Are the vaccines causing SARS-CoV-2 spike proteins to be created in places they shouldn't exist?

Professor Sucharit Bhakdi, is a specialist in microbiology and one of the most cited research scientists in German history. Now retired, he was formerly head of the Institute of Medical Microbiology and Hygiene at the University of Mainz, Germany.

In this interview, he explains why he believes the mRNA vaccines are so potentially dangerous.

A basic summary of some key points:

• The gene for the spike protein is entering the blood stream and thereby could enter cells that the coronavirus itself would never naturally enter and reproduce in. With SARS-CoV-2, the spikes would be in the lungs primarily, not the bloodstream.

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• In the bloodstream, when platelets bump against the spikes, it damages them and prompts them to clot. Clots in the lungs can be dealt with relatively easily; not so easily in the brain.

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• When the spike protein is created, waste from the process collects on the outside of the cell, which attracts the killer lymphocytes that are trained to destroy virus-producing cells. So, if the mRNA is causing spikes to be produced in various locations all over the body where the virus wouldn’t normally be replicating, your immune system is going to be triggered to kill way more cells, more widely in the body than if you had been infected naturally with coronavirus.

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• While this may happen in very few people after just one vaccine, Prof. Bhakdi believes that the more you have, the more likely you are to run into trouble, and he suggests that if you have both ‘first round’ jabs and then get a booster, you’re highly likely to be injured.

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Add to this hypothesis the fact that all the animals in previous trials for coronavirus vaccines were either injured or died when exposed to the wild virus, it seems wise to wait a few years to see what the longer-term effects are, before shoving this viral spike-inducing, experimental biological agent into your body.