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MaxGXL - Unique
Properties
What makes MaxGXL so unique compared
to other nutritional supplements on the
market?
Here are the answers in brief:
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MaxGXL was created by
a compassionate leading global researcher,
clinician, and scientist to help improve the quality of
life of his patients - not by a company;
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MaxGXL formula has a
compositional patent which is usually
reserved for larger preferential drug companies;
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MaxGXL is science-based and
clinically tested with proven and verifiable
results (through testing of the
lymphocytes);
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MaxGXL accelerates glutathione
production up to 400% - enhancing the body's
own master anti-oxidant;
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MaxGXL's proprietary blend
provides nutrient precursors in proper proportions that
maximize effectiveness, preferential absorbtion, and
entrance through cell walls and mitrochondria to unite
and produce glutathione;
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MaxGXL empowers our body
do what it was naturally intended to do;
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MaxGXL exponentially
outperforms vitamins, minerals, and other exogenous
anti-oxidants, foods, drinks, and supplement
products;
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MaxGXL efficiently raises GSH levels
in every live cell, thereby impacting all
symptoms at the causal intercellular
level;
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MaxGXL revitalizes the
liver to function more optimally to produce, store,
replenish, and recycle glutathione;
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MaxGXL is real and all-natural nutritional
supplement with demonstrated results
in real people like you and me. |
There are products on the market today that
are useful for certain things and can provide a level of
positive impact on our health. MaxGXL does something for
our body that no other nutritional supplement does and,
because of this, was awarded a compositional patent by the US
patent office that is usually reserved for products created by
pharmaceutical companies.
MaxGXL neutralizes the free
radicals and electrons, the inflammation, and other pollutants
within the cells to an exponentially larger degree
than other exogenous supplements, products, or foods
sources.
And there is much more!
There is good news, bad news, and more good
news!
The first piece of good news is that the
Master Architect of the human body created us with a special
tri-peptide protein chain that automatically cleanses,
energizes, and protects every cell in our body.
Scientists discovered this fact in 1888 and in 1921 it was
named “Glutathione” (pronounced – glootah-thigh-own);
also abbreviated as “GSH.” [See end note:
'GSH Discovered in 1888' for a more indepth description
GSH.]
The bad news is that we live in a less than
perfect world and ingest various toxins and pollutants
from the air, water, food. Our diets may not be as
healthy and balanced as they could be. Also, the natural
process of burning oxygen for fuel produces “oxidation”
or a kind of rusting in the cells that is usually cleansed by
GSH. Free electrons called free radicals create a type of
chaos within the cell. If not neutralized, inflammation
remains. These factors lead to a reduction of our body’s
glutathione (GSH) production resulting in even more
inflammation and low activity or energy within the cells.
Science has shown that we tend to lose
about 10-15% of our glutathione production every decade
beginning around age 20. Some studies show that early
intrusion of vaccines, lead, mercury, and other chemicals into
the body can significantly inhibit or retard GSH production.
Patients with diagnosed diseases show low levels of
glutathione in the white blood cells (lymphocytes). It is a
vicious cycle when reduced GSH levels leave us more
susceptible to viruses and infection.
Summing up the bad news, we all lose GSH
production at a rate of about 1-2% a year from age 20 onward.
So, if you are 55 years old, your GSH production percentage
is down to about 30% to 65% of what it was when you were 20;
(55yrs. – 20yrs. = [35 yrs. x 1-2%] subtracted from 100%).
The results are a weakened immune
system, lower levels of energy, lack of mental sharpness,
symptoms of illness and disease, nagging joint soreness,
chronic tiredness, acceleration of the aging process, and…
I’ll stop there for now!
 And now for the 2nd
piece of the “good news:"
Dr. Robert Keller has
created a formula of natural ingredients that accelerates the
production of glutathione (GSH) in every cell! It is
called MaxGXL. Dr. Keller has developed MaxGXL over a
10+ year period and 18 or more versions (iterations) before he
found the right blend to produce the useful results he was
looking for. He gave it to people in clinical trials with
HIV/AIDS, Hepatitis, Chronic Fatigue Syndrome and a control
group of ‘non-diagnosed’ people.
It has been scientifically tested and
proven to raise glutathione levels in every person tested
up to 400% within several months. This is HUGE! All
patents reported an improved “quality of life” during that
period. Due to the tremendously significant results of using
the GXL formula, Dr. Keller continues to use the MaxGXL blend
with patients in his Florida clinic. The nutritional GXL
blend is also included as part of an HIV drug that he has
developed and is currently in the FDA review process. Because
GSH levels are raised throughout the body, the function of the
liver is also rejuvenated which aids in the recycling and
storage of GSH...
Dr. Keller’s research and practical use of
the GXL blend over the last 10+ years has proven itself to be
effective for everyone. Anecdotal stories that are shared have
been remarkable. We do not write about the medical success
stories since we cannot make any claims that would suggest
MaxGXL has a healing or curative value. All we can say is that
it is a compositionally patented nutritional supplement
that has been proven to significantly raise GSH levels
throughout the body.
It is not a glutathione supplement. And,
there is a good reason for that. It is better than any
glutathione supplement we could purchase at a discount
nutritional store. Dr. Keller’s practical experience in the
lab has taught him that there are over 100 different steps in
the production of GSH. When we take a simple glutathione
supplement, it is broken down in the digestive process and
little to none of it actually gets to the cell. If the GSH
would get to the cell, the tri-peptide protein strain is too
large to enter through the cell’s wall or effect the
mitochodria where it is most needed.
MaxGXL provides the necessary
ingredients in the right proportion to penetrate
the cell walls and twine together within the cell to
form glutathione. The compositional patent that Dr.
Keller has on the GXL formula means that nothing can be
changed in the formula and called something else by another
manufacturer. It is a unique and breakthrough product that
works!
MaxGXL passes all the tests of a uniquely
“Break-Through” product.
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Science-based in research and
development
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Clinically tested with verifiable
results
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The results are significant in
statistically positive terms
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Demonstrable by real
people
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Does what it claims |
MaxGXL is not a magic pill that will
automatically change your life in a day or two... It has made
dramatic changes in people’s lives over time. Sometime the
changes begin to show in several days and sometimes they occur
slowly over months. MaxGXL will not take you back to when you
were 1 year old and give you a brand new body. MaxGXL will
increase your GSH to levels closer to what they were at a
younger age.
If you know of someone with a specific
diagnosis or physical issue, you can be assured that higher
GSH levels can have an effect of any condition because it
raises GSH levels in every cell. But Max makes no claim about
curing or treating diseases with MaxGXL. It is simply a
nutritional supplement with proven results.
MaxGXL can help everyone. The more we
know about MaxGXL, and the more we hear the stories of the
effects that taking MaxGXL on a regular basis has in the
quality of peoples’ lives, the more we are honored to be
a part of spreading the “good news.”
Increased
glutathione levels can lead to:
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Slowing down the aging process
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Strengthening our immune system
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Fighting inflammation and the diseases of
aging
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Raising our energy level and making it more
consistent
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Better and more restful sleeping
patterns
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Improving mental functioning and
focus
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Cleaning, energizing, and protecting every
cell |
MaxGXL is so unique, it's
well worth trying it out for a
month or more to see the incredible improvements for
yourself!
* As a precaution, MaxGXL is not
recommended for women who are pregnant, nursing mothers, are
those facing a transplant operation.
GSH Discovered in
1888
Glutahione
(GSH) is the most abundant non-proteic thiol in cells
(Jocelyn, 1973). Its intracellular concentration is around 5 mmols per gram of tissue, i.e. similar to that of glucose in
cells (Viña et al. 1978). Glutathione was discovered in the
late 19th century by deRey-Pailhade (1888) in Montpellier, France. Its structure
was studied by Hopkins who thought that it was a dipeptide
composed of glutamate and cysteine. Harrington and Mead, in
1935 finally described the correct structure of the
tripeptide: gamma-glutamyl cysteinyl glycine. The name
glutathione was introduced by Hopkins in
1921. A review on historical aspects of the discovery of
glutathione was published by Meinster (1988).
Work on
glutathione was greatly boosted after a critical paper in
Nature by E.M. & N.S. Kosower (1969). The title of that
paper “Lest I forget thee glutathione” indicates the
relatively scarce numbers of papers published on glutathione
on those days. Research on this molecule boasted thereafter
and over 40000 papers have been published on this molecule
(Sies 1999). Books on glutathione have also been published
(Viña, 1990). [The number of articles or abstracts
referenced in PubMed.com as of April 2008 has increased to
80,000.]
Meinster, who contributed significantly
to the understanding of the enzymology and physiological
functions of glutathione, published a comprehensive review on
this topic in 1983.
Glutathione has
many physiological functions. They are derived from its
peculiar chemical characteristics: the gamma-glutamyl bond
between the glutamate and cysteine residues and the presence
of the free thiol group. This latter characteristic, given the
high concentration of the reduced form of glutathione (GSH)
and the presence of enzymes catalysing the oxidation of
glutathione (glutathione peroxidases) and its reduction
(glutathione reductases) make glutathione one of the best
redox buffers in cells.
The level of GSH in
cells is very high (i.e. in the millimolar range). The level
of the oxidised form, GSSG, is significantly lower. The level
of GSH/GSSG ratio is around ten to one hundred. If one assumes
that the glutathione reductase is at equilibrium in vivo and
given the well known NADP/NADPH ratio in the cytosol and the
equilibrium constant for the glutathione reductase, the
GSH/GSSG ratio should be even higher, closer to 10000 (Viña et
al. 1978). However, after considerable experimental care,
ratios of this order are not found. Thus, we may conclude that
glutathione reductase may not be at equilibrium in vivo (Viña
et al. 1978).
Briefly, glutathione is the most abundant
non-protein thiol in cells. It is a tripeptide with two
important structural features: the thiol group and the
gamma-glutamyl peptide bond between glutamate and
cysteine. It is a major antioxidant, able to reduce
peroxides (due to its action as substrate of glutathione
peroxidases). As a result it is oxidised to the
disulphide form (GSSG), which in turn is reduced back to GSH
by glutathione reductase. Thus glutathione is a major player
in maintaining physiological redox status in
cells.
Some of
the functions of glutathione depend on the presence of the
gamma-glutamyl bond, for instance its role in the regulation
of amino acid transport. But the majority of the functions
of glutathione are related to its role in redox regulation in
cells and in detoxification of
xenobiotics.
Some areas of
research of special interest on this molecule are
glutathionylation of proteins, the cellular compartmentation
and the role of this interesting molecule in disease.
* Important Notice: These statements have not been evaluated by
the Food and Drug Administration.
These products are not intended for use in the treatment of any
disease.
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