Kevin McKernan

So the challenge here is, is that you now don't just have your spike sequence as part of the contaminant in your vaccine. You have all that other crap, the antibiotic resistance gene and all the origins of replication that you introduced as replicative machinery to manufacture your.

So the challenge here is, is that you now don't just have your spike sequence as part of the contaminant in your vaccine. You have all that other crap, the antibiotic resistance gene and all the origins of replication that you introduced as replicative machinery to manufacture your.

They know it.

They know it.

They know it.

They try. They fail. But that's the point where they kind of. Is this in all vaccines? No, these mRNA ones are very unique, right? We've never done vaccines like this before.

They try. They fail. But that's the point where they kind of. Is this in all vaccines? No, these mRNA ones are very unique, right? We've never done vaccines like this before.

They try. They fail. But that's the point where they kind of. Is this in all vaccines? No, these mRNA ones are very unique, right? We've never done vaccines like this before.

They're just rolling out RSV and I think flu ones now. Okay. There's really scary ones going on in Japan right now. They're trialing out a self-amplifying mRNA vaccine, which is horrifying. That is something that's likely going to spread out of control. So there's not many.

They're just rolling out RSV and I think flu ones now. Okay. There's really scary ones going on in Japan right now. They're trialing out a self-amplifying mRNA vaccine, which is horrifying. That is something that's likely going to spread out of control. So there's not many.

They're just rolling out RSV and I think flu ones now. Okay. There's really scary ones going on in Japan right now. They're trialing out a self-amplifying mRNA vaccine, which is horrifying. That is something that's likely going to spread out of control. So there's not many.

First one we had. Okay. Yes. So it was a complete unknown.

First one we had. Okay. Yes. So it was a complete unknown.

First one we had. Okay. Yes. So it was a complete unknown.

Moderna had a better protocol. In fact, what's really key about this whole story is if you read Moderna's patents, they speak to this problem. That one, it's very difficult to figure out how much of this is left behind with PCR alone. So Stefan Bansal has a patent that says don't use qPCR to measure what's left behind. But they also have some other patents in there on techniques to get rid of it.

Moderna had a better protocol. In fact, what's really key about this whole story is if you read Moderna's patents, they speak to this problem. That one, it's very difficult to figure out how much of this is left behind with PCR alone. So Stefan Bansal has a patent that says don't use qPCR to measure what's left behind. But they also have some other patents in there on techniques to get rid of it.

Moderna had a better protocol. In fact, what's really key about this whole story is if you read Moderna's patents, they speak to this problem. That one, it's very difficult to figure out how much of this is left behind with PCR alone. So Stefan Bansal has a patent that says don't use qPCR to measure what's left behind. But they also have some other patents in there on techniques to get rid of it.

And the reason it is so important to get rid of is they write in that patent showing that it's oncogenic. If you leave this DNA around, it will insert into your genome and can create cancer. So you have to get rid of it. And that's written straight into their own patent estate.

And the reason it is so important to get rid of is they write in that patent showing that it's oncogenic. If you leave this DNA around, it will insert into your genome and can create cancer. So you have to get rid of it. And that's written straight into their own patent estate.

And the reason it is so important to get rid of is they write in that patent showing that it's oncogenic. If you leave this DNA around, it will insert into your genome and can create cancer. So you have to get rid of it. And that's written straight into their own patent estate.