So viruses are known oftentimes to integrate into your genome and disrupt it, which can lead to this genome instability that can then create a cell line that kind of grows out of control. --Kevin McKernan

Kevin McKernan on What May Be Causing a Rise in Cancers

"If you have all three of those happening – potentially increased integration risks, white blood cell reduction, and spike protein inhibiting the genes that are meant to clean up this type of problem – the combination of… pic.twitter.com/2SarVwHKBC

— Chief Nerd (@TheChiefNerd) August 30, 2023

00:00. How could something like this be cancer-causing, and it's precisely the fact that it can actually get into the cells in the first place.  So can you explain that process, what would make this cancer-causing, if indeed it were found to be, because, for example, we are seeing this higher incidence of the so-called turbo cancers and rare cancers appearing in people post-rollout of these genetic vaccines?  There's a signal there that people are wondering about.

00:33.  So Bob Weinberg does a lot of work in this space.  [See a list below.]  He's kind of written the book on viral integration into the genome causing cancer.  Many tumors, will actually, if you survey their sequence, you will find SV40 DNA sequence in there, from SV40 viruses and also from other viruses.  So viruses are known oftentimes to integrate into your genome and disrupt it, which can lead to this genome instability that can then create a cell line that kind of grows out of control.  The concern here is if this DNA integrates into the genome, one portion of the SV40 sequence that's in there is an SV40 promoter, it's a very strong promoter, which means it drives transcription wherever it lands in the genome, if this happens to drop itself in front of a proto-oncogene and drives a lot of expression of a gene that's known to, if you hyper express it, turn the cell cancerous, then we have a concern that that DNA is, in fact, doing that.  So there are two concerns: there are promoters in this vaccine from SV40 and there is a 72 Ace Cash

The Biology of Cancer, Robert A. Weinberg, 2023.

Genes and the Biology of Cancer (Scientific American American Library Series, No. 42), Harold Vamus and Robert A. Weinberg, 1993. 

Molecular Oncology (Scientific American Introduction to Molecular Medicine), J. Michael Bishop and Robert A. Weinberg, 1996.

Racing to the Beginning of the Road: The Search for the Origin of Cancer, Robert A. Weinberg, 1996.  

One Renegade Cell: How Cancer Begins (Science Masters Series), Robert A. Weinberg, 1999.