Klosa J
Arzneimittelforschung. 1975 Aug;25(8):1252-8.
Amphetaminil (AN 1), chemically an alpha-phenyl-alpha-[(1-methyl-2-phenyl)-ethylamino]-acetonitrile (1), i.e. a derivative of alpha-aminonitrile, is stable under experimental conditions of preparation, reacting to neither acid nor alkali. It is a uniform substance, and it can be led to derivatives, such as derivatives of acryl (8-13) which are splittable into the corresponding alpha-amino-acid (7). It yields the corresponding hydantoin (4) and it is split up by oxidation with hydrogenperoxide in alkaline medium into an amide (14). These changes and the occurrence of amphetaminil--both under soft and energetic conditions of preparation--make it most improbable to split up easily amphetamine in the organism. Therefore, the existence of amphetamine under chromatographical conditions proves trace elements which are conditioned by use of disproportionately high quantities of solvents. These small quantities are practically irrelevant in case of preparation. They cannot be registered by preparations.
安非他明(AN 1),化学名称为α-苯基-α-[(1-甲基-2-苯基)-乙氨基]-乙腈(1),即α-氨基腈的衍生物,在制备的实验条件下稳定,既不与酸反应也不与碱反应。它是一种均匀的物质,可以转化为衍生物,如可分解为相应α-氨基酸(7)的丙烯酸衍生物(8 - 13)。它能生成相应的乙内酰脲(4),并在碱性介质中用过氧化氢氧化分解为酰胺(14)。这些变化以及安非他明在温和及剧烈制备条件下的出现,使得在生物体内轻易分解苯丙胺极不可能。因此,在色谱条件下苯丙胺的存在证明了是使用了极大量溶剂所导致的痕量元素。这些少量物质在制备过程中实际上无关紧要。它们无法通过制剂检测出来。