Dr. Mink Chawla

But I'm going to try to explain it to folks. Mm-hmm. in my way, if I may, to say this is what I think. So what people need to understand is you hear about alkaline water, you hear about lithium water, you hear about all this water and how it's going to cure you. And I get why that initial concept bothers people because it sounds hokey. So let's not talk about where you get your hydrogen.

But I'm going to try to explain it to folks. Mm-hmm. in my way, if I may, to say this is what I think. So what people need to understand is you hear about alkaline water, you hear about lithium water, you hear about all this water and how it's going to cure you. And I get why that initial concept bothers people because it sounds hokey. So let's not talk about where you get your hydrogen.

Let's talk about hydrogen itself. So when we're talking about hydrogen, we're talking about the Hindenburg people. So this is hydrogen gas. The same stuff you put in a hydrogen car to run, the same stuff that was in the Hindenburg, it's hydrogen gas. Now, what people need to understand is that hydrogen as a gas gets dissolved in your blood, whether you drink it or you inhale it.

Let's talk about hydrogen itself. So when we're talking about hydrogen, we're talking about the Hindenburg people. So this is hydrogen gas. The same stuff you put in a hydrogen car to run, the same stuff that was in the Hindenburg, it's hydrogen gas. Now, what people need to understand is that hydrogen as a gas gets dissolved in your blood, whether you drink it or you inhale it.

Let's talk about hydrogen itself. So when we're talking about hydrogen, we're talking about the Hindenburg people. So this is hydrogen gas. The same stuff you put in a hydrogen car to run, the same stuff that was in the Hindenburg, it's hydrogen gas. Now, what people need to understand is that hydrogen as a gas gets dissolved in your blood, whether you drink it or you inhale it.

So it goes from a gas to being in fluid, just like carbon dioxide is in salts or water. So you look at the water, there's no bubbles in it. You open it, some bubbles come out, but there's a lot of gas dissolved in the water.

So it goes from a gas to being in fluid, just like carbon dioxide is in salts or water. So you look at the water, there's no bubbles in it. You open it, some bubbles come out, but there's a lot of gas dissolved in the water.

So it goes from a gas to being in fluid, just like carbon dioxide is in salts or water. So you look at the water, there's no bubbles in it. You open it, some bubbles come out, but there's a lot of gas dissolved in the water.

So the hydrogen gets dissolved in your blood water and that hydrogen, because it's small and uncharged, rapidly diffuses into cells, into the endoplasmic reticulum, into the mitochondria. And when it does that,

So the hydrogen gets dissolved in your blood water and that hydrogen, because it's small and uncharged, rapidly diffuses into cells, into the endoplasmic reticulum, into the mitochondria. And when it does that,

So the hydrogen gets dissolved in your blood water and that hydrogen, because it's small and uncharged, rapidly diffuses into cells, into the endoplasmic reticulum, into the mitochondria. And when it does that,

it reacts with oxidative stress molecules so when we do a lot of things energetically with glucose when we fight an infection when we're inflamed we as mammals end up with an enormous amount of oxidative stress and that oxidative stress is linked directly to inflammation this is a fact Hydrogen is a very potent antioxidant. It is just that simple.

it reacts with oxidative stress molecules so when we do a lot of things energetically with glucose when we fight an infection when we're inflamed we as mammals end up with an enormous amount of oxidative stress and that oxidative stress is linked directly to inflammation this is a fact Hydrogen is a very potent antioxidant. It is just that simple.

it reacts with oxidative stress molecules so when we do a lot of things energetically with glucose when we fight an infection when we're inflamed we as mammals end up with an enormous amount of oxidative stress and that oxidative stress is linked directly to inflammation this is a fact Hydrogen is a very potent antioxidant. It is just that simple.

And for those people who have a chemistry back down, it is an electron receiver. It is the opposite of an oxidant, which donates, right? You lose, you know, it's Leo the lion goes grr, for those people who remember that in high school chemistry. Leo the lion goes grr. So lose electrons is oxidation. Gain electrons is reducing. Hydrogen takes electrons away. It neutralizes.

And for those people who have a chemistry back down, it is an electron receiver. It is the opposite of an oxidant, which donates, right? You lose, you know, it's Leo the lion goes grr, for those people who remember that in high school chemistry. Leo the lion goes grr. So lose electrons is oxidation. Gain electrons is reducing. Hydrogen takes electrons away. It neutralizes.

And for those people who have a chemistry back down, it is an electron receiver. It is the opposite of an oxidant, which donates, right? You lose, you know, it's Leo the lion goes grr, for those people who remember that in high school chemistry. Leo the lion goes grr. So lose electrons is oxidation. Gain electrons is reducing. Hydrogen takes electrons away. It neutralizes.

It neutralizes superoxide, hydrogen peroxide. This is the nature paper and it does it very effectively. And so people who take inhaled nitrogen, I'm sorry, inhaled hydrogen, take it through intravenous saline or through water. are able to very safely dose themselves with a very potent antioxidant. I know that you and David others use a bath profile.

It neutralizes superoxide, hydrogen peroxide. This is the nature paper and it does it very effectively. And so people who take inhaled nitrogen, I'm sorry, inhaled hydrogen, take it through intravenous saline or through water. are able to very safely dose themselves with a very potent antioxidant. I know that you and David others use a bath profile.

It neutralizes superoxide, hydrogen peroxide. This is the nature paper and it does it very effectively. And so people who take inhaled nitrogen, I'm sorry, inhaled hydrogen, take it through intravenous saline or through water. are able to very safely dose themselves with a very potent antioxidant. I know that you and David others use a bath profile.