Kevin McKernan

It is the same story because the origin of replication that they have in Pfizer is an SV40 origin of replication. And they also have you'll see that little promoter thing up there in pink. they have another promoter over by your antibiotic resistance gene and your selectable marker. They have multiple promoters. On the Pfizer one, there's one over by that green arrow. That is an SV40 promoter.

It is the same story because the origin of replication that they have in Pfizer is an SV40 origin of replication. And they also have you'll see that little promoter thing up there in pink. they have another promoter over by your antibiotic resistance gene and your selectable marker. They have multiple promoters. On the Pfizer one, there's one over by that green arrow. That is an SV40 promoter.

It is the same story because the origin of replication that they have in Pfizer is an SV40 origin of replication. And they also have you'll see that little promoter thing up there in pink. they have another promoter over by your antibiotic resistance gene and your selectable marker. They have multiple promoters. On the Pfizer one, there's one over by that green arrow. That is an SV40 promoter.

And those elements are from what contaminated the polio vaccines. Now, the polio vaccines were contaminated with a full virus. It was like 5,500-letter viruses. But if you study that virus, the most carcinogenic aspects of it are the things that are in Pfizer. They are basically the SV40 enhancer and promoter and the origin of replication.

And those elements are from what contaminated the polio vaccines. Now, the polio vaccines were contaminated with a full virus. It was like 5,500-letter viruses. But if you study that virus, the most carcinogenic aspects of it are the things that are in Pfizer. They are basically the SV40 enhancer and promoter and the origin of replication.

And those elements are from what contaminated the polio vaccines. Now, the polio vaccines were contaminated with a full virus. It was like 5,500-letter viruses. But if you study that virus, the most carcinogenic aspects of it are the things that are in Pfizer. They are basically the SV40 enhancer and promoter and the origin of replication.

So the parts that are the most carcinogenic are in there, and they hid them from the regulators. When they submitted this to the FDA, the FDA demands that you give them a map like this that tells them what everything does. Like, show us where every selectable marker is, where every promoter is, where every open reading frame is. You have to disclose it all.

So the parts that are the most carcinogenic are in there, and they hid them from the regulators. When they submitted this to the FDA, the FDA demands that you give them a map like this that tells them what everything does. Like, show us where every selectable marker is, where every promoter is, where every open reading frame is. You have to disclose it all.

So the parts that are the most carcinogenic are in there, and they hid them from the regulators. When they submitted this to the FDA, the FDA demands that you give them a map like this that tells them what everything does. Like, show us where every selectable marker is, where every promoter is, where every open reading frame is. You have to disclose it all.

And the one area that Pfizer refused to disclose was the SV40 components. Right.

And the one area that Pfizer refused to disclose was the SV40 components. Right.

And the one area that Pfizer refused to disclose was the SV40 components. Right.

Yeah.

Yeah.

Yeah.

Simeon virus. Simeon virus number 40.

Simeon virus. Simeon virus number 40.

Simeon virus. Simeon virus number 40.

At least 40 of them. At least 40 of them.

At least 40 of them. At least 40 of them.