In seeking answers to why adolescent girls are suffering devastating health damage after being injected with HPV vaccines, SANE Vax, Inc decided to have vials of Gardasil tested in a laboratory. There, they found over a dozen Gardasil vaccine vials to be contaminated with rDNA of the Human Papillomavirus (HPV). The vials were purchased in the United States, Australia, New Zealand, Spain, Poland and France, indicating Gardasil contamination is a global phenomenon.
This means that adolescents who are injected with these vials are being contaminated with a biohazard — the rDNA of HPV. In conducting the tests, Dr. Sin Hang Lee found rDNA from both HPV-11 and HPV-18, which were described as “firmly attached to the aluminum adjuvant.”
That aluminum is also found in vaccines should be frightening all by itself, given that aluminum should never be injected into the human body (it’s toxic when ingested, and it specifically damages the nervous system). With the added discovery that the aluminum adjuvant also carries rDNA fragments of two different strains of Human Papillomavirus, this now reaches the level of a dangerous biohazard — something more like a biological weapon rather than anything resembling medicine.
As SANE Vax explains in its announcement, these tests were conducted after an adolescent girl experienced “acute onset Juvenile Rheumatoid Arthritis within 24 hours” of being injected with an HPV vaccine. (https://sanevax.org/sane-vax-discovers-potential-biohazard-gardasil/)
rDNA found in Gardasil is genetically engineered
The rDNA that was found to be contaminating Gardasil is not “natural” rDNA from the HPV virus itself. Rather, it is a genetically engineered form of HPV genetic code that is added to the vaccines during their manufacture.
As Dr. Lee, the pathologist who ran the laboratory tests identifying the biohazard contamination of Gardasil said:
“Natural HPV DNA does not remain in the bloodstream for very long. However, the HPV DNA in Gardasil is not ‘natural’ DNA. It is a recombinant HPV DNA (rDNA) — genetically engineered — to be inserted into yeast cells for VLP (virus-like-particle) protein production. rDNA is known to behave differently from natural DNA. It may enter a human cell, especially in an inflammatory lesion caused by the effects of the aluminum adjuvant, via poorly understood mechanisms. Once a segment of recombinant DNA is inserted into a human cell, the consequences are hard to predict. It may be in the cell temporarily or stay there forever, with or without causing a mutation. Now the host cell contains human DNA as well as genetically engineered viral DNA.”