Beacher Nicholas J, Wang Michael W, Broomer Matthew C, Kuo Jessica Y, Lin Da-Ting
Intramural Research Program, National Institute on Drug Abuse, 333 Cassell Drive, Baltimore, MD 21224, USA.
University of California Davis Health, School of Medicine, Department of Neurology, Alzheimer's Disease Research Center-East Bay, 100 North Wiget Lane, Suite 150, Walnut Creek, CA 94598, USA.
MethodsX. 2024 Aug 16;13:102921. doi: 10.1016/j.mex.2024.102921. eCollection 2024 Dec.
In this detailed procedure, we include open-source methodologies using 'solidworks' designs for creating solo or semi-group housing units for rats wearing miniscopes for long periods of time. Builds are optimized to preserve rat health and prevent hardware destruction. We include all prices and suggestions for purchasing strategies to reduce overall build-costs.•Chambers are optimized for long-term housing to protect rats wearing delicate headstages (e.g., miniscopes).•Designed to be low-cost, efficient supplement to operant chambers and provides numerous benefits to long-term miniscope imaging. The housing chambers can be augmented by installing cameras, commutators, or different types of floor grids depending on experimental conditions.•The chambers can also be secured to one another to create "rat-duplexes", allowing experimenters to control the degree of social isolation.
在本详细步骤中,我们介绍了使用“SolidWorks”设计的开源方法,用于为长时间佩戴微型显微镜的大鼠创建单独或半群居的饲养单元。这些构造经过优化,以维护大鼠健康并防止硬件损坏。我们列出了所有价格以及降低总体构建成本的采购策略建议。
• 饲养室经过优化,适合长期饲养,以保护佩戴精密头戴式设备(如微型显微镜)的大鼠。
• 设计为对操作性条件反射箱的低成本、高效补充,为长期微型显微镜成像带来诸多益处。根据实验条件,可通过安装摄像头、换向器或不同类型的地板格栅来扩充饲养室。
• 这些饲养室还可以相互固定,形成“大鼠双联体”,使实验人员能够控制社会隔离程度。