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Introduction
The subjection of vaccination or immunization is obviously a sensitive one,
since a great deal of profit depends on the existence of the paradigm.
Fortunately, all paradigms based on deceit eventually fall, aided by the
plethora of data which surfaces as a result of the social negativity such
paradigms generate. The subject of vaccination is a good example, and we will
take the data heretofore presented in volume one and amplify it, based on an
overall reassessment which integrates what we have learned since then. Let us
start with an examination of the subject of human immunity to disease.
Natural Human Pathotropic Immunity
Natural immunity can be considered the sum total of immunity to disease
inherent in biological immune defenses not artificially induced, and is
comprised of active immunity, acquired through normal infestation of intestinal
and respiratory systems after birth, and passive immunity, generally
consisting of antibodies acquired from maternal blood and breast milk.
The human immune system is further characterized as having specific
responses, such as the production by the body of specific antibodies to
counter specific foreign proteins or antigens, and non-specific responses,
which consist of the general systemic response to undesirable substances.
Included in the general repertoire of non-specific response is the skin, the
mucous membranes of the respiratory and digestive tracts, reflex actions of
sneezing and coughing, natural antibodies, complement proteins, interferon, the
process of phagocytosis (cells devouring other cells), the effect of fatty
acids, inflammatory response, the action of reticulo-endothelial cells, the
action of lysozyme and other enzymes, the response of respiratory and
intestinal celia, the effect of stomach acid on bacteria, and secretions that
contain antibodies themselves, such as secretory immunoglobulin, which assists
the process of phagocytosis - an example being the action of white blood cells
on pathogenic organisms.
The human body maintains several lines of defense against the invasion of
foreign proteins and subsequently produced toxins. The first line of defense is
the skin, which is primarily composed of a protein-based material called
keratin. The skin also secretes various oils, fatty acids and lactic
acids which inhibit the general growth of bacteria, although many body flora
that inhabit both the skin and the interior of the body are relatively
innocuous, given that the immune system is in a normal condition, and many body
processes are assisted by their existence. These organisms that exist in symbiosis
with human anatomy are sensitive to antibiotics and synthetic materials
administered by current medical practice. Disturbance of the delicate balance
can lead to overpopulation of pathogenic organisms. The proliferation of
candida albicans caused by administration of commercial antibiotic drugs is an
example, as is the diarrhea and bleeding caused by obliteration of intestinal
flora by antibiotics. Since the maintenance of internal organisms is an
essential part of the human immune response, the death of these organisms
weakens the overall immune system capability.
The white cells in the body, the leukocytes, are generally divided
into two groups, the granulocytes, which include neutrophils,
eosinophils and basophils, and the non-granulated lymphocytes
and monocytes. Neutrophils constitute the most prevalent type of
granulocyte, and have a nucleus containing a number of lobes. Because of the
segmented nature of the nucleus, neutrophils are also called polymorphonuclear
leukocytes. They have an interesting property in that they have the ability
to form physical barriers against pathogenic organisms. The eosiniphil
comprises about 2% of the leukocytes in the bloodstream, and appear to be
connected with defense against parasitic infection and allergic response,
rather than against microorganisms and toxins. Basophils also have a role to
play in allergic response, and contain histamin and heparin. A
further form of the leukocyte is the monocyte, which has the capacity to
ingest foreign particles and bacteria. The monocyte appears to be active in
conditions presented by tuberculosis and fungal infections.
Another natural line of defense is the lymphatic system. Most
cellular structures in the body are bathed in lymph, a clear fluid which
acts as a general dumping ground for unwanted substances, later filtered out
through the liver and kidneys. The lymph moves through a series of ducts and
glands by virtue of a specialized series of muscular contractions, many of
which are generated during the act of physical exercise. It is the lymphatic
system which contains the aforementioned reticulo-endothelial cells which trap
and ingest various organisms within the lymph. These cells also form the lining
of several important organs, and are also present within the liver and spleen.
When a foreign protein structure is located, connective tissue traps the
foreign structure and lymphocytes are dispersed to engulf the offending
organism. In the circulatory system are macrophages, specialized white
blood cells that ingest and disrupt organisms found in the blood. After
macrophages perform this action, processed antigens appear on the surface of
the macrophages membrane. It is these processed antigens leftover from the
destruction of organisms that are sensed by the T-cell lymphocytes,
prompting them to send out substances called lymphokines, which in turn
alert B-cell lymphocytes to produce an antibody in response to
the processed antigen, otherwise taken as a processed foreign protein. Each
B-lymphocyte has approximately 100,000 immunoglobulins on its surface.
Antibodies produced by the B-cells are sometimes called immunoglobulins,
designated by the symbol Ig, and are released as the B-cell is
stimulated by the presence of foreign antigens to transform into a plasma
cell which manufactures the specific antibody required for the foreign
antigen. There are generally five types of immunoglobulins. The first antibody,
IgM, reproduced in response to a foreign antigen is a large molecule
found typically in the blood which stimulates the process of phagocytosis. The
process of passive immunity involving maternal blood given to the fetus
involves the antibody IgG, which is responsible for activating the
macrophages. It can directly destroy many antigens on contact, and is the most
abundant immunoglobulin in the body. Membranes in the respiratory tract,
urinary tract and intestines produce IgA, which is produced directly at
the site of an attack on a membrane by a foreign antigen. When the human body
is experiencing an allergic reaction, IgE is released. The last
immunoglobin identified, IgD, is not well understood, and is found in
minimal quantities in the blood, as well as on the surface of B-cell lymphocyte
membranes.
Another line of defense involves complements, substances manufactured
in the linings of the intestines, the liver, spleen and microphages. The
main substance is known as properdin, and its function is the
neutralization of viruses and bacteria.
The reticulo-endothelial cells mentioned earlier comprise another line of
defense known as the reticulo-endothelial system, and produce specific
sunstances involved in phsiological defense, primarily proteases, which
play a role in detoxification of harmful substances.
In addition to the immunological defense system mentioned above, the
body maintains a chemical defense system. The blood itself, by virtue of
its chemistry, is to a great degree bacteriostatic and virucidal, but this
depends very heavily on correct nutrition which produces optimum levels
of vitamin C and vitamin B6 (pyridoxine), in addition to other substances. In
fact, the optimum response of the immune system is said to depend heavily upon
adequate levels of vitamin B6. The very fact that most vitamins are removed
from processed foods and replaced with synthetic vitamins made from petroleum
ought to tell you that processed foods have a significant role to play in
immune system depression, and that it is being done knowlingly. The level of
vitamin C in the blood can make the vital difference in human response to toxic
vaccines, especially in infants, who often go into immunological shock. Alcohol
and tobacco use, besides the obvious toxic consequences, reduce the level of
vitamin C in the bloodstream, and are heavily promoted.
Vitamin C in the bloodstream also plays a role in detoxification of heavy
metals such as lead. It is estimated that the average individual in todays
society requires vitamin C supplementation of 400-600 milligrams daily. For
additional data on the impact of human diet on disease, refer to that chapter.
During the early 1950s there was an unusual chain of events relative to the
health status of Aborigines in Australia. A New South Wales doctor by the name
of Archie Kalokerinos spent seventeen years in the outback, and was appalled by
the death rate in Aborigines from all kinds of bacterial and viral infections.
In analyzing their diet, which consisted primarily of sugar, bread, and
sausage, he made the determination that they were deficient in Vitamin C. Since
they did not "show normal signs of Vitamin C deficiency (scurvy)"
other doctors, displayed their immense lack of intelligence, declared that a
Vitamin C deficiency was not indicated, ignoring entirely the diet of the
people. Kalokerinos concluded that the death rates of Aborigines could be cut
in half by allowing them various supplementary vitamins. Subsequent blood
analysis by the skeptic doctors proved the deficiency in Vitamin C.
In 1970, the Australian government stepped up their vaccination programs,
and the results proved disastrous for the children. The infant death rate in
the Northern Territory doubled within one year. By 1971, the death rate in some
areas was approaching 50 percent. Kolokerinos concluded that the malnourishment
of the children contributed to an even weaker immune system; when a vaccination
was given, the result was fatal. Investigation into the apparent and purposeful
decimation of the Aborigine people during this period, by what was essentially
an exercise in bacteriological warfare against a specific group of people,
provided information that the government's vaccine program purposely excluded
any medical examination before vaccines were given, any case history of the
Aborigine, and no checking of any dietary deficiencies. Subsequent deaths were
from acute Vitamin C deficiency precipitated by the vaccination. If some
infants survived the first vaccination, they would be lined up within another
30 days for another one. The Australian government denied that any relationship
existed between the injections and the subsequent death of children. Because of
this incident, it was discovered that high doses of Vitamin C reversed toxic
and deadly effects of experimental injections.
The Concept of Vaccination and Synthetic Immunity
Vaccine: "a preparation containing protein antigens and toxins,
commonly bacteria, viruses and chemicals, used with the intent of inducing
artificial immunity against a specific disease, mimicking the process of
naturally occurring infections by artificial means, producing infection and
production of antibodies, commonly with physiological side effects, with the
aim of preventing full-blown clinical disease of the type that would be
theoretically contracted without injection of the vaccine, provided that living
standards, hygiene, acquired immunity, maternal care and natural immunity partially
or completely fail in order to allow the disease to occur."
The composite definition above is not one you will find in a medical
journal, but is one assembled from a functional analysis of the conceptual
paradigm of vaccination. Websters Medical Dictionary simply defines a
vaccine as: "matter or a preparation containing the virus of cowpox in a
form used for vaccination, or a preparation of killed microorganisms, living
attenuated organisms, or living fully virulent organisms that is administered
to produce or artificially increase immunity to a particular disease."
Vaccination itself , according to Webster's, is defined as "the
introduction into man or domestic animals of microorganisms, active or latent
viruses or bacteria, that have previously been treated to make them harmless
for the purpose of inducing the development of immunity to a particular
disease."
Within the paradigm of vaccination, active immunity is achieved from
the physiological reaction to the foreign antigens in the vaccine, and passive
immunity is defined as that achieved with the injection of immune serum
containing human or animal antibodies. Compare the concepts of artificial
active and passive immunity in the vaccination paradigm with those given for natural
immunity earlier in this chapter. The use of injected toxic vaccines by-passes
the natural defense systems of the body and exposes the individual to more
risks than benefits - at least this is the overall consensus by qualified
experts. If you ask any doctor the question of whether the idea of immunity by
vaccine is the same as immunity by disease, they will answer "of
course"; the actual facts indicate otherwise. Another way of asking the
question is "is the 'immunity' gained by injection the same as 'normal' or
"pathotropic" immunity?"
Vaccination as a procedure is based on several medical assumptions, all of
which constitute a mind-set and belief system that not only fails to address
known scientific knowledge, but one that forms the basis, on upper
levels, for deliberate suppression of that knowledge and maintenance of a
medical orthodoxy that insures its own continuance by promotion of disease
conditions in the human community. These "medical assumptions"
are: (1) a belief that disease agents are the only or primary cause of certain
conditions, (2) a belief that the body can build a defense mechanism against
such agents and prevent clinical illness with a lack of adverse consequences,
and (3) a belief that this can be arbitrarily achieved by the administration of
a certain form of the disease agent.
Classification of Vaccines
Vaccines are generally divided into two main groups, those made from bacteria
and those made from viruses. Furthermore, vaccines contain either killed
or live bacteria or viruses. Within the paradigm, those vaccines
using live organisms must be weakened or attenuated, "so as
not to cause disease in the recipient." There are several ways that
viruses or bacteria are commercially attenuated. The most frequent procedure is
by the method of serial passage, which is to pass the organism through
animal cell cultures a number of times. Vaccines incorporating viruses may be
passed through animal cells literally hundreds of times before it is declared
to be attenuated. The type of animal cell that a virus is passed through
depends on the type of virus. The measles virus, for example, is passed through
successive groups of chicken embryo cells, polio viruses are passed through
monkey kidney cells, rubella virus is passed through duck or rabbit cells, and
yellow fever is passed through rodent cells or chicken embryo cells. Live
vaccines have the capability of reproducing in the host human. The impact of
injection of foreign animal protein complexes into humans will be discussed in
detail later.
Vaccines designated as "killed vaccines" are those containing
viruses or bacteria that are "inactivated" by the use of radiation,
heat or chemicals, resulting in altered whole cells or viruses, split or
fragmented cells or viruses, all chemically extracted, synthetic molecular
structures, or what are known as toxoids. The physiological response to a
killed vaccine is the production of antibodies that continue to circulate
throughout the body. A great number of situations have arisen in which
supposedly killed vaccines still contain live components. This happened in 1955
with the administration of Salk polio vaccine that produced a number of cases
of paralytic polio. The preparation contained formalin, a carcinogenic
germicide that was thought to have inactivated the virus. Obviously, it did not
work. Let us not forget that all vaccines are experimental in nature.
Viral Vaccines
Viruses themselves are non-living pieces of nucleic acid surrounded
by a coat of protein. When a virus enters a cell, it makes use of cellular
enzymes and duplicates itself. They can be active or assume a latent,
passive infective condition within the cell, waiting for the right conditions
to activate. Viruses can remain undetected and latent for years within the
body, only to suddenly manifest themselves explosively. Viruses can infect
plants and animals, as well as bacteria. Duplication of the virus within a
cellular structure often results in the death of the host cell, and viral
particles are released through broken cell membranes and infect other cells.
Viruses also have the capability to combine with the genetic material in the
host cell chromosomes without killing the host cell. The nucleic acids RNA and
DNA are spiral-shaped protein chains that express heredity codes transferred
genetically and direct the formation of various protein substances. Nucleic
acids contain individual packets of information which are species-specific.
The "D" in DNA and the "R" in RNA have characteristics
which are dependent on the kind of sugar molecule associated with it. DNA
exists predominantly in the nucleus, but is also represented in the cytoplasm
and in the mitochondria. RNA is also present in the cytoplasm. When viral RNA
or DNA combines with the genetic material in the cell itself, the viral genetic
material can become part of the host cell genetic code, altering the genetic
structure of the cell. When the altered cell duplicates, the encoded viral
genetic material may affect cellular processes in such a way as to produce
abnormal cells, which sometimes become malignant or cancerous.
Another designation applying to viruses is the slow virus,
characterized by extremely long periods of latency and very often fatal.
Creutzfeld-Jacob disease, characterized by dementia and motor convulsive
disorders, is an example of a well-known slow virus, as is Kuru, a virus that
plagued a cannibalistic tribe in New Guinea. Since viral particles blend easily
with cellular genetic material, it is quite likely that generations of
vaccination is a co-factor contributing to the general decline in the immune
system of the general population.
It is interesting to note that the oxymoronic World Health Organization in
Geneva has a program called "Health for All by the Year 2000" that
"demands a significant increase in the production of viral vaccines and
other biologically active substances without a reduction in potency."
Furthermore, they have decided to develop cell line seed banks for use in
vaccines for baby hamster kidney cells and African green monkey kidney cells
known to contain simian virus 40 (SV-40).
Natural vs Invasive Viral Entry Processes
Normally, the natural portal of entry of a virus into the body appears to be
when it lands on a mucous membrane lining, which itself possesses certain types
of defense mechanisms. The actual immunity conveyed by these membranes is due
to the local production and release of IgA, which is a membrane or glandular
anti-body, and it is more abundant in those tissues than in blood. The apparent
action is that the IgA coats or wraps a virus, thereby neutralizing it. The
process of injection, on the other hand, permits a viral entry through a route
that is different than the natural portals, decreasing the appropriate antibody
response and bypassing the body's first line of defense. This is common knowledge,
which makes the deliberate use and intent to use injection processes an even
more dubious approach; it can result in nothing but an increase in the general
ill health of the population, which of course guarantees a line of income for
quite some time, due to the long-term effects incurred. This is another case of
criminal activity, knowledge of which is kept from the general public.
Normal Processes of Viral Penetration
Respiratory viruses enter through the surface cells of the respiratory
tract. Unless the individual has a strong pathotropic (surface membrane)
immunity, which is usually not long lived, invasion will occur. Higher amounts
of internal protection from the defensive abilities of the membrane may be
offered if high amounts of circulating IgG is present in the blood.
Next, the virus may enter through the lymphatic glands in the digestive tract.
The tonsils are major guardians in this area. Presumably, this is why medical
edict required their removal, as an "organ with no apparent function",
for so many years in this society. In the case of vaccine and smallpox virus,
cell-to-cell transmission of the viral particles occurs - this cause
progressive death of the tissues involved (necrosis) which is then unaffected
by the presence of anti-bodies but apparently arrested by sensitized immune
lymphocytes. Presumably, this is achieved by a graft-type rejection of the
infected cells whereby virus synthesis is interrupted and already-formed
viruses are neutralized by anti-bodies.
Other mucous membrane penetration is through micro-lesions created during
anal intercourse, inoculation into the womb by intercourse during the menstrual
period, direct injection into the blood stream, through micro-lesions in the
gum tissue in the mouth caused by the use of tooth-brushes and dental floss,
and ingestion of fragments (bone, etc.) within food, which injure the
intestinal lining.
Abnormal Viral Penetration By Injection
Viruses directly injected into the blood stream below the skin level avoids
the proper immunogobulins and the naturally occurring oleic acid mantle, and
are neutralized or blocked by circulating antibodies. We are talking about
viruses that are not the result of genetic engineering. The body produced only
one type, IgA, as the first line of defense, and this is against arthropod or
insect-borne viruses which are carried by blood-sucking and stinging vectors
injected directly into the blood or lymph. In other words, nature provides
appropriate protection against predatory viruses as long as they attack through
their natural routes. The problem comes in when viruses normally meant to run
this gambit are injected, as when commercial immunizations are administered
intramuscularly or subcutaneously.
Bacterial Vaccines
One of the primary vaccines made from bacteria is the diphtheria vaccine.
Horses are injected with diphtheria bacteria and then bled, producing antiserum.
Another preparation using diphtheria bacteria is called toxin-antitoxin
mixture, combining both the toxic components and the antidote in one
preparation, and a number of serious reactions prompted the development of a
diphtheria vaccine prepared from toxoids, which are toxins theoretically
rendered non-poisonous by combining it with a chemical agent. Diphtheria
toxoids came into existence in the 1920's, using carcinogenic formaldehyde
(used to emblam bodies) as the chemical agent in the vaccine.
The DPT vaccine, which we will discuss later, combines the toxoids of
diphtheria and tetanus with the whole cells of pertussis bacteria to form a
single vaccine which has proven to be quite lethal to humans, especially
infants with immature immune systems and unmyelinated nerves, and has resulted
in death, encephalitic paralysis and brain damage. DPT vaccine is produced by
taking tetanus bacteria and adding it to a broth of dextrose, beef heart
infusion, salt and casein. Diphtheria bacteria are added to a similar broth.
After the poisonous toxins are produced in each of the vats, the broth is
filtered and carcinogenic formalin is added in an futile attempt to attenuate
the toxoids. Poisonous methanol alcohol is then added to precipitate the
toxoid, which is dried to a powder and mixed with glycerine. Pertussis bacteria
are chemically killed by adding a poisonous mercury-based chemical called
thimerosal, and aluminum hydroxide or potassium sulfate is added. The result is
called DPT vaccine, which is injected into human children after testing on mice
to determine the strength at which 50% of a test lot of mice survive. The
result will be discussed later in detail, but the neurological disorders
produced by such activity are part of the puzzle of why crime is so
rampant in our society today. This fact is discussed in another chapter which
illustrates that despite the fact they have known vaccines produce minimum
brain damage since 1926, and they have known that this MBD produces aberrant
behavior leading to criminal activity, they ignore that fact and do it anyway.
Hegelian production of social aberration to justifiy greater social control.
Simple.
ALL
INFORMATION, DATA, AND MATERIAL CONTAINED, PRESENTED, OR PROVIDED HERE IS FOR
GENERAL INFORMATION PURPOSES ONLY AND IS NOT TO BE CONSTRUED AS REFLECTING THE
KNOWLEDGE OR OPINIONS OF THE PUBLISHER, AND IS NOT TO BE CONSTRUED OR INTENDED
AS PROVIDING MEDICAL OR LEGAL ADVICE. THE DECISION WHETHER OR NOT TO
VACCINATE IS AN IMPORTANT AND COMPLEX ISSUE AND SHOULD BE MADE BY YOU, AND YOU
ALONE, IN CONSULTATION WITH YOUR HEALTH CARE PROVIDER.