Borm P, Mingels M J, Hulshoff A, Frankhuyzen-Sierevogel A, Noordhoek J
Life Sci. 1983 Nov 21;33(21):2113-9. doi: 10.1016/0024-3205(83)90335-1.
Isolated rat intestinal mitochondria showed a considerable capacity to convert hexamethylmelamine to its monodemethylated metabolite pentamethylmelamine. Mitochondrial turnover rate is about the same as compared with microsomal preparations. Only in mitochondrial incubations N-hydroxymethylpentamethylmelamine could be identified as a metabolic intermediate. The known chemical reactivity of carbinolamines means that this activation pathway in mitochondria could be involved in the pharmacological or toxic effects of hexamethylmelamine.
分离的大鼠肠线粒体显示出将六甲蜜胺转化为其单去甲基代谢产物五甲蜜胺的相当能力。与微粒体制剂相比,线粒体的转换率大致相同。只有在线粒体孵育中,N-羟甲基五甲蜜胺才能被鉴定为代谢中间体。甲醇胺已知的化学反应性意味着线粒体中的这种活化途径可能与六甲蜜胺的药理或毒性作用有关。