Description
Ageing is of perennial interest as a universal feature in all human societies. The genetic background and biochemical bases of ageing processes are currently being revealed in unprecedented detail. It is emerging that one of the main hurdles to be overcome in achieving a long and healthy lifespan is the maintenance of a properly functioning immune system. The main cause of death in people who have achieved "successful ageing" (which mostly means not having succumbed to cancer or cardiovascular disease) is infectious disease, caused by immunosenescence. This book contains chapters by many of the leaders in the field of immune-related issues in ageing and remediation.
Chapter
Chapter 2. Immune Measures which Predict 9-Year Survival in an Elderly Population Sample
pp.:
28 – 40
Chapter 3. Immunological and Immunogenetic Markers of Successful and Unsuccessful Ageing
pp.:
40 – 58
Chapter 4. Developmental Aspects of the Thymus in Aging
pp.:
58 – 90
Chapter 5. Effective Immunity During Late Life; A Possible Role for the Thymus
pp.:
90 – 104
Chapter 6. Alterations in Signal Transduction in T Lymphocytes and Neutrophils with Ageing
pp.:
104 – 134
Chapter 7. CD28 Downregulation and Expression of NK-Associated Receptors on T Cells in Aging and Situations of Chronic Activation of the Immune System
pp.:
134 – 144
Chapter 8. Characterisation of NK Cells in the Elderly
pp.:
144 – 170
Chapter 9. T Cell Ageing and Immune Surveillance
pp.:
170 – 184
Chapter 10. A Road to Ruins: An Insight Into Immunosenescence
pp.:
184 – 202
Chapter 11. Genetic Damage and Ageing T Cells
pp.:
202 – 228
Chapter 12. Role of DNA-dependent Protein Kinase (DNA-PK), A Protein with Multiple Intracellular Functions, in Cells of the Ageing Immune System
pp.:
228 – 242
Chapter 13. Linker Histone H1o Gene Expression During Ageing and After the Effect of Histone Deacetylase Inhibitors in Human Diploid Fibroblasts and T Lymphocytes
pp.:
242 – 254
Chapter 14. Zinc and the Immune System of Elderly
pp.:
254 – 272
Chapter 15. Altered Zinc Binding by Metallothioneins in Immune-Neuroendocrine Senescence: A Vicious Circle Between Metallothioneins and Chaperones?
pp.:
272 – 294
Chapter 16. T Cell Exhaustion and Aging: Is Replicative Senescence Relevant?
pp.:
294 – 306
Chapter 17. Cultured T cell Clones as Models for Immunosenescence
pp.:
306 – 320
Contributor Addresses
pp.:
320 – 324