以DNA为靶点的细胞系质量控制

J. Carrillo-Ávila, P. Catalina, R. Aguilar-Quesada
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引用次数: 1

摘要

细胞系是广泛应用于生物医学研究的临床前模型。使用细胞系所需的便利和相对简单的设施,以及大量潜在的应用,鼓励许多研究人员选择这种模式。然而,从不可靠的来源获得细胞系或通过实验室间交换导致质量不确定的不可控细胞系。此外,通过多次传代使用细胞系作为无限资源的可能性可能导致这种不受控制的情况,其主要后果是研究结果之间缺乏可重复性。已经出现了不同的倡议,以促进有关细胞系使用的最佳做法,并尽量减少对所报告的科学结果的影响,包括在良好细胞培养规范(GCCP)框架内的全面质量控制。细胞库是用于专业分发高质量和已知来源的生物材料的研究基础设施,致力于这些倡议。许多用于测试细胞系不同属性的质量控制都是基于DNA的。本文综述了以DNA为靶分子的细胞系的质量控制方案,并详细介绍了其范围、目的及其相应的功能。
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Quality Control of Cell Lines Using DNA as Target
Cell lines are a widely used pre-clinical models for biomedical research. The accessibility and the relative simplicity of facilities necessary for the use of cell lines, along with the large number of potential applications, encourage many researchers to choose this model. However, the access to cell lines from a non-confident source or through the interlaboratory exchange results in uncontrollable cell lines of uncertain quality. Furthermore, the possibility of using cell lines as an endless resource through multiple passages can contribute to this uncontrolled scenario, the main consequence of which is the lack of reproducibility between the research results. Different initiatives have emerged to promote the best practices regarding the use of cell lines and minimize the effect on the scientific results reported, including comprehensive quality control in the frame of Good Cell Culture Practice (GCCP). Cell Banks, research infrastructures for the professional distribution of biological material of high and known quality and origin, are committed with these initiatives. Many of the quality controls used to test different attributes of cell lines are based on DNA. This review describes quality control protocols of cell lines whose target molecule is DNA, and details the scope or purpose and their corresponding functionality.
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