Dr. Robin Rose

But if the spike protein or the virus is inside the cell, then it's unlikely that that will happen. Now, those senescent cells have to come out of you because while they're living in you, they're like throwing off all of these terrible pro-inflammatory cytokines and garbage and horribleness.

But if the spike protein or the virus is inside the cell, then it's unlikely that that will happen. Now, those senescent cells have to come out of you because while they're living in you, they're like throwing off all of these terrible pro-inflammatory cytokines and garbage and horribleness.

Now, because of, and I always say it wrong, because of SAST, which is the secretory phenotype, the senescent-associated secretory phenotype, right? Mm-hmm. which sort of sends out signals to like adjacent cells or cells that are around in the same area, right? Those cells can then sort of start falling into a senescent state too.

Now, because of, and I always say it wrong, because of SAST, which is the secretory phenotype, the senescent-associated secretory phenotype, right? Mm-hmm. which sort of sends out signals to like adjacent cells or cells that are around in the same area, right? Those cells can then sort of start falling into a senescent state too.

But you can save those cells because the spike or the virus actually isn't in it. It's just through this sort of mechanism, this communicative mechanism, like the signaling sort of mechanism that's making them senescent. But those cells that don't have the spike in them or the virus, you can potentially save them with xenomorphics, right?

But you can save those cells because the spike or the virus actually isn't in it. It's just through this sort of mechanism, this communicative mechanism, like the signaling sort of mechanism that's making them senescent. But those cells that don't have the spike in them or the virus, you can potentially save them with xenomorphics, right?

So the senolytics are going to get rid of these bad, you know, cells, but the xenomorphics can help morph those cells back to healthy cells.

So the senolytics are going to get rid of these bad, you know, cells, but the xenomorphics can help morph those cells back to healthy cells.

We're going to get to it. We're going to get to why. I'm giving you like the concepts.

We're going to get to it. We're going to get to why. I'm giving you like the concepts.

Does that concept make sense? Like that? It's a hard concept.

Does that concept make sense? Like that? It's a hard concept.

It's so hard.

It's so hard.

Oh, that's perfect.

Oh, that's perfect.

But you can dumb it down more if you... Yeah, 100%. Just jump in. So, okay. And then the last part I'm going to say about this is you have productive cells and depo cells.

But you can dumb it down more if you... Yeah, 100%. Just jump in. So, okay. And then the last part I'm going to say about this is you have productive cells and depo cells.

What the hell is that? So productive cells are cells throughout our body that have the actual virus inside them that are still producing spike proteins. Does that make sense?

What the hell is that? So productive cells are cells throughout our body that have the actual virus inside them that are still producing spike proteins. Does that make sense?