Christian Drapeau

So I'm not sure if really the risk is there, but if we just talk about everything, that is something that got a little bit of steam, if you want, in terms of a potential risk. If everything is well done, well controlled for, any kind of stem cell treatment is generally speaking relatively safe. In the medical world that we know, let's put it this way, safer than most drugs that you will take.

So I'm not sure if really the risk is there, but if we just talk about everything, that is something that got a little bit of steam, if you want, in terms of a potential risk. If everything is well done, well controlled for, any kind of stem cell treatment is generally speaking relatively safe. In the medical world that we know, let's put it this way, safer than most drugs that you will take.

My goodness. Well, the book can be found on our website or just on Amazon. You can find the aim of the book in 2010. Now, this is the third edition. So we've had two chapters. The story of how these plants were discovered, all of this was added. Cases, stories that were described, cases of a man, for example, that I talked about on heart transplant lists within a matter of weeks was normal.

My goodness. Well, the book can be found on our website or just on Amazon. You can find the aim of the book in 2010. Now, this is the third edition. So we've had two chapters. The story of how these plants were discovered, all of this was added. Cases, stories that were described, cases of a man, for example, that I talked about on heart transplant lists within a matter of weeks was normal.

So all of that has been added to that last version. The name of that book is that while there is tons of literature documenting that stem cells or the repair system of the body. None of this existed in the literature anywhere brought together to kind of really list all that scientific information and make it like really obvious. So the aim of the book is that.

So all of that has been added to that last version. The name of that book is that while there is tons of literature documenting that stem cells or the repair system of the body. None of this existed in the literature anywhere brought together to kind of really list all that scientific information and make it like really obvious. So the aim of the book is that.

You want to know what's the natural role of stem cells in your body? That's what the book is telling you. And in that, if you can put more stem cells in circulation, What are the studies showing heart repair, diabetes, brain, lung, and like all the repair, wound, bone fracture, all of this. There's tons of research on it. So that's what the book was really about.

You want to know what's the natural role of stem cells in your body? That's what the book is telling you. And in that, if you can put more stem cells in circulation, What are the studies showing heart repair, diabetes, brain, lung, and like all the repair, wound, bone fracture, all of this. There's tons of research on it. So that's what the book was really about.

The next book is the link between, and that data, interestingly enough, was not available before. at least not to the extent that it is today at the time of the first book, which is the fact that stem cells are the repair system. But scientists have shown and seen and observed that when you don't have an injury, you're still releasing stem cells.

The next book is the link between, and that data, interestingly enough, was not available before. at least not to the extent that it is today at the time of the first book, which is the fact that stem cells are the repair system. But scientists have shown and seen and observed that when you don't have an injury, you're still releasing stem cells.

And in the background, they go and replace the cells that are being lost. We experience aging like an old fence in the backyard. Every year, it's a little bit more decrepit. That's our experience of aging. Every year, we are aging and we feel a little bit older. But in the body, it is not how the body is aging. Each organ in the body is aging much faster.

And in the background, they go and replace the cells that are being lost. We experience aging like an old fence in the backyard. Every year, it's a little bit more decrepit. That's our experience of aging. Every year, we are aging and we feel a little bit older. But in the body, it is not how the body is aging. Each organ in the body is aging much faster.

Like you have a new liver every two, three years. You have a new skin every month. You have a new heart every 25 to 50 years. So every day of your life, you lose cells and they are replaced. So everything is constantly turned over. Turnover means you lose cells, and to keep the health of a tissue, you need to replace these cells that are being lost by stem cells.

Like you have a new liver every two, three years. You have a new skin every month. You have a new heart every 25 to 50 years. So every day of your life, you lose cells and they are replaced. So everything is constantly turned over. Turnover means you lose cells, and to keep the health of a tissue, you need to replace these cells that are being lost by stem cells.

So this goes really well until sometime in your 30s, when you have enough stem cells to offset this process of cellular loss. But when the number of stem cells declines and you pass, let's say, 40 years old, now you no longer have enough stem cells to offset cellular loss. So if you start to accumulate a cellular deficit in your pancreas, that is called diabetes.

So this goes really well until sometime in your 30s, when you have enough stem cells to offset this process of cellular loss. But when the number of stem cells declines and you pass, let's say, 40 years old, now you no longer have enough stem cells to offset cellular loss. So if you start to accumulate a cellular deficit in your pancreas, that is called diabetes.

If you have cellular loss in your lung, that's called emphysema. So you take any kind of age-related disease, and it's always the loss of a type of cells that your stem cells can replace. So we develop all those age-related diseases together. because of the decline in the number of stem cells.

If you have cellular loss in your lung, that's called emphysema. So you take any kind of age-related disease, and it's always the loss of a type of cells that your stem cells can replace. So we develop all those age-related diseases together. because of the decline in the number of stem cells.

So I published this view about 10, 12 years ago, and I was suggesting that there's a way to see if that is true. Go count the number of stem cells in the bloodstream of people who have developed various kinds of age-related disease and compare that with what you find in the bloodstream of healthy people of the same age. And right now, maybe 50 of studies or so have been done.

So I published this view about 10, 12 years ago, and I was suggesting that there's a way to see if that is true. Go count the number of stem cells in the bloodstream of people who have developed various kinds of age-related disease and compare that with what you find in the bloodstream of healthy people of the same age. And right now, maybe 50 of studies or so have been done.