Wioland M
Biomed Pharmacother. 1986;40(2):64-74.
The present paper describes the theory and practice of cell/particle electrophoresis: the migration of cells/particles free to move in suspension under the influence of an applied electrical field, without any undue damage of cell membranes. The technique is quite different from high voltage electrophoresis on gels and paper. The quantitative biophysical parameter, never likely to be zero, is the electrophoretic mobility, experimentally determined by the cell electrophoresis apparatus, and mathematically related to the electrokinetic or the zeta potential. A detailed description of the analytical and preparative electrophoresis is given. Data are presented on the electrophoretic properties of bone tissue cells and cells of the immune system.
本文描述了细胞/颗粒电泳的理论与实践:即在施加电场的影响下,细胞/颗粒在悬浮液中自由移动而不造成细胞膜任何过度损伤的迁移过程。该技术与凝胶和纸的高压电泳有很大不同。电泳迁移率是一个永远不可能为零的定量生物物理参数,通过细胞电泳仪实验测定,并且在数学上与电动电位或ζ电位相关。文中给出了分析型和制备型电泳的详细描述。还展示了关于骨组织细胞和免疫系统细胞电泳特性的数据。