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Excerpt:

The German/Hungarian study we are reviewing contributes a detailed, in-vitro laboratory analysis of what exactly happens to heart muscle cells (cardiomyocytes) under conditions typical for a recipient of COVID vaccines.

The authors, Schreckerberg et al., first refer us to a biodistribution study that measured the concentration of COVID vaccines in the hearts of Wistar lab rats after vaccination. The scientists applied the same concentrations to the heart cells of young male rats, as well as human heart cells:

In this study, the amount of mRNA used was calculated from the lipid concentration detected in the rat heart 2h after injection of 50μg [3H]-labeled LNP mRNA

Scientists used cell cultures to conduct an experiment unaffected by the many complications of testing the hearts of living organisms. They had proper control groups - Petri dishes with heart cells that did not receive the mRNA injection.

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The heart cells, called cardiomyocytes, underwent deleterious changes after in-vitro “vaccination.” Compared to the control group, the vaccinated heart cells malfunctioned in various ways.

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Much of the discussion of “myocarditis” involves hypotheses of the heart being damaged by our body’s immune rejection of heart cells.

The Schreckerberg study we are discussing purposely excluded such immune reactions because it used cell cultures without any immune cells. And yet, they detected deleterious effects on heart cells (cardiomyocytes). There are more causes of heart damage than immune reactions could explain, authors show by excluding any immune-related factor.

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