VILAVI T8 Stone Concentrate Humic Acids Energy Cell Cleansing Immunity

T8 Stone is a concentrate based on FulXP ® Complex, which includes humic acids necessary for maintaining the health of mitochondria, as well as for their energy production. Humic acids are completely natural compounds that are formed during the natural decay of plant and animal tissues. T8 Stone includes all three fractions of humic acids, which are separated depending on solubility in different liquids: Humic acidsHimatomelanic acidsFulvic acidsAcademician Vernadsky also spoke about the usefulness of humic acids. He argued that this is the most natural and sustainable form of organic matter conservation in the biosphere. They have a number of beneficial effects on our body, the main of which is to improve energy production in the mitochondria. This effect is due to the fact that the complex structure of humic acids contains many groups that are able to bind reactive oxygen species (free radicals). In the cell, they are formed mainly during the synthesis of adenosine triphosphate (ATP) molecules by mitochondria. These molecules are a universal way to store energy, which is used by all living beings, including you and me. However, during the synthesis of ATP on the mitochondrial membrane, the same free radicals – reactive oxygen species - are formed as a by-product. In addition, their number increases markedly under the influence of modern living conditions (excess carbohydrates, lack of activity, lack of sleep and constant stress). Free radicals damage the membrane, impairing its work, and can lead to the death of the entire mitochondria. Accordingly, if we do not change the lifestyle and at the same time stimulate energy production by the mitochondrial pool of the cell, we will inevitably increase the synthesis of reactive oxygen species, and hence the level of oxidative stress. The humic acids of the FulXP complex, which is part of the T8 Stone concentrate, will help to interrupt this closed cycle. They attach to themselves the free radicals that are in the cell, and thereby neutralize their aggressive action.