Apoptosis and the Immune Response
Edited by Christopher D. Gregory
In this timely and important work, an international group of leading investigators takes a close and critical look at programmed cell death and its role in the development, function, and maintenance of the immune system. Along with covering the primary actions of apoptosis, the contributors probe its role in carcinogenesis and HIV-induced pathogenesis. By offering a broad range of views, Apoptosis and the Immune Response presents a current and complete picture of the various aspects and consequences of this phenomenon.
Apoptosis and the Immune Response begins with the theories surrounding apoptosis and then covers its basic mechanisms including the morphologic, biochemical, and genetic features. The book offers authoritative discussions on the role of apoptosis in the deletion of self-reactive lymphocytes, prevention of autoimmunity, termination of the immune response, death of T cells infected by the HIV virus, neoplasia, and the homeostatic regulation of the hematopoietic system.
In particular, this excellent reference critiques such topics as:
With its diverse expertise and timely, clear-cut insights, Apoptosis and the Immune Response will prove to be an invaluable resource for immunologists, cell and developmental biologists, hematologists, and oncologists--as well as graduate students.
Cover Design: Janice Noto-Helmers
Christopher D. Gregory is the author of Apoptosis and the Immune System, published by Wiley.
Partial table of contents:
Apoptosis in the Immune System: Concepts and Questions (G.Williams).
Apoptosis in Intrathymic T-Cell Development (P. Kisielow).
HIV Infection and T-Cell Death (J. Ameisen).
Fas/APO-1: A Cell Surface Receptor that Signals Apoptosis (P. Cohen& R. Eisenberg).
Apoptosis in Immature B Lymphocytes (D. Scott).
Control of Apoptosis in Human B Cells: Implications for Neoplasia(C. Gregory).
The Innate Immune System: Recognition of Apoptotic Cells (J.Savill).
Apoptosis in the Hematopoietic System (L. Sachs & J.Lotem).
Index.