Dr. Nathan Bryan

But again, in the vapes, there's probably more toxic chemicals in there that outweigh the benefits of a little bit of nicotine.

But again, in the vapes, there's probably more toxic chemicals in there that outweigh the benefits of a little bit of nicotine.

But again, in the vapes, there's probably more toxic chemicals in there that outweigh the benefits of a little bit of nicotine.

Not a fan. No, personally, I wouldn't do it. I mean, anything that chronically constricts blood vessels to me is about chemists and physiologists and the biomedical sciences I stay away from.

Not a fan. No, personally, I wouldn't do it. I mean, anything that chronically constricts blood vessels to me is about chemists and physiologists and the biomedical sciences I stay away from.

Not a fan. No, personally, I wouldn't do it. I mean, anything that chronically constricts blood vessels to me is about chemists and physiologists and the biomedical sciences I stay away from.

If we had a Z on the ranking, I would rank it as Z. You'd put it as Z. But right now we're going to put it at F. It's the absolute bottom. And again, for me, it's about what are the risks and what are the benefits? Yeah. And there's really no benefit of seed holes. What are the risks? I mean, we probably don't have enough time on the show to talk about the risks.

If we had a Z on the ranking, I would rank it as Z. You'd put it as Z. But right now we're going to put it at F. It's the absolute bottom. And again, for me, it's about what are the risks and what are the benefits? Yeah. And there's really no benefit of seed holes. What are the risks? I mean, we probably don't have enough time on the show to talk about the risks.

If we had a Z on the ranking, I would rank it as Z. You'd put it as Z. But right now we're going to put it at F. It's the absolute bottom. And again, for me, it's about what are the risks and what are the benefits? Yeah. And there's really no benefit of seed holes. What are the risks? I mean, we probably don't have enough time on the show to talk about the risks.

But the same people who are saying the so-called experts and nutritionists and epidemiologists who tell us that, you know, seed oils provide some benefit are the same people who told us that cholesterol causes heart disease for the best 30, 40 years. And it's absolutely false. Cholesterol does not cause heart disease. Targeting cholesterol to mitigate or to prevent heart disease has failed.

But the same people who are saying the so-called experts and nutritionists and epidemiologists who tell us that, you know, seed oils provide some benefit are the same people who told us that cholesterol causes heart disease for the best 30, 40 years. And it's absolutely false. Cholesterol does not cause heart disease. Targeting cholesterol to mitigate or to prevent heart disease has failed.

But the same people who are saying the so-called experts and nutritionists and epidemiologists who tell us that, you know, seed oils provide some benefit are the same people who told us that cholesterol causes heart disease for the best 30, 40 years. And it's absolutely false. Cholesterol does not cause heart disease. Targeting cholesterol to mitigate or to prevent heart disease has failed.

In fact, it's made people worse. Again, let's talk about what cell biology and the effect of seed oil on human health. So every cell in the human body has a phospholipid bilayer, a cell membrane. And the fluidity of that cell membrane allows for intracellular signaling.

In fact, it's made people worse. Again, let's talk about what cell biology and the effect of seed oil on human health. So every cell in the human body has a phospholipid bilayer, a cell membrane. And the fluidity of that cell membrane allows for intracellular signaling.

In fact, it's made people worse. Again, let's talk about what cell biology and the effect of seed oil on human health. So every cell in the human body has a phospholipid bilayer, a cell membrane. And the fluidity of that cell membrane allows for intracellular signaling.

So the cell senses an extracellular environment, and then it binds to receptors, and through this, really, it's a seven-transmembrane receptor signaling, and then it activates intracellular signaling, turns on proteins, turns on certain genes.

So the cell senses an extracellular environment, and then it binds to receptors, and through this, really, it's a seven-transmembrane receptor signaling, and then it activates intracellular signaling, turns on proteins, turns on certain genes.

So the cell senses an extracellular environment, and then it binds to receptors, and through this, really, it's a seven-transmembrane receptor signaling, and then it activates intracellular signaling, turns on proteins, turns on certain genes.

But if we lose that fluidity, if we don't have enough cholesterol in there, or if we have these polyunsaturated fatty acids, these synthetic oils, it completely disrupts the fluidity, completely disrupts intracellular signaling. And we develop cellular dysfunction. And what is that? Well, insulin institutes or causes an intracellular signaling, right? We get insulin minus insulin receptors.

But if we lose that fluidity, if we don't have enough cholesterol in there, or if we have these polyunsaturated fatty acids, these synthetic oils, it completely disrupts the fluidity, completely disrupts intracellular signaling. And we develop cellular dysfunction. And what is that? Well, insulin institutes or causes an intracellular signaling, right? We get insulin minus insulin receptors.