In this segment Dr. Caroline Williams answers a viewer’s question about the X39 stem‑cell patch. She explains that X39 does not contain external stem cells; instead it delivers the copper peptide GHK‑Cu through the skin to stimulate the body’s own stem‑cell production. Dr. Williams argues that transdermal delivery is far more effective than oral GHK‑Cu supplements because it bypasses digestive degradation and achieves higher bioavailability. She describes how the newly produced stem cells follow the body’s innate triage system, differentiating into the cell types most needed for repair—using kidney damage as a concrete example. The discussion highlights the growing research on peptide‑based therapies, positions X39 as a cutting‑edge regenerative technology, and suggests it can enable repairs previously thought impossible in conventional allopathic medicine.
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Jody, you asked specifically about X39. So X39 is their stem cell patch which helps with, um, increasing stem cell production, right? Your own stem cells. You know, it's not putting any kind of stem cells in, it's stimulating your own stem cell production, okay, via something called GHK-Cu, which is a, a copper peptide. And this then stimulates the stem cell production, which is super exciting. There's tons of research to back this up. As far as like how this works. More and more people are going to be seeing so much more about GHK-Cu. There's a lot about peptides now in terms of how different peptides influence health and cellular function, but we're going to see more and more. And I literally sent our group an ad for an oral product of GHK-Cu which is far inferior to the patches, right? Because you want to produce your own, you want to stimulate your own production, which is way superior to, again, any kind of chemical approach that you're going to take orally. Okay. Because the digestive system needs to be involved in that situation and, you know, you're not going to absorb all of that. Right. Anyway, so going into more of what X39 does with stem cell production, stem cells. I'm not sure how many of you know, uh, much you guys know about stem cells, but stem cells, what we've seen with that is that stem cells can be made into, into any other type of cell that the body needs for repair. So the innate intelligence that runs the body basically is going to help determine what's most important in any given time, what needs the most repair. It's going to go in a triage fashion and do the repair. So it will— this patch stimulating stem cell production then will produce the cells that are most important initially, right? So I know you guys mentioned kidneys earlier, right? So if somebody has damage to their kidneys and it's, it's important for their survival that those kidneys be repaired, that's the first thing that's going to be addressed. That's how the stem cells will be used. Change those stem cells into the cells that are needed for the repair. So this is cutting edge. This is, uh, changing people's lives dramatically because things can be repaired that we didn't think were, or we've been told by allopathic medicine, were not possible.
