Absorption of calcium and magnesium taken simultaneously?

Comment · Wed, July 31, 2019 · 5 pts

It depends on the forms you are using. Elemental magnesium and calcium compete for absorption, as they are absorbing through the limited number of ion channels. Chelated forms would be absorbing through the more abundant

Comment · Wed, July 31, 2019 · 3 pts

Citrate is a salt. So that dissociates in your stomach anyway, then the magnesium absorbs through the ion channels. It would not absorb the same way as glycinate. Magnesium taurate is a chelate, though. So that would abs

Comment · Wed, July 31, 2019 · 2 pts

L-threonate is the most common one other people use. I have started going a different route, though. I've been using our Micromag instead. That envelops a magnesium oxide particle in a phospholipid layer encased by a suc

Comment · Tue, August 6, 2019 · 1 pts

We worked with the patent holder in Italy to get it made and bring it out here. I wrote a pretty good explanation here: https://www.reddit.com/r/NootropicsDepot/comments/c9o9f5/im_having_a_little_trouble_finding_informa

Comment · Tue, August 6, 2019 · 1 pts

Magnesium glycinate passes the blood brain barrier, yes. Same thing goes for our Micromag.

Comment · Mon, August 12, 2019 · 2 pts

Everything requires 3rd party testing. Threonic acid is not common on its own. It's mostly used as an intermediate, which is why you don't see it. I am considering offering it as a standalone product, though. I am not

Comment · Tue, August 27, 2019 · 2 pts

Sure, it is not technically an amino acid. It's a sugar acid. However, I believe they are still coordinate bonds, not ionic bonds. https://www.ncbi.nlm.nih.gov/pubmed/12961869 >Further analyses indicate that M2+ in the

Comment · Wed, August 28, 2019 · 1 pts

Well there should be less competition with calcium for the ion channels if the magnesium form does not dissociate. That's because it will favor the dipeptide transporters. Some will still use the ion channels, though. So