Catharine Arnston

So the amazing thing is that the blue pigment in spirulina, because it's not anywhere else in the universe, what it does with that cytochrome C molecule in a healthy cell, it speeds it up. It's like having a Tesla in there, making sure that this is one of the many reasons why spirulina gives you energy. It speeds up that cytochrome C molecule so you can get more ATP, so you have more energy.

So the amazing thing is that the blue pigment in spirulina, because it's not anywhere else in the universe, what it does with that cytochrome C molecule in a healthy cell, it speeds it up. It's like having a Tesla in there, making sure that this is one of the many reasons why spirulina gives you energy. It speeds up that cytochrome C molecule so you can get more ATP, so you have more energy.

Life is good, right? Here's a very interesting thing. They have done studies, and you can go online, and I've got a science paper to show you one example. In an unhealthy cell, which is called a senescent cell, it's a cell that's been subdivided and it's inflammatory and doesn't have any value any longer, or in a cancer cell, the blue pigment in spirulina

Life is good, right? Here's a very interesting thing. They have done studies, and you can go online, and I've got a science paper to show you one example. In an unhealthy cell, which is called a senescent cell, it's a cell that's been subdivided and it's inflammatory and doesn't have any value any longer, or in a cancer cell, the blue pigment in spirulina

detects that it's an unhealthy cell, and instead of speeding up that with the cytochrome C molecule, it ejects the cytochrome C molecule, which then goes and releases something called capases that kill the cell.

detects that it's an unhealthy cell, and instead of speeding up that with the cytochrome C molecule, it ejects the cytochrome C molecule, which then goes and releases something called capases that kill the cell.

That blue pigment in spirulina, which is called phycocyanin, P-H-Y-C-O-C-Y-A-N-I-N, and I want you to know how to spell that so you can go online and Google it. It has been proven to kill cancer cells. Here's one test where they put cancer cells in a Petri dish, dyed them purple, and added some phycocyanin 24 hours later. Cancer cells went from that to that.

That blue pigment in spirulina, which is called phycocyanin, P-H-Y-C-O-C-Y-A-N-I-N, and I want you to know how to spell that so you can go online and Google it. It has been proven to kill cancer cells. Here's one test where they put cancer cells in a Petri dish, dyed them purple, and added some phycocyanin 24 hours later. Cancer cells went from that to that.

The chemotherapy companies use, not all of them, but some of them use phycocyanin in their treatments now, and they measure whether the cancer is being killed by the amount of cytochrome C in your bloodstream. Right? Who wants chemotherapy? Yeah, I don't think so.

The chemotherapy companies use, not all of them, but some of them use phycocyanin in their treatments now, and they measure whether the cancer is being killed by the amount of cytochrome C in your bloodstream. Right? Who wants chemotherapy? Yeah, I don't think so.

So this is why I call spirulina intelligent food, because you have to be intelligent to take it, and it knows what to do in your body. In a healthy cell, it speeds up the process of ATP production, and in an unhealthy cell, like a cancer or senescent cell, it ejects it and kills it.

So this is why I call spirulina intelligent food, because you have to be intelligent to take it, and it knows what to do in your body. In a healthy cell, it speeds up the process of ATP production, and in an unhealthy cell, like a cancer or senescent cell, it ejects it and kills it.

How incredible is that?

How incredible is that?

If it wasn't proven in science, it would be unbelievable.

If it wasn't proven in science, it would be unbelievable.

And who is going to tell you that?

And who is going to tell you that?

So when you said if I had to choose between one or the other, they're like my children. I love them all dearly, but I would always defer to spirulina because it has this extra benefit of the phycocyanin, which for the ATP production, the mitochondria production. And there's one more thing. I don't think I even mentioned this to you when I met you at the A4M.

So when you said if I had to choose between one or the other, they're like my children. I love them all dearly, but I would always defer to spirulina because it has this extra benefit of the phycocyanin, which for the ATP production, the mitochondria production. And there's one more thing. I don't think I even mentioned this to you when I met you at the A4M.