Dr. Scott Sherr

How about those three?

How about those three?

So the blue brains, I don't remember the guy's name. He did a blog on it. He's got a relatively popular blog. Forgive me, I don't remember his name.

So the blue brains, I don't remember the guy's name. He did a blog on it. He's got a relatively popular blog. Forgive me, I don't remember his name.

The second one, the serotonin thing, that's our friend, Dr. Paul Saladino. I got it. And he also talked about mitochondrial function as well. But the third one is related to Dr. Chris Masterjohn, PhD, who is a biochemist that's very, very good at biochemistry. But his translational capacity to clinical medicine, I think, needs a little bit more support overall.

The second one, the serotonin thing, that's our friend, Dr. Paul Saladino. I got it. And he also talked about mitochondrial function as well. But the third one is related to Dr. Chris Masterjohn, PhD, who is a biochemist that's very, very good at biochemistry. But his translational capacity to clinical medicine, I think, needs a little bit more support overall.

And so those are the three corresponding to what I just described. Cool.

And so those are the three corresponding to what I just described. Cool.

Yeah, sure. So they're relatively quick because it's not, especially because we've already had this whole preamble about what methylene blue does overall, but number one, blue brain. So the first, this is a blog that was very good in the sense of showing pictures of these blue brains that were shown after these patients had died.

Yeah, sure. So they're relatively quick because it's not, especially because we've already had this whole preamble about what methylene blue does overall, but number one, blue brain. So the first, this is a blog that was very good in the sense of showing pictures of these blue brains that were shown after these patients had died.

And they did the post-mortem, they did the autopsy and their brains were blue. And so the people in this study, It wasn't even a study.

And they did the post-mortem, they did the autopsy and their brains were blue. And so the people in this study, It wasn't even a study.

It was just a case report of about eight different people had gotten ridiculously high levels, amounts of methylene blue over three milligrams per kilogram in the IV as a last ditch effort to try to save their lives from shock, sepsis, cardiopulmonary arrest, and things like that. So methylene blue is used as a last...

It was just a case report of about eight different people had gotten ridiculously high levels, amounts of methylene blue over three milligrams per kilogram in the IV as a last ditch effort to try to save their lives from shock, sepsis, cardiopulmonary arrest, and things like that. So methylene blue is used as a last...

ditch effort in some of these indications, in some of these situations, to try to do the last thing you could do to try to save this person's life. So these people got hammered with IV methylene blue, and then they all died in this, obviously, because they were showing blue brains. And they did autopsies within about four to six hours afterwards, and all of their brains were blue.

ditch effort in some of these indications, in some of these situations, to try to do the last thing you could do to try to save this person's life. So these people got hammered with IV methylene blue, and then they all died in this, obviously, because they were showing blue brains. And they did autopsies within about four to six hours afterwards, and all of their brains were blue.

This is not surprising, okay? This is a huge amount of methylene blue. And so we know that methylene blue, what it does in general is concentrate in the mitochondria, which is where it's doing all its fancy work in compensating for mitochondrial dysfunction. But it's actually changing color all the time, between blue to colorless, depending on its redox state.

This is not surprising, okay? This is a huge amount of methylene blue. And so we know that methylene blue, what it does in general is concentrate in the mitochondria, which is where it's doing all its fancy work in compensating for mitochondrial dysfunction. But it's actually changing color all the time, between blue to colorless, depending on its redox state.

But in essence, they got so much methylene blue that it's not surprising that their brains were blue as a result of it. If you're taking low doses of methylene blue, 4, 8 milligrams, 16, 25, even a little bit higher than that, your brain is not going to turn blue. your mitochondria are going to have a concentration of blue pigment for a short period of time, and then it's going to go away.

But in essence, they got so much methylene blue that it's not surprising that their brains were blue as a result of it. If you're taking low doses of methylene blue, 4, 8 milligrams, 16, 25, even a little bit higher than that, your brain is not going to turn blue. your mitochondria are going to have a concentration of blue pigment for a short period of time, and then it's going to go away.