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Introduction to Genetics and Genomics in Asthma: Genetics of Asthma

机译:哮喘遗传学和基因组学介绍:哮喘的遗传学

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摘要

While asthma is a heterogeneous disease, a strong genetic basis has been firmly established. Rather than being a single disease entity, asthma consists of related, overlapping syndromes [Barnes (Proc Am Thor Soc 8:143–148, 2011)] including three general domains: variable airway obstruction, airway hyper-responsiveness, and airway inflammation with a considerable proportion, but not all, of asthma being IgE-mediated further adding to its heterogeneity. This chapter reviews the approaches to the elucidation of genetics of asthma from the early evidence of familial clustering to the current state of knowledge with genome-wide approaches. The conclusion is that research efforts have led to a tremendous repository of genetic determinants of asthma, most of which fall into the above phenotypic domains of the syndrome. We now look to future integrative approaches of genetics, genomics (Chap. 10), and epigenetics (Chap. 11) to better understand the causal mechanism through which, these genetic loci act in manifesting asthma.
机译:虽然哮喘是异质疾病,但牢固建立了强大的遗传基础。哮喘而不是单一疾病实体,哮喘包括相关,重叠综合征[巴恩斯(Proc Am Thor SoC 8:143-148,2011)],包括三个一般域:可变气道阻塞,气道超响应性和气道炎症相当大的比例,但不是全部,哮喘是IgE介导的进一步增加其异质性。本章综述,从家庭聚类早期证据阐明哮喘遗传学的途径与基因组宽的方法。结论是,研究努力导致了哮喘的遗传决定簇的巨大储存,其中大部分是患有综合征的上述表型结构域。我们现在期待遗传学,基因组学(Chap.10)和表观遗传学(第11章)的未来综合方法,以更好地了解这些因果机制,这些遗传基因座在表现哮喘中的作用。

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