De Maeyer-Guignard J, Cachard-Thomas A, De Maeyer E
CNRS URA 1343, Institut Curie-Biologie, Centre Universitaire, Orsay, France.
J Exp Zool. 1991 May;258(2):246-8. doi: 10.1002/jez.1402580215.
We have recently described a new locus, Hyal-1, which determines hyaluronidase variants in mouse serum. On the basis of segregation in recombinant inbred and congenic strains, Hyal-1 was tentatively assigned to chromosome 9 (Fiszer-Szafarz and De Maeyer, '89). In the present study we have performed a linkage analysis of Hyal-1 using 156 backcross progeny of an interspecies cross of laboratory mice and Mus Spretus. Linkage was tested to two anchor loci on chromosome 9: d (dilute, a coat color locus) and Bgl-s (a locus controlling beta-galactosidase activity). The gene order (from centromere) with intervening percentage recombination is d-16.6 (+/- 2.9)-Hyal-1-10.9 (+/- 2.4)-Bgl-s, indicating close linkage to H-7 and Fv-2.
我们最近描述了一个新的基因座,即Hyal-1,它决定了小鼠血清中的透明质酸酶变体。根据重组近交系和同源近交系中的分离情况,Hyal-1被初步定位到9号染色体上(菲泽-萨法尔兹和德迈耶,1989年)。在本研究中,我们利用实验室小鼠与斯氏小家鼠种间杂交的156个回交后代进行了Hyal-1的连锁分析。对9号染色体上的两个锚定基因座进行了连锁测试:d(稀释,一个毛色基因座)和Bgl-s(一个控制β-半乳糖苷酶活性的基因座)。基因顺序(从着丝粒开始)及中间的重组百分比为:d-16.6(±2.9)-Hyal-1-10.9(±2.4)-Bgl-s,表明与H-7和Fv-2紧密连锁。