336 Pages
by
CRC Press
336 Pages
by
CRC Press
Also available as eBook on:
This book presents a summary of the application and instrumentation of cell electrophoresis. The method of making cell purification and characterization possible according to the cellular negative surface charge density is discussed, and ideas for future developments are explained. The negative electrostatic forces at cell surfaces provide information about cell-cell interaction, blood vessel... Read more
Theoretical Considerations:
Contributions to a Mathematical Theory of Free Flow Electrophoresis, F.G. Boese
Numerical Description of Zone Electrophoresis in the CFE Device, T.M. Grateful, A.M. Athalye, and E.N. Lightfoot
Improvements of the Method:
Theoretical and Experimental Studies on the Stabilization of Hydrodynamic Flow in Free-Fluid Electrophoresis, P.H. Rhodes and R.S. Snyder
The Loading and Unloading of Cells in Electrophoretic Separations, P. Todd
Electrode Compartment Separating Membranes for Cell Electrophoresis, J. Heinrich and H. Wagner
Cell Electrophoresis Using Antibodies and Antigens as Ligands, H.H.P. Cohly and S.K. Das
Buffers and Their Effects on Cells:
New Buffer Systems for Cell Electrophoresis, K.A. Kinsley and L.S. Rodkey
Alteration of Cellular Features after Exposure to Low Ionic Strength Medium, I. Bernhardt
Electrophoresis of Cells at Physiologic Ionic Strength, M.V. Golovanov
The Importance of Determination of the Negative Surface Charge Density of Cells:
Simultaneous Two-Parameter Measurements of the Electrophoretic Features of Cell Populations and Their Sedimental Characteristics, G.G. Slivinsky
Cell Interactions and Surface Hydrophilicity: Influence of Lewis Acid-Base and Electrostatic Forces, C. J. van Oss
Electrical Surface Phenomena of Endothelial Cells, F.F. Vargas
Application of Cell Electrophoresis for Clinical Diagnosis, W. Schütt, N. Hashimoto, and M. Shimizu
The Negative Surface Charge Density of Cells and Their Actual State of Differentiation or Activation, J. Bauer
Cell Electrophoresis in Space:
Cell Electrophoresis in Microgravity: Past and Future, D.R. Morrison
Cell Electrophoresis in Microgravity, U. Friedrich, G. Ruyters, and J. Bauer
Contributions to a Mathematical Theory of Free Flow Electrophoresis, F.G. Boese
Numerical Description of Zone Electrophoresis in the CFE Device, T.M. Grateful, A.M. Athalye, and E.N. Lightfoot
Improvements of the Method:
Theoretical and Experimental Studies on the Stabilization of Hydrodynamic Flow in Free-Fluid Electrophoresis, P.H. Rhodes and R.S. Snyder
The Loading and Unloading of Cells in Electrophoretic Separations, P. Todd
Electrode Compartment Separating Membranes for Cell Electrophoresis, J. Heinrich and H. Wagner
Cell Electrophoresis Using Antibodies and Antigens as Ligands, H.H.P. Cohly and S.K. Das
Buffers and Their Effects on Cells:
New Buffer Systems for Cell Electrophoresis, K.A. Kinsley and L.S. Rodkey
Alteration of Cellular Features after Exposure to Low Ionic Strength Medium, I. Bernhardt
Electrophoresis of Cells at Physiologic Ionic Strength, M.V. Golovanov
The Importance of Determination of the Negative Surface Charge Density of Cells:
Simultaneous Two-Parameter Measurements of the Electrophoretic Features of Cell Populations and Their Sedimental Characteristics, G.G. Slivinsky
Cell Interactions and Surface Hydrophilicity: Influence of Lewis Acid-Base and Electrostatic Forces, C. J. van Oss
Electrical Surface Phenomena of Endothelial Cells, F.F. Vargas
Application of Cell Electrophoresis for Clinical Diagnosis, W. Schütt, N. Hashimoto, and M. Shimizu
The Negative Surface Charge Density of Cells and Their Actual State of Differentiation or Activation, J. Bauer
Cell Electrophoresis in Space:
Cell Electrophoresis in Microgravity: Past and Future, D.R. Morrison
Cell Electrophoresis in Microgravity, U. Friedrich, G. Ruyters, and J. Bauer
Biography
Johann Bauer
