Xorkoth
Bluelight Crew
Thanks for the mini-report.
Let us know when you try a higher dose, as it may be that 20mg is just a very low dose.

Strange that it wouldn't, as MXE dissolved quite readily, and you would expect HXE to be more polar. I wonder what could explain that.Doesn't dissolve in water
With 3-HO-PCP the freebase amine has no protons available for hydrogen bonding, whereas with 3-HO-PCE/3-HO-2'-Oxo-PCE there is one available. 3-HO-PCP would form fewer hydrogen bonds on average and so the desolvation needed to cross membranes would be less costly, energetically speaking, and its passage into the CNS would be more thermodynamically favorable.
MXE is more like K than PCP so it is much more euphoric. It's like K with a much longer half life.Was mxe really that great? I never ordered when i had the chance because dissociatives don't make me feel objectively "good" like opioids, but who knows.
The only dissociatives i ever really enjoyed were nitrous oxide and IV ketamine (IM ketamine was just weird). The euphorigenic properties are of utmost importance to me. MXE sounds decent though....as fastandbulbous said, "its like ketamine but with the scary bits removed"...
He still alive btw?
are nitriles not favorable ? also what of benzofurans and thiobenzofurans, possibly with 1 or 2 position halogen (on the benzofuran), where the catechilamine would be at the 2 or 3 position if you were numbering as a phenyl.The general pathway to MXE is known but there aren't any "recipes" out there like there is for stuff like ketamine. That said, it would only take undergraduate knowledge of organic chemistry and a bit of extra research to generalize ketamine's "recipe" to MXE.
I actually wonder what pathway the HXE source used to get there, because I believe the best route goes from MXE. From MXE, your one step away from HXE, and also from something like 3-MeO-2'-HO-PCE. Actually from any of the 2'-Oxo-ACH's you're only one step away from the corresponding 2'-HO-ACH, which makes me wonder why we haven't seen those. I'm omitting details to avoid synthesis discussion, but someone please point out if this strays too close and I'll edit.
Anyways, HXE definitely sounds intriguing. DMXE ended up being quite disappointing for me, which makes me think that the more electron density at the 3 position, the better.
To quote Oscar Wilde, "rumours of my demise have been somewhat exaggerated "Was mxe really that great? I never ordered when i had the chance because dissociatives don't make me feel objectively "good" like opioids, but who knows.
The only dissociatives i ever really enjoyed were nitrous oxide and IV ketamine (IM ketamine was just weird). The euphorigenic properties are of utmost importance to me. MXE sounds decent though....as fastandbulbous said, "its like ketamine but with the scary bits removed"...
He still alive btw?
just add a bit of tartric acid and that chalk dissolve immediately.Strange that it wouldn't, as MXE dissolved quite readily, and you would expect HXE to be more polar. I wonder what could explain that.
Someone recently posted a proton NMR of what is supposed to be HXE, but the integration of the peaks only adds up to give 18 protons, whereas HXE HCL (what is supposedly being sold) has 20. The solvent used for NMR analysis was DMSO, which doesn't exchange protons, so perhaps there's an intramolecular proton exchange (between the ionized amine and the hydroxyl) which is responsible for the absence of these 2 peaks?
And what's the consensus on HXE so far, more or less potent than MXE? 3-HO-PCP was more potent than 3-MeO-PCP whereas 3-HO-PCE was less potent than 3-MeO-PCE. In light of 3-HO-PCP being more potent than 3-MeO-PCP, my guess is the potency reduction incurred by demethylating 3-MeO-PCE (and possibly MXE as well) is not a consequence of reduced NMDA receptor affinity, but rather a problem of absorption.
With 3-HO-PCP the freebase amine has no protons available for hydrogen bonding, whereas with 3-HO-PCE/3-HO-2'-Oxo-PCE there is one available. 3-HO-PCP would form fewer hydrogen bonds on average and so the desolvation needed to cross membranes would be less costly, energetically speaking, and its passage into the CNS would be more thermodynamically favorable.
F&B my old friend, nice to see you. Bizarre I just decided to return to BL too! See your DMsTo quote Oscar Wilde, "rumours of my demise have been somewhat exaggerated ".