positive patients, the cause of death is considered to be AIDS. Accordingly, the victims become part of
the “statistical evidence” that AIDS can be transmitted through blood transfusion.
In the United States, out of the 20,000 hemophiliacs, who rely on regular blood transfusions, few are
diagnosed with AIDS despite the fact that over three-quarters were infected with HIV through blood
supply. Mortality rates for hemophiliacs, in fact, have never been as low as they are today.
It has been proven that blood transfusions can bring up false-positive HIV test results. In a study
published in the Lancet, patients showed the presence of large quantities of HIV antibodies in their blood
immediately after blood transfusion, decreasing thereafter. One healthy volunteer who received six
consecutive blood injections at four-day intervals tested HIV-negative after the first injection, but with
each subsequent transfusion the HIV-positive antibody response increased. The argument that HIV can be
transmitted through blood transfusions may, therefore, only be partially true, if it is true at all. As the
above experiment shows, blood transfusions can actually produce human retrovirus material that may be
identical or similar to HIV. This certainly doesn’t mean that an AIDS disease will automatically develop
because of blood transfusion (most hemophiliacs don’t develop AIDS). But if the immune system is
already severely damaged or low due to other factors, such as drug abuse or surgery, blood transfusions
can greatly increase the risk of developing a life-threatening immune deficiency disease or AIDS (see also
“Business with Our Blood” in the following chapter). If blood transfusions can lead to the body producing
antibodies against the HIV human retrovirus, as research has shown to be possible, it is misleading to
claim HIV-contaminated blood is solely responsible for HIV infection in blood recipients.
4. Aids—A Metabolic Disorder, Not An Infectious Disease
For several years it has been known that AIDS sufferers develop a drastic imbalance of very important
amino acids before they actually deteriorate. A balanced protein metabolism is the main prerequisite for a
healthy immune system. If the concentration of some of the amino acids in the body is too high or too low
the immune system can no longer fight acute infections. This is particularly true for AIDS diseases.
The physiological imbalances related to basic protein metabolism in AIDS patients can be caused by
any of the above factors, which all have highly stressful effects on the body. To combat such severe
stress, the body triggers stress hormones, such as cortisone, designed to break down muscle proteins into
basic amino acids needed for emergency reuse. This effectively means that the body is feeding off itself.
If the stress persists, the amino acid balance can no longer be maintained, which eventually causes the
collapse of the immune system so typically found in the AIDS disease.
During the process of destroying its own cells to obtain essential amino acids, the body has to deal
with a large amount of cell debris, including the fragments from destroyed cell nucleus. It seems that
some of these DNA or RNA fragments are labeled as the retrovirus HIV. Since there are various types of
such fragments, there are also several types of HIV, i.e., HIV1, HIV2, etc. as well. This may explain why
there are so many people now who are HIV-positive, but never were infected by HIV-contaminated blood
or were in contact with HIV-infected people. Research by Dr. Hulda Clark, Canada, showed that babies
can test HIV-positive, despite the fact that their parents are HIV-negative.
HIV is much more common than most people think. Many people who go through periods of extreme
stress may have a strong presence of HIV in their blood for which their immune systems produce
antibodies. Since they are unlikely to test for AIDS, they may never find out that they have encountered
this virus. Even if they underwent a reliable AIDS test, they may not test positive for HIV1. However, if
the test also searched for presence of antibodies for HIV3 or another of its variations, these individuals
may now turn out to be HIV positive. For many years, the testing facilities in most countries could detect
only one of the many HIV types. Today, a person’s blood may be screened for two types of HIV, which is