Chase Hughes

Yeah. So in that cytochrome, just thinking of the word cytochrome, cyto means cell, chrome means color. So always think of like that's the color of light. Jack talked about this a lot, how we generate a little bit of near infrared light in our cells. So cytochrome is the important chemical there. And he talked about magnetism.

We have sulfur and iron and stuff that's in the mouth of cytochrome, C oxidase. So doing that lets it absorb that. So your cells are kind of running on those photons instead of just the electrons.

We have sulfur and iron and stuff that's in the mouth of cytochrome, C oxidase. So doing that lets it absorb that. So your cells are kind of running on those photons instead of just the electrons.

We have sulfur and iron and stuff that's in the mouth of cytochrome, C oxidase. So doing that lets it absorb that. So your cells are kind of running on those photons instead of just the electrons.

Yeah, I think what it probably does is makes more ATP, which is adenosine triphosphate, which is our cell's energy. So those cells, cataracts is a degenerative disease. So we're getting less ATP. So more ATP probably means that there is more neural connectivity. Those cells have more energy to perform repairs on themselves. Right.

Yeah, I think what it probably does is makes more ATP, which is adenosine triphosphate, which is our cell's energy. So those cells, cataracts is a degenerative disease. So we're getting less ATP. So more ATP probably means that there is more neural connectivity. Those cells have more energy to perform repairs on themselves. Right.

Yeah, I think what it probably does is makes more ATP, which is adenosine triphosphate, which is our cell's energy. So those cells, cataracts is a degenerative disease. So we're getting less ATP. So more ATP probably means that there is more neural connectivity. Those cells have more energy to perform repairs on themselves. Right.

And the cool thing about mitochondria, which I was hoping that Jack would mention, is mitochondria is not human. It has different DNA than us. It's alien. What do you mean by that? All right, Stephen, look it up. You've got a skeptical face on you.

And the cool thing about mitochondria, which I was hoping that Jack would mention, is mitochondria is not human. It has different DNA than us. It's alien. What do you mean by that? All right, Stephen, look it up. You've got a skeptical face on you.

And the cool thing about mitochondria, which I was hoping that Jack would mention, is mitochondria is not human. It has different DNA than us. It's alien. What do you mean by that? All right, Stephen, look it up. You've got a skeptical face on you.

There's a theory now that mitochondria is –

There's a theory now that mitochondria is –

There's a theory now that mitochondria is –

Okay. So there's a theory that mitochondria was its own little organism and formed a relationship with little single-celled organisms like, hey, bro, I'm going to give you a bunch of energy. I'm going to help you absorb sunlight and live outside the water. So let's form this little relationship together.

Okay. So there's a theory that mitochondria was its own little organism and formed a relationship with little single-celled organisms like, hey, bro, I'm going to give you a bunch of energy. I'm going to help you absorb sunlight and live outside the water. So let's form this little relationship together.

Okay. So there's a theory that mitochondria was its own little organism and formed a relationship with little single-celled organisms like, hey, bro, I'm going to give you a bunch of energy. I'm going to help you absorb sunlight and live outside the water. So let's form this little relationship together.

So that's just a theory that somebody has on how these things started working together because it's not human.

So that's just a theory that somebody has on how these things started working together because it's not human.

So that's just a theory that somebody has on how these things started working together because it's not human.

You get better results if you're drinking water that has lower deuterium levels.