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Which organisms must age?
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Classroom Contents
The Evolution of Aging, the Great Transition, and the Increasing Risk of Chronic Disease
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- 1 Intro
- 2 Acknowledgements
- 3 Plan of the talk
- 4 The Great Transition is doing at least 3 big things
- 5 How an evolutionary geneticist thinks about aging
- 6 Selection on lifespan
- 7 Thus the life history theory of lifespan
- 8 The HAM-LAM Experiment
- 9 The Mortality Assay Did lifespan evolve?
- 10 Which organisms must age?
- 11 Symmetrically reproducing organisms should not age
- 12 A deep implication
- 13 The Great Transition: the industrial revolution plus the demographic and epidemiological transitions
- 14 As mortality and fertility decline and life expectancy increases ...
- 15 the driver of selection shifts from mortality to fertility me recent demographie history of England
- 16 This transition impacts ongoing human evolution
- 17 The tension between biology and culture is increasing
- 18 Increased lifespan exposes antagonistic pleiotropy
- 19 Breast Cancer
- 20 Cancer in General
- 21 Alzheimer's and Cardiovascular disease
- 22 Coronary Artery Disease
- 23 Could we evolve to live longer?
