Dr. Steven Gundry

Just by having them eat certain foods and not eating other foods and going to the health food store and buying a few supplements. Look at this. And that's what made me do a leap of faith and quit as chairman and professor of heart surgery and set up a clinic where I just teach people eat. What an idiot. But But Hippocrates was right.

Just by having them eat certain foods and not eating other foods and going to the health food store and buying a few supplements. Look at this. And that's what made me do a leap of faith and quit as chairman and professor of heart surgery and set up a clinic where I just teach people eat. What an idiot. But But Hippocrates was right.

And so we see all of these effects just by getting these guys the food they need and stop swallowing razor blades, as I call lectins. Is it hard work? But is it worth it? Most people think so.

And so we see all of these effects just by getting these guys the food they need and stop swallowing razor blades, as I call lectins. Is it hard work? But is it worth it? Most people think so.

And so we see all of these effects just by getting these guys the food they need and stop swallowing razor blades, as I call lectins. Is it hard work? But is it worth it? Most people think so.

We talk about personalized medicine and we talk about, well, let's look at your genes and see what your genes determine and SNPs. We have to realize that our genome isn't very interesting. There are more genes in corn than in humans. There's more genes in a sand flea than in humans. But the microbiome genetic material is incredible. Incredibly vast.

We talk about personalized medicine and we talk about, well, let's look at your genes and see what your genes determine and SNPs. We have to realize that our genome isn't very interesting. There are more genes in corn than in humans. There's more genes in a sand flea than in humans. But the microbiome genetic material is incredible. Incredibly vast.

We talk about personalized medicine and we talk about, well, let's look at your genes and see what your genes determine and SNPs. We have to realize that our genome isn't very interesting. There are more genes in corn than in humans. There's more genes in a sand flea than in humans. But the microbiome genetic material is incredible. Incredibly vast.

And the cool thing about bacteria is their genome can be exchanged between bacteria and the viral genome is capable of changing the bacterial genome instantaneously. And these guys are constantly dividing. And so they're just swarming with genetic information. And what we now know, because of the microbiome project,

And the cool thing about bacteria is their genome can be exchanged between bacteria and the viral genome is capable of changing the bacterial genome instantaneously. And these guys are constantly dividing. And so they're just swarming with genetic information. And what we now know, because of the microbiome project,

And the cool thing about bacteria is their genome can be exchanged between bacteria and the viral genome is capable of changing the bacterial genome instantaneously. And these guys are constantly dividing. And so they're just swarming with genetic information. And what we now know, because of the microbiome project,

We can do personalized medicine by knowing which bacteria does what, which messages bacteria send to control our mitochondrial function, our cellular function. I just recently came back from the annual meeting of, get ready for this, the Society of Extracellular Vesicles. And it's like,

We can do personalized medicine by knowing which bacteria does what, which messages bacteria send to control our mitochondrial function, our cellular function. I just recently came back from the annual meeting of, get ready for this, the Society of Extracellular Vesicles. And it's like,

We can do personalized medicine by knowing which bacteria does what, which messages bacteria send to control our mitochondrial function, our cellular function. I just recently came back from the annual meeting of, get ready for this, the Society of Extracellular Vesicles. And it's like,

so we now know that bacteria and plants can send packets of genetic information to through our body to hook up with a cell a target like a neuron in the brain to tell that neuron to do something completely different that will be a benefit or a detriment to the body as a whole And we can now, we can see these text messages. We can look and find out what that text message is.

so we now know that bacteria and plants can send packets of genetic information to through our body to hook up with a cell a target like a neuron in the brain to tell that neuron to do something completely different that will be a benefit or a detriment to the body as a whole And we can now, we can see these text messages. We can look and find out what that text message is.

so we now know that bacteria and plants can send packets of genetic information to through our body to hook up with a cell a target like a neuron in the brain to tell that neuron to do something completely different that will be a benefit or a detriment to the body as a whole And we can now, we can see these text messages. We can look and find out what that text message is.

And the idea, again, that these little single cell organisms are so sophisticated that they can send out pieces of genetic material that will bind with our genes, epigenetic activity, It's just the holy cow. Talk about personalized medicine. We'll know which bacteria are missing. Well, we already know which bacteria are missing in certain people.

And the idea, again, that these little single cell organisms are so sophisticated that they can send out pieces of genetic material that will bind with our genes, epigenetic activity, It's just the holy cow. Talk about personalized medicine. We'll know which bacteria are missing. Well, we already know which bacteria are missing in certain people.

And the idea, again, that these little single cell organisms are so sophisticated that they can send out pieces of genetic material that will bind with our genes, epigenetic activity, It's just the holy cow. Talk about personalized medicine. We'll know which bacteria are missing. Well, we already know which bacteria are missing in certain people.