Dr. Mink Chawla

So you take a bunch of bricks and you put them in circles until you get a big cylinder until it goes all the way to the top. And then that goes on and can do a bunch of other wrapping and become a much more complex thing. But it starts as a spiral. It goes in order. So the order is very important. And you have four different pieces of code. Uridine is one of them.

So you take a bunch of bricks and you put them in circles until you get a big cylinder until it goes all the way to the top. And then that goes on and can do a bunch of other wrapping and become a much more complex thing. But it starts as a spiral. It goes in order. So the order is very important. And you have four different pieces of code. Uridine is one of them.

So you take a bunch of bricks and you put them in circles until you get a big cylinder until it goes all the way to the top. And then that goes on and can do a bunch of other wrapping and become a much more complex thing. But it starts as a spiral. It goes in order. So the order is very important. And you have four different pieces of code. Uridine is one of them.

And it puts about 25-ish types of amino acids into place. So this pseudo-uridine causes what's called frame shift proteins. And we'll put a link in this Nature article. This is a very...

And it puts about 25-ish types of amino acids into place. So this pseudo-uridine causes what's called frame shift proteins. And we'll put a link in this Nature article. This is a very...

And it puts about 25-ish types of amino acids into place. So this pseudo-uridine causes what's called frame shift proteins. And we'll put a link in this Nature article. This is a very...

top journal so the top journals in the world are science nature cell new england journal lancet java this is in nature so this is a top group of folks from cambridge and the uk and they are showing that the mrna vaccines create frame shifted protein so this is not the spike protein it's something really similar to a spike protein but not exactly The error rate is 8%.

top journal so the top journals in the world are science nature cell new england journal lancet java this is in nature so this is a top group of folks from cambridge and the uk and they are showing that the mrna vaccines create frame shifted protein so this is not the spike protein it's something really similar to a spike protein but not exactly The error rate is 8%.

top journal so the top journals in the world are science nature cell new england journal lancet java this is in nature so this is a top group of folks from cambridge and the uk and they are showing that the mrna vaccines create frame shifted protein so this is not the spike protein it's something really similar to a spike protein but not exactly The error rate is 8%.

Now, I helped work with a team that developed a drug called angiotensin II. If I went to the FDA and said 8% of our vials will have something else, what do you think they would have thought about that? No can do. That leads to what's called a CRL, a complete response letter, which is no. They would say, okay, that's nice. Go back and fix it.

Now, I helped work with a team that developed a drug called angiotensin II. If I went to the FDA and said 8% of our vials will have something else, what do you think they would have thought about that? No can do. That leads to what's called a CRL, a complete response letter, which is no. They would say, okay, that's nice. Go back and fix it.

Now, I helped work with a team that developed a drug called angiotensin II. If I went to the FDA and said 8% of our vials will have something else, what do you think they would have thought about that? No can do. That leads to what's called a CRL, a complete response letter, which is no. They would say, okay, that's nice. Go back and fix it.

To give you an idea of how stringent the FDA is and should be, we have these things called the International Harmonization Guidelines, called ICH. So in a phase one study, I'm going into people for the very first time. If I have an impurity of greater than 0.1%, the agency insists that I characterize it. Really? I don't have to tell you what it does, but I have to tell you what it is.

To give you an idea of how stringent the FDA is and should be, we have these things called the International Harmonization Guidelines, called ICH. So in a phase one study, I'm going into people for the very first time. If I have an impurity of greater than 0.1%, the agency insists that I characterize it. Really? I don't have to tell you what it does, but I have to tell you what it is.

To give you an idea of how stringent the FDA is and should be, we have these things called the International Harmonization Guidelines, called ICH. So in a phase one study, I'm going into people for the very first time. If I have an impurity of greater than 0.1%, the agency insists that I characterize it. Really? I don't have to tell you what it does, but I have to tell you what it is.

0.1%.

0.1%.

0.1%.

This is giving you an 8% error rate, and we don't know what it is. So there's a lot of people who are very upset about this. This is going into people. We don't know what these proteins are or aren't. To be fair, there's no obvious data that shows that it's bad for you. I'm not a big fan of, I'm going to give it to you. I don't know.

This is giving you an 8% error rate, and we don't know what it is. So there's a lot of people who are very upset about this. This is going into people. We don't know what these proteins are or aren't. To be fair, there's no obvious data that shows that it's bad for you. I'm not a big fan of, I'm going to give it to you. I don't know.