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补体C2缺陷、人类白细胞抗原(HLA)和乙二醛酶I基因座的连锁关系。

Linkage relationship of C2 deficiency, HLA and glyoxalase I loci.

作者信息

Mahowald M L, Dalmasso A P, Petzel R A, Yunis E J

出版信息

Vox Sang. 1979;37(6):321-8. doi: 10.1111/j.1423-0410.1979.tb02311.x.

Abstract

Immunogenetic analysis of a homozygous C2-deficient individual and family members demonstrated linkage of HLA-A25, B18 and C2o. HLA-D typing showed that 5 members typed with homozygous Dw2 typing cells from an individual with C2 deficiency but not with Dw2 typing cells from 2 individuals with normal C2. The homozygous C2-deficient propositus and brother were HLA-A and B homozygous but heterozygous at the HLA-D and glyoxalase I loci. Therefore, in this family, the C2o gene is linked with two distinct haplotypes: HLA-A25, B18, Dw2, GLO1 and HLA-A25, B18, D unknown, GL02. These results could be explained by an ancestral recombinant event, which occurred between the C2o locus and HLA-D locus in which C2o segregated with HLA-B. This would suggest that the locus for the C2o gene maps between HLA-B and HLA-D on the sixth chromosome.

摘要

对一名纯合子C2缺陷个体及其家庭成员进行免疫遗传学分析,结果显示HLA - A25、B18与C2o存在连锁关系。HLA - D分型表明,5名成员与来自一名C2缺陷个体的纯合子Dw2分型细胞相匹配,但与来自两名C2正常个体的Dw2分型细胞不匹配。该纯合子C2缺陷先证者及其兄弟在HLA - A和B位点是纯合子,但在HLA - D和乙二醛酶I位点是杂合子。因此,在这个家族中,C2o基因与两种不同的单倍型连锁:HLA - A25、B18、Dw2、GLO1和HLA - A25、B18、D未知、GL02。这些结果可以用一个祖先重组事件来解释,该事件发生在C2o位点与HLA - D位点之间,其中C2o与HLA - B分离。这表明C2o基因座位于第六号染色体上的HLA - B和HLA - D之间。

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