Ionized water and its effect on the cells

What is ionized water

is any process in which one or more electrons are removed from an atom or molecule, leaving the atom or molecule as a positively charged ion. The reverse process, in which an electron is captured by an ionized atom or molecule, is called recombination.

Source: chemie.de

Exactly this procedure is used to convert normal tap water into more alkaline water.

In addition, this procedure can positively influence the structure of the water so that in the most favorable case clusters with 6 molecules are formed which are best absorbed by the human cell.

This is why small water clusters are very important

you

water directly from the water pipe, it is pressurized and often filled with large clusters due to the long pipe runs, i.e. a rather (viscous water) with low surface tension. The cell has difficulty breaking down these compounds chemically to make this water available for the cell.

If, on the other hand, you drink structured water, in the best case arranged hexagonally, it penetrates the cell almost unhindered and can transport nutrients and food supplements much more easily into the cell and also cleanse it.

Difference between tap water and ionized water

Tap water

Conventional tap water is usually without water information (i.e. death water) after 150 meters of pipe installation. This water is very strongly clustered and its form is not suitable for the body's cells.

Large-clustered water
Cluster size approx. 500 molecules to 1000 molecules possible.
Property:

low energy content

small inner surface

low solubility

Alkaline / ionized water

, purified water, regardless of the method used, can better ensure the exchange of cell water due to its much smaller clustering and thus promotes the detoxification of the body

Small-clustered water
The cluster size: Up to one H2= molecule
Property:
- high-frequency vibrations
- high energy content
- large inner surface
- high solubility
- arranged hexagonally in a favorable case

Ionized water strengthens the cells and provides energy

Roughly speaking, our cells work in the same way as a battery. If the environment and milieu are not right, the body has little or no energy available. In the illustration on the right you can see the difference between a sick and a healthy cell. The cell urgently needs a negative voltage so that communication for control is not disrupted. In the case of hyperacidity, the cell is disturbed and cannot build up the negative value.
The PH scale below shows us that the higher the alkaline value, the more negative voltage I have available for the cell

Can you feel the difference?

Some people can already recognize structured water in their mouth. Others do not feel a feeling of fullness in the stomach even after drinking a larger amount. The water can be absorbed directly by the cell.

It has accompanied us as a thirst quencher since time immemorial. The body consists of up to 70% water in cells, 26% water in the space between cells and 8% water in the bloodstream. We humans consist of more than two thirds of this element. Water supplies our cells and organs with important nutrients and transports waste out of the body via sweat, the bloodstream and urine. The diagram shows the proportion of water in the organs.