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In Chance, Development, and Aging , two leading biological gerontologists review and evaluate all of the available data to elucidate the respective roles played by genes and chance developmental events in determining the course of aging in individuals. The combination of genetic and externalenvironmental influences provides only an incomplete answer. Inbred laboratory animals, for example, exhibit a wide range of life spans despite having nearly identical genes and environments. Similarly, uncovering the genetic risks for Alzheimer's disease has not enabled doctors to predict withconfidence its onset and severity. This book argues that understanding chance events, specifically random variations during prenatal development, is essential for answering these questions. The book draws on the extensive research in developmental biology on random variations in form and function,while putting this research in a new context. The discussion sheds light on a range of questions, from understanding menopause to explaining why identical twins are not truly identical. The book will be invaluable for gerontologists, geneticists, developmental and reproductive biologists,physiologists, and a broad range of physicians and investigators in experimental medicine.
Buchkauf
Chance, Development, and Aging, Caleb Ellicott Finch, Thomas B. L. Kirkwood
- Sprache
- Erscheinungsdatum
- 2000
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- Titel
- Chance, Development, and Aging
- Sprache
- Englisch
- Autor*innen
- Caleb Ellicott Finch, Thomas B. L. Kirkwood
- Verlag
- Oxford University Press
- Erscheinungsdatum
- 2000
- Einband
- Hardcover
- Seitenzahl
- 278
- ISBN10
- 0195133617
- ISBN13
- 9780195133615
- Reihe
- Schlagwörter
- Medizin, Alterung, Physiologie
- Beschreibung
- In Chance, Development, and Aging , two leading biological gerontologists review and evaluate all of the available data to elucidate the respective roles played by genes and chance developmental events in determining the course of aging in individuals. The combination of genetic and externalenvironmental influences provides only an incomplete answer. Inbred laboratory animals, for example, exhibit a wide range of life spans despite having nearly identical genes and environments. Similarly, uncovering the genetic risks for Alzheimer's disease has not enabled doctors to predict withconfidence its onset and severity. This book argues that understanding chance events, specifically random variations during prenatal development, is essential for answering these questions. The book draws on the extensive research in developmental biology on random variations in form and function,while putting this research in a new context. The discussion sheds light on a range of questions, from understanding menopause to explaining why identical twins are not truly identical. The book will be invaluable for gerontologists, geneticists, developmental and reproductive biologists,physiologists, and a broad range of physicians and investigators in experimental medicine.