Isotachophoresis Theory, Instrumentation and Applications (Journal of chromatography library, Volume 6)

Content: Edited by Page iii Copyright page Page iv Dedicated page Page v Preface Pages xiii-xiv Frans M. Everaerts, Jo L. Beckers, Theo P.E.M. Veŕheggen Chapter 1 Historical review Pages 1-4 Chapter 2 Principles of electrophoretic techniques Pages 7-26 Chapter 3 Concept of mobility Pages 27-40 Chapter 4 Mathematical model for isotachophoresis Pages 41-82 Chapter 5 Choice of electrolyte systems Pages 83-113 Chapter 6 Detection systems Pages 117-202 Chapter 7 Instrumentation Pages 203-245 Chapter 8 Introduction Pages 249-252 Chapter 9 Practical aspects Pages 253-271 Chapter 10 Quantitative aspects Pages 273-282 Chapter 11 Separation of cationic species in aqueous solutions Pages 283-294 Chapter 12 Separation of anionic species in aqueous solutions Pages 295-310 Chapter 13 Amino acids, peptides and proteins Pages 311-336 Chapter 14 Separation of nucleotides in aqueous systems Pages 337-345 Chapter 15 Enzymatic reactions Pages 347-360 Chapter 16 Separations in non-aqueous systems Pages 361-373 Chapter 17 Counter flow of electrolyte Pages 375-384 Appendix A Simplified model of moving-boundary electrophoresis for the measurement of effective mobilities Pages 387-394 Appendix B Diameter of the narrow-bore tube, applied for separation Pages 395-396 Appendix C Literature Pages 397-408 Symbols and abbreviations Pages 409-411 Subject Index Pages 413-418