Buchwald M
Clin Biochem. 1984 Jun;17(3):143-50. doi: 10.1016/s0009-9120(84)80147-2.
The use of cultured human cells for biochemical analysis is increasing. This reflects the many advantages of such cells over tissue samples: independence of the measurements from the biological milieu of the donor, better control of experimental variables and the possibility of immortalizing the patient via his cells. Concomitant with these advantages, however, are certain new experimental variables which, if not properly controlled, can yield spurious results. This paper describes the types of cultured human cells that are generally available and the basic steps involved in their culture, as well as a discussion of the sources of variability in biochemical measurements which can be attributed to cell culture.
用于生化分析的培养人细胞的使用正在增加。这反映了此类细胞相对于组织样本的诸多优势:测量结果不受供体生物环境的影响、能更好地控制实验变量以及通过其细胞使患者细胞永生化的可能性。然而,伴随着这些优势,也存在某些新的实验变量,如果控制不当,可能会产生虚假结果。本文描述了一般可获得的培养人细胞类型及其培养所涉及的基本步骤,以及对可归因于细胞培养的生化测量变异性来源的讨论。