surgery to measure these effects but what did I have when I met you Rick and you called me up I have knowledge that allowed me to explain to you how I can help magnetism because that's the next question you ask me Jack tell me about magnetism well what is built into the methylene blue biohack methylene blue functionally changes oxidation state of iron from plus two to plus three what do you need to know you don't need to know a lot of fancy signs
- Concept
- methylene blue
- Cross-concepts
- iron
- Score
- 4 · must · because
- Status
- candidate — not yet promoted to canon
Corpus evidence — top 10 passages
Most-relevant passages from the entire indexed corpus (67,286 paragraph chunks across YouTube transcripts, PubMed, arXiv, archive.org, Stanford Encyclopedia of Philosophy, OpenAlex, and more) ranked by semantic similarity (bge-small-en-v1.5).
- 01 · _intake0.760
This effect should not surprise physicists or biologist but it does when they hear it. They did not beleive it when I mentioned in a medical meeting ten years ago. Then I told them about two mito-hacks I used to proved the Faraday effect can do some things we do not appreciate. So how do you do this mito-hack yourself? Just get some tools that are made up of an iron alloy. People believe only what they see. Faraday showed that iron is not really solid in his experiments. The atoms are capable of moving slightly in a metallic lattice. In fact, when you buy tools made of iron alloys the metal at…
_intake/kruse-blog-corpus/articles/reality-8-women-gain-time-menopause.md
- 02 · _intake0.743
Magnetism is everywhere if you look for it. In biology, few look for magnetism and that is why they do not understand it. Most biologists know oxygen is critical for life, and since it is paramagnetic and drawn to magnetic fields you’d think this would make them understand why oxygen is drawn to the terminus of the respiratory proteins where the ATPase spins at a fantastic rate to generate a magnetic field. That one observation should change all of what we believe, but so far it has not made its proper mark. Any place life has mitochondria we are able to measure huge magnetic fields with SQUID…
_intake/kruse-blog-corpus/articles/qt6-how-do-we-store-information-quanta.md
- 03 · _intake0.740
Magnetism is everywhere around us if you look for it. In biology, few look for magnetism and that is why they do not understand it. Most biologists know oxygen is critical for life, and since it is paramagnetic and drawn to magnetic fields you’d think this would make them understand why oxygen is drawn to the terminus of the respiratory proteins where the ATPase spins at a fantastic rate to generate a magnetic field. That one observation should change all of what we believe, but so far it has not made its proper mark. Any place life has mitochondria we are able to measure huge magnetic fields …
_intake/kruse-blog-corpus/articles/monopoles-make-time.md
- 04 · yt0.739
Um, and I then I went to explain to some of these guys that if you take a look at our planet, we have places called Mars on Earth. They're called deserts. And deserts have a lower magnetic field. And I explained to them that the dynamo in the planet, you know, has been moving for 4.6 billion years. But our dynamo compared to a place like Mars has been much more stable. uh that's why it's actually supported life. And then I started to point out some very interesting things that happened with the dynamo. Like I've been talking about melanin and heem um evolution on the Patreon blogs, but one of …
yt/drdn_hDGALk-57-dr-jack-kruse/transcript.txt
- 05 · _intake0.737
This turned out to be important to me because no one knew how apatite fixed to bone back then. This was the way Mother Nature did it. It explained osteoporosis in a new light to me, in which, the apatite falls off the collagen and the bone degenerates by losing its collagen latticework. This is called decalcification. It appears the magnetic field controls the electrical binding of apatite to collagen and nothing else. **This explained why the cosmonaut lost his bone in space on MIR, and why my patients in the clinic were also getting osteoporosis.**
_intake/kruse-blog-corpus/articles/emf-8-quantum-bone.md
- 06 · _intake0.737
The first of these experiments was performed somewhere around 1812 by Professor Domenico Lino Morichini (also written Morrichini in google searchs) of Rome, Italy. You won’t find an original cite to his work but it is detailed in many other papers of the time period. Many other scientists have given detailed descriptions of his experiments. They were quite simple. Morichini reported to have magnetized iron just by illuminating it with violet light derived from sunlight! He got the UV light using one of Newton’s prisms in the experiment to separate out the light frequency from the others.
_intake/kruse-blog-corpus/articles/reality-8-women-gain-time-menopause.md
- 07 · yt0.733
Then you got to ask yourself, okay, because I'll tell you, if you really look at that picture carefully, you notice the center of the magnet didn't have any of the sand in it, right? >> What month are we in? February. Come back here in June and July when the sun's hitting it. It's more magnetic in the summertime. >> So then you get another viewpoint. You go, "Wow." >> So guess what? You're trying to tell me now that season's chains are electromagnetic footprint. What is the the magnetic hysteresus that's inside of us? That's what your hletype is. Your hletype is a function of…
yt/usB5IKPK04E-dr-jack-kruse-unfiltered-the-full-1-hour-interview-they-don-/transcript.txt
- 08 · yt0.733
Ann Cooper with with some of your patients after you know later on the show dr. Q I'm curious from your perspective when it comes to what dr. Cooper was just talking about what the energy production and this obviously gets down to mitochondrial function the magnetic field that the neck that the mitochondria creates the the fact that you mentioned earlier in the show that deuterium is hydrogen sort of big fat brother kind of a thing and how it's double the weight and all of these things and I'm curious if you could explain from a scientific perspective how what dr.
yt/07an5VBstns-dr-que-collins-how-deuterium-might-be-the-most-overlooked-su/transcript.txt
- 09 · yt0.733
And it turns out when you know this story and you're a neurosurgeon who decides to go back in four years ago to start taking care of all these people that are getting told they're going to die and magically I know how to fix this problem because I know about the paramagnetism of met hemoglobinia and I know how to flip the switch using a paramagnetic drug. Guess what magically happens? FiO2s come down. We can get people off their dopamine drips. We can get them back. The family gets told that they're going to die and next thing you know they're walking out of the ICU in 24 to 48 hours. What is …
yt/67sLlXeMg2I-regenerative-energy-the-light-inside-you-jack-kruse-221/transcript.txt
- 10 · yt0.732
So, you're saying, yeah, basically one one way of saying some of what you just said is that we talk about fish oil, we talk about omega-3 fatty acids, we talk about DHA. And from a biochemical perspective, you might say, "Well, the DHA that's in my fish oil is the same that's in the fish. I could have eaten, but it's not. There's a physical difference in in some of the structure, right? And that's the key word. The the word that you're going to keep coming back to when you realize how much you have to unlearn is biochemistry taught you no bioysics." Yes. And it turns out that when you really s…
yt/67sLlXeMg2I-regenerative-energy-the-light-inside-you-jack-kruse-221/transcript.txt
Curation checklist
- ☐ Verify excerpt against source recording
- ☐ Tag tier (axiom · law · principle · primary derivation · observation)
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