Dr. Scott Sherr

And this is what's cool about the dosing is that we have like low doses of methylene blue, four, eight, 16, maybe 25 milligrams of methylene blue, where you're actually improving that mitochondrial function itself, where you go to higher doses around a milligram per kilogram, which is around 50 to 70 milligrams, depending on the person, maybe higher.

And this is what's cool about the dosing is that we have like low doses of methylene blue, four, eight, 16, maybe 25 milligrams of methylene blue, where you're actually improving that mitochondrial function itself, where you go to higher doses around a milligram per kilogram, which is around 50 to 70 milligrams, depending on the person, maybe higher.

That's more of an anti-infective dose and also really good for like significant acute mitochondrial stress. And one other piece of this is that mitochondria make energy, they make ATP. And this is our energy currency. We make a lot of ATP. I can't remember, but it's like almost a couple of kilograms of ATP a day. It's a lot of ATP that we make.

That's more of an anti-infective dose and also really good for like significant acute mitochondrial stress. And one other piece of this is that mitochondria make energy, they make ATP. And this is our energy currency. We make a lot of ATP. I can't remember, but it's like almost a couple of kilograms of ATP a day. It's a lot of ATP that we make.

That's more of an anti-infective dose and also really good for like significant acute mitochondrial stress. And one other piece of this is that mitochondria make energy, they make ATP. And this is our energy currency. We make a lot of ATP. I can't remember, but it's like almost a couple of kilograms of ATP a day. It's a lot of ATP that we make.

Now, not only do we make ATP or energy, but we also have to be able to deal with the quote unquote waste products of making energy. And those include some of the things that we know,

Now, not only do we make ATP or energy, but we also have to be able to deal with the quote unquote waste products of making energy. And those include some of the things that we know,

Now, not only do we make ATP or energy, but we also have to be able to deal with the quote unquote waste products of making energy. And those include some of the things that we know,

like carbon dioxide water but we also make something called reactive oxygen species or free radicals these free radicals are very important because they're signaling molecules that tell the mitochondria to make more energy not making as much energy and things like that but in essence what you see here is that you're making more energy and you have to detox from the energy that you make and if your mitochondria aren't working very well it could be either or it could be or that you're having a problem

like carbon dioxide water but we also make something called reactive oxygen species or free radicals these free radicals are very important because they're signaling molecules that tell the mitochondria to make more energy not making as much energy and things like that but in essence what you see here is that you're making more energy and you have to detox from the energy that you make and if your mitochondria aren't working very well it could be either or it could be or that you're having a problem

like carbon dioxide water but we also make something called reactive oxygen species or free radicals these free radicals are very important because they're signaling molecules that tell the mitochondria to make more energy not making as much energy and things like that but in essence what you see here is that you're making more energy and you have to detox from the energy that you make and if your mitochondria aren't working very well it could be either or it could be or that you're having a problem

now you bring in methylene blue and methylene blue what it can do is it can help on both sides it can help on the side of helping you make more energy and it can help on the side of helping you detoxify from the energy that you make and the problem with making energy for many of us now is that we have these complexes on our mitochondria there's four of them in total and many of us for especially complex one and complex two but especially complex one are not working very well and

now you bring in methylene blue and methylene blue what it can do is it can help on both sides it can help on the side of helping you make more energy and it can help on the side of helping you detoxify from the energy that you make and the problem with making energy for many of us now is that we have these complexes on our mitochondria there's four of them in total and many of us for especially complex one and complex two but especially complex one are not working very well and

now you bring in methylene blue and methylene blue what it can do is it can help on both sides it can help on the side of helping you make more energy and it can help on the side of helping you detoxify from the energy that you make and the problem with making energy for many of us now is that we have these complexes on our mitochondria there's four of them in total and many of us for especially complex one and complex two but especially complex one are not working very well and

I didn't say why people have mitochondrial dysfunction, John. Why is that? So the number one cause is insulin resistance. This is people that are obese, morbidly obese, super morbid obesity, where you have insulin resistance. That's the number one reason why people have mitochondrial dysfunction, and it affects that complex one. The second reason is medications.

I didn't say why people have mitochondrial dysfunction, John. Why is that? So the number one cause is insulin resistance. This is people that are obese, morbidly obese, super morbid obesity, where you have insulin resistance. That's the number one reason why people have mitochondrial dysfunction, and it affects that complex one. The second reason is medications.

I didn't say why people have mitochondrial dysfunction, John. Why is that? So the number one cause is insulin resistance. This is people that are obese, morbidly obese, super morbid obesity, where you have insulin resistance. That's the number one reason why people have mitochondrial dysfunction, and it affects that complex one. The second reason is medications.

The third is toxins and the fourth is infection. So COVID infections, for example, were very notorious for affecting complex one and complex two and also complex four, but definitely complex one mostly. What methylene blue can do is it can bypass various complexes in your mitochondria. If they're not working very well, help regenerate some of them, help you make energy more effectively.

The third is toxins and the fourth is infection. So COVID infections, for example, were very notorious for affecting complex one and complex two and also complex four, but definitely complex one mostly. What methylene blue can do is it can bypass various complexes in your mitochondria. If they're not working very well, help regenerate some of them, help you make energy more effectively.

The third is toxins and the fourth is infection. So COVID infections, for example, were very notorious for affecting complex one and complex two and also complex four, but definitely complex one mostly. What methylene blue can do is it can bypass various complexes in your mitochondria. If they're not working very well, help regenerate some of them, help you make energy more effectively.