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The two isomers, R and S, are chemically similar but not identical molecules. In other words, the R-isomer of a drug will not necessarily behave the same way as the S-isomer of the same drug when taken by a person. You could say that each isomer is like a different drug.
Gregg and Baumann (2014) demonstrated that the S-isomer of mephedrone is more serotonergic, which would confer similar properties to MDMA; while the R-isomer is known to be more stimulatory.
The precursor of mephedrone is 2-bromo-4'-methylpropiophenone indicates that the syntheses we are carrying out are racemic (50/50).
Correct?
Now my questions are:
- How can we produce only one of the two isomers ?
- Are we sure to produce 4-MMD or 4-MEC (It makes me wonder because Dr. Zee (Israeli chemist credited with discovering mephedrone in 2004) clearly says that mephedrone does not create rice fragments in crystallization.) ?
- Are we sure of the percursor that arrives ?
- My clients have noticed a difference between the mephedrones tried, some with a more violent hit, others calmer and more manageable. Could this difference depend on the isomer?
Gregg and Baumann (2014) demonstrated that the S-isomer of mephedrone is more serotonergic, which would confer similar properties to MDMA; while the R-isomer is known to be more stimulatory.
The precursor of mephedrone is 2-bromo-4'-methylpropiophenone indicates that the syntheses we are carrying out are racemic (50/50).
Correct?
Now my questions are:
- How can we produce only one of the two isomers ?
- Are we sure to produce 4-MMD or 4-MEC (It makes me wonder because Dr. Zee (Israeli chemist credited with discovering mephedrone in 2004) clearly says that mephedrone does not create rice fragments in crystallization.) ?
- Are we sure of the percursor that arrives ?
- My clients have noticed a difference between the mephedrones tried, some with a more violent hit, others calmer and more manageable. Could this difference depend on the isomer?