Fibromyalgia Study

Ingredients:

Cellfood is a proprietary ionic formula containing dissolved oxygen, electrolytes, 78 ionic minerals, 34 enzymes and 17 amino acids, which provides an unsurpassed oxygen source, and nutrient delivery system to the body.

Only Cellfood is capable of holding these elements in a full aqueous solution and delivering them to every single cell. Its unique time release delivery system ensures that the oxygen and vital nutrients are rapidly absorbed by the body at the cellular level, and continue this steady stream of cell nourishment all day.

Cellfood contains only the finest all-natural plant substances. It is sourced from the clean southern seas surrounding New Zealand , from mineral springs and from fossilized plant taken from virgin earth.

Cellfood 's 5 Types of Vital Nutrients:

1. Enhanced Oxygen

Oxygen is vital to the healthy functioning of our body. It fuels all of its systems, fires its chemical reactions, and eliminates wastes and toxins. Cellfood enhances the critical bioavailability of oxygen to the body through its unique ability to 'dissociate' water molecules within the body, resulting in the release of abundant nascent oxygen, and hydrogen, directly to the cells.

2. Metabolic Enzymes

3. Amino Acids

4. Trace Minerals

5. Electrolytes

Electrolytes support the healthy electrical integrity of the body's natural colloidal systems, including the blood itself. They impart a negative charge to the red blood cells, separating them to restore their maximum functioning.

Cellfood is a proprietary formulation of a super energized mineral concentrate. It naturally provides the highest levels of oxygen and hydrogen to the body, helping to support overall improved energy, endurance and natural health.

Released Oxygen

Oxygen is vital to the healthy functioning of our body— it fuels all of its systems, fires its chemical reactions, and eliminates wastes and toxins. Cellfood enhances the critical bioavailability of oxygen to the body through its unique ability to 'dissociate' water molecules within the body— resulting in the release of abundant nascent oxygen, and hydrogen, directly to the cells.



Trace Minerals and Elements

* Actinium
* Antimony
* Argon
* Astatine
* Barium
* Berylium
* 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
* Manganese
* Molybdenum
* Neodymium
* Neon
* Nickel
* Niobium
* Nitrogen
* Osmium
* Oxygen
* Palladium
* Phosphorous
* Platinum
* Polonium
* Potassium
* Praseodymium



* Rhenium
* Rhodium
* Rubidium
* Ruthenium
* Samarium
* Scandium
* Selenium
* Silica
* Silicon
* Silver
* Sodium
* Sulfur
* Tantalum
* Tellurium
* Terbium
* Thallium
* Thorium
* Tin
* Titanium
* Tungsten
* Vanadium
* Xenon
* Ytterbium
* Yttrium
* Zinc
* Zirconium



Metabolic and Digestive Enzymes

Hydrolases, Carbohydrases: Maltase, Sucrase, Emulsin.

Nucleases: Polynucleotidase, Nucleotidase.

Hydrases: Fumarase, Enolase.

Peptidases: Aminopolypeptidase, Dipeptidase, Prolinase.

Esterases: Lipase, Phosphotase, Sulfatase.

Copper Enzymes: Tyrosinase, Ascorbic Acid, Oxidase

Iron Enzymes: Catalase, Cytochrome oxidase, Peroxidase

Enzymes containing coenzymes 1 and/or 2: Lactic Dehydrogenase, Robison Ester, Dehydrogenase

Enzymes which reduce cytochrome: Succinic Dehydrogenase

Yellow Enzymes: Warburg's Old Yellow Enzymes, Diaphorase, Haas Enzyme, Cytochrome C reductase

Amidase: Urease

Mutases: Aldehyde Mutase, Glyoxalase

Desmolases: Zymohexase, Carboxylase

Other Enzymes: Phosphorylase, Phosphohexisomerase, Hexokinase, Phosphoglumutase



Amino Acids

* Alanine
* Arginine
* Aspartic Acid
* Cystine
* Glutamic Acid
* Glycine



* Histidine
* Isoleucine
* Lysine
* Methionine
* Phenylalanine
* Proline



* Serine
* Threonine
* Tryptophan
* Tyrosine
* Valine



Electrolytes

Electrolytes support the healthy electrical integrity of the body's natural colloidal systems, including the blood itself. They impart a negative charge to the red blood cells, separating them to restore their maximum functioning.