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Technology for cell cycle research with unstressed steady-state cultures

机译:无应力稳态培养的细胞周期研究技术

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A culture system for performing cell cycle analyses on cells in undisturbed steady-state populations was designed and tested. In this system, newborn cells are shed continuously from an immobilized, perfused culture rotating about the horizontal axis. As a result of this arrangement, the number of newborn cells released into the effluent medium each generation is identical to the number of cells residing in the immobilized population, indicating that one of the two new daughter cells is shed at each cell division. Thus, the immobilized cells constitute a continuous, steady-state culture because the concentrations, locations and microenvironments of the cells in the culture vessel do not vary with time. In tests with mouse L1210 lymphocytic leukemia cells, about 108 newborn cells were produced per day. This new culture system enables a multiplicity of cell cycle analyses on large numbers of cells assured to be from populations in steady-state growth.
机译:设计和测试了用于对未受干扰的稳态种群中的细胞进行细胞周期分析的培养系统。在该系统中,新生细胞从固定的,围绕水平轴旋转的灌注培养物中连续脱落。这种安排的结果是,每一代释放到流出介质中的新生细胞数量与固定化种群中的细胞数量相同,这表明两个新的子细胞之一在每个细胞分裂时脱落。因此,固定的细胞构成连续的稳态培养,因为培养容器中细胞的浓度,位置和微环境不会随时间变化。在小鼠L1210淋巴细胞白血病细胞的测试中,每天大约产生108个新生细胞。这种新的培养系统能够对确保来自稳态生长种群的大量细胞进行多种细胞周期分析。

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