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800.704.0986
The key to health is eliminating toxicities and deficiencies! - Dr. William R. Kellas
The name highlights oxygen. The deeper story is hydrogen. Synergy O2 is built around a CellFood-like, but enhanced, disacciation action that pairs O2 for aerobic energy with H2 for the redox environment in which cellular energy is made.
Oxygen and hydrogen do different jobs. Oxygen accepts electrons at the end of the mitochondrial energy pathway, helping cells complete aerobic ATP production. Molecular hydrogen is the smallest molecule, diffuses rapidly through both water- and lipid-rich cellular environments, and is being studied for its ability to moderate destructive oxidative spillover while preserving useful redox signaling.
The mineral-and-amino matrix matters: the current technical sheet names 24 mineral or elemental entries and 18 amino compounds, while company literature also emphasizes electrolytes (trace minerals) and plant-derived silica. But those nutrients support the central message rather than replace it: Synergy O2 is an H2 + O2 cellular-redox concept, not merely “liquid oxygen.” and nutrients.
O2 helps mitochondria finish the energy-producing circuit. H2 helps protect and regulate the cellular environment in which that circuit must operate. Oxygen helps make the energy; hydrogen helps reduce the oxidative cost of making it.
Synergy O2 should be understood as an H2 + O2 + cellular-nutrition formula—not simply as liquid oxygen. The company describes a water-dissociation process. In the stable molecular products of complete splitting, oxygen belongs on the aerobic-energy side while molecular hydrogen belongs on the redox-regulation and mitochondrial-protection side.
Evidence distinction: the H2/O2 equation is established chemistry and the redox discussion comes from general molecular-hydrogen research. Synergy O2’s actual dissolved-gas output has not yet been published.
Concentrated molecular-hydrogen, oxygen-activation, mineral, electrolyte, silica, and amino-compound drops
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Synergy O2 literature says the formula initiates dissociation of some water molecules into hydrogen and oxygen. Those atoms would not remain isolated for long. If the described process proceeds to stable molecular products, hydrogen atoms pair as H2 and oxygen atoms pair as O2. That completed chemistry immediately changes the emphasis: for every one O2 molecule, there are two H2 molecules.
O2 helps create ATP. H2 may help preserve the redox environment that allows the ATP-making machinery to keep working efficiently.
Redox is the controlled flow of electrons through the cell. It powers energy production, communication, repair, immune defense, and adaptation. But electron transfer is never perfectly clean. Highly reactive species can escape, attack membranes and proteins, and start self-propagating oxidative chain reactions. The value of molecular hydrogen is not that it attempts to eliminate every reactive molecule. Its potential value is more intelligent: limit the most destructive spillover while preserving the useful signals cells need.
Molecular hydrogen and oxygen provide the central water-dissociation narrative; the formula beneath that narrative is unusually broad. The company’s current technical sheet identifies a 1 fl. oz. / 30 mL bottle and publishes concentrations in mg/L for 24 named mineral or elemental entries and 18 amino compounds. These numbers describe the concentrate, not the amount delivered by eight drops.
The serving size is 8 drops (0.34 ml). There are 90 servings per container, and 326 mg of the proprietary blend per serving.
The bottle lists the blend as deionized water, hydrogen sulfate, sea water extract, ionic trace mineral blend, trace amino acid blend, and silica. Hidden within those words are its proprietary ingredients and technology.
The detailed mineral and amino-compound tables below come from the company technical sheet and expand on the bottle's broader blend categories. They should not be mistaken for separately declared amounts per 8-drop serving.
| Entry | mg/L |
|---|---|
| Boron | 1.678 |
| Chromium | 0.116 |
| Cobalt | 1.183 |
| Copper | 0.12 |
| Fluoride | 0.07 |
| Germanium | 0.36 |
| Iodine | <0.005 |
| Iron | 336 |
| Manganese | 14.7 |
| Molybdenum | 0.001 |
| Rubidium | 0.0444 |
| Selenium | 0.0077 |
| Silicon | 97 |
| Vanadium | 0.0505 |
| Zinc | 405.5 |
| Entry | mg/L |
|---|---|
| Calcium | 154 |
| Carbon | 66 |
| Chloride | 154 |
| Magnesium | 389 |
| Nitrogen | 605 |
| Phosphorus | 0.005 |
| Potassium | 8.87 |
| Sodium | 84.2 |
| Sulfate | 12,317 |
| Entry | mg/L |
|---|---|
| Alanine | 1,200 |
| Glutamic acid | 2,040 |
| Arginine | 1,100 |
| Aspartic acid | 124.0 |
| Cystine | 91.9 |
| Phenylalanine | 400 |
| Glycine | 3,200 |
| Histidine | 160 |
| Isoleucine | 230 |
| L-carnitine | 250 |
| Lysine | 880 |
| Methionine | 190 |
| Proline | 2,130 |
| Serine | 540 |
| Threonine | 90 |
| Tryptophan | 120 |
| Tyrosine | 200 |
| Valine | 600 |
The Scribd handout says the formula contains more than 70 minerals; the current Synergy O2 website says more than 73 colloidal elements. The technical sheet, however, names and quantifies 24 mineral or elemental entries. It is possible the larger figure includes additional unquantified trace elements, but the public materials do not provide a complete 70-plus-item inventory.
The ScribD translated handout says the formula is suspended in a deuterium-sulfate (D2SO4) solution. The current technical sheet reports sulfate at 12,317 mg/L.
The recurring customer experience deserves a mechanism worthy of it. Among the plausible explanations, molecular hydrogen is the most compelling place to begin. If Synergy O2 liberates more H2, makes it available faster, or sustains it longer than CellFood, the redox biology described above could help explain why users report cleaner and more noticeable energy.
What is known versus inferred: the stronger felt-energy pattern comes from customer reports. Greater H2 availability is a biologically coherent explanation to investigate, not yet a published head-to-head measurement.
The products plainly occupy the same unusual category: concentrated drops, company-described water dissociation or oxygen activation, and a mineral-and-nutrient matrix. Similar language does not establish the same formula, ownership, or manufacturing lineage.
Synergy O2 makes Synergy O2. NuScience makes CellFood. Synergy O2’s current history credits founder Raúl De La O and his development team; NuScience identifies Everett Storey as the developer associated with CellFood.
| Point of Comparison | Synergy O2® | CellFood™ |
|---|---|---|
| Manufacturer | Synergy O2. Its company history credits Raúl De La O and a specialized development team. | NuScience. NuScience identifies Everett Storey with the original CellFood formula. |
| Formula disclosure | Current technical sheet: 15 trace-mineral entries, nine active/essential mineral entries, and 18 amino compounds, plus the company’s plant-silica and electrolyte positioning. | NuScience publicly emphasizes trace minerals and elements, enzymes, amino acids, and a deuterium-sulfate suspension. |
| Deuterium sulfate | An older translated handout names D2SO4; the current technical sheet lists sulfate but does not identify its isotopic form. | Deuterium sulfate is part of NuScience’s public CellFood description. |
| Water-dissociation claim | Synergy O2 says the formula initiates dissociation of some water molecules into oxygen and hydrogen atoms. It does not publish measured H2 or O2 output. | NuScience also uses water-dissociation and time-released oxygen language. It does not publish a head-to-head gas comparison with Synergy O2. |
| Hydrogen emphasis | Although the product name emphasizes O2, the completed water-splitting chemistry gives H2 the larger molecular count and a plausible redox role. Healthy-Living therefore treats hydrogen as central, not incidental. | CellFood’s public explanation remains primarily oxygen- and time-release-centered; no published head-to-head H2 measurement was located. |
| What customers tell us | Among people who have tried both, we repeatedly hear that Synergy O2 feels faster and substantially more energizing. | Many users value CellFood, but some of the same people report a less noticeable immediate energy effect. |
| Public product-specific evidence | Company technical and educational materials are available, but no published head-to-head human trial or dissolved-gas assay was located. | CellFood-specific laboratory and clinical papers are searchable, although none proves Synergy O2 inferior. |
| Responsible conclusion | Many users report that Synergy O2 feels substantially stronger. Greater or more sustained H2 availability is a compelling hypothesis, but no public laboratory comparison yet proves greater H2, O2, or water-splitting activity. | |
The two product documents do not give identical directions, so source hierarchy matters.
The sheet depicts a 1 fl. oz. / 30 mL bottle.
It also says to shake, use glass or plastic, avoid hot drinks and dairy, and take the drops about 10 minutes before meals.
Packaging and directions can change; the physical label is more authoritative than an older online handout.
Not medical oxygen: Synergy O2 should not replace prescribed oxygen, evaluation of low oxygen saturation, or care for breathing difficulty, chest pain, or another urgent symptom.
This page now separates three things clearly: what Synergy O2 says about water dissociation, what complete chemistry says about H2 and O2, and what the broader molecular-hydrogen literature says about redox biology. The Scribd document adds useful formula and historical detail, but it also mixes marketing language, dosing protocols, disease claims, rectal-use instructions, and “healing crisis” advice. It is therefore used as secondary product literature, while current manufacturer materials and primary H2 research carry more weight.
Because the product name draws attention to oxygen while the complete chemistry of water splitting gives us 2H2 + O2. Oxygen helps mitochondria complete aerobic energy production. Molecular hydrogen may help regulate the redox environment, limit destructive oxidative chain reactions, engage internal defense pathways, and support mitochondrial resilience. The exact H2 output of Synergy O2 still needs to be measured, but hydrogen is too important to remain a footnote.
H2 does not need to supply calories or stimulate the nervous system to matter. Its proposed value is reducing oxidative interference around the machinery that already makes energy. In simple terms, oxygen helps complete the circuit; hydrogen may help the circuit run with less redox friction.
That is how the translated handout describes the formula, and the current company website says more than 73 colloidal elements. The current technical sheet names and quantifies 24 mineral or elemental entries. A complete public list of every claimed element was not located, so the accurate wording is “the company claims 70-plus elements; 24 are named and quantified in the current sheet.”
The current technical sheet lists 18 amino-related entries. Seventeen are amino acids and one is L-carnitine, an amino-acid derivative. The sheet labels the group “essential amino acids,” although several listed amino acids are not nutritionally essential. This page therefore uses the more precise term 18 amino compounds.
The older translated handout says it does. The current technical sheet lists sulfate at 12,317 mg/L but does not identify the isotope. Until the current label or manufacturer confirms D2SO4, it should be described as an older literature claim rather than a verified current-formula fact.
The current company technical sheet says 8 drops in 16 ounces of water, three times daily. The older translated handout contains several different graduated schedules. The printed directions on the bottle Healthy-Living ships should control.
No shared formula or corporate lineage was verified. The products use similar oxygen-activation and water-dissociation language, but they are made by different companies: Synergy O2 makes Synergy O2, while NuScience makes CellFood.
Many people who have used both report a substantially stronger energy experience with Synergy O2. No public head-to-head assay proves greater water splitting or greater production of H2 or O2. The customer experience is worth reporting; the exact mechanism remains unmeasured.
The handout lists disease-treatment claims, rectal use, universal use in pregnancy and infancy, and advice to continue through worsening symptoms as a “healing crisis.” Those statements require substantially stronger evidence and safety support than the document provides, so they were not converted into Healthy-Living recommendations.
Synergy O2 is better described as a water-dissociation or hydrogen-releasing concept than as conventional pre-measured hydrogen water. Standard hydrogen water is normally characterized by a published dissolved-H2 concentration. Synergy O2’s proposed chemistry makes H2 central, but the manufacturer has not yet published the concentration produced by a labeled dose.
It is marketed as a dietary supplement rather than a stimulant. Its formula emphasis is minerals, electrolytes, silica, amino compounds, and oxygen activation—not caffeine or sugar. It is also not medical oxygen and should not replace prescribed oxygen or evaluation of a breathing or oxygen-saturation problem.
The most important correction is simple: Synergy O2 is not an oxygen-only story. In complete water splitting, two H2 molecules are produced for every O2 molecule. Oxygen helps mitochondria finish aerobic energy production. Molecular hydrogen may help protect and regulate the redox environment in which that energy must be produced.
That makes H2 potentially as important as oxygen—and in some ways more far-reaching. H2 is the smallest molecule, can diffuse through both water- and lipid-rich cellular environments, and is studied for selective oxidant control, interruption of damaging chain reactions, activation of internal defense pathways, and mitochondrial resilience. It offers a coherent explanation for the “clean energy” users describe: less oxidative interference rather than a stimulant push.
The 70-plus-element claim, 24 named mineral entries, 18 amino compounds, electrolytes, and plant-derived silica strengthen the formula, but they are the supporting cast. The lead story is the H2/O2 pair created by the company’s proposed water-dissociation process.
Customer experience remains the practical reason for our preference. People who have used both Synergy O2 and CellFood repeatedly describe Synergy O2 as faster and more noticeably energizing. Greater H2 release or availability is one of the most compelling explanations to test, although Synergy O2 has not yet published a dissolved-H2 assay or a head-to-head gas comparison.
These statements have not been evaluated by the Food and Drug Administration. Synergy O2 is not intended to diagnose, treat, cure, or prevent any disease.
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These statements have not been evaluated by the Food and Drug Administration. No product mentioned herein is intended to diagnose, treat, cure or prevent any disease. If you are pregnant, nursing, taking medication, or have a medical condition, consult your physician before making any lifestyle change, including trying a new product or food.
The information on this website is intended as a sharing of knowledge and information from the research and experience of the Healthy-Living.Org staff and contributors. It is not intended to replace a one-on-one relationship with a qualified health care professional and it is not intended as medical advice. You should not use the information on this site for diagnosis or treatment of any health problem or for modification of any medication regimen. You should consult with a healthcare professional before starting any diet, exercise or supplementation program, before starting or discontinuing any medication, or if you suspect you have a health problem. You should keep in mind that cited references to ongoing nutritional scientific study are most likely not accepted by the FDA as conclusive. These references and mentions of benefits experienced by others are disavowed as product claims and are only included for educational value and as starting points for your own research. No food or supplement can be considered safe for all individuals. What may benefit 999,999 of a million people may harm you. Therefore, no one can take responsibility for your health except you in concert with your trusted health professional.
