Philip

That was like over a very long period of time, they developed this and also cross-tested that and verified that this works because they always verified it with the general diagnostics that they did.

It's a phenomenal technology.

It's not really known in the US, to be honest.

And I think in Europe, it's currently getting into a renaissance because I think it's like a biohacking measurement tool.

Well, I mean, yes, it does.

And even under dark field microscopes, it changes relatively rapidly depending on what you do.

But that's also why it's one of the best tools.

So the dark field microscopy is different from giving your huge blood samples, because then, indeed, you give so much blood, and they look at all these different markers.

So dark field microscopy just takes one drop.

And then in studies, if they do it right, they would take the blood from different parts of the body.

But it's just always a drop.

And then under a microscope, you can see the clots.

For example, if there are clots, you see white blood cell activity.

You can see things like parasitic load and so on.

From one drop?

From one drop, you can see that.

And then you can expose that one.

And you can look at changes and stuff like that.

Well, I mean, we're at tons of conferences all over the world where I usually speak.

And then we also have a booth, and people can buy it there in person.