cytochrome
13 excerpts · 05-biophysics
- of the things that physicists like Schrodinger couldn't accept they could never figure out how could you be entangled in a warm wet environment that's like a big problem for physics until you understand the chemistry of water what does water fundamentally do when it changes its Bond angles it's it basically controls the atomic organization of everything inside a cell then you start thinking about it where is water creating the cell cytochrome C oxidase— Jack Kruse & Andrew Huberman (Rick Rubin Tetragrammaton Podcast) - PART 1
- that absorbed 340 nanometer light i never learned that cytochrome 2 absorbed more blue light because of the type of uh chromophore— Dr. Jack Kruse- the false belief that food and exercise is everything!
- reason why this gets really complex is people don't realize why cytochrome one is incredibly important because when [ __ ] goes bad there cytochrome one is almost always next to where— Dr. Jack Kruse - Ketosis fails with circadian mismatches, quantum biology, California wate
- 340 nanometer light so if you want to know why electrons from carbohydrates always enter at cytochrome 1 now you know why because carbohydrates— Dr. Jack Kruse Nourish Vermont 2017 Q & A- part 10 of 10
- from carbohydrates always enter at cytochrome 1, now you know why. Because carbohydrates grow when long light cycles when what kind of lights out? Purple light. So, if you live in Vermont— Dr. Jack Kruse-Nourish Vermont 2017 on Circadian Biology and the Sun
- sell as good no why isn't it good because I think we need to talk about this red light is Led so it's very very narrow wavelength and what did I tell you about cytochrome C it has a very— Episode 19: Dr. Jack Kruse - The Light Connection: ADHD, Sleep Disorders & Decentralized M
- cytochrome C oxidase has for red light Chrome for so the answer is yes what's the number one red light chromophore in your body because we haven't talked about this but you need to know toire— Blue Light, EMF, Circadian Rhythm, Mitochondria and Quantum Biology for IBD: Jack Kruse, M
- only atom that we really use the two electronegative atoms is chloride and and oxygen oxygen is about as far down the path as we go because we need to pull the electron from cytochrome 1. uh— Uncomfortable Truths with Dr Jack Kruse
- cytochrome. Near infrared light slows all that process down. The number one food that diabetics need to eat is seafood for the same reason I told you before because the DHA is highly— Dr. Jack Kruse on How Light Controls Metabolism & Diabetes | Blue Light and Brain Damage |
- the cytochrome proteins are. And on that, we know that there's 30 million volts of potential charge from this electrical resistance that oxygen creates. Why? Because— Interview with Dr. Jack Kruse (04-08-2025)
- oxide. Nitric oxide binds to cytochrome oxase. It slows electron flow. It mimics what cyanide does to us except we don't die. And we limit the amount of ATP we need. Why? Because fundamentally, what— Regenerative Energy & the Light Inside You | Jack Kruse | 221
- and understanding it really well because once you realize that this is a quanti system the leap to cytochrome one dude is not hard and you're GNA start to realize that man I really need to fix my— Dr. Jack Kruse - Ketosis fails with circadian mismatches, quantum biology, California wate
- transfer much easier so the respiratory proteins need to come closer together to transfer electrons because what is the electron transport train functionally do its ferries electrons from cytochrome— Dr. Jack Kruse / Nourish Vermont 2017