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杂种(组合性)Ia特异性:基因互补以产生Ia.22 。

Hybrid (combinatorial) Ia specificities: gene complementations to generate Ia.22.

作者信息

Lafuse W P, McCormick J F, Corser P S, David C S

出版信息

Immunogenetics. 1981;13(1-2):115-25. doi: 10.1007/BF00524609.

Abstract

Ia specificity 22 is expressed on a hybrid I-E molecule formed by the association of a beta chain (Ae) coded for by the I-A subregion and an alpha chain (E alpha) encoded by the I-E subregion. Ia.22 can be generated by the complementation of Ab, Ak, As, Ar, with Ed, Ek, Ep, Er, Ew3, Eu, Ev but Eb, Ef, Eq, and Es. With the exception of H-2p which does not complement with As to generate Ia.22, all Ia. 7-positive (I-E) haplotypes can provide the permissive E alpha allele. It is postulated that Ia.22 is a combinatorial Ia determinant generated by the association of the alpha and beta chains. These determinants are probably involved in the immune recognition of antigens under dual Ir-gene control.

摘要

Ia特异性22在由I - A亚区编码的β链(Ae)与I - E亚区编码的α链(Eα)缔合形成的杂合I - E分子上表达。Ia.22可由Ab、Ak、As、Ar与Ed、Ek、Ep、Er、Ew3、Eu、Ev互补产生,但不能由Eb、Ef、Eq和Es产生。除了不与As互补产生Ia.22的H - 2p外,所有Ia.7阳性(I - E)单倍型都可提供许可性Eα等位基因。据推测,Ia.22是由α链和β链缔合产生的组合型Ia决定簇。这些决定簇可能参与了双重Ir基因控制下抗原的免疫识别。

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