Basic Methods in Antibody Production and Characterization

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ISBN 9780849394454
Cat# 9445
 

Features

  • Presents in a step-by-step fashion those techniques used by immunologists to produce antibodies
  • Addresses immunizations; polyclonal and monoclonal antibodies; and purification, characterization, and storage
  • Summary

    Written for researchers and professionals in the fields of biomedical research, immunology, biochemistry, molecular biology, pathology, and biotechnology, Basic Methods in Antibody Production and Characterization uses a cookbook approach to presenting the methods for the production, characterization, and use of antibodies.
    Antibodies described include polyclonal and monoclonal and those made by the phage display. Basic Methods in Antibody Production and Characterization focuses on specific aspects of antibodies and takes readers on a step-by-step process from antigen preparation to immunizations, adjuvants, screening, purification, storage, and applications.
    Introductory material accompanies each chapter, giving readers a better understanding of the methods and applications. Ample references arm researchers with many applications pertaining to the particular technology.

    Table of Contents

    STARTING OUT, Delia R. Bethell and Gary C. Howard
    Monoclonal vs. Polyclonal Antibodies
    Using This Manual
    Laboratory Safety
    ANIMAL WELFARE AND REGULATORY ISSUES, Sigmund T. Rich
    Introduction
    Legal Aspects
    Compliance Problems
    Compliance Solutions
    Synopsis of the Animal Welfare Act
    ANTIGENS, Donald H. Lewis
    Introduction
    Haptens, Immunospecificity, and Immunogen-Antibody Interactions
    Specificity and Cross-Reactivity
    Peptides As Immunogens
    Potential Pitfalls
    ADJUVANTS, Jory R. Baldridge and Michael J. Lacy
    Introduction
    General Guidelines and Precautions for Working with Adjuvants
    Protocols for Using Freund's Adjuvants
    Protocol for Using Titermax7
    Use of Ribi Adjuvant System
    POLYCLONAL ANTIBODIES, Eric S. Bean
    Introduction
    Selection of Host
    Injection Protocols
    Dose of Antigen
    Choice of Adjuvant
    Route of Immunization
    Bleeding
    Testing Serum Samples
    Post-Production Purification
    MONOCLONAL ANTIBODY PRODUCTION, Sandy J. Stewart
    Introduction
    Cell Lines and Media
    Immunization
    Hybridization Protocol
    Culture and Propagation
    Cloning and Cryopreservation
    SCREENING TECHNIQUES, Gamal E. Osman and Warren E. Ladiges
    Introduction
    Antibody-Captured ELISA to Detect Specific Antibodies
    Double Antibody-Sandwich ELISA
    Antibody Capture on Cell Surface
    ANTIBODY PRODUCTION BY ASCITES GROWTH, Kristi R. Harkins
    Introduction
    Ascites Production in Mice (Monoclonal Antibody)
    Ascites Production in Mice (Polyclonal Antibody)
    Ascites Production in Rats (Monoclonal Antibody)
    GROWTH OF CELL LINES IN BIOREACTORS, Beverly J. Norris, Michael J. Gramer, and Mark Hirschel
    Introduction
    Common Bioreactor Themes
    Batch Culture
    Fed Batch Culture
    Perfusion Culture
    Hollow-Fiber Bioreactor
    Summary: Choosing a Technology
    PHAGE DISPLAY, Peter Amersdorfer and James D. Marks
    Introduction
    Generation of Human and Murine scFv Gene Repertoires
    Library Construction
    Panning
    Identification of Antigen Binding Clones
    Expression and Purification of Native Antibody Fragments
    ANTIBODY PURIFICATION METHODS, Kristi R. Harkins
    Introduction
    Preliminary Steps
    Purification IgG
    Purification of IgM
    Purification of IgY (Chicken Yolk)
    Other Methods
    Final Product
    MOLECULAR CHARACTERIZATION OF IMMUNOGLOBULIN GENES, Warren Ladiges and Gamal E. Osman
    Introduction
    Cloning immunoglobulin V Regions Using PCR with Universal Primers
    Cloning Ig V Regions Using Linkered-Ligated PCR
    ANTIBODY STORAGE, Kathryn Elwell and Delia R. Bethell
    Introduction
    Storage of Serum, Ascites, and Tissue-Culture Supernatant
    Storage of Purified Antibodies
    Storage of Conjugated Antibodies
    CHEMICALLY MODIFYING ANTIBODIES, Kathryn Elwell and Gary C. Howard
    Basic Considerations
    Sites for Modification
    Adding a Fluorescent Label
    Adding Biotin to Amino Groups
    Activating Carboxyl Groups with EDAC
    Adding Biotin to the Carbohydrate Group
    Radioiodination by the Bolton-Hunter Procedure
    Radioiodination by the Chloramine T Procedure
    Bifunctional Reagents and Conjugations
    Cross-Linking with Glutaraldehyde
    Preparing Antibody-Enzyme Conjugates with SPDP
    Preparing Antibody-Enzyme Conjugates with MBS
    Preparing Antibody-Enzyme Conjugates with SMCC
    Preparing Horseradish Peroxidase-Antibody Conjugates
    Preparing Antibody-Phycobiliprotein Conjugates
    WESTERN BLOTTING, Lee Bendickson and Marit Nilsen-Hamilton
    Introduction
    Transferring Proteins
    Antigen Detection
    Artifacts and Troubleshooting
    Clinical Applications
    Conclusion
    Western Blot Protocol
    IMMUNOHISTOCHEMICAL METHODS, Kendrick J. Morrell, Neil M. Hand, and Nicholas R. Griffin
    Introduction
    Tissue Preparation
    Enzyme Labels
    Achieving Specificity
    Pretreatment Techniques
    Immunoenzyme Techniques
    The Indirect Peroxidase Technique
    The Labeled Streptavidin/Biotin (LSAB) and the Streptavidin Biotin Complex (ABC) Techniques
    The Alkaline Phosphatase Anti-Alkaline Phosphatase (APAAP) Technique
    Immunoflourescence Techniques
    The Direct Immunoflourescence Technique
    Specialized Techniques

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