1. Released Oxygen
Oxygen is vital to our body's healthy functioning - it fuels all our body's system, fires our body's chemical reactions and eliminates toxins and wastes of our body.
That results in the release of abundant nascent oxygen and hydrogen to the cells directly.
2. Trace Minerals and Elements
Trace amounts of the full range of these minerals which are derived from natural sources are considered to provide a foundation for optimum physical conditioning:
| Actinium | Antimony | Argon | Astatine |
| Barium | Beryllium | Bismuth | Boron |
| Bromine | Calcium | Carbon | Cerium |
| Cesium | Chromium | Cobalt | Copper |
| Dysprosium | Erbium | Europium | Fluorine |
| Gadolinium | Gallium | Germanium | Gold |
| Hafnium | Helium | Holmium | Hydrogen |
| Indium | Iodine | Iridium | Iron |
| Krypton | Lanthanum | Lithium | Lutetium |
| Magnesium | Magnanese | Molybdenum | Neodymium |
| Neon | Nickel | Niobium | Nitrogen |
| Osmium | Oxygen | Palladium | Phosphorous |
| Platinum | Polonium | Potassium | Praseodymium |
| Promethium | Rhenium | Phodium | Rubidium |
| Ruthenium | Samarium | Selenium | Silica |
| Silicon | Silver | Sodium | Sulfur |
| Tantalum | Technetium | Tellurium | Terbium |
| Thallium | Thorium | Tin | Titanium |
| Tungsten | Vanadium | Xenon | Ytterbium |
| Zinc | Zirconium |
Note: the absence of aluminum, cadmium, chlorine, lead, mercury, and radium.
3. Metabolic Enzymes
|
Hydrolases, Carbohydrases: Maltase Sucrase Emulsin
Nucleases:
Hydrases:
Peptidases:
Esterases:
Copper Enzymes:
Iron Enzymes: |
Enzymes containing coenzymes 1 and/or 2: Lactic Dehydrogenase Robison Ester Dehydrogenase
Enzymes which reduce cytochrome:
Yellow Enzymes:
Amidase:
Mutases:
Desmolases:
Other Enzymes: |
4. Amino Acids
| Alanine | Histidine | Serine |
| Arginine | Isoleucine | Threonine |
| Aspartic Acid | Lysine | Tryptophan |
| Cystine | Methionine | Tyrosine |
| Glutamic Acid | Phenylalanine | Valine |
| Glycine | Proline |
5. Electrolytes
| Eletrolytes support the healthy electrical integrity of the body's natural colloidal systems including the blood. They impart a negative charge to the red blood cells, separating them to restore their maximum functioning. |