Technologie Cellulaire, Institut Pasteur, 28 Rue du Docteur Roux, F-75724, Paris-Cedex 15, France.
Cytotechnology. 1988 Feb;1(2):113-21. doi: 10.1007/BF00146811.
Batch cultures of mouse-mouse hybridoma cell lines were carried out and their growth and production kinetics investigated. Three main cell specific production patterns (expressed as pg IgG/cell x hour) were found, which can be used as a classification system for hybridoma cell lines (groups I-III). Cells showing the highest IgG-production at the beginning of the batch culture (during the lag and the onset of the log-phase) were classified as either group I and II. The difference was that cell lines of group II showed a second high cell specific production at the onset of the stationary and death phases. Cell lines of group III had a quite constant production of antibodies during their growth; but IgG secretion completely stopped after the beginning of the stationary phase. The implications of these three production patterns on the design of a production process are discussed.
进行了小鼠-小鼠杂交瘤细胞系的分批培养,并研究了它们的生长和生产动力学。发现了三种主要的细胞特异性生产模式(表示为 pg IgG/细胞 x 小时),可作为杂交瘤细胞系的分类系统(I 组-III 组)。在分批培养开始时(在迟滞期和对数生长期开始时)表现出最高 IgG 产量的细胞被归类为 I 组或 II 组。区别在于,II 组的细胞系在静止期和死亡期开始时表现出第二次高细胞特异性生产。III 组的细胞系在生长过程中抗体的产生相当稳定;但在静止期开始后,IgG 分泌完全停止。讨论了这三种生产模式对生产过程设计的影响。