COVID-19 mRNA Vaccines and Heart Health
New dangers are revealed in an extensive study! This essay summarizes the findings in layman's terms.
Recent research from Germany has highlighted concerns regarding mRNA COVID-19 vaccines and their effects on the heart. This article breaks down these findings, their implications, and their potential dangers in terms everyone can understand.
What Did the Research Find?
Heart Cells and Spike Proteins: After receiving mRNA COVID-19 vaccines, spike proteins (related to the virus) were found in both rat and human heart cells within 48 hours.
Cell Abnormalities: Both Pfizer and Moderna vaccines caused heart cell abnormalities, but the specifics of these abnormalities varied between the two vaccines.
How Heart Cells Reacted: Pfizer-vaccinated cells experienced stronger heart contractions due to an increase in a specific protein. On the other hand, Moderna-vaccinated cells had irregular heart contractions and showed signs of calcium disturbance.
Nature of the Concern: The research suggests that the side effects of the vaccines may be closer to cardiomyopathy (a structural and functional heart muscle issue) than myocarditis (an inflammatory heart condition). It's like having an engine problem in your car instead of just a tire issue.
Why Should We Be Concerned?
Cardiac Arrest Link: The heart abnormalities detected in this research have been associated with sudden cardiac death and heart rhythm issues. Some people who received the vaccine have reportedly experienced cardiac arrest during activities like exercise or even while resting early in the morning.
Two Vaccines, Two Sets of Issues: Since Pfizer and Moderna vaccines caused different anomalies, it hints at the potential toxicity of the mRNA itself, not just the spike proteins they produce. Imagine if two different car models from different brands started malfunctioning soon after getting a similar engine modification; you'd start to question the nature of the modification.
Additional Studies: This is not an isolated finding. Other studies from Japan and Harvard also pointed out cardiac concerns linked with mRNA vaccines.
What Does This Mean for the General Population?
It's crucial to remember that these findings come from an early-stage research paper, and more extensive studies will be required to confirm and better understand these results. However, they serve as a reminder that every medical intervention, including vaccines, comes with potential risks. Everyone should be informed of these risks to make educated decisions about their health.
Given these findings, it might be wise for those receiving mRNA vaccines to be aware of any unusual cardiac symptoms and consult with healthcare professionals if they arise. Additionally, health authorities and researchers should continue closely monitoring mRNA vaccines' long-term effects and refine their approach based on emerging data.
Lastly, while concerns exist, it's essential to remember that many vaccines have been pivotal in managing various other diseases. so balancing the risks and benefits will be key moving forward as new research and findings dictate.
I already have enough heart issues. Hard pass.