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水貂IgG的遗传多态性。II. 同种异型的遗传分析。

Genetic polymorphism of IgG in mink. II. A genetic analysis of allotypes.

作者信息

Belyaev D K, Fomicheva I I, Taranin A V, Baranov O K

机构信息

Institute of Cytology and Genetics, USSR Academy of Sciences.

出版信息

Exp Clin Immunogenet. 1986;3(2):65-74.

PMID:3274048
Abstract

Population distribution and inheritance pattern were analyzed in mink IgG allotypes: L1 (L chains), H2, H3, H4, H6, H7, and H8 (the constant region of the H chains, i.e. C gamma-allotypes) and conformational allotype 5 with unknown chain localization. Contrary to expectation, neither allelism, nor close linkage were demonstrated for these allotypes. The major feature of the inheritance of H2, H3, and H4 C gamma-allotypes, as well as allotype 5, was significant excess of negative (without these allotypes) progeny in the F1 generation from monohybrid cross. The explanation offered for this departure of the C gamma-allotypes from normal Mendelian genetics suggests widespread latencies of their expression in mink.

摘要

对水貂IgG同种异型进行了群体分布和遗传模式分析:L1(轻链)、H2、H3、H4、H6、H7和H8(重链恒定区,即Cγ同种异型)以及链定位未知的构象同种异型5。与预期相反,这些同种异型既未表现出等位基因关系,也未表现出紧密连锁。H2、H3和H4 Cγ同种异型以及同种异型5遗传的主要特征是,单杂交F1代中阴性(无这些同种异型)后代显著过量。对Cγ同种异型偏离正常孟德尔遗传学现象的解释表明,它们在水貂中的表达存在广泛的潜伏性。

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