Baker F L, Ajani J, Spitzer G, Tomasovic B J, Williams M, Finders M, Brock W A
Department of Experimental Radiotherapy, University of Texas, M. D. Anderson Hospital and Tumor Institute, Houston 77030.
Int J Cell Cloning. 1988 Mar;6(2):95-105. doi: 10.1002/stem.5530060203.
The colony-forming efficiency (CFE) of primary human tumor cells cultured in the adhesive-tumor-cell culture system (ATCCS) using Ham's F12 (F12) or Eagle's minimum essential medium, alpha modification (alphaMEM) and culture medium supplemented with either swine, equine or bovine sera were compared. AlphaMEM supplemented with equine serum provided the highest CFE of the combinations. The CFE increase due to the change from F12 to alphaMEM was approximately 5-fold, and the increase due to the change in serum from swine to equine was approximately 2-fold. Cytokeratin staining showed that this increase was not due to fibroblast growth. The high-average CFE with alphaMEM, approximately 3%, means that an inoculum of only 2 X 10(3) cells is needed to achieve formation of approximately 65 colonies in control cultures, thereby increasing the performance of this system when used in a chemosensitivity assay.
比较了在使用Ham's F12(F12)或Eagle's最低必需培养基α改良版(αMEM)以及添加猪、马或牛血清的培养基的粘附性肿瘤细胞培养系统(ATCCS)中培养的原代人肿瘤细胞的集落形成效率(CFE)。添加马血清的αMEM在这些组合中提供了最高的CFE。从F12更换为αMEM导致CFE增加约5倍,从猪血清更换为马血清导致CFE增加约2倍。细胞角蛋白染色表明这种增加并非由于成纤维细胞生长。αMEM的高平均CFE约为3%,这意味着在对照培养物中仅需接种2×10³个细胞就能形成约65个集落,从而提高了该系统在用于化学敏感性测定时的性能。