Kevin McKernan

I mean, this didn't take a cannabis company shouldn't be finding this right. Like this is something the FDA should have sequenced the vaccines. It doesn't cost much to do this anymore. When when we started human genome, you know, way back when, when they came up, they came up with guidelines for vaccines to have no more than 10 picograms of DNA in vaccines that you inject in your arm.

I mean, this didn't take a cannabis company shouldn't be finding this right. Like this is something the FDA should have sequenced the vaccines. It doesn't cost much to do this anymore. When when we started human genome, you know, way back when, when they came up, they came up with guidelines for vaccines to have no more than 10 picograms of DNA in vaccines that you inject in your arm.

Those are traditional vaccines.

Those are traditional vaccines.

Those are traditional vaccines.

Yes.

Yes.

Yes.

Very small amount. But your body, when you inject DNA naked like that, it's like a 10-minute half-life. It chews the stuff up really quickly.

Very small amount. But your body, when you inject DNA naked like that, it's like a 10-minute half-life. It chews the stuff up really quickly.

Very small amount. But your body, when you inject DNA naked like that, it's like a 10-minute half-life. It chews the stuff up really quickly.

But we're now in a new world where we have lipid nanoparticles protecting that material so it doesn't get chewed up. So arguably the number should be like attagrams. And the other thing that's happened in the time frame is they have dilated the amount of nanograms the pharmaceutical industry can have in vaccines a thousandfold.

But we're now in a new world where we have lipid nanoparticles protecting that material so it doesn't get chewed up. So arguably the number should be like attagrams. And the other thing that's happened in the time frame is they have dilated the amount of nanograms the pharmaceutical industry can have in vaccines a thousandfold.

But we're now in a new world where we have lipid nanoparticles protecting that material so it doesn't get chewed up. So arguably the number should be like attagrams. And the other thing that's happened in the time frame is they have dilated the amount of nanograms the pharmaceutical industry can have in vaccines a thousandfold.

So now it's up to 10 nanograms because since the pharmaceutical companies back in 1986 got a liability waiver, right? So now they're not liable. Every year they lobby for looser and looser regulations and they always get them. And so they've gotten to the point where they can put in 10 nanograms of DNA. On top of that, now it's on lipid nanoparticles, so it doesn't just get eaten up.

So now it's up to 10 nanograms because since the pharmaceutical companies back in 1986 got a liability waiver, right? So now they're not liable. Every year they lobby for looser and looser regulations and they always get them. And so they've gotten to the point where they can put in 10 nanograms of DNA. On top of that, now it's on lipid nanoparticles, so it doesn't just get eaten up.

So now it's up to 10 nanograms because since the pharmaceutical companies back in 1986 got a liability waiver, right? So now they're not liable. Every year they lobby for looser and looser regulations and they always get them. And so they've gotten to the point where they can put in 10 nanograms of DNA. On top of that, now it's on lipid nanoparticles, so it doesn't just get eaten up.

It goes right to your cells. And they're playing around with putting DNA in there that's replicatable once it gets inside of your cells. So you could sneak one molecule through, and it's a problem.

It goes right to your cells. And they're playing around with putting DNA in there that's replicatable once it gets inside of your cells. So you could sneak one molecule through, and it's a problem.

It goes right to your cells. And they're playing around with putting DNA in there that's replicatable once it gets inside of your cells. So you could sneak one molecule through, and it's a problem.