Kaur Gurvinder, Dufour Jannette M
Department of Cell Biology and Biochemistry; Texas Tech University Health Sciences Center; Lubbock, TX USA.
Spermatogenesis. 2012 Jan 1;2(1):1-5. doi: 10.4161/spmg.19885.
Cell lines are often used in place of primary cells to study biological processes. However, care must be taken when interpreting the results as cell lines do not always accurately replicate the primary cells. In this article, we will briefly talk about advantages and disadvantages of cell lines and then discuss results using the mouse Sertoli cell line, MSC-1, compared with primary mouse Sertoli cells. MSC-1 cells resemble Sertoli cells morphologically and possess several biochemical markers associated with Sertoli cells. Studies have demonstrated that the function and regulation of retinoic acid receptor α (RARα) is similar between MSC-1 and rat Sertoli cells. However, MSC-1 cells lack some of the immune privilege properties associated with primary Sertoli cells, including survival in animals with a fully functional immune system. Therefore, it has to be kept in mind that cell lines do not behave identically with primary cells and should not be used to replace primary cells. In order to strengthen the findings, key control experiments using primary cells should always be performed.
细胞系常被用来替代原代细胞以研究生物学过程。然而,在解释结果时必须谨慎,因为细胞系并不总是能准确复制原代细胞。在本文中,我们将简要讨论细胞系的优缺点,然后讨论使用小鼠支持细胞系MSC-1与原代小鼠支持细胞相比的结果。MSC-1细胞在形态上类似于支持细胞,并具有一些与支持细胞相关的生化标志物。研究表明,维甲酸受体α(RARα)在MSC-1细胞和大鼠支持细胞中的功能和调节相似。然而,MSC-1细胞缺乏一些与原代支持细胞相关的免疫豁免特性,包括在具有完全功能免疫系统的动物体内存活的能力。因此,必须牢记细胞系与原代细胞的行为并不完全相同,不应被用来替代原代细胞。为了强化研究结果,应始终使用原代细胞进行关键的对照实验。