Your list did not include the most infamous protonophore: N- phosphonomethyl glycine (glyphosate), although I did recognize Triclosan from the ingredient list of hospital hand sanitizers!
Thanks for this. I am still puzzling about the role of aluminum in all this. If the people with Alzheimer’s and maybe autism have a higher amount of brain tissue aluminum, when is it ever ok to ingest AL? Or put it in deodorant? Are there aluminum salts that do not lead to aluminum ions ready to cross into brain? Or is there enough silica in the volcanic water to pull it out of tissue?
Amazing work !! Chapters 13 and 14 should stay although some of 14 e got a bit in the weeds for me then cleared out at the end. Plenty of warning to move ahead to 15 if your readers aren’t into the biochem so much . Ok so now I will probably dream about proton pump inhibitors lol! Thank you and book is a great gift idea Got more interested in this awhile back reading Michael Nehls and lithium. It’s really quite miraculous when you think of the big picture. Ok getting my messed up shoulder put back together tomorrow so then will read start to finish. Many thanks!!!!
Thanks for your work! It seems to me, after reading this chapter, like the connection to mitochondria is an especially key link between what we lack in minerals and what we lack in health.
Mitochondrial disruption or malfunction has been linked, as I have come to understand, to a variety of maladies, including cancer, Alzheimer’s, and COVID/COVID vaccine injuries.
I know of your work in two of these areas, so this leads me to ask: is there more coming for the lay audience about the big connections across your work? I could envision an article pulling it all together: “mitochondria, metabolism, and minerals.” Or something like that!
Your list did not include the most infamous protonophore: N- phosphonomethyl glycine (glyphosate), although I did recognize Triclosan from the ingredient list of hospital hand sanitizers!
Thanks for this. I am still puzzling about the role of aluminum in all this. If the people with Alzheimer’s and maybe autism have a higher amount of brain tissue aluminum, when is it ever ok to ingest AL? Or put it in deodorant? Are there aluminum salts that do not lead to aluminum ions ready to cross into brain? Or is there enough silica in the volcanic water to pull it out of tissue?
A brain wants to know.
Thank you for all that you do!!!
Amazing work !! Chapters 13 and 14 should stay although some of 14 e got a bit in the weeds for me then cleared out at the end. Plenty of warning to move ahead to 15 if your readers aren’t into the biochem so much . Ok so now I will probably dream about proton pump inhibitors lol! Thank you and book is a great gift idea Got more interested in this awhile back reading Michael Nehls and lithium. It’s really quite miraculous when you think of the big picture. Ok getting my messed up shoulder put back together tomorrow so then will read start to finish. Many thanks!!!!
"Clean the medium. Rebuild the matrix.
That’s how life stays charged."
There's your mic drop!!!
Thanks for your work! It seems to me, after reading this chapter, like the connection to mitochondria is an especially key link between what we lack in minerals and what we lack in health.
Mitochondrial disruption or malfunction has been linked, as I have come to understand, to a variety of maladies, including cancer, Alzheimer’s, and COVID/COVID vaccine injuries.
I know of your work in two of these areas, so this leads me to ask: is there more coming for the lay audience about the big connections across your work? I could envision an article pulling it all together: “mitochondria, metabolism, and minerals.” Or something like that!