A major study of 48,210 healthcare workers has concluded that the risk of becoming infected with COVID-19 increases dramatically after every dose of the mRNA “vaccines” that are supposed to protect people from the virus.
The study was led by Cleveland Clinic’s lead infectious disease staff physician Dr. Nabin Shrestha, MD, MPH.
Shrestha and his team of researchers at Ohio’s prestigious Cleveland Clinic have been conducting ongoing research involving healthcare workers during and after the pandemic.
The team published the findings of their peer-reviewed study in the Oxford Academic medical journal Clinical Infectious Diseases.
In past studies, they found the possibility that the more participants were injected with Covid mRNA shots, the more susceptible they were to infection from the virus.
In this latest investigation, the Cleveland Clinic team studies the overall ability of mRNA injections to protect against COVID-19.
They monitored employee participants who were injected with doses of the 2023–2024 formulation of the Covid mRNA shots.
The researchers prospectively examined the cumulative incidence of COVID-19 over the following 17 weeks.
Dr. Shrestha and his research team adjusted for the tendency to get tested, age, sex, the pandemic phase when the last prior COVID-19 episode occurred, and the number of prior vaccine doses as key variables.
The Cleveland Clinic study concludes that the risk for COVID-19 infection rises with the number of Covid mRNA “vaccine” doses.
Involving 48,210 Cleveland Clinic employees, the study’s authors report a total of 2462 (5.1%) COVID-19 cases during the 17 weeks of observation.
Not surprisingly, people who were previously infected with COVID-19 faced a lower risk of infection, proving the benefits of natural immunity far outweighed that of the “vaccines,” which had the reverse effect.
As with previous studies, the risk of COVID-19 infection “increased with the number of vaccine doses previously received.”
This study comes amid a growing body of evidence that shows, not only were the “vaccines” ineffective, but they exacerbated the virus they were supposed to be fighting.
As Slay News reported earlier this week, another major new study has finally confirmed that the Covid mRNA shots are “far more” dangerous than the virus they are assumed to protect people from.
The explosive study concludes that the “overall risks greatly outweigh theoretical benefits”
The bombshell findings of the study were published in the International Journal of Vaccine Theory, Practice, and Research.
The team of leading American scientists was led by world-renowned cardiologist Dr. Peter A. McCullough.
The study is a follow-up to a previous study which determined that “health-related risks and drawbacks were drastically misreported and underreported in the Pfizer and Moderna trial evaluations of these genetic products.”
They found that the modmRNA injections carry such a high risk of dangerous adverse events, that it would be safer to catch the virus without being vaccinated than to take one of the shots.
The Covid modmRNA shots dramatically increase the risk of becoming severely ill or dying from potentially fatal conditions such as cancer or heart failure.
The COVID-19 virus simply doesn’t carry these same risks, the researchers note.
In the “Discussion” section of the study’s paper, the researchers explain:
“This leads us to consider how and why so many published papers and authorities have claimed that myocarditis [heart failure] shows a stronger association with SARS-CoV-2 infection than with the COVID-19 modmRNA injections.
“This single claim is patently false, and yet it has been used to justify ongoing injections despite myocarditis being recognized as a signal by the CDC and other authorities.”
Aside from cancer and heart failure, the researchers found that the shots erase the immune system and cause blood disorders.
Additionally, they found that the injections caused pregnancy and reproductive issues.
However, they note that vaccinated people who don’t experience infertility or stillbirths may still carry the risk of altering the human genome in future generations.
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