Stanford Medicine study shows why mRNA COVID-19 vaccine can cause myocarditis, P15
December 10, 2025
Updated on: June 29, 2026
Source: Sranford University
Photo / Image Source: Unsplash,
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Wu and his colleagues conducted a series of experiments closely paralleling those described above, pre-treating cells, cardiac spheres and mice (the latter by oral administration of large quantities) with genistein. Doing this prevented much of the deleterious effects of mRNA vaccines or the CXCL10/IFN-gamma combo to heart cells and tissue.
The genistein Wu and his associates used was purer and more concentrated than the dietary supplement found in health food stores.
“It’s reasonable to believe that the mRNA-vaccine-induced inflammatory response may extend to other organs,” Wu said. “We and others have seen some evidence of this in lung, liver and kidney. It’s possible that genistein may also reverse these changes.”
Elevated inflammatory cytokine signaling could be a class effect of mRNA vaccines. Notably, IFN-gamma signaling is a fundamental defense mechanism against foreign DNA and RNA molecules, including viral nucleic acids, Wu said.
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