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Edible Clays (Calcium
Montmorillonite) By Ray Kong
Both human and animal ingestion of calcium montmorillonite
minerals have been an accepted practice throughout the world for many
years. Calcium montmorillonite mineral deposits have been used by
Native American healers for centuries as an internal and external
healing agent. The Native Americans would use mineral rich clay on
open wounds and for stomach or intestinal distress. The key to these
healing benefits is the natural form in which these minerals are
found.
Montmorillonite belongs to the smectite group of clays. There are
two types of montmorillonite, sodium and calcium. Sodium
montmorillonite is commonly known as bentonite; the name is derived
from the location of the first commercial deposit mined at Fort
Benton, Wyoming USA. Bentonite principally consists of sodium
montmorillonite in combination with 10 to 20% of various mineral
impurities such as feldspars, calcite, silica, gypsum, etc. Sodium
montmorillonite clays are the industrial clays used in things like:
plaster, oil well drilling mud, cat litter, matches, cement tiles,
lubricating grease, paints, copy paper, dynamite, shoe polish,
concrete, cleaning agents, wall boards, crayons, and bleaching agents
to mention a few.
Calcium montmorillonite, the second type of montmorillonite, is
also known as "living clay" for it principally consists of
minerals that enhance the production of enzymes in all living
organisms. California Earth Minerals calcium montmorillonite is
called Terramin. It is the preferred choice to use for soil, plants,
animals and humans, especially when ingested, hence "edible
clays. "
Benefits of calcium montmorillonite minerals have been documented
in research conducted by many scientists and leading universities.
Dr. B.H. Ershoff, from the University of Southern California School
of Medicine, conducted research for NASA which demonstrated the
growth promoting properties of calcium montmorillonite minerals in
cattle. Dr. Quisenberry, from Texas A&M, researched the
beneficial effects of calcium montmorillonite clays when fed to many
farm animals including horses, pigs, chickens, etc. Neva Jensen, a
nationally known nutrition expert, wrote a book on Terramin called
"The Healing Power of Living Clay," explaining how the
nutrients in certain clays are assimilated in our bodies. The US
Department of Fish and Wildlife conducted similar studies on trout
fish on the Snake River in Hagerman, Idaho revealing the same health
promoting effects. All of these studies were specific to Terramin.
The benefits of Terramin are due to the mineral content or trace
elements which are vital to the cellular functions of all forms of
living creatures. Perfect health can only be obtained by a diet which
supplies a proper balance of essential nutrients. Trace mineral
elements are necessary for vitamins and enzymes to function. Without
enzymes the body can not activate certain chemical processes like
digestion or the synthesis of proteins within cells.
For example: A trace of Copper is needed for the synthesis of
hemoglobin. A trace of Cobalt is needed to make vitamin B 12. A
trace of Zinc is needed by the pancreas to manufacture insulin.
However, modern agricultural practices jeopardize our health. Our
farming techniques use the soil over and over for high yield mass
production, depleting the soil and the crops of vital essential
elements. As soil health declines, crop health falters and farmers
become increasingly reliant upon synthetic petroleum-based
fertilizers to artificially replenish the soil with nitrogen,
phosphorous, and potassium (NPK); only three essential elements. The
tradeoff for adding synthetic enhancers is that the living soil
remains deprived of naturally occurring bacteria that produce
nitrogen, thus the soil is dying and crops actually become dependent
on artificial fertilizer to sustain life. Aquifers are now
contaminated with nitrates that were leached from farmlands. The
combination of leaching from rain and irrigation, overuse of the
land, and chemical fertilizers deteriorates the level of nutrients in
our soil. As a result, most of the food grown is deficient in trace
mineral elements. The few trace mineral elements that remain are
removed during processing, e.g., the milling of wheat.
These same crops are used in turn to feed the animals we use for
food. Mass production rids these animals of their natural grazing
habits, so animal feeds are needed to supplement or replace their
natural food sources. The plant life used to create animal feed is
deficient of naturally occurring trace elements, therefore, the
animals are robbed of these life giving nutrients.
Studies have shown that there is a relationship between human
malnutrition and the depletion of trace elements in soil. According
to the USDA, we would have to eat 75 bowls spinach in order to get
the same amount of iron as one bowl eaten in 1948. As a result,
malnutrition exists in 57% of US citizens over the age of 65! To slow
(and eventually reverse) this malnutrition trend, we need to look
more closely at nature and learn a more complete picture of health.
Animals are instinctively selective about the types of minerals
they will ingest, shunning sedimentary minerals in favor of mineral
deposits formed by igneous hydrothermal activity. Extensive studies
with cattle, horses, pigs, fish, chickens and other animals have
shown that the volume of food intake is less when mineral supplements
are added to the their diet. Additional benefits are noted as well,
for example, increases in butter fat and milk output are documented
from dairy cows. These improvements have been found in all studies
using a specific type of calcium montmorillonite.
Not all calcium montmorillonite is the same. In order to absorb
the trace elements, these elements must be of a small size. Neva
Jensen states that Terramin has the advantage of increased exchange
properties since the California Earth Minerals calcium
montmorillonite deposit has undergone extensive hydrothermal
exposure. These favorable properties were created naturally from
igneous activity deep in the fissures of the earth, bringing boiling
water to the surface of the earth, and creating extensive pools of
bubbling mud. These bubbling pools churn the calcium montmorillonite,
adding beneficial trace minerals and breaking down the larger size
parent material. Over a long period of time this activity brings
about complete fragmentation or crystallization and hydrolysis of the
clay making it readily available for absorption.
Mineral deposits formed by igneous activity in bubbling mud-pots
have a calcium magnesium complex which have a powerful negative
charge. Minerals are found throughout North America, however,
Terramin is found in a region where the rainfall is minimal, moisture
is nonexistent, and temperature consistently high. This combination
of arid conditions keeps the ion in an 'open ion state' that is more
usable. Deposits which are found in Northern areas where there is
rain, snowfall and leaching are not as likely to be found in an 'open
ion state', thereby being of lower quality and grade. The negative
ion charge is best used by the body for detoxification purposes. All
toxins are positively charged. In nature, opposites attract. Thus,
the negative ions attract the toxins' positive ions, facilitating the
movement of toxins through the kidneys or lymphatic system to a site
of normal excretion of the toxins.
Terramin can help to improve our health; from replenishing our
soil with vital essential elements, to improving the vitality of our
plant and animal foods, and by removing toxins from our bodies.
Native Americans knew this. Animals instinctively know this.
Scientific, medical, and agricultural research has proven this. Use
life promoting Terramin.
Terramin is a product of California Earth Minerals, Corp.
www.terramin.com or www.calearthminerals.com. Author Ray Kong
is the president of California Earth Minerals Corp., but this
important article is not just a promotional commercial. Edible Clay
is an important tool for the management of modern world toxicity and
the views of the author are indeed accurate and valid.
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