| Oxidation
and its Affect on Your Health
Oxidation occurs when elements or materials
are exposed to free radicals in the environment.
We have all seen examples of this in nature.
- Metals Rust
- Plants Wilt then Decay
- Proteins Putrefy
- Oils get Sticky and Rancid
The actual process of oxidation occurs when free radicals
scavenge these materials for electron donors. So let's take
a small detour here to understand how free radicals are created.
- Free radicals are created when an atom or a molecule
looses 1 or more electrons producing an instability in
the overall electrical charge of that atom or molecule.
- Free radicals are the normal by-products of chemical
chain reactions as well as mechanical processes. So things
like manufacturing processes, engines running, burning
wastes, producing electricity and burning fossil fuels
are a few of the ways that free radicals are produced in
our environment every day.
- Free radicals are also produced in our cells as by-products
of cellular respiration on a continual basis.
- Free radicals multiply rapidly the longer food is stored
before it is consumed.
Once these free radicals have been produced they begin to
wreck havoc on our bodies. Each free radical that we ingest
through the air we breathe, the water we drink and the food
we eat can result in damage to our cells. Let me explain
how this happens.
- These unstable free radicals seek stability. The only
way for them to become stable once again is to "recapture" their
missing electrons.
- This is accomplished by scavenging electrons from healthy
tissues in the body.
- As electrons are scavenged from body tissues those tissues
become unstable and begin to either break down or mutate.
- These unstable or mutated tissues contain more free radicals
and they begin to scavenge more electrons from surrounding
tissues. Eventually this can lead to a major change in
the tissue as this destruction continues. In fact, this
is the process that is responsible for all diseases.
When you consider that our bodies are all made from basic
minerals, plant matter, proteins and fats, as these substances
begin to oxidize they begin to rust, rot, decay and go rancid.
This is the systematic destruction of the body.
This destruction creates a biological aging of the body
that is evident through a microscope as well as the naked
eye. This destruction of oxidation results in wrinkles, degeneration
of our bones, muscles, organ and glandular systems, a weakening
of cellular membranes and a loss of vital energy. It ultimately
leads to diseases and eventually death.
Anti-oxidants are electron donors that counteract the destruction
of oxidation. The greater our intake of both simple and complex
anti-oxidants the faster this destruction is slowed or stopped
altogether. Vitamins A, C & E have long been extolled
for their high levels of anti-oxidants. Super foods like
blueberries, goji berries, acai berries, kale algae and seaweeds
are now in the health news regularly because of their A,
C & E contents. These nutrients are very complex and
carry molecular weights that vary between 150 microns for
A, 176 microns for C and 153 microns for E.
Enagic's Ionized Kangen WaterTM actually carries the highest
anti-oxidant potential delivered in a simple molecular structure
carrying the very low molecular weight of 18 microns. The
anti-oxidant potential of water can be measured in millivolts
(mV) with an Oxidation-Reduction Potential Meter. The higher
the positive meter reading the greater the oxidation potential
it carries. The higher the negative meter reading the greater
the reduction or anti-oxidant potential it carries.
In very simple terms Oxidation-Reduction Potential is
the potential of a fluid to either increase oxidation or
reduce oxidation.
Within the cells (especially in the mitochondria) it is
essential to have a high number of negatively charged electrons
(electron donors). This condition sets the stage for 2 very
important functions, optimal production of energy on a cellular
level and neutralization of free radicals produced through
normal cellular respiration. Conversely, a high number of
positively charged ions (free radicals) create a very undesirable
condition known as oxidation which results in cellular destruction.
Change your water . . . Change your body.
Human bodies are composed of roughly 70-100 trillion cells
which are primarily water - up to 98% depending on the function
of the cell. So it only stands to reason that the water we
consume is the water that makes up those cells.
Surprisingly, water can be one of the most corrosive substances
that we ingest every day, yet it is absolutely essential
for life. Below is a chart out lining the oxidative values
of typical water sources available throughout the US .
Water Type or Source MilliVolt Reading Rate of Corrosion
Tap* +576 High
Pur Filter* +588 High
Britta Filter* +622 Very High
Carbon Filter* +596 Very High
Softened +791 Extremely High
Aquafina by Pepsi +542 High
Dasani by Coke +521 High
Penta +613 Very High
Evian +404 High
Perrier +457 High
Propel Fitness Water +656 Very High
*This is an average of the values gathered from source waters
in cities across the US - Dallas , Los Angeles , New York
City, Santa Fe, Seattle and Spokane .
Bottled water readings vary from one bottling run to the
next. These are the lowest readings measured over a 3 year
period.
Water Type or Source MilliVolt Reading Rate of Anti-Oxidants
Kangen WaterTM -883 Extremely High
(This is also the average values of water gathered from
the same sources as the tap water readings above.)
These charts point out the dramatic differences between
various types of water and Kangen WaterTM. Keep in mind that
the higher the positive number the more oxidative or corrosive
potential the water has. While the higher the negative number
the more anti-oxidants the water contains. The anti-oxidant
potential of Kangen WaterTM is the secret behind Enagic's
phrase, "Change your water . . . Change your body."
More than 3 years of testing and research have led me
to the discovery that drinking Kangen Reduced Alkaline
Water is the most effective tool for quickly, easily and
economically changing the rate of oxidation on cells that
I have ever encountered. |