Corry W D, Defendi V
J Biochem Biophys Methods. 1981 Jan;4(1):29-38. doi: 10.1016/0165-022x(81)90003-8.
The design of a chamber for determining the centrifugal force necessary to detach cells from various substrates is presented. Cells from an SV40-transformed murine peritoneal macrophage line and human erythrocytes were used to assess the feasibility of using the chamber for studies of cell adhesion. This work was confirmed the usefulness of the chamber and provided data concerning the force necessary to detach the cells. These data indicated that the percentage of cells detached from a glass substrate was not a function of force alone. The number of cells detaching increased with the impulse applied to the cells when they were exposed to a constant force. Similarly, when the impulse applied to the IC21 cells was maintained at a constant level, the percentage of cells detached by a centrifugal force increased with the magnitude of the force.
本文介绍了一种用于确定将细胞从各种基质上分离所需离心力的腔室设计。使用来自SV40转化的小鼠腹膜巨噬细胞系的细胞和人类红细胞来评估使用该腔室进行细胞粘附研究的可行性。这项工作证实了该腔室的实用性,并提供了有关分离细胞所需力的数据。这些数据表明,从玻璃基质上分离的细胞百分比并非仅取决于力。当细胞受到恒定力作用时,分离的细胞数量随施加于细胞的冲量增加而增加。同样,当施加于IC21细胞的冲量保持在恒定水平时,离心力分离的细胞百分比随力的大小增加而增加。