[HTML][HTML] The three-dimensional organization of the genome in cellular senescence and age-associated diseases
SA Evans, J Horrell, N Neretti - Seminars in cell & developmental biology, 2019 - Elsevier
SA Evans, J Horrell, N Neretti
Seminars in cell & developmental biology, 2019•ElsevierRecent advances in genomics and imaging technologies have increased our ability to
interrogate the 3D conformation of chromosomes and to better understand principles of
organization and dynamics, as well as how their alteration can lead to disease. In this review
we describe how these technologies have shed new light into the role of the 3D organization
of the genome in defining cellular states in aging and age-associated diseases. We
compare the genomic organization in cellular senescence and cancer, discuss the role of …
interrogate the 3D conformation of chromosomes and to better understand principles of
organization and dynamics, as well as how their alteration can lead to disease. In this review
we describe how these technologies have shed new light into the role of the 3D organization
of the genome in defining cellular states in aging and age-associated diseases. We
compare the genomic organization in cellular senescence and cancer, discuss the role of …
Abstract
Recent advances in genomics and imaging technologies have increased our ability to interrogate the 3D conformation of chromosomes and to better understand principles of organization and dynamics, as well as how their alteration can lead to disease. In this review we describe how these technologies have shed new light into the role of the 3D organization of the genome in defining cellular states in aging and age-associated diseases. We compare the genomic organization in cellular senescence and cancer, discuss the role of the lamina in maintaining the structural and functional integrity of the genome, and we highlight the recent findings on how this organization breaks down in disease states.
Elsevier
