N&PD Moderators: Skorpio
You should upgrade or use an alternative browser.What are the impurities of certain RCs?
sekio
Bluelight Crew
Lady Codone
Bluelighter
sekio
Bluelight Crew
Inorganic (heavy metals):
Chromium/selenium oxidations (epoxides, diols, ketones)
Mercury/aluminum amalgam for reduction (nitropropene to MDx usually)
Borohydride waste (borates, lithium/sodium salts)
Permangenate residue from oxidation of alcohols
I suppose depending on the drug there's the possiblity of Friedel-Crafts catalysts hanging around (lewis acids, AlCl3 is one common one)
Organic contaminants:
Cyano compounds used in PCP analog synthesis
Drug precursors (isosafrole ketone et cetera)
Side reaction products (diamines and such)
Pretty hard to quantify any of this without USP test methods. It also helps to know what synthetic process your stuff likely came from.AshiataShiemash
Greenlighter
Where do you get this info from? From what synthetic route are you supposing this, or do you base your answer on analysis of actual products?
When using GC-MS, 4-HO-DMT is an artefact of 4-AcO-DMT analysis, it appears even if it wasn't present in the first place.JackiesBabyy
Bluelighter
sekio
Bluelight Crew
I would expect the impurities in fluoroamphetamines to resemble "normal" amphetmine impurities. There would also likely be a small percentage of iso-fluoro-amphetamines (3-FA as impurity in 4-FA)
But, it's very hard to tell accurately without a nice large sample size and a GC/MS-NMR one-two punch.JackiesBabyy
Bluelighter
Do you think there may be any residual flourine or normal amphetamine in there?
I would expect the impurities in fluoroamphetamines to resemble "normal" amphetmine impurities. There would also likely be a small percentage of iso-fluoro-amphetamines (3-FA as impurity in 4-FA)
But, it's very hard to tell accurately without a nice large sample size and a GC/MS-NMR one-two punch.
sekio
Bluelight Crew
The fluorine is not "added in" later, you start with it already attached to the phenyl ring, and it's not going to come off under most normal conditions.