[遗传学和抗病能力]。

Gerald Reiner
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引用次数: 0

摘要

在人类以及实验室动物和家畜的大多数重要疾病中,已经描述了抗病的遗传成分。然而,基本机制只在几个例子中建立起来。其原因主要是抗病性状多基因遗传,缺乏合适的动物模型,以及感染压力、免疫状态和应激源等环境影响占主导地位,限制了对致病基因变异的看法。伦理和实践方面可能进一步阻碍某些物种的抗病研究。牲畜在抗病研究中发挥着至关重要的作用,因为它们在品种内部和品种之间具有独特的遗传多样性,因为它们在代谢方面往往与人类具有独特的一致性,并且旨在改善卫生、生产经济和动物福利。以下各节将通过我们自己的研究活动的例子,审查家畜的抗病能力及其实际意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Genetics and disease resistance].

Genetic components of disease resistance have been described in most of important diseases in human as well as in laboratory and livestock animals. However the basic mechanisms have been established in a few examples only. The reasons herefore are the mostly polygenic inheritance of disease resistance traits, the missing of suitable animal models and the dominance of environmental effects like infection pressure, immune status, and stressors, limiting the view on responsible gene variants. Ethical and practical aspects may further hinder research on disease resistance in certain species. Livestock animals play a crucial role in disease resistance research, because of distinct genetic diversity within and between breeds, because of an often distinct metabolic congruency with humans, and aiming towards the improvement of hygiene and economy of production and animal welfare. The following sections will review disease resistance in livestock animals and their practical implications, completed by examples of our own research activities.

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