Dr. Joy Kong

you know, certain rates and that kind of stuff. But I think in general, it could be helpful, but it's still individualized. Some people don't notice any benefit, but some people really swear by it.

you know, certain rates and that kind of stuff. But I think in general, it could be helpful, but it's still individualized. Some people don't notice any benefit, but some people really swear by it.

Okay.

Okay.

Well, methane blue has had a history of over 140 years. So it was developed as a dye, you know, to dye jeans. But then apparently people who were working in these factories that were, you know, had their hands in these dyes, they never got sick in one of the plagues. That's how they realized that there's a lot of antimicrobial properties. Wow.

Well, methane blue has had a history of over 140 years. So it was developed as a dye, you know, to dye jeans. But then apparently people who were working in these factories that were, you know, had their hands in these dyes, they never got sick in one of the plagues. That's how they realized that there's a lot of antimicrobial properties. Wow.

And so they were the first anti-malarial drug developed. But later on, they realized, oh, it can help with mental issues. So people in asylums, they started giving psychotic patients these methylene blue and found out they were helpful. And yeah, and then later on was used to help you fight carbon monoxide poisoning.

And so they were the first anti-malarial drug developed. But later on, they realized, oh, it can help with mental issues. So people in asylums, they started giving psychotic patients these methylene blue and found out they were helpful. And yeah, and then later on was used to help you fight carbon monoxide poisoning.

because it can help take the damaging molecule off the oxygen, I mean, off the red blood cells. But then they found out that people were able to use it for traumatic brain injury. So emergency rooms started to give IV infusions of methylene blue for people who have traumatic brain injury. And I think the popularity started to happen.

because it can help take the damaging molecule off the oxygen, I mean, off the red blood cells. But then they found out that people were able to use it for traumatic brain injury. So emergency rooms started to give IV infusions of methylene blue for people who have traumatic brain injury. And I think the popularity started to happen.

I wonder if it has to do with COVID when so many people have brain fog and low energy and people are searching for things that can really reverse that. And because what they found out is that it's a potent mitochondria enhancer. So now people with brain fog, fatigue, and all kinds of conditions... are able to get relief and it's really great for brain health. So that's how it was.

I wonder if it has to do with COVID when so many people have brain fog and low energy and people are searching for things that can really reverse that. And because what they found out is that it's a potent mitochondria enhancer. So now people with brain fog, fatigue, and all kinds of conditions... are able to get relief and it's really great for brain health. So that's how it was.

It became, I think, popular. And of course RFK was taking it.

It became, I think, popular. And of course RFK was taking it.

Yeah, peptides is really nature's way of getting things done. In our body, we have over 300,000 different kinds of peptides. I mean, there literally is a sea of peptides that's doing the work. Um, so we've only discovered, I think about 70,000 of them, uh, no, about, about seven, no 7,000 of them. And, um, and we are only using maybe around a hundred or so. So, but it's still an expanding field.

Yeah, peptides is really nature's way of getting things done. In our body, we have over 300,000 different kinds of peptides. I mean, there literally is a sea of peptides that's doing the work. Um, so we've only discovered, I think about 70,000 of them, uh, no, about, about seven, no 7,000 of them. And, um, and we are only using maybe around a hundred or so. So, but it's still an expanding field.

There's new things coming out, um, new discoveries, um, The beauty about peptides is that they're so specific. You can target specific organs, specific functions, because it's like all these keys are floating around in your body and they're all searching for the lock.

There's new things coming out, um, new discoveries, um, The beauty about peptides is that they're so specific. You can target specific organs, specific functions, because it's like all these keys are floating around in your body and they're all searching for the lock.

And so if you can replenish the keys, because a lot of times as we age, we may have lost certain keys and all of a sudden you can't unlock functions or you have a really short supply of it. You just can't get enough of the job done. So now we can replenish it. Now we can unlock that function. That function can be immune function. So you can target by enhancing your thyroid function.

And so if you can replenish the keys, because a lot of times as we age, we may have lost certain keys and all of a sudden you can't unlock functions or you have a really short supply of it. You just can't get enough of the job done. So now we can replenish it. Now we can unlock that function. That function can be immune function. So you can target by enhancing your thyroid function.