A New Insight into Moderna’s Covid Vaccine

In the realm of Covid vaccinations, an intriguing Swiss study sheds light on Moderna’s jab, revealing potential heart injury concerns. Conducted by Swiss researchers, this investigation explores the impact of the vaccine on troponin levels, a protein indicative of heart damage. By actively monitoring vaccinated individuals, the study provides valuable insights into the risks associated with mRNA vaccines.

Uncovering the Heart Injury Concerns: Swiss researchers set out to examine the effects of Moderna’s Covid jab on troponin levels in a healthy group of individuals. The blood tests, conducted three days post-vaccination, unveiled that approximately 3 percent of recipients exhibited elevated troponin levels. Although recipients didn’t display overt signs of heart damage, the high troponin levels indicated potential subclinical myocardial injury linked to mRNA vaccination.

Questioning Passive Surveillance Systems: Contrary to passive surveillance systems like VAERS, the researchers took a proactive approach by actively monitoring recipients to detect any adverse reactions. The results indicate that passive surveillance may underestimate the frequency of heart injury associated with mRNA vaccines, making active monitoring crucial in understanding the true risk.

Gender Disparities: Women at Higher Risk? The study’s findings revealed a remarkable gender disparity, with women being almost five times as likely as men to have elevated troponin levels. While previous studies highlighted young men’s higher risks of myocarditis and pericarditis following mRNA vaccines, this research suggests women may experience more subtle, yet concerning, cardiac damage.

Long-term Implications: A Cause for Concern: With the heart’s inability to regenerate dead muscle tissue, even minor cardiac injury may carry long-term implications. An earlier study established a strong correlation between rising troponin levels and an increased risk of heart failure and death. Thus, the transient nature of the injury warrants further investigation to fully grasp the extent of potential complications.

The Call for Active Surveillance Studies: The Swiss study marks the third and most extensive blood test examination shortly after mRNA vaccinations. Two previous studies in Israel and Thailand also demonstrated higher rates of heart injury than passive surveillance systems. Recognizing the need for more active surveillance studies, the research community seeks to comprehensively address vaccine safety concerns.

Conundrum in the United States: Remarkably, most significant discoveries regarding mRNA vaccine safety have emanated from researchers outside the United States. This trend persists, despite American companies like Moderna and Pfizer being at the forefront of vaccine development. American researchers seem hesitant to delve into potential risks, leaving the global scientific community to pursue the truth and ensure vaccine safety.

Conclusion: The Swiss study highlights the importance of understanding the potential heart injury risks associated with mRNA vaccinations. Actively monitoring recipients allows for more accurate risk assessment, revealing the possibility of subclinical myocardial injury. With gender disparities warranting further investigation and long-term implications in question, it is imperative for the scientific community to prioritize active surveillance studies and safeguard global public health.

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