CiNii Books - Protein protocols on CD-ROM : version 2.0

Author(s)

- Walker, John M.

Bibliographic Information

Protein protocols on CD-ROM : version 2.0

edited by John M. Walker

Humana Press, c2002

Computer File（Computer Optical Disc Cartridge）

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Note

"Derived from the Acclaimed Methods in Molecular Biology Series"--Back cover

System requirements: IBM PC compatibles: 80386SX or higher processor, 16 MB RAM and minimum 11 MB hard disk space, DOS 5.0 or higher, Windows 3.1 or later in enhanced mode with virtual memory enabled, VGA monitor minimum (Super VGA with 256 colors and 800 x 600 resolutions, Macintosh 68K: System 7 or higher with Color Quickdraw, 8 MB of RAM (or 4 MB with virtual memory enabled), 9.5 MB of hard disk space (full) or 5 MB (minimum), Color display with 256 colors and 800 x 600 resolution, Macintosh compatible CD-ROM drive with Foreign File Access installed, Macintosh Power PC: System 7.5.5 or higher, 8 MB of RAM minimum, 16 MB of RAM recommended, 20 MB of hard disk space (full) or 16 MB (minimum), Macintosh compatible CD-ROM drive

Description and Table of Contents

Description

Now you and your colleagues can have instant access to over 5000 time-tested, state-of-the-art protein methods and supporting protocols that are unfailingly reproducible and easily accessible through CD-ROM technology. Unprecedented in scope and depth of coverage, this comprehensive collection contains all the major basic procedures needed for isolating, characterizing, and analyzing proteins, including powerful new techniques in mass spectroscopy, NMR, proteomics, and immunochemistry. But far beyond that, this CD-ROM includes many unique cutting-edge NMR techniques, physical methods of analysis, and protocols for peptide synthesis, membrane proteins, ELISA, proteolytic enzymes, and epitope mapping.

Table of Contents

Section 1. Quantitation of Proteins. Section 2. Electrophoresis of Proteins and Peptides and Detection in Gels. Section 3. Blotting and Detection Methods. Section 4. Expression and Detection of Recombinant Genes. Section 5. Protein Purification. Section 6. Membrane Proteins. Section 7. Chemical Modification of Proteins and Peptide Production and Purification. Section 8. Protein/Peptide Characterization and Sequencing. Section 9. Glycoproteins. Section 10. Immunochemical Techniques. Section 11. Antibodies. Section 12. ELISA and Other Assays. Section 13. Epitope Mapping. Section 14. NMR of Proteins and Peptides. Section 15. Mass Spectrometry of Proteins and Peptides. Section 16. Other Physical Methods of Analysis. Section 17. Peptide Synthesis. Section 18. Proteolytic Enzymes. Section 19. Enzyme and Other Assays. Section 20. Named Proteins and Domains: Purification and Analysis. Section 21. Protein-Protein Interactions. Section 22. Protein Bioinformatics. Section 23. Combinatorial Libraries.

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