Nick Norwitz

What are they equipped to handle in terms of data? How do they know how to manage the results and what tools do they have to prescribe?

So the second thing I wanted to say, you just alluded to it when you're like, eat better, eat less, is circling back to what I used to see nutrition as, which I thought was a fluffy science. And I think a lot of conventional medicine still sees it as a fluffy science. Take that as, you know, the internalized perspective of what nutrition is.

So the second thing I wanted to say, you just alluded to it when you're like, eat better, eat less, is circling back to what I used to see nutrition as, which I thought was a fluffy science. And I think a lot of conventional medicine still sees it as a fluffy science. Take that as, you know, the internalized perspective of what nutrition is.

So the second thing I wanted to say, you just alluded to it when you're like, eat better, eat less, is circling back to what I used to see nutrition as, which I thought was a fluffy science. And I think a lot of conventional medicine still sees it as a fluffy science. Take that as, you know, the internalized perspective of what nutrition is.

And now I am juxtaposing that, contrasting that to what I'm studying. We were talking about a few things offline, but things that I read that come out like every day, every week in the metabolic health literature that are just jaw dropping.

And now I am juxtaposing that, contrasting that to what I'm studying. We were talking about a few things offline, but things that I read that come out like every day, every week in the metabolic health literature that are just jaw dropping.

And now I am juxtaposing that, contrasting that to what I'm studying. We were talking about a few things offline, but things that I read that come out like every day, every week in the metabolic health literature that are just jaw dropping.

like a couple examples i was was mentioning was how the body produces cyanide to boost metabolism like that's weird i didn't expect that or how there are cells in the brain support cells called astrocytes that can literally like reach out cytoplasmic arms and connect with neurons and suck out damaged proteins and then donate healthy mitochondria

like a couple examples i was was mentioning was how the body produces cyanide to boost metabolism like that's weird i didn't expect that or how there are cells in the brain support cells called astrocytes that can literally like reach out cytoplasmic arms and connect with neurons and suck out damaged proteins and then donate healthy mitochondria

like a couple examples i was was mentioning was how the body produces cyanide to boost metabolism like that's weird i didn't expect that or how there are cells in the brain support cells called astrocytes that can literally like reach out cytoplasmic arms and connect with neurons and suck out damaged proteins and then donate healthy mitochondria

Yeah, so the pathological hallmarks of the, you know, leading neurodegenerative diseases, Alzheimer's, Parkinson's, they come down to misfolded proteins. Imagine if you had a cell in the brain that could stick its arm into a neuron, pull these out, oh, and by the way, these damaged proteins harmed mitochondria, the powerhouse of the cell, so let's replace those.

Yeah, so the pathological hallmarks of the, you know, leading neurodegenerative diseases, Alzheimer's, Parkinson's, they come down to misfolded proteins. Imagine if you had a cell in the brain that could stick its arm into a neuron, pull these out, oh, and by the way, these damaged proteins harmed mitochondria, the powerhouse of the cell, so let's replace those.

Yeah, so the pathological hallmarks of the, you know, leading neurodegenerative diseases, Alzheimer's, Parkinson's, they come down to misfolded proteins. Imagine if you had a cell in the brain that could stick its arm into a neuron, pull these out, oh, and by the way, these damaged proteins harmed mitochondria, the powerhouse of the cell, so let's replace those.

You stick another arm in, and you give the healthy mitochondria. Like that's something that literally happens in the human brain. A lot of this is in the area of preclinical.

You stick another arm in, and you give the healthy mitochondria. Like that's something that literally happens in the human brain. A lot of this is in the area of preclinical.

You stick another arm in, and you give the healthy mitochondria. Like that's something that literally happens in the human brain. A lot of this is in the area of preclinical.

You can imagine this is a very hard thing to study in a living human, but just understanding the fundamentals of the physiology, the biology, the metabolism, gives us insight into one, just how remarkable our bodies are, and two, gives us insight into how we can tweak these systems

You can imagine this is a very hard thing to study in a living human, but just understanding the fundamentals of the physiology, the biology, the metabolism, gives us insight into one, just how remarkable our bodies are, and two, gives us insight into how we can tweak these systems

You can imagine this is a very hard thing to study in a living human, but just understanding the fundamentals of the physiology, the biology, the metabolism, gives us insight into one, just how remarkable our bodies are, and two, gives us insight into how we can tweak these systems

in profound way to get astonishing results, like lowering your cholesterol with Oreo cookies or like, you know, sucking damaged proteins out of brain cells. They can give a lot of examples.