Fulvates

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What Are Fulvates?

Essential and vital to nutrition, fulvates are nature's life force energy. Invisible to the naked eye, these microscopic electrolytes empower all living organisms. Without fulvates, virtually all land-based life could not exist. Their immense source of electrical energy supports revitalizing cell metabolism, a significant increase in organ respiration rates, and boosts overall health potential.

Fulvates are water-based organic electrolytes (substances that dissolves in water and are capable of conducting an electrical charge). Fulvates are composed of low-weight or small molecular substances secreted by microorganisms in the soil enabling plants to provide life force energy to plants and animals.

Properties of Fulvates

For minerals to be effectively utilized by living organisms, they must first be converted from their colloidal or metallic state to a microscopic subcolloidal or ionized state.

Before being complexed or chelated with organic fulvates, large colloidal minerals and nutrients are in suspension-too large for easy absorption by living cells. Once complexed with organic fulvates, colloidal minerals and nutrients are dissolved in solution and are therefore more bioavailable.

Now as subcolloidal or ionized minerals and nutrients, these minute substances have become changed into very small particles in highly charged energy groups. Therefore, researchers theorize that fulvates act as an electrical conductor, converting the chemical energy from minerals and nutrients into efficient electrical energy-essentially providing a trickle charge of energy that helps rebalance and recharge depleted cells, providing optimal energy potential for living organisms.

Benefits... Via Plants

In nature, fulvates break down nutrients and minerals found in soil into useable forms for plant use. Fulvates are highly active electrolytes created in a symbiotic relationship with tiny soil microbes, which help break down insoluble minerals and organic material to make it available again for use by living plants. In this process, known as complexing or chelating, organic fulvates easily bind minerals and other nutrients contained in fertile soil, dissolving the large complex compounds into solution. The plant takes up the fulvate solution of minerals and organic nutrients from the soil through its roots and stem into the inner vascular system, thus boosting the plant's cellular activity by increasing its metabolism and rate of respiration. This property is illustrated by the tree that grows out of a rock, absorbing minerals and nutrients from the rock and life energy of the sun to sustain its growth.

Delivery of Nutrients

Similarly, scientists postulate that fulvates also play a vital role in the process of providing nutrients essential and trace minerals for use by the human body, turning inorganic mineral elements into readily absorbable and bioavailable substances.

Once complexed with fulvates, the subcolloidal, ionized minerals and nutrients are delivered to the gastrointestinal system for easy transportation through the intestinal walls. They are then carried throughout the body in the bloodstream, where they are then transported easily through the thin, semi-permeable cell walls. Inside the cell, ionic minerals are conveyed by cellular fluid known as cytoplasm. Within the cytoplasm, these ionic minerals combine with enzymes to activate them. This activated enzyme is then primed to build proteins-the building block of cellular life.

The cell then utilizes the fulvates substantial electric charge found in the minerals to balance cellular life, much like a low-powered battery receiving an additional charge of energy. All food and nutritionals supply chemical energy that is converted into electrical energy.

Elimination of Toxins

Fulvates also function as aggressive antioxidants that neutralize harmful free radical toxins, researchers postulate. A fulvate molecule's primary role in eliminating toxins is to furnish an equal and opposite positive charge to counteract the detrimental effects of a negatively charged free radical, or to supply a negative charge to neutralize a positively charged free radical. As a secondary role, fulvates escort neutralized free radicals out of the body as waste.

After transporting their load of minerals and nutrients to body cells where they can be converted into energy, fulvates exit the cells. As they exit, they bind to any toxic heavy metals that may exist in the cytoplasm of the cell. Thus, like a subatomic subway, fulvates transport nutrients into cells and toxic heavy metals out of cells where they can be eliminated as waste from the body.

In sum, fulvates serve a dual role within the human body. As a donor, fulvates deliver life force energy: substantial electrical energy, minerals and other nutrients to the body. As an acceptor, fulvates clear out toxins, energy depleted nutrients, and exhausted minerals from the cell.

Fulvates Support Health Benefits

 
bulletEnhance skeletal health by supporting the natural body processes that utilize calcium and all minerals for strong bones.
bulletPromote healthy, supple skin when applied topically. (People spend thousands of dollars to go to the Dead Sea for mineral-rich mud treatments-receive the same nutrition with Maximol or Mineral Solutions.)
bulletEnhance trace mineral bioavailability.
bulletSupport duration of essential nutrients in body cells
bulletMaintains protein metabolism, thus supporting optimum body synthesis of RNA and DNA.
bulletSupport the body's many enzymatic functions.
bulletMaintains already normal ATP production, thus providing enhanced energy stores to the cell.
bulletSupport and maintains protein metabolism by mediating healing effects.
bulletBoosts bioavailability of nutrients essential to cellular processes.
bulletHelps support the body against the toxicity of known carcinogens.
bulletSupport against damage caused by toxic substance, specifically heavy metals and free radicals, when found in the body.
bulletEnhances intestinal permeability to the minerals calcium, magnesium, iron, manganese, zinc and sulfate.
bulletActs as an electron donor to promote effective electrical charging and communication in the cell.
bulletSupports the body against high levels of toxic heavy metals in the kidneys.
bulletSupports efficient and more complete distribution of nutrients.

 

                               

     
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