Table of Contents
Contributors Abbreviations Preface Safety note 1. Introduction. H. Zola Introduction: the purpose of this book Monoclonal antibodies: scope and limitations Antibodies as laboratory reagents: a brief perspective Antibodies as therapeutic agents: a brief perspective Conclusions References 2. Making and using 'conventional' mouse monoclonal antibodies. P.J. Donohoe, P.J. Macardle and H. Zola Introduction Tissue culture Materials Working solutions The screening assay Immunization The myeloma cell line Fusion protocol Feeder cells Post-fusion care Mycoplasma Cloning Cryopreservation Thawing cells out Ascites fluid Production of monoclonal antibodies in dialysis tubing Continuous perfusion culture systems Purification Conjugation References 3. Human monoclonal antibodies from immortalized B cells. A. W. Hohmann, L. Spatz, M. Irigoyen and A. Manheimer-Lory Introduction Immortalized B cells to probe the human antibody repertoire Infectious diseases Human immunodeficiency virus Erythrocyte antigens Human histocompatibility antigens Tumor antigens Autoantibodies Immortalization of B cells with EBV EBV transformation of B cells: methodology Making human hybridomas Hybridoma methodology References 4. Reconstruction of monoclonal antibodies by genetic engineering. J.R. Adair and D.J. King Introduction The reconstruction process The binding site The effector functions Reconstructed antibodies in practice Summary and conclusions References 5. The genetic engineering of antibody constructs for diagnosis and therapy. G.A. Pietersz and l.F.C. McKenzie Introduction Principles of use of antibody conjugates Recent advances in immunoconjugate construction Recombinant antibodies and fusion proteins Use of cytokines and growth factors for targeting Potential problems Conclusions References 6. Superseding hybridoma technology with phage display libraries. R. Irving and P. Hudson Introduction Affinity maturation Discussion References 7. Construction and application of libraries of artificial antibodies. W. Ito and Y. Kurosawa Introduction Expression in E. coli of antibodies whose V genes are derived from V" and V L genes expressed in animals Characteristics of phage display antibodies Various devices for the generation of artificial antibodies Construction of libraries of completely synthetic antibodies Application of libraries of artificial antibodies Future perspectives References 8. Expression of antibody genes in mammalian cells. C. Bebbington Introduction Transient expression Stable mammalian expression systems Other factors influencing expression in mammalian cells Choosing an expression system References 9. Structure and application of single-chain Fvs as diagnostic and therapeutic agents. P. Hudson Introduction Design of single-chain Fv fragments Construction of scFv genes The structure of scFv fragments The design of fusion proteins The design of bifunctional scFvs ( diabodies) The choice of expression systems Scale-up production of scFvs in fermenters Case studies: the design and expression of scFv molecules (for crystal structures and novel diagnostics) Applications of scFvs in diagnostics Discussion References Index.