COVID-19 Vaccines and MS: A Proposed T-Cell Link

Last week, the World Health Organization put out a

release, uh,

showing that there was a possible causal relationship between

COVID-19 vaccine and multiple sclerosis.

And we're allowed to report on this because it, it is an official WHO

paper. We're limited to other things we can

report, but we can report this.

Now, this is the paper here. It says, "COVID-19 vaccination can

induce multiple sclerosis via cross-reactivity with

T helper cells." Now, what is this actually, uh,

showing? What, what is going on here?

Well, I'm gonna sort of do a quick explanation

of what, uh, seems to be going

on. So what we have here, imagine this is a nerve

fiber here, so the nerve, the, the nerve impulses will travel down here,

and this will be in the brain or the spinal cord.

And these nerve fibers are surrounded by this protective myelin

sheath.

And in the ne- central nervous system, they're made by cells called

oligodendrocytes.

Here we have the spike protein from a natural, uh, SARS

coronavirus 2 infection, and here we have the spike protein

produced by the

vaccine on its own. Now, in learning to recognize, this is the

CD4 lymphocyte here, the T helper cell.

This is the famous T helper cell that's disordered in, um,

in HIV. So when people become immunocompromised,

uh, i-in

AIDS, acquired immunodeficiency syndrome,

um, th- what actually happens is, is the virus, uh, destroys a lot of

these CD4 helper cells until they can't produce any immune response.

But here it's not lack of immune response, it's too much immune response that

is the, uh, the problem.

So, um, the CD4 is learning to recognize, rightly as in the

principles of vaccination, these, uh, these spike proteins,

and it can,

uh, beat up these spike proteins, which of course is, is, uh, good.

These are the spike proteins produced by the vaccine.

And the idea is that will help the CDhelp, s-s- CD helper cells to get rid

of the spike protein should there be, uh, a natural infection, which we could

argue about. But the point is the same sort of chemical profile

that we're

finding on the surface of the spike protein,

um, molecules there, we're finding very similar proteins on the

surface of the...

Well, there are very similar proteins on the

surface of the myelin sheath.

So the T helper cells are also also-