Dr. Robin Rose

Okay. Where should I start first? Okay. So one concept is that we know that the spike protein from post-mortem studies, you know, from pathologists looking at this, in people that had COVID or even the vaccine, that the spike protein is found even months and months later after they were exposed to either in the skull, in the

Okay. Where should I start first? Okay. So one concept is that we know that the spike protein from post-mortem studies, you know, from pathologists looking at this, in people that had COVID or even the vaccine, that the spike protein is found even months and months later after they were exposed to either in the skull, in the

Skull meninges, like meaning the skull meninges connection, the meninges itself, and in the skull bone marrow, okay? This has been proven. Now, we also know that the spike protein has a very high affinity for the astrocytes in our brain and the pericytes. So the astrocytes and the astroglia cells are super-duper important, right?

Skull meninges, like meaning the skull meninges connection, the meninges itself, and in the skull bone marrow, okay? This has been proven. Now, we also know that the spike protein has a very high affinity for the astrocytes in our brain and the pericytes. So the astrocytes and the astroglia cells are super-duper important, right?

And we know that these astrocytes are what line and make up the blood-brain barrier. Okay. And then the pericytes are like sort of behind it on the back. And if you like, we're thinking like, oh, there's a front row and a back row, like behind. And those also are infected. The psych protein transects those cells too, I guess.

And we know that these astrocytes are what line and make up the blood-brain barrier. Okay. And then the pericytes are like sort of behind it on the back. And if you like, we're thinking like, oh, there's a front row and a back row, like behind. And those also are infected. The psych protein transects those cells too, I guess.

Yeah. OK, so now OK, so OK, so now we have spike inside these cells and that's really bad. And then on the other side of our brain is our glymphatic system, right? Which is which is how we get rid of all the toxins and garbage, like sort of like how our lymphatic system works throughout our body. That's our glymphatic system in our brain.

Yeah. OK, so now OK, so OK, so now we have spike inside these cells and that's really bad. And then on the other side of our brain is our glymphatic system, right? Which is which is how we get rid of all the toxins and garbage, like sort of like how our lymphatic system works throughout our body. That's our glymphatic system in our brain.

And especially at night when we're sleeping, that's when the glymphatic system is working the most to move all the garbage out of our brain. So we can repair or generate detox time. So the glymphatic system is lined also by the astrocytes and these channels called the aquaporin-4. And those are heavily infested by the spike protein as well.

And especially at night when we're sleeping, that's when the glymphatic system is working the most to move all the garbage out of our brain. So we can repair or generate detox time. So the glymphatic system is lined also by the astrocytes and these channels called the aquaporin-4. And those are heavily infested by the spike protein as well.

So now what happens is your brain, we call it like a pressure cooker. Yeah. And like my group in Europe, Joachim Gerlach, who's been an amazing mentor, he he he coined it because it's true, because what happens is, is now the blood brain barrier is like wide open. Right. It's not intact anymore.

So now what happens is your brain, we call it like a pressure cooker. Yeah. And like my group in Europe, Joachim Gerlach, who's been an amazing mentor, he he he coined it because it's true, because what happens is, is now the blood brain barrier is like wide open. Right. It's not intact anymore.

All this garbage is flying across it because, you know, that blood brain barrier is so, so selective about what comes into your brain. And on the other side, you have a destroyed or very compromised lymphatic system that isn't able to get rid of all this garbage now flying across your brain. So that's why people feel the way they feel.

All this garbage is flying across it because, you know, that blood brain barrier is so, so selective about what comes into your brain. And on the other side, you have a destroyed or very compromised lymphatic system that isn't able to get rid of all this garbage now flying across your brain. So that's why people feel the way they feel.

They feel like they're underwater, like their head's going to explode, right? Don't you talk to all these long COVID patients that they feel like. You know, and that's what drives the chronic fatigue and the post-exertional malaise and that head pressure feeling and the neck pressure and all. Like, I know so many people are probably like, oh, my God, that's how I feel.

They feel like they're underwater, like their head's going to explode, right? Don't you talk to all these long COVID patients that they feel like. You know, and that's what drives the chronic fatigue and the post-exertional malaise and that head pressure feeling and the neck pressure and all. Like, I know so many people are probably like, oh, my God, that's how I feel.

That are listening to this or that will be listening to this because that's why. That's one of the reasons. Okay. And then you get microglia activation and those microglia cells are terrible. You know, when you have microglia activate, that's what, you know, when you look at an Alzheimer's brain, right? They have microgliosis. Their microglia are activated. That's what causes it.

That are listening to this or that will be listening to this because that's why. That's one of the reasons. Okay. And then you get microglia activation and those microglia cells are terrible. You know, when you have microglia activate, that's what, you know, when you look at an Alzheimer's brain, right? They have microgliosis. Their microglia are activated. That's what causes it.

damage and all that stuff. That's what a SARS-CoV-2 brain looks like too. If you look at studies and put them side by side. Okay. So that's one point. The second point is that when the spike protein and this, okay, so I got to give credit. So there's two researchers, Per Hammerstrom and Sophie Nystrom. I think they're Swedish. They published what we coined the hamastron fibers, okay?

damage and all that stuff. That's what a SARS-CoV-2 brain looks like too. If you look at studies and put them side by side. Okay. So that's one point. The second point is that when the spike protein and this, okay, so I got to give credit. So there's two researchers, Per Hammerstrom and Sophie Nystrom. I think they're Swedish. They published what we coined the hamastron fibers, okay?