Dr. Scott Sherr

I think Brian's doing some great work overall, but Brian's doing everything himself and he's taking hundreds to be vegan, right? And so I've had a number of people, my clients come to see me that have done terribly, on something similar because they can't do what he does on a regular basis and don't have millions of dollars to spend. So that's his protocol. Fantastic.

I think Brian's doing some great work overall, but Brian's doing everything himself and he's taking hundreds to be vegan, right? And so I've had a number of people, my clients come to see me that have done terribly, on something similar because they can't do what he does on a regular basis and don't have millions of dollars to spend. So that's his protocol. Fantastic.

But is that protocol going to work for you? Probably not. And so the main thing I always like to point out is that If you're looking to take advice for people that are on the socials and influencers in general, try to understand whether they are seeing patients or clients and then how they're framing their advice overall. In general, it's like, look, this is what I do.

But is that protocol going to work for you? Probably not. And so the main thing I always like to point out is that If you're looking to take advice for people that are on the socials and influencers in general, try to understand whether they are seeing patients or clients and then how they're framing their advice overall. In general, it's like, look, this is what I do.

This is what's worked for me. Fantastic, right? But if this is what you should do because this is what I do, you got to be careful with that is what it comes down to.

This is what's worked for me. Fantastic, right? But if this is what you should do because this is what I do, you got to be careful with that is what it comes down to.

Exactly. Right. It's one thing to read about it in a book. It's another about to actually use it in clinical practice. It's an entirely different animal.

Exactly. Right. It's one thing to read about it in a book. It's another about to actually use it in clinical practice. It's an entirely different animal.

Yes, sure. So methylene blue has been around a long time. It's a compound that was developed in a lab. So it's actually a synthetic ingredient. And so it's not made from nature. And that's one of the arguments that we can talk about later. Not everything that is from nature is good for you, just like not everything synthetic is bad for you, I promise. And we can talk about why.

Yes, sure. So methylene blue has been around a long time. It's a compound that was developed in a lab. So it's actually a synthetic ingredient. And so it's not made from nature. And that's one of the arguments that we can talk about later. Not everything that is from nature is good for you, just like not everything synthetic is bad for you, I promise. And we can talk about why.

But so it was the first drug that was registered with the FDA back in 1897. And from that point on, it had a number of different sort of chapters overall. In general, though, to keep it really short, Higher doses of methylene blue are anti-infective, significantly anti-inflammatory. It can be used to reverse things like low oxygen states overall. And it does this in various ways.

But so it was the first drug that was registered with the FDA back in 1897. And from that point on, it had a number of different sort of chapters overall. In general, though, to keep it really short, Higher doses of methylene blue are anti-infective, significantly anti-inflammatory. It can be used to reverse things like low oxygen states overall. And it does this in various ways.

Lower doses are mostly for mitochondrial optimization, and they help improve mitochondrial function in various ways, including what's called being a redox cycler, which means that methylene blue has this really interesting capacity of being able to donate electrons to your electron transport chain, compensate for electron transport chain dysfunction, mitochondrial dysfunction,

Lower doses are mostly for mitochondrial optimization, and they help improve mitochondrial function in various ways, including what's called being a redox cycler, which means that methylene blue has this really interesting capacity of being able to donate electrons to your electron transport chain, compensate for electron transport chain dysfunction, mitochondrial dysfunction,

And at the same time, act just like an antioxidant and pick up free electrons just like an antioxidant would. There's very few other compounds out there that can do this. And the power of methylene blue is that it works so well in the mitochondria to compensate for mitochondrial dysfunction. And

And at the same time, act just like an antioxidant and pick up free electrons just like an antioxidant would. There's very few other compounds out there that can do this. And the power of methylene blue is that it works so well in the mitochondria to compensate for mitochondrial dysfunction. And

As I alluded to earlier, Dylan, 94% of the US population has some element of mitochondrial dysfunction. And the mitochondria are not either making energy effectively or they're not detoxing from the energy that they make. So most people don't realize that when you make energy, it's like putting gasoline in a car, okay? When you put gasoline in a car, you can run it, but you also have exhaust.

As I alluded to earlier, Dylan, 94% of the US population has some element of mitochondrial dysfunction. And the mitochondria are not either making energy effectively or they're not detoxing from the energy that they make. So most people don't realize that when you make energy, it's like putting gasoline in a car, okay? When you put gasoline in a car, you can run it, but you also have exhaust.

Our cells have exhaust too. These exhaust, not all of it is negative. We have carbon dioxide, we have water. We also have reactive oxygen species, free radicals, as they're called, or oxidative stress. So the body always is making these and trying to balance out how much it's making with an antioxidant capacity, the number of antioxidants we have in the system.

Our cells have exhaust too. These exhaust, not all of it is negative. We have carbon dioxide, we have water. We also have reactive oxygen species, free radicals, as they're called, or oxidative stress. So the body always is making these and trying to balance out how much it's making with an antioxidant capacity, the number of antioxidants we have in the system.