Dr. Robin Rose

You know, it was like the last drop in the bucket.

You know, it was like the last drop in the bucket.

Maybe possibly.

Maybe possibly.

You have all the people from the first time that are still suffering. I mean, I believe the more spike burden you have, yeah, could set you up probably not for the best success.

You have all the people from the first time that are still suffering. I mean, I believe the more spike burden you have, yeah, could set you up probably not for the best success.

And that's why it's so important, you know, for prophylactics, I believe, you know, for prevention and for treatment to like really treat the right way and try to move the virus, you know, like squash the virus right away so it doesn't multiply and get rid of these spike proteins right away so they can't take hold and get, you know, become pervasive in different cells throughout your body.

And that's why it's so important, you know, for prophylactics, I believe, you know, for prevention and for treatment to like really treat the right way and try to move the virus, you know, like squash the virus right away so it doesn't multiply and get rid of these spike proteins right away so they can't take hold and get, you know, become pervasive in different cells throughout your body.

So, okay. So, all right. So we sort of covered the neuro stuff. Let's, okay. So I guess I'll move to immune deficiency. Okay. Remember when like, Okay, so the spike protein, so I was explaining how it gets inside the cells. So it really has a very high affinity for your CD4 cells, your CD8 cells, so your T lymphocytes, your T cells, all of your immune cells, right?

So, okay. So, all right. So we sort of covered the neuro stuff. Let's, okay. So I guess I'll move to immune deficiency. Okay. Remember when like, Okay, so the spike protein, so I was explaining how it gets inside the cells. So it really has a very high affinity for your CD4 cells, your CD8 cells, so your T lymphocytes, your T cells, all of your immune cells, right?

And so when it gets inside these cells, and you don't necessarily have to see it on your blood work that you have a quantitative deficiency, but you have a qualitative deficiency now. So now you have spike inside these cells and that's why people can't fight off infection as well, right? So think about it. Why are middle-aged adults getting RSV?

And so when it gets inside these cells, and you don't necessarily have to see it on your blood work that you have a quantitative deficiency, but you have a qualitative deficiency now. So now you have spike inside these cells and that's why people can't fight off infection as well, right? So think about it. Why are middle-aged adults getting RSV?

Like prior to the pandemic, nobody in their 40s or 50s ever had RSV. I was going to say. And the whole freaking town has it, right? Yeah. And what is this tripledemic of like people getting the flu, RSV, and COVID all at one time? Like what is up with your immune system, right? Yeah. And what is up with all these people?

Like prior to the pandemic, nobody in their 40s or 50s ever had RSV. I was going to say. And the whole freaking town has it, right? Yeah. And what is this tripledemic of like people getting the flu, RSV, and COVID all at one time? Like what is up with your immune system, right? Yeah. And what is up with all these people?

Like people that we're friends with that just like are getting sick multiple times in the winter. Like they had the flu, then they had COVID, then they had three colds and they had bronchi, right? Why? And also why it takes so much longer for the average person to get over that virus or kick it when they used to not be able to.

Like people that we're friends with that just like are getting sick multiple times in the winter. Like they had the flu, then they had COVID, then they had three colds and they had bronchi, right? Why? And also why it takes so much longer for the average person to get over that virus or kick it when they used to not be able to.

Because our immune cells have been impacted and affected in many people. And so we have to rebuild that. immune resilient, we have to be in resilience and really rebuild and get rid of those bad cells and bring the new cells back, you know, without spike in it. So that function properly.

Because our immune cells have been impacted and affected in many people. And so we have to rebuild that. immune resilient, we have to be in resilience and really rebuild and get rid of those bad cells and bring the new cells back, you know, without spike in it. So that function properly.

We're going to get there.

We're going to get there.