Overview
- Editors:
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John J. Marchalonis
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Medical University of South Carolina, Charleston, USA
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Table of contents (12 chapters)
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- Joseph F. Albright, Julia W. Albright
Pages 1-52
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- Dean Befus, John Bienenstock
Pages 71-108
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- Luc H. Perrin, L. Rodriguez da Silva, R. Dayal
Pages 109-125
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- Russell J. Howard, John W. Barnwell
Pages 127-200
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- J. A. Louis, G. Lima, J. Pestel, R. Titus, H. D. Engers
Pages 201-224
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- Georges E. Roelants, Margaret Pinder
Pages 225-274
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- Mario Philipp, M. J. Worms, R. M. Maizels, Bridget M. Ogilvie
Pages 275-321
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- Graham F. Mitchell, Robin F. Anders, Colin B. Chapman, Ian C. Roberts-Thomson, Emanuela Handman, Kathy M. Cruise et al.
Pages 323-358
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- S. Michael Phillips, Edward G. Fox
Pages 421-461
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Back Matter
Pages 491-497
About this book
The phenomena involved in infections of man and domestic animals with metazoan or protozoan parasites present formidable practical problems as well as a theoretical challenge to immunologists, molecular biologists, and evolu tionary biologists. With respect to the public health and economic problems, malaria, for example, remains a major health problem with approximately 200 million people being infected yearly and, on the basis of World Health Organiza tion estimates, more than 1 million children die each year of malaria infections (Chapter 4). This volume addresses state-of-the-art immunologic approaches to the development of vaccines for parasitic diseases (Chapter 9) and analyses of studies bearing on the antigenic characterization of protozoan and metazoan parasites (Chapters 4, 5, and 7), on investigations of the role of precise mecha nisms underlying natural resistance or non permissiveness of the host to parasitic infections (Chapters 1, 2, and 12), on induced mechanisms including the genera tion of parasite-specific T-cell lines and clones (Chapter 6), and on the generation of monoclonal antibodies (Chapters 4 and 5) to parasite antigens of distinct de velopmental stages. Great progress has been made in characterizing parasite antigens capable of inducing a protective response in the vaccinated host; further progress in this area strongly depends on biochemistry and molecular biology with the long-term goal of synthesizing such antigens chemically or producing them by means of recombinant DNA technology (Chapter 4).
Editors and Affiliations
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Medical University of South Carolina, Charleston, USA
John J. Marchalonis
