Regulation of Immune Response Dynamics
Volume 1
1st Edition
Published on 27. August 2019
Book
Hardback
166 pages
978-0-367-25106-2 (ISBN)
Description
First published in 1982: This book has been divided into two volumes; the first focusing primarily on auto-anti-idiotic regulation, and the second primarily on T cell regulation.
More details
Series
Language
English
Place of publication
London
United Kingdom
Publishing group
Taylor & Francis Ltd
Target group
Professional and scholarly
Dimensions
Height: 254 mm
Width: 178 mm
Weight
453 gr
ISBN-13
978-0-367-25106-2 (9780367251062)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Other editions
Additional editions
Book
02/2021
1st Edition
CRC Press
€61.84
Withdrawn from sale
Persons
Charles DeLisi is currently a Senior Scientist in the Laboratory of Theoretical Biology, national Cancer Institute, National Institutes of Health at Bethesda, Maryland and Chief of the Section on Theoretical Immunology.
Jacques R.J. Hiernaux is currently a tenured faculty member of the University of Brussels.
Jacques R.J. Hiernaux is currently a tenured faculty member of the University of Brussels.
Content
1. Comments on Dynamic Complexity
Charles DeLisis and Jacques Hiernaux
2. Cyclic Antibody Production in Immune Regulation
Carole G. Romball and William O. Weigle
3. Cycling Antibody: Role of Antigen Retaining Follicular Dendric Cells and Antibody Feedback Regulation
John G. Tew and Richard P. Phipps
4. The Mathematical Analysis of Augmentable Plaque-Forming Cells: A Quantitative Method for Monitoring the Total Number if Antigen-Specific Lymphocytes
Charles DeLisis and Jacques Hiernaux
5. The Role of Anti-Idiotic T Cells in the Cyclical Course of an Antibody Response
Jan Cerny
6. Inverse Fluctuation of Idiotypes and Anti-Idiotypes During the Immune Response
Constantin A. Bona
7. Idiotypical Regulation and Allotypical Restriction in the Immune Response of Rabbits to Salmonella Antigens
Akira Seto
8. The Biological Significance of Silent Idiotype Clones
Daniele Primi, Dominique Juy, and Pierre-Andre Cazenave
9. Oscillatory Immune Response to Lippopolysaccharide
Jacques R. Hiernaux, Philip J. Baker, and Charles DeLisi
10. The Application of Stability Criteria in Evaluating Network Regulation Models.
Geoffrey W. Hoffman
Charles DeLisis and Jacques Hiernaux
2. Cyclic Antibody Production in Immune Regulation
Carole G. Romball and William O. Weigle
3. Cycling Antibody: Role of Antigen Retaining Follicular Dendric Cells and Antibody Feedback Regulation
John G. Tew and Richard P. Phipps
4. The Mathematical Analysis of Augmentable Plaque-Forming Cells: A Quantitative Method for Monitoring the Total Number if Antigen-Specific Lymphocytes
Charles DeLisis and Jacques Hiernaux
5. The Role of Anti-Idiotic T Cells in the Cyclical Course of an Antibody Response
Jan Cerny
6. Inverse Fluctuation of Idiotypes and Anti-Idiotypes During the Immune Response
Constantin A. Bona
7. Idiotypical Regulation and Allotypical Restriction in the Immune Response of Rabbits to Salmonella Antigens
Akira Seto
8. The Biological Significance of Silent Idiotype Clones
Daniele Primi, Dominique Juy, and Pierre-Andre Cazenave
9. Oscillatory Immune Response to Lippopolysaccharide
Jacques R. Hiernaux, Philip J. Baker, and Charles DeLisi
10. The Application of Stability Criteria in Evaluating Network Regulation Models.
Geoffrey W. Hoffman