… frequency interchromosomal contacts are essential to correctly predict whole-genome structure
organizations: … interchromosomal contacts severely fails at reproducing the correct global …

… loops are pairs of genomic loci that have higher contact frequency than expected based on
… type or species as well as in time-course events such as differentiation. To address this issue, …

… Features of chromatin organization Contact maps of Hi-C data showed a genome-wide
view of … Regular extrusion events causing gene activation at discrete times may explain …

… contact reads were used to construct genome-wide contact … model to define chromatin
organization since they are free of … , for instance, during gene regulatory events like activation and …

… of 3D genome structures whose macrodomain contacts … relevance in chromosome translocation
events occurring in Burkitt’s … description of the entire genome organization. The level of …

… that an enhancer must physically contact a target promoter. … to the target promoter around
bursting events [59], whereas … event leaves a ‘tag’ that contributes towards activation of a …

… levels of chromosome organization (including looping events, … Contact probability and
genomic distance: the fractal globule… decrease of the contact probability P with genomic distance s…

… TADs are characterized by more enriched contacts in close proximity than with other parts
of … By time-lapse imaging, it is found that FET proteins undergo fusion and fission events, as …

… a finer and more accurate contact profiles of entire genome and ultimately reveal specific …
and sequencing, allows researchers to detect contact events within a particular locus (Fig. 1). …

… The existence of TADs as architectural units of genome organization was also confirmed
in … stemming from intra-TAD conformations and cis or trans inter-TAD contact events [65]. …