STEVIA
What’s Special about our Stevia?
Our extracting technology uses an all-natural
process to eliminate the bitter aftertaste commonly associated
with Stevia without sacrificing the Stevioside
A BRIEF HISTORY:
It was Antonio Bertoni who first discovered
Stevia in 1887. Originally considered a part of the daisy family,
it was re-assigned to the chrysanthemum (Asteraceae) family
in the Eupatorieae Tribe in 1905. Bertoni learned of the herb
and its curious sweetening properties form the Guarani Paraguayan
Indians, Mestizos and others who had used it to sweeten bitter
beverages, particularly mate.í Stevia was known locally
as Caaí-ehe or Kaaíhe-E which can be translated
as "sweet-herb" or "honeyleaf.." By the turn of the century,
it was well known and widely used by herbalists in Paraguay
as a sweetener in teas.
By 1901, a man named C. Gosling, who was the
British Consul at Asuncion, was able to write: This plant,
which has been known to the Indians (Guarani) for a hundred
years or more and whose secret has as usual been so faithfully
guarded by them, grows in the Highlands of Amambai and near
the source of the River Monday... The leaves are small and
the flower still more diminutive, and the Indians call it Caaí-ehe,
meaning sweet herb, because of its sweetness, a few leaves
being sufficient to sweeten a strong cup of tea, giving also
a pleasant aromatic flavor.
In an article written for the June 1909 edition
of Chemist and Druggist, Karl Dieterich wrote that the sweet
plant of Paraguay, also known as honey yerba, is used in an
area where it is found to sweeten mateí.
Two French chemists named Bridel and Lavieille
began to unravel the secret of Stevia in 1931 with exploratory
extraction work on Stevia leaves. Their research yielded a
pure white crystalline compound, which they named "Stevioside" which
was recovered at a six percent yield. They found this substance
to be 300 times sweeter than table sugar and without apparent
toxic effects in various experimental animals.
In 1941, because of the scarcity of sugar and
other sweeteners in England due to the German submarine blockade,
a substitute sweetener was sought out which could be cultivated
in the British Isles. The Director of the Royal Botanical Gardens
at Kew commissioned an R. Melville to research Stevia as a
likely possibility.
Melvilleís report shows that he believed
Stevia could be just the substitute for which they were looking.
Melville reported that the native of Paraguay
for sweetening their mateí and as a general sweetening
agent has long used the leaves of Stevia. Their use has been
suggested for sweetening beer, tobacco and instead of sugar
in drinks for hot climates. Later, the possibility of employing
the leaves or the extracted sweet principals was considered
for sweetening foods...Two or Three leaves are enough to sweeten
a cup of tea or coffee.
The largest user remains Japan, which began
cultivating Stevia plants in hothouses in 1954. When the Japanese
government banned certain artificial sweeteners due to health
concerns in the late sixties, the use of Stevia as a natural
alternative increased dramatically. Steviaís usage has
also increased due to the health concerns of Japanese consumers
toward sucrose, related to dental caries, obesity and diabetes.
Stevioside has also been approved as a food
additive in South Korea and is widely available in China, Taiwan
and Malaysia. In China, teas are made from the Stevia leaves,
which are recommended, for increasing the appetite, as a digestant
for losing weight, for keeping young and as a sweet tasting
low-caloric tea."
In Paraguay and Brazil, Stevia is widely touted
as a remedy for diabetes, although there has not been a scientific
study to adequately support this claim. Stevia does not contribute
to diabetes, high blood pressure, Candida, hypoglycemia, or
tooth decay.
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Benefits May Include:
- Natural energy boost
- Noticed reduction in the effects of aging
- Increased circulation
- Restful sleep
- Renewed interest in sexual feelings
- Growth of hair, nails and skin
- Reduced arthritic pain
- Less Anxiety
- More nutrients through blood serum aiding nutrient transportation and absorption.
- Digestion, assimilation and elimination
- Re-hydration of body fluids and cells
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