Transcribed by Bert.
[Negative pH, Para & Ortho Hydrogen, Oxygen & Argon, February 28, 2015 (04:26)]
Dr. Dean: So, telomeres and magnesium and RnA Drops – apparently magnesium affects telomeres.
iON: Yes!
Dr. Dean: Magnesium preserves and repairs DNA.
iON: Well, and that’s allowing you to ease into the slippage between “Ascending” and “Perfection”. Sometimes you have those hiccups, it’s like pushing the travail of childbirth – it’s painful, but you like it once you’re done.
Dr. Dean: So, by working - you know - on the telomeres but much more than that – magnesium is helping our Ascension.
iON: It’s marking the remembering marks of your DNA shifts. And, we use glib words to play that just so you’ll... more, because once you develop it, then you’ll go: “Oh! OK, this applies to that” – then it will spur it later, but you can’t get it quite yet.
Dr. Dean: I know magnesium receptor sites are on protein molecules - lots of them. Is it through the magnesium receptor sites this happens?
iON: Yes, in the lipids - maybe in the lipids.
Dr. Dean: Yeah, this lipid stuff. I know we keep trying to figure it.
iON: It’s the car the interstate flies on.
Dr. Dean: It lubricates the action.
[Negative pH, Para & Ortho Hydrogen, Oxygen & Argon, February 28, 2015 (04:26)]
Dr. Dean: So, telomeres and magnesium and RnA Drops – apparently magnesium affects telomeres.
iON: Yes!
Dr. Dean: Magnesium preserves and repairs DNA.
iON: Well, and that’s allowing you to ease into the slippage between “Ascending” and “Perfection”. Sometimes you have those hiccups, it’s like pushing the travail of childbirth – it’s painful, but you like it once you’re done.
Dr. Dean: So, by working - you know - on the telomeres but much more than that – magnesium is helping our Ascension.
iON: It’s marking the remembering marks of your DNA shifts. And, we use glib words to play that just so you’ll... more, because once you develop it, then you’ll go: “Oh! OK, this applies to that” – then it will spur it later, but you can’t get it quite yet.
Dr. Dean: I know magnesium receptor sites are on protein molecules - lots of them. Is it through the magnesium receptor sites this happens?
iON: Yes, in the lipids - maybe in the lipids.
Dr. Dean: Yeah, this lipid stuff. I know we keep trying to figure it.
iON: It’s the car the interstate flies on.
Dr. Dean: It lubricates the action.
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