According to Dr. Peter McCullough, the vaccinated now have different DNA to the unvaccinated.

Recent Reports Confirm COVID Vaccines May Alter Human DNA

In recent years, concerns about the long-term effects of mRNA COVID-19 vaccines have intensified, with several studies suggesting potential alterations to human DNA. These findings have sparked significant debate within the scientific community and among the public. Here’s a detailed look at the latest reports and their implications.

Key Findings from Recent Studies

  1. German Researchers’ Study (2024) A peer-reviewed study conducted by 19 German researchers has linked mRNA COVID-19 vaccines to long-term changes in genetic structures. The study, published in early 2024, found that these vaccines alter histones in macrophages—immune cells that circulate in the blood. Histones are critical DNA-binding proteins that give DNA its three-dimensional structure. Such alterations could potentially lead to an inflammatory response, increasing the risk of cancer and autoimmune disorders. This study underscores the need for further investigation into the epigenetic effects of mRNA vaccines.
  2. FDA-Supervised Study (December 2024) Another concerning report emerged from a December 2024 peer-reviewed study supervised by FDA scientists. This study detected synthetic DNA contamination levels in the Pfizer and Moderna vaccines that were alarmingly high—6 to 470 times above regulatory limits. The presence of such contamination raises significant concerns about the potential for genetic instability, immune system disruption, and adverse hereditary effects. The findings suggest that the regulatory oversight of these vaccines may need reevaluation.
  3. Preprint Study (2023) Earlier, a 2023 preprint study had already sounded alarms by detecting levels of synthetic DNA in the Pfizer and Moderna COVID-19 shots that were 18 to 70 times above regulatory limits. Although preprint studies are not yet peer-reviewed, this finding prompted further scrutiny and highlighted the urgency of addressing potential genetic risks associated with mRNA vaccines.

Historical Context and Ongoing Concerns

The issue of DNA alteration by vaccines is not entirely new. Historical concerns about DNA vaccines, which use plasmid DNA to induce an immune response, include their potential to integrate into the host cellular DNA. A 2000 study developed assays to investigate this risk, though no evidence of integration was found at the time. However, the massive administration of mRNA vaccines during the COVID-19 pandemic has reignited these concerns, especially given the lack of comprehensive long-term studies.

Moreover, the early 2020 consensus report by the Coalition for Epidemic Preparedness Innovations (CEPI) and the Brighton Collaboration did not address the potential genotoxicity of mRNA vaccines. This omission has become a focal point of contention as new evidence emerges.

Implications and Public Health Considerations

These recent reports have significant implications for public health policy and individual decision-making regarding vaccination. The potential for mRNA vaccines to alter human DNA, even if indirectly through epigenetic mechanisms or contamination, necessitates a cautious approach. Public health authorities must consider these findings in their ongoing assessments and communications about vaccine safety.

For individuals, understanding these risks is crucial, especially for those who may be more vulnerable to genetic changes, such as pregnant women and children. The inability to fully examine long-term effects on babies whose mothers received mRNA vaccines while in utero, as noted by MAHA influencer Diana Atieh, adds another layer of complexity to the debate.

Conclusion

The emerging evidence suggests that mRNA COVID-19 vaccines may indeed have the potential to alter human DNA, either through direct contamination or indirect epigenetic changes. While the scientific community continues to debate these findings, the public deserves transparent and comprehensive information to make informed decisions. As we move forward, it is imperative that rigorous, long-term studies are conducted to fully understand the implications of these vaccines on human genetics.

Stay informed and consider the latest research as you navigate the complex landscape of COVID-19 vaccination. Your health and genetic integrity are paramount, and ongoing vigilance is key to ensuring safety in the face of evolving scientific understanding.

BioChecked™ is watching our food supply for Genetic Modifications in our food supply. Check your food products and skin care product labels to see if it is BioChecked™

At the very least contact your food producers and recommend they get BioChecked™.