Synthetic mRNA Vaccines and Transcriptomic Dysregulation: Evidence from New-Onset Adverse Events and Cancers Post-Vaccination

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Conflicts of Interest

Identified Weaknesses

Rating Explanation

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Paper Summary

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mRNA Vaccines and Gene Changes: A Tiny Study Hints at Possible Links to New-Onset Illness and Cancer

This very small study investigated gene expression changes in people reporting new-onset illnesses and cancer after mRNA COVID-19 vaccination. The researchers found differences in gene expression related to immune response, stress response and cell growth pathways in these groups, as well as changes suggesting mitochondrial dysfunction and genomic instability in the cancer patients. However, the small sample size, lack of an unvaccinated control group and the correlational nature of the study severely limit its power to establish a causal link between vaccination and the observed effects.

Possible Conflicts of Interest

The McCullough Foundation, which has publicly expressed concerns about mRNA vaccine safety, provided support for the study. Two authors are affiliated with Neo7Bioscience, a private biotechnology company.

Identified Weaknesses

Small sample size

The study includes only a very small number of participants in the treatment groups (3 with new-onset symptoms and 7 with cancer). This severely limits the statistical power of the analysis and makes it challenging to draw reliable conclusions about the general population.

Correlation presented as causation

The authors draw conclusions about the causation between mRNA vaccination and cancer, but the study design is correlational. The observed gene expression changes could be due to other factors related to the participants' health conditions or other exposures.

Lack of appropriate control group

The lack of a control group of unvaccinated individuals with similar adverse events or cancer makes it difficult to isolate the specific effects of mRNA vaccination on gene expression. It is possible that the observed changes are related to the diseases themselves or other underlying factors.

Lack of details on adverse events

The paper lacks details on the specific adverse events experienced by the participants in group 1. This information is crucial for understanding the potential biological mechanisms underlying the observed gene expression changes and for assessing the clinical significance of the findings.

Rating Explanation

The study's extremely small sample size, correlational design, and lack of a proper control group are major limitations that prevent drawing any firm conclusions about causality. The potential conflict of interest due to funding from an organization with a stance on the research topic further weakens the study's credibility.

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