Billions of Copies of Residual DNA in a Single Dose of COVID-19 mRNA Vaccine: Preprint
November 22nd, 2023Via: Epoch Times:
A new preprint study up for peer review finds billions of residual DNA fragments in COVID-19 mRNA vaccine vials.
The lead author of the study, molecular virologist David Speicher, who has a doctorate in virology, told The Epoch Times that the study is “the largest study” on residual DNA in COVID-19 vaccines to date.
“In our study, we measured DNA copies of spike, ori (origin of replication), and SV40 enhancer genes,” he told The Epoch Times. “The loads of SV40 enhancer-promoter, ori, and virus spike in Pfizer are up to 186 billion copies per dose.”
The spike he refers to is the DNA sequence of the SARS-CoV-2 spike protein, which can be transcribed to spike mRNA to be used in the COVID-19 mRNA vaccines. The other two DNAs—SV40 enhancer genes and ori—help facilitate the replication of spike DNA.
However, the final mRNA vaccines should only include RNA and not residual DNA instructions for spike production.
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Foreign DNA introduced into the cell alongside the mRNA is at risk of being mistaken as human DNA. If it is, it can then be integrated into the cell’s blueprint.
The presence of SV40 enhancer genes increases the risk of DNA integration, said the lead author, citing a study published in 1999 that found maximal transport of DNA using the SV40 enhancer. The peak period for SV40 research, in terms of the overall rate of publication, spanned from the 1980s to 1999.
If the DNA for spike protein is integrated into the host genome, cells will forever contain spike protein sequences. Integration of foreign DNA into the human genome can also cause cancer, as shown in studies of viral DNA integration.
The SV40 enhancer gene is highly controversial in the field of vaccination because it comes from a virus linked to cancer.
Some of the polio vaccines administered between 1955 and 1963 were found to be contaminated with the complete SV40 virus. Even so, studies have concluded that those vaccinated with the entire SV40 gene aren’t at a higher risk of developing cancer.
