Christian Drapeau

Very, very good analogy. That's what we're doing. We're basically using plants to make your body do something that if you are 40, 50, 60 years old, we're finding a way to make your body do something that it was doing normally in your 20s and 30s when you did not have any of the problem that you have today.

Very, very good analogy. That's what we're doing. We're basically using plants to make your body do something that if you are 40, 50, 60 years old, we're finding a way to make your body do something that it was doing normally in your 20s and 30s when you did not have any of the problem that you have today.

And to a large extent, it's because you had more stem cells when you were younger to help the body repair and more testosterone and many other things. The beauty though, is that they're really kind of all working together. But the bottom line, because testosterone will be like one aspect of your health. When you're talking about stem cells, you're being like one layer deeper.

And to a large extent, it's because you had more stem cells when you were younger to help the body repair and more testosterone and many other things. The beauty though, is that they're really kind of all working together. But the bottom line, because testosterone will be like one aspect of your health. When you're talking about stem cells, you're being like one layer deeper.

It's like the repair of all parts of the body. The cells making testosterone, well, your stem cells can become those cells.

It's like the repair of all parts of the body. The cells making testosterone, well, your stem cells can become those cells.

Totally. You get, for example, and these studies use like heart attack, bone fracture, burn to the skin, stroke. Regardless of the problem, you get an injury to a tissue.

Totally. You get, for example, and these studies use like heart attack, bone fracture, burn to the skin, stroke. Regardless of the problem, you get an injury to a tissue.

What your body will do naturally is that within hours of the injury, we can pick up in your blood the release, the secretion of these very specific compounds, very well known to trigger the release of stem cells from the bone marrow. Within about a day or two, you start to see the number of stem cells decrease. increasing in the bloodstream.

What your body will do naturally is that within hours of the injury, we can pick up in your blood the release, the secretion of these very specific compounds, very well known to trigger the release of stem cells from the bone marrow. Within about a day or two, you start to see the number of stem cells decrease. increasing in the bloodstream.

By day three to five, your body will have increased the number of stem cells in circulation by up to tenfold. Now, these stem cells don't know exactly where to go, so the affected tissue, starting on the second day, starts to release locally one specific compound that when it touches receptors at the surface of stem cells,

By day three to five, your body will have increased the number of stem cells in circulation by up to tenfold. Now, these stem cells don't know exactly where to go, so the affected tissue, starting on the second day, starts to release locally one specific compound that when it touches receptors at the surface of stem cells,

it will trigger the migration of stem cells out of the blood into that tissue. And upon contact with cellular debris of that tissue, the stem cells will start to multiply and transform into cells of that tissue. And to me, what is fascinating about all of this is that This is a process that today, as I'm telling it, appears new.

it will trigger the migration of stem cells out of the blood into that tissue. And upon contact with cellular debris of that tissue, the stem cells will start to multiply and transform into cells of that tissue. And to me, what is fascinating about all of this is that This is a process that today, as I'm telling it, appears new.

If you've been even to med school, you will say, well, it's strange that this could be that way because I've not learned this in med school. Because it has not yet crossed fully the gap between research and academia. So it's not yet really. You're not learning this yet in school. But if there's one thing that every single human being on this planet has seen in their own lives,

If you've been even to med school, you will say, well, it's strange that this could be that way because I've not learned this in med school. Because it has not yet crossed fully the gap between research and academia. So it's not yet really. You're not learning this yet in school. But if there's one thing that every single human being on this planet has seen in their own lives,

is that you've had cuts. You've had a bone fracture. You've had sprained ankles. You have things that you know, like they were an injury and you just gave it some time. Nobody did anything. You break a bone. The doctor puts you in a cast. Nothing is done to make that bone repair. But six weeks later, the bone is repaired. And it is not weaker than what it was before.

is that you've had cuts. You've had a bone fracture. You've had sprained ankles. You have things that you know, like they were an injury and you just gave it some time. Nobody did anything. You break a bone. The doctor puts you in a cast. Nothing is done to make that bone repair. But six weeks later, the bone is repaired. And it is not weaker than what it was before.

It's just as solid as what it was before. So we have seen in our lives that the body has this innate ability to repair. It's just that before we had no explanation for it. You get a surgery, the surgeon just say, go rest for two weeks and come and see me back. No instruction is given to you telling you what to do to boost your stem cells because they're the one doing the repair.

It's just as solid as what it was before. So we have seen in our lives that the body has this innate ability to repair. It's just that before we had no explanation for it. You get a surgery, the surgeon just say, go rest for two weeks and come and see me back. No instruction is given to you telling you what to do to boost your stem cells because they're the one doing the repair.