21p said:
how true to the amphetamine family does it stay?...my logic is pretty sound. If it is an amphetamine and has stimulating effects--- it probably is an amphetamine with amphetamine like qualities!!
Ok, what exactly do you consider the 'amphetamine' family, and what is the 'amphetamine effect'?
(R,S)
Alpha-
Methyl
PHen
EThyl
AMINE (simple amphetamine) is a stimulant. However AMF, fenfluramine, LSD, morphine, and
thousands of other compounds have the same alpha-methylphenethylamine backbone in their structure. Few of them are simple stimulants.
So since (by your logic) all of these things are amphetamines, what effects do the amphetamine family have? Since LSD has methamphetamine in its structure, is tripping on it just like tweaking on some glass?
Fact of the matter is, only a
tiny percentage of the "amphetamine" family have the same DA/NE activity of dexedrine, methedrine, etc. Once you start attaching other atoms and groups to the alpha-methylphenethylamine structure,
it becomes a new drug and is no longer amphetamine. Some (like phentramine, methylphenyldate, benzphetamine) retain their simple stimulant nature. Most however don't.
That a chemical which has an amphetamine backbone in its structure is going to exibit the same DA/NE activity of dexedrine, methedrine, etc is flawed, and just downright wrong.
If DOC is an 'amphetamine' then LSD and morphine are also amphetamines. All of these chemicals have the amphetamine backbone in their structure. But if you don't feel comfortable calling LSD and morphine amphetamines, then it is only reasonable to accept that DOC is actually a 4-substituted-2,5-dimethoxylated amphetamine....with pharmacological properties quite distinct from dexedrine and methedrine. Dexedrine, LSD, DOC, and even morphine can cause stimulation in one who uses them. But only dexedrine is capable of causing 'amphetamine' psychosis and other toxic effects associated with extreme stimulant abuse.