Paul Saladino· MD
and i found this to be so fascinating that when you heated the honey the nitric oxide metabolites decreased in all kinds of honey that ultraviolet eyelid exposure decreased nitric oxide metabolites
The evidence is convergent. Multiple independent sources reach the same conclusion, the underlying mechanism is well-characterized, and even the field's most cautious voices treat it as worth doing.
and i found this to be so fascinating that when you heated the honey the nitric oxide metabolites decreased in all kinds of honey that ultraviolet eyelid exposure decreased nitric oxide metabolites
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the authors of this study show that after heating nitric oxide metabolites decreased in all kinds of honey this is why you want your honey to be raw and you want your honey to be local and you want it to be as dark as possible
the more rod is the darker it is the less processed it is because the more you heat the honey the more you degrade those nitric oxide precursors the more you degrade the chemicals that are probably involved in the process of preserving enos activity
the more rod is the darker it is the less processed it is because the more you heat the honey the more you degrade those nitric oxide precursors the more you degrade the chemicals that are probably involved in the process of preserving enos activity
when the honey is heated the amount of nitric oxide production in the human body goes down you see the metabolites go down so you don't want the honey to be it has to be raw first of all
Dutch gold honey which is not raw I looked up Dutch gold honey it's not a raw honey unfortunately so as Kim and I talk about this podcast I don't think all Honeys create equally in the study that I mentioned regarding nitric oxide derivatives from honey we know that it's honey light colored honey and Honey's exposed air it's not going to be as beneficial for humans as a raw honey so they used a honey that was pasteurized essentially heated which probably removes some of the best
as Kim and I talk about this podcast I don't think all Honeys create equally in the study that I mentioned regarding nitric oxide derivatives from honey we know that it's honey light colored honey and Honey's exposed air it's not going to be as beneficial for humans as a raw honey so they used a honey that was pasteurized essentially heated which probably removes some of the best might remove the nitric oxide precursors which has been found in previous studies
when you process the honey meaning when you heat it or if it's stored in glass that's exposed to light for too long those properties tend to go away
I don't think all Honeys create equally the study that I mentioned regarding nitric oxide derivatives from honey we know that it's honey seated if I use light colored honey and Honey's exposed air it's not going to be as beneficial for humans as a raw honey