Biological age captures physiological deterioration better than chronological age and is
amenable to interventions. Blood-based biomarkers have been identified as suitable …

Background: Assessments of biological (rather than chronological) age derived from patient
biochemical data have been shown to strongly predict both all-cause and disease-specific …

Aging has pronounced effects on blood laboratory biomarkers used in the clinic. Prior
studies have largely investigated one biomarker or population at a time, limiting a …

Background Chronological age is the strongest risk factor for most chronic diseases.
Developing a biomarker-based age and understanding its most important contributing …

Biomarkers defining biological age are typically laborious or expensive to assess. Instead, in
the current study, we identified parameters based on standard laboratory blood tests across …

In recent years, different machine learning algorithms have been developed for the
estimation of Biological Age (BA), defined as the hypothetical underlying age of an …

Mortality: The challenges of estimating biological age | eLife Skip to Content eLife logo eLife
home page Menu Home Magazine Community About Search Alerts Submit your research …

Biological age (BA) is important for clinical monitoring and preventing aging-related
disorders and disabilities. Clinical and/or cellular biomarkers are measured and integrated …

There is no single universal biomarker yet to estimate overall health status and longevity
prospects. Moreover, a consensual approach to the very concept of aging and the means of …

Biological age (BA), derived from molecular and physiological measurements, has been
proposed to better predict mortality and disease than chronological age (CA). In the present …