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"Biological aging may be defined as a process of intrinsic, progressive, and generalized physical deterioration that occurs over time, beginning at about the age of reproductive maturity." -Steven N. Austad, PhD from "Handbook of the Biology of Aging."
In the course of the first year of medical school, students tackle the fundamentals of medical science. The study of the biology of aging offers the ideal opportunity to study the effect of time on life sustaining functions at all different levels - molecular, cellular, tissues and organs, and, thereby, to more clearly understand the reasons behind older adults' increased susceptibility to disease and functional decline.
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The population of older adults in America is expanding rapidly. As a result, all medical professionals, regardless of area of specialty, will need to learn to effectively, efficiently, and emphathically care for the elderly. This presentation... 
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A multidisciplinary group of faculty instructors presents an overview of the biology of aging- including in depth discussions of current theories of aging, the complex role of genetic traits in late life disease, and the effects of aging on the...
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Synopsis: By the year 2030, over 20% of Americans will be over 65 years of age. If current trends continue, 30-40% of these people will have some form of physical limitation or disability. Given these facts, it is important to understand the...
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In a series of clinical correlates, faculty introduce students to physiologic changes associated with aging that impact the clinical expression, diagnosis, and treatment of common diseases.
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A multidisciplinary group of faculty instructors presents an overview of the biology of aging- including in depth discussions of current theories of aging, the effects of aging on the the vasculature and joints, and role of nutrition and exercise in...
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