Beije B, Arrhenius E
Chem Biol Interact. 1978 Feb;20(2):205-18. doi: 10.1016/0009-2797(78)90054-6.
N- and C-oxygenation of N,N-dimethylaniline was studied in liver microsomes from 2 rat strains (Wistar, Strain R and Sprague-Dawley) subjected to protein deprivation and methyl mercury pretreatment, separately and in combination. A striking interstrain difference was observed. Strain R microsomes from 2 rat strains (Wistar, Strain R and Sprague-Dawley) subjected to tion, but little effect after methyl mercury pretreatment. With Sprague-Dawley microsomes, C-oxygenation was slightly reduced after both treatments. N-oxygenation was little affected in either strain. Methyl mercury treatment of protein deprived rats strongly inhibited C-oxygenation in microsomes from both strains, with N-oxygenation being unaffected in strain R microsomes whereas markedly reduced in microsomes from Sprague-Dawley.
分别及联合研究了蛋白质缺乏和甲基汞预处理对两种大鼠品系(Wistar、品系R和Sprague-Dawley)肝脏微粒体中N,N-二甲基苯胺的N-和C-氧化作用。观察到显著的品系间差异。来自两种大鼠品系(Wistar、品系R和Sprague-Dawley)的品系R微粒体,在蛋白质缺乏时C-氧化作用增强,但甲基汞预处理后影响较小。对于Sprague-Dawley微粒体,两种处理后C-氧化作用均略有降低。两种品系中N-氧化作用均受影响较小。蛋白质缺乏大鼠经甲基汞处理后,两种品系微粒体中的C-氧化作用均受到强烈抑制,品系R微粒体中的N-氧化作用未受影响,而Sprague-Dawley微粒体中的N-氧化作用则显著降低。