Dr. Jordan Vaughn

I can. A good bit of people I see initially in person, and then we're able to take care of them afterwards. A lot of it has to do with also some of the unique blood work we're able to do and look at their blood under the microscope and actually analyze and find and look for amyloid fibrin aggregates. There's probably only two places in the country that do that.

I can. A good bit of people I see initially in person, and then we're able to take care of them afterwards. A lot of it has to do with also some of the unique blood work we're able to do and look at their blood under the microscope and actually analyze and find and look for amyloid fibrin aggregates. There's probably only two places in the country that do that.

I'm crazy enough to have gotten the microscope to do it. But it's helpful because I think it gives us the ability to diagnose and actually say this is your issue. And it also gives us the ability to follow how treatment actually, you know, helps. So that's one of the other problems with long-term vaccine injury is, you know, basically they just look at you.

I'm crazy enough to have gotten the microscope to do it. But it's helpful because I think it gives us the ability to diagnose and actually say this is your issue. And it also gives us the ability to follow how treatment actually, you know, helps. So that's one of the other problems with long-term vaccine injury is, you know, basically they just look at you.

Yeah, Dr. Peter, actually testifying with him last week. He's a good friend of mine. And actually, even I wouldn't say it, but I'm not, I'm pretty sure I got him on the natokinase before he was the natokinase man. But anyway.

Yeah, Dr. Peter, actually testifying with him last week. He's a good friend of mine. And actually, even I wouldn't say it, but I'm not, I'm pretty sure I got him on the natokinase before he was the natokinase man. But anyway.

Dr. Vaughn, I was reading stuff I think that you had posted about brain fog and stuff. We had a previous doctor who was on here before that was talking about a low dose of, I believe it was lithium orotate was helpful for brain fog. And then we had Dr. Peter McCullough on here who also said low dose nicotine pouches. also seemed like it was helpful with brain fog.

Dr. Vaughn, I was reading stuff I think that you had posted about brain fog and stuff. We had a previous doctor who was on here before that was talking about a low dose of, I believe it was lithium orotate was helpful for brain fog. And then we had Dr. Peter McCullough on here who also said low dose nicotine pouches. also seemed like it was helpful with brain fog.

Have you seen any sort of signs of that working or any help? Yeah, I have.

Have you seen any sort of signs of that working or any help? Yeah, I have.

And I'll tell you, both of those seem to have help. The unique aspect that I look at is a lot of things that I want to do is just get more blood flow to your brain. I think one of the reasons, you know, you have a headache when there's vascular issues to the meninges or covering of your brain. the one thing that your brain is telling you when it's not getting good vascular supplies is brain fog.

And I'll tell you, both of those seem to have help. The unique aspect that I look at is a lot of things that I want to do is just get more blood flow to your brain. I think one of the reasons, you know, you have a headache when there's vascular issues to the meninges or covering of your brain. the one thing that your brain is telling you when it's not getting good vascular supplies is brain fog.

It doesn't really have like a pain signal. It itself is the communicating center. It doesn't have the sensors. And so a lot of people, I kind of remind them that brain fog is a signal that your brain's not happy. And especially when we talk about vascular supply, one of the things we're finding is a lot of

It doesn't really have like a pain signal. It itself is the communicating center. It doesn't have the sensors. And so a lot of people, I kind of remind them that brain fog is a signal that your brain's not happy. And especially when we talk about vascular supply, one of the things we're finding is a lot of

uh microvascular dysfunction and also venous return so the other thing that we've kind of realized is what it damages especially in these young athletes is the veins a lot of people don't even care about the veins the veins actually carry about 75 percent of your blood volume but it's not the good blood volume it is it is basically the sewage it's coagulable it's low oxygen it's inflammatory and if you don't actually get the ability to fill your right heart back with blood you're going to have cardiac output dysfunction which ultimately leads

uh microvascular dysfunction and also venous return so the other thing that we've kind of realized is what it damages especially in these young athletes is the veins a lot of people don't even care about the veins the veins actually carry about 75 percent of your blood volume but it's not the good blood volume it is it is basically the sewage it's coagulable it's low oxygen it's inflammatory and if you don't actually get the ability to fill your right heart back with blood you're going to have cardiac output dysfunction which ultimately leads

to something called hypocapnic cerebral hypoperfusion, which is a fancy word for saying the vessels of the brain actually start constricting and limiting blood flow.

to something called hypocapnic cerebral hypoperfusion, which is a fancy word for saying the vessels of the brain actually start constricting and limiting blood flow.

Yeah. And the concept to me even predates COVID is called chronic cerebrovascular insufficiency. But even things like Parkinson's and MS, the areas of the brain that are actually damaged usually are in what we call vascular interfaces. And so the fact that those areas are, first of all, high demand for blood flow, but when the blood flow is impacted, you get bad consequences.

Yeah. And the concept to me even predates COVID is called chronic cerebrovascular insufficiency. But even things like Parkinson's and MS, the areas of the brain that are actually damaged usually are in what we call vascular interfaces. And so the fact that those areas are, first of all, high demand for blood flow, but when the blood flow is impacted, you get bad consequences.