Supplement Facts

The name Colloidal Minerals was first used by the pioneer Thomas Jefferson Clark to describe a mineral deposit he discovered in 1920!

Thomas Jefferson Clark discovered a unique deposit of minerals in a pre-historic valley in Utah that were believed to be the remains of an ancient rain forest. Geologists say the rain forest was rapidly buried 60-120 million years ago by rising flood waters.

Sand, clay & silt had shielded the plants with an impervious barrier that protected them from the elements.

Clark believed he had found the source of a legend thousands of years old. Indians who befriended him had told him of a "sacred spring" with great healing powers that had dried up 100-200 years earlier.

Many years of hard life as a rancher had taken its toll and Clark's health began to fail. No longer able to remain in the saddle or maintain his ranch, Clark was desperate for a cure. Plagued with severe fatigue, abdominal pain and a major loss of appetite, he had been reduced to 97 pounds. The nearest doctor was a day and a half's ride away and Clark was not expected to survive.

In desperation he devised a method to "leach" the minerals from the ore samples he had collected, using purified water. He began to drink his formulation and finally regained his health.

Word spread about Clark's recovery and people flocked to get his amazing mineral. In 1926, he began to sell his "colloidal minerals".

In 1953, Thomas Jefferson Clark began to train his son Thomas Jay Clark to assist him in further research and development. Nearly a century has passed since its discovery and countless thousands the world over continue to enjoy the health benefits of these liquid minerals. Now available are Active Liquid Minerals , Active Liquid Vitamins, Active Liquid Calcium and Active Liquid Immune Support.

Most people don't know that Clark was a rancher and heavily involved with horses and mules. Clark used to supply the army with mules and unknown to many, he was one of the horse trainers for the legendary "Seabiscuit". When "Seabiscuit" went lame he applied a compress to the legs and kept them moist with the minerals that he had discovered in Utah. The rest is history...

In Western Medicine, we treat disease with single molecules derived either synthetically or from naturally occurring sources. After decades of this, we have learned to our chagrin that there is a downside to such treatment. The short-term benefits of the single molecule approach to medication are rapidly eroding through adaptation of mutating pathogens and increasingly unpredictable drug interactions. Furthermore, situations associated with prescription drugs are the third leading cause of death in the United States.*

The scientific realization that single molecules might be disruptive in a natural system of interdependent multi-component chemistry is gaining momentum among conscientious researchers. Additionally, the healthy functioning of organs such as the liver and kidneys may depend upon encountering molecular concentrations of digestible substances within adaptable limits. It may well be that organ stress relates to the susceptibility of disease.*

The future of safe and reliable medicines will depend upon a scientific regression to past botanical therapies. Regulatory resistance to the clinical testing of multi-component candidate drugs as distinct from single molecule drugs is loosening up. The term “drug” is a confusing and complex one, since it refers to all substances used or intended for use in the treatment of disease. Should someone claim that cherries cure rheumatoid arthritis and sell them for that purpose, then those cherries are categorized as “illegal drugs” until such time as the FDA approves their use in that regard. Ironically, illegal drugs include all unapproved substances from soup to nuts where the provider claims to treat any disease by that means. Our hypothetical cherries would be classified alongside cocaine and heroin and their sale subject to criminal prosecution.*

Our internal organs are designed for or have adapted to the processing of food and oxygen. Synthetic medicines enter our bodies in the guise of food. Any deviation from the form or substance of natural food might be expected to cause some degree of stress in the organs involved. Logically, it can be assumed that the more a specific medication resembles normal food, the more efficient should be its processing. Should the single molecules encountered in synthetic and natural source-derived drugs be found in whole foods alongside many other multi-components, then the resulting bio-processing might be more efficient and less stressful.*

CellQuest is leading the necessary transition from single molecule medicines to the multi-component system. The Musa plants cultivated in the Dominican Republic by CellQuest are ideal for this purpose and are organically farmed using natural elicitors and bio-botanical techniques to ensure consistent phytochemical composition in the end product. The proprietary process involves the minimization of diurnal circadian variations in plant chemistry. The transition to botanical therapies will be the way of the future and key to safe and efficacious health products. Western Medicine objections to the dedicated use of plants and herbs, related to significant variations in plant composition and consistency, will be overcome by diligent scientific efforts.*

The Basic Minerals are grouped into two categories: essential minerals and trace minerals. Essential minerals such as calcium, chloride, potassium, sodium, sulfur, phosphorus, and magnesium are needed by the body in larger amounts. The trace minerals, such as chromium, cobalt, copper, chloride, iodine, iron, manganese, molybdenum, selenium, and zinc, are needed in small quantities.*

Metallic minerals are those found in their elemental form. The primary disadvantage of metallic minerals is that their degree of absorption availability in the body is minimal--the least of the three forms.*

Chelated minerals are metallic minerals surrounded by an amino acid. This helps to solubilize the mineral, making it more available for the body to use. An example is the chelated mineral chromium picolinate; it is chromium chelated with picolinic acid.*

Colloidal minerals are those that occur naturally in the colloidal state. They are small particles that can easily be dispersed in a medium such as water. Due to the small particle size, there is an increase in the surface area, giving them greater exposure to the liquid in which they are carried. This results in greater absorption or usefulness to the body.*

There has been much discussion, as well as some confusion, in regards to colloidal versus ionic minerals. By definition, colloidal describes the size of a particle that neither floats nor sinks in water. The smaller the particle, the greater its relative surface area, making the mineral more readily available to be acted upon, broken down and absorbed by the body.

All minerals are Colloidal, no matter what form. Ionic simply refers to something that has electrical charge. All matter carries an electrical charge, either positive or negative, enabling the materials to 'stick' together.

Research shows that the soil in which plants are grown and on which animals are raised is so depleted in essential nutrients, we simply cannot eat enough food to meet nutritional needs, much less overcome past accumulated deficiencies. Our diets most often consist of too many processed foods. For this reason alone, a multi-mineral formula is essential to 'put back' all we are no longer receiving from the foods we eat today.*

A deficiency, or depletion, of a mineral in your diet can relate to a less-than-optimal state of well-being. There are complex interactions among vitamins and minerals, and a deficiency or excess of one affects the others. Those most at risk of a nutritional deficiency are: children, pregnant women, teenage girls, the elderly, chronically ill and vegetarians.*

Some of the more common deficiencies would include:
• Iron - causing anemia; low red blood cell count*
• Calcium - affecting bone density and may lead to osteoporosis*
• Iodine - cause is larger than the thyroid gland, a condition called goiter*
• Magnesium - causes muscle spasms, weakness and irregular heartbeat*
• Potassium - causes weakness, fatigue, loss of appetite and insomnia*
• Zinc - causes poor wound healing; increases susceptibility to infection and loss of taste*
• Molybdenum - causes reduced Neurologic communication along the neural pathways and through connective tissues*
• Selenium - heightens the potential for lipid aggregation in the bloodstream*
• Germanium - required for core vitality and full production of adenosine triphosphate (ATP)*

Every living cell on this planet depends on minerals. Like vitamins, minerals function as coenzymes. Our minerals come from the earth. If the mineral retreat is not contained in the soil, it will not be in the food grown there and thus will not be provided to us when we eat that food. As well, the natural geographic distribution of minerals, loss of topsoil, the use of certain fertilizers, and continuous cropping and farming all contribute to mineral scarcity in the world's soils. Further, consider the refining and processing of modern 'foods' and it is understandable why we do not receive a full spectrum of minerals, even though doing so is crucial.*

"All nutrients such as vitamins, proteins, enzymes, amino acids, carbohydrates, fats, sugars, oils, etc, require minerals for activity. Therefore vitamins and minerals should be taken separately".

"As the day dawns and we awake from our sleep, our brain needs certain chemicals to prepare the body for its daily tasks".

"Minerals are an important supplement needed to activate vitamins, proteins, enzymes, fat and carbohydrates to keep the body healthy".

"Supplementing with minerals becomes even more important as the demand for food increases and our soil and plants become more and more depleted in vital minerals. The level of minerals found even in organic fruits and vegetables is less than it was ten years ago".

"It is logical that chronic degenerative diseases have also increased, and it is concerning that not only are there more people suffering with diabetes, osteoporosis, multiple sclerosis, Parkinson's disease, etc, but that they are getting diagnosed with these types of diseases at a younger age".

"Organic minerals are easily supplemented in our diets and should be taken first thing in the morning as a liquid added to water or fruit juice. This prepares the body to maximize the amount of food and vitamins absorbed into your cells, and vitalizes you at the start of your day".

"After taking your minerals do 15 minutes of exercise and then eat a healthy breakfast. This simple morning ritual is an important part of getting your cells activated. Taking your vitamins and protein supplements with breakfast will quickly make you feel re-vitalized for a great day".

Quoted by Dr. M. Marin DC, QME,  a dedicated Doctor who has spent many years helping people with 'Alternative' methods of healing through research and understanding of her patients needs.

Magnesium is important for every organ in the body, particularly the heart, muscles, and kidneys. It also contributes to the composition of teeth and bones. Most importantly, it activates enzymes, contributes to energy production, and helps regulate calcium levels as well as copper, zinc, potassium, vitamin D, and other important nutrients in the body.*

Without enough magnesium, calcium can collect in the soft tissues and cause one type of arthritis. Not only does calcium collect in the soft tissues of arthritics, it is poorly, if at all, absorbed into their blood and bones. But taking more calcium is not the answer; it only amplifies the problem.*

Magnesium taken in proper dosages can solve the problem of calcium deficiency. Magnesium is available in many foods; however, most people in the United States probably do not get as much magnesium as they should from their diet. Symptoms of magnesium deficiency may include agitation and anxiety, irritability, nausea and vomiting, abnormal heart rhythms, confusion, muscle spasm and weakness.*

Osteoporosis
Calcium, vitamin D, magnesium, and other micronutrient deficiencies are believed to play a role in the development of osteoporosis. Adequate intake of calcium, magnesium, and vitamin D coupled with overall proper nutrition and weight-bearing exercise throughout childhood and adulthood are the primary preventive measures for this condition, in both men and women.*

Active Liquid Calcium: Calcium, Magnesium and Vitamin D combined for maximum absorption and maintenance of healthy bones.*

Dr Betty Kamen Ph.D - "CALCIUM ALONE DOES NOT PREVENT OSTEOPOROSIS"
"A report in the American Journal of Medicine suggests that the reason you are absorbing LESS calcium while consuming MORE is to shield you from toxicity. Too much calcium, in the absence of its metabolic co-factors, is regarded as TOXIC."

"Multivitamin/mineral supplements with an additional vitamin C, plus a small-dose of calcium/magnesium, makes the most sense. Vitamin D3, chromium, silicon and boron are beneficial additions."

A study by Dr Guy Abraham showed the ratio of 1.2 to 1 of Magnesium over Calcium improved bone density by 11%. It showed LESS is better than MORE when taken with the correct ingredients.

Magnesium, Vitamin D and other essential nutrients are vitally important to control calcium. These nutrients are the key to maximum calcium utilization. Without these vital nutrients, you could be overdosing on calcium. When calcium alone is taken in a high dosage, calcium absorption actually decreases. This is an example of your body’s control mechanism protecting you from toxicity.*

DR. GUY ABRAHAM STUDY- "The Importance Of Magnesium"

The results of the study suggest that 500 mg of Calcium & 600 mg of Magnesium has a significant effect on reversing postmenopausal bone loss within a relatively short period of time. The effect of this Magnesium-empthasized program on bone density was 16 times greater than that of dietary advice alone.*

THE HARVARD NURSES STUDY - Harvard Medical School 1980-1992

The Harvard Nurses Study was an investigation into osteoporosis and bone loss in women. From 1980 to 1992 the study followed 77,761 women between ages 34 and 59 to determine the relationship between milk consumption and osteoporosis. It showed that the more milk we drink, the more bone we lose.*

Dr. Betty Kamen Ph.D - "STARTLING NEW FACTS ABOUT OSTEOPOROSIS"

"We tear down our skeleton and build it back about once every 5 years. The fact that calcium absorption decreases with additional calcium intake is an example of your body's control mechanism for protection".

The Milk Dilemma:

"Americans drink more milk than the people of any other nation. Yet we have the highest incidence of bone problems."*

"Milk, because it is so rich in animal protein, often causes a greater calcium loss than gain - referred to as negative calcium balance. This fact may come as a surprise, even to the professionals, who have been conditioned to believe that cow's milk is a 'perfect' food and a major source of calcium. Cow's milk is perfect food - for a calf!"*

"Animals do not consume milk after weaning, nor do they ever consume the milk of another species. Note that cows eat only grass, yet they build tremendous bone structures."*

"Women who develop osteoporosis have been shown to have a greater degree of lactose intolerance than those who do not."*

"Almost all foods which contain lactose are processed, hard to digest and generally do not enhance immune capacity or bone health. And that includes milk! (It has even been shown that lactose increases cholesterol).*

Over 74 of the famous Thomas Jefferson Clark ionic minerals have been added to the musa plant extract to increase its potency.. Since 1926, these minerals have been used worldwide to help combat mineral deficiency.

Calcium
The most common mineral in the human body. Calcium functions in blood clotting, muscle contraction, the nervous system and bone and tooth formation. Calcium may also reduce your risk of colon cancer and assist in weight control.*

Manganese
Manganese is an essential trace element. The body contains 10 to 20 milligrams distributed throughout human tissues. It is found in high concentration in the mitochondria of cells. It is an important component of many enzyme systems involved in the metabolism of carbohydrates, fats and proteins. Together with choline, manganese assists in the digestion burning of fats. It nourishes nerves and helps with proper functioning between the brain, nerves and muscles. Manganese deficiency results in abnormal skeletal development and is needed for the healthy formation of cartilage and bone. Manganese-activated glycosyltranserases may play an important role in wound healing. In the treatment of osteoporosis, a study showed that manganese and calcium was better than calcium alone in preventing bone loss over a two year test period.*

Potassium
Active Immune Support is a good source of potassium. Potassium is essential to cardiac function, a deficiency of which may result in abnormal heartbeat (arrhythmia) This musa plant extract is helpful in reducing the risk of high blood pressure and stroke.*

Potassium is a vital mineral which helps to normalize the heartbeat, send oxygen to the brain and regulates the body’s water balance. Not only does potassium provide nutrients for the heart and respiratory system, it is also essential to healthy brain function. Research has shown that substances high in potassium can assist in learning and alertness.*

The FDA has allowed the banana industry to make health claims regarding the fruits ability to lower the risks of high blood pressure and stroke.

1. Natural compounds in Cancer Therapy-John Boik

2. TG Borovskaia-SN Udintsev EP Zueva - Dilution of the toxic action of 5-fluoraoil on the mucosa of the small intestine in mice using the sap of plantain.

3. Dept of Pharmacology, Banaras Hindu University, Varanasi, India

4. British journal of Pharmacol.

5. Centro de Investigaciones Biologicas, Madrid Spain

6. Prasad K V, Bharathi K, Srinivasan K K. "Evaluation of Musa (Paradisiaca Linn. Cultivar) 'Putubale' stem juice for antilithiatic activity in albino rats." Indian J Physic! Phamacol 1993 Oct 37:4 337-41

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8. Gupta, M B, Nath R. Srlvastra N et al. "Anti-inflammatory and antipyretic activities of beta sitosterol”.
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9. lvorra M 0, D'Ocon M P, Paya M, Villar A. “Antihyperglycemic and insulin releasing effects of beta-sitosterol 3-beta-ID-glycoside and its aglycone beta-sltosterol". Arch Int. Pharmacodyn Ther 1988;296:224-231.

10. Bouic Etsebeth S, Liebenberg RW, et al. "Beta-sitosterol glycoside stimulate human peripheral blood lymphocyte proliferation: Implications for their use as an immunomodulatory vitamin combination”. Int J Immunopharmacol 1996:18:693-700.