Vaccine mRNA, Plasmid DNA, and Spike Protein Can Persist in Humans More Than 3.5 Years After COVID-19 Vaccination

  It is amazing how quickly people forget. Although their immune system may not so easily. As many immunologists warned us about the mRNA vaccine, it was extraordinarily unlikely that the RNA would stay where it was injected and would degrade quickly as we were told and reason why there was nothing whatsoever to worry about. But what if it didn't? Many people may have to live with the consequences of this question for the rest of their lives. 

Via: Focal Points:

For years, the public was told that mRNA vaccine materials would degrade within days to weeks — rapidly broken down, biologically transient, and incapable of long-term persistence. That assumption shaped regulatory assurances, public messaging, and safety expectations worldwide. Billions across the globe received these injections based on the claim that the genetic material would quickly disappear from the body.

Today, that narrative collapses — following a coordinated, multi-country investigative effort involving the McCullough Foundation, the INMODIA laboratory (Germany), the Municipal Hospital Dresden-Friedrichstadt (Germany), Neo7Bioscience, and collaborating independent laboratories.

The resulting paper, titled “Unprecedented Persistence of Vaccine mRNA, Plasmid DNA, Spike Protein, and Genomic Dysregulation Over 3.5 Years Post–COVID-19 mRNA Vaccination,” presents what is, to our knowledge, the most comprehensive COVID-19 vaccine injury case report to date — involving >40 emergency department visits, >200 specialist encounters across 18 medical disciplines, >100 laboratory investigations, >100 imaging studies, and serial blood and tissue sampling performed at multiple timepoints over more than 3.5 years.

The findings reveal longitudinal molecular evidence that vaccine-derived mRNA, plasmid DNA fragments, and spike protein can persist in human blood and tissue more than 3.5 years after vaccination — independently confirmed across multiple laboratories using diverse analytical methods.