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通过视频跟踪软件分析小鼠的短期和长期运动活动。

Mouse short- and long-term locomotor activity analyzed by video tracking software.

作者信息

York Jason M, Blevins Neil A, McNeil Leslie K, Freund Gregory G

机构信息

Department of Animal Sciences, University of Illinois at Urbana-Champaign, IL, USA.

出版信息

J Vis Exp. 2013 Jun 20(76):50252. doi: 10.3791/50252.

Abstract

Locomotor activity (LMA) is a simple and easily performed measurement of behavior in mice and other rodents. Improvements in video tracking software (VTS) have allowed it to be coupled to LMA testing, dramatically improving specificity and sensitivity when compared to the line crossings method with manual scoring. In addition, VTS enables high-throughput experimentation. While similar to automated video tracking used for the open field test (OFT), LMA testing is unique in that it allows mice to remain in their home cage and does not utilize the anxiogenic stimulus of bright lighting during the active phase of the light-dark cycle. Traditionally, LMA has been used for short periods of time (mins), while longer movement studies (hrs-days) have often used implanted transmitters and biotelemetry. With the option of real-time tracking, long-, like short-term LMA testing, can now be conducted using videography. Long-term LMA testing requires a specialized, but easily constructed, cage so that food and water (which is usually positioned on the cage top) does not obstruct videography. Importantly, videography and VTS allows for the quantification of parameters, such as path of mouse movement, that are difficult or unfeasible to measure with line crossing and/or biotelemetry. In sum, LMA testing coupled to VTS affords a more complete description of mouse movement and the ability to examine locomotion over an extended period of time.

摘要

运动活性(LMA)是一种用于测量小鼠和其他啮齿动物行为的简单且易于实施的方法。视频跟踪软件(VTS)的改进使其能够与LMA测试相结合,与手动评分的线交叉法相比,显著提高了特异性和灵敏度。此外,VTS还能实现高通量实验。虽然LMA测试与用于旷场试验(OFT)的自动视频跟踪类似,但它的独特之处在于允许小鼠待在其饲养笼中,并且在明暗周期的活动期不利用强光这种引发焦虑的刺激。传统上,LMA测试的时间较短(几分钟),而较长时间的运动研究(数小时至数天)通常使用植入式发射器和生物遥测技术。有了实时跟踪选项,现在可以像短期LMA测试一样,使用摄像技术进行长期测试。长期LMA测试需要一个专门但易于构建的笼子,以便食物和水(通常放置在笼顶)不会妨碍摄像。重要的是,摄像技术和VTS能够对诸如小鼠运动路径等参数进行量化,而这些参数用线交叉法和/或生物遥测技术测量起来困难或不可行。总之,与VTS相结合的LMA测试能够更全面地描述小鼠的运动情况,并具备在较长时间段内研究运动的能力。

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