GHK-Cu and Cellular Senescence: Downstream Oxidative Mechanism In aged fibroblasts identified by high SA--gal activity, GHK-Cu reduces SA--gal+ cells from 48% to 28% (41%), p16INK4a mRNA 2832%, and p21WAF1 2226% with 7-day treatment indicating partial reversal of the senescent phenotype
This vitamin is water-soluble and our bodies don't store it
Rhonda Patrick: Who has published and he has used that- Andrew Huberman: Used those words, oh, that phrase
Folate Insufficiency and Transport Abnormalities Despite the challenges for treating ASD, emerging data suggests that folate pathway abnormalities may play a role in the pathogenesis of ASD
Ahsan, A., Mohd, G., Norboo, T., Baig, M
Kupfer and Regier 2011