely. We recommend that they take half the adult dose. O2 Drops can also be given to infants, pregnant women, and nursing mothers without any concern of toxicity.
Can pets/animals take O2 Drops?
Yes. Absolutely. Dosages should be determined by weight. We would use the “rule of thumb” of one drop of O2 Drops for every five pounds of weight. The exclusive O2 Drops formula has been used for many years by professional trainers and large animal vets in the horse breeding and racing industry.
Are O2 Drops antimicrobial?
Yes. Merriam-Webster defines “antimicrobial” as “destroying or inhibiting the growth of microorganisms and especially pathogenic microorganisms.” Using this definition, O2 Drops are definitely antimicrobial. Independent tests have clearly demonstrated that, even when diluted as much as seven times, it kills the test organisms on contact.
How do O2 Drops kill microorganisms?
The outer cytoplasmic membranes of unicellular pathogens are composed of lipids, proteins, and lipoproteins. These membranes act as a diffusion barrier for water, ions and nutrients. Research indicates that the membranes are actually a lipid matrix containing randomly distributed globular proteins that penetrate through the lipid bilayer. It is this high lipid content of the cell walls of these pathogenic bacteria that may explain their sensitivity, and eventual destruction, when exposed to oxygen molecules.
Oxygen molecules penetrate these cellular envelopes and affect the cytoplasmic integrity of these pathogenic organisms. In addition, oxygen disrupts the metabolic activity of these disease-causing cells.
The oxygen in O2 Drops disrupts the integrity of the bacterial cell envelope through the oxidation of the phospholipids and lipoproteins. In fungi, O2 Drops oxygen inhibits cell growth at certain stages. With viruses, the O2 Drops oxygen damages the viral capsid and disrupts the reproductive cycle by disrupting the virus-to-cell contact with peroxidation. The weak enzyme coatings on cells that make them vulnerable to invasion by viruses make them susceptible to oxidation and elimination from the body, which then replaces them with healthy cells.
Are O2 Drops better than (35%) hydrogen peroxide?
Yes. 35% hydrogen peroxide is not intended for internal use. Hydrogen peroxide is labeled.“ Food Grade” as an approved use for use to clean food-handling equipment. Ingesting hydrogen peroxide can cause serious side effects and hydrogen peroxide is listed as a hazardous material.
Does the oxygen in O2 Drops promote skin health and healing?
Yes. Oxygen is perhaps the key ingredient in helping to repair damaged skin. It is essential in creating elastin and collagen, which are important molecules in maintaining skin texture and elasticity. Oxygen is also biocidal and can help reduce inflammation and redness that may be caused by harmful bacteria. O2 Drops should be sprayed liberally and regularly on the skin and is safe to use on the face and neck.
Do O2 Drops relieve sunburn and other burn pain?
Yes. The oxygen in O2 Drops has a soothing and calming effect on the skin. It can help reduce redness and swelling and bring almost instant relief to sunburn or any other first degree burn.
Can O2 Drops be used to help preserve the quality of water stored for emergency purposes?
Yes. We recommend you add 1⁄4 ounce of 35% O2 Drops for every gallon of stored water. Every 60-90 days, add an additional 1⁄4 ounce per gallon to help control microorganisms and algae buildup. If the water is being stored where it is being heated by sunlight (UV rays) and where the temperature of the water averages 80o F/27o C, then we recommend that additional O2 Drops be added every 30 days.
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F.D.A. Regulations O2® – also called O2 Drops® – is a dietary supplement regulated by all laws governing dietary supplements under the U.S. Food and Drug Administration’s (FDA) Dietary and Supplement Health Education Act. (DSHEA) of 1994.O2 Drops do not contain any substances regulated by the F.D.A. or E.P.A. The F.D.A. has determined that supplements may no longer be classified and regulated as food additives. O2 Drops contain no substances subject to any other regulations that would prohibit its sale and distribution in the United States of America. It has been issued a Certificate of Free Sale by the Office of Special Nutritionals, Department of Health & Human Services, U.S. Food and Drug Administration, Washington D.C. pursuant to the requirements of the Federal Food Drug and Cosmetic Act (FD&C Act) and the Fair Packaging and Labeling Act (FPLA). “…we can state that such a product may be freely marketed in the United States or exported provided that the product conforms to all applicable United States laws and regulations.” – U.S. F.D.A. O2 Drops are manufactured in an F.D.A. approved GMP laboratory designated for the manufacturing of dietary supplements.
*DISCLAIMER: These statements have not been evaluated by the U.S. Food and Drug Administration. The information is provided for informational purposes. Results may vary. You may not experience the same benefits from taking or using O2 Drops. O2® is sold as a nutritional dietary supplement under the FDA DSHEA regulations of 1994. This product is not intended to diagnose, treat, cure, or prevent any disease or medical condition. Always consult with a professional healthcare practitioner before taking any dietary supplement, especially if pregnant, nursing, taking prescription medications, or under a doctor’s me