@slutriarch @BlueHogReport She’s talking about water that has hydrogen *gas* dissolved in it, similar to the oxygen (O2) that’s also dissolved in water. (Ya know, without the latter, fish couldn’t live in it.) https://t.co/193xsOqeAY
@iMissMollyIvins @guelphgirlchris @liewbob And none is stupider that he who is ignorant of his own ignorance. https://t.co/P5F8YFRgOL
@PawlowskiMario @guelphgirlchris No, actually it’s H2O + H2 (gas). It’s shocking how often ignorant people think they know everything 🙄 https://t.co/P5F8YFRgOL
@CAAPSorg @guelphgirlchris Looks like the joke’s on you. https://t.co/P5F8YFRgOL
@WaynetheCatDad @guelphgirlchris Are you Dunning or Kruger? https://t.co/P5F8YFRgOL
@R_AI_S_E @AKBrews slightly dissolved hydrogen in water to act as an antioxidant without becoming harmful https://t.co/GeEPO1QR7s
RT @dannyday: Why higher H2 is better. https://t.co/W94hvT2Dip.
RT @dannyday: Why higher H2 is better. https://t.co/W94hvT2Dip.
RT @dannyday: Why higher H2 is better. https://t.co/W94hvT2Dip.
RT @dannyday: Why higher H2 is better. https://t.co/W94hvT2Dip.
RT @dannyday: Why higher H2 is better. https://t.co/W94hvT2Dip.
RT @dannyday: Why higher H2 is better. https://t.co/W94hvT2Dip.
RT @dannyday: Why higher H2 is better. https://t.co/W94hvT2Dip.
RT @dannyday: Why higher H2 is better. https://t.co/W94hvT2Dip.
RT @dannyday: Why higher H2 is better. https://t.co/W94hvT2Dip.
RT @dannyday: Why higher H2 is better. https://t.co/W94hvT2Dip.
Danny Day delivering some 🔥🔥! #NXTLVNation #KAIZEN #NXTLVLYOU
RT @dannyday: Why higher H2 is better. https://t.co/W94hvT2Dip.
RT @dannyday: Why higher H2 is better. https://t.co/W94hvT2Dip.
$LTNC
RT @dannyday: Why higher H2 is better. https://t.co/W94hvT2Dip.
Why higher H2 is better. https://t.co/W94hvT2Dip.
@dardar1086 @dannyday @CRyanSchadel @TakeoverJoe @RealtorStarShar It does quite the opposite https://t.co/BJnuub0pyb
CLINICAL STUDY | Circulation Consumption of water containing over 3.5 mg of dissolved hydrogen could improve vascular endothelial function. #MolecularHydrogen #HydrogenWater #Hydration Sakai, T. et al., 2014. ▶️ https://t.co/trTPIU3bYL https://t.co/Z9o8Y
I wonder whether this effect can be achieved via juicing etc., too? Consumption of water containing over 3.5 mg of dissolved hydrogen could improve vascular endothelial function https://t.co/gP6VDtj8hT
RT @AquelaUK: CLINICAL STUDY | The first report on the potential benefit of super saturated hydrogen water on blood circulation Sakai, T.…
RT @AquelaUK: CLINICAL STUDY | The first report on the potential benefit of super saturated hydrogen water on blood circulation Sakai, T.…
CLINICAL STUDY | The first report on the potential benefit of super saturated hydrogen water on blood circulation Sakai, T. et al., 2014. Vascular Health Risk Management: 10:59. https://t.co/dBsIeuNIzZ #MolecularHydrogen #HydrogenWater https://t.co/xpBNVg
Thank You For Sharing, Elisa Kolker http://t.co/KioHWUuB46
El consumo de agua que contenga más de 3,5 mg de hidrógeno disuelto podría mejorar la función endotelial... http://t.co/JUoNdeRrRV
Awesome! I get and LOVE the fact that this article is validated, as it is published in a legitimate source (ncbi)! http://t.co/GkMG8BiEV1
Consumption of water containing over 3.5 mg of dissolved hydrogen could improve vascular... http://t.co/62GPnxvM14