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Chao Yan |
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$99.75 |
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Contents
Chapter
1
MULTIDIMENSIONAL LIQUID CHROMATOGRAPHY AND CAPILLARY
ELECTROPHORESIS
ࠠࠠࠠࠠ1.1ࠠࠠ History
ࠠࠠࠠࠠ1.2ࠠࠠ Capillary Electrophoresis
ࠠࠠࠠࠠ1.2.1ࠠ Instrumentation
ࠠࠠࠠࠠ1.2.2ࠠ Capillaries
ࠠࠠࠠࠠ1.2.3ࠠ Deactivation of capillary walls for CE of proteins
ࠠࠠࠠࠠ1.2.4ࠠ Electromigration dispersion
ࠠࠠࠠࠠ1.2.5ࠠ Injection
ࠠࠠࠠࠠ1.2.6ࠠ Detection units
ࠠࠠࠠࠠ1.2.7ࠠ Separation techniques
ࠠࠠࠠࠠ1.2.8ࠠ Sample preconcentration
ࠠࠠࠠࠠ1.2.9ࠠ Resolution enhancement with nonconventional electrolytes
ࠠࠠࠠࠠ1.3ࠠࠠ Capillary Zone Electrophoresis
ࠠࠠࠠࠠ1.4ࠠࠠ Micellar Electrokinetic Chromatography
ࠠࠠࠠࠠ1.4.1ࠠ Introduction
ࠠࠠࠠࠠ1.4.2ࠠ Fundamental characteristics
ࠠࠠࠠࠠ1.4.3ࠠ Detection techniques
ࠠࠠࠠࠠ1.4.4ࠠ On-line sample preconcentration
ࠠࠠࠠࠠ1.4.5ࠠ Conclusions and prospects
ࠠࠠࠠࠠ1.5ࠠࠠ Capillary Isoelectric Focusing
ࠠࠠࠠࠠ1.5.1ࠠ Introduction
ࠠࠠࠠࠠ1.5.2ࠠ Modes
ࠠࠠࠠࠠ1.5.3ࠠ Coating
ࠠࠠࠠࠠ1.5.4ࠠ Detection
ࠠࠠࠠࠠ1.5.5ࠠ Conclusion
ࠠࠠࠠࠠ1.6ࠠࠠ Capillary Gel Electrophoresis
ࠠࠠࠠࠠ1.6.1ࠠ History
ࠠࠠࠠࠠ1.6.2ࠠ Principle
ࠠࠠࠠࠠ1.6.3ࠠ Sieving media
ࠠࠠࠠࠠ1.6.4ࠠ Lab-on-a-chip
ࠠࠠࠠࠠ1.7ࠠࠠ Capillary Isotachophoresis
ࠠࠠࠠࠠ1.7.1ࠠ Introduction
ࠠࠠࠠࠠ1.7.2ࠠ Mobility and coating
ࠠࠠࠠࠠ1.7.3ࠠ Detection
ࠠࠠࠠࠠ1.7.4ࠠ Conclusion
ࠠࠠࠠࠠ1.8ࠠࠠ Applications
ࠠࠠࠠࠠ1.8.1ࠠ Capillary zone electrophoresis
ࠠࠠࠠࠠ1.8.2ࠠ Micellar electrokinetic capillary chromatography
ࠠࠠࠠࠠ1.8.3ࠠ Capillary isoelectric focusing
ࠠࠠࠠࠠ1.8.4ࠠ Capillary gel electrophoresis
ࠠࠠࠠࠠ1.8.5ࠠ Capillary isotachophoresis
ࠠࠠࠠࠠReferences
Chapter
2
CAPILLARY
ELECTROCHROMATOGRAPHY
ࠠࠠࠠࠠ2.1ࠠࠠ Capillary Electrochromatography
ࠠࠠࠠࠠ2.1.1ࠠ Theory
ࠠࠠࠠࠠ2.1.2ࠠ Instruments
ࠠࠠࠠࠠ2.1.3ࠠ Columns
ࠠࠠࠠࠠ2.1.4ࠠ Sample introduction and detection
ࠠࠠࠠࠠ2.2ࠠࠠ Pressurized Capillary Electrochromatography
ࠠࠠࠠࠠ2.2.1ࠠ Fundamental aspects
ࠠࠠࠠࠠ2.2.2ࠠ Instrumentation
ࠠࠠࠠࠠ2.2.3ࠠ Columns used in pCEC
ࠠࠠࠠࠠ2.2.4ࠠ Mass spectrometry coupling
ࠠࠠࠠࠠ2.2.5ࠠ Applications
ࠠࠠࠠࠠReferences
Chapter
3
CAPILLARY LIQUID CHROMATOGRAPHY
ࠠࠠࠠࠠ3.1ࠠࠠ Introduction
ࠠࠠࠠࠠ3.2ࠠࠠ Equipment
ࠠࠠࠠࠠ3.2.1ࠠ Injectors
ࠠࠠࠠࠠ3.2.2ࠠ Solvent delivery systems
ࠠࠠࠠࠠ3.2.3ࠠ Columns
ࠠࠠࠠࠠ3.2.4ࠠ Tubing
ࠠࠠࠠࠠ3.2.5ࠠ Detectors
ࠠࠠࠠࠠ3.3ࠠࠠ Stationary Phases
ࠠࠠࠠࠠ3.3.1ࠠ Particles
ࠠࠠࠠࠠ3.3.2ࠠ Monolithic columns
ࠠࠠࠠࠠ3.3.3ࠠ Other stationary phases
ࠠࠠࠠࠠ3.4ࠠࠠ Applications
ࠠࠠࠠࠠ3.4.1ࠠ Food and environment
ࠠࠠࠠࠠ3.4.2ࠠ Drugs
ࠠࠠࠠࠠ3.4.3ࠠ Proteins
ࠠࠠࠠࠠ3.4.4.ࠠChiral separations
ࠠࠠࠠࠠReferences
Chapter
4
MICROFLUIDIC DEVICES FOR HIGH-PERFORMANCE LIQUID CHROMATOGRAPHY
ࠠࠠࠠࠠ4.1ࠠࠠ Introduction
ࠠࠠࠠࠠ4.2ࠠࠠ Open Tubular Columns
ࠠࠠࠠࠠ4.3ࠠࠠ Micromachined Pillar Array Columns
ࠠࠠࠠࠠ4.4ࠠࠠ Packed-Bed Columns
ࠠࠠࠠࠠ4.5ࠠࠠ Monolithic Columns
ࠠࠠࠠࠠ4.6ࠠࠠ HPLC-Chip/MS Platform
ࠠࠠࠠࠠ4.7ࠠࠠ Concluding Remarks
ࠠࠠࠠࠠReferences
Chapter 5
MULTIDIMENSIONAL LIQUID CHROMATOGRAPHY AND CAPILLARY ELECTROPHORESIS
ࠠࠠࠠࠠ5.1ࠠࠠ Introduction
ࠠࠠࠠࠠ5.2ࠠࠠ Capillary Liquid Chromatography‒Capillary Liquid Chromatographyࠠࠠࠠ࠼/span>
ࠠࠠࠠࠠ5.3ࠠࠠ Capillary Liquid Chromatography‒Capillary Electrophoresisࠠࠠࠠ
ࠠࠠࠠࠠ5.4ࠠࠠ Capillary Electrophoresis‒Capillary Liquid Chromatographyࠠࠠࠠࠠ
ࠠࠠࠠࠠ5.5ࠠࠠ Capillary Electrophoresis‒Capillary Electrophoresis
ࠠࠠࠠࠠ5.6ࠠࠠ Capillary Electrochromatography Pressurized Capillary Electrochromatography in Multidimensional Couplingࠠ
ࠠࠠࠠࠠ5.7ࠠࠠ Applications
ࠠࠠࠠࠠ5.7.1ࠠ Metabolites
ࠠࠠࠠࠠ5.7.2ࠠ Pharmaceuticals
ࠠࠠࠠࠠ5.7.3ࠠ Cells and organelles
ࠠࠠࠠࠠ5.7.4ࠠ Proteins
ࠠࠠࠠࠠ5.7.5ࠠ Peptides
ࠠࠠࠠࠠ5.7.6ࠠ Food
ࠠࠠࠠࠠ5.7.7ࠠ Other Applications
ࠠࠠࠠࠠReferences
Abbreviations and Symbols
Index