Paige Candler, Hill Bailey, Canterbury Joseph, Sweitzer Sarah, Romero-Sandoval E Alfonso
Department of Administration and Pharmaceutical Sciences, Presbyterian College School of Pharmacy.
Department of Administration and Pharmaceutical Sciences, Presbyterian College School of Pharmacy;
J Vis Exp. 2014 Nov 22(93):e51989. doi: 10.3791/51989.
In vivo biomedical research is pivotal to translate in vitro findings into clinical advances. Small academic institutions with limited resources find it virtually impossible to build and maintain typical rodent facilities for research. Zebrafish research has been demonstrated to be a valuable alternative for in vivo research in pharmacology, physiology, development and genetic studies. This article demonstrates that a functional zebrafish facility can be built in an easy and affordable manner. We demonstrate that such a facility could be built in about one working day with minimal tools and expertise. The cost of the 27 1.8 L fish tank zebrafish facility constructed in this study was approximately $1,500. We estimate that the maintenance of an initial working 150 fish colony for 3 months is $1,000. This project involved students, who were introduced to aquaculturing of zebrafish for research proposes.
体内生物医学研究对于将体外研究结果转化为临床进展至关重要。资源有限的小型学术机构几乎不可能建造和维护用于研究的典型啮齿动物设施。斑马鱼研究已被证明是药理学、生理学、发育和遗传学体内研究的一种有价值的替代方法。本文证明了可以以简单且经济实惠的方式建造一个功能齐全的斑马鱼设施。我们证明这样一个设施可以在大约一个工作日内用最少的工具和专业知识建成。本研究中构建的27个1.8升鱼缸的斑马鱼设施成本约为1500美元。我们估计维持一个初始的150尾工作鱼群3个月的费用为1000美元。该项目让学生参与其中,他们被引入到为研究目的进行斑马鱼水产养殖的工作中。