Immune
System
Article
1
News
Alert
For Immediate Release
November 9, 1999
Independent
Study Says 4Life Transfer Factor™
Boosts Immune System at "Unprecedented"
Levels
Provo,
Utah---When 4Life™ Research President
David Lisonbee found Transfer Factor™
more than two years ago, he knew
he had found something very special.
Results received by 4Life™ from
an independent laboratory this week
further substantiate the many studies
and clinical experiences which show
the benefit of 4Life Transfer Factor™
and Transfer Factor Plus™ to significantly
boost immune response.
This
latest study reports that 4Life
Transfer Factor™ and Transfer Factor
Plus™ "induced immune-based
killing of K562 cancer cells at
a level unprecedented in our experience
or known in medical research,"
according to the director of the
laboratory.
4Life
Transfer Factor™ and Transfer Factor
Plus™ were tested for their ability
to increase Natural Killer Cell
(NK) activity by killing live cancer
cells. The test results showed that
4Life Transfer Factor™ boosted NK
cell activity 103% above normal
immune response without supplementation,
or about two times higher than the
next highest product. In addition,
it was revealed that Transfer Factor
Plus™ increased the NK cell 248%
above normal immune response without
supplementation, or about five times
higher than any of the other previously
tested products. The best of more
than 200 other products tested showed
an increase of only 48.6%. (See
chart)
Natural
Killer Cells are a critical part
in the first line of defense against
germs. They seek and destroy infected
or malignant cells through direct
contact. NK cells are very important
in fighting cancer cells and cells
infected by viruses (colds/flues).
The independent laboratory which
conducted the study, The Institute
of Longevity Medicine in California,
is recognized for its research and
expertise in measuring the ability
of ingredients to significantly
boost the immune system.
These
results come as no surprise to 4Life™
Research’s Dr. William Hennen, Vice
President of Research and Development.
"Natural Killer Cells are a
critical part of our immune system
defenses. The results of the NK
cell activity tests clearly demonstrate
one of the mechanisms whereby 4Life
Transfer Factor™ and Transfer Factor
Plus™ strengthens and supports the
immune system. We believe that enhancement
of Natural Killer Cell activity
is only one of the many ways 4Life
Transfer Factor™ benefits the immune
system," said Dr. Hennen.
"I
have followed the benefits of transfer
factor in the medical literature
for many years now. The strong results
of commercial (4Life) Transfer Factor™
under standard pharmaceutical testing
protocols demonstrated that the
commercial (4Life Transfer Factor™)
has great potential for widespread
benefits. Further, 4Life Transfer
Factor™ and Transfer Factor Plus™
showed no toxicity even at the highest
levels tested, thus maintaining
the safety profile of research-grade
transfer factor," according
to the laboratory director.
David
Lisonbee, President of 4Life Research™,
in response to this research said,
"These recent findings support
and substantiate the reports from
thousands of distributors who use
Transfer Factor™ and Transfer Factor
Plus™ and the many other clinical
experiences and other studies we
are familiar with."
Nutraceutical
Induced Increase in Natural Killer
Cell (NK) Activity
Purpose
of Study: To determine
the in vitro Natural Killer Cell
(NK) activation effects of 4Life
Transfer Factor™ and Transfer Factor
Plus™ using peripheral blood mononuclear
cells (PBMC) isolated from human
volunteers and assaying the increased
ability of the NK cell population
to kill K562 erthroleukemic (leukemia)
cells.
Conclusions:
4Life Transfer Factor™ and Transfer
Factor Plus™ induced immune-based
lysis (breakdown) of K562 cells
at a level unprecedented in the
director’s experience or in known
medical literature. Since NK cell
function is so crucial in killing
dangerous cells, these products
are ideal candidates for human and
animal immune support.
| Nutraceutical
Tested eline |
Percent
(%) Rise in NK Cell Activity
Over Bas |
4Life Transfer Factor Plus™
4Life Transfer Factor™
IP6 (highest of group previously
tested)
Plant Polysaccharide Formula
Echinacea
Cordyceps Formula
Bovine Colostrum
Phytonutrient Formula with Garlic
Endocrine System Formula
Aloe Vera Concentrate (acemannan)
Noni (Morinda citrafolia) |
248%
103%
49%
48%
43%
28%
23%
21%
16%
15%
15%
|
Some of these products reflect an
average of different brands. Baseline
activity is the measure of the ability
of human white blood cells to kill
K562 leukemia (cancer) cells without
supplementation.
Natural
Killer Cells are the body’s first
line of defense against cancers
and viruses. The increase in the
ability of white blood cells to
kill K562 cancer cells is directly
related to the increase in Natural
Killer Cell activity.
This
study was conducted by The Institute
of Longevity Medicine in California,
and is recognized for its research
and expertise in measuring the ability
of ingredients to significantly
boost the immune system.
This
News Alert does not claim nor should
it be interpreted to cure, prevent
or mitigate any serious disease.
The results have been reported as
they were received. If you have
a serious illness, see your health
professional before beginning any
new regimen.
--------------------------------------------------------------------------------
Immune System
--------------------------------------------------------------------------------
Article 2
Plant Sterols and Sterolins in Human
Health
A New Effective Tool For Disease
Prevention
and Treatment Including Autoimmune
Diseases
By
Howard Benedlkt, DC, MS
Board of Directors, American Academy
of Health Practitioners
©Copyright 2000 by Dr. Howard
Benedikt
Introduction
Plant
sterols and sterolins are proven
to be effective compounds modulating
the immune system and, as a result,
relieving people of symptoms associated
with numerous autoimmune diseases.
In the past, autoimmune conditions
have been treated with toxic drugs,
which cause immuno-suppression.
There is another approach which
is being researched and falls under
that branch of immunology called
neuroimmunomodulation: this approach
uses sterols and sterolins. As a
result of using this approach, the
activity of certain cells in the
immune system are enhanced and the
activity of other cells in the immune
system are inhibited. This modulation
has led to successful treatment
of a number of autoimmune diseases.
Essential for one’s health and well-being
is a normally functioning Immune
system. Over the past several years,
researchers have begun not only
to better understand the intricate
functioning of the many tissues
and cells that comprise the immune
system, but also have begun to better
understand the important role of
nutrition and diet in keeping the
immune system functioning optimally.
Many
published studies have looked at
diets rich in fruits and vegetables
and how they may reduce the rate
of certain types of degenerative
diseases. These include cancer,
cardiovascular disease, diabetes
and macular degeneration. These
studies have looked at such complex
components as vitamin A, vitamin
C, antioxidants, beta-carotene and
vitamin E. They have failed to look
at certain types of fats, which
are found in plants and seeds.
The
Immune System
The
human immune system is a complex
adaptive defense system that has
evolved over the years to protect
vertebrates from invading pathogens
and cancer. It is able to generate
an enormous variety of cells and
molecules capable of specifically
recognizing and eliminating an endless
number of foreign Invaders. These
cells and molecules working together
create a unique network whose complexity
would rival any computer system.
An effective immune response involves
two major groups of cells, lymphocytes
and antigen-presenting cells. The
two major populations of lymphocytes
are labeled B-lymphocytes (B cells.)
and T-lymphocytes (T cells). B-lymphocytes
mature within the bone marrow, while
T- lymphocytes, which also arise
within stem cells of the bone marrow,
migrate to the thymus gland to mature.
The thymus gland, located in close
proximity to the heart, secretes
specific proteins, called thymic
proteins, which signal T cells to
perform a certain way. With aging
comes atrophy of the thymus and
altered production of thymic proteins
referred to as “thymicpause”.
There
are two well defined populations
of T cells: T-helper (TH) and T-cytotoxic
(Tc) cells. Further research has
now isolated two types of helper
cells referred to as TH1 and TH2.
TH1 releases interleukid-2(IL-2)
and gamma interferon, which activate
cytotoxic cells to become effective
scavengers. This type of response,
cell-mediated, is crucial for the
body to survive the attack of a
wide host of pathogens. Should this
type of response falter, an infection
can become chronic. TH2 cells secrete
IL-4, IL-6 and IL- 10, all of which
are involved in B-lymphocyte development.
This is referred to as humoral immunity
and this type of response is capable
of limiting the damage induced by
most extracellular organisms. In
a healthy individual, there exists
a delicate balance between TH1 and
TH2. These cells are directly related
to one another; when Th1 levels
are high, then TH2 are low and vice
versa. Under certain conditions
of illness, one line may predominate,
creating an imbalance between TH1
and TH2 cells.
TH2 dominated conditions
include:
1. Allergies
2. Chronic Sinusitis
3. Asthma
4. Hepatitis C
5. Cancer
6. Viral infections
7. Ulcerative colitis
TH1 dominated conditions
would include the following:
1. Diabetes type I
2. Multiple sclerosis
3. Rheumatoid arthritis
4. Crohn’s disease
5. Psoriasis
6. Sarcoidosis
7. H. pylori infections
8. Hashimoto’s disease
Immune Modulation
In
the past, the management of immune
conditions has usually involved
the use of toxic drugs in order
produce immunosuppression. Alternative
therapies have looked at those natural
remedies designed to strengthen
the immune response, making one
more resistant to disease. Now comes
a new branch of immunology referred
to as neuroimmunomodulatlon. This
involves the use of naturally occurring
substances able to normalize the
immune response. In essence, taking
a TH1 dominant state and pushing
it to a Th2 state. The same would
be true of a TH2 state being pushed
to a TH1 state. Hence the result
is TH1/Th2 balance.
Plant Sterols
Plant
sterols are natural compounds found
in edible vegetable oils. Although
green and yellow vegetables contain
significant amounts, their seeds
concentrate the sterols. Most of
the research on these phytonutrients
has been done on the seeds of pumpkins,
yams, soy, rice and herbs. Studies
have shown that oral administration
of plant sterols combined with plant
enzymes is able to balance TH1 and
TH2 cell types.
Clinical
Uses of Plant Sterols
Numerous
studies have now emerged showing
that plant oils in the form of sterols
and sterolins have profound health
benefits. These studies have indicated
that plant sterols may be beneficial
in the management of benign prostatic
hyperplasia; they may inhibit breast,
prostate and colon cancer cell growth
as well as reducing the inflammation
seen in rheumatoid arthritis. Other
studies have demonstrated that sterols
inhibit the uptake of cholesterol
in the intestines, making for the
ideal treatment for lowering high
levels of cholesterol.
Conclusion
As
we enter the 21st century, we are
faced with an ever-growing challenge
of a toxic environment and other
assaults placed on our body’s metabolic
machinery. Our immune system due
to its complex makeup is especially
prone to insult and resulting damage.
Plant sterols appear to offer a
way of maintaining an integrative
immune system. Further investigation
is needed as to the health benefits
of sterols and the benefits of their
use in managing both acute and chronic
illness in humans.
References:
1.
Bouic, Patrick, Lamprecht, J., Plant
Sterols and Sterolins: A Review
of their immune Modulating Properties,
Alternative Medicine Review, Vol.
4 No. 3, 1999, p. 170-177.
2. Rook GA, Hernandez-Pandro R,
Lightman SL. Hormones, peripherally
activated prohormones, and the regulation
of the TH1/TH2balance. Immunol Today
1994; 15:301-303.
3. Brock S., Transfer Factor and
Its Clinical Applications, International
Journal of Integrative Medicine,
Vol. 2 No.4, July/August 2000, p.44-49
4. Rose N., Mackay I, The Autoimmune
Diseases, 3rd Edition, Academic
Press, 1998, p. 163-182.
5. Kuby J., Immunology 3rd Edition,
Freeman and company, 1997,p. 285-306.