The neuroendocrine immune network in ageing /

The book describes the mechanisms involved in the maintenance of neuroendocrine-immune interactions in ageing. The lack of this maintenance leads to the appearance of age-related diseases (cancer, infections, dementia) and subsequent disability. The capacity of some hormones or nutritional factors i...

Descripción completa

Detalles Bibliográficos
Clasificación:Libro Electrónico
Otros Autores: Straub, Rainer H., Mocchegiani, Eugenio
Formato: Electrónico eBook
Idioma:Inglés
Publicado: Amsterdam ; Boston : Elsevier, 2004.
Edición:1st ed.
Colección:Neuroimmune biology ; v. 4.
Temas:
Immune system > Aging.
Nervous system > Aging.
Aging > Endocrine aspects.
Neuroendocrinology.
Neuroimmunology.
Age factors in disease.
Aging.
Neurosecretory Systems
Neuroendocrinology
Age Factors
Aging
Neuroimmunomodulation
Syst�eme immunitaire > Vieillissement.
Syst�eme nerveux > Vieillissement.
Neuroendocrinologie.
Neuro-immunologie.
Maladies > Facteurs li�es �a l'�age.
Vieillissement.
MEDICAL > Nursing > Gerontology.
FAMILY & RELATIONSHIPS > Aging.
Age factors in disease
Aging > Endocrine aspects
Nervous system > Aging
Neuroimmunology
Internet Resources.
Acceso en línea:Texto completo
Texto completo
Texto completo
Tabla de Contenidos:
  • I. Introduction.
  • Evolutionary aspects for the neuroendocrine immune network and ageing (R.H. Straub).
  • II. Ageing of the immune system.
  • Immunosenescence (R. Solana, G. Pawelec). Zinc-binding proteins (metallothionein and [alpha]-2 macroglobulin) as potential biological markers of immunosenescence (E. Mocchegiani et al.). Neutrophil ageing and immunosenescence (S.K. Butcher et al.). Apoptosis and ageing (A. Larbi et al.). MHC-unrestricted cytotoxicity in ageing (M. Provinciali, A. Donnini, R.E. Francesca). Major histocompatibility complex polymorphisms and ageing (G. Candore et al.).
  • III. Ageing of the endocrine system.
  • Neuroplascticity in the human hypothalamus during ageing (M.A. Hofman, D.F. Swaab). The role of growth hormone signalling in the control of ageing (A. Bartke et al.). Ageing and the adrenal cortex (V. Lamounier-Zepter, S.R. Bornstein). Hormonal changes in ageing men (E. Plas, S. Madersbacher, P. Berger). Ageing and the endocrine circadian system (Y. Touitou, E. Haus). Melatonin rhythms, melatonin supplementation and sleep in old age (R.F. Riemersma et al.).
  • IV. Ageing of the nervous system.
  • Age-related changes of the human autonomic nervous system (M. Agelink, R. Malessa, D. Ziegler). Age-related alterations in autonomic nervous innervation (D.L. Bellinger, K.S. Madden, D. Lorton). Ageing and the neuroendocrine system of the gut (M. El-Salhy). Modulating effects of nutrition on brain ageing (C. Bertoni-Freddari et al.). Ageing-related role of nitric oxide in the brain (S. Mariotto et al.).
  • V. Links between one global system and another global system during the ageing process.
  • Introduction (R.H. Straub). Plasticity of neuroendocrine-thymus interactions during ontogeny and ageing: Role of zinc (E. Mocchegiani et al.). Adverse lucocorticoid actions and their relevance to brain ageing (K. Dinkel, R.M. Sapolsky). Neuroendocrine immune aspects of osteoporosis during the ageing process (M. Peterlik).
  • VI. The ageing process and chronic inflammatory diseases.
  • Neuroendocrine immune mechanisms of accelerated ageing in patients with chronic inflammatory diseases (R.H. Straub, J. Sc�hlmerich, M. Cutolo). Thyroid autoimmunity and ageing (S. Mariotti, G. Pinna, A. Pinchera). The clinical importance of proinflammatory cytokines in elderly populations (H. Bruunsgaard, K. Krabbe).
  • VII. Conclusions.
  • Possible new anti-ageing strategies related to neuroendocrine immune interactions (E. Mocchegiani, R.H. Straub). Concluding remarks and future directions (I. Berczi, A. Szentivanyi).

Ejemplares similares