Christian Drapeau

So you take people with atherosclerosis, heart disease, overall cardiovascular disease, high blood pressure, liver failure, kidney failure, erectile dysfunction, lupus, arthritis, stroke, Parkinson's, Alzheimer's, COPD, emphysema, and the list keeps growing. All these people have 50% or less than the number of stem cells that you find in a healthy person of the same age. Meaning the core...

So you take people with atherosclerosis, heart disease, overall cardiovascular disease, high blood pressure, liver failure, kidney failure, erectile dysfunction, lupus, arthritis, stroke, Parkinson's, Alzheimer's, COPD, emphysema, and the list keeps growing. All these people have 50% or less than the number of stem cells that you find in a healthy person of the same age. Meaning the core...

fundamental reason why we develop problems is because the number of stem cells is declining in our bloodstream as we age. So I want to describe this whole phenomenon to really make people understand that the decline in the number of stem cells is the fundamental reason. There's hormone decline, there's mitochondrial decline.

fundamental reason why we develop problems is because the number of stem cells is declining in our bloodstream as we age. So I want to describe this whole phenomenon to really make people understand that the decline in the number of stem cells is the fundamental reason. There's hormone decline, there's mitochondrial decline.

All of this is still real, but fundamentally, if all of this was still right, you still have a decline in stem cells and it will affect your ability to maintain your health as you age. So it's like the most fundamental aspect that will determine how you will age in the decades to come. And I want to do a review of the entire scientific literature to see what is the number, what is the limit?

All of this is still real, but fundamentally, if all of this was still right, you still have a decline in stem cells and it will affect your ability to maintain your health as you age. So it's like the most fundamental aspect that will determine how you will age in the decades to come. And I want to do a review of the entire scientific literature to see what is the number, what is the limit?

Like if you're below, what's the limit that if you're below that number, you know that right now you are accumulating a deficit. And I think that it's going to be somewhere around one stem cell per microliter.

Like if you're below, what's the limit that if you're below that number, you know that right now you are accumulating a deficit. And I think that it's going to be somewhere around one stem cell per microliter.

So if you are less than one stem cell per microliter, something like, let's say six, six to eight million stem cells in your bloodstream today, you are on your path to developing some problems. So let's determine this. So when we have that and we have a means of counting stem cells in the bloodstream, we do, but right now it's difficult to have access to this, it's expensive.

So if you are less than one stem cell per microliter, something like, let's say six, six to eight million stem cells in your bloodstream today, you are on your path to developing some problems. So let's determine this. So when we have that and we have a means of counting stem cells in the bloodstream, we do, but right now it's difficult to have access to this, it's expensive.

So I'm working on a method that will be super cheap and available for anybody to go and see how many stem cells you have in your blood And now you can put all of this together. You can see how many stem cells I have in my blood. If I'm below a certain level, I know that I'm developing a problem right now.

So I'm working on a method that will be super cheap and available for anybody to go and see how many stem cells you have in your blood And now you can put all of this together. You can see how many stem cells I have in my blood. If I'm below a certain level, I know that I'm developing a problem right now.

And not the remedy, but the way to counter this is put more stem cells in circulation every day. Now it makes it very easy for people to understand the whole phenomenon. So that's the aim of the second book.

And not the remedy, but the way to counter this is put more stem cells in circulation every day. Now it makes it very easy for people to understand the whole phenomenon. So that's the aim of the second book.

My goodness. The moment that I can sit down and write it, I wrote the first book in about two, three months. But it took the, Two years before to do all the research and everything. So the research is done. The research is done, dissected, analyzed. I'm ready to sit down and write. The problem is that in order for me to sit down and write, I have to block everything else.

My goodness. The moment that I can sit down and write it, I wrote the first book in about two, three months. But it took the, Two years before to do all the research and everything. So the research is done. The research is done, dissected, analyzed. I'm ready to sit down and write. The problem is that in order for me to sit down and write, I have to block everything else.

So everything else in my life needs to, like when I wrote that book, that's all I did. So I need to be in the same situation. And right now, too many lectures, too much traveling. So I'm hoping that at some point at the end of spring, let's say like early in Q3, I'm putting everything aside and I'm diving into that book. That's my hope.

So everything else in my life needs to, like when I wrote that book, that's all I did. So I need to be in the same situation. And right now, too many lectures, too much traveling. So I'm hoping that at some point at the end of spring, let's say like early in Q3, I'm putting everything aside and I'm diving into that book. That's my hope.

Thank you so much, Dylan. The pleasure was shared to meet you and then to have a chance to discuss and talk about all of this.

Thank you so much, Dylan. The pleasure was shared to meet you and then to have a chance to discuss and talk about all of this.