生物年龄
疾病
年轻人
脑老化
人口老龄化
成功老龄化
老年学
健康衰老
老化
队列
人口
医学
静载荷
加速老化
环境卫生
病理
内科学
工程类
可靠性工程
作者
Daniel W. Belsky,Avshalom Caspi,Renate Houts,Harvey Jay Cohen,David L. Corcoran,Andrea Danese,HonaLee Harrington,Salomon Israel,Morgan E. Levine,Jonathan D. Schaefer,Karen Sugden,Ben Williams,Anatoli I. Yashin,Richie Poulton,Terrie E. Moffitt
标识
DOI:10.1073/pnas.1506264112
摘要
Significance The global population is aging, driving up age-related disease morbidity. Antiaging interventions are needed to reduce the burden of disease and protect population productivity. Young people are the most attractive targets for therapies to extend healthspan (because it is still possible to prevent disease in the young). However, there is skepticism about whether aging processes can be detected in young adults who do not yet have chronic diseases. Our findings indicate that aging processes can be quantified in people still young enough for prevention of age-related disease, opening a new door for antiaging therapies. The science of healthspan extension may be focused on the wrong end of the lifespan; rather than only studying old humans, geroscience should also study the young.
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