New evidence suggests mRNA vaccines could interact with mobile DNA segments in our cells, potentially altering DNA and triggering inflammation—a risk not thoroughly studied before global rollout.
The story
Research suggests mRNA vaccines may have understudied genetic effects in our bodies. When these vaccines were approved, no published studies had examined potential DNA damage or cancer risks.
A concerning discovery is how vaccine mRNA might interact with transposable elements [mobile DNA segments] in our cells. This interaction could potentially lead to reverse transcription, where vaccine material gets converted and possibly integrated into our DNA.
This process might activate immune pathways that, when dysregulated, could trigger autoinflammatory and autoimmune conditions. Even more concerning is “insertional mutagenesis” – where activated genetic elements could insert vaccine-derived material into our DNA, potentially disrupting tumor suppressor genes that protect against cancer.
For certain individuals, these mechanisms could increase risk of chronic inflammation, autoimmunity, and possibly cancer development.
What’s particularly troubling is that these potential risks weren’t thoroughly studied before worldwide distribution. Only one peer-reviewed study in the 14 months following vaccine deployment examined whether the vaccine mRNA could enter cell nuclei or trigger changes in our genetic elements.
This raises important questions about the thoroughness of safety evaluations before these vaccines were given to billions of people worldwide.
For more about mRNA COVID-19 vaccines linked to changes in genetic structures that can lead to the cancer and autoimmune disorders, visit https://ex-posed.net.
Recent Comments