|
CAAT is more
than just a diet and nutritional supplements. CAAT is a scientifically designed
bio-nutritional protocol designed to: a) inhibit the synthesis of DNA and tumor
growth factors in cancer cells by creating an amino acid imbalance within the
body, b) prevent angiogenesis (the building of new blood vessels in cancer cells
by depriving them of certain amino acid precursors, such as glycine), c) starve
cancer cells by depriving them of glucose and increasing the ketones in the
blood through a diet low in carbohydrates and d) inhibiting mitosis (cell
division of cancer cells by impairing the synthesis of proteins necessary for
the formation of the centrioles (cell structures that control cell division).
Through its
special amino acid deprivation formula that replaces part of the animal protein
in the daily diet, it's low carbohydrate diet supplemented with scientifically
supported nutrients and phytochemicals (it is important to know when to take
anti-oxidants and when not to take them), CAAT can attack cancer much in the
same way as chemotherapeutic drugs but without the serious toxic side effects.
This explains why CAAT works alone and so successfully with
chemotherapy.
What do DNA,
enzymes and hormones all have in common? They all are synthesized from amino
acids or are comprised of amino acids. DNA for example, which also contains
phosphorus and sugar molecules called deoxyribosenucleic acid, is synthesized
primarily from three amino acids - glycine, aspartic acid and glutamic acid. DNA
has one function and one function only which is to design the kind of proteins
that are synthesized in each of the trillions of cells that comprise the human
body. Some of these proteins become the major components of the structure of the
cells, whereas, most of the others function either as enzymes or hormones. No
cancer cell can grow or reproduce without first synthesizing DNA. Most cancer
drugs are designed to either injure DNA or inhibit it's synthesis.
Unfortunately, these drugs can also injure normal cells and their toxicity
limits their benefits to cancer patients. CAAT on the other hand inhibits the
synthesis of DNA and prevents tumor growth without the toxic side
effects.
All enzymes
are protein in nature and are made up of amino acids. There are 20 amino acids
essential to life. The cells can take any combinations of these 20 amino acids
to synthesize thousands of enzymes of different sizes and functions. Some
enzymes such as glutathione (one of the most potent anti-oxidant compound in
living cells), is made up of only three amino acids, cysteine, glycine and
glutamic acid. Other Enzymes can contain as many as several hundred amino acid
residues in their molecules. Enzymes control all of the chemical reactions of a
cell. Cancer cells cannot grow, reproduce or spread to other parts of the body
without the actions of enzymes. CAAT can inhibit or increase the activities of
enzymes and thereby stop the growth of cancer cells.
All hormones,
with the exception of the steroid hormones are also made up of different
combinations of amino acids. Hormones exert their effects by either activating
or inhibiting DNA and enzymes. Thyroxine, adrenaline, growth hormone and the
insulin-like growth factor are examples of hormones made of amino acids. Steroid
hormones include; estrogen, progesterone, cortisone and
prolactin.
|
In its ability
to inhibit the activities of certain enzymes, CAAT can also prevent angiogenesis
(building of new blood vessels), and cut off the energy supply to cancer cells
by impairing a process called glycolysis.
CAAT's
supplements include nutrients such as limonene, tocotrienols , curcumin and
quercertin, olive leaf extract, vitamins D and E., all of which help fight
cancer by inhibiting the activities of certain oncogenes and numerous tumor
growth factors.
In CAAT we
withhold the intake of most anti-oxidants in the early months of treatment
because they can protect cancer cells from entering apoptosis (self-destruction
or susicide). Anti-oxidants are added to the daily regiment depending upon the
different stages of the disease.
There are 20
amino acids essential to life. CAAT controls the intake of each of these amino
acids in the daily diet. .For example we may decrease the intake of tyrosine in
some cancers but not if a patient has a heart problem because a deficiency of
this amino acid could increase the chances in heart patients developing
arrhythmia, a potentially fatal condition. In some cancers we reduce
glycine in the diet
because cancer cells need this amino acid to synthesize new blood vessels.
However, the body can synthesize this amino acid from some of the other amino
acids. We must therefore alter the intake of other amino acids to prevent cancer
cells from synthesizing glycine.
In some
cancers we will increase the intake of the amino acid phenylalanine in the daily
diet because it increases the amounts of ketones in the blood. Also, in some
cancers we increase the amounts of fats in the diet because they also increase
the amount of ketones in the blood. Ketones help inhibit the activity of an
enzyme called phosphofructokinase, which cancer cells require for deriving
energy from glucose.
In some
cancers we add the supplements limonene and tocotrienols because they can
inhibit the activity of the Ras gene. This gene is over active in more than 90
percent of all cancers which speeds up the growth and reproduction of cancer
cells.
In summary,
CAAT is more than just taking amino acids, vitamins and minerals or going on a
low or high carbohydrate or fat diet. CAAT is the scientific administration on a
daily basis of each of the more than 44 nutrients essential to the growth,
reproduction and life of cancer cells. CAAT is designed to starve and kill off
cancer cells without harming normal cells. CAAT is designed to work
synergistically with conventional medicine or after conventional medicine has
failed.
|
Home
About Us
