Honecker V H, Coper H, Fernandes M
Arzneimittelforschung. 1975 Apr;25(4):596-600.
The metabolism of radioactively labelled alpha-phenyl-alpha-N-(beta-phenyl-isopropyl)-aminoacetonitrile (amphetaminil, AN 1-R) (tritium-labelled in the amphetamine-part, 14C-labelled in the benzaldehyde-part of the molecule) in the rat was examined. In the body amphetaminil is cleft very quickly into the original compounds of its chemical synthesis (amphetamine, benzaldehyde and hydrocyanic acid) independent of the mode of application (i.p. or oral). Blood: In the interval from 5-90 min after application of amphetaminil only 1-2 percent of the total radioactivity are received from amphetaminil. The main part of the tritium- and 14C-radioactivity is distributed among amphetamine, p-OH-amphetamineglucuronide and hippuric acid. Brain: In the brain only a minimum amount of amphetaminil can be present, if any. The share of amphetamine of the total activity amounts to more than 90 percent. Adipose tissue: In the adipose tissue the ratio of the two isotopes of the substances extracted at pH 5 is almost equal to that of the administered amphetaminil. It seems that the substance is enriched there because of its pronounced lipophilia. After i.p. application the concentration is about 12 times higher than after oral application. Urine: In the urine there could be detected amphetamine, p-OH-amphetamineglucuronide and hippuric acid but no amphetaminil.
对放射性标记的α-苯基-α-N-(β-苯基-异丙基)-氨基乙腈(安非他明,AN 1-R)(在安非他明部分用氚标记,在分子的苯甲醛部分用¹⁴C标记)在大鼠体内的代谢情况进行了研究。在体内,无论给药方式(腹腔注射或口服)如何,安非他明都会很快裂解为其化学合成的原始化合物(安非他明、苯甲醛和氢氰酸)。血液:在注射安非他明后的5至90分钟内,仅1%-2%的总放射性来自安非他明。氚和¹⁴C放射性的主要部分分布在安非他明、对羟基安非他明葡糖苷酸和马尿酸中。脑:在脑中,即使有安非他明,其含量也极少。安非他明在总活性中的占比超过90%。脂肪组织:在脂肪组织中,在pH 5条件下提取的物质的两种同位素的比例几乎与给药的安非他明相同。由于其显著的亲脂性,该物质似乎在那里富集。腹腔注射后其浓度比口服后高约12倍。尿液:在尿液中可检测到安非他明、对羟基安非他明葡糖苷酸和马尿酸,但未检测到安非他明。