SARS-CoV-2 Spike Protein Is a Toxin

Now, let us review the actual science.

Not what these wannabe scientists who are actually journalists at best claim to be true.

First off, it is important to understand a little bit about the SARS-CoV-2 Spike protein.

The only difference in the actual protein sequence between the original “Wuhan” strain Spike protein of the virus, and that coded for by the genetic vaccines, is two amino acids which have been changed in the S2 region of the protein. These were not introduced to make that vaccine version less toxic (as some “factcheckers” have asserted), but rather to make it better able to stimulate an antibody-based immune response. Whether vaccine encoded or virus encoded, the S1 subunit (which includes the receptor binding domain (to which the majority of “neutralizing” antibodies are directed) gets cut free (“proteolytically cleaved’) to yield an S1 subunit which is free to circulate in the blood, bind ACE2 receptors, interact with platelets, neurons, open up vascular endothelial tight junctions etc. THERE IS NO DIFFERENCE BETWEEN THE S1 SUBUNIT RELEASED FROM THE VACCINE SPIKE PROTEIN AND THE S1 SUBUNIT RELEASED FROM THE VIRUS SPIKE PROTEIN. THEY ARE THE SAME DAMN THING!

Now, how much and for how long does this free S1 subunit spike protein, including the receptor binding domain, become produced by the mRNA vaccines, versus how much and for how long by natural infection?

Surely this was well understood and characterized by Pfizer before these vaccines were widely deployed? Surely the FDA required that these studies be performed?

NOPE. WE HAD TO WAIT UNTIL AN ACADEMIC GROUP DID THE STUDIES AND PUBLISHED AT THE END OF JANUARY 2022. AND BURIED THE FINDINGS BY USING AN OBSCURE TITLE.

WELL, ISN’T THAT INTERESTING.

So, the vaccine produces far more spike S1 subunit for far longer than the natural infection does. Hmm. Curiouser and curiouser.

But is the S1 subunit (which is identical between the virus and the vaccine) actually a toxin? Good question. Let’s look into that. One moment…. searching. There.

First question – does spike S1 subunit get into the brain across the blood brain barrier?

Why yes, Virginia, thank you for asking. It does! You are such a good student.

You can find and read the article yourself here.

This story was originally published on the Who is Robert Malone Blog.