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Redox Metabolism And Longevity Relationships In Animals And Plants Focuses On The Recent Issues That Have Emerged In Ageing Research In Both The Animal And Plant Kingdoms. This Volume Reviews Current Concepts Concerning Cellular Redox Homeostatis And Ageing In Animals And Plants, Relationships To Programmed Cell Death, The Production Of Oxidants And Dicarbonyls, The Ways That Different Organisms Perceive And Respond To Oxidative, Nitration And Glycation Challenges, And How This Might Be Intricately Connected To Ageing And Lifespan.
This volume investigates the complex biochemical relationship between cellular redox homeostasis and the biological processes of aging across both animal and plant kingdoms. The authors, Christine Foyer, Paul Thornalley, and Richard Faragher, synthesize current research to examine how oxidative stress, glycation, and nitration influence lifespan. By comparing diverse biological systems, the text provides a framework for understanding how organisms perceive and respond to metabolic challenges that dictate longevity.
What You Will Find
Experts recognize this volume as a specialized reference for researchers in biochemistry and gerontology. Readers frequently note the technical density of the prose, which is intended for an academic audience familiar with metabolic pathways.
Page Count:
300
Publication Date:
2009-01-01
Publisher:
CRC Press LLC
ISBN-10:
0203866746
ISBN-13:
9780203866740
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