The Unacknowledged DNA Contamination in Moderna and Pfizer/BioNTech SARSCoV2 Vaccines Revealed
In recent developments, alarming evidence has surfaced, shedding light on a concerning aspect of the Moderna and Pfizer/BioNTech SARS-CoV-2 vaccines. Both vaccines, pivotal in the global fight against the COVID19 pandemic, are reportedly contaminated with plasmid DNA fragments. Astonishingly, these fragments, deemed risky due to potential insertional mutagenesis, have not been effectively removed during the manufacturing processes substantiated by regulatory bodies such as the USFDA HealthCanada and the European Medicines Agency.
Hidden DNA Sequences A Breach of Transparency:
Unanswered Questions and Regulatory Blindness:
FDA’s Willful Ignorance:
Conclusion: In light of these revelations, it is imperative for regulatory authorities to address the unacknowledged risks associated with DNA contamination in MRNA COVID19 vaccines.. The absence of comprehensive genotoxicity studies and the potential for serious health implications demand a reassessment of the current narrative surrounding the safety and effectiveness of these vaccines. Until conclusive evidence is presented, statements asserting the absence of safety concerns related to residual DNA must be scrutinized as potential propaganda rather than scientifically proven facts.. The public’s trust in vaccine safety hinges on transparent communication and rigorous regulatory scrutiny.
an unknown unreported perspective on Robert Robertson trial/death penalty & NC deaths for Americans…
Considering multiple aspects of national security threats, we are confronted with the reality that Canada…
If you say, “you got what you voted for...” Impossible to say we got what…
In today’s world, where information is easily accessible yet often manipulated, finding trustworthy news sources…
Notes on the Pandora Crystal Ball The explorations and revelations of the Pandora Crystal Ball…
It started as a dream, from an idea of fantastic possibilities - reaching space Everything…
This website uses cookies.