Ulgen M, Gorrod J W
Chelsea Department of Pharmacy, King's College, University of London, UK.
Drug Metabol Drug Interact. 1994;11(3):245-57. doi: 10.1515/dmdi.1994.11.3.245.
The metabolism of a number of alpha,N-diarylnitrones has been studied in vitro using male hamster microsomes. All substrates produced benzaldehyde and an uncharacterised substance as metabolites. If the metabolic reaction was carried out in the light, or if the metabolic extracts were exposed to light, the chemical formation of two new compounds was observed. One compound had chromatographic and spectroscopic properties identical to the corresponding amide; the other compound had properties which suggested it was an oxaziridine. The results are discussed in relation to the formation of amides as metabolites of N-benzyl anilines. It is concluded that nitrones are not on the above metabolic pathway, but that they may form amides by chemical rearrangement.
使用雄性仓鼠微粒体在体外研究了多种α,N-二芳基硝酮的代谢情况。所有底物均产生苯甲醛和一种未鉴定的物质作为代谢产物。如果代谢反应在光照下进行,或者代谢提取物暴露于光照下,则会观察到两种新化合物的化学形成。一种化合物的色谱和光谱性质与相应的酰胺相同;另一种化合物的性质表明它是一种恶唑烷。结合N-苄基苯胺代谢产物酰胺的形成对结果进行了讨论。得出的结论是,硝酮不在上述代谢途径中,但它们可能通过化学重排形成酰胺。