Extending Life: Scientific Prospects and Political Obstacles
Miller, Richard A.
Milbank Quarterly 2002; 80(1): 155-174
Aging can be slowed in laboratory rodents by low-calorie diets, and changes in single genes can extend mouse life span by 40 percent or more. Therefore, despite its surface complexity and effects on multiple cells and intercellular systems, aging in mammals might also be retarded by both genetic and nongenetic means. If human aging could be slowed pharmacologically to the extent now possible in rodents, the effect on healthy life expectancy would exceed that of abolishing cancer, cardiovascular disease, and adult-onset diabetes. Why, then, is research on the biological control of aging and longevity poorly funded and shunned by both most scientists and those setting national research priorities? Economic disincentives, disease-specific lobby groups, scientific careerism, and ineffective nostrums, together with gerontologiphobia, must be overcome before such research can improve public health.
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Fins, Joseph J.; Miller, Franklin, G.; Acres, Cathleen A.; Bacchetta, Matthew D.; Huzzard, Lynn L.; Rapkin, Bruce D. (1999-01)