The mounting evidence of severe health effects in humans following COVID-19 vaccination warrants additional investigation. To add to the pile of evidence, a new study has found that the nanoparticles in the mRNA vaccine change the immune system.
A recent preprint study sheds light on why adverse events were detected after a COVID-19 messenger RNA (mRNA) immunization.
The study (read below), coordinated by Thomas Jefferson University researchers, discovered that lipid nanoparticles (LNPs) used to carry mRNA in COVID-19 vaccinations might "inhibit" and "alter" immune responses in mice.
LNPs are lipid shells that surround mRNA to evade degradation and detection by our immune system.
LNPs are not mRNA; they are merely a covering for the mRNA cargo.
The mRNA COVID-19 vaccines from Pfizer and Moderna utilise LNPs to introduce mRNA spike protein sequences into human cells. Human cells will produce spike proteins after receiving the mRNA sequences, which will then cause an ...
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