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I am a bit hesitant to use ethanol as it's an antiseptic which denatures protein. That is more of a general concern though, I do not know its specific effect on for example beta-catenin protein. Also, the EGF inhibitor I've sent my eyes on at the moment will only dissolve in DMSO, not in ethanol.Moomin said:Thanks for your info First, just out of interest did you consider that the the high absorption rate of lithium chloride (as oppose to orotate) may not need as extreme a penetrating solvent as DMSO, so ethanol might be a good alternative (and much safer). I suppose this depends on whether you're using DMSO for its properties as a solvent only or whether you believe it confers other advantages; I've heard it might have an affect on beta-catenin binding/production.
As for DMSO in itself, there are quite a bit of people that claim it will help regrow hair (MSM, which is quite similar, definitely does help with hair in general). While ethanol may work deteriorate beta-catenin, DMSO should improve it, which is exactly what we want.
This is what immortal hair wrote about it;
DMSO boosts Wnt signaling and increases levels of beta-catenin.
DMSO is a co-factor with Lithium Orotate, as Lithium downregulates glycogen synthase kinase-3beta (GSK-3b). GSK-3b inhibits the activity of the Wnt pathway. Lithium suppresses GSK-3b, allowing an increase in Wnt signaling via DSMO. Moreover, GSK-3b upregulates the apoptoic protein Bcl-2, while Lithium reduces Bcl-2 and upregulates Bax, sparing cells and reducing sebum.
Lrp5-independent activation of Wnt signaling by lithium chloride increases bone formation and bone mass in mice
PNAS | November 29, 2005 | vol. 102 | no. 48 | 17406-17411
Further, a highly negative modulator of the Wnt pathway and hair follicle health, Dickkopf-1 is suppressed by Lithium. Dickkopf-1 which
is initially signalled by DHT, sends an apoptoic cascade (programmed cell death) to hair follicles.