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Injected : a Pre-Vaccination Primer For Parents With Infants and Small Children

Jeffrey J. Prager

Abstract

Vaccines and Production of Negative Genetic Changes in Humans 1996-1998 Leading Edge Research Group Vaccination and Genetic Change: Mobility of Genetic Material Between Life Forms: One of the indications that vaccinations may in fact be changing the genetic structure of humans became evident in September of 1971, when scientists at the University of Geneva made the discovery that biological substances entering directly into the bloodstream could become part of the human genetic structure. Originally, Japanese bacteriologists discovered that bacteria of one species transferred their own specific antibiotic resistance to bacteria of an entirely different species. Dr. Maurice Stroun and Dr. Philip Anker in the Department of Plant Physiology at the University of Geneva, began to accumulate evidence that the transfer of genetic information is not confined to bacteria, but can also occur between bacteria and higher plants and animals. According to an article in World Medicine on September 22, 1971, “Geneva scientists are convinced that normal animal and plant cells shed DNA, and that this DNA is taken up by other cells in the organism.” In one experiment, scientists in Geneva extracted the auricles of frog hearts and dipped them for several hours in a suspension of bacteria. Afterward, they found a high percentage of RNA-DNA hybridization between bacterial DNA extracted from bacteria of the same species as that used in the experiment and titrated DNA extracted from the auricles which had been dipped in the bacterial suspension. Bacterial DNA had been absorbed by the animal cells. This phenomenon has been dubbed transcession. There is evidence that this kind of phenomenon is happening all the time within the human body. It is conceivable, for example, that heart damage following rheumatic fever could the the result of the immune system reacting to its own cells producing a foreign RNA complex after absorption of foreign DNA. In Science magazine, November 10, 1972, bacteria

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