Virology Experiment Analysis and Findings

We decided, we, a bunch of us,

you know, decided to run this experiment again.

The whole thing with the three steps, which are the CPE,

the culture, the electron microscope, and the genome.

So we

hired a lab. This is with our friend Stefan

Lenka, who that's a whole long story.

But so we took cells that are growing, right,

like these kidney cells.

And we fed them the normal nutrients and we

fed them a little bit of antibiotics, but not much.

Five days later, they were fine. Okay.

Then we added the same cells and we added

fetal calf serum, which is added to every culture

experiment done since 1960 to see if

it was the fetal calf serum that was killing the cells.

The cells were fine.

Okay. Then we did the next experiment, which

was cells. We added the antibiotics, same

concentration as they add in every culture experiment.

We added the same nutrients, same as everyone, the

same fetal calf serum. Three days later, the

cells died, called CPE, proving there was

a virus when there was no virus anywhere or

nothing from any sick person ever introduced into the

experiment.

It was the experiment that the antibiotics or the

nutrients or the mix together that killed the cells.

And then finally, we added RNA from

yeast, right, like brewer's yeast has a

lot of RNA in it. We added that and it killed the

cells even more. No virus, nothing from

anybody sick, proving that it's either

the antibiotics or the nutrients or the fetal calf

serum or maybe adding yeast. Maybe kidney cells don't like

yeast. But the reason we did that is then we

sent that to a biostatistician type and

we said,

is there a SARS-CoV-2 genome

in that mix?

Now, remember, there was nothing from anybody who was sick and

they found the SARS-CoV-2 genome.

And then we asked, is there the measles virus genome in

there? All there was was the kidney debris and the

RNA from yeast and the fetal bovine serum.

He found measles virus genome. He found

HIV. In fact,

HIV was the biggest match from that mixture,

proving that those genomes aren't in the

mix.

What they are is little pieces of RNA and they stitch

them together to create a computer

model of a genome. And if you give

it a template, it will make whatever genome

you tell it to make

as long as you have some biological material

like fetal calf serum or yeast RNA

or kidney cells. And that proves

there is no genome in there when they tell you.

So the three proofs of virology are the kidney

cells died. That's called isolation.

That's the opposite of isolation.

That's adding crap to a culture and seeing if

it dies. That's not isolation.

The next is they see pictures of it.

We saw pictures of it too, but it turns out they're just dying

kidney cells.

Third, they have the genome. We got the genome too, but there was

nothing from any virus or anybody who was sick

anywhere near that mix.

Seth, that is the end of virology.