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Scientific research shows that GliSODin® supports the bodys own production of
superoxide dismutase. GliSODin® Bio-Active is 100% vegetarian and is comprised
of gliadin, a wheat protein extract, which is bound to superoxide dismutase
derived from cantaloupe. The gliadin protects the SOD from degradation in the
digestive tract and also promotes its absorption.
Did you know... GliSODin® promotes the body's primary antioxidant defense
system?
GliSODin - The antioxidant catalyst
If you are like most people, chances are you never knew the human body has its
own built-in antioxidant defense system. And that the body's own antioxidants,
including SOD, are by far the most important and the fastest acting in
protecting us against harmful oxidative stress.
Unfortunately, aging, environmental factors and the stresses of daily life can
diminish the levels of these important innate antioxidants. How can we be sure
that our internal defense system is going to be ready for whatever life throws
our way?
GliSODin is a radically new approach to antioxidant supplementation. Unlike
secondary dietary antioxidants, such as vitamins and minerals, GliSODin works
as an antioxidant catalyst, promoting the production of the body’s own,
primary antioxidants at the cellular level. And human research has proven
GliSODin effective in helping to maintain cellular health and protect against
damage caused by oxidative stress.
Let's start at the beginning...
What are Antioxidants?
In the cells of our tissues and organs, metabolic processes constantly occur,
including oxygen metabolism. As oxygen and other compounds are broken down to
be utilized by the body, molecules become unbalanced, creating "free radicals"
or "oxidants".
When free radicals or oxidants are produced in abundance, cells suffer from
oxidative stress. Fortunately, compounds called antioxidants quickly balance
the free radicals, inhibiting oxidative stress. Cellular health, and our
health overall, depends on maintaining this balance.
Primary vs. Secondary Antioxidants?
GliSODin works to promote our own antioxidant production at the cellular
level. This internal antioxidant defense system differs from secondary
antioxidants that are obtained from dietary sources.
The body's antioxidant supply can be classified into two groups:
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Primary antioxidants are made by the body, thus internally provided.
This internal antioxidant defense system includes Superoxide Dismutase (SOD),
Catalase and Glutathione Peroxidase (Gpx), which are the first, and most
powerful, line of defense against oxidative stress.
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Secondary antioxidants are externally provided from dietary sources,
such as vitamins (vitamins A, C and E), minerals (selenium, zinc, copper and
manganese) and other substances, including polyphenols found in grapes and
green tea. These dietary antioxidants contribute to the antioxidant reserve,
yet play a secondary role to the body’s own antioxidants.
Superoxide Dismutase (SOD)
Among the antioxidants our bodies produce, SOD plays the primary role. SOD
transforms the most reactive, and therefore, the most dangerous, free radicals
– the superoxide radicals – into ions that are less reactive. These less
reactive ions are then transformed by Catalase and Gpx. This transformation is
called dismutation, thus its name Superoxide Dismutase. SOD also "signals"
other cells to produce more SOD, preparing the antioxidant defense system
against free-radical attack.
GliSODin is the first orally-effective SOD supplement!
SOD can be derived from a number of sources, including wheat, melons, and most
commonly from animal (bovine) sources. Yet when SOD from these sources is
consumed, it is destroyed in the digestive system by stomach acids and
digestive enzymes.
"Digestive medium sampled to measure SOD levels over time"
Using a medium that mimicked the GI tract, scientists sampled SOD levels over
time. Free SOD activity was totally destroyed within the first 10 minutes.
However, when the SOD was encased in gliadin wheat protein, its enzymatic
activity remained intact. The controlled release of SOD was seen after 30
minutes and reached a maximum release between 80 and 100 minutes.
GliSODin's effectiveness is due to the two unique compounds from which its
name is derived, Gliadin and SOD. First, GliSODin provides a melon source of
SOD. Second, GliSODin is protected by gliadin, a wheat protein that guards SOD
during digestion, making GliSODin a completely vegetarian product.
In addition to protecting the SOD, Gliadin is a patented, scientific
breakthrough in the delivery of the SOD. Gliadin has bio-adhesive properties
that make GliSODin "stick" to the epithelial cells in the small intestine,
presenting the SOD for utilization by the body.
In a series of experiments, scientists have demonstrated that the gliadin
proteins protect SOD against the acids and digestive enzymes produced in the
stomach and intestines, thus promoting internal antioxidant levels.
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Effect of GliSODin supplementation on antioxidant blood levels
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Control
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GliSODin
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Antioxidant Status
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1.39 ± 0.03
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1.98 ± 0.06
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SOD (U/g Hb)
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1720 ± 125
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3250 ± 255
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Gpx (U/g Hb)
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800 ± 33
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1210 ± 89
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Catalase (KU/g Hb)
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35 ± 5
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95 ± 6
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Laboratory research: GliSODin was supplemented for 28 days. Samples were
tested for antioxidant levels.
GliSODin, the only orally-effective SOD supplement, is protected by
international patents and U.S. patents 6,045,809 and 6,426,068B1, with
additional patents pending.
Clinical Research
GliSODin promotes cellular integrity and health by increasing the antioxidant
response. And GliSODin's protective benefits have been demonstrated in human
interventional studies.
GliSODin helps protect against damage caused by cellular oxidative stress. In
a double-blind, placebo-controlled trial, healthy volunteers were given pure
oxygen in a hyperbaric chamber (HBO), which increased atmospheric pressure to
2.5 times normal, inducing intense oxidative stress. Cellular integrity was
measured before and after to determine the effect of oxidative stress.
Effect of GliSODin In a human study with induced oxidative stress
In this model a hyperbaric chamber creates oxidative stress using pressure and
pure oxygen.
One group was given 1000 mg GliSODin once daily for two weeks prior to the
test, while the placebo group received 1000 mg of wheat gliadin alone. The
GliSODin group had significantly lower cellular DNA damage as evidenced by a
test called "Comet Assay". Further, these findings coincided with reduced
blood isoprostane levels, another marker of oxidative stress.
Comet Assay Cell Nucleus Damage
Exercise-Induced Oxidative Stress
Extreme exercise is another model for evaluating the effects of induced
oxidative stress. In a compelling study, healthy volunteers supplemented their
diets with 1500 mg of GliSODin for four weeks. The participants underwent
strenuous exercise before and after GliSODin supplementation, and several
markers of oxidative stress were compared. Total blood antioxidant levels,
lactic acid accumulation and several other markers were measured for each
participant.
GliSODin supplementation resulted in a significant positive change in
oxidative status and a significant decrease in exercise-induced lactate
release, suggesting that damage-causing oxidative stress was significantly
inhibited.
What about other forms of SOD?
SOD supplements derived from wheat or bovine sources have been evaluated and
tested by different scientific teams. Unfortunately, it was shown that the
oral administration of SOD was inefficient due to the fragility of this
enzyme, which is immediately destroyed by gastric enzymes and acidity. Enteric
coating, or coating that protects against stomach acids, are also ineffective.
Once the coating is broken down so that the nutrients can be absorbed, the
digestive enzymes in the small intestines will destroy the SOD. Further, only
gliadin's bioactive properties have been shown to promote SOD utilization.
What about Gliadin (gluten) allergies?
Gliadin is a wheat biopolymer and is a source of gluten. For this
reason,GliSODin is NOT recommended for anyone with wheat or gluten
sensitivities. If so, please use as directed by a physician. However, there is
less gliadin in 250 mg of GliSODin than in one slice of bread. Additionally, a
published study hypothesized that the SOD delivered in the GliSODin complex
actually decreased the pro-allergenic effects of gliadin during
digestion.Therefore, for most people, the gliadin content in GliSODin is
likely not an issue.
Is GliSODin safe?
GliSODin combines an extract from a variety of non-genetically modified melon
(Cucumus melo) that is naturally rich in SOD, providing a food-based,
vegetable source of SOD. Gliadin is a food-based wheat polymer. GliSODin is
well tolerated and is safe for consumption with no chronic or acute toxicity.
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Promotes the production of the body's own, natural antioxidants, including
Superoxide Dismutase (SOD)
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Clinically proven to help maintain cellular health and protect against damage
caused by oxidative stress
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Reduces lactic acid build up in humans under physical stress
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Supports healthy immune function
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Also, you can download the following brochures to learn more:
Other Ingredients:
Vegetable Capsules, Stabilized Rice Bran, Magnesium Sterate.
Brand
Supplementspot.
Availability
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