Dr. Scott Sherr

you're going to induce the capacity of the brain to try to make more of that antioxidant, but you're not going to be able to do it is what it comes down to. So the key with methylene blue and neurodegenerative disorders is to really focus on low dose and titrating that dose over a period of time.

There's a researcher at the University of Texas, Austin named Dr. Francisco Gonzalez Lima, who's done a lot of great work on neurodegenerative disease and Alzheimer's models, looking at the use of methylene blue.

There's a researcher at the University of Texas, Austin named Dr. Francisco Gonzalez Lima, who's done a lot of great work on neurodegenerative disease and Alzheimer's models, looking at the use of methylene blue.

There's a researcher at the University of Texas, Austin named Dr. Francisco Gonzalez Lima, who's done a lot of great work on neurodegenerative disease and Alzheimer's models, looking at the use of methylene blue.

And if you can optimize energy production, if you can optimize the capacity of those protein complexes, the electron transport chain to work better, you're going to see improvements in cognitive function. And then if also you're improving the capacity for detoxification by using these low doses of methylene blue, you also see benefit there.

And if you can optimize energy production, if you can optimize the capacity of those protein complexes, the electron transport chain to work better, you're going to see improvements in cognitive function. And then if also you're improving the capacity for detoxification by using these low doses of methylene blue, you also see benefit there.

And if you can optimize energy production, if you can optimize the capacity of those protein complexes, the electron transport chain to work better, you're going to see improvements in cognitive function. And then if also you're improving the capacity for detoxification by using these low doses of methylene blue, you also see benefit there.

Now, when it comes to the other population, what did you mention? You mentioned neurodegenerative and the other one was, what was the other one?

Now, when it comes to the other population, what did you mention? You mentioned neurodegenerative and the other one was, what was the other one?

Now, when it comes to the other population, what did you mention? You mentioned neurodegenerative and the other one was, what was the other one?

Right, so the chronic fatigue, the brain fog, those patients. And so in the end, what that really is, John, is a mitochondrial dysfunction. And so what we are seeing now, at least clinically, is that you're seeing improvements in cognitive function in all varieties of patients that are coming in with cognitive dysfunction. Is it chronic fatigue? Is it post-viral syndrome? Do you have mold?

Right, so the chronic fatigue, the brain fog, those patients. And so in the end, what that really is, John, is a mitochondrial dysfunction. And so what we are seeing now, at least clinically, is that you're seeing improvements in cognitive function in all varieties of patients that are coming in with cognitive dysfunction. Is it chronic fatigue? Is it post-viral syndrome? Do you have mold?

Right, so the chronic fatigue, the brain fog, those patients. And so in the end, what that really is, John, is a mitochondrial dysfunction. And so what we are seeing now, at least clinically, is that you're seeing improvements in cognitive function in all varieties of patients that are coming in with cognitive dysfunction. Is it chronic fatigue? Is it post-viral syndrome? Do you have mold?

Do you have infection? You're gonna see improvements in mitochondrial function because of this amazing compound.

Do you have infection? You're gonna see improvements in mitochondrial function because of this amazing compound.

Do you have infection? You're gonna see improvements in mitochondrial function because of this amazing compound.

If you're using it in an intermittent way, especially at low doses of methylene blue, it's going to be very supportive most of the time. And the reason is because it's supporting that mitochondrial function. And most of us are having some element of that on a regular basis. If you have stress in your life, does anybody have stress? Does anybody? That's also going to stress your mitochondria.

If you're using it in an intermittent way, especially at low doses of methylene blue, it's going to be very supportive most of the time. And the reason is because it's supporting that mitochondrial function. And most of us are having some element of that on a regular basis. If you have stress in your life, does anybody have stress? Does anybody? That's also going to stress your mitochondria.

If you're using it in an intermittent way, especially at low doses of methylene blue, it's going to be very supportive most of the time. And the reason is because it's supporting that mitochondrial function. And most of us are having some element of that on a regular basis. If you have stress in your life, does anybody have stress? Does anybody? That's also going to stress your mitochondria.

Do you have, excuse me, do you have... exposure to toxins in your environment. Anybody have exposure to toxins in their environment? Is anybody going on an airplane tomorrow or the next day or in the next couple of months? These are all stresses on our mitochondria.