… gene distances is a good indication of the predictive value of our models. Next, we focus our
analysis on the role of centromeres in shaping the spatial genome organization… driving force …

… Whether individual tDNA associations play a role in genome organization is still … organization
of the genome, this review also describes how changes in the tRNA pool can drive genome …

… forces that contribute to the spatial organization of genomes, … universal blocks of genome
organization, the preponderant … is not only a driving force of genomic reorganization, but also …

… DNA and RNA polymerases active on bacterial and human genomes in the crowded … entropic
forces between engaged polymerases to drive the self-organization of genomes into loops …

… transcription and genome conformation is a driving force for cell-fate decisions. … genomic
regions 27 has resulted in the discovery of several principles of 3D genome organization. Such …

… a unifying view of 3D genome organization, suggesting that transcription … in which 3D
chromatin organization determines gene expression, we … Interplay of 3D organizational drivers …

… genomes by gene loss and eliminating virtually all secondary DNA. The primary driving forces
for genome … yielded genomes as tiny as 0·38 Mb (making the nuclear genome size range …

… that regulation of gene transcription is based on the three-dimensional (3D) genome organization,
… in various genomic locations could facilitate 3D genome organization and promote co-…

… polyploid) genomes; – elucidation of features and identifying the key factors and driving forces
of genomic … , but also the function of their genome, including the biosynthesis of secondary …

… rapid and faithful replication and segregation of the genome to the daughter cells. Although it
has … Locus dynamics are organized into four time intervals of motion: (i) Pre-Replication ; (ii) …