What's Happening?
Kevin McKernan, a genomics expert, has raised concerns about the presence of hidden DNA fragments in COVID-19 mRNA vaccines. During a presentation at the World Council for Health, McKernan revealed that independent genomic sequencing found substantial
residual DNA in vaccine vials, including bacterial plasmids with sequences from SV40, a viral component linked to gene therapy. This contamination violates international standards and poses a risk of foreign DNA integrating into human cells. McKernan's analysis also uncovered omissions in the plasmid maps submitted to the FDA, suggesting a deliberate concealment of elements that could drive gene integration.
Why It's Important?
The presence of DNA fragments in mRNA vaccines raises significant safety concerns, as it could lead to genetic integration and long-term health effects. This revelation challenges the assurances provided by regulatory agencies regarding the safety of these vaccines. The potential for DNA fragments to integrate into human cells and cause chronic immune activation or other health issues necessitates a reevaluation of the risk profile of these vaccines. McKernan's findings highlight the need for transparency and rigorous safety evaluations in vaccine development and approval processes.
Beyond the Headlines
The implications of McKernan's findings extend beyond the immediate safety concerns. They point to a broader ethical issue within regulatory bodies and pharmaceutical companies, suggesting a failure to adhere to scientific and ethical standards. The lack of transparency and potential data manipulation undermine public trust in health institutions and highlight the need for accountability and reform in the oversight of vaccine safety. This situation underscores the importance of independent scientific inquiry and the need for robust regulatory frameworks to ensure public health safety.
