Holmes R S, Leijten L R, Duley J A
Anim Blood Groups Biochem Genet. 1981;12(3):193-9. doi: 10.1111/j.1365-2052.1981.tb01550.x.
A 'null' activity variant for the major liver isozyme of aldehyde oxidase (AOX-1) in adult male mice and an electrophoretically distinct, high activity variant of the second liver isozyme (AOX-2) were used to examine the segregation of the genetic loci encoding these enzymes (Aox-1 and Aox-2 respectively) in breeding studies. A single recombinant between these loci was observed among the 147 backcross progeny examined, which confirms a previous report (Holmes, 1979) for close linkage and genetic distinctness of the two loci. An activity variant for mouse liver xanthine oxidase (XOX) is also reported which behaved as though controlled by codominant alleles at a single locus (designated Xox-1). Genetic analyses showed that the Xox-1 locus segregated independently of the multiple-Aox loci.
在成年雄性小鼠中,醛氧化酶(AOX-1)的主要肝脏同工酶存在一种“无效”活性变体,以及第二种肝脏同工酶(AOX-2)的一种电泳上不同的高活性变体,用于在育种研究中检验编码这些酶的基因位点(分别为Aox-1和Aox-2)的分离情况。在所检测的147个回交后代中,在这些位点之间观察到一个单重组体,这证实了之前关于这两个位点紧密连锁和遗传独特性的报道(福尔摩斯,1979年)。还报道了小鼠肝脏黄嘌呤氧化酶(XOX)的一种活性变体,其表现似乎受单个位点(命名为Xox-1)上的共显性等位基因控制。遗传分析表明,Xox-1位点与多个Aox位点独立分离。