In the General/Chat forum, on a thread titled Experts Discover Over 200Billion DNA Fragments in a Single Dose of Pfizer’s COVID-19 mRNA Vaccine, Deaf Smith wrote: We were publicly told in early 2021 that the China Virus shot is Experimental Gene Therapy. After a few weeks passed, that information was omitted.
Omitted then hotly denied, with trolls screeching that saying it was gene therapy was an ignorant lie if not intentional disinformation. I did find an FTC filing for one of the COvid 'shots' which specified that it is indeed gene therapy but would be allowed to be marketed otherwise in order to avoid 'vaccine hesitancy'. You know - if the customer knows what's in it they may not want it.....
As we’ve discussed above, changing a person’s DNA is not easy. The residual DNA would first need to get into a cell. This could happen if the DNA was inside one of the fatty bubbles called lipid nanoparticles used to package the mRNA in the vaccines, Veldhoen, the immunologist in Portugal, said. But even if this happened, the DNA would only end up in the cytoplasm, the region of a cell outside the nucleus.
Next, any residual DNA that made it into a cell would need to get access to a person’s DNA in the nucleus and insert itself. In general, a cell needs to be in the process of dividing for foreign DNA to integrate into the cell’s own DNA.
The mRNA vaccines are injected into the muscles, where the bulk of the vaccine remains. Muscle cells “do not divide rapidly and have lots of cytoplasm compared to the size of their nuclei,” Milavetz, the molecular biologist at the University of North Dakota, said. This means that it is “very unlikely” that any residual DNA from a vaccine introduced to the cytoplasm of a cell will make it into the nucleus and insert itself into the DNA there in the first place, he added.
“Even if it enters the nucleus, which it probably can’t, it would still have to be integrated into DNA, which requires an integrase, which it also doesn’t have,” Offit said. An integrase is an enzyme some viruses use to insert themselves into cellular DNA.
In the event that some residual DNA did manage to insert into a person’s DNA, it would need to be exactly the wrong kind of DNA, land in exactly the wrong place or a combination of the two.
And then, if this entire sequence of events occurred in one of a person’s trillions of cells, the cell would need to avoid destruction by the immune system, divide and give rise to other cells, which would need to continue along the path toward becoming cancerous.
In reality, the immune system can detect when cells take up foreign DNA or mRNA, Veldhoen said. In the end, cells that had taken up residual DNA would not survive, he said, and the DNA bits would be “broken down, its individual parts recycled.”