To obtain energy, we need to consume fuel which we can get from air, food and water. We consume this fuel by breathing, eating or drinking (each an action which requires its own sets of movements of course). But even once ingested the fuel does not immediately turn into energy. The fuel that we consume is potential energy. Before it can be turned into actual energy it first has to undergo a chemical reaction that turns the fuel into energy and then certain nucleotides transfer the chemical energy within cells for metabolism.
But the chemical transference of fuel to energy has, over time, lost much of its productivity thanks mostly to the buildup of pollution in the environment. Everything that is put into our atmosphere and into our biosphere remains here and, eventually, becomes a part of the fuel that we ingest in order to produce the energy that we need to survive. These pollutants are not needed addition to the fuel. In fact it can cause to imbalance the subtle processes that turn our fuel into energy. The issue that pollutants pose is that they are the by-products of movement; therefore they contain almost all positive ions. When you move a muscle, negatively charged ions unite with positively charged ions to enable the energy needed to make the movement; the result is a molecule with all of its ions now positively charged. In order for more movement to be made, fresh negative ions are needed. Positively charged ions are not a bad thing at all. It is need to maintain the balance.
To utilize the fuel we take in, our bodies have to work overtime negatively ionizing the air, water and food that we consume so that we will have enough negative ions to provide the basic movements we need in order to survive. We could probably manage well enough, if it is only a matter of negating basic pollution levels since our bodies are adept at producing negative ions. Unfortunately it is not nearly that simple. We are currently living in the age of technology and most of us use electronic gadgets and electricity on a daily basis which is proven to repel negative ions. This makes it far harder for the body to regulate the production of the negative ions necessary for survival, let alone what is needed for optimum cellular performance.
Now the good news is we can have the negative ions that we need. Large amounts of negative ions can now be produced outside ionization. Like ionized water, it under goes electrolysis; the process that divides alkaline and acid content found in water. When water has been properly ionized it enhances the oxygen content of the blood and neutralizes free radicals in the blood stream, thus freeing up the body from its struggle to producing just enough negative ions to survive, and instead flooding the body with enough negative ions that it can function as it was designed to! Chanson Water ionizers can produce large amounts of negatively charged ions, enabling you to start relieving your body of the pressures to produce negatively charged ions just to survive, and start producing them in quantities that will truly make a difference in your health.
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