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Separation methods in proteomics / edited by Gary B. Smejkal, Alexander Lazarev.

Contributor(s): Smejkal, Gary B [(ed.)] | Lazarev, Alexander [(j.ed.)].
Publisher: Boca Raton, FL : CRC Taylor & Francis, 2006Description: 510 p. : ill. ; 25 cm.ISBN: 0824726995 (hbk.).Subject(s): Proteomics -- Methodology | Proteomics -- methodsDDC classification: 572.6
Contents:
Part I : Sample Preparation. Chapter 1. Applications of pressure cycling technology (PCT) in proteomics / Feng Tao ... [et al.] - Chapter 2. Applications of ion-exchange (IEX) chromatography to reduce sample complexity prior to two-dimensional gel electrophoresis (2DE) / Malcolm G. Pluskal, Eva Golenko, and Mary F. Lopez. - Chapter 3. Separations in proteomics: use of camelid antibody fragments in the depletion and enrichment of human plasma proteins for proteomics applications / Mark ten Haaft, Pim Hermans, and Bruce Dawson. - Chapter 4. Novel plasma protein separation strategy using multiple avian IgY antibodies for proteomic analysis / Sun W. Tam ... [et al.] - Chapter 5. Immunoaffinity depletion of high-abundant proteins for proteomic sample preparation / Nina Zolotarjova ... [et al.] - Chapter 6. Isolation of plasma membrane proteins for proteomic analysis / Catherine Fenselau and Amir Rahbar. - Chapter 7. New ultrafiltration and solid phase extraction techniques improve serum peptide detection / Elena Chernokalskaya ... [et al.] Part II : Sample Prefraction and Analysis. - Chapter 8. Tools for sample preparation and prefractionation in two-dimensional (2D) gel electrophoresis / Anton Posch, Aran Paulus, and Mary Grace Brubacher. - Chapter 9. Optic nerve fractionation for proteomics / Sanjoy K. Bhattacharya ... [et al.] - Chapter 10. Fractionation of retina for proteomic analyses / Sanjoy K. Bhattacharya ... [et al.] - Chapter 11. Reducing protein sample complexity with free flow electrophoresis (FFE) / Askar Kuchumov, Gerhard Weber, Christoph Eckerskorn - Part III : Applications of Electrophoresis in Proteomics. - Chapter 12. Destreaking strategies for two-dimensional electrophoresis / Fengju Bai, Sheng Liu, and Frank A. Witzmann - Chapter 13. Proteomic approaches to the study of rheumatoid arthritis / Mikaela Antonovici ... [et al.] - Chapter 14. Immunoglobulin patterns in health and disease / Ingrid Miller and Marcia Goldfarb. - Chapter 15. Difference gel electrophoresis (DIGE) / Mustafa ?l?and Jonathan Minden. - Chapter 16. Principles and challenges of basic protein separation by two-dimensional (2D) electrophoresis / Anton Posch, Aran Paulus, and Mary Grace Brubacher. - Chapter 17. Multidimensional separation of membrane proteins / Susan Francis-McIntyre and Simon J. Gaskell - Chapter 18. Structural approaches to glycoproteomics / Heidi Geiser, Cristina Silvescu, and Vernon Reinhold. - Chapter 19. Enrichment and analysis of glycoproteins in the proteome / Nicole L. Wilson, Niclas G. Karlsson, and Nicolle H. Packe. - Part IV : Applications of High-Performance Liquid Chromatography. - Chapter 20. Proteomic analyses using high-efficiency separations and accurate mass measurements / Jon M. Jacobs and Richard D. Smith. - Chapter 21. Middle-out proteomics: incorporating multidimensional protein fractionation and intact protein mass analysis as elements of a proteomic workflow / Scott J. Berger ... [et al.] - Chapter 22. Polymeric monolithic capillary columns in proteomics / Alexander R. Ivanov. - Part V : Related Techniques. - Chapter23. Proteins staining in polyacrylamide gels / Gary B. Smejkal. - Chapter 24. Multiplexed proteomics: fluorescent detection of proteins, glycoproteins, and phosphoproteins in two-dimensional (2D) gels / Birte Aggeler-Schulenberg. - Chapter 25. Glyoxyl agarose and its composite gels: advantageous alternatives to polyacrylamide gel electrophoresis for very large and small proteins and peptides and all sizes in between / John R. Shainoff. - Chapter 26. Nuclear magnetic resonance-driven chemical proteomics: the functional and mechanistic complement to proteomics / Phani Kumar Pullela and Daniel S. Sem. - Chapter 27. Electrophoretic nuclear magnetic resonance in proteomics: toward high-throughput structural characterization of biological signaling processes / Qiuhong He and Xiangjin Song. - Index.
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Part I : Sample Preparation. Chapter 1. Applications of pressure cycling technology (PCT) in proteomics / Feng Tao ... [et al.] - Chapter 2. Applications of ion-exchange (IEX) chromatography to reduce sample complexity prior to two-dimensional gel electrophoresis (2DE) / Malcolm G. Pluskal, Eva Golenko, and Mary F. Lopez. - Chapter 3. Separations in proteomics: use of camelid antibody fragments in the depletion and enrichment of human plasma proteins for proteomics applications / Mark ten Haaft, Pim Hermans, and Bruce Dawson. - Chapter 4. Novel plasma protein separation strategy using multiple avian IgY antibodies for proteomic analysis / Sun W. Tam ... [et al.] - Chapter 5. Immunoaffinity depletion of high-abundant proteins for proteomic sample preparation / Nina Zolotarjova ... [et al.] - Chapter 6. Isolation of plasma membrane proteins for proteomic analysis / Catherine Fenselau and Amir Rahbar. - Chapter 7. New ultrafiltration and solid phase extraction techniques improve serum peptide detection / Elena Chernokalskaya ... [et al.] Part II : Sample Prefraction and Analysis. - Chapter 8. Tools for sample preparation and prefractionation in two-dimensional (2D) gel electrophoresis / Anton Posch, Aran Paulus, and Mary Grace Brubacher. - Chapter 9. Optic nerve fractionation for proteomics / Sanjoy K. Bhattacharya ... [et al.] - Chapter 10. Fractionation of retina for proteomic analyses / Sanjoy K. Bhattacharya ... [et al.] - Chapter 11. Reducing protein sample complexity with free flow electrophoresis (FFE) / Askar Kuchumov, Gerhard Weber, Christoph Eckerskorn - Part III : Applications of Electrophoresis in Proteomics. - Chapter 12. Destreaking strategies for two-dimensional electrophoresis / Fengju Bai, Sheng Liu, and Frank A. Witzmann - Chapter 13. Proteomic approaches to the study of rheumatoid arthritis / Mikaela Antonovici ... [et al.] - Chapter 14. Immunoglobulin patterns in health and disease / Ingrid Miller and Marcia Goldfarb. - Chapter 15. Difference gel electrophoresis (DIGE) / Mustafa ?l?and Jonathan Minden. - Chapter 16. Principles and challenges of basic protein separation by two-dimensional (2D) electrophoresis / Anton Posch, Aran Paulus, and Mary Grace Brubacher. - Chapter 17. Multidimensional separation of membrane proteins / Susan Francis-McIntyre and Simon J. Gaskell - Chapter 18. Structural approaches to glycoproteomics / Heidi Geiser, Cristina Silvescu, and Vernon Reinhold. - Chapter 19. Enrichment and analysis of glycoproteins in the proteome / Nicole L. Wilson, Niclas G. Karlsson, and Nicolle H. Packe. - Part IV : Applications of High-Performance Liquid Chromatography. - Chapter 20. Proteomic analyses using high-efficiency separations and accurate mass measurements / Jon M. Jacobs and Richard D. Smith. - Chapter 21. Middle-out proteomics: incorporating multidimensional protein fractionation and intact protein mass analysis as elements of a proteomic workflow / Scott J. Berger ... [et al.] - Chapter 22. Polymeric monolithic capillary columns in proteomics / Alexander R. Ivanov. - Part V : Related Techniques. - Chapter23. Proteins staining in polyacrylamide gels / Gary B. Smejkal. - Chapter 24. Multiplexed proteomics: fluorescent detection of proteins, glycoproteins, and phosphoproteins in two-dimensional (2D) gels / Birte Aggeler-Schulenberg. - Chapter 25. Glyoxyl agarose and its composite gels: advantageous alternatives to polyacrylamide gel electrophoresis for very large and small proteins and peptides and all sizes in between / John R. Shainoff. - Chapter 26. Nuclear magnetic resonance-driven chemical proteomics: the functional and mechanistic complement to proteomics / Phani Kumar Pullela and Daniel S. Sem. - Chapter 27. Electrophoretic nuclear magnetic resonance in proteomics: toward high-throughput structural characterization of biological signaling processes / Qiuhong He and Xiangjin Song. - Index.