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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, significantly increasing organ respiration rates, and boosting overall health potential.

Fulvates are water-based organic electrolytes (substances that dissolve 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

This picture shows how the addition of fulvates increased the growth rate of these potato plants 3-4 times.

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 sub-colloidal 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 sub-colloidal 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 the soil into usable 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 sub-colloidal, 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 blocks 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 These Health Benefits:

• Enhance skeletal health by supporting the natural body processes that utilize calcium and all minerals for strong bones.

• Promote healthy, supple skin when applied topically. (People who spend thousands of dollars to go to the Dead Sea for mineral-rich mud treatments receive the same nutrition with Maximol Solutions or Mineral Solutions.)

•  Enhance trace mineral bioavailability.

•  Support duration of essential nutrients in body cells.

•  Maintain protein metabolism, thus supporting optimum body synthesis of RNA and DNA.

•  Support the body's many enzymatic functions.

•  Maintain already normal ATP production, thus providing enhanced energy stores to the cell.

•  Support and maintain protein metabolism by mediating healing effects.

•  Boost bioavailability of nutrients essential to cellular processes.

•  Help support the body against the toxicity of known carcinogens.

•  Support against damage caused by toxic substance--specifically heavy metals and free radicals--when found in the body.

•  Enhance intestinal permeability for the minerals calcium, magnesium, iron, manganese, zinc and sulfate.

•  Act as an electron donor to promote effective electrical charging and communication in the cell.

•  Support the body against high levels of toxic heavy metals in the kidneys.

•  Support efficient and more complete distribution of nutrients.

THE PHENOMENAL MINERAL FULVATES

Fulvate Mineral Complexes vs. Colloidal Minerals

"Colloidal Minerals" continues to be a very popular "cash cow" for many dietary supplement companies. Actually, true colloidal minerals really don't work. Even when chelated with carbohydrates or sugars, colloidal minerals do not work very well. Organic colloidal minerals are such large molecules that their ability to penetrate through the walls of the digestive tract is really very limited. Getting them delivered to and into the cell is even more of a problem. The real secret of the colloidal minerals ability to penetrate and be utilized is due to an almost unknown biofactor known as fulvates. Most so-called organic colloidal mineral solutions contain such miniscule, unstable and inconsistent amounts of fulvates that they pass unnoticed by many researchers when fulvates may be perhaps one of the most important ingredients in the biochemistry of life. Scientists postulate that without fulvates, virtually nothing will survive.

Life-Giving Minerals Depleted

Its no secret that soils have been depleted of essential, trace and rare minerals so vital to health and life. Sixty-seven years ago, in 1936, the United States Department of Agriculture issued Senate Document 264, which states, "Virtually all soils in the United States were mineral deficient." Scientists at the 1992 "Earth Summit" in Brazil submitted documentation that soils worldwide were depleted of minerals. The United States soils rated as one of the most seriously problematic situations with the report that 85% of essential minerals were depleted.

Where Have The Minerals Gone?

Minerals are basic elements of the earth and universe. They cannot be created or destroyed. Soils once rich with life-sustaining minerals are now becoming depleted because they were absorbed into vegetables and fruits. Once eaten, they are gone forever from the soil. While a plant can create proteins, carbohydrates and many other nutrients, it cannot create minerals. Either they are in the soil, or they are not.

Most soils have produced food for hundreds of years. The minerals in those foods were eaten generations ago. Now depleted, the produce grown is less nourishing and healthy. Fertilizers may increase growth rates, but the produce has become a hollow food. In addition, synthetic fertilizers may convert mineral ions into insoluble complexes, making it difficult for the plants to absorb these essential minerals. Pesticides and herbicides may kill or greatly inhibit the microorganisms in the soil responsible for solubilizing minerals so the plant roots can absorb them. Literally, the minimal amounts of minerals left in the soil may become, to a large extent, insoluble and unabsorbable because of modem agricultural practices. However, only a few scientists are aware that the fulvates are also seriously depleted. Because of the pesticides and herbicides, most of the microbial life in the soil is gone. What is left is depleted and weak. As a result, fewer fulvates are produced. Fewer fulvates means that fewer minerals and nutrients will be taken-up by the plants. Its becoming alarmingly apparent--the deficiency of fulvates may be the most critical factor missing in dietary deficiencies.

Minerals Are Vital

Remember vitamins absolutely require minerals in order to work. Every cell within the body must have minerals to live and function. Every beat of the human heart needs minerals. The brain cells and nervous system carry electrical signals over a mineral network to every part of the body. Enzymes, hormones, the immune system and almost all biological activities absolutely demand wide varieties and amounts of minerals. For example magnesium is the activator for over 300 enzymes and for producing Adenosine Tri-Phosphate (ATP), the energy currency of the body. Magnesium is seriously deficient in the average diet and yet the mainstream of medical doctors give little attention to the body's critical need for it. Zinc is a component of all cells--with significant benefits for the immune system, growth and development of muscular and skeletal structures, tissue repair and acts as a cofactor in about 70 different enzymes. Yet foods generally contain much less than we need, especially for children. Scientists theorize that mineral deficiency subjects us to more diseases, aging, sickness and destruction of our physical well being than any other factor in personal health. A great many known ailments, at least 60, are directly linked to mineral deficiencies. Afflictions like osteoporosis, heart disease, arthritis, diabetes, liver disease, birth defects and impaired mental functions are but a few examples. Our health, energy and vitality are more dependent on minerals than the amount of protein, carbohydrates or calories we consume. From vitamins to almost every process in the human body, mineral complexes are indispensable. However, if minerals are not in the soil, they cant be in the food. If its not in the food, it cant be in the human body that eats the food. No amount of fertilizer, water or cultivation can change that.

The World Health Organization estimated that there are around two million children a year who die from health problems caused by mineral deficiencies. Many people could have seriously deficient diets, since many vegetables, fruits, other produce, grains and even meats are shockingly low on minerals. Minerals freely circulate through the body and are readily taken up by organs, bones and tissues to build, repair, heal and create health, energy and a myriad of other vital functions. Scant levels of minerals are starving the biological health and may contribute to health risks accompanying obesity. Research suggests that appetite is partly controlled by the quantities and varieties of trace minerals provided by the diet. University studies indicate people may overeat until their trace mineral levels get high enough. Sensors for trace minerals in the stomach may literally be wired directly to the brain.

Colloidal Minerals Are Less Effective

While there has been much hype and excitement about colloidal minerals, true colloidal minerals really don't work, and there can be some possible toxic effects with these kinds of minerals. Alternative health advocates have extolled the benefits of colloidal minerals; however, they are not readily usable by the cells.

First, lets examine what a colloidal mineral really is. It is the largest cluster of atoms or molecules forming a compound that can remain in solution without "settling-out" by the force of gravity. Colloidal mineral are dispersed rather than dissolved. Dissolved minerals would occur in smaller forms such as crystalloid, or the very smallest form known as an ion. Colloidal minerals can range in size from 1 to 1000 nanometers (nm). A nanometer is one ten billionth of a meter. Its easy to see that there can be a great difference in the colloidal size of even the same kind of mineral. Even the smallest colloidal mineral size is thought to be much too large for easy absorption through the intestinal wall. It is speculated that absorption can be improved if an organic compound is attached to the colloidal mineral. Since the lining of the intestines and the cells themselves are biologically receptive to absorbing organic compounds, the minerals are passed through also. Hence, the name "Organic Colloidal Minerals" is commonly used. However, even with an organic compound attached, colloidal minerals are not thought to be easily absorbed because of their very large size.

In reality, within the stomach, hydrochloric acid breaks down minerals that are not organically bound, into small ionic or crystalline sizes. This reaction then allows an organic compound to attach and become a cationic (positively charged +) organic mineral. After leaving the stomach it is attracted to the negatively charged (-) wall of the small intestine, (much as opposite poles of a magnet are attracted and magnetically bonded) then absorbed into the blood system and circulated throughout the body. Now, perhaps it is easy to see why large organic colloidal minerals do not absorb well. Think of it as trying to put a tennis ball into a hole the size of a golf ball. It might eventually fit, with a lot of manipulating of the tennis ball, but it could take some effort, whereas a golf ball or a marble would pass through with much less energy or effort.

The process of bonding an organic compound to a mineral is called "chelation"

Certain organic compounds chelate best--others to a lesser degree. Generally, polysaceharides and carbohydrates work best. Cationic organic carbohydrate and polysaceharide ionic mineral chelates are positively charged, strongly attracted, then rapidly absorbed into the blood system.

Safety Of Colloidals Is Questionable

While organic colloidals are promoted as being safe and scientifically tested, this is a serious misconception. In fact, there may be a real danger of toxic heavy metal accumulation. Proponents say the organic bonding prevents this from happening, but within the stomach many colloidal compounds can be very large. The majority of the colloidal mineral is continuously bonded in a large molecule (not to an organic chelation). Acidic reactions break the mineral bonds and release ionic sized heavy metals and toxins, posing a real potential danger.

While there are methods of removing toxins and heavy metals from mineral deposits, to do so is expensive, consuming time and resources few companies will commit to this exercise. They often promote a "special" method of chelation as superior. The fact is, organic chelates of carbohydrates and polysaceharides are very effective in ionic sizes, and they become less so as they become larger molecules or approach colloidal size. 

Colloidal minerals are larger and much more difficult to absorb, while the much smaller ionic sizes are relatively easy. Removing the toxic heavy metals, standardizing the formulation, reducing the mineral size and adding organic chelators will greatly improve any formulation; however, the best answer still lies in the way nature does it--through the fulvate phenomenon.

The Fulvate Phenomenon

As originated in nature, fulvates are biologically active, low molecular weight (i.e. small molecules) substances. Fulvates are created in the soil by microorganisms for the purpose of transporting minerals and nutrients from the soil into the plant. From there, complex photosynthesis reactions produce the components of all the various parts of the plant. Mucopolysaceharides (complex carbohydrates) flow throughout the plant for the nourishment of the plants individual cells. Some is returned to the roots where the microorganisms are nourished and produce fulvates to complex with minerals and nutrients to restart the cycle again.

Fulvates are involved in complex biochemical reactions in living plants and animals, which directly influence metabolic processes at the cellular level. In the science of living cells, fulvates are vital in making available substantial amounts of nutrients and minerals into aqueous solutions and delivering their "life force" energies to living cells.

In terms of benefits to all living organisms, Fulvates:

• greatly enhance the bioavailability of important trace minerals.

• regenerate and prolong the residence time of essential nutrients in the cells.

• modify the damage of toxic compounds such as heavy metals and free radicals.

•  enhance the permeability of digestive, circulatory and cell membranes.

•  increase the metabolism of proteins contributing to RNA and DNA synthesis.

• increase the activity of a multitude of enzymes.

The Electrical Potential Of A Cell Is Its "Life Force"

Electrical stimulation in most cells is the equivalent of biological activity. The cells disintegrate when their electrical potential is reduced to zero. When the electrical potential is reduced, progressive weakness and illness may occur. A persons electrical potential may be lowered by loss of blood or fluids, excessive emotional stress, accidents, lack of sleep, lingering infections and an imbalanced diet.

Scientists theorize that electrical and chemical balances at the cellular level can be created and controlled by electrolytes. Perhaps the most effective known electrolyte found in nature is the powerful organic fulvate electrolytes that restore, regenerate, regulate and balance cellular life. When the cell is restored to its normal chemical balance, and thereby achieves its bioelectrical potential, life flourishes where sickness, weakness, disintegration and death would have resulted. This is what is so phenomenal about mineral fulvates.

Organic fulvate electrolytes contain and transport essential nutrients and essential and trace minerals in a highly charged bio-available form, and serve as an outside electrical force. It charges, re-charges, and restores the potential that is or once was normal to the cell, and in doing so, balances and supercharges cellular life. The fulvate electrolytes act as a miniature battery charger, providing a small but constant charge of nutritional and mineral energy replacement. It creates a natural balance for many life-processes and helps each cell perform at its maximum potential. Toxins and heavy metals are taken up by the fulvate electrolytes, to be carried away from the cell and discharged from the body.

As a transporter of energy-rich and bio-electrically charged nutrients and minerals, the fulvate electrolytes greatly increase the percentage of minerals, nutrients, vitamins and herbs absorbed (through the digestive system) into the circulatory system. From there, it carries its load of life force energetic compounds to (and easily through) the cell membrane, across the cytoplasm and directly to the nucleus of the cell. At this point the fulvate electrolytes discharge electrical energy and its nutrient and mineral components. It is literally re-charging and replacing exhausted or diminished components within the nucleus of the cell. Then the mineral and nutrient waste products are complexed and taken from the nucleus and transported back across the cell for removal.

Fulvate electrolytes act as a donor and at other times as a receptor based, of course, on a cells requirement for balance. They also absorb both positive and negative electrical charges from free radicals in a process of neutralization. This natural balance for many biological processes includes active participation in oxidation-reduction, electron transfer and catalytic reactions.

Only in a few places on earth are there abundant deposits of organic fulvates. They occur in humic shale deposits and are interspersed with colloidal minerals. Unfortunately, much of the available fulvates in humic shale are highly complexed with toxins and heavy metals. The concentration of these fulvates is usually quite low. This is because fulvates are so water soluble it was leached from the humic shale by rainwater and ground waters years ago. There are large deposits of organic fulvates that were leached out from humic shale and flowed into areas in which they accumulated providing a highly concentrated deposit. Now these deposits are being mined, and the richness of the organic fulvate complexes are being refined and purified.

Neways International has obtained these purified organic fulvate complexes. They are incorporated into two powerful, enriching supplements to greatly increase these products bioavailability:

Maximol Solutions is an essential and trace mineral supplement with a mixture of minerals, vitamins, amino acids, digestive enzymes and organic fulvate complexes.

Mineral Solutions, like the Maximol Solutions, is also an essential and trace mineral supplement, but like the name implies, "max" is Max--Maximol Solutions.

Now the richness and re-vitalizing nourishment, once abundant in foods and nature, can be supplemented with these incredible products. Moreover, these mineral fulvates and nutrient compounds influence the chemistry, physics, and biology of cell life in every living organism on earth. Deficiency in minerals, nutrients and cellular vitality may be turned to sufficiency with this phenomenal elixir of life

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