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This is a laboratory manual for a course in immunochemical techniques designed to introduce students to the subject, enabling them to understand the wider applications of the techniques they are using. The text is written with easy-to-follow protocols for immunological techniques used in modern research labs and biochemical companies.
Rapid expansion in the field of immunochemistry has necessitated the publication of a new edition to succeed the indispensable present manual. As its predecessor, this revised edition presents you with the data and practical advice you need on the application of the rapidly expanding mass of data on immunochemistry. More specifically, the book examines the possibilities of employing immunological microtechniques in biochemical and histochemical analyses. The reader will find up-to-date information on the practical application of immunochemical analysis for laboratory use. Immunochemical Techniques especially stresses the possible errors and misinterpretations which may occur. Revised and extended chapters include: lectins, HLA-antigens, and crossed-electrophoresis. New chapters deal with: the complement system, enzyme immunoassay systems, immuno-fluorescence methods, immunoadsorbent techniques, and recent developments in methodology. Conveniently available in hardcover and paperback, this volume is unsurpassed both as a practical reference work, and as a laboratory manual.
This book intends to be neither a complete survey of the field nor an exhaustive source of references. For these purposes, the use of the extensive compilation "Experimental Immunochemistry" by E. A. KABAT and M. M. MAYER (1962) or the excellent methodological textbook, "Methods in Immunology", by D. H. CAMPBELL, J. S. GARVEY, E. E. CREMER and D. H. SUSSDORF (1963), or the quite comprehensive series "Methods in Immunology and Immunochemistry" by C. A. WILLIAMS and M. W. CHASE (1967) are more suitable. The main purpose of this manual ist to provide students with a simple book which will introduce them to some frequently occurring problems in the three major sections of the immunochemistry of natural products. These are the isolation of the materials, the chemical analysis of the constituents and their structure, and, finally, the assays of the most important biological and immunological activities. In this manual the exercises are simplified and several shortcuts are taken in order to fit them into the framework of a teaching course. The introduction to each exercise gives a brief and elementary explanation of the reaction on which it is based. "Materials and Equipment" lists all tissues or cells, chemicals, glassware, and special equipment which must be available to carry out the exercise, although the very common laboratory tools are usually omitted from the list.
This much anticipated second edition of the best selling Immunological Protocols provides a user-friendly, up-to-date handbook of reliable immunochemical techniques optimized for ready use by molecular biologists. It covers the breadth of relevant established methods-from protein blotting and immunoassays through the visualization of cellular antigens and in situ hybridization-each with their latest refinements. Protocols for the production and purification of important classes of immunochemical reagents are also provided, including "conventional" and recombinant antibodies, fusion proteins, and their various conjugates. The second edition of Immunochemical Protocols brings many previously specialized techniques within the grasp of all laboratory workers. It remains, like its predecessor, "an excellent laboratory manual and reference" and opens the door to the productive use of a new generation of immunochemical reagents with exciting possibilities.
This much anticipated second edition of the best selling Immunological Protocols provides a user-friendly, up-to-date handbook of reliable immunochemical techniques optimized for ready use by molecular biologists. It covers the breadth of relevant established methods-from protein blotting and immunoassays through the visualization of cellular antigens and in situ hybridization-each with their latest refinements. Protocols for the production and purification of important classes of immunochemical reagents are also provided, including conventional" and recombinant antibodies, fusion proteins, and their various conjugates. The second edition of Immunochemical Protocols brings many previously specialized techniques within the grasp of all laboratory workers. It remains, like its predecessor, "an excellent laboratory manual and reference" and opens the door to the productive use of a new generation of immunochemical reagents with exciting possibilities."
1. Introduction (S Renshaw) 2. Antibodies for immunochemistry (C Onley) 3. The selection of reporter labels (S Mardle) 4. Immunochemical staining techniques (S Renshaw) 5. Multiple immunochemical staining techniques (I Jones) 6. Confocal microscopy and immunohistochemistry (M Cuttle) 7. Ultrastructural immunochemistry (J Skepper) 8. Image capture, analysis and quantification (D Tannahill) 9. Quality assurance in immunohistochemistry (P Jackson) 10. Automated immunochemistry (E Schenck) List of suppliers; Index
This second edition of the now-classic lab manual Antibodies, by Harlow and Lane, has been revised, extended, and updated by Edward Greenfield of the Dana-Farber Cancer Center, with contributions from other leaders in the field. Once again, the manual is an essential resource for molecular biology, immunology, and cell culture labs on all matters relating to antibodies. The chapters on hybridomas and monoclonal antibodies have been recast with extensive new information and there are additional chapters on characterizing antibodies, antibody engineering, and flow cytometry. As in the original book, the emphasis in this second edition is on providing clear and authoritative protocols with sufficient background information and troubleshooting advice for the novice as well as the experienced investigator.
A handy lab manual that allows quick and easy access to the techniques commonly used in analysing antibody specificity. It describes some of the most useful immunological techniques based on antibodies, including ELISA, immunoblotting and immunoprecipitation protocols that provide useful tools for recognising immunological specificities, together with basic immunofluorescence and immunohistochemistry procedures for the in situ identification of antigens. The topics are discussed from a practical point of view, combining the theoretical basis of each technique with sample protocols and a troubleshooting guide. Attention is focused on the various aspects of the protocols described thus providing readers with the maximum possible information on each technique. XXXXXXX NEUER TEXT This handy lab manual permits quick access to the techniques commonly used to analyze antibody specificity. The most useful immunological techniques are described, providing readers with practical tools for recognizing immunological specificities and procedures for the in situ identification of antigens. The theoretical basis of each technique is described and sample protocols and troubleshooting tips are included. A Springer Lab Manual