Unraveling the DNA Contamination Concern in mRNA COVID-19 Vaccines

It's a startling revelation that has sent shockwaves through the scientific community worldwide - concerning findings of DNA contamination in mRNA Covid-19 vaccines. The call for global health authorities to halt the campaigns and engage in rigorous safety assessments resonates everywhere.

Renowned scientists, such as Dr. Philip Buckhaults, Dr. Sin Lee, and Kevin McKernan, have drawn attention to this issue through their investigative endeavors. Dr. Jurgen Kirchner, a biologist from Germany, raised the alarm recently when his lab tests detected DNA contamination in Pfizer's Comirnaty key product, a finding he asserts is hundreds of times higher than acceptable standards. (see article from The Spectator)

Regrettably, though, the general consensus among health authorities remains nonchalant, as evidenced by the curt and dismissive response received from the German Federal Ministry of Health. Questions are being raised as to why these staggering revelations have not culminated in an immediate revamp of the regulatory system.

The very real fear resonates, not just internationally, but also domestically in Australia, with the realization that none of the mRNA vaccines' manufacturing units are located in the country, raising concerns about the potential for DNA contamination in imported batches.

The specific apprehensions about DNA contamination in vaccines primarily involve the risk of genomic integration - the injected DNA integrating into the cells of the individual. This could potentially have profound implications for human health and biology. Federal health regulators, it appears, are still to grasp the full scale of this looming crisis.

Prof. Wafik El-Deiry, a stalwart expert in cancer research from Brown University, has validated these concerns, stressing the need for further researchL

[Buckhaults] explains how pieces of naked DNA allowed in protein vaccines at a certain threshold was not so problematic in a different era but that with encapsulation in liposomes they can now easily get into cells. If they get into cells they can integrate into the genome which is permanent, heritable, and has a theoretical risk of causing cancer depending on where in the genome they integrate. There is a need for more research into what happens in stem cells and I would add germ-line, heart, (and) brain. I am also concerned about prolonged production of spike for months with the pseudouridine in the more stable RNA.’

He also raised the possibility of long-term complications such as blood clotting, heart attacks, and other adverse effects, potentially caused by DNA’s prothrombotic features,

The source of the DNA contamination can be traced back to a transformation in the manufacturing process, as a tweak was required to shift from 'clean' in vitro synthesis of DNA (Process 1), used in the clinical trials, to a mass-production viable Process 2 involving E. Coli bacteria for the replication of plasmids.

Considering an unprecedented surge in adverse events from a 'provisionally approved' vaccine, it seems unfathomable that health regulators remain unperturbed. A wave of discontentment swells among professionals advocating for thorough informed consent that encapsulates all inherent risks in these vaccines.

As the situation escalates, it prompts the pivotal question - how many individuals would willingly sign up for a vaccine presenting these DNA-contamination risks?

Given the magnitude of potential ramifications, it is incumbent upon health authorities and regulators to scrutinize this matter urgently. Unquestionably, the burden of proof weighs heavy, not primarily on the public, but squarely on the shoulders of those regulating and endorsing these biomedical interventions.

More details here:

South Carolina Senate Hearing