By Jon Rappoport
First
of all, I need to point out a massive contradiction. When a person
receives a vaccine, it’s said that his body produces antibodies against a
particular germ and this is a good thing. Vaccination thus prepares the
body for the day when that germ will really make its attack, at which
point the immune system (including antibodies) will mount a successful
defense.
However,
let’s look at another venue: for many diseases, when a person is given a
blood test to see if he is infected, quite often the standard for
infection is “presence of antibodies.”
This
makes no sense at all. If vaccination produces those antibodies, it is
heralded as protection. But if a diagnostic blood test reveals those
same antibodies, it’s a signal of infection and disease.
Vaccine-produced antibodies=health. Antibodies naturally produced by the body=illness.
Logically
speaking, you resolve a contradiction by dropping one of the two sides
and admitting it is false. Or you go deeper and reject some prior
premise that led to the contradiction in the first place.
So
let’s go deeper. What does vaccination supposedly do to “prepare” the
body against the future invasion of a particular germ? It stimulates the
production of antibodies against that germ.
Antibodies
are immune-system scouts that move through the body, identify germs,
and paint them for destruction by other immune-system troops.
However,
since the entire immune system is involved in wreaking that
destruction, why is bulking up one department of the immune
system—antibodies—sufficient to guarantee future protection?
On what basis can we infer that bulking up antibodies, through vaccination, is enough?
There
is no basis. It’s a naked assumption. It’s not a fact. Logic makes a
clear distinction between assumptions and facts. Confusing the two leads
to all sorts of problems, and it certainly does in the case of
vaccination.
Furthermore,
why does the body need a vaccine in order to be prepared for the later
invasion of germs? The whole structure/function of the immune system is
naturally geared to launch its multifaceted counter-attack against germs
whenever trouble arises. The antibodies swing into action when a
potentially harmful germ makes its appearance, at age five, eight, 10,
15.
It’s said that vaccination is a rehearsal for the real thing. But no need for rehearsal has been established.
And
why are we supposed to believe that such a rehearsal works? The usual
answer is: the body remembers the original vaccination and how it
produced antibodies, and so it’s better prepared to do it again when the
need is real. But there is no basis for this extraordinary notion of
“remembering.”
It’s another assumption sold as fact.
The
terms “prepared for the real thing,” “rehearsal,” and “remember” aren’t
defined. They’re vague. One of the first lessons of logic is: define
your terms.
A
baby, only a few days old, receives a Hepatitis B vaccine. This means
the actual Hep-B germ, or some fraction of it, is in the vaccine.
The
objective? To stimulate the production of antibodies against Hep-B.
Assuming the baby can accomplish this feat, the antibodies circulate and
paint those Hep-B germs for destruction now.
From that moment on, the body is ready to execute the same mission, if and when Hep-B germs float in the door.
But
when they float in the door, why wouldn’t the body produce antibodies
on its own, exactly as it did after the vaccination was given? Why did
it need the vaccination to teach it how to do what it naturally does?
And
why should we infer the baby body is undergoing an effective rehearsal
when
vaccinated, and will somehow remember that lesson years later?
The logic of this is tattered and without merit.
To
these arguments of mine, some vaccine advocates would say, “Well, it
doesn’t matter because vaccines work. They do prevent disease.”
Ah,
but that is a different argument, and it should be assessed separately.
There are two major ways of doing that. One, by evaluating claims that
in all places and times, mass vaccination has drastically lowered or
eliminated those diseases it was designed to prevent. And two, by a
controlled study of two groups of volunteers, in which one group is
vaccinated and the other isn’t, to gauge the outcome.
Let’s
look at the first method of assessment. Those who claim that vaccines
have been magnificently effective in wiping out disease have several
major hurdles to overcome. They have to prove, for each disease in
question, that when a vaccine for that disease was first introduced, the
prevalence of the disease was on the rise or was at a high steady rate
in the population.
Why?
Because, as many critics have stated, some or all of these diseases
were already in sharp decline when the vaccines were introduced for the
first time.
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