Why You Need Living Silica In Your Beauty Regime
15 May,
9:00
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Living Silica® on the Electrical Balance of our Cells
Summary
In this blog article, we delve into the important role of silica in strengthening the electric levels of cells in the body.
The comprehensive and effective action of silica in joints, the immune system, the liver, and bones suggests that it strengthens all the electric levels of cells in the body.
Silica plays a vital role as an intermediary in carrying electrons and amplifying pulses between different molecules.
This has been suggested by scientific pioneers in bioelectronics such as Vincent, Fazekas, Schafer, Chandler, and Bornens. These scientists based their findings on the presence of silica in the mitochondria, the power generator of cells. They assigned silica a leading role in the transport of intra and intercellular energy.
Centrioles also play a similar role, acting as a quartz pulse regulator with very stable frequency signals that govern the movement of the centriole. Its ability to exchange electrons acting as a carrier facilitates the action of antioxidant systems. These electrons provide protection by blocking free radicals that affect both the mitochondria and the immune system.
It should be noted that several scientific studies prove that all body disorders come from an electrical imbalance of body cells. A healthy cell is electrically and perfectly balanced, while a deficient cell (due to disease, aging, etc.) has unbalanced poles.
Silica is charged in its extremities by positive and negative ions that intervene in our system to reestablish the polarity of deficient cells by releasing or exchanging the appropriately positive or negative ions.
It can balance the entire body, while its action can help to give the cells the energy to fight external aggressions. This may explain the hot or cold sensation or electrical tingling that patients sometimes feel just a few minutes after the absorption of organic silica, and that improves the overall condition.
Scientist John Calcagni did not hesitate to highlight “the importance of this mineral for metabolic and cellular life processes in animals.” Meanwhile, researcher Mary A., already in 1910, noted that “silica can significantly activate phagocytosis, contribute to the mineralization of blood serum and weakened organs, and regenerate cells by exciting osmosis. Its action, whether preventive or curative, comes naturally from its physicochemical properties, its consistency, and its osmotic role in an organized cell.”
In summary, Loïc Le Ribault’s Living Silica acts on the synthesis of collagen and elastin and glycosaminoglycans. Its high reactive power acts as a regulator of the electrical potential of the cell’s membrane and intercellular communication transmitter, explaining its action on the body through its bioavailability.
