When
a stem cell divides, each new cell has the
potential to either remain a stem cell or
become another type of cell with a more
specialised function. Scientists believe
it should be possible to harness this
ability to turn stem cells into a super
"repair kit" for the body.
Theoretically, it should be possible to
use stem cells to generate healthy tissue
to replace that either damaged by trauma,
or compromised by disease. Among the
conditions which scientists believe may
eventually be treated by stem cell therapy
are Parkinson's disease, heart
disease, stroke, arthritis, diabetes,
burns and spinal cord damage.
Recent
scientific developments have revealed that
stem cells derived from the bone marrow,
travel throughout the body, and act to
support optimal organ and tissue function.
Stem Cell "Enhancers" are
products that support the natural role of
adult stem cells.
A group,
led by Paul Frenette, Associate Professor
of Medicine at Mount Sinai School of
Medicine, found that the sympathetic—or
“fight or flight” branch—of the
nervous system plays a critical role in
coaxing bone marrow stem cells into the
bloodstream. Bone marrow cells known as
hematopoietic stem cells are the source
for blood and immune cells. In normal
individuals, the continuous trafficking of
the stem cells between the bone marrow and
blood fills empty or damaged niches and
contributes to the maintenance of normal
blood cell formation, according to the
researchers.
The Stem
Cell Theory of Renewal proposes that stem
cells are naturally released by the bone
marrow and travel via the bloodstream
toward cells in need. When an organ is
subjected to a challenge, this organ
releases compounds that trigger the
release of stem cells from the bone
marrow. The organ also releases compound
that attracts stem cells to this organ.
The released stem cells then follow the
concentration gradient of these compounds
and leave to blood circulation to migrate
in the organ where they proliferate and
differentiate into cells of this organ.
This
product is a blend of two compounds
extracted from the aquatic botanical Aphanizonmenon flos
aquae. One extract, which contains an
L-selectin ligand, supports the release of
stem cells (CD34+ cells) from the bone
marrow. The other extract, a
polysaccharide-rich fraction named
Migratose, may support the migration of
stem cells out of the blood into tissues.
The effect
of Stem Cell Nutrients on stem cells was
tested in a triple-blind study. In brief,
volunteers rested for one hour before the
first blood sample, which established the
baseline level in the number of
circulating stem cells. After the first
blood samples, volunteers were given
Stem-Enhance or placebo. Thereafter, blood
samples were taken at 30, 60 and 120
minutes after taking the consumables. The
number of circulating stem cells was
quantified by analyzing the blood samples
using Fluorescence-Activated Cell Sorting
(FACS). Consumption of Stem-Enhance
triggered a significant 25% increase in
the number of circulating stem cells. One
gram of Stem Cell Nutrients triggers a
significant 25-35% increase in the number
of circulating stem cells. The effect
lasts for a few hours. The recommended
dosage is therefore 2 capsules once or
twice day, at least 6 hours apart.
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The release
of stem cells from the bone marrow and
their migration to tissues is a natural
process that happens everyday. Stem cell
nutrition simply supports that natural
process and tips the balance toward health
everyday. This nutrient does not
do anything that the body does not already
do everyday. So far, no instances of any
similar problem have ever been observed
when using in vivo natural release of stem
cells from the bone marrow.
Each day,
stem cells in the bone marrow evolve to
produce red blood cells, white blood
cells, and platelets. These mature cells
are then released into the bloodstream
where they perform their vital
life-supporting functions. When bone
marrow stem cell activity is interfered
with, diseases such as anemia (red blood
cell deficit), neutropenia (specialized
white blood cell deficit), or
thrombocytopenia (platelet deficit) are
often diagnosed. Any one of these
conditions can cause death if not
corrected.
Scientists
have long known that folic acid, vitamin
B12, and iron are required for bone marrow
stem cells to differentiate into mature
red blood cells.3-7 Vitamin D has been
shown to be crucial in the formation of
immune cells,8-11 whereas carnosine has
demonstrated a remarkable ability to
rejuvenate cells approaching senescence
and extend cellular life span.12-28
Other
studies of foods such as blueberries show
this fruit can prevent and even reverse
cell functions that decline as a result of
normal aging.29-36 Blueberry extract has
been shown to increase neurogenesis in the
aged rat brain.37,38 Green tea compounds
have been shown to inhibit the growth of
tumor cells, while possibly providing
protection against normal cellular
aging.39,40
Based on
these findings, scientists are now
speculating that certain nutrients could
play important roles in maintaining the
healthy renewal of replacement stem cells
in the brain, blood, and other tissues. It
may be possible, according to these
scientists, to use certain nutrient
combinations in the treatment of
conditions that warrant stem cell
replacement
These
studies demonstrate for the first time
that various natural compounds can promote
the proliferation of human bone marrow
cells and human stem cells. While these
studies were done in vitro, they provide
evidence that readily available nutrients
may confer a protective effect against
today’s epidemic of age-related bone
marrow degeneration.
Greater
number of circulating stem cells equate to
optimal health
Stem cell
nutrients are naturally
derived from nutritional food supplement,
(aquatic botanical extract) which
supports wellness by assisting the body in
its ability to maintain healthy stem cell
physiology, production, and placement.
Just as antioxidants are
important to protect your cells from
“free radical” damage, stem cell
enhancers are equally important to support
your stem cells in maintaining proper
organ and tissue functioning in your body.
Stem cell nutrients is a
breakthrough, natural botanical extract
that supports wellness by helping your
body maintain healthy stem cell
physiology. It is the very first
product on the market from the latest
phytoceutical product category called
“stem cell enhancers”.
Brief
Information Overview by Christian
Drapeau, (call 1-620-294-2905
and press #2)
Christian
Drapeau, a foremost scientist in the study
of Aphanizomenon flos-aquae, and author of
"Primordial Food" holds a
Masters of Science degree in Neurology and
Neurosurgery from the Montreal
Neurological Institute, an affiliate of
McGill University, Montreal, Canada, and
has been extensively involved in the study
of nutrition, naturopathy and various
natural therapies. Most significantly, Mr.
Drapeau collaborated with many scientists
affiliated with Harvard University, McGill
University, the University of Illinois,
Oregon State University, the University of
New Mexico and the University of
Mississippi in the study of the effects of
blue-green algae (Aphanizomenon flos-aquae)
on human health. Mr. Drapeau continues his
involvement in the clinical study of AFA.
Brief
Information Overview by Christian
Drapeau, the formulator of StemEhance
(call 1-620-294-2905 and press #2 )
Note:
Stem Cell Enhancers are extracts
of the Aphanizomenon flos-aquae ,
which is a fresh water, edible species of
blue-green algae.
Essentials
of Stem Cell Biology
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Most
of the cells in the human body are
specialists assigned to a specific organ
or type of tissue, such as the neuronal
cells that wire the brain and central
nervous system. Stem cells are
different. When they divide, they can
produce either more stem cells, or they
can serve as progenitors that
differentiate into specialized cells as
they mature. Hence the name, because
specialist cells can "stem"
from them. The potential to
differentiate into specialist cells
whose populations in the body have
become critically depleted as the result
of illness or injury is what makes stem
cells so potentially valuable to medical
research.
