Unprecedented Deaths, Disease, and Injury Linked to COVID-19 mRNA Vaccines | Over 700 Studies Reveal Adverse Effects on Research Collection
The scientific literature on the links between mRNA COVID-19 vaccines and biological harms is vast and complex, with both the benefits and risks being extensively studied. A comprehensive library, compiled by Dr. Martin Wucher, Dr. Byram Bridle, Dr. Steven Hatfill, Erik Sass, and others, contains over 700 peer-reviewed studies that shed light on this critical issue.
## mRNA Vaccines and Inflammation
One of the primary concerns about mRNA vaccines is their potential to cause inflammation. While transient side effects such as pain, redness, swelling, fatigue, headache, muscle pain, chills, fever, and nausea are common and generally mild, they reflect the body's immune response to the vaccine. Recent research has focused on reducing inflammation by modifying the lipid nanoparticles used in mRNA vaccines, with the addition of phenol groups potentially decreasing inflammation while enhancing vaccine effectiveness [1].
## Serious Adverse Events
Despite the transient nature of most side effects, serious adverse events associated with mRNA vaccines are rare but include allergic reactions, myocarditis, and pericarditis, especially in young men. Thromboembolic events and Guillain-Barré syndrome have also been reported, although their association with vaccines is still under investigation [2]. The immune response triggered by mRNA vaccines can lead to changes in inflammatory and coagulation profiles, which may contribute to adverse events. However, these mechanisms are not fully understood and are subjects of ongoing research.
## Regulatory and Safety Assessments
The FDA has considered the net clinical benefit of mRNA vaccines, particularly for children. While vaccines have been deemed beneficial for children with risk factors, there is ongoing debate about their benefits for healthy children due to the low risk of severe disease in this group [3]. The effectiveness of mRNA vaccines wanes over time, similar to natural immunity. However, hybrid immunity (natural infection plus vaccination) offers robust protection against severe disease and reinfection [4].
## The Persistence of Spike Protein and mRNA in Human Tissues
A third section of the library contains 41 studies confirming that the spike protein and vaccine mRNA persist in human tissues for extended periods, sometimes longer than the virus itself. This raises concerns about the potential long-term effects of these vaccines, particularly given the 140 studies on immune imprinting, where the body's immune response becomes "locked in" to the original virus strain it encountered [5].
## The Emergence of Vaccine-Resistant Variants
70 peer-reviewed papers support the idea that mRNA vaccines placed evolutionary pressure on the virus, helping to accelerate the emergence of vaccine-resistant variants [6]. Known as "original antigenic sin," this means that mRNA shots based on the Wuhan strain may have blunted recipients' immune responses to newer variants, making them more vulnerable, not less.
## The Library and its Implications
The library exposes serious, systemic biological harms linked to the Covid mRNA "vaccines." Despite the growing body of scientific evidence, so-called "fact-checkers" continue to smear those who raise questions as "conspiracy theories" or "anti-vaxxers" while shutting down concerns about "vaccine" safety as "disinformation." The library has been published on Zenodo and is a valuable resource for anyone seeking to understand the complex relationship between mRNA COVID-19 vaccines and their potential biological harms.
**Key References:** - **Inflammation and Vaccine Effectiveness**: [1] - **Common and Serious Adverse Events**: [2] - **Regulatory Assessments**: [3] - **Immunity and Waning Protection**: [4] - **mRNA and Spike Protein Persistence**: [5] - **Immune Imprinting and Vaccine-Resistant Variants**: [6]
- The library compiled by several experts contains over 700 peer-reviewed studies focusing on the potential biological harms of mRNA COVID-19 vaccines, particularly concerning the persistence of spike protein and vaccine mRNA in human tissues for extended periods.
- The scientific literature reveals that the immune response triggered by mRNA vaccines can lead to serious adverse events, such as allergic reactions, myocarditis, pericarditis, thromboembolic events, Guillain-Barré syndrome, and changes in inflammatory and coagulation profiles.
- Research has investigated methods to reduce inflammation caused by mRNA vaccines, such as modifying the lipid nanoparticles used in the vaccines by adding phenol groups, which may potentially decrease inflammation while enhancing vaccine effectiveness.
- The comprehensively researched library raises concerns about the long-term effects of these vaccines due to the persistence of spike protein and mRNA in human tissues, potentially leading to immune imprinting and the emergence of vaccine-resistant variants.
