whygetfat on Nostr: Disease Caused by Losing Your Tan Inside Dr. Jack Kruse: "There's a hierarchy in life ...
Disease Caused by Losing Your Tan Inside
Dr. Jack Kruse: "There's a hierarchy in life about how we use things and the type of biology that we use. There are certain people, like for example, people who have tightly coupled haplotypes, they do much better by eating carbohydrates closer to the equator. Hopefully you're beginning to understand now why they can live glycolysis.
"Then it turns out people that have uncoupled haplotypes that further away, these people do much better with beta oxidation. But it turns out for beta oxidation to work, you have to see the sunrise. Otherwise it's not effective.
"Then you begin to go, when you really begin to parse this out, you begin to see how the dissipative structure works at different latitudes and longitudes, but also within species. You begin to see why certain species have different adaptations than others, because of actually how they live their life.
"You begin to realize the story with melanin, not only have I told people in the Patreon blogs, and on the Huberman podcast, and actually you, that does melanin absorb all aspects of the electromagnetic spectrum? Guess guess what else it does. It absorbs all magnetochemical inputs.
"In other words, ROS can be mitigated by melanin. This should really open your eyes. Basically what you're saying is that melanin, especially endogenous melanin, acts as a buffer, a capacitor. It allows you to make light inside in ways that you never thought about.
"All of a sudden, the ideas that I introduced to the world last year, they're not as crazy as you thought. You'll read the papers about you know proteins that are made from mitochondrial metabolism, like melanogenin that actually tan your insides. When you lose that tan, the most common disease people know about is Parkinson. They don't realize though Alzheimer's is the same thing. It's just a different part of your brain. Multiple sclerosis: different part of the brain.
"When you begin to see things like this, that's where you sit down and go Prigogine and Arrhenius were really, really, really smart. Because they were telling us timing controls where the flow of energy in matter is. That is the key to understanding quantum thermodynamics.
"That's the part that Ling didn't get. That's the part that Peat never got. That's the part that the food gurus never got. Because they never took it to the physics level that they need to take it.
"It turns out timing is more important than anything else in life, because time is actually how energy flows. And these are the base ideas that are in Einstein's relativity. These ideas are absolutely devoid in the Newtonian world.
"But remember it doesn't mean that they're not useful. We use Newtonian physics to get to the moon. But the problem is Newtonian physics couldn't explain the perihelion of Mercury. Well Einstein could.
"And it turns out that mammals happen to be an animal on this planet that actually needs to use time relativity to really understand how food and light work in us. And to truly understand where I'm headed, and where none of your other interviewees are headed, this topic, this is the topic that I am most fascinated by: timing and quantum thermodynamics. Prigogine's ideas, Arrhenius's ideas. The fourth law of thermodynamics. That timing controls the flow of energy and matter. Bro, this is what it's all about. This is what we need people to focus in on. Then I think we can move the needle for like chronic diseases today that we're impotent to do anything with in centralized medicine."
Dr. Jack Kruse with Cameron Borg @ 45:04–49:25 https://youtu.be/2Xfa_V30tR0&t=2704
Dr. Jack Kruse: "There's a hierarchy in life about how we use things and the type of biology that we use. There are certain people, like for example, people who have tightly coupled haplotypes, they do much better by eating carbohydrates closer to the equator. Hopefully you're beginning to understand now why they can live glycolysis.
"Then it turns out people that have uncoupled haplotypes that further away, these people do much better with beta oxidation. But it turns out for beta oxidation to work, you have to see the sunrise. Otherwise it's not effective.
"Then you begin to go, when you really begin to parse this out, you begin to see how the dissipative structure works at different latitudes and longitudes, but also within species. You begin to see why certain species have different adaptations than others, because of actually how they live their life.
"You begin to realize the story with melanin, not only have I told people in the Patreon blogs, and on the Huberman podcast, and actually you, that does melanin absorb all aspects of the electromagnetic spectrum? Guess guess what else it does. It absorbs all magnetochemical inputs.
"In other words, ROS can be mitigated by melanin. This should really open your eyes. Basically what you're saying is that melanin, especially endogenous melanin, acts as a buffer, a capacitor. It allows you to make light inside in ways that you never thought about.
"All of a sudden, the ideas that I introduced to the world last year, they're not as crazy as you thought. You'll read the papers about you know proteins that are made from mitochondrial metabolism, like melanogenin that actually tan your insides. When you lose that tan, the most common disease people know about is Parkinson. They don't realize though Alzheimer's is the same thing. It's just a different part of your brain. Multiple sclerosis: different part of the brain.
"When you begin to see things like this, that's where you sit down and go Prigogine and Arrhenius were really, really, really smart. Because they were telling us timing controls where the flow of energy in matter is. That is the key to understanding quantum thermodynamics.
"That's the part that Ling didn't get. That's the part that Peat never got. That's the part that the food gurus never got. Because they never took it to the physics level that they need to take it.
"It turns out timing is more important than anything else in life, because time is actually how energy flows. And these are the base ideas that are in Einstein's relativity. These ideas are absolutely devoid in the Newtonian world.
"But remember it doesn't mean that they're not useful. We use Newtonian physics to get to the moon. But the problem is Newtonian physics couldn't explain the perihelion of Mercury. Well Einstein could.
"And it turns out that mammals happen to be an animal on this planet that actually needs to use time relativity to really understand how food and light work in us. And to truly understand where I'm headed, and where none of your other interviewees are headed, this topic, this is the topic that I am most fascinated by: timing and quantum thermodynamics. Prigogine's ideas, Arrhenius's ideas. The fourth law of thermodynamics. That timing controls the flow of energy and matter. Bro, this is what it's all about. This is what we need people to focus in on. Then I think we can move the needle for like chronic diseases today that we're impotent to do anything with in centralized medicine."
Dr. Jack Kruse with Cameron Borg @ 45:04–49:25 https://youtu.be/2Xfa_V30tR0&t=2704