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肥胖的小鼠模型。

Mouse models of obesity.

作者信息

Carroll Levi, Voisey Joanne, van Daal Angela

机构信息

Co-operative Research Centre for Diagnostics, School of Life Sciences, Queensland University of Technology, Brisbane, Australia.

出版信息

Clin Dermatol. 2004 Jul-Aug;22(4):345-9. doi: 10.1016/j.clindermatol.2004.01.004.

Abstract

Insights into the etiology of human obesity have arisen from the study of animal models. Animal models of obesity are also important for the development of future treatments of obesity. An agouti mouse mutation resulting in obese, yellow mice was described over a century ago and in 1992 agouti was cloned, making it the first obesity gene characterized at the molecular level. The lethal yellow mouse mutation is one of five dominant agouti mutations and is an excellent model for human obesity. The molecular categorization of agouti was responsible for the elucidation of the melanocortin system's involvement in hypothalamic weight regulation. As genetic knowledge increases many transgenic mice have been created with genes either over-expressed or deleted, models which further enhance the understanding of obesity.

摘要

对人类肥胖病因的深入了解源于对动物模型的研究。肥胖动物模型对于未来肥胖治疗方法的开发也很重要。一个多世纪前就描述了一种导致肥胖、黄色小鼠的刺豚鼠基因突变,1992年刺豚鼠基因被克隆,使其成为第一个在分子水平上被鉴定的肥胖基因。致死性黄色小鼠突变是五个显性刺豚鼠突变之一,是人类肥胖的一个优秀模型。刺豚鼠的分子分类有助于阐明黑皮质素系统在调节下丘脑体重方面的作用。随着遗传学知识的增加,人们创造了许多转基因小鼠,这些小鼠的基因要么过度表达,要么被删除,这些模型进一步加深了对肥胖的理解。

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