New findings have emerged regarding the Pfizer and Moderna COVID-19 vaccines, revealing troubling aspects that raise concerns about their safety. Scientist Kevin McKernan and his team have discovered the presence of simian virus 40 (SV40) and DNA contaminants, which have been linked to cancer and the potential alteration of the human genome. These revelations shed light on the insufficient testing and trials conducted on the vaccines, challenging the initial assumptions made about their composition.

The inclusion of SV40 promoters in the bivalent mRNA COVID shots is a major cause for alarm. SV40 has long been suspected of causing cancer in humans, and its presence in the vaccines is highly controversial. In bombshell Epoch Times article, McKernan’s team also detected DNA contaminants that exceed the acceptable limits set by regulatory agencies. These contaminants have the potential to alter the human genome, a startling discovery that raises questions about the overall safety of the vaccines.

Furthermore, the vaccines contain a cinnamycin-resistant gene, whose impact on human health remains unclear. In the worst-case scenario, this gene could render the microbiome resistant to antibiotics, posing significant risks for public health. McKernan emphasizes the need for further investigation into the potential consequences of this gene’s presence.

In an interview with computational biologist Jessica Rose, McKernan highlighted the significance of these findings. He explained that the COVID shots were assumed to contain only RNA, but genomic sequencing revealed the presence of DNA fragments, which should not be present in the final product. The sequencing vector, or the blueprint for RNA production, was also found in the vials, disclosing proprietary information that was not intended for public knowledge.

Regulatory agencies have established limits for DNA contamination, but the levels found in the vaccines far exceed these thresholds. McKernan believes that the existing limits may not adequately address the presence of replicable DNA and stresses the need for stricter regulations.

Of particular concern is the potential presence of endotoxins, such as lipopolysaccharide (LPS), which may accompany the plasmids extracted from E. coli during the manufacturing process. Injection of endotoxins can lead to anaphylaxis, a severe and potentially life-threatening allergic reaction. Anaphylaxis has been reported as a common side effect of the COVID vaccines, suggesting a possible connection to the DNA contamination.

The inclusion of SV40 promoters in the vaccines also raises questions about the risk of genome integration. The nuclear localization sequence (NLS) found in one of the Pfizer vials significantly increases the aggressiveness of the promoter, increasing the likelihood of genome integration. McKernan cautions that genome integration may occur through multiple pathways, independent of long interspersed nuclear elements 1 (LINE-1).

Another crucial concern is the potential impact of the cinnamycin-resistant gene on antibiotic resistance. McKernan warns that if this gene spreads to bacteria in the human microbiome, it could confer resistance to cinnamycin, a tricyclic antibiotic. This scenario highlights the possibility of the vaccines inadvertently contributing to the spread of antibiotic resistance among the vaccinated population.

Moreover, the vaccines’ potential to induce long-term production of spike proteins is a significant concern. While bacterial ribosomes may lack the necessary equipment to translate spike RNA, the process of bactofection, in which mammalian cells absorb bacteria, may lead to the production of spike protein within human cells. This prolonged presence of spike proteins, known for their potential to trigger adverse immune responses, poses additional risks to vaccinated individuals.

In response to these findings, McKernan has called upon scientists and research labs to replicate his investigation and assess the levels of DNA contamination in COVID shots worldwide. He has provided comprehensive details to facilitate the replication process, and one research team has already contacted him with their preliminary findings.

As this controversy unfolds, the question remains: Will the mainstream media cover these groundbreaking discoveries? The implications for vaccine safety and potential long-term health risks underscore the importance of open dialogue and further investigation. The public’s right to accurate and transparent information regarding the safety of vaccines is paramount, and the scientific community must address these concerns to ensure public trust and well-being.

Western Liberal Fake Fact Check

As expected, the Associated Press, a media outlet known for disseminating misinformation and fake news, has once again resorted to a deceptive fact-checking strategy. In response to unidentified social media posts alleging the absence of ‘monkey virus DNA’ in COVID vaccines, the Associated Press has conducted a misleading and ambiguous fact-check.

It is crucial to highlight that this disingenuous and underhanded approach is a common tactic employed by America’s and Western liberal media. Such fact-checking practices are characterized by vagueness and a lack of honesty, ultimately undermining the credibility of their reports.