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Deuterium-depleted water at home? Appliances or methods?

Home methods can produce marginal isotope fractionation but nothing approaching therapeutic DDW concentrations. The suppressed story is not about home production — it's about why industrial DDW research, particularly from Hungarian and Russian oncology labs, remains almost entirely absent from Western clinical conversation. Jack Kruse and Laszlo Boros have both argued that deuterium metabolism is the missing variable in mitochondrial medicine, a framework that reframes the question from 'how do I make DDW' to 'how do I reduce deuterium load biologically.'

Evidence

  • The serious DDW research originates with Hungarian scientist Gábor Somlyai, whose 1990s oncology work led to commercial DDW products (Preventa) and clinical trials showing tumor suppression in animal models.
  • Jack Kruse, the neurosurgeon turned biohacking contrarian, has built an entire protocol around reducing deuterium load through dietary fat metabolism (which yields the most deuterium-depleted metabolic water), cold thermogenesis, and high-altitude living.
  • On actual home production: a 2018 freeze-fractionation experiment cited by Yavelle (March 2026) achieved only a 3 ppm reduction — from 147 ppm to 144 ppm — after multiple cycles.
  • Electrolysis is theoretically valid — heavy water (D₂O) electrolyzes more slowly than H₂O, so protium is preferentially consumed — but DIY electrolysis at meaningful scale introduces serious safety risks and still requires laboratory verification.
  • The practical Kruse-Boros synthesis: prioritize ketogenic or carnivore metabolism (fat oxidation yields ~110 ppm metabolic water vs. ~150 ppm from glucose), avoid high-deuterium foods (corn, grains, tropical fruits), and use commercial DDW strategically rather than attempting home production.

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