IF 2.7 3区 医学 Q3 NEUROSCIENCES
Nilpawan Roy Choudhury, Pascal Hilber, Jan Cendelin
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引用次数: 0

摘要

小脑衰竭病变可表现为小脑运动综合征和小脑认知情感综合征。为了研究小脑的功能和小脑疾病的发病机制,特别是遗传性神经退行性小脑性共济失调,人们使用了各种小脑突变小鼠。Lurcher 小鼠是一种发病早、进展快的选择性橄榄小脑变性模型。这些小鼠既表现出运动障碍,也表现出认知和行为变化,即在小脑患者受影响的功能领域出现病理表型。因此,Lurcher小鼠可被视为研究小脑退行性疾病导致功能障碍机制的一种工具。不过,由于神经退行性病变过程的特殊性,以及缺乏在小鼠体内研究某些过程的可能性,因此存在一些局限性。Lurcher 小鼠的主要优势在于,在选择性较低的模型中,橄榄小脑系统以外的重要神经病变预计不会改变复杂的行为表型。然而,要验证这一假设,还需要对模型进行详细检查和进一步彻底验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Lurcher Mouse as a Model of Cerebellar Syndromes.

Cerebellar extinction lesions can manifest themselves with cerebellar motor and cerebellar cognitive affective syndromes. For investigation of the functions of the cerebellum and the pathogenesis of cerebellar diseases, particularly hereditary neurodegenerative cerebellar ataxias, various cerebellar mutant mice are used. The Lurcher mouse is a model of selective olivocerebellar degeneration with early onset and rapid progress. These mice show both motor deficits as well as cognitive and behavioral changes i.e., pathological phenotype in the functional domains affected in cerebellar patients. Therefore, Lurcher mice might be considered as a tool to investigate the mechanisms of functional impairments caused by cerebellar degenerative diseases. There are, however, limitations due to the particular features of the neurodegenerative process and a lack of possibilities to examine some processes in mice. The main advantage of Lurcher mice would be the expected absence of significant neuropathologies outside the olivocerebellar system that modify the complex behavioral phenotype in less selective models. However, detailed examinations and further thorough validation of the model are needed to verify this assumption.

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来源期刊
Cerebellum
Cerebellum 医学-神经科学
CiteScore
6.40
自引率
14.30%
发文量
150
审稿时长
4-8 weeks
期刊介绍: Official publication of the Society for Research on the Cerebellum devoted to genetics of cerebellar ataxias, role of cerebellum in motor control and cognitive function, and amid an ageing population, diseases associated with cerebellar dysfunction. The Cerebellum is a central source for the latest developments in fundamental neurosciences including molecular and cellular biology; behavioural neurosciences and neurochemistry; genetics; fundamental and clinical neurophysiology; neurology and neuropathology; cognition and neuroimaging. The Cerebellum benefits neuroscientists in molecular and cellular biology; neurophysiologists; researchers in neurotransmission; neurologists; radiologists; paediatricians; neuropsychologists; students of neurology and psychiatry and others.
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