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The latest edition of Robert Arking's seminal text on the biology of aging takes on an extended title, since the field of gerontology has advanced to a point at which it is possible to separate the topic into two implicit subsets, longevity and aging. This multi-faceted description of the biology of aging guides the reader through increasingly interesting answers to seven fundamental questions: What is aging? Why do we age? What mechanisms support extended longevity? What determines the onset of senescence? What is the mechanistic basis of senescence? Why do humans live so long? And lastly, what pro-longevity societal interventions are needed?Inevitably, humans will age but there is no reason why we must suffer from age-related diseases. Aging and longevity are dependent on both genes and social environment. Our biology does not forbid the modulation of aging. What we really want to know is not so much about the biology of aging - which is basically a degenerative process - but rather about biological processes underlying the long term maintenance of our health. New chapters incorporate the latest developments in the field of gerontology. Research done since the previous edition was published has given us insight into how we may stay healthier longer.
This text investigates the biological mechanisms that govern the aging process and the potential for modulating longevity to extend human healthspan. Robert Arking, a prominent researcher in the field of gerontology, synthesizes decades of research to distinguish between the degenerative processes of senescence and the biological pathways that support long-term health maintenance. The book utilizes a framework centered on seven fundamental questions, integrating genetic, environmental, and physiological data to argue that aging is not an immutable fate but a process subject to scientific intervention.
What You Will Find
Experts recognize this work as a foundational academic text that effectively bridges the gap between basic biological research and clinical gerontology. Readers frequently note the density of the scientific prose, which requires a solid background in biology to fully grasp the complex pathways discussed.
Page Count:
720
Publication Date:
2019-01-10
Publisher:
Oxford University Press
ISBN-10:
0199387966
ISBN-13:
9780199387960
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