The Science of Hormesis in Health and Longevity
Coordonnateurs : Rattan Suresh, Kyriazi Marios
The Science of Hormesis in Health and Longevity provides a comprehensive review of mild stress-induced physiological hormesis and its role in the maintenance and promotion of health. Coverage includes the underlying mechanisms of hormesis, including details of stress-response signaling, an enriched environment, positive challenges and dose-response mechanisms, amongst others. Research from top experts is presented to provide suggestions for developing novel therapeutic strategies, along with lifestyle interventions to promote health and homoeostasis. Researchers in aging and physiology, gerontologists, clinicians and medical students will find this a valuable addition for their work.
Section 1: HISTORY, TERMINOLOGY AND CHALLENGES 1. The dose-response revolution: how hormesis became significant Edward J. Calabrese 2. Mild stress-induced hormesis: hopes and challenges Eric Le Bourg 3. Primary stress response pathways for preconditioning and physiological hormesis Suresh Rattan and Sumangala Bhattacharya
Section 2: CLINICAL AND LIFESTYLE HORMESIS 4. Remote ischemic preconditioning as a form of hormesis Robert A. Kloner 5. Exercise hormesis for health and longevity Zsolt Radak 6. Nutritional hormesis in a modern environment Helen R. Griffiths 7. Phyto-Hormetins in a Clinical Setting Iris R. Bell 8. Intermittent fasting-dietary restriction as a biological hormetin for health benefits Gurcharan Kaur Sr. 9. Hormetic Responses to Ethanol Ingestion: Focus on Moderation and Cardiovascular Protection Ronald J. Korthuis 10. Thermal waters and the hormetic effects of hydrogen sulfide on inflammatory arthritis and wound healing Giovanni Scapagnini
Section 3: HOREMTIC STRESSORS 11. Hormesis through low dose radiation Alexander Vaiserman 12. Metabolic stress – signaling and metabolic adaptation Thorsten Heinzel 13. DNA damage-induced hormetic responses Christian Kosan and Zhao-Qi Wang 14. Pathogen-induced hormetic responses Reinhard Wetzker and Michael Bauer 15. Neuronal stress and its hormetic aspects Britta Qualmann 16. Energetic Stress and Proteodynamics in Aging and Longevity Karyn L. Hamilton 17. Repeated electromagnetic field stimulation in aging and health Felipe Pablo Perez
Section 4: HORMETIC INTERVENTIONS AND NOVEL PERSPECTIVES 18. Hormesis for healthy ageing Suresh Rattan 19. Enhancing sports performance through hormesis Dick Thijsse 20. Circadian regulation of hormesis for health and longevity Anita Jagota 21. A Roadmap for Cross Operationalisation of Resilience Shima Beigi 22. Mindfulness, health and longevity Jesper Dahlgaard, Mimi Yung Mehlsen, Malene Munk Jørgensen, Rikke Katrine Jentoft Olsen, Niels Gregersen, Anne Maj van der Velden and Antonia Sumbundu 23. Buteyko breathing and ketogenic diet as potential hormetins in non-pharmacological metabolic approaches to health and longevity Misha Sakharoff 24. Treating neurodegenerative diseases with low doses of ionizing radiation Jerry Milton Cuttler 25. Interactions with technology as a cognitive, ‘healthy ageing’ hormetic stimulus Marios Kyriazis
Researchers of gerontology, physiology and biology; gerontologists and clinicians; medical students of medicine, gerontology, physiology and biology
Dr. Kyriazi is a medical doctor (MD) from the University of Rome, Italy, and after preclinical work in the USA, worked as a clinician in acute medicine in Cyprus, and the UK. He subsequently qualified as a Gerontologist with interest in the biology of ageing and became a Chartered Member of the academic organisation ‘Royal Society of Biology’ in the UK. He also has a post-graduate qualification in Geriatric Medicine from the Royal College of Physicians of London. Other appointments include Member of the Board of Trustees at the Mediterranean Graduate School of Applied Social Cognition, affiliate researcher at the Evolution, Complexity and Cognition Group, University of Brussels, and a Ronin Research Scholar. He co-organises the Cyprus Symposium on ‘Pathways to Indefinite Lifespans’. He is a member of several editorial boards. He is also a Member of the International Committee, Journal of the
- Provides a comprehensive, scholarly review of the current state of hormesis in physiology, health, disease and aging
- Includes multiple perspectives and in-depth analysis by top experts involved in cutting-edge research to provide developing, novel therapeutic strategies, as well as lifestyle interventions
- Offers a clear understanding of hormesis’ underlying mechanisms, including details of stress-response signaling, an enriched environment, positive challenges, dose-response mechanisms, and more
Date de parution : 10-2018
Ouvrage de 326 p.
21.4x27.6 cm
Thèmes de The Science of Hormesis in Health and Longevity :
Mots-clés :
AMPAR; AMPK; Acute myocardial infarction; Adaptation; Adaptive protection systems; Adaptive response; Adaptive stress response; Aerobic exercise; Age-associated diseases; Aging; Alcohol; Allostasis; Allostatic load; Alzheimer; Autophagy; Bioavailability; Bioplasticity; Biphasic; Buteyko; Calcium; Cancer; Cancer risk assessment; Carbon dioxide; Cell stress response network; Chronodisruption; Clinical aging; Compassion; Complex adaptive system; Coronary disease; Curcumin; DNA-damage response; DNA-repair mechanisms; Degenerative disease; Diet; Dietary restriction; Disease prevention; Dose; Dose response; Drosophila melanogaster; Drug free; Eastern philosophical traditions; Energetics; Epigenetic adaptation; Epigenetics; Ethanol preconditioning; Eustress; Excitotoxicity; Exercise; Fasting; Food restriction; Geroscience; Ginseng; Glutamate; H2S; HPA-axis; Health; Health interventions; Health span; Heat shock; Heat shock proteins; Homeodynamics; Homeostasis; Hormesis; Hormesis and adaptation; Hormetic; Hormetins; Hypoxia; Infection; Inflammasome; Inflammation; Information exposure; Intermittent fasting; Intestinal ischemia; Ischemia/reperfusion; Ischemic conditioning; Ischemic preconditioning; Ketosis; Kindness; LTD; LTP; Learning and memory; Linear no-threshold hypothesis; Literacy practices; Local heat; Longevity; Low doses of ionizing radiation; Low-dose radiation; MTOR; Metabolic reprogramming; Metabolic syndrome; Metabolism; Mild stress; Mind-body interventions; Mindfulness; Mitochondria; Multitarget; Muscle; Myocardial infarct size; Myocardial infarction; Nanoparticle
