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Enhancer function driving cellular senescence, DNA damage repair, differentiation, and nuclear organization

Abstract

This dissertation, by Thomas Barton Suter, discusses enhancer function driving cellular senescence, DNA damage repair, differentiation, and nuclear organization. Enhancers are a major regulatory feature of epigenomic regulation, and play a diverse array of functions. In the first chapter, I discuss the background of cellular senescence and the epigenomic modifications that are known to play a role in this process, including marks associated with enhancer function. In the second chapter, I provide primary evidence of the key role enhancers play in driving the senescence phenotype. In the third chapter, I discuss the role that DNA damage and repair plays in nuclear receptor activity at enhancers. In the fourth chapter, I discuss the mechanisms by which regions in embryonic stem cells can be marked for later activation in future cell fates. In the fifth chapter, I present a study showing the role enhancers can play in nucleating nuclear organization.

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