07/03/2026
Shocking Findings: mRNA Vaccines Trigger Deep Gene Expression Changes, Mitochondrial Damage, and Possible DNA Integration
A new peer-reviewed study published in the Journal of American Physicians and Surgeons raises important concerns about the biological effects of mRNA vaccines.
The paper, titled "Gene Expression Alterations Induced by mRNA Vaccines," was authored by Nicolas Hulscher, Dr. Peter A. McCullough, and Dr. John Catanzaro.
It reviews evidence from transcriptomics, proteomics, and genomics studies in humans.
The authors conclude that mRNA vaccines cause broad and coordinated changes in gene expression that go well beyond short-term immune responses or inflammation.
Among the main findings are the following:
• Transcriptomic analysis of individuals who developed new adverse events or cancers after vaccination revealed major disruptions in key cellular pathways. These included impaired mitochondrial function, reduced ribosome activity, problems with protein breakdown systems, altered control of protein synthesis, and widespread changes in metabolism. Although some inflammation-related signals were detected, they accounted for only a small fraction of the total alterations, suggesting a deeper rewiring of gene regulation.
• In a longitudinal study of healthy people who received mRNA vaccines, 214 out of 342 measured plasma proteins showed significant changes over 24 weeks. The most pronounced shifts occurred between 16 and 24 weeks after vaccination and involved systems related to complement activation, metabolic regulation, hormone signaling, and vitamin and cofactor pathways. These findings indicate effects that persist much longer than many earlier assumptions suggested.
• A case study of a patient who developed aggressive stage IV bladder cancer following mRNA vaccination identified abnormal activity in cancer-related genes such as KRAS, PIK3CA, and ATM, along with weakened DNA repair processes and evidence of genomic instability. Tumor DNA also contained a sequence matching part of the vaccine's spike protein coding region, raising questions about possible integration of vaccine-derived genetic material into human DNA.
The authors point out that mRNA technology—first used in COVID-19 vaccines and now being developed for cancer, influenza, RSV, and other applications—was introduced without required long-term monitoring of gene expression, genomic integration, or built-in mechanisms to halt unwanted activity.
They state that without mandatory molecular surveillance, enforceable safety controls, and biological safeguards to prevent harmful gene expression changes, mRNA vaccine platforms remain inherently dangerous to humans.
They call for an immediate and complete suspension of their use in people.
These findings challenge the earlier view that mRNA vaccines produce only brief and localized effects.
While the results need confirmation through additional independent studies, they demonstrate a clear need for detailed, ongoing genomic and proteomic monitoring in anyone who receives these products.
Health authorities and regulators should review this evidence openly and prioritize safety data that extends beyond immediate immune reactions.
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