Study reveals surprising telomere loss patterns in calorie restricted humans
Pennsylvania State University (PSU) - 17-Apr-2024Complexities spark hope for health benefits beyond telomere length
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Assistant Professor of Epidemiology at Columbia University Mailman School of Public Health.
Dr. Belsky’s research is focused on understanding why socioeconomically disadvantaged populations face shorter healthy lifespans, with the aim of improving intervention strategies to mitigate this health inequality. He is an epidemiologist working at the intersection of genetics, the social and behavioral sciences, and public health. His work brings together discoveries from the cutting edge of genome science with longitudinal data from population-based cohorts and randomized trials to identify mechanisms that cause accelerated health decline in older age.
Belsky’s work builds on evidence that processes of accelerated health decline in aging have their roots much earlier in the life-course. His work focuses on cohorts of children and young and midlife adults as well as older adults to better understand how genetics and environment combine to shape biological processes of aging across the lifespan.
Prior to coming to Columbia, Dr. Belsky was Assistant Professor of Medicine and of Population Health Sciences at the Duke University School of Medicine, where he previously completed a postdoctoral fellowship at the Center for the Study of Aging and Human Development with Terrie Moffitt and Avshalom Caspi. Dr. Belsky earned his BA from Swarthmore College and his PhD from the UNC Gillings School of Global Public Health.
Visit website: https://aging.columbia.edu/about/people/Belsky
See also: Columbia University - Private Ivy League research university in New York City
Details last updated 02-May-2020
11-Oct-2021 to 14-Oct-2021
The Kitalys institute virtual conference targeting key questions that will impact the future of aging and extending healthspan
Complexities spark hope for health benefits beyond telomere length
A simple blood test could reveal if you are ageing faster or slower than your peers
Can aid future trials of therapies aiming at preventing diseases and slowing ageing
1,000 people studied extensively from birth to age 38. Telomere length did not predict physical ...