The Ohio State University College of Nursing, 1585 Neil Avenue, Columbus, OH 34210, USA.
Trends Mol Med. 2011 Jul;17(7):380-8. doi: 10.1016/j.molmed.2011.02.004. Epub 2011 Mar 24.
Studies using dogs provide an ideal solution to the gap in animal models for natural disease and translational medicine. This is evidenced by approximately 400 inherited disorders being characterized in domesticated dogs, most of which are relevant to humans. There are several hundred isolated populations of dogs (breeds) and each has a vastly reduced genetic variation compared with humans; this simplifies disease mapping and pharmacogenomics. Dogs age five- to eight-fold faster than do humans, share environments with their owners, are usually kept until old age and receive a high level of health care. Farseeing investigators recognized this potential and, over the past decade, have developed the necessary tools and infrastructure to utilize this powerful model of human disease, including the sequencing of the dog genome in 2005. Here, we review the nascent convergence of genetic and translational canine models of spontaneous disease, focusing on cancer.
利用犬类进行研究为自然疾病和转化医学的动物模型提供了一个理想的解决方案。这一点可以从大约 400 种在驯化犬中被描述的遗传性疾病中得到证明,其中大多数与人类相关。有数百个孤立的犬种(品种)群体,与人类相比,每个群体的遗传变异都大大减少;这简化了疾病定位和药物基因组学。犬类的衰老速度比人类快五到八倍,与主人共享环境,通常会被养到老年,并接受高水平的医疗保健。有远见的研究人员认识到了这一潜力,在过去十年中,已经开发出必要的工具和基础设施来利用这种强大的人类疾病模型,包括在 2005 年对犬类基因组进行测序。在这里,我们回顾了自发疾病的遗传和转化犬类模型的新兴融合,重点关注癌症。