DNA Methylation: Timekeeper of Biological Age

Join us to learn more about the role of epigenetic modifications in biological age and the aging process.

Jun 1, 2018
The Scientist Creative Services Team

DNA Methylation: Timekeeper of Biological Age from thescientistllc on Vimeo.

Cellular senescence, telomere shortening, and changes in gene expression have been well documented to contribute to the aging process. Recently, researchers have found that epigenetic changes, such as the presence of methyl groups in close proximity to CpG dinucleotides located near a gene’s promoter, correlate with age. Technological advances, including microarray analysis and next-generation sequencing, have clarified the relationship between DNA methylation and aging, to the point that such phenomena may even be used to predict one’s chronological age. For a detailed look at the biology of human aging and the dynamics of DNA methylation, The Scientist is bringing together a panel of experts to share their research, to discuss how the epigenome influences aging, and to highlight the approaches scientists are taking to study the possibility of targeting epigenetic modifications for therapeutic intervention. Attendees will learn how the epigenome controls aging from renowned experts in our interactive setting.

Topics to be covered:

  • The role of persistent and ephemeral epigenetic marks in setting and resetting cellular age
  • Targeting the disease of aging with pharmaceuticals

Meet the Speakers:

Steve Horvath, PhD, ScD
Professor, Department of Human Genetics and Biostatistics
University of California, Los Angeles