Minerals and Their Transporters – A Shocking Fix

General information about minerals

Essential minerals are crucial for proper cellular function. They are naturally occurring inorganic components that are typically found in compounds. This is because they are highly chemically reactive. The body requires them in varying amounts – those needed in larger quantities are called major minerals, while those needed in smaller amounts are called trace minerals. They play vital roles in the body, such as maintaining cell charge, regulating body pH, acting as cofactors for enzymes, and supporting energy production.

Essential nutrients cannot be produced internally so require dietary intake. Currently, scientists recognize 20 essential elements for human health, with this list possibly expanding as we gain more knowledge. Deficiency in certain nutrient components can cause recognized deficiency diseases. Transporters and cell membrane functions play a vital role in maintaining the right balance.

While minerals play a crucial role in our overall health and well-being when it comes to absorption, the journey of minerals starts in the small intestine. In order to be distributed to other tissues in the body, minerals need to cross the intestinal wall. The process begins with the release of free minerals or cations during digestion. These minerals must then bind to surface intestinal cell membrane proteins, or form chelates with amino acids in the intestinal lumen to facilitate absorption. This intricate process ensures that our body can effectively utilize the minerals we consume, contributing to various physiological functions and maintaining optimal health.

Electrolytes

Electrolytes, such as mineral ions, play a vital role in our body’s functioning. These electrically charged particles, also known as cations, are essential for maintaining the health of our cells, tissues, organs, and overall well-being. They are responsible for maintaining a healthy electromagnetic charge and activating the enzymes that drive crucial chemical reactions.

To ensure their optimal functioning, our body requires specific concentrations and precise locations of minerals. This balance is crucial for the proper functioning of our cells. Also, the cell membranes act as gatekeepers, diligently regulating the internal and external concentrations of these important elements.

Mineral Absorption:

Many individuals nowadays rely on multi-vitamin and multi-mineral supplements to support their nutritional needs. However, when it comes to choosing the right supplement, the common approach is to base the decision solely on price. People often opt for the cheapest brand available, considering it a great bargain. However, this strategy may not yield the desired results. In order to offer lower prices, manufacturers often utilize the cheapest mineral forms, such as mineral salts. Unfortunately, these mineral salts can have extremely low absorption rates, sometimes as low as 0-9%. For instance, if you consume 600 mg of elemental magnesium in the form of magnesium oxide with an absorption rate of 9%, you are only absorbing a mere 54 mg of actual magnesium.

Mineral supplements like liquid ionic minerals, liquid colloidal minerals, and organic mineral chelates may offer better absorption than inorganic mineral salts. However, they lack the necessary carrier mechanisms for effective tissue distribution and transportation of minerals into cells.

Charged ions, such as those found in mineral salts, colloidal minerals, and ionic mineral supplements, cannot pass through cell membranes on their own due to electric charge repulsion of the cell membrane to the mineral. Chelates and mineral transporters provide a solution by neutralizing the charge and enabling the minerals to pass through cell membranes.

Mineral Transporters

Mineral transporters are absorbed with the mineral still bound to the carrier and delivered into the blood stream. They provide an opportunity to deliver minerals to specific tissues and they also deliver minerals to specific parts of the cell.

Cells employ specific mechanisms to absorb mineral compounds, often utilizing similar pathways used for amino acids or lipids. In the case of AEP mineral transporters, the mineral goes directly into the outer cell membrane. On the other hand, the mineral attached to aspartates transport the mineral to the inner lining of the cell membrane, arginates to the cytoplasm inside of the cell and orotates to the cell organelles.

Mineral transporters can also deliver minerals to specific cellular locations. For instance, certain mineral transporters are attracted to particular body tissues, according to Dr. Nieper, who spent over 50 years in research. Tissues that are embryonically derive from mesenchyme, like bone, cartilage, liver, blood vessels, heart and the blood brain barrier take up orotates; whereas the muscles, heart, liver and breast tissue take up aspartates. Understanding the specific preferences of these transporters can lead to enhanced nutrient delivery and overall tissue health.

Transporters seamlessly deliver essential minerals such as calcium, potassium, magnesium, lithium, and zinc across the cell membrane, ensuring the stability of the cell’s electrical potential. Once inside, these minerals contribute to the proper functioning of enzymes and structural proteins. Their presence is indispensable for the overall health and vitality of our cells.

When the cell membrane is damaged or experiencing transport dysfunction, essential nutrients struggle to pass through and reach their intended destination. Additionally, cellular energy deficiency further hinders this process. As a result, these vital nutrients end up circulating in the bloodstream until they are eventually filtered out by the kidneys.

Dr. Nieper, in the late 1950’s, developed and utilized mineral transporters that supported the cell. He developed the mineral transporters spoken above and used other orthomolecular substances that could support and repair the cell.  By providing the right minerals, in the right location and in the right concentrations, the mineral transporters improved the membrane’s natural ability to repair itself. Professional Formulas is the only company that has the exclusivity to replicate his formulas and sold here at HealthAlways.

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References

• https://kidshealth.org/en/kids/minerals.html
• https://medlineplus.gov/minerals.html