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(Ebook PDF) Advances in Chromatography Volume 41 1st Edition by Phyllis Brown, Eli Grushka 0824705092 9780824705091 Full chapter

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Advances in Chromatography Volume 41 1st Edition Phyllis R. Brown Digital Instant Download

Author(s): Phyllis R. Brown, Eli Grushka
ISBN(s): 9780824705091, 0824705092
Edition: 1
File Details: PDF, 3.63 MB
Year: 2001
Language: english
SKU: EB-1908912 Category: Tags: ,

Advances in Chromatography Volume 41 1st Edition by Phyllis R. Brown, Eli Grushka – Ebook PDF Instant Download/Delivery: 0824705092, 978-0824705091
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Product details:

ISBN 10:         0824705092
ISBN 13: 978-0824705091
Author:          Phyllis R. Brown, Eli Grushka

This is the 41st volume in the series Advances in Chromatography. The papers in this volume: take advantage of the properties of electroosmotic flow to explore capillary electrochromatography as an alternative to HPLC for nonvolatile analytes; analyze advances in biomembrane chromatography using reverse-phase HPLC for protein purification and biophysical studies of peptides and proteins at lipid-like surfaces; focus on trace metal determination and speciation performed by liquid chromatography methods; and more.
 

Advances in Chromatography Volume 41 1st Table of contents:

  1. Fundamentals of Capillary Electrochromatography
    I. Introduction
    II. Basic Concepts
    III. Theory
    IV. Instrumental Developments
    V. Mobile-Phase Considerations
    VI. Applications
    VII. Concluding Remarks
    References

  2. Membrane Extraction Techniques for Sample Preparation
    I. Sample Preparation Techniques
    II. Membrane Extraction Techniques
    III. Interfacing Membrane Extraction and Separation
    IV. What Can Be Achieved by Membrane Extraction?
    V. Fields of Application of Membrane Extraction
    VI. Conclusions
    References

  3. Design of Rapid Gradient Methods for the Analysis of Combinatorial Chemistry Libraries and the Pr
    I. Introduction
    II. Theory
    III. Practice of Fast Chromatography
    IV. Conclusion
    Symbols
    References

  4. Molecular Imprinted Extraction Materials for Highly Selective Sample Clean-Up and Analyte Enrichment
    I. Introduction
    II. Multipurpose SPE Phases
    III. High-Affinity SPE Phases
    IV. Molecularly Imprinted Solid-Phase Extraction (MISPE)
    V. Previous MISPE Protocols
    VI. The Development of New MISPE Protocols
    VII. Polymer Synthesis-Related Factors
    VIII. Methods for Synthesis and Screening of Large Groups of MIPs
    IX. Template Bleeding—An Unresolved Issue in MISPE Protocols
    X. Conclusion
    References

  5. Biomembrane Chromatography: Application to Purification and Biomolecule-Membrane Interactions
    I. Introduction
    II. Biomembrane-Modified Soft-Gel Chromatographic Supports
    III. Biomembrane-Modified Silica-Based Chromatographic Supports
    IV. Applications
    V. Conclusions and Future Directions
    References

  6. Transformation of Analytes for Electrochemical Detection: A Review of Chemical and Physical Approaches
    I. Abbreviations
    II. Introduction
    III. Transformation Methods and Summary Tables
    IV. NDTE
    References

  7. High-Performance Liquid Chromatography: Trace Metal Determination and Speciation
    I. Introduction
    II. Sample Handling
    III. Chromatographic Modes
    IV. Metal Speciation
    References

  8. Temperature-Responsive Chromatography
    I. Introduction
    II. Temperature-Responsive Polymers
    III. Temperature-Responsive Stationary Phases
    IV. Temperature-Responsive Chromatography: Tunable Separation
    V. Temperature Effects on Retention
    VI. Temperature Gradient: The Method Is Replacing Solvent Gradient
    VII. Application to the Separation of Peptides and Proteins
    VIII. Conclusions
    References

  9. Carrier Gas in Capillary Gas-Liquid Chromatography
    I. Introduction
    II. Absolute Retention and Its Dependence on the Nature and Pressure of the Carrier Gas
    III. Relative Retention and Its Dependence on the Nature and Pressure of the Carrier Gas
    IV. Steam Capillary Gas-Liquid Chromatography and the Influence of Water Vapor on Relative Retention
    V. Influence of the Nature and Pressure of the Carrier Gas on the Separation
    VI. Effect of Carrier-Gas Solubility in SLP on Relative Retention
    VII. Conclusion
    References

  10. Catechins in Tea: Chemistry and Analysis
    I. Introduction
    II. The Chemical Composition of Tea Extracts
    III. Catechins
    IV. Chemical Reactions of Catechins in Tea
    V. HPLC Analyses of Catechins
    VI. Conclusion

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