Christian Drapeau

But historically, they've been documented for a lot of other things. So, for example, the sea buckthorn berry, there's tons of documentation on how the flavanols and the flavonoids of the sea buckthorn berry have been mostly documented for their effect on lipid metabolism and cardiovascular function. So I would have to dig a little bit deeper to see what has been done with the seabuckthorn berry.

But historically, they've been documented for a lot of other things. So, for example, the sea buckthorn berry, there's tons of documentation on how the flavanols and the flavonoids of the sea buckthorn berry have been mostly documented for their effect on lipid metabolism and cardiovascular function. So I would have to dig a little bit deeper to see what has been done with the seabuckthorn berry.

But my assumption here is that it's probably one of the mechanism of actions, that some of the other polyphenols found in some of the ingredients. So seabuckthorn berry has a lot of polyphenols in the extract that we use. The fucus extract that we use has a lot of polyphenols, fluoroglucanol. And these have been documented to have a strong impact on lipid metabolism.

But my assumption here is that it's probably one of the mechanism of actions, that some of the other polyphenols found in some of the ingredients. So seabuckthorn berry has a lot of polyphenols in the extract that we use. The fucus extract that we use has a lot of polyphenols, fluoroglucanol. And these have been documented to have a strong impact on lipid metabolism.

So that could be what has been the mechanism of action. I'll dig into it a little bit more because if no drug can do anything about it, it could be something interesting to know.

So that could be what has been the mechanism of action. I'll dig into it a little bit more because if no drug can do anything about it, it could be something interesting to know.

Well, let's go back into what we were talking about earlier. The moment the stem cells have been released and they are in your blood circulation, we know they're amazing regenerative properties. Keep in mind the fact that they can rebuild an entire heart. So why is it? that at times people don't see the full, that kind of benefits in their own lives.

Well, let's go back into what we were talking about earlier. The moment the stem cells have been released and they are in your blood circulation, we know they're amazing regenerative properties. Keep in mind the fact that they can rebuild an entire heart. So why is it? that at times people don't see the full, that kind of benefits in their own lives.

So two things can stand in the way, poor microcirculation and systemic inflammation. So, and that's why these two products were made. It's simply to, you've released stem cells, now we want to maximize their regenerative properties in the body. So Mobilize is basically four different technologies blended together to enhance microcirculation. So we have natokinase that increases blood fluidity.

So two things can stand in the way, poor microcirculation and systemic inflammation. So, and that's why these two products were made. It's simply to, you've released stem cells, now we want to maximize their regenerative properties in the body. So Mobilize is basically four different technologies blended together to enhance microcirculation. So we have natokinase that increases blood fluidity.

So entrainment. So your stem cells can be up to 20 micron. A capillary is about 12 micron. So for a stem cell to really squeeze itself into a fine capillary, you need to have good blood entrainment. So you will get that. You want water in your blood circulation and not molasses. So that's what it is. It turns the molasses into water. So your blood has greater fluidity.

So entrainment. So your stem cells can be up to 20 micron. A capillary is about 12 micron. So for a stem cell to really squeeze itself into a fine capillary, you need to have good blood entrainment. So you will get that. You want water in your blood circulation and not molasses. So that's what it is. It turns the molasses into water. So your blood has greater fluidity.

You want your blood vessel to be able to fully expand. So we have nitric oxide producer. The expansion of capillaries depend on the flexibility of the environment of these capillaries. This is connective tissue collagen. So we want the kind of bioflavonoids that have been documented to boost collagen formation,

You want your blood vessel to be able to fully expand. So we have nitric oxide producer. The expansion of capillaries depend on the flexibility of the environment of these capillaries. This is connective tissue collagen. So we want the kind of bioflavonoids that have been documented to boost collagen formation,

These are all plants or bioflavonoids that have been shown to really support capillary bed and the environment of capillaries. And you want to rebuild the glycocalyx, which is the layer of the surface of capillaries that really allows cells to flow freely. So we have polysaccharides from seaweed helping to rebuild the glycocalyx. So Mobilize is those four technologies.

These are all plants or bioflavonoids that have been shown to really support capillary bed and the environment of capillaries. And you want to rebuild the glycocalyx, which is the layer of the surface of capillaries that really allows cells to flow freely. So we have polysaccharides from seaweed helping to rebuild the glycocalyx. So Mobilize is those four technologies.

Blood fluidity, blood dilation, sorry, capillary dilation, capillary integrity and flexibility, and glycocalyx. So now you've really given access to your stem cells, to all the fine microvasculature in your body, which is the only place where they can migrate into a tissue and then do their role of healing. Now, the other one is for them to really find where to go.

Blood fluidity, blood dilation, sorry, capillary dilation, capillary integrity and flexibility, and glycocalyx. So now you've really given access to your stem cells, to all the fine microvasculature in your body, which is the only place where they can migrate into a tissue and then do their role of healing. Now, the other one is for them to really find where to go.

We want to suppress the background noise. So that's the systemic inflammation. So we have a bunch of plant extract that have all been documented to suppress one aspect of the whole inflammatory cascade, if you want. So we have plant extract that will suppress COX-2, 5-LOX, the secretion of all kinds of inflammatory cytokines. We have bromelain, which is an enzyme that can digest existing enzymes.

We want to suppress the background noise. So that's the systemic inflammation. So we have a bunch of plant extract that have all been documented to suppress one aspect of the whole inflammatory cascade, if you want. So we have plant extract that will suppress COX-2, 5-LOX, the secretion of all kinds of inflammatory cytokines. We have bromelain, which is an enzyme that can digest existing enzymes.