Dr. Scott Sherr

So it's super interesting. Methylene blue, as we talked about, it has been around a long time, but we're really starting to dial in the dosing of it, understanding that very low doses of this particular compound are fantastic for those mitochondria that we were just discussing. So what's interesting about

the US right now is that 94% of the US population has some element of mitochondrial dysfunction. This means that they cannot make energy effectively or they cannot detox with the energy that they make. So just to back that up for a minute for people, when you have these mitochondria in our cells, They are the powerhouse. They are what make energy.

the US right now is that 94% of the US population has some element of mitochondrial dysfunction. This means that they cannot make energy effectively or they cannot detox with the energy that they make. So just to back that up for a minute for people, when you have these mitochondria in our cells, They are the powerhouse. They are what make energy.

the US right now is that 94% of the US population has some element of mitochondrial dysfunction. This means that they cannot make energy effectively or they cannot detox with the energy that they make. So just to back that up for a minute for people, when you have these mitochondria in our cells, They are the powerhouse. They are what make energy.

And so we have a lot of mitochondria in some types of tissue and very few mitochondria in other tissue. In fact, the most mitochondria we have per cell are in our ovaries or in our sperm, depending on our gender, our brain, our heart, our liver, and our musculoskeletal tissue. So

And so we have a lot of mitochondria in some types of tissue and very few mitochondria in other tissue. In fact, the most mitochondria we have per cell are in our ovaries or in our sperm, depending on our gender, our brain, our heart, our liver, and our musculoskeletal tissue. So

And so we have a lot of mitochondria in some types of tissue and very few mitochondria in other tissue. In fact, the most mitochondria we have per cell are in our ovaries or in our sperm, depending on our gender, our brain, our heart, our liver, and our musculoskeletal tissue. So

In fact, I've talked to Gabrielle Lyons about this, and she likes to remind everybody that you have your most mitochondria per cell in reserve actually in your musculoskeletal tissue so you can run when you need to run.

In fact, I've talked to Gabrielle Lyons about this, and she likes to remind everybody that you have your most mitochondria per cell in reserve actually in your musculoskeletal tissue so you can run when you need to run.

In fact, I've talked to Gabrielle Lyons about this, and she likes to remind everybody that you have your most mitochondria per cell in reserve actually in your musculoskeletal tissue so you can run when you need to run.

Now, the problem, though, is that if 94% of the US population has mitochondrial dysfunction, this is going to show itself in the various tissues depending on where those tissues are having the most effect with that mitochondrial dysfunction. So is infertility an issue now, John? It's a huge issue, right? More and more people cannot get pregnant, men and women.

Now, the problem, though, is that if 94% of the US population has mitochondrial dysfunction, this is going to show itself in the various tissues depending on where those tissues are having the most effect with that mitochondrial dysfunction. So is infertility an issue now, John? It's a huge issue, right? More and more people cannot get pregnant, men and women.

Now, the problem, though, is that if 94% of the US population has mitochondrial dysfunction, this is going to show itself in the various tissues depending on where those tissues are having the most effect with that mitochondrial dysfunction. So is infertility an issue now, John? It's a huge issue, right? More and more people cannot get pregnant, men and women.

And that's a major reason why is because of mitochondrial dysfunction. If you have issues with your brain, if you have concentration problems, fatigue issues, if you have difficulty with your memory or verbal fluidity when you're speaking, this is all potentially a mitochondrial issue.

And that's a major reason why is because of mitochondrial dysfunction. If you have issues with your brain, if you have concentration problems, fatigue issues, if you have difficulty with your memory or verbal fluidity when you're speaking, this is all potentially a mitochondrial issue.

And that's a major reason why is because of mitochondrial dysfunction. If you have issues with your brain, if you have concentration problems, fatigue issues, if you have difficulty with your memory or verbal fluidity when you're speaking, this is all potentially a mitochondrial issue.

So cardiac issues, detoxification issues, exercise induced fatigue, this is all related to mitochondrial dysfunction. And so what methylene blue can do here

So cardiac issues, detoxification issues, exercise induced fatigue, this is all related to mitochondrial dysfunction. And so what methylene blue can do here

So cardiac issues, detoxification issues, exercise induced fatigue, this is all related to mitochondrial dysfunction. And so what methylene blue can do here

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.