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The discussions demonstrate high curiosity and support for the research, with users referencing specific biological mechanisms like ATP synthase and metabolic water. Words like 'fascinating' and commands to 'watch the video' highlight their keen interest, while sharing detailed insights reflects moderate engagement. The overall tone suggests that the community recognizes the potential importance of deuteronation in health and aging, though the impact remains primarily academic and informational at this stage.
Most discussions support the scientific explanations and potential implications of deuteronation, reflecting general agreement with the research findings.
Posts show high interest, with many references to videos and detailed explanations about metabolic water and ATPase function.
Some users actively discuss the mechanisms of deuteron effects and share resources or videos, indicating moderate engagement.
The discussions suggest that the topic may influence health and metabolic research, but there is not yet widespread behavioral change or policy discussions.
論文があった、面白い。 F1単独のATPase活性のkcat,Kmは重水に影響されない。 https://t.co/DtDqr5UuXD FoF1については考察のみかな。HとDで電離定数が違うのでH/DとH+/D+は一致しないことを考えないといけないみたい。 https://t.co/bdBI1RBv96 https://t.co/xvobkU3Qtk
@ck_eternity_ @sjacobm321 Here is an interesting video from Dr. Boros please watch this: https://t.co/SOjnsBhXL6
https://t.co/kjvbyghIlF
Since levels of deuterium are lower in higher altitudes, less Solar Irradiance is required for optimal ATPase function. If you live closer to the equator it's best to be out in the sun more for optimizing ATP production and negating effects of D2O water. https://t.co/UY4ft9kSHI
@JacobGnther1 Check out the below video: https://t.co/SOjnsBhXL6
@TuckerGoodrich @JohnSpeakman4 @MaxGulhaneMD @AllyTransforms @bruno_crocco @Peter_InNorfolk @KetoCarnivore @stephanieseneff Switching from the complete oxidation of low deuterium fatty acids to high deuterium carbohydrates in the mitochondrial matrix damages nanomotors to accelerate the problem of metabolic (fatty acid) crowding in somatic cells, hence obesity with diabetes. https://t.co/3bSQeoonkq
This video explores how deuterium, a heavy isotope of hydrogen, influences biological processes like ATP synthesis and human lifespan, and discusses the significance of Duna water and its deuterium content on…
This video explains how deuterium, a heavier isotope of hydrogen, affects biological molecules like ATP synthase, potentially impairing energy production and contributing to aging and toxicity.
RT @keisuke4713: F-ATPase:Mitochondria内膜のmotor protonが通過時,駆動力でATPのリン酸化にenergy生成,酸素分子→水 ATPase pumpsを通るprotonは触媒重要部:F0 Asp61から急速解離が必要 重陽子(D+…
F-ATPase:Mitochondria内膜のmotor protonが通過時,駆動力でATPのリン酸化にenergy生成,酸素分子→水 ATPase pumpsを通るprotonは触媒重要部:F0 Asp61から急速解離が必要 重陽子(D+)は有機分子に強く結合,解離遅延→pumpが一時停止 https://t.co/7ISG4jHawV 重水素化は高分子構造,機能阻害→毒性,老化? https://t.co/cBTJFTTeQl
Biological effects of deuteronation: ATP synthase as an example | Theoretical Biology and Medical Modelling | Full Text https://t.co/dupLwtPm5u
https://t.co/kjvbyghIlF
RT @laszlogboros: @TuckerGoodrich @JohnSpeakman4 @MaxGulhaneMD @AllyTransforms @bruno_crocco @Peter_InNorfolk @KetoCarnivore @stephaniesene…
@TuckerGoodrich @JohnSpeakman4 @MaxGulhaneMD @AllyTransforms @bruno_crocco @Peter_InNorfolk @KetoCarnivore @stephanieseneff Switching from the complete oxidation of low deuterium fatty acids to high deuterium carbohydrates in the mitochondrial matrix damages nanomotors to accelerate the problem of metabolic (fatty acid) crowding in somatic cells, hence obesity with diabetes. https://t.co/3bSQeoonkq
RT @TNojima1: 論文があった、面白い。 F1単独のATPase活性のkcat,Kmは重水に影響されない。 https://t.co/DtDqr5UuXD FoF1については考察のみかな。HとDで電離定数が違うのでH/DとH+/D+は一致しないことを考えないといけない…
論文があった、面白い。 F1単独のATPase活性のkcat,Kmは重水に影響されない。 https://t.co/DtDqr5UuXD FoF1については考察のみかな。HとDで電離定数が違うのでH/DとH+/D+は一致しないことを考えないといけないみたい。 https://t.co/bdBI1RBv96 https://t.co/xvobkU3Qtk
11. References: 1. https://t.co/V0SKkPIOZI 2. https://t.co/hqxHoG7ALl 3. https://t.co/Q1aj5yucOf 4. https://t.co/td3akZLI2F
@hubermanlab We are able to make our own deuterium depleted metabolic water too: https://t.co/SOjnsBhXL6
RT @mseszti: Metabolic water, human life span https://t.co/SOjnsBhXL6
Metabolic water, human life span https://t.co/SOjnsBhXL6
@JacobGnther1 Check out the below video: https://t.co/SOjnsBhXL6
RT @mseszti: @nicknorwitz That can be true, if you start the ketogenic diet, your body starts to produce more metabolic (deupleted) water.…
@nicknorwitz That can be true, if you start the ketogenic diet, your body starts to produce more metabolic (deupleted) water. Deuterium depletion is important! :) please watch this video: https://t.co/SOjnsBhXL6
Since levels of deuterium are lower in higher altitudes, less Solar Irradiance is required for optimal ATPase function. If you live closer to the equator it's best to be out in the sun more for optimizing ATP production and negating effects of D2O water. https://t.co/UY4ft9kSHI
@BobLeung4 @Rhys__G It’s pretty interesting, I would also recommend you a video from Dr. Boros (UCLA Professor) please watch it, if you have time: https://t.co/SOjnsBhXL6
@alephh Here is an interesting video for you: https://t.co/SOjnsBhXL6
@KetoCarnivore @PharmacistCath @ketoians @resurge20 @KetoAurelius @YourKetoDiet @eco_keto @KetoDietZone @KetoDietGuru Here is a fascinating video from Dr. Boros, I’m sure you will enjoy this! :) and don’t forget, from 100g fat your body produces 110g metabolic water! https://t.co/SOjnsBhXL6
@WingsEcosse @The_Mighty_S @ScotsMLK Here is a fascinating video from Dr. Boros, listen it carefully :) https://t.co/SOjnsBzyCE
@GKeferstein @cambridge_pt @LogicalLynx And here is the answer.. https://t.co/SOjnsBhXL6
@ck_eternity_ Here is an interesting video from Dr. Boros https://t.co/SOjnsBhXL6
https://t.co/6MHMyc98lh
@ck_eternity_ @sjacobm321 Here is an interesting video from Dr. Boros please watch this: https://t.co/SOjnsBhXL6
@ThinkingSlimmer You should listen the below video, and think, before you suggest something: https://t.co/SOjnsBhXL6
@MarikaSboros You’re right, that’s bullshit! Everyone should listen the below video to understand the fact, that our body is producing enough water!! https://t.co/SOjnsBhXL6
@alanizBTC @Pepperwg390513 Please, watch this video first, hopefully it will help to understand the process: https://t.co/SOjnsBzyCE
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