Dr. Mink Chawla

Brilliant. Okay, here's two problems that happen. So the first problem is viruses, and we're trying to do this to us for a long time too. Even before we came up with this idea, viruses were doing it.

Brilliant. Okay, here's two problems that happen. So the first problem is viruses, and we're trying to do this to us for a long time too. Even before we came up with this idea, viruses were doing it.

They're not really living things. So our immune system can detect message RNA. And they attack it. So when we tried these original mRNA vaccines, they didn't work because the immune system would see it and take a big billy club and hit it. Okay. So it didn't work. So the mRNA vaccines, in order to trick the immune system, they swapped out the base pair that the immune system could recognize.

They're not really living things. So our immune system can detect message RNA. And they attack it. So when we tried these original mRNA vaccines, they didn't work because the immune system would see it and take a big billy club and hit it. Okay. So it didn't work. So the mRNA vaccines, in order to trick the immune system, they swapped out the base pair that the immune system could recognize.

They're not really living things. So our immune system can detect message RNA. And they attack it. So when we tried these original mRNA vaccines, they didn't work because the immune system would see it and take a big billy club and hit it. Okay. So it didn't work. So the mRNA vaccines, in order to trick the immune system, they swapped out the base pair that the immune system could recognize.

It's called uridine. And they swapped it out into pseudo-uridine. So the immune system doesn't see it. Ah. Doesn't see it. And then it can go into the cell and do its business. The problem that the people who have been really worried about the mRNA vaccine is, how does the ribosome factory know to turn off? Right. Since it's a synthetic message. So you just sent a blueprint to a factory.

It's called uridine. And they swapped it out into pseudo-uridine. So the immune system doesn't see it. Ah. Doesn't see it. And then it can go into the cell and do its business. The problem that the people who have been really worried about the mRNA vaccine is, how does the ribosome factory know to turn off? Right. Since it's a synthetic message. So you just sent a blueprint to a factory.

It's called uridine. And they swapped it out into pseudo-uridine. So the immune system doesn't see it. Ah. Doesn't see it. And then it can go into the cell and do its business. The problem that the people who have been really worried about the mRNA vaccine is, how does the ribosome factory know to turn off? Right. Since it's a synthetic message. So you just sent a blueprint to a factory.

Where's the foreman who says, hey... We've made enough of this. And this stuff you're making is bad for you, by the way. Spike protein is bad for you. It comes from a virus. It has clearly been demonstrated to cause problems for the heart, for the brain. It's amyloidgenic. Spike protein is bad for you, period, full stop. So it's okay if you're making a little bit of it to have an immune response.

Where's the foreman who says, hey... We've made enough of this. And this stuff you're making is bad for you, by the way. Spike protein is bad for you. It comes from a virus. It has clearly been demonstrated to cause problems for the heart, for the brain. It's amyloidgenic. Spike protein is bad for you, period, full stop. So it's okay if you're making a little bit of it to have an immune response.

Where's the foreman who says, hey... We've made enough of this. And this stuff you're making is bad for you, by the way. Spike protein is bad for you. It comes from a virus. It has clearly been demonstrated to cause problems for the heart, for the brain. It's amyloidgenic. Spike protein is bad for you, period, full stop. So it's okay if you're making a little bit of it to have an immune response.

Well, how do you turn it off? So that's the first problem. So a lot of people who think that the vaccines cause long COVID are of the belief that the vaccine doesn't turn off and continues to make spike protein. How you prove this is probably provable with this advanced assay, but I've not seen good research that demonstrably can say that that's true or not true. It's an open question.

Well, how do you turn it off? So that's the first problem. So a lot of people who think that the vaccines cause long COVID are of the belief that the vaccine doesn't turn off and continues to make spike protein. How you prove this is probably provable with this advanced assay, but I've not seen good research that demonstrably can say that that's true or not true. It's an open question.

Well, how do you turn it off? So that's the first problem. So a lot of people who think that the vaccines cause long COVID are of the belief that the vaccine doesn't turn off and continues to make spike protein. How you prove this is probably provable with this advanced assay, but I've not seen good research that demonstrably can say that that's true or not true. It's an open question.

Our filter removes spike protein. Wow. And so we think for long COVID, to the degree that spike protein is a large component of long COVID, we're going to try and see if that can help people. So that makes a lot of sense. But the more interesting data that's come out that's a bit unsettling is the pseudouridine. doesn't work the way uridine does.

Our filter removes spike protein. Wow. And so we think for long COVID, to the degree that spike protein is a large component of long COVID, we're going to try and see if that can help people. So that makes a lot of sense. But the more interesting data that's come out that's a bit unsettling is the pseudouridine. doesn't work the way uridine does.

Our filter removes spike protein. Wow. And so we think for long COVID, to the degree that spike protein is a large component of long COVID, we're going to try and see if that can help people. So that makes a lot of sense. But the more interesting data that's come out that's a bit unsettling is the pseudouridine. doesn't work the way uridine does.

So the reason why evolution, or the Lord our God, depending on your spiritual preference, uses uridine is because it's a really good blueprint. Pseudo-uridine creates errors. Okay, so I want you to imagine how a ribosome works. So a ribosome makes a protein and every protein starts looking out like a lighthouse.

So the reason why evolution, or the Lord our God, depending on your spiritual preference, uses uridine is because it's a really good blueprint. Pseudo-uridine creates errors. Okay, so I want you to imagine how a ribosome works. So a ribosome makes a protein and every protein starts looking out like a lighthouse.

So the reason why evolution, or the Lord our God, depending on your spiritual preference, uses uridine is because it's a really good blueprint. Pseudo-uridine creates errors. Okay, so I want you to imagine how a ribosome works. So a ribosome makes a protein and every protein starts looking out like a lighthouse.