Identification of the in vitro N-oxidized metabolites of (+)- and (-)-N-benzylamphetamine.
This study has identified (+)- and (-)-N-benzyl-N-hydroxyamphetamine as metabolites after incubation of both (+)- and (-)-N-benzylamphetamine with fortified rabbit liver homogenates. The isomeric hydroxylamine metabolites were identified using the techniques of g.l.c., t.l.c. and combined g.l.c.-mass spectrometry (ms) and by comparison with results from reference samples. An additional novel metabolic product was identified after incubation of N-benzylamphetamine which had properties consistent with that of N-benzyl-amphetamine nitrone.
Identification of the in vitro N-oxidized metabolites of (+)- and (-)-N-benzylamphetamine. This study has identified (+)- and (-)-N-benzyl-N-hydroxyamphetamine as metabolites after incubation of both (+)- and (-)-N-benzylamphetamine with fortified rabbit liver homogenates. The isomeric hydroxylamine metabolites were identified using the techniques of g.l.c., t.l.c. and combined g.l.c.-mass spectrometry (ms) and by comparison with results from reference samples. An additional novel metabolic product was identified after incubation of N-benzylamphetamine which had properties consistent with that of N-benzyl-amphetamine nitrone.