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Blood Clot Formation: Visual Display of How mRNA Vaccine Affects Cells
By Dr. Joseph Mercola
Posted October 3 , 2021
Hoffe created the video above to explain how mRNA COVID-19 vaccines can affect your body at the cellular level.3 In each dose of the Moderna COVID-19 vaccine are 40 trillion mRNA — or messenger RNA — molecules.
Each mRNA “package” is designed to be absorbed into your cell, but only 25% stay in your arm at the site of the injection. The other 75%, Hoffe says, are collected by your lymphatic system and fed into your circulation. The cells where mRNA is absorbed are those around your blood vessels — the capillary network, which are the tiniest blood vessels in your body.
When the mRNA is absorbed into your vascular endothelium — the inner lining of your capillaries — the “packages” open and genes are released. Each gene can produce many COVID-19 spike proteins, and your body gets to work manufacturing these spike proteins, numbering in the trillions.
Your body recognizes the spike protein as foreign, so it begins to manufacture antibodies to protect you against COVID-19, or so the theory goes. But there’s a problem. In a coronavirus, the spike protein becomes part of the viral capsule, Hoffe says, but when you get the vaccine, “it’s not in a virus, it’s in your cells.” The spike protein, in turn, can lead to the development of blood clots. More…