Impact of Vaccines on Aortic Health

The vaccines are known to enter the

bloodstream shortly after injections,

and this does raise questions as to how it could impact the blood vessels.

So, what have been your observations on this point?

Well, first of all, the spike protein, which is on the one hand produced

by the virus in viral infection, but on the other side is induced

by the vaccination in the body.

But these two possibilities have completely different access to the body cells.

The endothelium,

which is the lining of the vessels,

is not an immunocompetent cell structure.

So, the toxin that is entering into the bloodstream and into the lymphatic vessels

directly hits the cells that are not able to to

defend themselves. So, they may be destroyed.

What is being observed here, and why is it significant?

Can you talk about this case in particular? Yes.

You see a section of the aorta, and if you see on the left side,

there's a solid wall, which is a kind of yellow coloration.

Yellow is the color

of the elastic fibers, by the way.

And then you see that

there's a split formation in the middle, and then there, on the right side,

there are actually two walls.

And in the middle, there's this

black material which actually is blood.

So there has been blood flown into this dissected aorta.

The media, what we call the media of the aorta, has been destroyed,

and the blood has entered.

And once the blood has entered there, and then the aorta may rupture,

and the people die of blood loss.

I also want to look at this image from a microscopic viewpoint.

So here again is the dissection of the aorta.

This is the same aortic wall,

but this time it is stained with HE,

which we talked about earlier, and placed under a microscope.

So here are the two images.

Can you describe in a greater detail what we are seeing here?

Now that it's under the microscope and there's also dye applied, what can we

tell about this aortic dissection?

Yes, if you look at the left side,

on top you see the lumen of the aorta,

where once the blood was flowing.

Then there is the inner section of the aorta,

and below there's a dissection, and then you have the outer wall.

So as I said, the wall is split into two.

And you see the red here is the bleeding, and then you see this line

of blue dots. These are inflammatory cells.

And on the right side, we have a higher magnification.

And here you can see that actually on the left side

you see the inner wall of the aorta and then on the right side the bleeding.

And in the interface there is this infiltration of mostly lymphocytic cells,

some macrophages are also there. Why do we do this?

I mean, the dissection of the aorta you can see

without the microscope, but of course a dissection of the aorta may have

different causes.

We did the immunohistochemistry for the spike protein and it is

selectively located in these areas.

So this is an additional proof.

Just to tie it all together,

I want to make note that this methodology that you use was not

used during the initial autopsies. Is that correct?

Yes, this is correct.

Okay. Before the rollout or implementation of the COVID 19 vaccines,

how common was an aortic dissection?

As I said, we did about 1 500 to

2 000 autopsies a year and I might say it

might have been one or two a year at that time.

And in this series of 75 autopsies that we have re examined,

we saw five ruptures of the aorta with

consecutive deaths.