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家禽免疫遗传学:我们何去何从?

Poultry immunogenetics: which way do we go?

作者信息

Lamont S J

机构信息

Department of Animal Science, Iowa State University, Ames 50011.

出版信息

Poult Sci. 1994 Jul;73(7):1044-8. doi: 10.3382/ps.0731044.

Abstract

A major goal in poultry immunogenetics is the enhancement of innate immunoresponsiveness and resistance to disease. This may be pursued by studying either single genes or polygenic traits. The MHC is perhaps the best-characterized family of host genes that modulates response to a variety of antigens and pathogenic challenges. The association of different MHC alleles with disease resistance has been known for decades. But only recently has analysis at the DNA level opened new avenues of understanding and new opportunities for application of genetic variation in the MHC with immunoresponsiveness. An alternate approach to molecular analysis is selection for a desired phenotype controlled by polygenes. Several studies have illustrated the successful alteration of immunoresponsiveness by genetic selection for antibody production. Recently, a selection program based upon multiple traits of immune response was conducted. Results of this project demonstrated that selection on multiple immune-response traits altered immunophysiology, MHC allelic frequencies, and disease resistance. Several areas for future pursuits in poultry immunogenetics research are proposed.

摘要

家禽免疫遗传学的一个主要目标是增强先天免疫反应和抗病能力。这可以通过研究单个基因或多基因性状来实现。主要组织相容性复合体(MHC)可能是调节对多种抗原和病原体挑战反应的最具特征的宿主基因家族。不同的MHC等位基因与抗病性之间的关联已为人所知数十年。但直到最近,DNA水平的分析才为理解MHC中的遗传变异与免疫反应开辟了新途径,并带来了新的应用机会。分子分析的另一种方法是选择由多基因控制的所需表型。多项研究表明,通过对抗体产生进行遗传选择可以成功改变免疫反应。最近,开展了一项基于多种免疫反应性状的选择计划。该项目的结果表明,对多种免疫反应性状进行选择会改变免疫生理学、MHC等位基因频率和抗病性。本文还提出了家禽免疫遗传学研究未来需要探索的几个领域。

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