… young). However, there is skepticism about whether aging processes can be detected in
young adults … Our findings indicate that aging processes can be quantified in people still young …

… drivers of biological aging. However, reliable and valid assays for their quantification
should be developed before they can be used in human research and in clinical applications. …

… were associated with faster DunedinPoAm in young adults in the E-Risk Study To test if
DunedinPoAm indicated faster aging in young people with histories of exposure thought to …

… The implication of this analysis is that several methods proposed to quantify biological
aging in fact appear to quantify different “things.” Although each of these measures has its own …

… Methods to quantify biological aging are emerging as new measurement tools for …
Publicly available software packages to compute biological aging measurements from DNA …

… The volume containing this this chapter is testament to the breadth of research into
biological ageing across many different systems, organs, tissues and cells. Better integration of …

… Our findings suggest that algorithm methods proposed to quantify biological aging capture
similar information about morbidity, disability, and mortality when compared with these …

… adults in the United States (N = 1,374, age range = 71–102, 35% male, 52% African American).
We quantified biological aging … methods to quantify biological aging in older adults, but …

… , dental and pulmonary systems, and quantified age-related decline shared … biological
aging in the Dunedin Study the ‘Pace of Aging’. In a 2015 article, we quantified the Pace of Aging …

… Unlike studying single diseases, quantifying biological aging requires methods that take …
pace of aging and outcomes as cognitive decline in a homogenous sample of young adults [11]. …