Magnesium pidolate is a specific form of magnesium in which the mineral is bound to pidolic acid – a substance that the body can naturally produce and which plays a role mainly in metabolism in the nervous system. This combination creates an organic salt that differs from common inorganic forms of magnesium not only in its structure, but also in how it is perceived and processed in the body.

Since pidolic acid is known to the body, this binding may play a role in the efficient transport of magnesium to tissues and cells where it is needed.

Magnesium is an essential mineral – a substance that is essential for the body to function but cannot be produced by the body itself. It is present in over three hundred biochemical reactions that occur constantly, especially in skeletal muscles, bones, liver and inside cells themselves.

Its presence is important, for example, in the transmission of electrical signals between cells, in the production of energy from food, and in the regulation of the balance of ions such as calcium, potassium, and sodium. However, each form of magnesium can have different physicochemical properties that affect its behavior in the body.

Magnesium pidolate is also interesting from a technological point of view. The product is produced using SmartPure® technology, which focuses on the purity, stability and bioavailability of the final product. This technology emphasizes precise quality control from the selection of raw materials, through the processing process itself to the final packaging.

In practice, this means that the resulting product is exceptionally pure, without unnecessary additives, and its chemical composition is optimized to be as close as possible to the needs of the human body. SmartPure® technology also ensures that individual components, such as magnesium and pidolic acid, do not negatively affect each other and their bond remains stable throughout the product's shelf life.

From a biochemical point of view, the pidolate form of magnesium has the ability to form so-called chelate bonds - bonds that are in many cases more stable and effective in transporting minerals into cells than simple ionic compounds.

This makes magnesium in this form well-suited for processes that occur at the level of cell membranes, mitochondria, and enzyme reactions. In addition, due to pidolic acid's affinity for the nervous system, magnesium pidolate is also gaining attention in connection with how different forms of magnesium affect specific areas of the body.

The daily recommended dose (2 capsules) contains 1600mg of magnesium L-pidolate (of which 134mg is magnesium)!