Maria Zeee | Drug regulators BUSTED hiding COVID jab risks.

10 Shocking Stories the Media Buried This Week | Drug regulators BUSTED hiding COVID jab risks.
Internal emails reveal that the TGA (Australia’s FDA) KNEW that, yes, foreign DNA from the COVID shots really could integrate into the human genome—despite repeatedly assuring the public it was impossible.

Rebekkah Barnett dropped the bombshell report exposing what TGA staff were saying behind closed doors—and it’s nothing like the rosy picture they painted in public.
In one email, a TGA staffer debunked Dr. Paul Offit’s claims that DNA from the COVID shots couldn’t integrate into the human genome without an enzyme called integrase. The staffer wrote:

“Foreign DNA can integrate into chromosomal DNA in the absence of an integrase in mammalian cells. This comes from the DNA damage/repair literature where breaks in DNA are repaired through processes called non-homologous end joining or homologous recombination.”

This directly contradicted the TGA’s official narrative, which repeatedly denied that such genomic integration was even possible.

Another email revealed that the TGA wasn’t even aware of studies to back up their public denials. A senior staffer admitted:

“I would be uncomfortable with that [statement about plasmid DNA entering the human genome] as I am unaware of studies which have tested this.”

So, behind closed doors, they had serious, unanswered questions about DNA contamination and the potential for genomic integration. But to the public, they said, “Everything is fine.”

This isn’t how things are supposed to work. Regulators like the TGA are meant to protect people, not withhold critical information.

This is yet another shocking example of how the so-called “experts” prioritized controlling the narrative over presenting the facts.

Adding to the alarm, new research from Yale has found spike protein lingering in the blood years after individuals received their last COVID shot, making concerns about integration with human DNA even more plausible.