Dr. Peter McCullough

Or going after nuclear capsid or something else other than the pathogenic protein.

Or going after nuclear capsid or something else other than the pathogenic protein.

You know, so many good points. One theme that applies to both the illness and the vaccine is what's called risk stratification, right? Not everybody is at equal risk. And, you know, those principles were never applied by our public health agencies and even not by schools or other institutions. Risk stratification is very important for the illness.

You know, so many good points. One theme that applies to both the illness and the vaccine is what's called risk stratification, right? Not everybody is at equal risk. And, you know, those principles were never applied by our public health agencies and even not by schools or other institutions. Risk stratification is very important for the illness.

I do think Dr. Jay Bhattacharya and the authors of the Great Barrington Declaration were right, that we really needed to take special protections for the seniors, And so those of us who had loved ones in congregate living facilities, nursing homes, and other types of institutions, that's where the mortality was. About 40% of the deaths came from nursing homes.

I do think Dr. Jay Bhattacharya and the authors of the Great Barrington Declaration were right, that we really needed to take special protections for the seniors, And so those of us who had loved ones in congregate living facilities, nursing homes, and other types of institutions, that's where the mortality was. About 40% of the deaths came from nursing homes.

Whereas young, robust college kids and kids in K through 12, if they were healthy, they largely breezed right through it. So we should have actually had a differential approach to the viral infection based on risk. And the same thing is true with the vaccines. Vaccines are interesting. They're just the opposite of the illness.

Whereas young, robust college kids and kids in K through 12, if they were healthy, they largely breezed right through it. So we should have actually had a differential approach to the viral infection based on risk. And the same thing is true with the vaccines. Vaccines are interesting. They're just the opposite of the illness.

While the illness strikes severe disease in the elderly and frail, the vaccines seem to disproportionately hit young and healthy people with serious side effects like myocarditis.

While the illness strikes severe disease in the elderly and frail, the vaccines seem to disproportionately hit young and healthy people with serious side effects like myocarditis.

I was working through something. I believe you wrote this large encyclical on the spike protein and what can be done about it that the TWC is going to be hopefully pushing out pretty soon because it really is quite sweeping in its direction. And it's information. There's a lot there for people. And I think it's accessible for people the way it's written. What have we learned?

I was working through something. I believe you wrote this large encyclical on the spike protein and what can be done about it that the TWC is going to be hopefully pushing out pretty soon because it really is quite sweeping in its direction. And it's information. There's a lot there for people. And I think it's accessible for people the way it's written. What have we learned?

I have to show you my model. I have a spike protein model. So this is the virus. Let me see if I can bring it in here. Here we go. This is the virus.

I have to show you my model. I have a spike protein model. So this is the virus. Let me see if I can bring it in here. Here we go. This is the virus.

Towards your tie. There you go.

Towards your tie. There you go.

It's so hard on camera. Okay, so this is a model of the virus, and on the surface are these little spikes. That's called the spike protein. That's where all the damage is done from the virus. The ball itself, the nucleocapsid, is benign, and humans get, like, four different types of these coronaviruses without the dangerous spike protein. This was engineered in the Wuhan Institute of Virology.

It's so hard on camera. Okay, so this is a model of the virus, and on the surface are these little spikes. That's called the spike protein. That's where all the damage is done from the virus. The ball itself, the nucleocapsid, is benign, and humans get, like, four different types of these coronaviruses without the dangerous spike protein. This was engineered in the Wuhan Institute of Virology.

The spike protein was, and now even the CIA is out this week coming to their conclusion. The spike protein has two segments, the outer S1 segment and the inner S2 segment. And what you need to know is the spike protein is retained in the body after the infection,

The spike protein was, and now even the CIA is out this week coming to their conclusion. The spike protein has two segments, the outer S1 segment and the inner S2 segment. And what you need to know is the spike protein is retained in the body after the infection,