Chase Hughes

So for methylene blue, I think it's the one thing that truly reversed everything that was going on with my brain. Every single symptom that I was having was just gone. And- I credit everything to Methylene Blue and finally Dr. John. And I buy my Methylene Blue from Dr. John's website just because I'm so passionate about it. Wow.

So for methylene blue, I think it's the one thing that truly reversed everything that was going on with my brain. Every single symptom that I was having was just gone. And- I credit everything to Methylene Blue and finally Dr. John. And I buy my Methylene Blue from Dr. John's website just because I'm so passionate about it. Wow.

And Methylene Blue acts as – just to give you like a 60-second brochure of what it does. It's a light MAOI, a monoamine oxidase inhibitor. So it helps our cells to get rid of the two things that we don't really want in our cells, a lot of, is reactive oxygen species and reactive nitrogen species. And it donates an electron. It donates a lot of electrons to mitochondria.

And Methylene Blue acts as – just to give you like a 60-second brochure of what it does. It's a light MAOI, a monoamine oxidase inhibitor. So it helps our cells to get rid of the two things that we don't really want in our cells, a lot of, is reactive oxygen species and reactive nitrogen species. And it donates an electron. It donates a lot of electrons to mitochondria.

And Methylene Blue acts as – just to give you like a 60-second brochure of what it does. It's a light MAOI, a monoamine oxidase inhibitor. So it helps our cells to get rid of the two things that we don't really want in our cells, a lot of, is reactive oxygen species and reactive nitrogen species. And it donates an electron. It donates a lot of electrons to mitochondria.

And the second thing that it does, well, it does a lot more than that, and it helps. Your body's main job is to take an oxygen molecule and stick some hydrogen on there and turn it into water. That's your body's job. But sometimes it doesn't do that, and an oxygen molecule gets screwed up and turns into a reactive oxygen species.

And the second thing that it does, well, it does a lot more than that, and it helps. Your body's main job is to take an oxygen molecule and stick some hydrogen on there and turn it into water. That's your body's job. But sometimes it doesn't do that, and an oxygen molecule gets screwed up and turns into a reactive oxygen species.

And the second thing that it does, well, it does a lot more than that, and it helps. Your body's main job is to take an oxygen molecule and stick some hydrogen on there and turn it into water. That's your body's job. But sometimes it doesn't do that, and an oxygen molecule gets screwed up and turns into a reactive oxygen species.

So the second thing that it does is it has an affinity to neuronal tissue. So if you take that methylene blue right now and then two hours from right now, we did an autopsy on you. Let's say you died. Your brain is blue, bright blue. Really? It gets into the brain? Steven, look up methylene blue brain autopsy. Yeah, so it's your spinal cord, all your nerves, brain stem, whole brain is all blue.

So the second thing that it does is it has an affinity to neuronal tissue. So if you take that methylene blue right now and then two hours from right now, we did an autopsy on you. Let's say you died. Your brain is blue, bright blue. Really? It gets into the brain? Steven, look up methylene blue brain autopsy. Yeah, so it's your spinal cord, all your nerves, brain stem, whole brain is all blue.

So the second thing that it does is it has an affinity to neuronal tissue. So if you take that methylene blue right now and then two hours from right now, we did an autopsy on you. Let's say you died. Your brain is blue, bright blue. Really? It gets into the brain? Steven, look up methylene blue brain autopsy. Yeah, so it's your spinal cord, all your nerves, brain stem, whole brain is all blue.

They don't. That was probably a living person who was on methylene blue. And some of these they use to stain. Methylene blue is obviously – it's just a blue dye. Right.

They don't. That was probably a living person who was on methylene blue. And some of these they use to stain. Methylene blue is obviously – it's just a blue dye. Right.

They don't. That was probably a living person who was on methylene blue. And some of these they use to stain. Methylene blue is obviously – it's just a blue dye. Right.

Yeah. So these may be used to stain. But if you do an autopsy on a person who's on a dose of methylene blue higher than probably – Scroll up. Two milligrams per kilogram. No, up farther.

Yeah. So these may be used to stain. But if you do an autopsy on a person who's on a dose of methylene blue higher than probably – Scroll up. Two milligrams per kilogram. No, up farther.

Yeah. So these may be used to stain. But if you do an autopsy on a person who's on a dose of methylene blue higher than probably – Scroll up. Two milligrams per kilogram. No, up farther.

Yeah. So it has an affinity for neuronal tissue. So this guy who discovered it, it's 1894-ish, and the Industrial Revolution was kicking off, and they were like, hey, we need to dye a bunch of stuff blue. We got a huge need for that. So this scientist—

Yeah. So it has an affinity for neuronal tissue. So this guy who discovered it, it's 1894-ish, and the Industrial Revolution was kicking off, and they were like, hey, we need to dye a bunch of stuff blue. We got a huge need for that. So this scientist—

Yeah. So it has an affinity for neuronal tissue. So this guy who discovered it, it's 1894-ish, and the Industrial Revolution was kicking off, and they were like, hey, we need to dye a bunch of stuff blue. We got a huge need for that. So this scientist—