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Quantification of Biological Aging

Dan Belsky, Department of Epidemiology & School of Public Health, Columbia University
Tuesday, December 7, 2021
12:00-1:15 PM
The Evolution and Human Adaptation Program (EHAP) at the University of Michigan is proud to present our fall 2021 speaker series:

Note: This talk will take place in-person at Weiser Hall (Room 1010) and also via livestream.

Aging involves progressive accumulation of cellular-level changes that drive loss of resilience and increased vulnerability in tissues and organ systems, leading to disease, disability, and death. The geroscience hypothesis proposes that intervention to slow or reverse accumulation of these changes can delay or prevent chronic disease and extend healthy lifespan. Animal experiments establish proof of concept for geroscience. Now, new methods to quantify the progress and pace of biological aging are opening frontiers for human translation. Quantifications of biological aging have potential to advance understanding of how genes and environments shape health across the lifespan and to guide efforts devise interventions that modify processes of aging with the goal of preventing disease. The talk will review progress in the field, introduce a new method to quantify the pace of biological aging from DNA methylation, DunedinPACE, and present results from the CALERIE randomized controlled trial, which tested effects of 2 years of calorie restriction in healthy, non-obese humans. Preprints related to the talk are available at; and
Building: Off Campus Location
Location: Virtual
Event Link:
Event Type: Presentation
Tags: Talk
Source: Happening @ Michigan from Department of Psychology, Department of Anthropology, Evolution & Human Adaptations Program (EHAP)