N&PD Moderators: Skorpio | someguyontheinternet
I was trying to show (with lackluster rhetorical flourish) that the sole reason that people will ingest things things like mephedrone is the artificial lack of safer, legal alternatives.
ebola
3-halogen substitution reminds me of fenfluramine. Although fenfluramine has a pseudohalogen in the 3-position, but it is quite cardiotoxic.
3-FMC could possibly have issues with cardiotoxicity.
Ray W. Fuller, "STRUCTURE-ACTIVITY RELATIONSHIPS AMONG THE HALOGENATED AMPHETAMINES" Annals New York Academy of Sciences 1978INFLUENCE OF CHLORINE POSITION ON THE RING
In our initial studies, we observed no significant depletion of brain serotonin
16 hr after administration of either o-chloro- or m-chloroamphetamines, in
contrast to the marked depletion that occurred after injection of p-CA.' A more
careful analysis revealed that these compounds are, like amphetamine, rapidly
metabolized in the rat.22 The rat metabolizes amphetamine mainly by parahydroxylation,
and amphetamines that contain a substituent in this position
persist in the brain and other tissues much longer than does amphetamine
itself.23 Thus, the inability of the o-chloro and m-chloro compounds to affect
serotonin in rats, particularly at longer times, could be attributed to their failure
to remain in the brain at effective concentrations. The metabolic differences
between these chlorinated amphetamines in rats can be eliminated hy pretreatment
with desmethylimipramine or iprindole to block para-hydroxylation.
When that is done, m-chloroamphetamine lowers brain serotonin in exactly the
same manner as does p-CA. And, in the guinea pig, a species in which
para-hydroxylation of amphetamines does not occur, m-chloroamphetamine acts
like p-CA in lowering brain serotonin. o-Chloroamphetamine, on the other
hand, does not lower but, instead, increases serotonin concentration in
desmethylimipramine-treated rats and guinea pigs. Furthermore, the addition of an
o-chloro substituent to p-CA markedly diminishes its ability to lower brain serotonin,
although the reduction of 5-HIAA was perhaps even greater with
the dichloro compound. Since the dichloro compound is a more potent
rnonoamine oxidase inhibitor, this finding supports the idea that inhibition of
monoamine oxidase does contribute to the decrease of 5-HIAA caused by
these compounds.
Anyway, long story short, being a good friend he told me the truth with regards to the Blow, Charge+ etc. they sell.
Basically, he buys flephedrone (4-FMC) in bulk, cuts it 60:40 (fleph:inactive cut), make up 1 gram bags & just put different labels on all the bags!
In other words the Blow he sells isn't cut meph & the Charge+ he sells isn't cut 3-FMC. Both products are cut flephedrone (4-FMC)!
there is proper published NMR analysis indicating without a doubt that 3-fluoro was in certain legal highs. whether it is now who knows.
http://www.ncbi.nlm.nih.gov/pubmed/19195800
I still want someone to say "flephedrone" in a Daffy Duck voice. Just once.
My guess is that like with 2,5-Dimethoxy-4-Fluorophenethylamine, the fluorine molecule is simply too electronegative and small to interact with 5HT receptors effectively.
i have not doubt given a mescaline level doses (500mg+) 2C-F will show full psychedelic activity, its would probably even be quite a nice chemical as the general pattern seems to be less tension/body load as you move up to the lighter halogens.