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Structure-anorectic activity relationships in substituted phenethylamines.

Beregi Sl, J Duhault

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Abstract

A series of phenylisopropylamine derivatives are compared with the correspondent beta-methoxy- and beta-hydroxy-phenethylamine compounds. Unlike amphetamine, the beta-methoxy phenethylamine has no anorectic activity. This property appears only with the introduction of a CF3 group on the benzene nucleus. The racemic N-alkyl derivatives are more active than the racemic or even the levorotatory N-benzyl compound. The beta-hydroxy-phenethylamines are devoid of anorectic activity.

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A series of phenylisopropylamine derivatives are compared with the correspondent beta-methoxy- and beta-hydroxy-phenethylamine compounds. Unlike amphetamine, the beta-methoxy phenethylamine has no anorectic activity. This property appears only with the introduction of a CF3 group on the benzene nucleus. The racemic N-alkyl derivatives are more active than the racemic or even the levorotatory N-benzyl compound. The beta-hydroxy-phenethylamines are devoid of anorectic activity.

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Available abstract

A series of phenylisopropylamine derivatives are compared with the correspondent beta-methoxy- and beta-hydroxy-phenethylamine compounds. Unlike amphetamine, the beta-methoxy phenethylamine has no anorectic activity. This property appears only with the introduction of a CF3 group on the benzene nucleus. The racemic N-alkyl derivatives are more active than the racemic or even the levorotatory N-benzyl compound. The beta-hydroxy-phenethylamines are devoid of anorectic activity.

Key concepts: Phenethylamines, Phenethylamine, Anorectic, Fenfluramine, Chemistry, Amphetamine, Stereochemistry, Pharmacology

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Structure-anorectic activity relationships in substituted phenethylamines. — Research Paper | ScholarLens