禽类心血管疾病的特点、原因和基因组学

V. Kubale, Keshia Merry, G. Miller, M. R. Diaz, Catrin Rutland
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引用次数: 5

摘要

心血管疾病在禽类中很常见,商业经济损失和家庭/小农兽医部门对保健的需求不断增加,导致对这些疾病的研究增加。这反过来又突出了育种、基因检测以及未来预后和诊断检测的可能性的重要性。对禽类心血管遗传学的研究正在迅速加速。以前很多工作是在哺乳动物身上进行的,将信息外推并转移到鸟类身上。鸟类也被用来模拟心血管疾病,因此,由于这一努力,知识得到了丰富。越来越多的鸟类基因组被独立分析。这项工作得到了越来越多的鸟类基因组发表的帮助。2015年,《自然》杂志发表了关于“鸟类10K”项目的新闻,该项目旨在对10500种现存鸟类进行测序。截至2018年,鸟类基因组联盟已经公布了45个物种/34个目的序列。本文综述了一系列鸟类心血管疾病,以突出其病理,流行病学和遗传学以及鸟类心脏病模型。随着更多参考基因组的可用性,鸟类研究的数量和规模的增加以及更先进的技术,禽类心血管疾病背后的遗传学正在被解开。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Avian Cardiovascular Disease Characteristics, Causes and Genomics
Cardiovascular disease is common in avian species and increasing commercial economic losses and demand for healthcare in the household/smallholding veterinary sector has resulted in increased research into these disorders. This in turn has highlighted the importance of breeding, genetic testing and possibilities for future prognostic and diagnostic testing. Research into avian cardiovascular genetics has rapidly accelerated. Previously much work was undertaken in mammals with information extrapolated and transferred to birds. Birds have also been used to model cardiovascular disease and therefore knowledge has become enriched due to this endeavour. Increasingly, the avian genome is being analysed in its own right. This work is assisted by the growing number of avian genomes being published. In 2015, Nature published news on the ‘Bird 10K’ project, which aims to sequence 10,500 extant bird species. By 2018, the Avian Genomes Consortium had published the sequences of 45 species/34 orders. This review investi-gates a range of avian cardiovascular disorders in order to highlight their pathologies, epidemiology and genetics in addition to avian models of heart disease. With the avail-ability of more reference genomes, increases in the number and magnitude of avian stud- ies and more advanced technologies, the genetics behind avian cardiovascular disorders is being unravelled.
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