But reacting-out the Hydroxyl would not necessarily leave us with MDMA.
I would rather just filter out/wash out any contaminant molecules that have an OH group sticking out.
Question to Pros: What compound likes to selectively attach to alcohols, i.e. the hydroxyl group while leaving the amino group and methylenedioxy bridge alone ?
MDMA does not have any hydroxyl groups sticking out so it should be differentiable by some kind of chemical or physical process.
"But reacting-out the Hydroxyl would not necessarily leave us with MDMA"
Yes it would If the product is n,hydroxymdma the logical product of a OH reduction will be mdma.
"I would rather just filter out/wash out any contaminant molecules that have an OH group sticking out"
If it was that easy washing meh would be the way to turn it into magic.this isn't the case.
"What compound likes to selectively attach to alcohols, i.e. the hydroxyl group while leaving the amino group and methylenedioxy bridge alone ?"
You could halogenate the OH to make
N,bromomdma which would be shit and would still probably behave the same way mdma does so it probably won't just all of a sudden become easier to remove than the OH.
you could make an ester with a carboxylic acid like acetic acid giving n,acetoxymdma which again would be shit and hard to remove.
There really isn't much other than fractionally distilling the products to seperate them or reducing the OH group to mdma.apparently the HI method could cause demethylation of the 3,4,bridge so the lithium ammonia method would be best.