Bioactive Minerals

Everyone knows the value of adding vitamins and mineral supplements to our diet based on a balanced nutrient profile absent in today’s food. We get substantially fewer important minerals in our food than we once did due to soil mineral depletion, particularly if you are among those in the fast food crowd. The introduction of processed food and the insurgence of soil mineral depletion have created a food market less apt to derive and deliver the mineral element requirements that were once delivered only by consumption. Today's synthetic vitamin and mineral element supplement market has been established on the basis that the human body is not getting all the necessary mineral elements through normal food consumption.  Yet we can never replace the natural mineral compositional profile of food with a magic bullet approach. All cells are centered around the bioavailability of nature’s comprehensive mineral factors almost as select frequencies only recognized by natures voice. Mineral Bioscience is dedicated to tracing earth’s treasures for the restoration of nature’s intended use, and the only place to find natures’ mineral treasures is at the root of the nutritional chain, our soils.

Tracing earth’s treasures for the restoration of nature’s intended use

We know that the human body is incapable of generating its own minerals for supporting biological and metabolic processes. Therefore, a source of minerals is required from a supply outside the body to replenish vital mineral nutrients. How do you replenish the dozens of mineral elements in a balanced proportion to the profile of eating nutrient optimized foods? You go to the source itself!

Mineral Bioscience is an integrated life science company dedicated to the restoration, replenishment and rebalancing of naturally occurring enriched vegetative minerals to the important role which nature intended them to exist for the betterment in health of all living things. By barrowing from the evolution of natural mineral enrichment, we allow the magical process of life to carry on the way nature intended.

Barrowing from the evolution of natural mineral enrichment

Mineral Bioscience prides itself as providers of comprehensive mineral compositions resulting from a proprietary gentle aqueous extraction process applied to select, unique, and exclusive vegetative deposits which are enriched with a vast profile of minerals. In a full cycle sustainable manner, Mineral Bioscience provides a no waste, environmentally friendly line of mineral products that enriches everything it touches to work better.

Mineral Bioscience stands out as a company that does not produce a single industrial chemical intermediate or reactionary chemical specialties based on minerals. We produce only un-reacted ionic minerals with an identical profile in composition and bioavailability to all biological systems as nature intended through the nutritional chain.

We devote much time to understanding the minerals in our land and oceans in order to play a greater role in restoring the way nature intended.

Minerals in our lands and oceans

Minerals are everywhere. How they got to this planet is debatable, but for now we can say  they arrived to form our planet  with big bang!

Minerals are found throughout land soil and water surfaces. Soil is complex to describe, but it is primarily composed of broken rock, which decomposes along with water and vegetation into minerals to feed plant life. Therefore, soil is a mixture of minerals and organic material, but “good soil” is defined by the mineral material present, and these minerals support life. Even the tiniest living organism rely on minerals.

The tiniest living organism rely on minerals

Mineral elements are essential to life and to the sustenance of everything that surrounds us from soil health to human health. In agriculture, it is well known that mineral depletion in soil is running rampant. This affects not only soil nutrients for the plant world, but it also depletes soil microorganisms (the good and bad micro bodies), that require mineral nutrients to maintain a viable eco-balance. There are billions of soil microorganisms and thousands of different species in a handful of soil. Almost all of these countless soil organisms are not only beneficial, but essential to the life giving properties of soil. Agricultural experts can detect organic mineral enriched soil by the richness and diversity of soil microorganism. Living soil degradation is rapidly taking place around the world.

Living Soil Degradation

Our fruits and vegetables are dependent on the mineral nutrients of living soil. Unfortunately the mineral content of many of our fruits and vegetable have seen a drastic (>50%) reduction in the last 5 -6 decades as a result of two factors; overuse in a manner where we deplete the soil of minerals at a faster rate than we can replenish and restore it; and use of chemical fertilizers is incapable of selective sparring the natural microorganisms which are essential to soil health.

This depletion of minerals in soil also affects plant health. Plants and plant-based foods contain a wide array of nutrients that are naturally high in major and trace minerals required to maintain good health. Major and trace mineral sources, which are generally found in the soil as inorganic substances, are taken up by plants and converted for use during the plants natural burgeoning, regulating plants homeostatic and metabolic processes. Once converted and stored, the bioactive material of plants become a major constituent of the organic carbon cycle, necessary for and utilized by all life forms.

Today we see increasing issues with crop yield, lower nutritive value, plant diseases, and agricultural stress due to mineral depletion.  This has clearly led to human nutritive value reduction in the foods we consume.

Human Nutritive Value Reduction

The nutritional chain is innately interdependent on soil mineral being present at optimal levels. When plants lose their optimum mineral profile in composition, the animal kingdom is depleted of minerals when the nutrients they consume are themselves depleted in minerals. The same goes for humans, so it affects us all.

Today we see diminishing health due to compromised immune systems. We see added stress in our lives, and our nutrition is far from optimal. The usefulness of major mineral elements and of trace mineral elements in biological systems has been scientifically and medically established. Minerals are essential to life and without them no cell of any kind can exist.

Minerals are Essential to Life

The complimentary function of minerals for enhancing nutrient exchange, improved conductivity of cellular transport, support essential osmotic balance of every tissue, fluid, cell and organ, and play a role on everything from muscle response, to transmission of messages through the nervous system, the production of hormones, digestion, and utilization of nutrients.

Minerals play a significant role in disease prevention not only in the functions described above, but on a genetic fundamental level, as biological systems require mineral elements to effectively and accurately program DNA synthesis required for cell replication. Any defective programming in DNA synthesis by deficient mineral element function could lead to abnormal replication and alternatively promote disease state or death. So these invisibly small ionic factors play an important role for health and in defense of health. They are bioactive minerals due to their modulation, bit it stimulation or up-regulation, to inhibition or down-regulation of biological processes that promote nature’s way to healthy living.

But to do so, nutrients need to be completely bioavailable in a free ionic mineral form as provided by nature in the foods we consume. Therefore, mineral bioavailability is an important criteria in the replenishment of naturally occurring comprehensive mineral we use as supplements.

Mineral Bioavailability

The ability for selective mineral bioavailability leading to absorption by plant, animal, and human cells is predicated entirely on its free-ionic state to facilitate absorption and enzymatic processes. Any additional effort on the cell’s part to break down minerals complexes to a usable microform for nutrient utilization diminishes the absorption capacity. To illustrate poor absorption of minerals by the body, many nutritional industry sources have indicated that suspended or “colloidal” mineral particles in liquid suspensions are more likely to be absorbed into the body. In fact, colloidal suspensions are not in a free ionic at all and do not mimic natural biological pathways for mineral absorption. Colloidal complex suspensions are minerals suspended which make them less available or competitively available to the body’s requirements.

Mineral Bioscience focuses on three important mineral factors; freely ionic, comprehensive mineral composition (natural mimicking) and bioavailability. The world revolves around bioactive minerals.

The world revolves around bioactive minerals

Minerals are truly essential to all microorganisms, soils, water, plants, animals, and humans. The interesting factor is that none of the above manufacture a single mineral element yet all tissue, internal fluids, bones, teeth, soft tissue, muscle, blood and nerve cells rely on minerals within their composition in order to sustain a healthy life. They play their role as bioactive minerals.

From the moment of birth, mineral supplementation is crucial to life. The presence in the body of many mineral elements is the result of supplementation through diet. Food consumption is the only means to supplement vital mineral elements to the body, until now. Welcome to Mineral Bioscience. Learn More….