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免疫遗传学(IR基因)系统中的共显性遗传。

Codominant inheritance in immunogenetic (IR-gene) systems.

作者信息

Ebringer A, Deacon N J, Young C R

出版信息

J Immunogenet. 1976 Dec;3(6):401-9. doi: 10.1111/j.1744-313x.1976.tb00602.x.

Abstract

Immunogenetic (IR-gene) systems consist of animals showing different quantitative antibody responses when immunized with similar doses of a given antigen. Strains of animals giving high and low antibody titres are described as high and low responders, respectively. The degree of dominance in F1 hybrid strains, obtained from a cross between high and low responder parents, can readily be calculated using the dominance index formula, which takes the value of +1 for complete dominance, -1 for complete recessivity and the value of zero for no dominance. In reviewing 1527 F1 animals, obtained from ninety-one immunogenetic systems, the degree of diminance (d) was found to be: +0-0076 +/- 0-1053 (mean +/- s.e.), which is close to a value of zero and this is consistent with codominant inheritance. It is suggested that in immunogenetic systems, both alleles are expressed as codominant genes.

摘要

免疫遗传(IR基因)系统由在用相似剂量的给定抗原免疫时表现出不同定量抗体反应的动物组成。产生高和低抗体滴度的动物品系分别被描述为高反应者和低反应者。从高反应者和低反应者亲本杂交获得的F1杂交品系中的显性程度,可以使用显性指数公式轻松计算,该公式在完全显性时取值为+1,在完全隐性时取值为-1,在无显性时取值为零。在审查从91个免疫遗传系统获得的1527只F1动物时,发现显性程度(d)为:+0.0076±0.1053(平均值±标准误),这接近于零值,这与共显性遗传一致。有人提出,在免疫遗传系统中,两个等位基因都作为共显性基因表达。

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